Section Reference Index - Digi-Keydkc3.digikey.com/pdf/IT2011-EN/sectn.pdf · Section Reference Index 3.6ECSI Heat Shrink, Digi-Key ... TP 5000 DIP PS9552-AX-ND 2.41 2.18 1.75 —

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Section Reference Index

3.6ECSI

Heat Shrink, Digi-Key ® Component Kits . . . . . . . . . . . . . . . . . . 2368-2375 J

Buzzers, Microphones, Speakers . . . . . . . . . . . . . . . . . . . . . . . . 2376-2391 K

Connectors, Cable Assemblies, IC Sockets . . . . . . . . . . . . . . . . . . . 26-549 ASMTINCLUDES

Active RF Product and Antennas . . . . . . . . . . . . . . . . . . . . . . . . . . . 550-604 BSMTINCLUDES

Semiconductors, ICs, Transistors, Diodes, Rectifiers . . . . . . . . 605-1408 CSMTINCLUDES

Crystals, Oscillators. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1409-1477 DSMTINCLUDES

Inductors, Coils, Filters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1478-1628 ESMTINCLUDES

Capacitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1629-1950 FSMTINCLUDES

Resistors, Potentiometers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1951-2090 GSMTINCLUDES

Circuit Protection Components, Thermistors . . . . . . . . . . . . . . . 2091-2186 HSMTINCLUDES

Switches, Relays . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2187-2367 ISMTINCLUDES

Fans, Heat Sinks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2392-2414 LSMTINCLUDES

Power Supplies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2415-2472 MSMTINCLUDES

Sensors, Industrial Controls . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2473-2561 NSMTINCLUDES

Optoelectronics, LEDs, Displays . . . . . . . . . . . . . . . . . . . . . . . . . 2562-2672 OSMTINCLUDES

Free shipping on orders over €65! All prices in euro and include duties. (EU2011-EN) 2473

N

Photo Transistor Output Optoisolators

Optoelectronic Products

Fig.IsolationVoltage

CTR(%)

VCEO(Max.) Pack age

Digi-KeyPart No.

Price Each Tape and Reel†1 10 100 Qty. Pricing

1

5000 50 ~ 400 70 DIP PS2501A-1-A-ND .38 .32 .24 — —

5000 80 ~ 600 80 DIP PS2501-1A-ND .42 .36 .27 — —

5000 80 ~ 160 80 DIP PS2501-1-H-A-ND .42 .36 .27 — —

5000 200 ~ 400 80 DIP PS2501-1-L-A-ND .42 .36 .27 — —

5000 50 ~ 400 70 SMT PS2501AL-1-ND .46 .39 .30 — —

5000 80 ~ 160 80 SMT PS2501L-1-H-A-ND .56 .48 .36 — —

5000 80 ~ 600 80 SMT PS2501L-1A-ND .56 .48 .36 — —

5000 80 ~ 600 80 SMT PS2501L-1-Q-A-ND .56 .48 .36 — —

5000 80 ~ 600 80 SMT PS2501L-1-F3-L-ACT-ND§ .56 .45 .34 2,000 157.76/M

5000 200 ~ 2000 40 DIP PS2502-1A-ND .71 .63 .49 — —

5000 100 ~ 400 40 DIP PS2503-1-A-ND .79 .71 .56 — —

5000 100 ~ 400 40 SMT PS2503L-1A-ND .84 .75 .59 — —

5000 80 ~ 600 80 DIP PS2505-1A-ND .50 .42 .32 — —

5000 80 ~ 600 80 SMT PS2505L-1A-ND .61 .54 .42 — —

5000 200 ~ 2000 40 DIP PS2506-1A-ND .84 .75 .59 — —

5000 50 ~ 200 120 DIP PS2513-1-A-ND .70 .62 .48 — —

5000 20 ~ 80 80 DIP PS2521-1-A-ND .93 .83 .65 — —

5000 20 ~ 80 80 SMT PS2521L-1CT-ND§ .96 .81 .68 — —

5000 20 ~ 80 80 SMT PS2521L-1-F3-ACT-ND§ 1.06 .95 .76 2,000 391.59/M

5000 20 ~ 80 80 DIP PS2525-1-A-ND 1.11 .99 .78 — —

5000 400 ~ 5500 350 SMT PS2535L-1-F3-ACT-ND§ .86 .78 .62 2,000 373.18/M

5000 50 ~ 400 70 DIP PS2561A-1-A-ND .34 .29 .22 — —

5000 80 ~ 400 80 DIP PS2561-1A-ND .47 .40 .31 — —

5000 80 ~ 400 80 DIP PS2561-1-VA-ND‡ .51 .44 .33 — —

5000 50 ~ 400 70 SMT PS2561AL-1CT-ND§ .44 .36 .27 2,000 124.13/M

5000 80 ~ 160 70 SMT PS2561AL-1-H-A-ND .38 .33 .25 — —

5000 50 ~ 400 70 Wide DIP PS2561AL1-1-L-A-ND .38 .33 .25 — —

5000 50 ~ 400 70 SMT PS2561AL2-1-H-A-ND .38 .33 .25 — —

5000 50 ~ 400 70 SMT PS2561AL2-1-E3-H-ACT-ND§ .44 .36 .27 1,000 136.14

5000 50 ~ 400 70 SMT PS2561AL2-1-V-E3-L-ACT-ND§ .49 .39 .30 1,000 149.75

5000 50 ~ 400 80 DIP PS2561B-1-A-ND .62 .54 .42 — —

5000 100 ~ 400 80 SMT PS2561BL2-1-V-Q-A-ND .72 .64 .49 — —

5000 100 ~ 400 80 SMT PS2561BL2-1-V-E3-Q-ACT-ND§ .73 .63 .50 1,000 264.26

5000 80 ~ 160 80 SMT PS2561L-1-H-A-ND .50 .44 .34 — —

5000 80 ~ 400 80 SMT PS2561L-1A-ND .50 .44 .34 — —

5000 80 ~ 400 80 SMT PS2561L-1-VA-ND‡ .53 .46 .36 — —

5000 80 ~ 400 80 DIP PS2561L1-1-VA-ND*‡ .53 .46 .36 — —

5000 80 ~ 400 80 SMT PS2561L2-1-V-A-ND‡ .54 .47 .37 — —

5000 200 ~ 2000 40 DIP PS2562-1-A-ND 1.02 .90 .72 — —

5000 200 ~ 2000 40 DIP PS2562-1-L-A-ND 1.02 .90 .72 — —

5000 200 ~ 2000 40 SMT PS2562L-1-ND .74 .66 .52 — —

5000 80 ~ 400 80 DIP PS2565-1-VA-ND‡ .62 .54 .42 — —

5000 80 ~ 400 80 DIP PS2565-1A-ND .58 .51 .40 — —

5000 80 ~ 400 80 SMT PS2565L-1A-ND .63 .56 .43 — —

5000 80 ~ 400 80 SMT PS2565L-1-VA-ND‡ .64 .57 .44 — —

5000 80 ~ 160 80 DIP PS2581L1-H-A-ND .48 .42 .33 — —

3750 150 ~ 300 40 SOP PS2701-1-P-A-ND .61 .53 .41 — —

3750 50 ~ 300 40 SOP PS2701-1A-ND .61 .53 .41 — —

3750 50 ~ 300 40 SOP PS2701-1ATR-ND — — — 3,500 168.97/M

3750 150 ~ 300 70 SOP PS2701A-1-P-A-ND .58 .51 .39 — —

3750 50 ~ 300 70 SOP PS2701A-1-ND .58 .51 .39 — —

3750 200 ~ 2000 40 SOP PS2702-1A-ND 1.03 .92 .73 — —

3750 200 ~ 2000 40 SOP PS2702-1ATR-ND — — — 3,500 273.08/M

3750 50 ~ 150 120 SOP PS2703-1-M-A-ND .74 .65 .50 — —

3750 200 ~ 400 120 SOP PS2703-1-K-A-ND .74 .65 .50 — —

3750 50 ~ 400 120 SOP PS2703-1A-ND .74 .65 .50 — —

3750 50 ~ 400 120 SOP PS2703-1ATR-ND — — — 3,500 174.58/M

3750 50 ~ 300 40 SOP PS2705-1A-ND .70 .63 .50 — —

3750 50 ~ 300 40 SOP PS2705-1ATR-ND — — — 3,500 267.47/M

3750 50 ~ 300 70 SOP PS2705A-1-ND .64 .56 .44 — —

3750 50 ~ 300 70 SOP PS2705A-1TR-ND — — — 3,500 161.77/M

3750 200 ~ 2000 40 SOP PS2706-1-ND 1.24 1.11 .88 — —

3750 100 ~ 200 40 SOP PS2711-1-M-A-ND .78 .69 .53 — —

3750 50 ~ 400 70 SOP PS2761B-1-A-ND .94 .83 .66 — —

3750 50 ~ 400 70 SOP PS2761B-1-V-F3-K-ACT-ND§ .76 .69 .55 3,500 280.28/M

3750 50 ~ 400 40 SOP PS2765-1A-ND .71 .60 .51 — —

3750 50 ~ 300 70 SSOP PS2861B-1Y-A-ND .76 .67 .53 — —

2500 1500 ~ 4000 350 SOP PS2733-1A-ND 1.49 1.35 1.09 — —

2500 1500 ~ 4000 350 SOP PS2733-1ATR-ND — — — 3,500 486.89/M

2500 100 ~ 300 80 SOP PS2801-1-L-A-ND .76 .68 .54 — —

2500 80 ~ 600 80 SSOP PS2801-1ACT-ND§ .60 .52 .41 3,500 214.62/M

2500 50 ~ 400 70 SSOP PS2801A-1-ND .78 .69 .55 — —

2500 50 ~ 400 70 SSOP PS2801A-1TR-ND — — — 3,500 204.21/M

2500 50 ~ 400 80 SSOP PS2801C-1-A-ND .59 .52 .40 — —

2500 50 ~ 400 80 SSOP PS2801C-1-F3-ACT-ND§ .58 .51 .40 3,500 191.40/M

2500 50 ~ 400 80 SSOP PS2801C-1-V-A-ND .62 .55 .43 — —

2500 200 ~ 2000 40 SSOP PS2802-1ACT-ND§ 1.00 .90 .72 3,500 369.97/M

2500 80 ~ 600 80 SSOP PS2805-1ACT-ND§ .85 .74 .59 3,500 299.50/M

2500 50 ~ 400 70 SSOP PS2805A-1-ND .86 .77 .61 — —

2500 50 ~ 400 70 SSOP PS2805A-1TR-ND — — — 3,500 248.25/M

2500 50 ~ 400 80 SSOP PS2805C-1-F3-ACT-ND§ .70 .62 .49 3,500 233.04/M

2500 200 ~ 2000 40 SOP PS2806-1ACT-ND§ 1.26 1.13 .90 3,500 462.07/M

2500 100 ~ 400 40 SSOP PS2811-1ACT-ND§ .77 .67 .53 3,500 254.66/M

2500 400 ~ 4500 350 SSOP PS2833-1A-ND 1.51 1.37 1.10 — —

2500 400 ~ 4500 350 SSOP PS2833-1ATR-ND — — — 3,500 636.64/M

2500 50 ~ 400 40 SSOP PS2865-1A-ND .76 .64 .54 — —

Most SMT cutdown parts are available on a Digi-Reel ®. For Digi-Reel part number, change 1-ND to 6-ND or CT-ND to DKR-ND. See Digi-Key ® Services on page 2 for additional information.®

High Speed Analog Output Optoisolators

®

§ Cut Tape † For Tape and Reel part number, change CT-ND to TR-ND.


CTR(%)

Vcc(Max.) Package

Digi-KeyPart No.


2

3750 15 ~ 35 35 SOP PS8101-AX-ND 1.83 1.66 1.34 — —

3750 15 ~ 35 35 SOP PS8101-F3-AXCT-ND§ 1.91 1.64 1.34 2,500 735.14/M

2500 10 ~ 30 15 SOP PS8103-ND 1.56 1.31 1.11 — —

4

2500 15 ~ 35 35 SSOP PS8802-1CT-ND§ 1.59 1.33 1.12 — —

2500 15 ~ 45 35 SSOP PS8802-1-AX-ND 2.06 1.87 1.50 — —

2500 15 ~ 45 35 SSOP PS8802-1-F3-AXCT-ND§ 1.68 1.45 1.18 1,500 824.83/M

2500 15 ~ 45 35 SSOP PS8802-2-AX-ND 3.52 3.15 2.58 — —

2500 15 ~ 45 35 SSOP PS8802-2-F3-AXCT-ND§ 2.69 2.43 1.98 1,500 1513.52/M

2500 20 ~ 40 7 SSOP PS8821-1-AX-ND 2.19 1.98 1.59 — —

2500 20 ~ 40 7 SSOP PS8821-2-AX-ND 3.70 3.31 2.71 — —

High Speed Digital Photocouplers

§ Cut Tape † For Tape and Reel part number, change CT-ND to TR-ND.

Fig.OutputType

IsolationVoltage Package

Digi-KeyPart No.


2

OC 3750 SOP PS9113-AX-ND 2.94 2.63 2.16 — —

OC 3750 SOP PS9117A-AX-ND 1.74 1.57 1.27 — —

OC 3750 SOP PS9117A-F3-AXCT-ND§ 1.91 1.64 1.34 2,500 735.14/M

OC 3750 SOP PS9121-AX-ND 2.38 2.13 1.75 — —

OC 3750 SOP PS9121-F3-AXCT-ND§ 2.50 2.14 1.75 2,500 962.56/M

OC 3750 SOP PS9122-L-AX-ND 2.35 2.11 1.73 — —

OC 3750 SOP PS9122-N-AX-ND 2.35 2.11 1.73 — —

3

TP 5000 SDIP PS9303L-AX-ND 3.14 2.81 2.30 — —

OC 5000 SDIP PS9313L-AX-ND 3.25 2.91 2.39 — —

OC 5000 SDIP PS9317L-AX-ND 3.36 3.01 2.47 — —

4

OC 5000 DIP PS9587-AX-ND 2.06 1.87 1.50 — —

OC 5000 SMD PS9587L2-V-E3-AXCT-ND§ 1.88 1.61 1.32 1,000 871.27

OC 2500 SSOP PS9817A-1-AX-ND 2.01 1.82 1.46 — —

OC 2500 SSOP PS9817A-1-F3-AXCT-ND§ 1.79 1.54 1.26 1,500 812.82/M

OC 2500 SSOP PS9817A-2-AX-ND 2.63 2.35 1.93 — —

OC 2500 SSOP PS9817A-2-F3-AXCT-ND§ 2.76 2.49 2.03 1,500 1289.29/M

OC 2500 SSOP PS9821-1-AX-ND 2.21 2.00 1.61 — —

OC 2500 SSOP PS9821-1-F3-AXCT-ND§ 1.68 1.45 1.18 1,500 882.48/M

OC 2500 SSOP PS9821-2-AX-ND 3.30 2.95 2.42 — —

OC 2500 SSOP PS9821-2-F3-AXCT-ND§ 2.71 2.45 2.00 1,500 1266.87/M

TP 5000 DIP PS9552-AX-ND 2.41 2.18 1.75 — —

TP 5000 SMT PS9552L2-AX-ND 2.80 2.51 2.06 — —

TP 5000 SMT PS9552L3-AX-ND 2.80 2.51 2.06 — —

TP 5000 SMT PS9552L3-E3-AXCT-ND§ 2.43 2.19 1.87 — —

TP 5000 SMT PS9553L3-AX-ND 2.23 2.00 1.71 — —

TP 5000 SMT PS9553L3-E3-AXCT-ND§ 2.19 1.97 1.68 1,000 1134.73

§ Cut Tape * 10.16mm (0.4”) wide row spacing; standard spacing is 7.62mm (0.3”) ‡ VDE Approved† For Tape and Reel part number, change CT-ND to TR-ND.


CTR(%)

VCEO(Max.) Pack age

Digi-KeyPart No.


1

2500 100 ~ 400 40 Mini-Flat PS2911-1ACT-ND§ 1.13 1.01 .80 3,500 414.82/M

2500 100 ~ 400 40 Mini-Flat PS2911-1-K-A-ND 1.07 .95 .75 — —

2500 100 ~ 200 40 Mini-Flat PS2911-1-M-A-ND 1.07 .95 .75 — —

2500 50 ~ 100 120 Mini-Flat PS2913-1-ND 1.23 1.10 .87 — —

2500 50 ~ 100 120 Mini-Flat PS2913-1TR-ND — — — 3,500 493.30/M

2500 100 ~ 400 40 Mini-Flat PS2915-1ACT-ND§ 1.34 1.20 .96 3,500 547.75/M

2500 400 ~ 4500 350 Mini-Flat PS2933-1-ND 1.64 1.48 1.19 — —

2500 400 ~ 4500 350 Mini-Flat PS2933-1TR-ND — — — 3,500 713.52/M

45000 100 ~ 400 40 DIP PS2503-2-A-ND 1.50 1.25 1.06 — —

5000 80 ~ 600 80 DIP PS2505-2A-ND 1.12 .94 .79 — —

5

2000 100 ~ 600 70 SSOP PS2841-4A-ND 3.12 2.79 2.29 — —

2000 100 ~ 600 70 SSOP PS2841-4B-ND 3.20 2.87 2.35 — —

2000 100 ~ 600 70 SSOP PS2841-4BTR-ND — — — 2,500 1501.50/M

2000 100 ~ 600 70 SSOP PS2845-4AA-ND 4.10 3.67 3.01 — —

6

5000 80 ~ 600 80 DIP PS2501-4A-ND 1.47 1.34 1.08 — —

5000 80 ~ 600 80 SMT PS2501L-4A-ND 1.52 1.38 1.11 — —

5000 200 ~ 2000 40 DIP PS2502-4A-ND 2.47 2.23 1.79 — —

5000 80 ~ 600 80 DIP PS2505-4A-ND 1.79 1.62 1.30 — —

5000 80 ~ 600 80 SMT PS2505L-4A-ND 1.80 1.63 1.31 — —

2500 80 ~ 600 80 SSOP PS2801-4A-ND 3.12 2.79 2.29 — —

2500 80 ~ 600 80 SSOP PS2801-4ATR-ND — — — 2,500 1157.96/M

2500 50 ~ 400 80 SSOP PS2801C-4-A-ND 2.08 1.89 1.52 — —

2500 50 ~ 400 80 SSOP PS2801C-4-F3-ACT-ND§ 1.91 1.64 1.34 2,500 735.14/M

2500 200 ~ 2000 40 SSOP PS2802-4A-ND 3.39 3.03 2.48 — —

2500 200 ~ 2000 40 SSOP PS2802-4ATR-ND — — — 2,500 1065.07/M

2500 80 ~ 600 80 SSOP PS2805-4A-ND 5.23 4.68 3.83 — —

2500 50 ~ 400 70 SSOP PS2805A-4-A-ND 2.76 2.47 2.03 — —

2500 200 ~ 2000 40 SSOP PS2806-4A-ND 5.38 4.81 3.94 — —

2500 200 ~ 2000 40 SSOP PS2806-4ATR-ND — — — 2,500 1938.74/M

2500 100 ~ 400 40 SSOP PS2811-4A-ND 3.32 2.96 2.43 — —

2500 100 ~ 400 40 SSOP PS2811-4ATR-ND — — — 2,500 1207.61/M

2500 100 ~ 400 40 SSOP PS2815-4A-ND 2.91 2.61 2.14 — —

2500 400 ~ 4500 350 SSOP PS2833-4-ND 4.84 4.32 3.54 — —

Fig. 1 4 3

1 2

Fig. 6

1

16Fig. 4

1

8 Fig. 5 12

1

Fig. 2 5

1

Fig. 3

1

6

Free shipping on orders over €65! All prices in euro and include duties.2474 (EU2011-EN)

N


Semiconductor Optocouplers


CTR(Typical)

VCEO(Max.) Package

Digi-KeyPart No.

Price Each Digi-KeyPart No.

Tape and Reel VishayPart No.1 10 100 Qty. Pricing

1

5300 >20% 70 6-DIP 751-1259-5-ND .46 .40 .30 — — — 4N38

5300 40 ~ 80% 70 6-DIP 751-1265-5-ND .50 .43 .32 — — — CNY17-1

5300 63 ~ 125% 70 6-DIP 751-1266-5-ND .50 .43 .32 — — — CNY17-2

5300 100 ~ 200% 70 6-DIP 751-1267-5-ND .50 .43 .32 — — — CNY17-3

5300 160 ~ 320% 70 6-DIP 751-1268-5-ND .50 .43 .32 — — — CNY17-4

5300 >50% 70 6-DIP 751-1273-5-ND .59 .52 .40 — — — H11A1

5300 >20% 70 6-DIP 751-1274-5-ND .59 .52 .40 — — — H11A2

5300 >20% 70 6-DIP 751-1275-5-ND .59 .52 .40 — — — H11A3

5300 >20% 300 6-DIP 751-1278-5-ND 1.29 1.15 .91 — — — H11D1

5300 >20% 200 6-DIP 751-1279-5-ND 1.06 .94 .75 — — — H11D3

5300 >20% 50 6-DIP 751-1280-5-ND .78 .69 .53 — — — IL1

5300 >100% 70 6-DIP 751-1281-5-ND .74 .67 .53 — — — IL2

2

5300 50 ~ 80% 30 6-DIP 751-1337-5-ND .50 .44 .34 — — — MOC8101

5300 73 ~ 117% 30 6-DIP 751-1338-5-ND .50 .44 .34 — — — MOC8102

5300 108 ~ 173% 30 6-DIP 751-1339-5-ND .50 .44 .34 — — — MOC8103

5300 160 ~ 256% 30 6-DIP 751-1340-5-ND .50 .44 .34 — — — MOC8104

5300 40 ~ 80% 70 6-DIP 751-1269-5-ND .50 .43 .32 — — — CNY17F-1

5300 63 ~ 125% 70 6-DIP 751-1270-5-ND .50 .43 .32 — — — CNY17F-2

5300 100 ~ 200% 70 6-DIP 751-1271-5-ND .50 .43 .32 — — — CNY17F-3

5300 160 ~ 320% 70 6-DIP 751-1272-5-ND .50 .43 .32 — — — CNY17F-4

35300 >20% 30 6-DIP 751-1276-5-ND .91 .82 .65 — — — H11AA1

5300 >100% 30 6-DIP 751-1290-5-ND 1.20 1.07 .85 — — — IL252

4

4000 40 ~ 80% 70 8-SOIC 751-1282-1-ND§ .82 .72 .57 751-1282-2-ND 2,000 273.08/M IL205AT

4000 63 ~ 125% 70 8-SOIC 751-1283-1-ND§ .82 .72 .57 751-1283-2-ND 2,000 273.08/M IL206AT

4000 100 ~ 200% 70 8-SOIC 751-1284-1-ND§ .82 .72 .57 751-1284-2-ND 2,000 273.08/M IL207AT

4000 160 ~ 320% 70 8-SOIC 751-1285-1-ND§ .82 .72 .57 751-1285-2-ND 2,000 273.08/M IL208AT

4000 >20% 70 8-SOIC 751-1286-1-ND§ .82 .72 .57 751-1286-2-ND 2,000 273.08/M IL211AT

4000 >100% 70 8-SOIC 751-1287-1-ND§ .82 .72 .57 751-1287-2-ND 2,000 273.08/M IL213AT

4000 >100% 30 8-SOIC 751-1288-1-ND§ .78 .70 .56 751-1288-2-ND 2,000 286.69/M IL217AT

5 4000 >20% 30 8-SOIC 751-1291-1-ND§ .94 .84 .67 751-1291-2-ND 2,000 344.35/M IL256AT

6

5300 >20% 50 8-DIP 751-1306-5-ND 1.09 .97 .77 — — — ILD1

5300 >100% 70 8-DIP 751-1307-5-ND 1.15 1.02 .81 — — — ILD2

5300 >50% 70 8-DIP 751-1318-5-ND 1.50 1.36 1.09 — — — ILD5

5300 35% 20 8-DIP 751-1326-5-ND 1.29 1.15 .91 — — — ILD74

5300 ≥20% 30 8-DIP 751-1336-5-ND .94 .84 .67 — — — MCT6

7

4000 40 ~ 80% 70 8-SOIC 751-1308-1-ND§ 1.03 .92 .73 751-1308-2-ND 2,000 377.98/M ILD205T

4000 63 ~ 125% 70 8-SOIC 751-1309-1-ND§ 1.03 .92 .73 751-1309-2-ND 2,000 377.98/M ILD206T

4000 100 ~ 200% 70 8-SOIC 751-1310-1-ND§ 1.03 .92 .73 751-1310-2-ND 2,000 377.98/M ILD207T

4000 >20% 70 8-SOIC 751-1311-1-ND§ 1.03 .92 .73 751-1311-2-ND 2,000 377.98/M ILD211T

4000 >100% 70 8-SOIC 751-1312-1-ND§ 1.03 .92 .73 751-1312-2-ND 2,000 377.98/M ILD213T

4000 >100% 70 8-SOIC 751-1313-1-ND§ 1.09 .98 .78 751-1313-2-ND 2,000 401.20/M ILD217T

8 5300 >50% 30 8-DIP 751-1315-5-ND 2.41 2.18 1.75 — — — ILD250

9

5300 63 ~ 125% 70 8-DIP 751-1320-5-ND 1.29 1.15 .91 — — — ILD615-2

5300 100 ~ 200% 70 8-DIP 751-1321-5-ND 1.29 1.14 .91 — — — ILD615-3

5300 160 ~ 320% 70 8-DIP 751-1322-5-ND 1.32 1.17 .93 — — — ILD615-4

10 4000 >20% 70 8-SOIC 751-1317-1-ND§ 1.43 1.28 1.02 751-1317-2-ND 2,000 526.93/M ILD256T

11 5300 >100% 70 8-DIP 751-1324-5-ND 1.83 1.65 1.33 — — — ILD620GB

125300 63 ~ 125% 70 4-DIP 751-1342-5-ND .72 .64 .51 — — — SFH610A-2

5300 160 ~ 320% 70 4-DIP 751-1344-5-ND .72 .64 .51 — — — SFH610A-4

13

5300 40 ~ 80% 70 4-SMD 751-1345-1-ND§ .68 .59 .47 751-1345-2-ND 1,000 248.25 SFH6156-1T

5300 63 ~ 125% 70 4-SMD 751-1346-1-ND§ .68 .59 .47 751-1346-2-ND 1,000 248.25 SFH6156-2T

5300 100 ~ 200% 70 4-SMD 751-1347-1-ND§ .68 .59 .47 751-1347-2-ND 1,000 248.25 SFH6156-3T

5300 160 ~ 320% 70 4-SMD 751-1348-1-ND§ .68 .59 .47 751-1348-2-ND 1,000 248.25 SFH6156-4T

5300 100 ~ 200% 55 4-SMD 751-1352-1-ND§ .81 .73 .58 751-1352-2-ND 1,000 319.52 SFH6186-3T

5300 63 ~ 125% 70 4-DIP 751-1349-5-ND .56 .49 .38 — — — SFH615A-2

5300 100 ~ 200% 70 4-DIP 751-1350-5-ND .56 .49 .38 — — — SFH615A-3

5300 160 ~ 320% 70 4-DIP 751-1351-5-ND .56 .49 .38 — — — SFH615A-4

5300 63 ~ 125% 55 4-DIP 751-1353-5-ND .78 .69 .53 — — — SFH618A-2

5300 100 ~ 200% 55 4-DIP 751-1354-5-ND .78 .69 .53 — — — SFH618A-3

5300 250 ~ 500% 55 4-DIP 751-1356-5-ND .78 .69 .53 — — — SFH618A-5

14

5300 40 ~ 125% 70 4-DIP 751-1357-5-ND .66 .58 .45 — — — SFH620A-1

5300 63 ~ 200% 70 4-DIP 751-1358-5-ND .66 .58 .45 — — — SFH620A-2

5300 100 ~ 320% 70 4-DIP 751-1359-5-ND .66 .58 .45 — — — SFH620A-3

5300 100 ~ 320% 55 4-SMD 751-1360-1-ND§ .99 .89 .71 751-1360-2-ND 1,000 393.19 SFH6286-3T

5300 100 ~ 320% 55 4-DIP 751-1361-5-ND .86 .77 .61 — — — SFH628A-3

5300 160 ~ 500% 55 4-DIP 751-1362-5-ND .86 .77 .61 — — — SFH628A-4

15

3750 50 ~ 300% 70 Mini-Flat 751-1367-1-ND§ .54 .47 .37 751-1367-2-ND 2,000 178.58/M SFH690ABT

3750 50 ~ 150% 70 Mini-Flat 751-1368-1-ND§ .62 .53 .42 751-1368-2-ND 2,000 201.80/M SFH690AT

3750 100 ~ 300% 70 Mini-Flat 751-1369-1-ND§ .62 .53 .42 751-1369-2-ND 2,000 201.80/M SFH690BT

16 3750 50 ~ 300% 70 Mini-Flat 751-1370-5-ND 3.71 3.32 2.72 — — — SFH6916

175300 >20% 50 16-DIP 751-1329-5-ND 1.90 1.72 1.39 — — — ILQ1

5300 >100% 70 16-DIP 751-1330-5-ND 1.98 1.79 1.44 — — — ILQ2

(Continued)

Phototransistor Output Optocouplers

§ Cut Tape

®

DIP or SOP

Fig. 1

1 6 1 6

Fig. 2

Fig. 3

1 6 1 8

Fig. 4

1 81 8

Fig. 5 Fig. 6

Fig. 7

1 8 1 8 1 8

1 8

Fig. 8 Fig. 9

Fig. 10

1 8 1 4

Fig. 11 Fig. 12

1 4 1 4 1 4

Fig. 13 Fig. 14 Fig. 15

With BaseConnection

No BaseConnection

AC Input with BaseConnection

With BaseConnection

AC InputWith BaseConnection

AC InputWith BaseConnection

AC Input AC Input

AC Input SOP

1 16

1 16

Fig. 19

Fig. 18Fig. 16 Fig. 17

1 16 1 16

Fig. 20

1 16

SOP AC Input


N

Semiconductor OptocouplersPhototransistor Output Optocouplers (Cont.)

Photodarlington Output Optocouplers


CTR(Typical)

VCEO(Max.) Package

Digi-KeyPart No.


Tape and ReelPricing2,000

VishayPart No.1 10 100

22 5300 >500% 25 6-DIP 751-1277-5-ND .89 .79 .63 — — H11B1

23 4000 >500% 30 8-SOIC 751-1289-1-ND§ .84 .76 .60 751-1289-2-ND 309.11/M IL223AT

24 4000 >500% 30 8-SOIC 751-1314-1-ND§ 1.49 1.34 1.06 751-1314-2-ND 549.35/M ILD223T

25 5300 >100% 55 8-DIP 751-1319-5-ND 1.87 1.70 1.37 — — ILD55

26 5300 >1000% 60 8-DIP 751-1328-5-ND 3.57 3.19 2.62 — — ILD755-2

27 5300 ≥500% 60 16-DIP 751-1335-5-ND 2.98 2.66 2.18 — — ILQ66-4

§ Cut Tape

®


Phototriac Output Optocouplers — High dV/dt, Low Input Current


VDRM(Minimum)

LED Trigger CurrentIFT (Maximum) Package

Digi-KeyPart No.

Price Each VishayPart No.1 10 100

28

5300 600 2mA, 5mA 6-DIP 751-1297-5-ND 2.63 2.35 1.93 IL410

5300 800 2mA, 5mA 6-DIP 751-1298-5-ND 2.86 2.56 2.10 IL4108

5300 600 5mA 6-DIP 751-1383-5-ND 1.09 .97 .77 VO3063

29 5300 800 1.3mA 6-DIP 751-1300-5-ND 3.62 3.23 2.65 IL4118

30

5300 600 2mA 6-DIP 751-1301-5-ND 2.63 2.35 1.93 IL420

5300 800 2mA 6-DIP 751-1302-5-ND 2.86 2.56 2.10 IL4208

5300 600 1.3mA 6-DIP 751-1303-5-ND 2.86 2.56 2.10 IL4216

5300 800 1.3mA 6-DIP 751-1304-5-ND 3.62 3.23 2.65 IL4218

315300 600 10mA 8-DIP 751-1489-5-ND .98 .79 .69 V02223

5300 600 10mA 8-DIP 751-1490-5-ND .98 .87 .69 V02223A

High Speed Optocouplers


Common ModeTrans. Immunity

CMHProp Delay

PackageDigi-KeyPart No.



VishayPart No.tPHL tPLH 1 10 100

325300 1000 V/μs 1.5μs 1.5μs 8-DIP 751-1260-5-ND 1.03 .92 .73 — — 6N135

5300 1000 V/μs 0.8μs 0.8μs 8-DIP 751-1261-5-ND 1.06 .94 .75 — — 6N136

33

5300 100 V/μs 75ns 75ns 8-DIP 751-1262-5-ND 1.27 1.15 .93 — — 6N137

5300 5 kV/μs 100ns 100ns 8-DIP 751-1379-5-ND 1.39 1.26 1.02 — — VO2601

5300 10 kV/μs 100ns 100ns 8-DIP 751-1380-5-ND 1.52 1.38 1.11 — — VO2611

34 4000 5 kV/μs 100ns 100ns 8-SOIC 751-1377-1-ND§ 2.29 1.97 1.61 751-1377-2-ND 883.28/M VO0601T

35 5300 5 kV/μs 100ns 100ns 8-DIP 751-1381-5-ND 2.28 2.06 1.66 — — VO2631

36 4000 15 kV/μs 0.8μs 0.8μs 8-SOIC 751-1363-1-ND§ 1.49 1.28 1.05 751-1363-2-ND 574.18/M SFH6316T

374000 15 kV/μs 1.0μs 1.0μs 8-SOIC 751-1364-1-ND§ 1.66 1.43 1.17 751-1364-2-ND 639.84/M SFH6343T

5300 15 kV/μs 0.8μs 0.8μs 8-DIP 751-1365-5-ND 1.39 1.26 1.02 — — SFH6345

38 4000 1000 V/μs 300ns 300ns 8-SOIC 751-1366-1-ND§ 1.86 1.60 1.31 751-1366-2-ND 717.52/M SFH6720T

395300 500 V/μs 10μs 35μs 8-DIP 751-1263-5-ND 1.15 1.02 .81 — — 6N138

5300 500 V/μs 25μs 60μs 8-DIP 751-1264-5-ND 1.26 1.12 .89 — — 6N139

403750 1 kV/μs 1μs 1μs 5-SOP 751-1492-1-ND§ .91 .82 .65 751-1492-2-ND 336.34/M VOM452T

3750 15 kV/μs 1μs 1μs 5-SOP 751-1493-1-ND§ 1.07 .96 .76 751-1493-2-ND 392.39/M VOM453T

§ Cut Tape

®

Linear Optocouplers


TransferGain

(K2/K1)

Transfer Gain Linearity(K2/K1)

(If = 1.0-10mA) PackageDigi-KeyPart No.


41

5300 0.557 ~ 1.618 ±0.25% 8-DIP 751-1292-5-ND 3.55 3.17 2.60 IL300

5300 0.765 ~ 1.181 ±0.25% 8-DIP 751-1293-5-ND 3.66 3.27 2.69 IL300-DEFG

5300 0.851 ~ 0.955 ±0.25% 8-DIP 751-1294-5-ND 8.68 7.82 6.43 IL300-E

5300 0.945 ~ 1.061 ±0.25% 8-DIP 751-1296-5-ND 8.68 7.82 6.43 IL300-F

Output Current IGBT and MOSFET Driver


Peak Output Current Package

Digi-KeyPart No.

Cut TapePrice Each Digi-Key

Part No.



425300 2.5A 8-SMD 751-1475-1-ND 1.85 1.59 1.30 751-1475-2-ND 766.37 VO3120-X007T

5300 0.5A 8-SMD 751-1476-1-ND 1.57 1.35 1.10 751-1476-2-ND 650.25 VO3150A-X007T

§ Cut Tape


CTR(Typical)

VCEO(Max.) Package

Digi-KeyPart No.


Tape and Reel VishayPart No.1 10 100 Qty. Pricing

185300 >50% 70 16-DIP 751-1331-5-ND 2.75 2.46 2.02 — — — ILQ620

5300 >100% 70 16-DIP 751-1332-5-ND 3.09 2.76 2.27 — — — ILQ620GB

195300 >50% 70 16-DIP 751-1333-5-ND 2.41 2.18 1.75 — — — ILQ621

5300 >100% 70 16-DIP 751-1334-5-ND 2.29 2.05 1.68 — — — ILQ621GB

205000 50 ~ 600% 70 16-DIP 751-1371-5-ND 1.27 1.15 .93 — — — TCET4100

3750 50 ~ 600% 70 Mini-Flat 751-1375-1-ND§ 1.71 1.47 1.20 751-1375-2-ND 2,000 657.46/M TCMT4100

21A5000 >20% 70 16-DIP 751-1372-5-ND 1.68 1.52 1.22 — — — TCET4600

3750 80 ~ 300% 70 Mini-Flat 751-1376-1-ND§ 1.86 1.59 1.30 751-1376-2-ND 2,000 715.92/M TCMT4600

21B 3750 80 ~ 300% 70 Mini-Flat 751-1374-1-ND§ .58 .51 .40 751-1374-2-ND 3,000 193.00/M TCMT1600

®

Fig. 22 Fig. 24Fig. 23

1 8

1 8


1 16


1 6

ZCC*

1 6

ZCC*

1 6

Fig. 31 Fig. 32

1 8 1 8

1 8

1 8

1 8

Fig. 38

Fig. 36

Fig. 37

Fig. 33

Fig. 35Fig. 34

1 8

1 8

Fig. 39

Fig. 41

1 8 1 8

1 6

High Gain, With Base Connection

1 8

Low Input Current, With

Base Connection

1 8

AC Input

Internal RBE for High Stability

Open-Collector Output

NMOS Transistor Output


Photodiode Darlington Output

TransistorOutput

Open-Collector Output


Wide Bandwidth

Zero Crossing Circuit

Zero Crossing Circuit

1 16

Fig. 21

B

1 4

AC Input,DIP or SOP

Fig. 42

81

A

81

Fig. 40

1 3

456

®


N

Fig. 1 Fig. 2OptoisolatorsOPI1264 Series:Optically coupled iso la tors, each consisting of an infrared emitting diode coupled to an NPN silicon photo-

transistor and sealed in a precast opaque housing.

OPI155 Series:Contains a high speed mono lithic photo-IC comprised of a photo -diode and DC amplifi er driving an open collector

output Schottky transistor.


Forward DCCurrent (mA)

Reverse DCVoltage

DC CurrentTransfer Ratio

Digi-KeyPart No.

Price Each TTE/OPTEK TechnologyPart No.1 100 250

1

±10k 40 2.0 25% 365-1031-ND 1.62 1.45 1.39 OPI1264A

±10k 40 2.0 50% 365-1032-ND 1.62 1.45 1.39 OPI1264B

±10k 40 2.0 100% 365-1033-ND 1.64 1.47 1.41 OPI1264C

2 ±50k 50 3.0 25mA 365-1034-ND 38.49 34.22 32.90 OPI155

Photocouplers


Current Transfer Ratio VCEO(Maximum)

Typical ton/toff(μsec.)

PackageType

Digi-KeyPart No.

Pricing TTE/OPTEK TechnologyPart No.Minimum Maximum 1 100 250

1

5000 50% 600% 60 4/3 SMD 365-1411-1-ND† .26 16.82 36.04 OPIA817ATR

5000 50% 600% 60 4/3 SMD 365-1411-2-ND‡ 240.24/2,000 OPIA817ATR

5000 50% 600% 60 4/3 SMD 365-1412-ND .21 12.02 28.03 OPIA817ATU

5000 50% 600% 60 4/3 DIP 365-1436-ND .21 12.02 28.03 OPIA817DTU

3750 50% 600% 60 5/4 SOP 365-1420-1-ND† .34 21.86 46.85 OPIA404BTRE

3750 50% 600% 60 5/4 SOP 365-1420-2-ND‡ 432.43/3,000 OPIA404BTRE

2500 80% 600% 80 3/5 SSOP 365-1421-1-ND† .37 23.54 50.45 OPIA405CTRE

2500 80% 600% 80 3/5 SSOP 365-1421-2-ND‡ 480.48/3,000 OPIA405CTRE

5000 50% 600% 350 2/3 SMD 365-1432-1-ND† 1.07 68.95 147.75 OPIA1210ATRE

3750 100% 600% 80 4/3 SSOP 365-1434-1-ND† 1.23 79.04 169.37 OPIA414BTRA

3750 100% 600% 80 4/3 SSOP 365-1434-2-ND‡ 1561.56/3,000 OPIA414BTRA

2

3750 1000% — 300 100/20 SSOP 365-1413-1-ND† .81 52.13 111.71 OPIA401BTR

5000 600% 9000% 300 60/50 SMD 365-1430-1-ND† .62 40.36 86.49 OPIA4010ATR

3

5000 60% 600% 60 5/4 SMD 365-1426-1-ND† .50 31.95 68.47 OPIA814ATRA

5000 60% 600% 60 5/4 SMD 365-1427-ND .38 22.42 54.05 OPIA814ATUA

4

3750 600% 7500% 35 60/53 SSOP 365-1417-1-ND† .62 40.36 86.49 OPIA403BTR

3750 600% 7500% 35 60/53 SSOP 365-1418-ND .33 29.63 72.07 OPIA403BTU

5000 70% — 35 80/72 SMD 365-1428-1-ND† .62 40.36 86.49 OPIA815ATR

5000 70% — 35 80/72 SMD 365-1429-ND .50 29.63 72.07 OPIA815ATU

5 3750 19% 50% — 0.8/0.8 DIP 365-1460-1-ND† 1.27 82.40 176.58 OPIA500BTR

6 5000 40% 400% 60 4/3 DIP 365-1451-1-ND† .44 28.59 61.26 OPIA2110ATRE

7

5000 60% 600% 60 5/4 DIP 365-1441-1-ND† .34 21.86 46.85 OPIA4N35ATRE

5000 60% 600% 60 5/4 DIP 365-1454-ND .26 16.02 38.04 OPIA4N35DTUE

5000 50% 600% 350 2/3 DIP 365-1447-1-ND† 1.20 77.36 165.77 OPIA2210ATRE

5000 50% 600% 350 2/3 DIP 365-1448-ND 1.00 57.66 140.14 OPIA2210ATUE

8 5000 5% — 15 0.4/0.3 DIP 365-1465-ND .82 48.05 114.11 OPIA803DTU

† Cut Tape ‡ Tape and Reel


®

A subsidiary of TT electronics plc

4

1

3

2

4

1

3

2

4

1

3

2

4

1

3

2

Fig. 1 Fig. 2 Fig. 4Fig. 3 Fig. 6 Fig. 7 Fig. 8Fig. 5

6 5 4

1 2 3

6 5 4

1 2 3

6 5 4

1 3

8 7 6

1 2 3

5

4


N

Triac Output Optoisolators

Optoisolators

Fig.

Isola-tionVolt.

CurrentTransfer Ratio

Typ.VCEO(Max.)

ton/toff(μsec.)

Pkg.Type

Digi-KeyPart No.

Pricing Lite-OnPart No.Min. Max. 1 10 100

85000 20% 300% 35 4.0/3.0 DIP 160-1348-5-ND◆ 1.12 9.11 63.06 LTV-844

5000 20% 300% 35 4.0/3.0 SMT 160-1349-5-ND◆ 1.14 9.22 63.78 LTV-844S

95000 600% 7500% 35 60/53 DIP 160-1356-5-ND◆ .57 4.43 31.63 LTV-8141

5000 600% 7500% 35 60/53 SMT 160-1357-5-ND◆ .58 4.52 32.23 LTV-8141S

10

5000 50% 600% 80 4.0/3.0 DIP 160-1362-5-ND◆ .50 3.91 28.03 LTV-826

5000 50% 600% 80 4.0/3.0 SMT 160-1363-5-ND◆ .52 4.03 28.92 LTV-826S

5000 50% 600% 35 4.0/3.0 DIP 160-1368-5-ND◆ .50 3.91 28.03 LTV-827

5000 50% 600% 35 4.0/3.0 SMT 160-1369-5-ND◆ .52 4.03 28.92 LTV-827S

11

5000 50% 600% 80 4.0/3.0 DIP 160-1364-5-ND◆ .80 6.51 45.05 LTV-846

5000 50% 600% 80 4.0/3.0 SMT 160-1365-5-ND◆ .82 6.61 45.77 LTV-846S

5000 50% 600% 35 4.0/3.0 DIP 160-1370-5-ND◆ .80 6.51 45.05 LTV-847

5000 50% 600% 35 4.0/3.0 SMT 160-1371-5-ND◆ .82 6.61 45.77 LTV-847S

12

5000 7% 50% — 2.0/2.0 DIP 160-1783-ND◆ .99 8.04 55.68 6N135

5000 7% 50% — 2.0/2.0 SMT 160-1785-ND◆ 1.01 8.18 56.58 6N135S

5000 7% 50% — 2.0/2.0 SMT 160-1786-1-ND◆† 1.15 9.23 64.06 6N135S-TA1

5000 7% 50% — 2.0/2.0 SMT 160-1786-2-ND◆‡ 358.76/1,000 6N135S-TA1

5000 19% 50% — 2.0/2.0 DIP 160-1787-ND◆ .99 8.04 55.68 6N136

5000 19% 50% — 2.0/2.0 SMT 160-1789-ND◆ 1.01 8.18 56.58 6N136S

5000 19% 50% — 2.0/2.0 SMT 160-1790-1-ND◆† 1.15 9.23 64.06 6N136S-TA1

5000 19% 50% — 2.0/2.0 SMT 160-1790-2-ND◆‡ 358.76/1,000 6N136S-TA1

13

5000 — — — .05/.012 DIP 160-1791-ND◆ .91 7.45 51.53 6N137

5000 — — — .05/.012 SMT 160-1793-ND◆ .93 7.58 52.44 6N137S

5000 — — — .05/.012 SMT 160-1794-1-ND◆† 1.07 8.56 59.46 6N137S-TA1

5000 — — — .05/.012 SMT 160-1794-2-ND◆‡ 333.13/1,000 6N137S-TA1

14

5000 300% — — 50/15 DIP 160-1795-ND◆ .91 7.45 51.53 6N138

5000 300% — — 50/15 SMT 160-1797-ND◆ .93 7.58 52.44 6N138S

5000 300% — — 50/15 SMT 160-1798-1-ND◆† 1.07 8.56 59.46 6N138S-TA1

5000 300% — — 50/15 SMT 160-1798-2-ND◆‡ 333.13/1,000 6N138S-TA1

5000 400% — — 10/2 DIP 160-1800-ND◆ .93 7.58 52.44 6N139M

5000 400% — — 10/2 SMT 160-1801-ND◆ .93 7.58 52.44 6N139S

5000 400% — — 10/2 SMT 160-1802-1-ND◆† .87 6.97 48.40 6N139S-TA1

Fig.

Isola-tionVolt.

CurrentTransfer Ratio

Typ.VCEO(Max.)

ton/toff(μsec.)

Pkg.Type

Digi-KeyPart No.

Pricing Lite-OnPart No.Min. Max. 1 10 100

1

2500 20% — 30 3.0/3.0 DIP 160-1300-5-ND◆ .44 3.18 20.76 4N25

2500 20% — 30 3.0/3.0 SMT 160-1301-5-ND◆ .46 3.34 21.78 4N25S

1500 20% — 30 3.0/3.0 DIP 160-1302-5-ND◆ .45 3.22 21.01 4N26

1500 20% — 30 3.0/3.0 SMT 160-1303-5-ND◆ .46 3.34 21.78 4N26S

3550 100% — 30 3.0/3.0 DIP 160-1304-5-ND◆ .44 3.18 20.76 4N35

3550 100% — 30 3.0/3.0 SMT 160-1305-5-ND◆ .44 3.18 20.76 4N35S

1500 100% — 30 3.0/3.0 DIP 160-1306-5-ND◆ .44 3.18 20.76 4N37

1500 100% — 30 3.0/3.0 SMT 160-1307-5-ND◆ .46 3.34 21.78 4N37S

5000 40% 80% 70 5.0/5.0 DIP 160-1308-5-ND◆ .44 3.18 20.76 CNY17-1

5000 40% 80% 70 5.0/5.0 SMT 160-1309-5-ND◆ .46 3.34 21.78 CNY17-1S

5000 63% 125% 70 5.0/5.0 DIP 160-1310-5-ND◆ .44 3.44 24.66 CNY17-2

5000 63% 125% 70 5.0/5.0 SMT 160-1311-5-ND◆ .50 3.91 28.03 CNY17-2S

5000 100% 200% 70 5.0/5.0 DIP 160-1312-5-ND◆ .44 3.18 20.76 CNY17-3

5000 100% 200% 70 5.0/5.0 SMT 160-1313-5-ND◆ .46 3.34 21.78 CNY17-3S

5000 160% 320% 70 5.0/5.0 DIP 160-1314-5-ND◆ .44 3.18 20.76 CNY17-4

5000 160% 320% 70 5.0/5.0 SMT 160-1315-5-ND◆ .46 3.34 21.78 CNY17-4S

5000 20% — 30 2.8/4.5 SMT 160-1327-5-ND .38 2.70 17.60 H11A2S

5000 20% — 300 5.0/5.0 DIP 160-1328-5-ND◆ .69 5.33 38.04 H11D1

5000 20% — 300 5.0/5.0 SMT 160-1329-5-ND◆ .70 5.44 38.84 H11D1S

5000 40% 320% 70 2.0/2.0 DIP 160-1342-5-ND .44 3.18 20.76 LTV-702V

2

5000 40% 80% 70 5.0/5.0 DIP 160-1316-5-ND◆ .44 3.18 20.76 CNY17F-1

5000 40% 80% 70 5.0/5.0 SMT 160-1317-5-ND◆ .46 3.34 21.78 CNY17F-1S

5000 63% 125% 70 5.0/5.0 DIP 160-1318-5-ND◆ .44 3.18 20.76 CNY17F-2

5000 63% 125% 70 5.0/5.0 SMT 160-1319-5-ND◆ .46 3.34 21.78 CNY17F-2S

5000 100% 200% 70 5.0/5.0 DIP 160-1320-5-ND◆ .45 3.22 21.01 CNY17F-3

5000 100% 200% 70 5.0/5.0 SMT 160-1321-5-ND◆ .46 3.34 21.78 CNY17F-3S

5000 160% 320% 70 5.0/5.0 DIP 160-1322-5-ND◆ .44 3.18 20.76 CNY17F-4

5000 160% 320% 70 5.0/5.0 SMT 160-1323-5-ND◆ .46 3.34 21.78 CNY17F-4S

5000 40% 320% 70 2.0/2.0 DIP 160-1340-5-ND .44 3.18 20.76 LTV-702F

5000 40% 320% 70 2.0/2.0 SMT 160-1341-5-ND◆ .46 3.34 21.78 LTV-702FS

33750 1000% — 300 100/20 SMT 160-1331-1-ND◆† .69 5.27 37.66 LTV-352T

3750 1000% — 300 100/20 SMT 160-1331-2-ND◆‡ 170.57/750 LTV-352T

4

3750 20% 400% 35 4.0/3.0 SMT 160-1333-1-ND◆† .45 3.44 24.82 LTV-354T

3750 20% 400% 35 4.0/3.0 SMT 160-1333-2-ND◆‡ 111.11/750 LTV-354T

5000 20% 300% 35 4.0/3.0 DIP 160-1344-5-ND◆ .48 3.45 22.55 LTV-814

5000 20% 300% 35 4.0/3.0 SMT 160-1345-5-ND◆ .50 3.57 23.32 LTV-814S

5000 20% 80% 35 4.0/3.0 DIP 160-1350-5-ND◆ .40 3.12 22.42 LTV-814H

5000 20% 80% 35 4.0/3.0 SMT 160-1351-5-ND◆ .42 3.25 23.32 LTV-814HS

5

3750 600% 7500% 35 60/53 SMT 160-1335-1-ND◆† .46 3.48 25.07 LTV-355T

3750 600% 7500% 35 60/53 SMT 160-1335-2-ND◆‡ 112.22/750 LTV-335T

5000 600% 7500% 35 60/53 DIP 160-1358-5-ND◆ .43 3.10 20.24 LTV-815

5000 600% 7500% 35 60/53 SMT 160-1359-5-ND◆ .45 3.26 21.27 LTV-815S

6

3750 50% 600% 80 4.0/3.0 SMT 160-1337-1-ND◆† .42 3.24 21.02 LTV-356T

3750 50% 600% 80 4.0/3.0 SMT 160-1337-2-ND◆‡ 90.09/750 LTV-356T

3750 50% 600% 35 4.0/3.0 SMT 160-1339-1-ND◆† .42 3.24 21.02 LTV-357T

3750 50% 600% 35 4.0/3.0 SMT 160-1339-2-ND◆‡ 90.09/750 LTV-357T

5000 50% 600% 80 4.0/3.0 DIP 160-1360-5-ND◆ .34 2.47 16.14 LTV-816

5000 50% 600% 80 4.0/3.0 SMT 160-1361-5-ND◆ .36 2.59 16.91 LTV-816S

5000 50% 600% 35 4.0/3.0 DIP 160-1366-5-ND◆ .34 2.47 16.14 LTV-817

5000 50% 600% 35 4.0/3.0 SMT 160-1367-5-ND◆ .36 2.59 16.91 LTV-817S

7

5000 20% 300% 35 4.0/3.0 DIP 160-1346-5-ND◆ .63 4.91 35.04 LTV-824

5000 20% 300% 35 4.0/3.0 SMT 160-1347-5-ND◆ .65 5.02 35.84 LTV-824S

5000 20% 80% 35 4.0/3.0 DIP 160-1352-5-ND◆ .72 5.61 40.04 LTV-824H

◆ RoHS Compliant † Cut Tape ‡ Tape and Reel


Fig.

Max. IFIsolationVoltage

Min.Trigger(mA)

Max.Blocking Voltage

IR(μA)

PackageType

Digi-KeyPart No.

Price Each Lite-OnPart No.1 10 100

15

5000 30 400V 10 DIP 160-1372-5-ND .57 .45 .32 MOC3020

5000 30 400V 10 SMT 160-1373-5-ND .58 .46 .33 MOC3020S

5000 15 400V 10 DIP 160-1374-5-ND .57 .45 .32 MOC3021

5000 15 400V 10 SMT 160-1375-5-ND .58 .46 .33 MOC3021S

5000 10 400V 10 DIP 160-1376-5-ND .57 .45 .32 MOC3022

5000 10 400V 10 SMT 160-1377-5-ND .58 .46 .33 MOC3022S

5000 5 400V 10 DIP 160-1378-5-ND .57 .45 .32 MOC3023

5000 5 400V 10 SMT 160-1379-5-ND .58 .46 .33 MOC3023S

16

5000 5 600V 10 DIP 160-1722-5-ND .59 .47 .34 MOC3063

5000 5 600V 10 SMT 160-1723-1-ND† .70 .55 .39 MOC3063S-TA1

5000 5 600V 10 SMT 160-1723-2-ND‡ 211.41/1,000 MOC3063S-TA1

Optoisolators with Photo-Transistor OutputOptolinks

Specifi cations: • Isolation Voltage: 5000 • VCEO (Max.): 60V • Typical tr/tf: 5 μs/4 μs Fig.

Current Transfer Ratio

Min. - Max.

LengthL

(mm) Pkg.Digi-KeyPart No.

Price Each Lumex Part No. 1 10

1 60 - 600% 4.60 SMT 67-1613-1-ND†◆ .55 .43 OCP-PCT114/E-TR

260 - 600% 7.30 DIP 67-1563-5-ND◆ .52 .41 OCP-PCTB116/E

60 - 600% 7.30 SMT 67-1615-1-ND†◆ .47 .37 OCP-PCTB116/E-TR

3 200 - 400% 4.60 DIP 67-2044-5-ND .47 .35 OCP-PCT114/C

Optoisolators with Photo-IC Output◆ RoHS Compliant † Cut Tape


Prop DelaytPHL/tPLH

(μS)

LengthL

(mm) Pkg.Digi-KeyPart No.

Cut Tape Price Each Lumex

Part No.1 10

4 5000 5/3 7.3 SMT 67-1617-1-ND 1.35 1.22 OCP-PCP116-TR

456

1 2 3

Fig. 1 Fig. 5

Fig. 9

Fig. 8Fig. 6

Fig. 10

Fig. 7

Fig. 11 Fig. 15Fig. 12 Fig. 13 Fig. 14 Fig. 16

Fig. 2 Fig. 3

456

1 2 3

456

1 2 3

34

1 2

34

1 2

34

1 2

34

1 2

67 58

1 2 3 4

67 58

1 2 3 4

1415 1316

1 2 3 4

1011 912

5 6 7 8

1415 1316

1 2 3 4

1011 912

5 6 7 8

34

1 2

Fig. 4

1 2 3

6 5 4

ZeroCrossingCircuit

1

8 7 6 5

2 3 421 3

5678

4

54

63

72

81

®


4

1

2.54

6.50

L

Photo Transistor Output SMT

126.50

3L

6

52.544

Fig. 1 Fig. 2

Fig. 3

1

2

34

52.54

6.50

L

6Voltage Regulator

Photo Transistor OutputDIP or SMT

Photo IC Output DIP or SMT

Fig. 4

4

3

1

2L

6.50

2.54

Single-ChannelPhoto Transistor

Output DIP


N

Photo Transistor Output Optoisolators

(Continued)

Optoisolators

Fig.

Iso-lationVolt.

Current TransferRatio - Typ. (%) VCEO

(Max.)Digi-KeyPart No.

Price Each(Min.) (Typ.) (Max.) 1 10 100

4

5300 100 300 — 30 4N35MFS-ND .46 .40 .30

5300 100 — — 30 4N36M-ND .46 .40 .30

5300 100 — 300 70 H11AV1AM-ND▲ .67 .53 .38

5300 100 — 300 70 H11AV1M-ND .67 .53 .38

5300 100 — 200 70 CNY17F3MFS-ND .48 .41 .31

5300 160 — 320 70 CNY174MFS-ND .46 .40 .30

5300 160 — 320 70 CNY17F4MFS-ND .48 .41 .31

7500 20 — — 80 4N38M-ND .77 .60 .43

7500 20 — — — H11AA1M-ND .66 .52 .38

7500 20 — — 300 H11D1MFS-ND .77 .60 .43

7500 20 — — 300 H11D1VM-ND .77 .60 .43

7500 20 — — 300 H11D2M-ND .73 .57 .41

7500 20 — — 200 H11D3M-ND .77 .60 .43

7500 20 — — 30 MCT2EM-ND .46 .39 .30

7500 20 — — 400 MOC8204M-ND 1.00 .82 .57

7500 50 — 150 70 MOC8106M-ND .58 .46 .33

7500 60 — — 100 MCT5210M-ND .71 .63 .50

7500 100 — — 60 4N29M-ND .50 .44 .34

7500 100 — — 60 4N30M-ND .50 .44 .34

7500 100 — 200 70 CNY173VM-ND .47 .40 .30

7500 100 — — — H11AA4M-ND .70 .55 .39

7500 100 — — 100 MCT5211M-ND .86 .70 .49

7500 120 — — 100 MCT5201M-ND .70 .63 .50

7500 300 — — 30 H11AG1M-ND .90 .70 .50

7500 300 — — 30 H11AG1VM-ND .90 .70 .50

7500 300 — — 60 TIL113M-ND .62 .55 .42

7500 300 — — 30 H11AG1TVM-ND .90 .70 .50

7500 500 — — 60 4N32M-ND .50 .44 .34

7500 500 — — 60 4N32VM-ND .50 .44 .34

7500 500 — — 60 4N33M-ND .50 .44 .34

7500 500 — — 60 4N33VM-ND .50 .44 .34

7500 500 — — 60 H11B1M-ND .50 .44 .34

7500 500 — — 60 H11B1VM-ND .50 .44 .34

7500 500 — — 80 H11G2M-ND .77 .61 .43

7500 500 — — 100 MOC8050M-ND .50 .44 .34

7500 500 — — 60 4N32TVM-ND .50 .44 .34

7500 1000 — — 100 H11G1M-ND .77 .61 .43

7500 1000 — — 100 MOC8021M-ND .50 .44 .34

7500 — — 200 30 H11F1M-ND 2.19 1.88 1.54

7500 — — 200 30 H11F1VM-ND 2.19 1.88 1.54

7500 — — 200 30 H11F1TVM-ND 2.19 1.88 1.54

7500 — — 330 30 H11F2M-ND 2.19 1.88 1.54

7500 — — 470 15 H11F3M-ND 2.19 1.88 1.54

7500 — — 470 15 H11F3VM-ND 2.19 1.88 1.54

5

7500 63 — 125 70 CNY172SR2MCT-ND‡ .60 .49 .37

7500 63 — 125 70 CNY172SR2MTR-ND◊ 186.59/1,000

7500 100 — 200 70 CNY173SM-ND .46 .40 .30

1500 500 — — 30 4N33SM-ND .50 .44 .34

1500 500 — — 30 4N33SR2MCT-ND‡ .61 .53 .42

1500 500 — — 30 4N33SR2MTR-ND◊ 220.22/1,000

5300 20 70 — 30 4N25SM-ND .46 .40 .30

5300 50 120 — 30 H11A1SM-ND .46 .40 .30

5300 50 — 150 70 MOC8106SM-ND .58 .46 .33

5300 100 300 — 30 4N35SM-ND .46 .40 .30

7500 20 — — 30 4N25SR2MCT-ND‡ .61 .49 .37

7500 20 — — 30 4N25SR2MTR-ND◊ 187.39/1,000

7500 20 — — 30 4N26SR2MCT-ND‡ .61 .49 .37

7500 20 — — 30 4N26SR2MTR-ND◊ 187.39/1,000

7500 20 — — 80 4N38SR2MCT-ND‡ .90 .70 .50

7500 20 — — 80 4N38SR2MTR-ND◊ 272.43/1,000

Fig.

Iso-lationVolt.




1

5000 20 — 300 70 FOD814-ND .48 .38 .27

5000 20 — 300 70 FOD814300-ND† .43 .34 .25

5000 50 — 150 70 FOD814A300-ND† .43 .34 .25

5000 50 — 150 70 FOD814A300W-ND†▲ .48 .38 .27

5000 63 — 125 70 FOD617B-ND† .49 .35 .23

5000 80 — 160 70 FOD817A-ND .40 .29 .19

5000 100 — 200 70 FOD617C-ND† .49 .35 .23

5000 1000 4000 15000 300 FOD852-ND .70 .55 .39

5000 1000 4000 15000 300 FOD852300-ND† .70 .55 .39

5000 1000 4000 15000 300 FOD852300W-ND†▲ .70 .55 .39

2

5000 20 — 300 70 FOD814S-ND .43 .34 .25

5000 20 — 300 70 FOD814SDCT-ND‡ .61 .47 .34

5000 20 — 300 70 FOD814SDTR-ND◊ 180.89/1,000

5000 20 — 300 70 FOD8143S-ND† .43 .34 .25

5000 20 — 300 70 FOD8143SDCT-ND†‡ .61 .47 .34

5000 20 — 300 70 FOD8143SDTR-ND†◊ 180.89/1,000

5000 50 — 150 70 FOD814AS-ND .43 .34 .25

5000 50 — 150 70 FOD814ASDCT-ND‡ .61 .47 .34

5000 50 — 150 70 FOD814ASDTR-ND◊ 180.89/1,000

5000 50 — 150 70 FOD814A3SDCT-ND†‡ .61 .47 .34

5000 50 — 150 70 FOD814A3SDTR-ND†◊ 180.89/1,000

5000 63 — 125 70 FOD617B3SDCT-ND†‡ .50 .40 .30

5000 63 — 125 70 FOD617B3SDTR-ND†◊ 172.17/1,000

5000 80 — 160 70 FOD817ASDCT-ND‡ .52 .41 .27

5000 80 — 160 70 FOD817ASDTR-ND◊ 134.04/1,000

5000 80 — 160 70 FOD817A3SDCT-ND‡ .52 .41 .27

5000 80 — 160 70 FOD817A3SDTR-ND◊ 134.04/1,000

5000 300 — 600 70 FOD817DSDCT-ND‡ .52 .41 .27

5000 300 — 600 70 FOD817DSDTR-ND◊ 134.04/1,000

5000 1000 4000 15000 300 FOD852SDCT-ND‡ .74 .64 .51

5000 1000 4000 15000 300 FOD852SDTR-ND◊ 267.47/1,000

5000 1000 4000 15000 300 FOD8523SDCT-ND†‡ .82 .63 .45

5000 1000 4000 15000 300 FOD8523SDTR-ND†◊ 245.19/1,000

3

2500 80 — 600 80 HMHA2801-ND .47 .37 .27

3750 50 — 600 80 FODM121-ND .48 .38 .27

3750 50 — 600 80 FODM121R2CT-ND‡ .62 .50 .38

3750 50 — 600 80 FODM121R2TR-ND◊ 440.44/2,500

3750 50 — 300 40 FODM2701R2CT-ND‡ .62 .48 .35

3750 50 — 300 40 FODM2701R2TR-ND◊ 412.22/2,500

3750 50 — 300 40 FODM2705R2CT-ND‡ .64 .52 .39

3750 50 — 300 40 FODM2705R2TR-ND◊ 450.45/2,500

3750 50 — 300 40 FODM2705-ND .53 .42 .30

3750 100 — 1200 80 FODM124-ND .46 .36 .26

3750 100 — 1200 80 FODM124R2CT-ND‡ .62 .48 .35

3750 100 — 1200 80 FODM124R2TR-ND◊ 412.22/2,500

4

5300 10 — — 30 4N27MFS-ND .46 .40 .30

5300 20 — — 30 4N25MFS-ND .46 .40 .30

5300 20 — — 30 4N26MFS-ND .46 .40 .30

5300 40 60 80 70 CNY171MFS-ND .47 .40 .30

5300 40 — 80 70 CNY17F1MFS-ND .54 .43 .31

5300 50 100 — 30 MOC8100M-ND .47 .40 .30

5300 63 100 125 70 CNY172M-ND .46 .40 .30

5300 63 — 125 70 CNY17F2MFS-ND .48 .41 .31

5300 100 150 200 70 CNY173M-ND .46 .40 .30

5300 100 300 — 30 4N37MFS-ND .46 .40 .30 † VDE approval ▲ .4” Lead Spacing ‡ Cut Tape ◊ Tape and Reel

®


Fig. 9 — 5-PIN MFP

Fig. 2 — 4-SMDFig. 1 — 4-DIP Fig. 4 — 6-DIP

Fig. 8 — 8-DIPFig. 7 — 8-SMDFig. 6 — 6-WIDE DIP

Fig. 3 — 4-PIN MFP

Fig. 10 — BGA

6

1

6

1

12

3

4

4

1

4

1

8

1

8

1

Fig. 5 — 6-SMD

6

1

13

45

6


N

OptoisolatorsPhoto Transistor Output Optoisolators (Cont.)

Fig.

Iso-lationVolt.




5

7500 20 — — — H11AA1SR2MCT-ND‡ .76 .59 .42

7500 20 — — — H11AA1SR2MTR-ND◊ 227.55/1,000

7500 20 — — 300 H11D1SM-ND .77 .60 .43

7500 20 — — 300 H11D1SR2MCT-ND‡ .90 .70 .50

7500 20 — — 300 H11D1SR2MTR-ND◊ 272.43/1,000

7500 20 — — 300 H11D1SR2VMCT-ND‡ .90 .70 .50

7500 20 — — 300 H11D1SR2VMTR-ND◊ 272.43/1,000

7500 20 — — 200 H11D3SM-ND .77 .60 .43

7500 20 — — 200 H11D3SR2MCT-ND‡ .90 .70 .50

7500 20 — — 200 H11D3SR2MTR-ND◊ 272.43/1,000

7500 20 — — 400 MOC8204SM-ND 1.00 .82 .57

7500 20 — — 400 MOC8204SR2MCT-ND‡ 1.12 .90 .63

7500 20 — — 400 MOC8204SR2MTR-ND◊ 349.68/1,000

7500 40 — 80 70 CNY17F1SM-ND .48 .41 .31

7500 60 — — 100 MCT5210SM-ND .71 .63 .50

7500 100 — — 30 4N35SR2MCT-ND‡ .61 .49 .37

7500 100 — — 30 4N35SR2MTR-ND◊ 187.39/1,000

7500 100 — — 60 4N29SM-ND .50 .44 .34

7500 100 — — 60 4N29SR2MCT-ND‡ .70 .54 .39

7500 100 — — 60 4N29SR2MTR-ND◊ 208.09/1,000

7500 100 — — 60 4N30SM-ND .50 .44 .34

7500 100 — — 60 4N30SR2MCT-ND‡ .61 .53 .42

7500 100 — — 60 4N30SR2MTR-ND◊ 221.82/1,000

7500 100 — — 100 MCT5211SR2MCT-ND‡ 1.02 .82 .57

7500 100 — — 100 MCT5211SR2MTR-ND◊ 316.63/1,000

7500 120 — — 100 MCT5201SM-ND .70 .63 .50

7500 120 — — 100 MCT5201SR2MCT-ND‡ .98 .79 .55

7500 120 — — 100 MCT5201SR2MTR-ND◊ 306.46/1,000

7500 300 — — 30 H11AG1SM-ND .90 .70 .50

7500 300 — — 30 H11AG1SR2MCT-ND‡ .98 .79 .55

7500 300 — — 30 H11AG1SR2MTR-ND◊ 306.46/1,000

7500 300 — — 60 TIL113SM-ND .62 .48 .35

7500 500 — — 60 4N32SM-ND .50 .44 .34

7500 500 — — 60 H11B1SM-ND .50 .44 .34

7500 500 — — 60 H11B1SR2MCT-ND‡ .60 .52 .41

7500 500 — — 60 H11B1SR2MTR-ND◊ 217.82/1,000

7500 500 — — 60 H11B1SR2VMCT-ND‡ .69 .54 .38

7500 500 — — 60 H11B1SR2VMTR-ND◊ 207.05/1,000

7500 500 — — 80 H11G2SM-ND .77 .61 .43

7500 500 — — 80 H11G2SR2MCT-ND‡ .91 .71 .51

7500 500 — — 80 H11G2SR2MTR-ND◊ 273.87/1,000

7500 500 — — 100 MOC8050TVM-ND .50 .44 .34

7500 1000 — — 100 H11G1SM-ND .77 .61 .43

7500 1000 — — 100 H11G1SR2MCT-ND‡ .91 .71 .51

7500 1000 — — 100 H11G1SR2MTR-ND◊ 273.87/1,000

7500 1000 — — 100 MOC8021SR2MCT-ND‡ .62 .54 .43

7500 1000 — — 100 MOC8021SR2MTR-ND◊ 225.83/1,000

7500 — — 200 30 H11F1SM-ND 2.19 1.88 1.54

7500 — — 200 30 H11F1SR2MCT-ND‡ 2.22 1.90 1.55

7500 — — 200 30 H11F1SR2MTR-ND◊ 1012.21/1,000

7500 — — 470 15 H11F3SM-ND 2.19 1.88 1.54

7500 — — 470 15 H11F3SR2MCT-ND‡ 2.22 1.90 1.55

7500 — — 470 15 H11F3SR2MTR-ND◊ 1012.21/1,000

7500 — — 470 15 H11F3SR2VMCT-ND‡ 2.53 2.27 1.47

7500 — — 470 15 H11F3SVM-ND 2.19 1.88 1.54

67500 500 — — 80 MOC8050SR2VMCT-ND‡ .74 .64 .51

7500 500 — — 80 MOC8050SR2VMTR-ND◊ 269.07/1,000

7

2500 10 — — 30 MCT62S-ND .82 .64 .46

2500 19 27 50 — HCPL0501-ND 1.62 1.44 .93

2500 19 27 50 — HCPL0453-ND 1.85 1.64 1.06

2500 19 27 50 — 6N136SDCT-ND‡ 1.05 .95 .75

2500 19 27 50 — 6N136SDTR-ND◊ 414.81/1,000

2500 19 27 50 — 6N136S-ND .88 .78 .62

2500 20 65 — 30 MOCD211M-ND .96 .78 .54

2500 40 — 80 70 MOC205R2MCT-ND‡ .66 .51 .36

2500 40 — 80 70 MOC205R2MTR-ND◊ 457.70/2,500

2500 40 — 125 70 MOCD208M-ND .96 .78 .54

2500 100 — — 70 MOCD213M-ND .96 .78 .54

2500 100 — — 70 MOCD213R2MCT-ND‡ 1.13 .91 .63

2500 100 — — 70 MOCD213R2MTR-ND◊ 833.36/2,500

2500 100 — — 30 MOCD217R2MCT-ND‡ 1.13 .91 .63

2500 100 — — 30 MOCD217R2MTR-ND◊ 833.36/2,500

2500 100 — — 30 MOC217R2MCT-ND‡ .63 .49 .36

2500 100 — — 30 MOC217R2MTR-ND◊ 425.83/2,500

† VDE approval ▲ .4” Lead Spacing ‡ Cut Tape ◊ Tape and Reel

Fig.

Iso-lationVolt.




7

2500 100 — 200 70 MOC207R2MCT-ND‡ .74 .58 .41

2500 100 — 200 70 MOC207R2MTR-ND◊ 521.26/2,500

2500 100 — 200 70 MOCD207R2MCT-ND‡ 1.13 .91 .63

2500 100 — 200 70 MOCD207R2MTR-ND◊ 833.36/2,500

2500 100 130 — 30 MOCD217M-ND .96 .78 .54

2500 100 150 200 70 MOCD207M-ND .96 .78 .54

2500 400 1100 — — 6N139SDCT-ND‡ 1.07 .96 .76

2500 400 1100 — — 6N139SDTR-ND◊ 420.42/1,000

2500 400 — 5000 — HCPL0701-ND 1.65 1.47 .95

2500 500 — 5000 — HCPL0731-ND 3.36 2.81 2.02

2500 500 1000 — 30 MOCD223M-ND 1.09 .89 .62

2500 500 1000 — 30 MOCD223R2MCT-ND‡ 1.27 1.02 .71

2500 500 1000 — 30 MOCD223R2MTR-ND◊ 942.08/2,500

3000 20 65 — 30 MOC211M-ND .60 .47 .34

3000 20 150 — 30 MOC256M-ND .83 .65 .47

3000 40 60 80 70 MOC205M-ND .60 .47 .34

3000 50 90 — 30 MOC212M-ND .60 .47 .34

3000 63 94 125 70 MOC206M-ND .60 .47 .34

3000 100 150 200 70 MOC207M-ND .58 .46 .33

3000 100 140 — 30 MOC213M-ND .60 .47 .34

3000 100 — — 30 MOC217M-ND .60 .47 .34

3000 500 1000 — 30 MOC223M-ND .69 .54 .39

3750 — — — 5 FOD8001-ND 5.89 4.92 3.58

5000 19 27 50 — HCPL4503SM-ND 1.83 1.62 1.05

5000 50 — 100 70 FOD2743BSDVCT-ND‡ .99 .89 .71

5000 50 — 100 70 FOD2743BSDVTR-ND◊ 429.23/1,000

5000 100 — 200 30 FOD2741ASDVCT-ND†‡ 1.39 1.24 .99

5000 100 — 200 30 FOD2741ASDVTR-ND†◊ 601.40/1,000

5000 100 — 200 30 FOD2741BSDVCT-ND†‡ .99 .89 .71

5000 100 — 200 30 FOD2741BSDVTR-ND†◊ 429.23/1,000

5000 — — — — FOD3150S-ND 1.83 1.62 1.05

8

2500 7 18 50 15 6N135QT-ND .88 .78 .62

2500 16 18 — — HCPL2530-ND 2.07 1.83 1.19

2500 19 27 50 15 6N136QT-ND .88 .78 .62

2500 19 27 — — HCPL2531-ND 2.07 1.83 1.19

2500 20 — — 30 MCT6-ND .77 .60 .43

2500 50 — 600 55 MCT9001-ND .82 .64 .46

2500 50 — — 30 MCT61-ND .77 .60 .43

2500 100 — — 30 MCT62-ND .82 .64 .46

2500 300 1300 — 7 6N138QT-ND .89 .79 .63

2500 300 — — 7 HCPL2730QT-ND 2.07 1.83 1.19

2500 400 1100 — 18 6N139QT-ND .89 .79 .63

2500 400 — — 18 HCPL2731QT-ND 1.58 1.43 1.15

2500 — — — — HCPL3700-ND 2.87 2.59 2.11

5000 19 27 50 — HCPL4503M-ND 1.49 1.28 1.04

5000 — — — 30 FOD3120-ND 2.33 2.06 1.33

5000 — — — 30 FOD3150-ND 1.83 1.62 1.05

(Continued)

®


† VDE approval ‡ Cut Tape ◊ Tape and Reel

Fig.

Iso-lationVolt.

Max. IFTrigger(mA)

MinimumBlockingVoltage

Max.IDRM

Digi-KeyPart No.

Price Each1 10 100

23750 5 — 500nA FODM3063R2CT-ND‡ 1.56 1.34 1.10

3750 5 — 500nA FODM3063R2TR-ND◊ 1505.50/2,500

3

3750 5 — 100nA FODM3053R2V_NF098CT-ND‡ 1.28 1.15 .92

3750 5 — 100nA FODM3053R2V_NF098TR-ND◊ 1307.31/2,500

3750 10 400 100nA FODM3022R3VCT-ND‡ .76 .64 .51

3750 10 400 100nA FODM3022R3VTR-ND◊ 214.41/500

3750 60 — 100nA FODM3053V_NF098-ND 1.23 1.11 .88

3750 60 600 500nA FODM3063-ND 1.47 1.30 .84

3750 60 800 500nA FODM3082-ND 1.91 1.69 1.09

4

5000 30 600 100nA FOD420-ND 2.69 2.43 1.98

5000 30 800 100nA FOD4208-ND 2.98 2.69 2.19

5000 30 600 100nA FOD4216-ND 2.98 2.69 2.19

5000 30 800 100nA FOD4218-ND 3.94 3.55 2.89

SCR and Triac Output Optoisolators

Fig.VDRM

(V)IT(A)

Digi-KeyPart No.

Pricing1 10 100

4

600 3 FOD410-ND 2.24 20.02 164.16

600 3 FOD4116-ND 2.49 22.22 182.22

800 3 FOD4108-ND 2.49 22.22 182.22

800 3 FOD4118-ND 3.20 28.63 234.75

5 800 3 FOD4208SV-ND 2.98 26.81 218.46

Triac Drivers


N

Fig.

Iso-lation

Voltage

MaximumProp. Delay

(nS)

TypicalCMR

V/μsec.IF

(mA)Digi-KeyPart No.

Price Each1 10 100

7 2500 100 10,000 50 6N137S-ND .86 .77 .61

8

2500 75 10,000 5 6N137QT-ND .86 .77 .61

2500 75 10,000 5 HCPL2601QT-ND 1.47 1.30 .84

2500 75 10,000 5 HCPL2611-ND 1.67 1.49 .96

2500 75 10,000 5 HCPL2630QT-ND 2.72 2.42 1.56

2500 75 10,000 5 HCPL2631QT-ND 2.23 1.98 1.28


BVCEOMinimum

Typ. ton/toff(μsec.)

Digi-KeyPart No.

Price Each1 10 100

8 2500 5 1/1 MID400-ND 3.43 3.09 2.52

◊ For Tape and Reel part number change CT-ND to TR-ND. ‡ Cut Tape † VDE approval


Rds ON(Ω)

Vbr(Min.)

Typ. ton/toff(μS)

Digi-KeyPart No.

Price Each1 10 100

44000 10 7 3,000/500 HSR312-ND 2.73 2.43 1.57

4000 15 7 3,000/500 HSR312L-ND 2.73 2.43 1.57

8

5000 1.5 5 75/55 FOD3180S-ND 1.67 1.33 1.00

5000 1.5 5 75/55 FOD3180SDVCT-ND‡ 1.68 1.35 1.01

5000 1.5 5 75/55 FOD3180SDVTR-ND◊ 874.47/1,000

5000 1.5 5 75/55 FOD3181-ND 2.02 1.79 1.16

10

2500 30 6 1/5 FODB100FSCT-ND‡ 1.96 1.69 1.38

2500 30 6 1/5 FODB100FSTR-ND◊ 2438.44/3,000

2500 30 6 1/5 FODB102CT-ND‡ 1.96 1.69 1.38

2500 30 6 1/5 FODB102TR-ND◊ 2438.44/3,000

‡ Cut Tape ◊ Tape and Reel

Optoisolators


Fig. Circuit

IsolationVoltage(Vrms)

CurrentTransfer

RatioVCEO(Max.)

Typicalton/toff(μsec.)

Digi-KeyPart No.

Price Each1 25 100

1

A 5000 80 ~ 240% 80 4/3 CNC7S101Y-ND .50 .39 .34

A 5000 1000 ~ 4000% 350 40/15 CNC2S501-ND .64 .52 .46

A 5000 1000 ~ 4000% 350 40/15 CNZ3731-ND .58 .47 .41

2

C 5000 100 ~ 300% 80 2/3 CNC1S101R0LF-ND .43 .33 .28

C 5000 200 ~ 600% 80 2/3 CNC1S101S0LF-ND .43 .33 .28

C 5000 50 ~ 600% 80 2/3 CNC1S171-ND .46 .36 .32

C 5000 100 ~ 250% 80 2/3 CNC1S171R-ND .39 .30 .25

C 5000 200 ~ 600% 80 2/3 CNC1S171S-ND .39 .30 .25

Fig. Circuit


CurrentTransfer

RatioVCEO(Max.)


Digi-KeyPart No.

Price Each1 25 100

1

C 5000 80 ~ 600% 80 2/3 CNC1S101-ND .35 .27 .23

C 5000 100 ~ 300% 80 2/3 CNC1S101R-ND .39 .30 .25

C 5000 200 ~ 600% 80 2/3 CNC1S101S-ND .39 .30 .25

C 5000 100 ~ 250% 80 2/3 CNC1S171R0LF-ND .43 .33 .28

C 5000 200 ~ 600% 80 2/3 CNC1S171S0LF-ND .43 .33 .28

B 5000 20 ~ 300% 80 4/3 CNC7S101-ND .46 .37 .32

B 5000 50 ~ 150% 80 4/3 CNC7S101R-ND .50 .39 .34

Fig. 2

1. Anode

2. Cathode3. Emitter4. Collector

Fig. 14.58

6.2

7.62

3.85

12

34

4.586.2

3.85

12

10 Min12 Max

34

1. Anode

2. Cathode3. Emitter4. Collector

1

2

4

3

B

1

2

4

3

C

Circuits

A

1

2

4

3

Optoisolators

FET Outputs

Logic Output Optoisolators

Fig. Function

Input:LSTTLOutput

15M Baud Rt.Output

Confi gurationDigi-KeyPart No.

Price Each1 10 100

8

Buff. TTL Totem Pole HCPL2630S-ND 2.95 2.65 1.72

Buff. TTL Totem Pole FOD0710-ND 4.25 3.55 2.56



®

Fig.

Iso-lationVolt.

IfonCurrent

(Max.) mAICCL

(Max.)

Oper.Voltage(Max.) V

Digi-KeyPart No.

Price Each Tape and Reel◊1 10 100 Qty. Pricing

9

3750 5.0 10 5.5 FODM611-ND 1.29 1.14 .91 — —

3750 5.0 10 5.5 FODM8061-ND 1.94 1.72 1.11 — —

3750 5.0 5 5.5 FODM8071-ND 2.74 2.45 1.59 — —

4

5300 1.6 5 16 H11L1-MQT-ND 1.00 .90 .72 — —

5300 1.6 5 16 H11L1V-MQT-ND† .87 .68 .49 — —

5300 3.2 10 16 H11N1-MQT-ND 4.00 3.57 2.93 — —

5300 10 10 16 H11N3-M-ND 2.24 1.99 1.28 — —

7500 1.6 5 15 H11L1TVM-ND† 1.00 .90 .72 — —

7500 1.6 5 15 H11L1VM-ND 1.00 .90 .72 — —

7500 10.0 5 15 H11L2TVM-ND† .98 .88 .70 — —

7500 10.0 5 15 H11L2VM-ND† .94 .84 .67 — —

7500 60 5 16 H11L3M-ND .95 .86 .68 — —

7500 10.0 5 15 H11L2M-ND .94 .84 .67 — —

5

5300 1.6 5 16 H11L1SM-ND 1.00 .90 .72 — —

7500 60 5 15 H11L1SR2MCT-ND‡ 1.03 .92 .73 1,000 443.64

7500 1.6 5 15 H11L1SR2VMCT-ND‡ 1.03 .92 .73 1,000 443.64

7500 1.6 5 15 H11L1SVM-ND† 1.00 .90 .72 — —

7500 10.0 5 15 H11L2SM-ND .98 .88 .70 — —

7500 10.0 5 15 H11L2SR2MCT-ND‡ .95 .85 .68 1,000 412.41

7500 10.0 5 15 H11L2SVM-ND† .98 .88 .70 — —

7

2500 50 13 7.0 6N137SDCT-ND‡ 1.03 .93 .74 1,000 406.81

2500 30 21 7.0 HCPL2631SDCT-ND‡ 2.42 2.17 1.40 1,000 874.06

2500 50 13 5.5 HCPL0600-ND 2.31 2.07 1.34 — —

2500 50 15 7.0 HCPL062N-ND 5.17 4.32 3.11 — —

3750 50 13 5.5 HCPL0601-ND 2.83 2.54 1.65 — —

3750 — 21 7.0 HCPL0638-ND 2.76 2.31 1.66 — —

5000 1.6 7.0 2.0 FOD2200SDVCT-ND‡ 2.67 2.23 1.62 1,000 1075.71

SCR and Triac Output Optoisolators (Cont.)

Fig.

Iso-lationVolt.

Max. IFTrigger(mA)

MinimumBlockingVoltage

Max.IDRM

Digi-KeyPart No.

Price Each1 10 100

4

5000 2.0 — — FOD420SDCT-ND‡ 2.71 2.45 2.00

5000 2.0 — — FOD420SDTR-ND◊ 1266.87/1,000

5000 2.0 — — FOD420TV-ND 2.51 2.25 1.84

5300 15 250 .100 MOC3010M-ND .66 .51 .37

5300 10 250 .100 MOC3011M-ND .66 .51 .37

5300 5 250 .100 MOC3012M-ND .67 .53 .38

5300 30 400 .100 MOC3020MFS-ND .66 .51 .37

5300 15 400 .100 MOC3021MFS-ND .70 .55 .39

5300 10 400 .100 MOC3022MFS-ND .70 .55 .39

5300 10 400 .100 MOC3022VM-ND† .66 .51 .37

5300 5 400 .100 MOC3023MFS-ND .74 .58 .41

5300 15 600 .100 MOC3051M-ND .87 .71 .50

5300 10 600 .100 MOC3052M-ND .88 .72 .50

5300 15 250 .100 MOC3031M-ND .94 .77 .54

5300 10 250 .100 MOC3032M-ND .87 .71 .50

5300 5 250 .100 MOC3033M-ND .98 .80 .56

5300 15 400 .100 MOC3041M-ND 1.06 .86 .60

5300 10 400 .100 MOC3042M-ND 1.06 .86 .60

5300 5 400 .100 MOC3043M-ND 1.13 .92 .64

5300 15 600 .500 MOC3061M-ND 1.02 .83 .58

5300 10 600 .500 MOC3062M-ND 1.06 .86 .60

5300 5 600 .500 MOC3063M-ND 1.20 .98 .68

5300 15 800 .500 MOC3081M-ND 1.38 1.13 .78

5300 10 800 .500 MOC3082M-ND 1.31 1.07 .74

5300 5 800 .500 MOC3083M-ND 1.49 1.21 .84

5300 5 600 .100 MOC3163M-ND 2.07 1.83 1.19

7500 60 5300 100nA MOC3052TVM-ND .87 .71 .50

7500 60 5300 500nA MOC3063TVM-ND 1.16 .95 .66

5

5300 5 250 .100 MOC3012SM-ND .67 .53 .38

5300 5 400 .100 MOC3023SM-ND .55 .49 .38

5300 60 400 100nA MOC3023SR2MCT-ND‡ .88 .68 .49

5300 60 400 100nA MOC3023SR2MTR-ND◊ 264.26/1,000

7500 5 — 500nA MOC3063SR2VMCT-ND‡ 1.39 1.12 .78

7500 5 — 500nA MOC3063SR2VMTR-ND◊ 432.26/1,000

7500 60 600 100nA MOC3052SR2VMCT-ND‡ .82 .74 .59

7500 60 600 100nA MOC3052SR2VMTR-ND◊ 323.52/1,000

7500 60 400 100nA MOC3043SR2MCT-ND‡ 1.35 1.08 .75

7500 60 400 100nA MOC3043SR2MTR-ND◊ 419.55/1,000

7500 60 600 100nA MOC3063SR2MCT-ND‡ 1.35 1.08 .75

7500 60 600 100nA MOC3063SR2MTR-ND◊ 419.55/1,000

7500 60 5300 100nA MOC3021SR2MCT-ND‡ .77 .60 .43

7500 60 5300 100nA MOC3021SR2MTR-ND◊ 231.57/1,000

7500 60 5300 100nA MOC3023SR2MCT-ND‡ .88 .68 .49

7500 60 5300 100nA MOC3023SR2MTR-ND◊ 264.26/1,000

7500 60 5300 100nA MOC3052SM-ND .87 .71 .50

7500 60 5300 100nA MOC3052SR2MCT-ND‡ .83 .75 .60

7500 60 5300 100nA MOC3052SR2MTR-ND◊ 329.13/1,000

7500 60 5300 100nA MOC3043SM-ND 1.02 .83 .58

7500 60 5300 500nA MOC3083SR2MCT-ND‡ 1.47 1.18 .82

7500 60 5300 500nA MOC3083SR2MTR-ND◊ 457.69/1,000

† VDE approval ‡ Cut Tape ◊ Tape and Reel


N

Phototransistors

PIN Photodiodes

Infrared Emitters† For Tape and Reel Part number, change 1-ND to 2-ND. ‡ Cut Tape

† For Tape and Reel Part number, change 1-ND to 2-ND. ‡ Cut Tape

† For Tape and Reel Part number, change 1-ND to 2-ND. ‡ Cut Tape

Fig. Package

PeakWavelength

(nm)Bandwidth

(nm)

Collector LightCurrent

Ica (mA) Typ.

ViewAngle

(°)

On/OffTime(μs)

Digi-KeyPart No.

Price Each Tape and Reel† VishayPart No.1 10 100 Qty. Pricing

1 5.0 mm 850 620 ~ 980 10 30 6/5 751-1003-ND .77 .68 .53 — — BPV11

1 5.0 mm 930 900 ~ 980 9 30 6/5 751-1004-ND .77 .68 .53 — — BPV11F

2 3.0 mm 850 620 ~ 980 1.5 50 2.0/2.3 751-1023-ND .54 .45 .34 — — BPW85

2 3.0 mm 925 875 ~ 1000 3.2 60 2.0/2.3 751-1041-ND .54 .46 .34 — — TEFT4300

3 1.8 mm 825 620 ~ 960 1 24 4.8/5 751-1011-ND .59 .52 .40 — — BPW17N

4 Side View 920 850 ~ 980 2.5 60 6/5 751-1061-ND .74 .66 .52 — — TEST2600

5 Side View 920 850 ~ 980 4 74 6/5 751-1042-ND .74 .66 .51 — — TEKT5400S

6 TO-18 850 620 ~ 980 0.6 80 6/5 751-1018-ND 1.69 1.53 1.23 — — BPW76A

6 TO-18 850 620 ~ 980 1.2 80 6/5 751-1019-ND 1.69 1.53 1.23 — — BPW76B

6 TO-18 850 620 ~ 980 10 20 6/5 751-1020-ND 1.69 1.53 1.23 — — BPW77NA

6 TO-18 850 620 ~ 980 20 20 6/5 751-1021-ND 1.69 1.53 1.23 — — BPW77NB

7 1.9 mm 950 750 ~ 980 7 30 2.0/2.3 751-1052-1-ND‡ .68 .59 .47 1,000 247.45 TEMT1000

8 1.9 mm 950 750 ~ 980 7 30 2.0/2.3 751-1053-1-ND‡ .68 .59 .47 1,000 247.45 TEMT1020

9 1.9 mm 950 750 ~ 980 7 30 2.0/2.3 751-1054-1-ND‡ .68 .59 .47 1,000 247.45 TEMT1030

10 PLCC-2 830 620 ~ 980 0.5 120 2 751-1237-1-ND‡ .76 .66 .52 1,500 277.08/M VEMT3700-GS08

Fig. Package

PeakWavelength

(nm)Bandwidth

(nm)

Sensitivity Ira

Typ. (μA)

ViewAngle

(°)

Rise/FallTime(ns)

Digi-KeyPart No.


1 5.0 mm 920 570 ~ 1040 70 40 2.5 751-1001-ND .79 .70 .54 — — BPV10

1 5.0 mm 940 790 ~ 1050 60 40 2.5 751-1002-ND .79 .70 .54 — — BPV10NF

7 1.9 mm 900 840 ~ 1050 10 30 4 751-1043-1-ND‡ .76 .66 .52 1,000 277.08 TEMD1000

8 1.9 mm 900 840 ~ 1050 10 30 4 751-1044-1-ND‡ .76 .66 .52 1,000 277.08 TEMD1020

9 1.9 mm 900 840 ~ 1050 10 30 4 751-1045-1-ND‡ .76 .66 .52 1,000 277.08 TEMD1030

11 Flat Side View 900 600 ~ 1050 50 130 100 751-1017-ND .76 .67 .53 — — BPW46

11 Flat Side View 950 790 ~ 1050 45 130 100 751-1022-ND .76 .67 .53 — — BPW83

12 TO-18 900 600 ~ 1050 60 24 7 751-1014-ND 3.07 2.74 2.25 — — BPW24R

13 Side View 950 870 ~ 1050 80 120 100 751-1006-ND .78 .69 .55 — — BPV22F

13 Side View 940 790 ~ 1050 85 120 100 751-1007-ND .78 .69 .55 — — BPV22NF

13 Side View 950 870 ~ 1050 63 120 70 751-1008-ND .72 .64 .51 — — BPV23F

13 Side View 940 790 ~ 1050 65 120 70 751-1009-ND .72 .64 .51 — — BPV23NF

14 TO-5 920 550 ~ 1040 42 100 3400/3700 751-1012-ND 4.01 3.59 2.94 — — BPW20RF

14 TO-5 565 420 ~ 675 9 100 3100/3000 751-1013-ND 7.07 6.37 5.23 — — BPW21R

15 Top View 900 600 ~ 1050 50 130 100 751-1015-ND .85 .75 .60 — — BPW34

15 Top View 950 870 ~ 1050 45 130 100 751-1000-ND .82 .72 .57 — — BP104

16 Mini SMD 900 600 ~ 1050 55 130 100 751-1046-1-ND‡ 1.29 1.16 .92 1,500 509.31/M TEMD5010X01



16 Mini SMD 940 790 ~ 1050 35 130 100 751-1049-1-ND‡ 1.23 1.10 .88 — — TEMD5120X01

Fig. Package

PeakWavelength

(nm)

ViewingAngle

(°)

RadiantIntensity

Typ. (mW/sr)

Rise/FallTime(ns)

Digi-KeyPart No.


1 5 mm 940 44 45 800 751-1202-ND .44 .35 .24 — — TSAL5300

1 5 mm 940 20 130 800 751-1203-ND .44 .35 .24 — — TSAL6100

1 5 mm 940 34 60 800 751-1204-ND .44 .35 .24 — — TSAL6200

1 5 mm 940 50 40 800 751-1205-ND .44 .35 .24 — — TSAL6400

1 5 mm 940 60 25 800 751-1206-ND .44 .35 .24 — — TSAL7600

1 5 mm 870 20 180 15 751-1207-ND .81 .72 .57 — — TSFF5210

1 5 mm 870 44 70 15 751-1208-ND .81 .72 .57 — — TSFF5410

1 5 mm 890 20 140 30 751-1210-ND .51 .44 .33 — — TSHF5210

1 5 mm 890 44 65 30 751-1211-ND .51 .44 .33 — — TSHF5410

1 5 mm 850 20 160 20/13 751-1212-ND .99 .88 .70 — — TSHG6200

1 5 mm 850 44 70 20/13 751-1213-ND .99 .88 .70 — — TSHG6400

1 5 mm 830 20 160 20/13 751-1214-ND .99 .88 .70 — — TSHG8200

1 5 mm 830 44 70 20/13 751-1215-ND .99 .88 .70 — — TSHF8400

2 3 mm 875 40 20 600 751-1209-ND .42 .36 .27 — — TSHA4400

2 3 mm 940 50 30 800 751-1201-ND .44 .35 .24 — — TSAL4400

4 Side View 950 50 2.6 800 751-1233-ND .52 .44 .33 — — TSSS2600

5 Side View 950 60 2 ~ 7 400/450 751-1216-ND .69 .61 .47 — — TSKS5400S

7 1.9 mm 870 34 5 30 751-1217-1-ND‡ .79 .69 .55 1,000 288.29 TSMF1000

7 1.9 mm 950 24 7 800 751-1220-1-ND‡ .68 .59 .47 1,000 247.45 TSML1000

8 1.9 mm 870 34 5 30 751-1218-1-ND‡ .79 .69 .55 1,000 288.29 TSMF1020

8 1.9 mm 950 24 7 800 751-1221-1-ND‡ .68 .59 .47 1,000 247.45 TSML1020

9 1.9 mm 870 34 5 30 751-1219-1-ND‡ .79 .69 .55 1,000 288.29 TSMF1030

9 1.9 mm 950 24 7 800 751-1222-1-ND‡ .68 .59 .47 1,000 247.45 TSML1030

10 PLCC-2 950 120 4.5 800 751-1258-1-ND‡ .40 .32 .24 1,500 122.52/M VSMS3700-GS08

10 PLCC-2 940 120 8 800 751-1257-1-ND‡ .55 .44 .34 1,500 170.58/M VSML3710-GS08

10 PLCC-2 870 120 10 15 751-1254-1-ND‡ .67 .59 .47 1,500 245.85/M VSMF4710-GS08

10 PLCC-2 830 120 10 25 751-1255-1-ND‡ 1.05 .94 .75 1,500 414.82/M VSMG2700-GS08

10 PLCC-2 850 120 10 20/13 751-1256-1-ND‡ .97 .87 .69 — — VSMG3700-GS08

10 PLCC-2 890 120 10 30 751-1253-1-ND‡ .56 .49 .39 1,500 205.01/M VSMF3710-GS08

17 TO-18 875 60 6 300 751-1234-ND 2.02 1.83 1.47 — — TSTA7500

17 TO-18 950 60 1.6 400 751-1235-ND 1.95 1.76 1.42 — — TSTS7500

18 1.8 mm 950 110 1.5 400/450 751-1026-ND .50 .42 .32 — — CQY36N

18 1.8 mm 950 24 5 400/450 751-1027-ND .50 .42 .32 — — CQY37N

SemiconductorDimensions in mm

®

®

®


5.0

8.6

Ø Ø 3.0

4.5

3.3

2.42.9

4.9

4.9

1.4

2.52.0

3.6

3.4

4.55.0

6

Ø 8.13

3.1

5.0

6.4

4.65 4.3

2.0

5.0 4.24

1.12

1.65

2.8 3.0

Fig. 1 Fig. 2

Fig. 3 Fig. 4

Fig. 5 Fig. 6

Fig. 8

Fig. 9 Fig. 10

Fig. 11 Fig. 12

Fig. 18

Fig. 13 Fig. 14

Fig. 15

1.4

2.52.0

1.4

2.52.0

3.3

2.42.2

Fig. 16

Fig. 17

Ø 5.5

5.2

Fig. 7

Ø 5.5

6.15

Ø 5.5

5.2


N

Transistor Output Optoisolators / Photocoupler

◆ RoHS Compliant § VDE Approved † Cut Tape

Fig. Pkg.

Current Transfer Ratio CollectorBreakdown

V(BR)


Digi-KeyPart No.


Tape and ReelMin.(%)

Max.(%)

@IF(mA)

VCE(V) 1 10 100 Qty. Pricing

1

Dip 100 1,200 1 0.5 55 5,000 TLP331F-ND◆ .86 .73 .58 — — —

Dip 50 600 5 5 55 5,000 TLP631F-ND◆ .60 .51 .41 — — —

Dip 100 600 5 5 55 5,000 TLP631GBF-ND◆ .60 .51 .41 — — —

Dip 50 600 5 5 55 4,000 TLP731D4-GRF-ND◆ .80 .71 .56 — — —

SMD 20 — 10 10 30 2,500 4N25ASHORTF-ND◆ .48 .42 .33 — — —

Dip 20 — 10 10 30 2,500 4N25SHORTFT-ND◆ .46 .39 .29 — — —

Dip 20 — 10 10 30 2,500 4N25SHORTFCT-ND◆† .62 .50 .37 4N25SHORTFTR-ND◆ 1,500 190.60/M

Dip 100 — 10 10 30 2,500 4N35SHORTF-ND◆ .46 .39 .29 — — —

Dip 40 — 10 0.3 70 2,500 4N36(SHORTF)-ND◆ .48 .42 .33 — — —

2

Dip 100 1,200 1 0.5 55 5,000 TLP332F-ND◆ .86 .73 .58 — — —

Dip 50 600 5 5 55 5,000 TLP632F-ND◆ .86 .72 .57 — — —

Dip 100 600 5 5 55 5,000 TLP632GBF-ND◆ .99 .89 .70 — — —

Dip 50 600 5 5 55 4,000 TLP732D4-GR-LF2F-ND◆§ .91 .77 .61 — — —

3 Dip 100 600 5 5 55 5,000 TLP630GBF-ND◆ .60 .51 .41 — — —

4

SMD 100 1,200 1 0.5 80 3,750 TLP124F-ND◆ .61 .54 .42 — — —

SMD 100 1,200 1 0.5 80 3,750 TLP124FCT-ND◆† .61 .46 .35 TLP124FTR-ND◆ 3,000 197.80/M

SMD 200 1,200 1 0.5 80 3,750 TLP124BVFCT-ND◆† .61 .46 .35 TLP124BVFTR-ND◆ 3,000 197.80/M

SMD 50 600 5 5 80 3,750 TLP181FT-ND◆ .40 .34 .26 — — —

SMD 100 600 5 5 80 3,750 TLP181GBF-ND◆ .42 .34 .26 — — —

SMD 100 600 5 5 80 3,750 TLP181GBFCT-ND◆† .42 .34 .26 TLP181GBFTR-ND◆ 3,000 113.52/M

SMD 100 300 5 5 80 3,750 TLP181GRFCT-ND◆† .42 .34 .26 TLP181GRFTR-ND◆ 3,000 113.52/M

SMD 50 600 5 5 80 3,750 TLP285(TPFT)CT-ND◆† .58 .51 .40 TLP285(TPFT)TR-ND◆ 2,500 193.00/M

5

SMD 50 600 5 5 80 3,750 TLP131F-ND◆ .84 .75 .59 — — —

SMD 100 600 5 5 80 3,750 TLP131GBFCT-ND◆† .91 .82 .65 TLP131GBFTR-ND◆ 3,000 336.34/M

SMD 100 1,200 1 0.5 80 3,750 TLP137F-ND◆ .67 .57 .45 — — —

6

Dip 50 600 5 5 55 5,000 TLP621FT-ND◆ .55 .49 .38 — — —

Dip 200 600 5 5 55 5,000 TLP621BLTF-ND◆ .54 .45 .34 — — —

Dip 100 600 5 5 55 5,000 TLP621GBTF-ND◆ .50 .42 .32 — — —

Dip 100 300 5 5 55 5,000 TLP621GRFT-ND◆ .50 .42 .32 — — —

Dip 50 600 5 5 55 5,000 TLP621-2FT-ND◆ .73 .65 .52 — — —

Dip 100 600 5 5 55 5,000 TLP621-2GBFT-ND◆ .98 .87 .69 — — —

Dip 50 600 5 5 55 5,000 TLP621-4F-ND◆ 1.71 1.37 1.03 — — —

Dip 100 600 5 5 55 5,000 TLP621-4GBF-ND◆ 2.11 1.91 1.54 — — —

SMD 100 1,200 1 0.5 55 5,000 TLP624LF1F-ND◆ .77 .68 .52 — — —

Dip 100 1,200 1 0.5 55 5,000 TLP624F-ND◆ .77 .68 .52 — — —

Dip 100 1,200 1 0.5 55 5,000 TLP624-2F-ND◆ 1.00 .81 .61 — — —

Dip 100 1,200 1 0.5 55 5,000 TLP624-4F-ND◆ 2.24 2.01 1.65 — — —

Dip 100 1,200 ±1 0.5 55 5,000 TLP626F-ND◆ .98 .87 .69 — — —

Dip 200 1,200 ±1 0.5 55 5,000 TLP626BVF-ND◆ 1.07 .95 .75 — — —

7

Dip 100 600 ±5 5 55 5,000 TLP620GBF-ND◆ .58 .51 .39 — — —

Dip 50 600 ±5 5 55 5,000 TLP620F-ND◆ .48 .42 .33 — — —

Dip 50 600 ±5 5 55 5,000 TLP620-2FT-ND◆ 1.01 .90 .71 — — —

Dip 100 600 ±5 5 55 5,000 TLP620-2GBFT-ND◆ 1.07 .95 .75 — — —

Dip 50 600 ±5 5 55 5,000 TLP620-4F-ND◆ 2.30 2.08 1.67 — — —

Dip 100 600 ±5 5 55 5,000 TLP620-4GBF-ND◆ 1.67 1.51 1.21 — — —

Dip 100 1,200 ±1 — 55 5,000 TLP626-2F-ND◆ 1.74 1.57 1.27 — — —

Dip 100 1,200 ±1 — 55 5,000 TLP626-4F-ND◆ 3.36 3.01 2.47 — — —

8 SOP 100 600 5 5 80 2,500 TLP280-4GBFCT-ND◆† 1.20 .97 .73 TLP280-4GBFTR-ND◆ 2,500 615.02/M

9 SOP 100 600 5 5 80 2,500 TLP280(GB-TPFT)CT-ND◆† .48 .36 .28 TLP280(GB-TPFT)TR-ND◆ 2,500 156.16/M

10

SOP 100 600 5 5 80 2,500 TLP281-4GBFCT-ND◆† 1.46 1.31 1.04 TLP281-4GBFTR-ND◆ 2,500 538.14/M

SOP 50 600 5 5 80 2,500 TLP281-4JFCT-ND◆† 1.15 .97 .77 TLP281-4JFTR-ND◆ 2,500 499.70/M

SOP 100 600 5 5 80 2,500 TLP281-4GBJF-ND◆ 1.15 .97 .77 — — —

11

SOP 100 600 5 5 80 2,500 TLP281GBFCT-ND◆† .38 .29 .22 TLP281GBFTR-ND◆ 2,500 124.93/M

SOP 50 600 5 5 80 2,500 TLP281GRFT-ND◆ .38 .29 .22 — — —

Dip 200 600 5 5 80 5,000 TLP781BLF-ND◆ .32 .26 .20 — — —

Dip 100 300 5 5 80 5,000 TLP781D4-GRF-ND◆ .32 .26 .20 — — —

Dip 50 600 5 5 80 5,000 TLP781F-ND◆ .32 .26 .20 — — —

Dip 100 600 5 5 80 5,000 TLP781GBF-ND◆ .32 .26 .20 — — —

SMD 100 600 5 5 80 5,000 TLP781GB-LF6F-ND◆ .32 .26 — — — —

SMD 100 600 5 5 80 5,000 TLP781GB-TP6FCT-ND◆† .32 .26 .20 TLP781GB-TP6FTR-ND◆ 2,000 89.69/M

Dip 100 300 5 5 80 5,000 TLP781GRF-ND◆ .32 .26 .20 — — —

Dip 100 200 5 5 80 5,000 TLP781GRLF-ND◆ .34 .28 .21 — — —

SMD 100 300 5 5 80 5,000 TLP781GR-TP6FCT-ND◆† .32 .26 .20 — — —

Dip 100 300 5 5 80 5,000 TLP781FGRF-ND◆ .32 .26 .20 — — —

12Dip 50 600 5 5 55 2,500 TLP504AF-ND◆ 1.01 .85 .68 — — —

Dip 50 600 5 5 55 2,500 TLP504AGBF-ND◆ 1.18 1.05 .83 — — —

13 Dip 100 600 5 5 55 2,500 TLP504A-2GBF-ND◆ 1.68 1.35 1.01 — — —

14

SMD 50 600 5 5 80 3,750 TLP180FCT-ND◆† .42 .32 .24 TLP180FTR-ND◆ 3,000 137.42/M

SMD 100 600 5 5 80 3,750 TLP180GBFT-ND◆ .64 .57 .44 — — —

SMD 100 600 5 5 80 3,750 TLP180GBTPLFCT-ND◆† .42 .32 .24 TLP180GBTPLTR-ND◆ 3,000 137.42/M

SMD 100 1,200 ±1 0.5 80 3,750 TLP126F-ND◆ .84 .75 .59 — — —

SMD 100 1,200 ±1 0.5 80 3,750 TLP126TPRFCT-ND◆† .91 .82 .65 TLP126TPRFTR-ND◆ 3,000 336.34/M

15SMD 100 600 ±5 5 80 3,750 TLP130GB-ND .90 .76 .61 — — —

SMD 100 600 ±5 5 80 3,750 TLP130GBFCT-ND◆† 1.15 1.03 .82 TLP130GBFTR-ND◆ 3,000 420.42/M

16 Dip 15 — 16 — — 2,500 TLP512(F)-ND◆ 1.42 1.28 1.03 — — —

17 Dip — — — — — 2,500 TLP591B(CF)-ND◆ 2.36 2.13 1.72 — — —


®Fig. 2

Fig. 5 Fig. 6

Fig. 7

Fig. 9

Fig. 8

Fig. 1

Fig. 3 Fig. 4

1

3

6

4

1

23

6

5

4

12

1615

34

1413

56

1211

78

109

1

2

4

3

1

3

6

45

No Base Connection

1

3

6

4

1

2

3

4

8

7

6

5

5

6

7

8

12

1

2

3

4

1615

1413

11

109

1

2

4

3

1

3 4

5

6

Fig. 14 Fig. 15

Fig. 16 Fig. 17

Fig. 11

Fig. 13

Fig. 12

Fig. 10

12

1615

34

1413

56

1211

78

109

1

23

6

5

4

1

23

6

5

4

1

2

3

5

6

4

1

2

3

6

4


N

Thyristor Output Optoisolators

† Cut Tape § Zero Crossing ‡ SCR Output ▼ Lead form SMD

Fig. Package

LED TriggerCurrent

Max. (mA)

dv/dtTypical(V/μs)

BlockingVoltage

IsolationVoltage

Digi-KeyPart No.


Tape and Reel1 10 100 Qty. Pricing

1

Dip 10 5 Min. 600 4,000 TLP748JD4F-ND‡ 1.03 .87 .69 — — —

Dip 10 5 Min. 600 4,000 TLP748JF-ND‡ 1.01 .85 .68 — — —

SMD▼ 10 5 Min. 600 4,000 TLP748JTP1FCT-ND†‡ 1.28 1.15 .91 TLP748JTP1FTR-ND‡ 1,500 504.51/M

2

SMD 10 500 600 2,500 TLP160JFCT-ND† .60 .51 .41 TLP160JFTR-ND 3,000 260.26/M

Dip 5 500 400 5,000 TLP3023SFT-ND .74 .65 .50 — — —

SMD 10 500 400 2,500 TLP160GFCT-ND† .64 .48 .37 TLP160GFTR-ND 3,000 208.21/M

SOP 10 500 600 3,000 TLP260JTPRFCT-ND† 1.06 .92 .73 TLP260JTPRFTR-ND 3,000 336.34/M

Dip 10 500 600 5,000 TLP3052SF-ND .70 .63 .50 — — —

SMD 10 500 400 2,500 TLP161GF-ND .72 .61 .49 — — —

SMD 10 500 600 2,500 TLP161JF-ND .84 .75 .59 — — —

SMD 10 500 600 2,500 TLP161JFCT-ND† .91 .82 .65 TLP161JFTR-ND 3,000 336.34/M

Dip 10 500 400 5,000 TLP3042SF-ND§ .74 .65 .50 — — —

Dip 5 500 400 5,000 TLP3043SF-ND§ .77 .68 .52 — — —

Dip 10 500 600 5,000 TLP3062SCFT-ND§ .73 .65 .52 — — —

3 SMD 3 500 600 2,500 TLP168JFCT-ND† 1.31 1.18 .93 TLP168JFTR-ND 3,000 482.08/M

4

Dip 10 500 400 2,500 TLP525GF-ND .84 .75 .59 — — —

Dip 10 500 400 2,500 TLP525G-2F-ND 1.20 .97 .73 — — —

Dip 10 500 600 5,000 TLP360JF-ND .70 .53 .40 — — —

Dip 10 500 600 5,000 TLP361J(F)-ND .60 .51 .41 — — —

5

SMD▼ 5 500 400 5,000 TLP3023TP1SFCT-ND† .85 .73 .58 TLP3023TP1SFTR-ND 1,500 307.51/M

Dip 10 500 600 5,000 TLP3052D4SCFT-ND .76 .67 .53 — — —

Dip 5 500 600 5,000 TLP3063SF-ND§ .76 .67 .53 — — —

SMD 5 500 600 5,000 TLP3063TP1SCFTCT-ND§† .85 .77 .61 TLP3063TP1SCFTTR-ND§ 1,500 336.34/M

Dip 3 500 600 5,000 TLP3064SCFT-ND§ 1.11 .99 .78 — — —

6

SMD 10 500 800 5,000 TLP3082(SCFT)CT-ND§† 1.27 1.12 .89 TLP3082(SCFT)TR-ND§ 2,000 504.51/M

Dip 10 2,000 800 5,000 TLP3782(SCFT)-ND§ .94 .85 .68 — — —

Dip 5 2,000 800 5,000 TLP3783(SCFT)-ND§ .94 .85 .68 — — —

7 SMD 10 500 600 2,500 TLP166J(V4CF)-ND§ 1.12 1.00 .79 — — —

Darlington Transistor Output

Fig. Package

CurrentTransfer Ratio Saturation Voltage Collector

Break-downV(BR)

IsolationVoltage

Digi-KeyPart No.


Tape and ReelMin.(%)

@IF(mA)

VCE(V)

Max.(V)

@IC(mA)

@IF(mA) 1 10 100 Qty. Pricing

1Dip 500 10 10 1 2 8 30 2,500 4N32SHORTF-ND .58 .51 .39 — — —

Dip 1,000 1 1 1.2 100 10 300 5,000 TLP371F-ND .62 .55 .44 — — —

2 SMD 1,000 1 1 1.2 100 10 300 5,000 TLP371TP1FCT-ND† .53 .44 .36 TLP371TP1FTR-ND 1,500 234.32/M

3 Dip 1,000 1 1 1.2 100 10 300 5,000 TLP372F-ND .62 .53 .42 — — —

4

Dip 1,000 1 1 1.2 100 10 300 5,000 TLP627F-ND .64 .57 .44 — — —

Dip 1,000 1 1 1.2 100 10 300 5,000 TLP627-2F-ND 1.35 1.20 .95 — — —

Dip 1,000 1 1 1.2 100 10 300 5,000 TLP627-4F-ND 2.23 2.02 1.63 — — —

SMD‡ 1,000 1 1 1.2 100 10 300 5,000 TLP627TP1FCT-ND† .74 .64 .51 TLP627TP1FTR-ND 2,000 223.67/M

5 SMD 1,000 1 1 1.2 100 10 300 2,500 TLP127FCT-ND† .85 .77 .61 TLP127FTR-ND 3,000 313.92/M

† Cut Tape ‡ Lead form SMD

Fig. 4Fig. 3

123

654

Fig. 1

123

654

Fig. 2

1 652

3 4

Fig. 5

1

3

6

4

No Base Connection

®

®


Fig. 3

1

3

6

4ZC

Fig. 2Fig. 1

123

654

Fig. 4

1

2

4

3

1

2

3 4

61

2*

6

4

Fig. 5

* Pin 3 for TLP160 and TLP260

Fig. 6 Fig. 7

1

2

3 4ZC

6 1 6

43 ZC


N

§ Lead form SMD ‡ Maximum reading ▲ Tube

Fig.Package

Type Features

DataRate

(Typical)

PropagationDelay

(Typical)


Digi-KeyPart No.


Part No.Tape and Reel Toshiba

Part No.1 10 100 Qty. Pricing

1

6-MFSOP Input Threshold Current — 150ns 3,750 TLP108(F)-ND▲ 1.89 1.52 1.18 — — — TLP108(F)

6-MFSOP High Speed Data Transfer 50MBd — 3,750 TLP117(F)-ND▲ 1.71 1.37 1.07 — — — TLP117(F)

6-SDIP Buffer Logic — 120ns 5,000 TLP718(F)-ND▲ 1.80 1.45 1.09 — — — TLP718(F)

2

6-SDIP Low Power IGBT — 0.2μs 5,000 TLP701FCT-ND 1.00 .81 .61 TLP701FTR-ND 1,500 520.52/M TLP701(TP,F)

6-SDIP Low Power IGBT — 250ns 5,000 TLP705FCT-ND 1.20 .97 .73 TLP705FTR-ND 1,500 624.63/M TLP705(TP,F)

6-SDIP Low Power IGBT — 500ns‡ 5,000 TLP700(F)-ND▲ 1.59 1.27 .99 — — — TLP700(F)

36-SDIP Invert Logic — 250ns 5,000 TLP702(TPF)CT-ND 1.44 1.16 .87 — — — TLP702(TP,F)

6-SDIP High Speed Data Transfer 20MBd — 5,000 TLP716(TPF)CT-ND .90 .73 .57 TLP716(TPF)TR-ND 1,500 520.52/M TLP716(TP,F)

4 6-SDIP High Isolation — 0.8μs‡ 5,000 TLP719(TPF)CT-ND 1.00 .81 .61 TLP719(TPF)TR-ND 1,500 520.52/M TLP719(TP,F)

58-DIP Dual Channel — 0.3μs 2,500 TLP2530F-ND▲ .96 .81 .65 — — — TLP2530(F)

8-DIP Dual Channel — 0.3μs 2,500 TLP2531F-ND▲ .72 .58 .45 — — — TLP2531(F)

6

8-DIP Dual Channel 10Mbit/s — 2,500 TLP2630F-ND▲ 1.32 1.06 .80 — — — TLP2630(F)

8-DIP High Speed Data Transfer 10Mbit/s — 2,500 TLP2631F-ND▲ 1.32 1.06 .80 — — — TLP2631(F)

8-DIP§ High Speed Data Transfer 10Mbit/s — 2,500 TLP2631TP1FCT-ND 1.85 1.59 1.30 TLP2631TP1FTR-ND 1,500 766.37/M TLP2631(TP1,F)

7 5-MSOP High Speed Data Transfer — 0.8μs‡ 2,500 TLP112AFCT-ND 1.43 1.23 1.01 — — — TLP112A(TPR,F)

8 5-MSOP High Speed Data Transfer 10Mbit/s — 2,500 TLP115FCT-ND 1.80 1.45 1.13 — — — TLP115(TPR,F)

9 8-DIP High Speed Data Transfer — 0.3μs 2,500 TLP550F-ND▲ 1.37 1.24 1.00 — — — TLP550(F)

10 8-DIP High CMR — 0.2μs 2,500 TLP559F-ND▲ 1.51 1.21 .91 — — — TLP559(F)

118-DIP High Speed Data Transfer — 0.2μs 2,500 6N135TF-ND▲ 1.12 1.00 .79 — — — 6N135(F)

8-DIP High Speed Data Transfer — 0.2μs 2,500 6N136TF-ND▲ .90 .80 .63 — — — 6N136(F)

12 8-DIP High Speed Data Transfer 10Mbit/s — 2,500 6N137TF-ND▲ .90 .80 .63 — — — 6N137(F)

138-DIP High CTR, High Speed — 5μs 2,500 6N138TF-ND▲ 1.01 .90 .71 — — — 6N138(F)

8-DIP High CTR, High Speed — 1μs 2,500 6N139TF-ND▲ .77 .65 .52 — — — 6N139(F)

14 8-DIP Invert Logic — 250ns 2,500 TLP558F-ND▲ 2.88 2.31 1.80 — — — TLP558(F)

15 8-DIP Low Input Current — 235ns 2,500 TLP2200F-ND▲ 1.08 .91 .73 — — — TLP2200(F)

16

6-MFSOP Input Threshold Current — 150ns 3,750 TLP105(F)-ND▲ 1.89 1.52 1.18 — — — TLP105(F)

6-SOP High Speed Data Transfer 20MBd — 3,750 TLP116A(E)-ND▲ 2.35 1.88 1.46 — — — TLP116A(E)

6-SDIP High Speed Data Transfer — 120ns 5,000 TLP715(F)-ND▲ 1.80 1.45 1.09 — — — TLP715(F)

17 6-SOP High Temperature — 0.8μs‡ 3,750 TLP109(E)-ND▲ 1.00 .81 .61 — — — TLP109(E)

18 8-DIP High Speed Data Transfer — 1μs 2,500 TLP557F-ND▲ 1.44 1.16 .87 — — — TLP557(F)

19

8-DIP Medium Power IGBT — 0.15μs 2,500 TLP250LF1F-ND▲ 1.99 1.80 1.45 — — — TLP250(LF1,F)

8-DIP Medium Power IGBT — 0.15μs 2,500 TLP250TP1FCT-ND 1.16 .93 .70 TLP250TP1FTR-ND 1,500 603.80/M TLP250(TP1,F)

8-DIP Medium Power IGBT — 0.5μs 2,500 TLP250(F)-ND▲ 1.04 .84 .63 — — — TLP250(F)

208-DIP Low Power IGBT — 0.25μs 2,500 TLP251FCT-ND 1.23 .98 .74 TLP251FTR-ND 1,500 635.04/M TLP251(F)

8-DIP Low Power IGBT — 0.25μs 2,500 TLP251F-ND▲ 1.12 .90 .68 — — — TLP251(F)

21

8-DIP Medium Power IGBT — 260ns 3,750 TLP350TP1FCT-ND 1.11 .89 .67 TLP350TP1FTR-ND 1,500 572.58/M TLP350(TP1,F)

8-DIP Medium Power IGBT — 260ns 3,750 TLP350F-ND▲ 1.11 .89 .67 — — — TLP350(F)

8-DIP Low Power IGBT — 700ns‡ 3,750 TLP351F-ND▲ 1.11 .89 .67 — — — TLP351(F)

22 6-MFSOP Buffer Logic Type — 150ns 3,750 TLP2095(F)-ND▲ 3.36 3.01 2.47 — — — TLP2095(F)

23 6-MFSOP Inverter Logic Type — 150ns 3,750 TLP2098(F)-ND▲ 3.36 3.01 2.47 — — — TLP2098(F)

24 8-SOIC Buffer Logic Output — 150ns 2,500 TLP2105(F)-ND▲ 2.69 2.41 1.97 — — — TLP2105(F)

25

8-SOIC Inverting Logic Output — 150ns 2,500 TLP2108(F)-ND▲ 2.69 2.41 1.97 — — — TLP2108(F)

8-SOIC Inverting Logic — 75ns‡ 2,500 TLP2116(F)-ND▲ 2.29 2.05 1.68 — — — TLP2116(F)

8-SOIC Inverting Logic Output — 75ns‡ 2,500 TLP2166A(F)-ND▲ 2.69 2.41 1.97 — — — TLP2166A(F)

268-DIP Industrial Inverter — 230ns 3,750 TLP358(F)-ND▲ 1.94 1.75 1.41 — — — TLP358(F)

8-DIP Industrial Inverter — 230ns 3,750 TLP358H(F)-ND▲ 1.94 1.75 1.41 — — — TLP358H(F)

27 8-DIP Inverter Logic Type — 260ns 5,000 TLP702(F)-ND▲ 1.24 1.13 .91 — — — TLP702(F)

IC Output Optoisolators / Photocouplers

Photovoltaic Couplers

1

3

6

4

Fig. 2

1

3

6

4

Fig. 1

† Cut Tape

Fig. Pkg.

Short Current Open Volt-age Typ.

(V)

Switching Time(@UF=20 mA, CL=1000pF)

IsolationVoltage(VRMS)

Digi-KeyPart No.


Tape and ReelMin.(uA)

@IF(mA) T on (ms) T off (ms) 1 10 100 Qty. Pricing

1MFSOP 12 10 8.0 0.2 2.0 2,500 TLP190BF-ND 1.35 1.09 .85 — — —MFSOP 12 10 8.0 0.2 1.0 2,500 TLP190BUCFCT-ND† 2.11 1.81 1.48 TLP190BUCFTR-ND 3,000 810.81/M

2MFSOP 24 20 8.0 0.2 2.0 2,500 TLP191BF-ND 1.71 1.37 1.07 — — —MFSOP 24 20 8.0 0.2 2.0 2,500 TLP191BFCT-ND† 1.91 1.53 1.15 TLP191BFTR-ND 3,000 973.78/M


®

®

1

2

3

4

8

7

6

5

Fig. 2 Fig. 3 Fig. 4

6

5

4

1

2

3SHIELD

6

5

4SHIELD

GND

VCC1

3

2

SHIELD 4

5

6

3

2

1

Fig. 18

Fig. 21 Fig. 22 Fig. 23 Fig. 24 Fig. 25 Fig. 26 Fig. 27Fig. 19

1

2

3

4 5

6

7

8

Fig. 20

1

2

3

4 5

6

7

8

1

2

3

4

8

7

6

5

Fig. 6 Fig. 8

1

2

3

4

8

7

6

5

1 8765

234

Vcc

GND

Shield

Fig. 12 Fig. 14 Fig. 17Fig. 15

1

2

3

4

8

7

6

5GND

Vcc

Shield

1

2

3

4

8

7

6

5GND

Vcc

Shield

1

2

3

4

8

7

6

5

Fig. 7

Fig. 10 Fig. 11

Fig. 5 Fig. 9

1 8765

234

1

2

3

4

8

7

6

5Shield

1

2

3

4

8

7

6

5

1

2

3

4

8

7

6

5Shield

1

3

6Vcc

Gnd 45

Fig. 13 Fig. 16

3 4

5

61

SHIELDGND

VCC

4

5

6

3

1

SHIELD4

5

6

3

1

6

5

4SHIELD

GND

VCC1

3

Fig. 1

1 6vcc

GND4

SHIELD

5

3

1 6vcc

GND4

SHIELD

5

3

1

2

3

7

8vcc

GND5

SHIELD

6

4

1

2

3

7

8vcc

GND5

SHIELD

6

4

1

2

3

7

8

5

6

4

1

2

3

vcc

GND

5

SHIELD

6

4


N

◆ RoHS Compliant Δ Cut Tape † For Tape and Reel part number, change CT-ND to TR-ND.

iCoupler isolation technology combines the dc isolation properties of microtransformers with semiconductor processing techniques to provide performance, power and integration benefits superior to those offered by traditional optocoupler technology. iCoupler components operate at higher data rates, provide better timing accuracy and common-mode transient

immunity and operate at lower power levels than optocouplers. They operate over wider temperature and supply voltage ranges than their optical competition. The iCoupler technology rescues modern designs from the poorly controlled, temperature sensitive and time-dependent current transfer characteristics of standard optocouplers.

SupplyVoltage

PackageType

Maximum DataRate Mbps

Digi-KeyPart No.

Price Each T & R Pricing†1,0001 25 100

Single Channel3.0/5.5 8-SOIC 25 ADUM1100AR-RL7CT-NDΔ 3.39 2.71 2.11 —

3.0/5.5 8-SOIC 25 ADUM1100ARZ-RL7CT-ND◆Δ 2.94 2.35 1.83 1664.26

3.0/5.5 8-SOIC 100 ADUM1100BRZ-RL7CT-ND◆Δ 3.36 2.69 2.09 1899.10

3.0/5.5 8-SOIC 100 ADUM1100URZ-ND◆ 4.47 3.58 3.02 —

3.3/5.0 8-SOIC 25 ADUM3100ARZ-ND◆ 3.08 2.47 1.92 —

3.3/5.0 8-SOIC 100 ADUM3100BRZ-ND◆ 3.53 2.83 2.20 —

Dual Channel — RoHS Compliant2.7/5.5 8-SOIC 1 ADUM1200ARZ-RL7CT-NDΔ 2.20 1.76 1.37 1245.64

2.7/5.5 8-SOIC 10 ADUM1200BRZ-RL7CT-NDΔ 3.21 2.57 2.00 1817.42

2.7/5.5 8-SOIC 25 ADUM1200CRZ-RL7CT-NDΔ 4.45 3.57 2.77 2521.92

2.7/5.5 8-SOIC 1 ADUM1200WSRZ-ND 2.63 2.11 1.64 —


2.7/5.5 8-SOIC 1 ADUM3200ARZ-ND 2.31 1.85 1.44 —

2.7/5.5 8-SOIC 10 ADUM3200BRZ-ND 3.37 2.70 2.10 —

2.7/5.5 8-SOIC 1 ADUM3210ARZ-ND 1.87 1.49 1.12 —


3.0/5.0 8-SOIC 10 ADUM3210TRZ-RL7CT-NDΔ 3.68 2.95 2.29 2082.88

2.7/5.5 8-SOIC 1 ADUM3211ARZ-ND 1.87 1.49 1.12 —

2.7/5.5 8-SOIC 10 ADUM3211BRZ-ND 2.43 1.95 1.52 —

2.7/5.5 8-SOIC 10 ADUM3211TRZ-ND 3.68 2.95 2.29 —

2.7/5.5 8-SOIC 1 ADUM1201ARZ-RL7CT-NDΔ 2.20 1.76 1.37 1245.64


2.7/5.5 8-SOIC 25 ADUM1201CRZ-RL7CT-NDΔ 4.45 3.57 2.77 2521.92

2.7/5.5 8-SOIC 10 ADUM1201WTRZ-ND 3.86 3.09 2.40 —

2.7/5.5 8-SOIC 25 ADUM1201WURZ-ND 4.74 3.80 3.20 —

2.7/5.5 8-SOIC 1 ADUM3201ARZ-ND 2.31 1.85 1.44 —

2.7/5.5 8-SOIC 10 ADUM3201BRZ-ND 3.37 2.70 2.10 —

2.7/5.5 8-SOIC 25 ADUM3201CRZ-ND 4.16 3.34 2.82 —

4.5/5.5 16-SOIC 10 ADUM1233BRWZ-ND 2.87 2.30 1.79 —

4.5/5.5 16-SOIC 10 ADUM1234BRWZ-ND 2.87 2.30 1.79 —

3.0/5.5 8-SOIC 1 ADUM1250ARZ-ND 4.36 3.49 2.72 —

3.0/5.5 8-SOIC 1 ADUM1250SRZ-ND 4.84 3.87 3.27 —

3.0/5.5 8-SOIC 1 ADUM1251ARZ-ND 3.95 3.16 2.46 —


3.0/5.0 16-SOIC 1 ADUM2200ARWZ-ND 3.01 2.41 1.88 —

3.0/5.0 16-SOIC 10 ADUM2200BRWZ-ND 4.31 3.45 2.68 —

3.0/5.0 16-SOIC 1 ADUM2201ARWZ-ND 2.99 2.40 1.87 —

3.0/5.0 16-SOIC 10 ADUM2201BRWZ-ND 4.32 3.46 2.70 —

3.0/5.5 16-SOIC 1 ADUM2250ARWZ-ND 4.80 3.85 3.25 —

3.0/5.5 16-SOIC 1 ADUM2251ARWZ-ND 4.44 3.55 3.00 —

4.5/5.5 8-SOIC 1 ADUM5240ARZ-ND 4.79 3.84 3.24 —

4.5/5.5 8-SOIC 1 ADUM5241ARZ-ND 4.79 3.84 3.24 —


4.5/5.5 8-SOIC 1 ADUM5242ARZ-ND 4.79 3.84 3.24 —


Triple Channel — RoHS Compliant2.7/5.5 16-SOIC 1 ADUM1300ARWZ-RLCT-NDΔ 2.94 2.35 1.83 1664.26

2.7/5.5 16-SOIC 10 ADUM1300BRWZ-ND 4.41 3.54 2.75 —

2.7/5.5 16-SOIC 90 ADUM1300CRWZ-ND 5.91 4.73 3.99 —

2.7/5.5 16-SOIC 90 ADUM3300ARWZ-ND 3.08 2.47 1.92 —

2.7/5.5 16-SOIC 90 ADUM3300BRWZ-ND 4.12 3.30 2.78 —

2.7/5.5 16-SOIC 90 ADUM3300CRWZ-ND 6.21 4.98 4.20 —

2.7/5.5 16-SOIC 10 ADUM1301BRWZ-ND 4.41 3.54 2.75 —

2.7/5.5 16-SOIC 90 ADUM1301CRWZ-ND 5.91 4.73 3.99 —

2.7/5.5 16-SOIC 1 ADUM1301ARWZ-RLCT-NDΔ 2.94 2.35 1.83 1664.26

2.7/5.5 16-SOIC 1 ADUM1301WSRWZ-ND 3.36 2.69 2.09 —

2.7/5.5 16-SOIC 90 ADUM3301ARWZ-ND 3.08 2.47 1.92 —

3.0/5.0 16-SOIC 1 ADUM1310ARWZ-ND 2.43 1.95 1.52 —

3.0/5.0 16-SOIC 50 ADUM1311BRWZ-ND 3.59 2.87 2.24 —

3.0/5.0 16-SOIC 100 ADUM1311ARWZ-ND 2.43 1.95 1.52 —

Quad Channel — RoHS Compliant2.7/5.5 16-SOIC 1 ADUM1400ARWZ-RLCT-NDΔ 3.91 3.13 2.44 2215.61

2.7/5.5 16-SOIC 10 ADUM1400BRWZ-RLCT-NDΔ 5.21 4.17 3.52 3253.25

2.7/5.5 16-SOIC 90 ADUM1400CRWZ-RLCT-NDΔ 7.00 5.60 4.73 4374.37


2.7/5.5 16-SOIC 1 ADUM2400ARWZ-ND 5.13 4.10 3.46 —

2.7/5.5 16-SOIC 10 ADUM2400BRWZ-ND 7.46 5.98 5.04 —

2.7/5.5 16-SOIC 90 ADUM2400CRWZ-ND 8.02 7.22 6.41 —

2.7/5.5 16-SOIC 90 ADUM3400ARWZ-ND 4.11 3.29 2.56 —

2.7/5.5 16-SOIC 90 ADUM3400BRWZ-ND 5.48 4.39 3.70 —

2.7/5.5 16-SOIC 90 ADUM3400CRWZ-ND 7.35 5.89 4.97 —

3.0/5.5 16-SOIC 90 ADUM3440CRWZ-ND 5.67 4.54 3.83 —





2.7/5.5 16-SOIC 10 ADUM1402WTRWZ-ND 6.01 4.81 4.06 —

2.7/5.5 16-SOIC 1 ADUM2402ARWZ-ND 5.13 4.10 3.46 —

SupplyVoltage

PackageType

Maximum DataRate Mbps

Digi-KeyPart No.

Price Each T & R Pricing†1,0001 25 100

2.7/5.5 16-SOIC 10 ADUM2402BRWZ-ND 7.46 5.98 5.04 —

2.7/5.5 16-SOIC 90 ADUM2402CRWZ-ND 8.02 7.22 6.41 —

2.7/5.5 16-SOIC 90 ADUM3402ARWZ-ND 4.11 3.29 2.56 —

2.7/5.5 16-SOIC 90 ADUM3402BRWZ-ND 5.48 4.39 3.70 —

2.7/5.5 16-SOIC 90 ADUM3402CRWZ-ND 7.35 5.89 4.97 —

3.0/5.0 16-SOIC 1 ADUM1412ARWZ-ND 3.03 2.43 1.89 —

3.0/5.0 16-SOIC 10 ADUM1412BRWZ-ND 4.40 3.52 2.74 —





2.7/5.5 16-SOIC 10 ADUM1401WTRWZ-ND 6.01 4.81 4.06 —

2.7/5.5 16-SOIC 1 ADUM2401ARWZ-ND 5.13 4.10 3.46 —

2.7/5.5 16-SOIC 10 ADUM2401BRWZ-ND 7.46 5.98 5.04 —

2.7/5.5 16-SOIC 90 ADUM2401CRWZ-ND 8.02 7.22 6.41 —

2.7/5.5 16-SOIC 90 ADUM3401ARWZ-ND 4.11 3.29 2.56 —

2.7/5.5 16-SOIC 90 ADUM3401BRWZ-ND 5.48 4.39 3.70 —

2.7/5.5 16-SOIC 90 ADUM3401CRWZ-ND 7.35 5.89 4.97 —

2.7/5.5 16-SOIC 1 ADUM1411ARWZ-ND 3.03 2.43 1.89 —

2.7/5.5 16-SOIC 10 ADUM1411BRWZ-ND 4.40 3.52 2.74 —

3.0/5.5 16-SOIC 90 ADUM3441CRWZ-ND 5.67 4.54 3.83 —

3.0/5.5 16-SOIC 90 ADUM3442CRWZ-ND 5.67 4.54 3.83 —

3.0/5.0 16-SOIC 1 ADUM1410ARWZ-ND 3.03 2.43 1.89 —

3.0/5.0 16-SOIC 10 ADUM1410BRWZ-ND 4.40 3.52 2.74 —

4.5/5.5 28-SOIC 5 ADUM1420BRWZ-ND 4.18 3.35 2.61 —

2.7/5.5 16-SOIC 1 ADUM4400ARWZ-ND 5.38 4.31 3.64 —

2.7/5.5 16-SOIC 90 ADUM4400CRWZ-ND 8.42 7.58 6.73 —

2.7/5.5 16-SOIC 1 ADUM4401ARWZ-ND 5.38 4.31 3.64 —

2.7/5.5 16-SOIC 10 ADUM4401BRWZ-ND 7.83 6.27 5.29 —

2.7/5.5 16-SOIC 90 ADUM4401CRWZ-ND 8.42 7.58 6.73 —

2.7/5.5 16-SOIC 1 ADUM4402ARWZ-ND 5.38 4.31 3.64 —

2.7/5.5 16-SOIC 10 ADUM4402BRWZ-ND 7.83 6.27 5.29 —

2.7/5.5 16-SOIC 90 ADUM4402CRWZ-ND 8.42 7.58 6.73 —

3.0/5.5 16-QSOP 1 ADUM7440ARQZ-ND 2.72 2.18 1.70 —

3.0/5.5 16-QSOP 25 ADUM7440CRQZ-ND 3.93 3.15 2.45 —

3.0/5.5 16-QSOP 1 ADUM7441ARQZ-ND 2.72 2.18 1.70 —

3.0/5.5 16-QSOP 25 ADUM7441CRQZ-ND 3.93 3.15 2.45 —

3.0/5.5 16-QSOP 1 ADUM7442ARQZ-ND 2.72 2.18 1.70 —

3.0/5.5 16-QSOP 25 ADUM7442CRQZ-ND 3.93 3.15 2.45 —

5-Channel — RoHS Compliant4.5/5.5 16-SOIC 10 ADUM1510BRWZ-ND 7.27 5.82 4.91 —

Single Channel Isolated DC-DC Converter — RoHS Compliant3.3/5.0 16-SOIC — ADUM5000ARWZ-ND 5.06 4.05 3.42 —

Dual Channel, Half Bridge Driver – 1MHz Switching Speed — RoHS Compliant4.5/5.5 16-SOIC — ADUM5230ARWZ-ND 4.09 3.28 2.55 —

4.5/5.5 16-SOIC — ADUM6132ARWZ-ND 3.82 3.06 2.38 —

4.5/5.5 16-SOIC — ADUM7234BRZ-RL7CT-NDΔ 2.65 2.12 1.65 1500.90

Dual Channel, with Integrated DC-DC Converter — RoHS Compliant3.0/5.0 16-SOIC 1 ADUM5200ARWZ-ND 6.55 5.25 4.43 —

3.0/5.0 16-SOIC 25 ADUM5200CRWZ-ND 7.46 5.98 5.04 —

3.0/5.0 16-SOIC 1 ADUM5201ARWZ-ND 6.55 5.25 4.43 —

3.0/5.0 16-SOIC 25 ADUM5201CRWZ-ND 7.46 5.98 5.04 —

3.0/5.0 16-SOIC 1 ADUM5202ARWZ-ND 6.55 5.25 4.43 —

3.0/5.0 16-SOIC 25 ADUM5202CRWZ-ND 7.46 5.98 5.04 —

Quad Channel, with Integrated DC-DC Converter — RoHS Compliant3.3/5.0 16-SOIC 1 ADUM5401ARWZ-ND 6.75 6.08 5.39 —

3.3/5.0 16-SOIC 25 ADUM5401CRWZ-ND 8.22 7.40 6.57 —

5.0 16-SOIC 25 ADUM5401WCRWZ-ND 9.06 8.16 7.24 —

3.3/5.0 16-SOIC 1 ADUM5402ARWZ-ND 6.75 6.08 5.39 —

3.3/5.0 16-SOIC 25 ADUM5402CRWZ-ND 8.22 7.40 6.57 —


3.3/5.0 16-SOIC 1 ADUM5403ARWZ-ND 6.75 6.08 5.39 —

3.3/5.0 16-SOIC 25 ADUM5403CRWZ-ND 8.22 7.40 6.57 —


3.3/5.0 16-SOIC 1 ADUM5404ARWZ-ND 6.75 6.08 5.39 —

3.3/5.0 16-SOIC 25 ADUM5404CRWZ-ND 8.22 7.40 6.57 —

5.0/5.0 16-SOIC 1 ADUM5400ARWZ-ND 6.75 6.08 5.39 —

5.0/5.0 16-SOIC 25 ADUM5400CRWZ-ND 8.22 7.40 6.57 —

3.3/5.0 16-SOIC 1 ADUM6400ARWZ-ND 8.45 7.61 6.75 —

3.3/5.0 16-SOIC 1 ADUM6401ARWZ-ND 8.45 7.61 6.75 —

3.3/5.0 16-SOIC 25 ADUM6401CRWZ-ND 10.27 9.25 8.21 —

3.3/5.0 16-SOIC 1 ADUM6402ARWZ-ND 8.45 7.61 6.75 —

3.3/5.0 16-SOIC 25 ADUM6402CRWZ-ND 10.27 9.25 8.21 —

3.3/5.0 16-SOIC 25 ADUM6403CRWZ-ND 10.27 9.25 8.21 —

3.3/5.0 16-SOIC 25 ADUM6404CRWZ-ND 10.27 9.25 8.21 —

Full and Low Speed USB Digital Isolator — RoHS Compliant3.1/5.5 16-SOIC 12 ADUM4160BRWZ-ND 7.83 6.27 5.29 —

Evaluation Board for ADUM4160 EVAL-ADUM4160EBZ-ND 50.05 — — —


iCoupler® Digital Isolators®


N

Fig.

Input Output IsolationVoltage

Max.(Vrms)

PackageType

Digi-KeyPart No.

Price Each SharpPart No.

VoltageTyp.

Current (mA)

VoltageVDRMMax.

CurrentIT (RMS)

Max. (mA)

HoldingCurrent

Max. (mA)Min. Max. 1 10 100Tube

1 1.2 10 50 600 100 3.5 5,000 6-Dip 425-1772-5-ND§ .85 .75 .61 S21MD3YY

2

1.2 3 50 600 100 3.5 5,000 6-Dip 425-1373-5-ND§* .74 .63 .45 PC3SD21YTZD

1.2 3 50 600 100 3.5 5,000 6-SMD 425-1375-5-ND§* .76 .64 .46 PC3SD21YXZD

1.2 5 50 600 100 3.5 5,000 6-SMD 425-1371-5-ND* .79 .67 .53 PC3SD21NXZC

1.2 5 50 600 100 3.5 5,000 6-SMD 425-1374-5-ND§* .68 .58 .41 PC3SD21YXZC

1.2 7 50 600 100 3.5 5,000 6-DipW 425-2587-5-ND◆§* 1.11 .89 .73 PC3SF21YVZBF

1.2 10 50 600 100 3.5 5,000 4-DipW 425-1283-5-ND* .98 .83 .59 S21ME6F

1.2 10 50 600 100 3.5 5,000 4-SMD 425-1285-5-ND§* .86 .76 .62 S21ME6IY

1.2 10 50 600 100 3.5 5,000 6-DipW 425-2586-5-ND◆§* 1.18 .99 .79 PC3SF21YVZAF

1.2 3 50 800 100 3.5 5,000 6-Dip 425-1405-5-ND* .94 .79 .57 PC4SD21NTZD

1.2 3 15 800 100 3.5 5,000 6-DipW 425-1288-5-ND§* 1.45 1.27 1.03 S21ME8FY

1.2 3 15 800 100 3.5 5,000 6-Dip 425-1289-5-ND§* 1.51 1.32 1.08 S21ME8Y

1.2 7 50 800 100 3.5 5,000 6-DipW 425-2593-5-ND◆§* 1.31 1.05 .86 PC4SF21YVZBF

3 1.2 10 50 600 50 3.5 3,750 4-SMD 425-1377-5-ND* .93 .82 .66 PC3SG21YIZ

4

1.2 7 50 600 50 3.5 3,750 4-SMD 425-1301-5-ND§ .62 .53 .38 S2S3RY

1.2 10 50 400 100 3.5 5,000 4-Dip 425-1230-5-ND .96 .81 .58 S11ME5

1.2 7 50 600 50 3.5 3,750 4-SMD 425-2420-5-ND◆§ .98 .83 .66 S2S3RY0F

1.2 10 50 600 50 3.5 3,750 4-SMD 425-2421-5-ND◆§ .94 .79 .63 S2S3Y00F

51.2 10 50 400 200 1.0 4,000 6-DipW 425-1239-5-ND§ 1.36 1.15 .82 S12ME1FY

1.2 15 50 400 200 1.0 5,000 8-Dip 425-1238-5-ND 1.63 1.43 1.16 S12MD3

6

1.2 7 50 600 100 3.5 5,000 4-DipW 425-2687-5-ND◆§* .83 .70 .56 PC3SH21YFZBF

1.2 7 50 600 100 3.5 5,000 4-Dip 425-2139-5-ND◆* .58 .50 .36 PC3ST21NSZBF

1.2 10 50 600 50 3.5 3,750 4-SMD 425-2422-5-ND◆* .86 .73 .58 S2S4000F

1.2 5 50 600 50 3.5 3,750 4-SMD 425-2424-5-ND◆* .96 .81 .65 S2S4LY0F

7

1.2 7 50 800 100 3.5 5,000 6-Dip 425-2618-5-ND◆* 1.51 1.21 1.00 PC4SF21YTZBF

1.2 3 50 600 100 3.5 5,000 6-Dip 425-2134-5-ND◆§* 1.03 .87 .69 PC3SD21YTZDF

1.2 7 50 600 100 3.5 5,000 6-Dip 425-2129-5-ND◆* .77 .65 .52 PC3SD21NTZBF

1.2 3 50 600 100 3.5 5,000 6-Dip 425-2131-5-ND◆* .89 .75 .60 PC3SD21NTZDF

1.2 5 50 600 100 3.5 5,000 6-SMD 425-2132-5-ND◆* .82 .69 .55 PC3SD21NXZCF

1.2 5 50 600 100 3.5 5,000 6-Dip 425-2133-5-ND◆§* .91 .77 .61 PC3SD21YTZCF

1.2 5 50 600 100 3.5 5,000 6-SMD 425-2135-5-ND◆§* .94 .79 .63 PC3SD21YXZCF

1.2 3 50 600 100 3.5 5,000 6-SMD 425-2136-5-ND◆§* 1.15 .97 .77 PC3SD21YXZDF

1.2 5 50 800 100 3.5 5,000 6-Dip 425-2151-5-ND◆* 1.11 .89 .89 PC4SD21NTZCF

1.2 3 50 800 100 3.5 5,000 6-Dip 425-2152-5-ND◆* 1.44 1.16 1.16 PC4SD21NTZDF

8

1.2 7 50 800 100 3.5 5,000 6-Dip 425-2659-5-ND◆§ 1.31 1.05 .86 PC4SF11YTZBF

1.2 7 50 600 100 3.5 5,000 6-Dip 425-2683-5-ND◆§ 1.20 1.01 .81 PC3SF11YTZBF

1.2 7 50 600 100 3.5 5,000 6-DipW 425-2684-5-ND◆§ .96 .81 .65 PC3SF11YVZAF

1.2 7 50 600 100 3.5 5,000 6-DipW 425-2685-5-ND◆§ 1.03 .87 .69 PC3SF11YVZBF

1.2 7 50 800 100 3.5 5,000 6-Dip 425-1402-5-ND .78 .66 .47 PC4SD11NTZB

1.2 5 50 800 100 3.5 5,000 6-Dip 425-1403-5-ND .84 .71 .51 PC4SD11NTZC

1.2 10 50 400 100 3.5 5,000 6-Dip 425-2085-5-ND◆ .67 .57 .45 PC2SD11NTZAF

1.2 7 50 600 100 3.5 5,000 6-Dip 425-2123-5-ND◆ .77 .65 .52 PC3SD11NTZBF

1.2 5 50 600 100 3.5 5,000 6-Dip 425-2124-5-ND◆ .77 .65 .52 PC3SD11NTZCF

1.2 5 50 600 100 3.5 5,000 6-SMD 425-2126-5-ND◆ .96 .81 .65 PC3SD11NXZCF

1.2 10 50 600 100 3.5 5,000 6-Dip 425-2127-5-ND◆ .72 .61 .49 PC3SD12NTZAF

1.2 10 50 600 100 3.5 5,000 6-SMD 425-2128-5-ND◆ .74 .63 .50 PC3SD12NXZAF

91.2 7 50 800 100 3.5 5,000 6-Dip 425-2149-5-ND◆ 1.11 .89 .73 PC4SD11NTZBF

1.2 5 50 800 100 3.5 5,000 6-Dip 425-2150-5-ND◆ 1.11 .89 .73 PC4SD11NTZCF

Photocoupler - Thyristor Output ®

◆ RoHS Compliant * Built-in zero cross circuit § DIN EN60747-5-2

Fig.


Max.(Vrms)

PackageType

Digi-KeyPart No.


Part No.Tape and Reel Sharp

Part No.Voltage

Typ.

Current(mA)

VoltageVDRMMax.

CurrentIT (RMS)

Max. (mA)

HoldingCurrent

Max. (mA)Min. Max. 1 10 100 Qty. PricingCut Tape/Tape and Reel

2

1.2 7 50 600 100 3.5 5,000 6-SMD 425-1273-1-ND* 1.13 .99 .80 425-1273-2-ND* 1,000 770.37 S21ME3P

1.2 10 50 600 50 3.5 3,750 4-SMD 425-2422-1-ND◆§* .84 .71 .57 — — — S2S4B00F

1.2 10 50 600 50 3.5 3,750 4-SMD 425-1305-1-ND§* .84 .71 .57 — — — S2S4BY

4

1.2 5 50 600 50 3.5 3,750 4-SMD 425-2418-1-ND◆ .91 .77 .61 425-2418-2-ND◆ 750 342.34 S2S3LB0F

1.2 10 50 600 100 3.5 5,000 4-SMD 425-1381-1-ND§ .96 .81 .58 425-1381-2-ND§ 2,000 499.70/M S21ME5PY

1.2 10 50 600 50 3.5 3,750 4-SMD 425-2563-1-ND◆ .91 .77 .61 425-2563-2-ND◆ 3,000 404.73/M S2S3LA0F


6 5 4

1 2 3

*Zero-crosscircuit

6 5 4

1 2 3

4 3

1 2

*Zero-crosscircuit

8 7 6

1 2 3

5

4

4 3

1 2

6

4

1

3

52

*Zero-cross circuit

4

3

1

2

*Zero-cross circuit

6

4

1

3

52 4

1

3

5

2

Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 5

Fig. 7Fig. 6 Fig. 8 Fig. 9

(Continued)


N

◆ RoHS Compliant † AC Input ‡ Darlington Output § DIN EN60747-5-2 (Continued)

Photocoupler - Thyristor Output (Cont.) ®


Photocoupler

Fig.

Output Current Transfer Ratio IsolationVoltage(Vrms)

PackageType

Digi-KeyPart No.

Price EachSharpPart No.

VCEO(V) Maximum

IC(mA) Maximum

Minimum(%)

Maximum(%)

@ IF(mA)

@ VCE(V) 1 10 100

Tube

1

35 50 10 100 1 0.4 5,000 4-SMD 425-1473-5-ND .68 .58 .41 PC818I

35 50 10 100 1 0.4 5,000 4-Dip 425-1475-5-ND§ .98 .85 .70 PC818Y

35 50 20 200 1 5 5,000 8-Dip 425-1476-5-ND† 1.96 1.72 1.40 PC823

35 50 60 120 1 0.4 5,000 4-SMD 425-1435-5-ND 1.00 .85 .61 PC810AI

35 50 60 200 1 0.4 5,000 4-SMD 425-1436-5-ND .86 .76 .62 PC810I

35 50 80 160 5 5 5,000 4-Dip 425-2185-5-ND◆ .29 .24 .18 PC817X1J000F

35 50 80 160 5 5 5,000 4-SMD 425-2191-5-ND◆ .42 .34 .23 PC817XI1J00F

35 50 130 260 5 5 5,000 4-SMD 425-2192-5-ND◆ .42 .34 .23 PC817X2NIP0F

70 50 50 400 0.5 5 5,000 4-Dip 425-2071-5-ND◆ .54 .44 .30 PC12310NSZ0F

70 50 50 400 0.5 5 5,000 4-Dip 425-2072-5-ND◆ .58 .47 .32 PC12311NSZ0F

70 50 50 400 5 5 5,000 4-Dip 425-2073-5-ND◆ .41 .34 .25 PC123AJ0000F

70 50 50 400 5 5 5,000 4-Dip 425-2074-5-ND◆ .65 .52 .36 PC123BJ0000F

70 50 50 400 5 5 5,000 4-Dip 425-2075-5-ND◆ .48 .39 .27 PC123J00000F

70 50 50 400 5 5 5,000 4-Dip 425-2080-5-ND◆§ .64 .52 .36 PC123Y1J000F

70 50 50 400 5 5 5,000 4-Dip 425-2081-5-ND◆§ .48 .40 .29 PC123Y2J000F

70 50 50 400 5 5 5,000 4-Dip 425-2082-5-ND◆§ .61 .49 .34 PC123YJ0000F

70 50 50 400 5 5 5,000 4-Dip 425-2083-5-ND◆§ .68 .55 .38 PC123YSJ000F

70 50 50 400 5 5 5,000 4-Dip 425-1318-5-ND§ .48 .40 .29 PC123Y1

70 50 50 400 5 5 5,000 4-Dip 425-1317-5-ND§ .46 .38 .28 PC123Y

70 50 50 400 5 5 5,000 4-Dip 425-2571-5-ND◆§ .48 .40 .29 PC123FY2J00F

70 50 50 400 5 5 5,000 4-Dip 425-2572-5-ND◆§ .67 .54 .37 PC123FY8J00F

80 50 50 600 5 5 5,000 4-Dip 425-2427-5-ND◆ .35 .29 .20 PC817XJ0000F

80 50 50 600 5 5 5,000 4-Dip 425-2184-5-ND◆ .42 .34 .23 PC817X0J000F

80 50 50 600 5 5 5,000 4-Dip 425-2186-5-ND◆ .29 .24 .18 PC817X2J000F

80 50 50 600 5 5 5,000 4-Dip 425-2187-5-ND◆ .29 .24 .18 PC817X3J000F

80 50 50 600 5 5 5,000 4-Dip 425-2188-5-ND◆ .29 .24 .18 PC817X4J000F

80 50 50 600 5 5 5,000 4-Dip 425-2441-5-ND◆ .31 .26 .19 PC817X7J000F

80 50 50 600 5 5 5,000 4-Dip 425-2190-5-ND◆ .42 .34 .23 PC817X9J000F

80 50 50 600 5 5 5,000 4-SMD 425-2193-5-ND◆ .38 .31 .22 PC817XIJ000F

80 50 100 600 0.5 5 5,000 4-Dip 425-2594-5-ND◆ .62 .50 .35 PC81716NSZ0F

80 50 100 600 0.5 5 5,000 4-Dip 425-2177-5-ND◆ .39 .33 .24 PC81710NSZ0F

80 50 100 600 0.5 5 5,000 4-Dip 425-2179-5-ND◆ .38 .32 .24 PC81711NSZ0F

80 50 100 600 0.5 5 5,000 4-Dip 425-2181-5-ND◆ .51 .41 .29 PC81712NSZ0F

80 50 100 600 0.5 5 5,000 4-Dip 425-2183-5-ND◆ .38 .32 .24 PC81713NSZ0F

350 50 40 80 5 5 5,000 4-SMD 425-2199-5-ND◆ .72 .58 .40 PC851XIJ000F

350 50 40 80 5 5 5,000 4-Dip 425-2442-5-ND◆ .50 .42 .30 PC851XJ0000F

2 80 50 1,000 — 1 0.5 5,000 4-Dip 425-1509-5-ND◆ .46 .38 .28 PC866

3 300 50 40 80 Typical 5 5 5,000 16-Dip 425-1516-5-ND 3.60 3.16 2.84 PC8Q51

4

35 80 600 — 0.5 2 5,000 4-Dip 425-2174-5-ND◆‡ .77 .62 .43 PC81510NSZ0F

35 80 600 — 0.5 2 5,000 4-SMD 425-2431-5-ND◆‡ .66 .56 .40 PC815XIJ000F

35 80 600 — 1 2 5,000 4-Dip 425-2175-5-ND◆‡ .74 .63 .50 PC815XJ0000F

5

350 150 1,000 4,000 1 2 5,000 4-Dip 425-2443-5-ND◆§‡ .72 .58 .40 PC852XJ0000F

350 150 1,000 — 1 2 5,000 4-SMD 425-2200-5-ND◆‡ .60 .50 .36 PC852XIJ000F

350 150 1,000 — 1 2 5,000 4-SMD 425-2201-5-ND◆‡ .63 .53 .43 PC853XIJ000F

6

35 50 50 600 5 5 5,000 6-Dip 425-1418-5-ND .61 .49 .34 PC714V0NSZX

35 50 50 600 5 5 5,000 6-Dip 425-1419-5-ND§ .67 .54 .37 PC714V0YSZX

35 80 20 80 100 2 5,000 6-Dip 425-1426-5-ND§ .70 .57 .39 PC724V0NSZX

35 80 20 80 100 2 5,000 6-Dip 425-2159-5-ND◆ .70 .59 .47 PC724V0NSZXF

80 50 50 600 5 5 5,000 6-Dip 425-2155-5-ND◆ .67 .57 .45 PC714V0NSZXF

80 50 50 600 5 5 5,000 6-Dip 425-2156-5-ND◆§ .67 .57 .45 PC714V0YSZXF

®

Fig.


Max.(Vrms)

PackageType

Digi-KeyPart No.



Part No.Voltage

Typ.

Current(mA)

VoltageVDRMMax.

CurrentIT (RMS)

Max. (mA)

HoldingCurrent

Max. (mA)Min. Max. 1 10 100 Qty. Pricing

61.2 10 50 600 50 3.5 3,750 4-SMD 425-2564-1-ND◆§* .91 .77 .61 425-2564-2-ND◆§* 3,000 404.73/M S2S4A00F

1.2 10 50 600 50 3.5 3,750 4-SMD 425-2423-1-ND◆§* .86 .73 .58 425-2423-2-ND◆§* 750 324.32 S2S4BY0F

7

1.2 3 50 600 100 3.5 5,000 6-Dip 425-2705-1-ND◆§* .67 .57 .45 425-2705-2-ND◆§* 1,000 313.91 PC3SD21YXPLF

1.2 3 50 600 100 3.5 5,000 6-Dip 425-2704-1-ND◆§* .98 .83 .66 425-2704-2-ND◆§* 1,000 459.66 PC3SD21YXPDF

1.2 5 50 800 100 3.5 5,000 6-SMD 425-2537-1-ND◆§* 1.15 .97 .77 425-2537-2-ND◆§* 1,000 538.14 PC4SD21YXPCF

1.2 — 10μA 800 100 3.5 5,000 6-SMD 425-2658-1-ND◆§* .98 .83 .59 — — — PC4SD21YXPDF

1.2 3 50 600 100 3.5 5,000 6-SMD 425-2671-1-ND◆§* .84 .74 .60 — — — PC3SD21YXPEF

8 1.2 10 50 400 100 3.5 5,000 6-SMD 425-2573-1-ND◆ .58 .48 .35 425-2573-2-ND◆ 1,000 313.91 PC2SD11NXPA

◆ RoHS Compliant * Built-in zero cross circuit § DIN EN60747-5-2

8 7 6

1 2 3

5

4

6 5 4

1 2 3

6 5 4

1 2 3

16 15 14 13 12 11 10 9

1 2 3 4 5 6 7 8

34

1 21 2

4 3 4 3

1 2

8 7 6 5

1 2 3 4

4

1 2

3

1

2

4

3


4 3

1 2

Fig. 7Fig. 6

Fig. 8 Fig. 12 Fig. 13 Fig. 14Fig. 11Fig. 10Fig. 9

4 3

1 2

6 5 4

1 2 3

1

2 5

43

6


N

Photocoupler (Cont.)

Fig.


PackageType

Digi-KeyPart No.



Part No.VCEO

(V) Max.IC

(mA) Max.Min.(%)

Max.(%)

@ IF(mA)

@ VCE(V) 1 10 100 Qty. Pricing

Cut Tape/Tape and Reel

1

35 30 130 260 5 5 3,750 4-SMD 425-2091-1-ND◆ .54 .44 .30 425-2091-2-ND◆ 3,000 190.59/M PC357N2J000F

35 30 200 400 5 5 3,750 4-SMD 425-2092-1-ND◆ .54 .44 .30 425-2092-2-ND◆ 3,000 190.59/M PC357N3J000F

70 50 20 400 1 5 2,500 4-SMD 425-2105-1-ND◆ .80 .65 .45 425-2105-2-ND◆ 3,000 280.28/M PC3H4J00000F

70 50 20 400 1 5 2,500 4-SMD 425-2116-1-ND◆ .48 .39 .27 425-2116-2-ND◆ 3,000 168.17/M PC3H7J00000F

70 50 50 400 5 5 5,000 4-SMD 425-2076-1-ND◆ .41 .34 .25 — — — PC123P2J000F

70 50 50 400 5 5 5,000 4-SMD 425-2077-1-ND◆ .38 .32 .24 425-2077-2-ND◆ 2,000 172.98/M PC123PJ0000F

70 50 50 400 5 5 5,000 4-SMD 425-2078-1-ND◆§ .58 .48 .35 — — — PC123PY2J00F

70 50 50 400 5 5 5,000 4-SMD 425-2084-1-ND◆§ .51 .41 .29 425-2084-2-ND◆§ 2,000 172.98/M PC123ZY2J00F

70 50 50 400 0.5 5 5,000 4-SMD 425-1313-1-ND .38 .32 .24 425-1313-2-ND 2,000 172.98/M PC123P

70 50 50 400 5 5 5,000 4-SMD 425-1321-1-ND§ .38 .32 .24 425-1321-2-ND§ 2,000 172.98/M PC123ZY2

70 50 100 250 0.5 5 5,000 4-SMD 425-1315-1-ND§ .58 .48 .35 — — — PC123PY2

70 50 100 250 0.5 5 5,000 4-SMD 425-1314-1-ND .41 .34 .25 — — — PC123P2

70 50 100 500 0.5 5 3,750 4-SMD 425-2101-1-ND◆ .74 .59 .41 425-2101-2-ND◆ 3,000 257.86/M PC367NJ0000F

70 50 100 600 0.5 5 5,000 4-SMD 425-1383-1-ND .61 .49 .34 — — — PC81710NIP

70 50 100 600 0.5 5 5,000 4-SMD 425-2176-1-ND◆ .61 .49 .34 — — — PC81710NIP0F

70 50 100 700 0.5 5 2,500 4-SMD 425-2108-1-ND◆ .58 .47 .32 425-2108-2-ND◆ 3,000 201.80/M PC3H710NIP0F

70 50 150 300 0.5 5 3,750 4-SMD 425-2099-1-ND◆ .61 .49 .34 425-2099-2-ND◆ 3,000 213.02/M PC367N1J000F

70 50 160 400 0.5 5 5,000 4-SMD 425-1459-1-ND .64 .52 .36 425-1459-2-ND 2,000 216.22/M PC81712NIP

70 50 200 400 5 5 5,000 4-SMD 425-2530-1-ND◆§ .36 .30 .22 — — — PC123X5YUP0F

70 50 200 500 0.5 5 2,500 4-SMD 425-1350-1-ND .64 .52 .36 — — — PC3H712NIP

80 30 50 600 5 5 3,750 4-SMD 425-2508-1-ND◆ .54 .44 .30 — — — PC357N0J000F

80 30 50 600 5 5 3,750 4-SMD 425-2532-1-ND◆ .54 .44 .30 — — — PC357N7J000F

80 50 20 400 1 5 2,500 4-SMD 425-2113-1-ND◆ .70 .57 .39 425-2113-2-ND◆ 3,000 246.65/M PC3H7BJ0000F

80 50 20 400 1 5 2,500 4-SMD 425-2114-1-ND◆ .70 .57 .39 425-2114-2-ND◆ 3,000 246.65/M PC3H7CJ0000F

80 50 50 600 5 5 3,750 4-SMD 425-2090-1-ND◆ .54 .44 .30 425-2090-2-ND◆ 3,000 190.59/M PC357N1J000F

80 50 50 600 5 5 3,750 4-SMD 425-2093-1-ND◆ .54 .44 .30 425-2093-2-ND◆ 3,000 190.59/M PC357N4J000F

80 50 50 600 5 5 3,750 4-SMD 425-2094-1-ND◆ .51 .41 .29 425-2094-2-ND◆ 3,000 179.38/M PC357NJ0000F

80 50 50 600 5 5 3,750 4-SMD 425-2095-1-ND◆ .54 .44 .30 425-2095-2-ND◆ 750 163.36 PC357NTJ000F

80 50 50 600 5 5 3,750 4-SMD 425-2578-1-ND◆ .64 .52 .36 425-2578-2-ND◆ 750 192.19 PC357N1TJ00F

80 50 50 600 5 5 3,750 4-SMD 425-2579-1-ND◆ .64 .52 .36 425-2579-2-ND◆ 750 192.19 PC357N2TJ00F

80 50 50 600 5 5 5,000 4-SMD 425-2580-1-ND◆ .64 .52 .36 425-2580-2-ND◆ 750 192.19 PC357N4TJ00F

80 50 50 600 5 5 5,000 4-SMD 425-2581-1-ND◆ .48 .40 .29 — — — PC357N6TJ00F

80 50 50 600 5 5 5,000 4-SMD 425-2582-1-ND◆ .64 .52 .36 425-2582-2-ND◆ 750 192.19 PC357N7TJ00F

80 50 50 600 5 5 5,000 4-SMD 425-2583-1-ND◆ .64 .52 .36 — — — PC357N9TJ00F

80 50 100 500 0.5 5 3,750 4-SMD 425-2100-1-ND◆ .58 .47 .32 — — — PC367N2J000F




80 50 100 600 0.5 5 5,000 4-SMD 425-2538-1-ND◆ .61 .49 .34 — — — PC81716NIP0F

80 50 100 600 0.5 5 5,000 4-SMD 425-2178-1-ND◆ .48 .40 .29 425-2178-2-ND◆ 2,000 240.24/M PC81711NIP0F

80 50 100 600 0.5 5 5,000 4-SMD 425-2180-1-ND◆ .64 .52 .36 425-2180-2-ND◆ 2,000 240.24/M PC81712NIP0F

80 50 100 600 0.5 5 5,000 4-SMD 425-2182-1-ND◆ .61 .49 .34 425-2182-2-ND◆ 2,000 228.23/M PC81713NIP0F

80 50 100 500 0.5 5 3,750 4-SMD 425-2584-1-ND◆ .74 .59 .41 425-2584-2-ND◆ 750 221.02 PC367NTJ000F

350 50 40 80 5 5 5,000 4-SMD 425-2539-1-ND◆ .55 .46 .34 — — — PC851XPJ000F

350 50 40 — 5 5 3,750 4-SMD 425-2144-1-ND◆ 1.13 .95 .76 425-2144-2-ND◆ 3,000 500.58/M PC451J00000F

350 50 40 240 5 5 2,500 4-SMD 425-2147-1-ND◆ .75 .61 .42 425-2147-2-ND◆ 3,000 264.25/M PC4H510NIP0F

4

35 80 600 7,500 1 2 3,750 4-SMD 425-2576-1-ND◆‡ .67 .57 .45 425-2576-2-ND◆‡ 750 252.25 PC355NTJ000F

35 80 600 — 1 2 2,500 4-SMD 425-2107-1-ND◆‡ .83 .67 .46 425-2107-2-ND◆‡ 3,000 276.92/M PC3H5J00000F

35 80 600 — 0.5 2 3,750 4-SMD 425-2098-1-ND◆‡ .83 .67 .46 425-2098-2-ND◆‡ 3,000 276.92/M PC365NJ0000F

35 80 600 12,000 0.5 2 3,750 4-SMD 425-1337-1-ND‡ .48 .40 .29 — — — PC365N

35 80 600 12,000 0.5 2 2,500 4-SMD 425-2106-1-ND◆‡ .83 .67 .46 425-2106-2-ND◆‡ 3,000 276.92/M PC3H510NIP0F

◆ RoHS Compliant † AC Input ‡ Darlington Output § DIN EN60747-5-2

®

(Continued)


Fig.


PackageType

Digi-KeyPart No.

Price EachSharpPart No.

VCEO(V) Maximum

IC(mA) Maximum

Minimum(%)

Maximum(%)

@ IF(mA)

@ VCE(V) 1 10 100

735 80 600 — 1 2 5,000 6-Dip 425-2157-5-ND◆§‡ .67 .57 .45 PC715V0YSZXF

35 80 600 — 1 2 5,000 6-Dip 425-2426-5-ND◆‡ .67 .57 .45 PC715V0NSZXF

8

35 50 50 600 5 5 5,000 6-Dip 425-1417-5-ND§ .50 .42 .31 PC713V0YSZX

80 50 50 600 5 5 5,000 6-Dip 425-2435-5-ND◆ .67 .57 .45 PC713V0NSZXF

80 50 50 600 5 5 5,000 6-Dip 425-2436-5-ND◆§ .62 .53 .42 PC713V0YSZXF

80 50 50 600 5 5 5,000 6-SMD 425-2154-5-ND◆ .67 .54 .37 PC713V0NIZXF

9

70 30 50 400 5 5 5,000 4-Dip 425-2166-5-ND◆ .68 .55 .38 PC81100NSZ0F

70 30 50 400 5 5 5,000 4-Dip 425-2167-5-ND◆ .70 .57 .39 PC81101NSZ0F

70 30 50 400 5 5 5,000 4-Dip 425-2168-5-ND◆ .70 .57 .39 PC81102NSZ0F

70 30 50 400 5 5 5,000 4-Dip 425-2169-5-ND◆ .79 .64 .44 PC81103NSZ0F

70 30 50 400 5 5 5,000 4-Dip 425-2170-5-ND◆ .68 .55 .38 PC81105NSZ0F

70 30 50 400 5 5 5,000 4-Dip 425-2171-5-ND◆ .68 .55 .38 PC81106NSZ0F

70 30 50 400 5 5 5,000 4-Dip 425-2172-5-ND◆ .68 .55 .38 PC81108NSZ0F

70 30 60 120 5 5 5,000 4-Dip 425-1438-5-ND◆ .53 .44 .32 PC81101NSZ

70 30 60 300 5 5 5,000 4-Dip 425-1443-5-ND◆ .50 .42 .31 PC81108NSZ

70 30 100 200 5 5 5,000 4-Dip 425-1439-5-ND◆ .53 .44 .32 PC81102NSZ

70 30 100 300 5 5 5,000 4-Dip 425-1442-5-ND◆ .50 .42 .31 PC81106NSZ

70 30 150 300 5 5 5,000 4-Dip 425-1440-5-ND◆ .53 .44 .32 PC81103NSZ

10 7VCC 20 300 — 1.6 4.5 2,500 8-Dip 425-1800-5-ND◆ 1.20 1.05 .86 PC6N138X

11

300 150 1,000 — 1 2 5,000 6-SMD 425-2160-5-ND◆‡ 1.13 .95 .76 PC725V0NIZXF

300 150 1,000 — 1 2 5,000 6-Dip 425-2161-5-ND◆‡ 1.01 .85 .68 PC725V0NSZXF

300 150 1,000 — 1 2 5,000 6-Dip 425-2162-5-ND◆§‡ 1.11 .93 .74 PC725V0YSZXF

300 150 1,000 — 1 2 5,000 6-SMD 425-2163-5-ND◆§‡ 1.18 .99 .79 PC725V0YUZXF


N

◆ RoHS Compliant § DIN EN60747-5-2

OPIC™ Photocoupler

Fig.

VccMax.(V)

Prop Delay Typ. (μs)


Dimensions - mm PackageType

Digi-KeyPart No.



Part No.H-L L-H Length Width Pitch 1 10 100 Qty. PricingCut Tape/Tape and Reel

1 7 0.048 0.05 3,750 5.080 3.937 1.27 8-SMD 425-2534-1-ND◆§ 1.60 1.40 1.14 425-2534-2-ND◆§ 1,500 1093.10/M PC410S0NIP0F

2 30 0.3 0.3 3,750 5.080 3.937 1.27 8-SMD 425-2535-1-ND◆§ 1.03 .91 .74 425-2535-2-ND◆§ 1,500 707.91/M PC457S0NIP0F

5 16 1.0 2.0 5,000 7.12 6.5 2.54 6-SMD 425-2541-1-ND◆§ .98 .83 .66 425-2541-2-ND◆§ 1,000 459.66 PC900V0NIPXF

715 2.0 1.0 3,750 3.6 4.4 1.27 5-SOP 425-1521-1-ND 1.03 .91 .74 425-1521-2-ND 3,000 680.68/M PC401

15 2.0 1.0 3,750 3.6 4.4 1.27 5-SOP 425-2143-1-ND◆ 1.89 1.58 1.26 — — — PC401J00000F

87 0.048 0.05 3,750 3.6 4.4 1.27 5-SOP 425-2141-1-ND◆ 1.40 1.13 .93 425-2141-2-ND◆ 3,000 700.70/M PC410L0NIP0F

7 0.048 0.05 3,750 3.6 4.4 1.27 5-SOP 425-2142-1-ND◆§ 1.83 1.46 1.21 425-2142-2-ND◆§ 3,000 910.91/M PC410L0YIP0F

930 0.2 0.4 3,750 3.6 4.4 1.27 5-SMD 425-2146-1-ND◆§ 1.32 1.06 .88 425-2146-2-ND◆§ 3,000 660.66/M PC457L0YIP0F

30 0.2 0.4 3,750 3.6 4.4 1.27 5-SMD 425-2452-1-ND◆ 1.31 1.05 .86 425-2452-2-ND◆ 3,000 650.65/M PC457L0NIP0F

10 7 0.048 0.05 3,750 5.080 3.937 1.27 8-SMD 425-2536-1-ND◆§ 2.96 2.37 1.96 425-2536-2-ND◆§ 1,500 1540.74/M PC4D10SNIP0F

11 6.0 0.027 0.035 3,750 3.6 4.4 1.27 5-SMD 425-2588-1-ND◆§ 2.14 1.72 1.42 — — — PC411L0NIP0F

12 5.5 0.023 0.022 3,750 5.080 3.937 1.27 8-SMD 425-2590-1-ND◆§ 2.64 2.12 1.75 — — — PC412S0NIP0F

◆ RoHS Compliant † AC Input ‡ Darlington Output § DIN EN60747-5-2

Fig.

VccMax.(V)

Prop DelayTyp. (μs)


Dimensions - mm PackageType

Digi-KeyPart No.

Price Each SharpPart No.H-L L-H Length Width Pitch 1 10 100

Tube1 7 0.048 0.05 5,000 9.66 6.5 2.54 8-Dip 425-1534-5-ND§ 1.68 1.42 1.01 PC910L0YSZ

2

30 0.2 0.6 5,000 9.66 6.5 2.54 8-Dip 425-1547-5-ND§ 1.12 .98 .80 PC957L0YSZ

30 0.2 0.4 5,000 9.66 6.5 2.54 8-Dip 425-2213-5-ND◆§ 1.12 .98 .80 PC957L0YSZ0F

30 0.2 0.4 5,000 9.66 6.5 2.54 8-Dip 425-2212-5-ND◆ 1.02 .89 .73 PC957L0NSZ0F

3 35 0.3 0.3 5,000 9.66 6.5 2.54 8-Dip 425-2542-5-ND◆ 1.88 1.51 1.25 PC925L0NSZ0F

4 18 2.0 2.0 5,000 9.66 6.5 2.54 8-Dip 425-2211-5-ND◆ .96 .81 .65 PC942J00000F

5

16 1.0 2.0 5,000 7.12 6.5 2.54 6-Dip 425-2204-5-ND◆ .70 .59 .47 PC900V0NSZXF

16 1.0 2.0 5,000 7.12 6.5 2.54 6-Dip 425-2205-5-ND◆§ .98 .83 .66 PC900V0YSZXF

16 1.0 2.0 5,000 7.12 6.5 2.54 6-Dip 425-2206-5-ND◆ .80 .68 .49 PC901V0NSZXF

635 1.0 1.0 4,000 9.22 6.5 1.27 14-SMD 425-2209-5-ND◆ 2.80 2.25 1.85 PC928J00000F

35 0.3 0.3 4,000 9.22 6.5 1.27 14-SMD 425-2210-5-ND◆ 2.80 2.25 1.85 PC929J00000F

®

Fig.


PackageType

Digi-KeyPart No.



Part No.VCEO

(V) Max.IC

(mA) Max.Min.(%)

Max.(%)

@ IF(mA)

@ VCE(V) 1 10 100 Qty. Pricing

5

350 150 1,000 12,000 1 2 3,750 4-SMD 425-2591-1-ND◆‡ 1.55 1.24 1.02 425-2591-2-ND◆‡ 750 633.58 PC452TJ0000F

350 150 1,000 4,000 1 2 5,000 4-SMD 425-2660-1-ND◆‡ .52 .44 .32 — — — PC853XPJ000F

350 150 1,000 — 1 2 3,750 4-SMD 425-2145-1-ND◆‡ 1.18 .99 .79 425-2145-2-ND◆‡ 3,000 521.88/M PC452J00000F

635 80 20 80 100 2 5,000 6-SMD 425-1382-1-ND .52 .44 .32 — — — PC724V0NIPX

35 80 20 80 100 2 5,000 6-SMD 425-2158-1-ND◆ .58 .49 .35 — — — PC724V0NIPXF

12

35 50 50 150 1.0 5 3,750 4-SMD 425-1325-1-ND† .77 .62 .43 425-1325-2-ND† 3,000 249.85/M PC354N1

80 50 20 400 1 5 3,750 4-SMD 425-2087-1-ND◆† .72 .61 .49 425-2087-2-ND◆† 3,000 319.52/M PC354N1J000F

80 50 20 400 1 5 3,750 4-SMD 425-2088-1-ND◆† .64 .52 .36 425-2088-2-ND◆† 3,000 224.23/M PC354NJ0000F

80 50 20 400 1 5 3,750 4-SMD 425-2574-1-ND◆† .77 .62 .43 425-2574-2-ND◆† 750 230.63 PC354N1TJ00F

80 50 20 400 1 5 3,750 4-SMD 425-2575-1-ND◆† .64 .52 .36 425-2575-2-ND◆† 750 192.19 PC354NTJ000F

80 50 50 400 0.5 5 2,500 4-SMD 425-2102-1-ND◆† .55 .46 .34 — — — PC3H410NIP0F

80 50 50 400 0.5 5 2,500 4-SMD 425-2103-1-ND◆† .80 .65 .45 425-2103-2-ND◆† 3,000 280.28/M PC3H411NIP0F

1370 50 100 300 0.5 5 3,750 4-SMD 425-1336-1-ND† .58 .48 .35 — — — PC364N1

80 50 50 400 0.5 5 3,750 4-SMD 425-2097-1-ND◆† .83 .67 .46 425-2097-2-ND◆† 3,000 276.92/M PC364NJ0000F

14 350 150 1,000 12,000 1 2 5,000 4-SMD 425-2540-1-ND◆§‡ .58 .48 .35 425-2540-2-ND◆§‡ 2,000 288.29/M PC852XPJ000F


Photocoupler (Cont.)

Fig. 1 Fig. 2

8 7 6 5

1 2 3 4

8 7 6 5

1 2 3 4

6 5 4

311

Amp

3

456

Voltageregulator

Fig. 3

Fig. 8 Fig. 9

Fig. 5 Fig. 6

1

2

3

4

8

7

6

5Amp

Amp

6 5 4

1 2 3

VoltageRegulator Amp

8 7 6 5

1 2 3 4

Interface

Amp

1

6 5 4

3

Amp

8 7 6 5

1 2 3 4

Interface Amp

Tr

1

Tr

21

2

4

3

8

7

5

6

Amp


Fig. 4

6 5

1 3

4

14 13 12 11

1 2 3 4

Interface

Amp

5 6 7

10 9 8

protectionIGBT

circuit

Voltageregulator


N

IsoLoop® High Performance Digital IsolatorsN V E C O R P O R A T I O N

IsoLoop digital isolators from NVE are superior performance alternatives to traditional opto-couplers or optoisolators. They are available in single, dual and quad channel form factors. IsoLoop bus isolators offer the designer highly compact, isolated RS 485 and RS 422 compliant devices. These high-speed products are ideal for many industrial communication applications, including PROFIBUS.

Features:IL260E, IL261, IL261E, and IL262E: • 3.3V/5V CMOS/TTL Compatible • 110Mbps Data Rate • 2500Vrms Isolation (1 minute) • 2ns Typical Pulse Width Distortion • 10ns Typical Propagation Delay • 30k/Vμs Typical Transient ImmunityIL422E: • 2500Vrms Isolation (1 minute) • 25ns Propagation Delay • 25MBd Data Rate • 1ns Pulse Skew • ±60mA Driver Output Capability • Thermal Shutdown Protection • Meets or Exceeds EIA 422-B, EIA 485-A and ITU Recommendation VII • UL 1577 Approval (pending)

IL41050TE: • 2500Vrms Isolation (1 minute) • 30kV/μs Transient ImmunityIL485E, IL485W, and IL485WE: • 35MBd Data Rate • 25ns Propagation Delay • 2500Vrms Isolation (1 minute)IL510, IL511, IL514, IL515, and IL516: • 2Mbps Maximum Speed • External Clocking Option (IL510 and IL515) • 10ns Pulse Width Distortion • 25ns Propagation DelayIL610, IL610E, IL611E, IL612E, IL613E, and IL614E: • 40Mbps Data Rate • Open Drain or CMOS Outputs • Low Power Dissipation • Failsafe Output (Logic high output for zero coil current)IL610A, IL610AE IL611AE, and IL612AE: • 10Mbps Data Rate • Open Drain or CMOS Outputs • Low Power Dissipation • Failsafe Output (Logic high output for zero coil current)IL710, IL710E, IL710T, IL711, IL711E, IL711T, IL712E, IL712T, and IL721: • 100-110MBd Data Rate • 2ns Typical Pulse Width Distortion • 10ns Typical

Propagation Delay • 30kV/μs Transient Immunity • 2500Vrms Isolation (1 minute)IL715, IL715E, IL715T, IL716, IL716E, IL716T, IL717, IL717E, and IL717T: • 100MBd Data Rate; T-Series: 110MBd Data Rate • 2ns Typical Pulse Width Distortion • 10ns Typical Propagation Delay • 30kV/μs Transient Immunity; T-Series: 30kV/μs Transient Immunity • 2500Vrms Isolation (1 minute)IL3185E, IL3185, IL3122E and IL3122: • 5Mbps Data Rate • 2500Vrms Isolation (1 minute) • 40ns Typical Propagation DelayIL3285E, IL3285, IL3222E and IL3222: • 5Mbps Data Rate • 6ns Typical Pulse Skew • 2500Vrms Isolation (1 minute) • 40ns Typical Propagation Delay • 20kV/μs Typical Common Mode RejectionIL3485, IL3422E and IL3422: • 20Mbps Data Rate • 2500Vrms Isolation (1 minute) • 40ns Typical Propagation DelayIL3585E: • 40Mbps Data Rate • 5ns Pulse Skew • 20ns Propagation Delay • 20kV/μs Typical Common Mode Rejection • 2500Vrms Isolation (1 minute)

Fig.Supply

Voltage (V)Package

TypeTemperatureRange (°C)

Digi-KeyPart No.

Price Each NVEPart No.1 10 25 100

19 3.3/5.0 16-SOIC -40 ~ 85 390-1092-5-ND 4.64 4.30 3.42 3.26 IL613-3E

20 3.3/5.0 16-SOICW -40 ~ 85 390-1093-5-ND 4.64 4.30 3.42 3.26 IL614E

21

3.3/5.0 8-MSOP -40 ~ 100 390-1103-5-ND 2.88 2.67 2.34 2.03 IL710-1E

3.3/5.0 8-DIP -40 ~ 100 390-1056-5-ND 2.88 2.67 2.34 2.03 IL710-2E

3.3/5.0 8-SOIC -40 ~ 100 390-1057-5-ND 2.88 2.67 2.34 2.03 IL710-3E

3.3/5.0 8-MSOP -40 ~ 100 390-1106-5-ND 3.12 2.89 2.55 2.21 IL710S-1E

3.3/5.0 8-SOIC -40 ~ 100 390-1107-5-ND 3.12 2.89 2.55 2.21 IL710S-3E

3.3/5.0 8-SOIC -40 ~ 125 390-1035-5-ND 3.12 2.89 2.55 2.21 IL710T-3

9

3.3/5.0 8-MSOP -40 ~ 100 390-1104-5-ND 4.69 4.35 3.82 3.31 IL711-1E

3.3/5.0 8-DIP -40 ~ 100 390-1058-5-ND 4.69 4.35 3.82 3.31 IL711-2E

3.3/5.0 8-SOIC -40 ~ 100 390-1059-5-ND 4.69 4.35 3.82 3.31 IL711-3E

3.3/5.0 8-MSOP -40 ~ 100 390-1108-5-ND 5.05 4.67 4.12 3.58 IL711S-1E

3.3/5.0 8-SOIC -40 ~ 100 390-1109-5-ND 5.05 4.67 4.12 3.58 IL711S-3E

3.3/5.0 8-MSOP -40 ~ 125 390-1113-5-ND 5.05 4.67 4.12 3.58 IL711T-1E

22

3.3/5.0 8-MSOP -40 ~ 100 390-1105-5-ND 4.69 4.35 3.82 3.31 IL712-1E

3.3/5.0 8-DIP -40 ~ 100 390-1060-5-ND 4.69 4.35 3.82 3.31 IL712-2E

3.3/5.0 8-SOIC -40 ~ 100 390-1061-5-ND 4.69 4.35 3.82 3.31 IL712-3E

3.3/5.0 8-MSOP -40 ~ 100 390-1110-5-ND 5.05 4.67 4.12 3.58 IL712S-1E

3.3/5.0 8-SOIC -40 ~ 100 390-1111-5-ND 5.05 4.67 4.12 3.58 IL712S-3E

3.3/5.0 8-MSOP -40 ~ 125 390-1114-5-ND 5.05 4.67 4.12 3.58 IL712T-1E

23

3.3/5.0 16-SOICW -40 ~ 100 390-1062-5-ND 6.17 5.71 5.04 4.37 IL715E

3.3/5.0 16-SOIC -40 ~ 100 390-1063-5-ND 6.17 5.71 5.04 4.37 IL715-3E

3.3/5.0 16-SOIC -40 ~ 125 390-1102-5-ND 6.65 6.15 5.39 4.67 IL715T-3E

123.3/5.0 16-SOICW -40 ~ 100 390-1064-5-ND 6.17 5.71 5.04 4.37 IL716E

3.3/5.0 16-SOIC -40 ~ 100 390-1065-5-ND 6.17 5.71 5.04 4.37 IL716-3E

243.3/5.0 16-SOICW -40 ~ 100 390-1066-5-ND 6.17 5.71 5.04 4.37 IL717E

3.3/5.0 16-SOIC -40 ~ 100 390-1067-5-ND 6.17 5.71 5.04 4.37 IL717-3E

25 3/5.5 8-SOIC -40 ~ 100 390-1130-ND 4.90 4.54 3.99 3.46 IL721-3E

26

3.3/5.0 16-SOICW -40 ~ 85 390-1095-5-ND 3.24 3.02 2.65 2.30 IL3185E

3.3/5.0 16-SOIC -40 ~ 85 390-1124-5-ND 3.22 3.01 2.63 2.28 IL3185-3E

3.3 16-SOICW -40 ~ 85 390-1097-5-ND 3.29 3.08 2.70 2.34 IL3285E

3.3/5.0 16-SOIC -40 ~ 85 390-1126-5-ND 3.29 3.08 2.70 2.34 IL3285-3E

3.3/5.0 16-SOIC -40 ~ 85 390-1128-5-ND 3.36 3.14 2.75 2.38 IL3485-3E

27

3.3/5.0 16-SOICW -40 ~ 85 390-1096-5-ND 3.24 3.02 2.65 2.30 IL3122E

3.3/5.0 16-SOIC -40 ~ 85 390-1125-5-ND 3.24 3.02 2.65 2.30 IL3122-3E

3.3 16-SOICW -40 ~ 85 390-1098-5-ND 3.29 3.08 2.70 2.34 IL3222E

3.3/5.0 16SOIC -40 ~ 85 390-1127-5-ND 3.29 3.08 2.70 2.34 IL3222-3E

3.3/5.0 16-SOICW -40 ~ 85 390-1100-5-ND 3.36 3.14 2.75 2.38 IL3422E

3.3/5.0 16-SOIC -40 ~ 85 390-1129-5-ND 3.36 3.14 2.75 2.38 IL3422-3E

28 3.3/5.0 16-SOICW -40 ~ 85 390-1101-5-ND 4.41 4.13 3.62 3.14 IL3585E

Fig.Supply

Voltage (V)Package

TypeTemperatureRange (°C)

Digi-KeyPart No.

Price Each NVEPart No.1 10 25 100

93.3/5.0 8-SOIC -40 ~ 100 390-1006-5-ND 4.69 4.35 3.82 3.31 IL711-3

3.3/5.0 8-SOIC -40 ~ 125 390-1036-5-ND 5.05 4.67 4.12 3.58 IL711T-3

123.3/5.0 16-SOIC -40 ~ 100 390-1013-5-ND 6.17 5.71 5.04 4.37 IL716-3

3.3/5.0 16-SOICW -40 ~ 125 390-1040-5-ND 6.65 6.15 5.39 4.67 IL716T

22 3.3/5.0 8-SOIC -40 ~ 125 390-1037-5-ND 5.05 4.67 4.12 3.58 IL712T-3

233.3/5.0 16-SOIC -40 ~ 100 390-1012-5-ND 6.17 5.71 5.04 4.37 IL715-3

3.3/5.0 16-SOICW -40 ~ 125 390-1038-5-ND 6.65 6.15 5.39 4.67 IL715T

243.3/5.0 16-SOIC -40 ~ 100 390-1014-5-ND 6.17 5.71 5.04 4.37 IL717-3

3.3/5.0 16-SOICW -40 ~ 125 390-1041-5-ND 6.65 6.15 5.39 4.67 IL717T

RoHS Compliant

13.3/5.0 16-SOICW -40 ~ 85 390-1068-5-ND 6.89 6.37 5.60 4.85 IL260E

3.3/5.0 16-SOIC -40 ~ 85 390-1069-5-ND 6.89 6.37 5.60 4.85 IL260-3E

23.3/5.0 16-SOICW -40 ~ 85 390-1070-5-ND 6.89 6.37 5.60 4.85 IL261E

3.3/5.0 16-SOIC -40 ~ 85 390-1071-5-ND 6.89 6.37 5.60 4.85 IL261-3E

33.3/5.0 16-SOICW -40 ~ 85 390-1115-5-ND 6.89 6.37 5.60 4.85 IL262E

3.3/5.0 16-SOIC -40 ~ 85 390-1116-5-ND 6.89 6.37 5.60 4.85 IL262-3E

4 4.5/5.5 16-SOICW -40 ~ 85 390-1074-5-ND 10.09 9.34 8.25 7.14 IL422E

5 4.5/5.5 16-SOICW -40 ~ 85 390-1072-5-ND 10.09 9.34 8.25 7.14 IL485E

6 3/5.5V 16-SOIC -55 ~ 125 390-1131-ND 3.04 2.85 2.50 2.17 IL41050TE

7 4.5/5.5 16-SOICW -40 ~ 85 390-1073-5-ND 10.09 9.34 8.25 7.14 IL485WE

83.0/5.5 8-SOIC -40 ~ 85 390-1117-5-ND 3.20 2.41 2.25 2.09 IL510-3E

3.3/5.0 8-MSOP -40 ~ 85 390-1122-5-ND 3.23 2.41 2.25 2.09 IL510-1E

93.0/5.5 8-SOIC -40 ~ 85 390-1118-5-ND 2.80 2.25 2.01 1.85 IL511-3E

3.3/5.0 8-MSOP -40 ~ 85 390-1123-5-ND 2.80 2.25 2.01 1.85 IL511-1E

10 3.0/5.5 16-SOIC -40 ~ 85 390-1119-5-ND 3.20 2.65 2.37 2.17 IL514E

11 3.0/5.5 16-SOIC -40 ~ 85 390-1120-5-ND 4.00 3.37 3.13 2.89 IL515E

12 3.0/5.5 16-SOIC -40 ~ 85 390-1121-5-ND 4.00 3.37 3.13 2.89 IL516E

13

3.3/5.0 8-MSOP -40 ~ 85 390-1075-5-ND 2.56 2.37 2.09 1.81 IL610-1E

3.3/5.0 8-DIP -40 ~ 85 390-1076-5-ND 2.56 2.37 2.09 1.81 IL610-2E

3.3/5.0 8-SOIC -40 ~ 85 390-1077-5-ND 2.56 2.37 2.09 1.81 IL610-3E

143.3/5.0 8-MSOP -40 ~ 85 390-1078-5-ND 2.40 2.23 1.97 1.70 IL610A-1E

3.3/5.0 8-SOIC -40 ~ 85 390-1080-5-ND 2.40 2.23 1.97 1.70 IL610A-3E

15

3.3/5.0 8-MSOP -40 ~ 85 390-1081-5-ND 3.84 3.56 3.13 2.71 IL611-1E

3.3/5.0 8-DIP -40 ~ 85 390-1082-5-ND 3.84 3.56 3.13 2.71 IL611-2E

3.3/5.0 8-SOIC -40 ~ 85 390-1083-5-ND 3.84 3.56 3.13 2.71 IL611-3E

163.3/5.0 8-MSOP -40 ~ 85 390-1084-5-ND 3.04 2.82 2.50 2.17 IL611A-1E

3.3/5.0 8-SOIC -40 ~ 85 390-1086-5-ND 3.04 2.82 2.50 2.17 IL611A-3E

17 3.3/5.0 8-SOIC -40 ~ 85 390-1088-5-ND 3.84 3.56 3.13 2.71 IL612-3E

183.3/5.0 8-DIP -40 ~ 85 390-1089-5-ND 3.04 2.82 2.50 2.17 IL612A-2E

3.3/5.0 8-SOIC -40 ~ 85 390-1090-5-ND 3.04 2.82 2.50 2.17 IL612A-3E

DE

DD

RRE

R AB

ISODE

Gal

vani

c Is

olat

ion

DE

DE

DD

R AB

IN 1

R

ISODE

Gal

vani

c Is

olat

ionDE

REOUT 1

ISODEDEDE

DD

RR

RE Gal

vani

c Is

olat

ion

YZAB

1 IN

Gal

vani

c Is

olat

ion

1 OUT

V OE

1 IN

1 OUT

2 OUT

3 OUT

4 OUT

2 IN

3 IN

4 IN

Gal

vani

c Is

olat

ion

1 IN

1 OUT

2 OUT

3 IN

4 IN

2 IN

3 OUT

4 OUT G

alva

nic

Isol

atio

n

1 IN

2 OUT

3 OUT

4 IN

1 OUT

2 IN

3 IN

4 OUT

Gal

vani

c Is

olat

ion

Fig. 19Fig. 18

Fig. 16

1 IN

2 IN

2 OUT

1 OUT

Gal

vani

c Is

olat

ion

Fig. 15

Fig. 7

Fig. 5


Gal

vani

c Is

olat

ion

VOE

1OUT

Fig. 21

Gal

vani

c Is

olat

ion

VOEVO

GND

Gal

vani

c Is

olat

ion

1OUT

2OUT2IN

2IN

1IN

1IN

Gal

vani

c Is

olat

ion 1OUT

2OUT

GND2IN

2IN

1IN

1IN

Fig. 9

1 IN

2 OUT

2 IN

1 OUT

Gal

vani

c Is

olat

ion

Fig. 22

Fig. 23

Gal

vani

c Is

olat

ion

1IN

2IN

3IN

4IN5OUT

1OUT

2OUT

3OUT

4OUT5IN

1 IN 1 OUT2 OUT3 OUT4 OUT5 OUT

2 IN3 IN4 IN5 IN

Fig. 12

1 OUT1 INVDD1

VDD22 IN2 OUT

Fig. 27

DE ISODE

RE

D

ABR


Fig. 13 Fig. 14

Fig. 17

Fig. 28

Fig. 4

Fig. 20

Fig. 26Fig. 24

IN1

IN2GND

GNDOUT2

OUT1VDD1

VDD2

IN1 OUT1

IN2 OUT2

IN3 OUT3

IN1OUT1

REIN2 OUT2

IN3

COILOUT3

B

DE

COIL

VCOILR

RE

D

AB

DE

COIL

VCOILR

RE

D

A

ZY

IN1

IN2

IN3

OUT4

OUT5 IN 5

OUT1

OUT2

OUT3

IN 4

OUT1

IN1

SYNC VOE

OUT1

OUT2

IN1

IN2

IN3

OUT3

VOE

OUT1

OUT2

OUT3

OUT4

IN 1

IN 2

IN 3

IN 4

SYNC

TxD

RxD

CANH

CANL

S

Fig. 6

Fig. 25

IN1

IN2

OUT2

OUT1


N

(Continued)

Low Input Current, High Gain

Fig. Package▲CTR

Range (%)Supply

Voltage (V)IsolatedVoltage

Digi-KeyPart No.

Pricing Tape and Reel§ AvagoPart No.1 10 100 Qty. Pricing

3 6-DIP 200 ~ 3,200 20 3,750 516-1022-5-ND 2.92 25.64 217.50 — — 4N46

RoHS Compliant3 6-DIP 200 ~ 3,200 20 3,750 516-1596-5-ND 2.91 25.63 217.50 — — 4N46-000E

4

8-SOIC 400 ~ 5,000 3.3 3,750 516-1644-5-ND 4.35 38.48 297.90 — — HCPL-073L-000E

8-DIP 300 ~ 2,600 7 5,000 516-1542-5-ND 3.12 27.58 213.51 — — HCPL-2730-000E

8-SOIC 300 ~ 2,600 7 3,750 516-1641-5-ND 4.88 43.20 334.48 — — HCPL-0730-000E

8-DIP 400 ~ 5,000 18 5,000 516-1543-5-ND 3.28 29.11 225.36 — — HCPL-2731-000E

8-SOIC 400 ~ 5,000 18 3,750 516-1642-5-ND 5.15 45.62 353.18 — — HCPL-0731-000E

8-SOIC 400 ~ 5,000 18 3,750 516-1535-1-ND◊ 5.19 45.96 355.82 1,500 2223.86/M HCPL-0731-500E

5

8-DIP 400 ~ 5,000‡ 18 3,750 516-1601-5-ND 1.35 11.72 90.09 — — 6N139-000E

8-SOIC 400 ~ 5,000‡ 18 3,750 516-1780-1-ND◊ 1.51 12.80 109.15 1,000 564.56 6N139-500E

8-SOIC 500 ~ 5,000 18 3,750 516-1637-5-ND 1.99 17.44 147.99 — — HCPL-0701-000E

8-SOIC 500 ~ 5,000 18 3,750 516-1488-1-ND◊ 2.04 17.97 152.47 1,500 952.96/M HCPL-0701-500E

8-DIP(W) 200 ~ 4,500 18 5,000 516-1612-5-ND 3.00 26.56 205.65 — — HCNW139-000E

8-SMD 200 ~ 4,500 18 5,000 516-1613-5-ND 3.06 27.06 209.49 — — HCNW139-300E

68-SOIC 500 ~ 25,000 18 3,750 516-1638-5-ND 3.08 28.19 215.26 — — HCPL-070A-000E

8-SOIC 500 ~ 25,000 18 3,750 516-1643-5-ND 7.22 66.87 508.19 — — HCPL-073A-000E

7 16-DIP 200 ~ 1,500‡ 18 — 516-1834-5-ND 52.56 494.61 4405.17 — — 6N140A

High-Speed

Fig. Package▲

CTRRange

(%)

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.

PricingTape and Reel§

Pricing1,500

AvagoPart No.1 10 100

8 8-DIP(W) 19 ~ 63 30 5,000 516-1037-5-ND 3.40 30.01 232.37 — HCNW4504

98-SMD 44 ~ 90 30 3,750 516-1039-5-ND 2.85 25.11 213.01 — HCPL-4506#300

8-SOIC 44 ~ 90 30 3,750 516-1040-5-ND 3.56 31.53 244.08 — HCPL-0466

10 8-SOIC 15 ~ 50 30 3,750 516-1047-5-ND 5.97 52.88 409.37 — HCPL-0534

RoHS Compliant

11

8-SOIC 7 ~ 50 30 3,750 516-1630-5-ND 1.56 13.74 116.60 — HCPL-0500-000E

8-DIP(W) 5 ~ 50 30 5,000 516-1610-5-ND 2.28 20.08 170.41 — HCNW135-000E

8-DIP 19 ~ 50 15 3,750 516-1520-5-ND 1.44 12.25 104.50 — 6N136-000E

8-SMD 19 ~ 50 15 3,750 516-1598-5-ND 1.51 12.80 109.15 — 6N136-300E

8-SOIC 15 ~ 50 30 3,750 516-1529-1-ND◊ 1.80 15.86 134.53 840.84/M HCPL-0501-500E

8-DIP(W) 15 ~ 50 30 5,000 516-1524-5-ND 2.40 21.14 179.38 — HCNW136-000E

8-SOIC 15 ~ 50 30 3,750 516-1628-5-ND 1.85 16.31 138.38 — HCPL-0452-000E

8-SOIC 15 ~ 50 30 3,750 516-1528-5-ND 2.47 21.67 183.86 — HCPL-0453-000E

8-SOIC 19 ~ 50 30 3,750 516-1874-5-ND 1.49 13.93 111.47 — HCPL-0501-000E

8-DIP(W) 15 ~ 50 30 5,000 516-1620-5-ND 3.15 27.87 215.72 — HCNW4503-000E

8-SMD(W) 15 ~ 50 30 5,000 516-1621-5-ND 3.19 28.17 218.08 — HCNW4503-300E

8

8-DIP 26 ~ 65 30 3,750 516-1479-5-ND 2.63 23.15 196.44 — HCPL-4504-000E

8-SOIC 26 ~ 65 30 3,750 516-1629-5-ND 3.04 26.75 226.91 — HCPL-0454-000E

8-SMD(W) 25 ~ 65 30 5,000 516-1622-5-ND 3.46 30.64 237.20 — HCNW4504-300E

9

8-DIP 44 ~ 90 30 3,750 516-1549-5-ND 2.79 24.58 208.53 — HCPL-4506-000E

8-DIP(W) 44 ~ 90 30 5,000 516-1623-5-ND 3.60 31.86 246.67 — HCNW4506-000E

8-SMD(W) 44 ~ 90 30 5,000 516-1624-5-ND 3.67 32.47 251.43 — HCNW4506-300E

10

8-DIP 7 ~ 50 30 5,000 516-1659-5-ND 2.52 22.20 188.35 — HCPL-2530-000E

8-ESOP 7 ~ 50 30 3,750 516-1631-5-ND 3.79 33.51 259.46 — HCPL-0530-000E

8-DIP 19 ~ 50 30 5,000 516-1474-5-ND 2.64 23.26 197.32 — HCPL-2531-000E

8-SMD 19 ~ 50 30 5,000 516-1660-5-ND 2.71 23.78 201.80 — HCPL-2531-300E

8-SOIC 19 ~ 50 30 3,750 516-1484-1-ND◊ 3.98 35.25 272.91 1705.71/M HCPL-0531-500E

8-ESOP 19 ~ 50 30 3,750 516-1530-5-ND 3.92 34.75 269.07 — HCPL-0531-000E

8-SOIC 15 ~ 50 3.6 3,750 516-1632-5-ND 4.26 37.73 292.13 — HCPL-053L-000E

Phototransistor

Optocouplers

Fig. PackageCTR

Range (%)Vceo(V)

Rise/FallTime (μs)

IsolatedVoltage

Digi-KeyPart No.


1

6-DIP 20 ~ N/A 30 3/3 2,500 516-1556-5-ND .34 2.88 21.62 — — 4N25-000E

6-SMD 100 ~ N/A 30 3/3 3,550 516-1730-5-ND .45 3.36 26.43 — — 4N35-300E

6-SMD 100 ~ N/A 30 3/3 3,550 516-1731-1-ND◊ .45 3.36 26.43 — — 4N35-500E

2

4-SOIC 50 ~ 600 80 2/3 3,000 516-1978-1-ND◊ .54 4.04 31.71 3,000 144.15/M ACPL-217-500E

4-SOIC 80 ~ 600 80 4/3 3,750 516-1646-1-ND◊ .40 3.17 23.78 3,000 112.12/M HCPL-181-000E

4-MINIPAK 50 ~ 600 80 4/3 3,750 516-1787-1-ND◊ .43 3.43 25.69 3,000 121.08/M HCPL-181-00BE

4-MINIPAK 50 ~ 600 80 4/3 3,750 516-1788-1-ND◊ .40 3.03 23.78 3,000 108.11/M HCPL-181-00CE

4-SMD 50 ~ 600 70 4/3 5,000 516-1878-5-ND .48 3.67 24.90 — — HCPL-817-300E

®


† 8MBd ◊ Cut Tape § For Tape and Reel part number, change 1-ND to 2-ND ‡ JEDEC registered data ▲ 8-SMD = PDip Package with Gullwing Leads; (W) = 0.4 inch row spacing and (N) = 0.23 inch row spacing) Δ 16-SOIC Package; (W) = .29 inch row spacing and (N) = .15 inch row spacing

High Bandwidth Analog/Video

Fig. Package▲CTR

% (Typ.)BandwidthMHz (Typ.)

SupplyVoltage (V)

IsolatedVoltage

Digi-KeyPart No.

Pricing AvagoPart No.1 10 100

11 8-SMD(W) 52 9 30 5,000 516-1051-5-ND 3.56 32.59 248.89 HCNW4562#300

RoHS Compliant11 8-DIP 45 17 30 3,750 516-1679-5-ND 2.89 25.57 197.96 HCPL-4562-000E

Fig. 1

6 VO2

7 VO1

8 VCC

5 GNDAnode2 4

Anode1 1

Cathode1 2

Cathode2 3

Fig. 6Fig. 3 Fig. 4 Fig. 5Fig. 2

Fig. 10

6 V02

7 V01

8 VCC

5 GNDAnode2 4

Anode1 1

Cathode1 2

Cathode2 3

6 VO

7 VB

8 VCC

5 GNDNC 4

NC 1

Anode 2

Cathode 3

Fig. 11

6 VO

7 NC

8 VCC

5 GNDNC 4

NC 1

Anode 2

Cathode 3

6 VO

7 VL

8 VCC

5 GNDShieldNC 4

NC 1

Anode 2

Cathode 3

Fig. 9

Fig. 8

Fig. 14

6 VE

7 VO

8 VCC

5 GNDShieldNC 4

NC 1

Anode 2

Cathode 3

6 NC

7 VO

8 VCC

5 GNDShieldNC 4

NC 1

Anode 2

Cathode 3

Fig. 13

Fig. 12

7 NC

6 VO

8 VCC

5 GNDShieldNC 4

NC 1

Anode 2

Cathode 3

Fig. 7

Catholde 1 NC

NC

GND

VCC

VO1

VO2VO3VO4

Cathode 2Cathode 3

Anode 1Anode 2

Cathode 4

Anode 4

Anode 3

6 5 4

1 2 3

6 VO

7 VB

8 VCC

5 GNDNC 4

NC 1

Anode 2

Cathode 3

6 VB

5 VO

4 GND

Anode 1

Cathode 2

3

6 VO2

7 VO1

8 VCC

5 GNDAnode2 4

Anode1 1

Cathode1 2

Cathode2 3

4 3

1 2

Fig. 15

7

1

2

3

4 5

6

8NC

ANODE

CATHODE

NC GND

VCC

VO

NC

SHIELD


N

Logic Gate - 15MBd

Fig. OE Package

Common Mode

Rejection

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.

Bulk PricingTape and Reel§

Pricing1,500


18 Yes 8-DIP 15,000V/μs 3.3 3,750 516-1101-5-ND 2.59 22.73 192.83 — HCPL-260L

RoHS Compliant18 Yes 8-SOIC 15,000V/μs 3.3 3,750 516-1633-5-ND 2.40 21.14 179.38 — HCPL-060L-000E

19

No 8-DIP 15,000V/μs 3.3 3,750 516-1668-5-ND 4.48 39.72 307.51 — HCPL-263L-000E

No 8-SOIC 15,000V/μs 3.3 3,750 516-1581-5-ND 5.61 49.65 384.38 — HCPL-063L-000E

No 8-SOIC 15,000V/μs 3.3 3,750 516-1775-1-ND◊ 5.66 50.15 388.23 2426.43/M HCPL-063L-500E

— 8-DIP 1,000V/μs 2 — 516-1877-5-ND 58.79 552.20 4987.60 — HCPL-5730

23 No 8-SOIC 10,000V/μs 5 2,500 516-1602-5-ND 3.36 30.83 235.44 — ACSL-6210-00RE

24 No 16-SOIC 10,000V/μs 5 2,500 516-1603-5-ND 6.05 56.06 426.03 — ACSL-6400-00TE

25 No 16-SOIC 10,000V/μs 5 2,500 516-1733-5-ND 6.49 60.06 456.46 — ACSL-6420-00TE

Logic Gate - 10MBd

(Continued)

Optocouplers (Cont.)

Logic Gate - 2.5MBd, 5MBd, 8MBd

Fig. Package▲

CommonMode

Rejection

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.


12 8-SMD 1,000V/μs 20 3,750 516-1054-5-ND 3.17 28.05 217.18 — — HCPL-2200#300

13 8-SOIC 1,000V/μs 20 3,750 516-1055-5-ND 3.31 29.29 226.79 — — HCPL-0201

RoHS Compliant

128-DIP 1,000V/μs 20 3,750 516-1647-5-ND 3.12 27.56 213.33 — — HCPL-2200-000E

8-SMD 1,000V/μs 20 3,750 516-1648-1-ND◊ 3.17 28.05 217.18 1,000 1266.87 HCPL-2200-500E

13

8-SOIC 1,000V/μs 20 3,750 516-1483-1-ND◊ 3.36 29.79 230.63 1,500 1441.44/M HCPL-0201-500E

8-SOIC 1,000V/μs 20 3,750 516-1704-5-ND 3.31 29.29 226.79 — — HCPL-0201-000E

8-SOIC 5,000V/μs 20 3,750 516-1625-5-ND 3.81 33.76 261.38 — — HCPL-0211-000E

8-DIP 1,000V/μs 20 3,750 516-1649-5-ND 3.03 26.81 207.57 — — HCPL-2201-000E

8-DIP 5,000V/μs 20 3,750 516-1537-5-ND 3.42 30.29 234.47 — — HCPL-2211-000E

8-DIP(W) 1,000V/μs 20 3,750 516-1614-5-ND 3.62 32.03 247.93 — — HCNW2201-000E

8-DIP(W) 5,000V/μs 20 3,750 516-1615-5-ND 3.94 34.93 270.41 — — HCNW2211-000E

8-SMD(W) 5,000V/μs 20 3,750 516-1616-5-ND 4.01 35.53 275.10 — — HCNW2211-300E

148-DIP 1,000V/μs 20 3,750 516-1650-5-ND 3.03 26.81 207.57 — — HCPL-2202-000E

8-DIP 5,000V/μs 20 3,750 516-1651-5-ND 3.42 30.29 234.47 — — HCPL-2212-000E

15 8-SMD 5,000V/μs 20 3,750 516-1741-5-ND 3.48 30.78 238.32 — — HCPL-2211-300E

16

8-DIP 1,000V/μs 20 3,750 516-1582-5-ND 7.22 65.49 519.40 — — HCPL-2231-000E

8-SMD 1,000V/μs 20 3,750 516-1652-5-ND 7.28 65.95 523.08 — — HCPL-2231-300E

8-DIP 5,000V/μs 20 3,750 516-1473-5-ND 9.35 84.76 672.27 — — HCPL-2232-000E

8-SMD 5,000V/μs 20 3,750 516-1653-5-ND 9.40 85.23 675.96 — — HCPL-2232-300E

17

8-ESOP 100V/μs 5 3,750 516-1626-5-ND† 6.49 60.06 456.46 — — HCPL-0300-000E

8-DIP 100V/μs 5 3,750 516-1538-5-ND† 5.55 50.87 388.47 — — HCPL-2300-000E

8-SMD 100V/μs 5 3,750 516-1654-5-ND† 5.60 51.32 391.83 — — HCPL-2300-300E

Fig. OE Package▲

CommonMode

Rejection

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.


18 Yes 8-SMD 10,000V/μs 5 3,750 516-1079-5-ND 2.47 21.69 184.05 — — HCPL-2611#300

20 No 8-DIP 5,000V/μs 5 3,750 516-1099-5-ND 2.90 25.83 211.78 — — HCPL-7611

RoHS Compliant

18

Yes 8-DIP N/A 5 3,750 516-1521-5-ND 1.51 13.21 112.11 — — 6N137-000E

Yes 8-SMD N/A 5 3,750 516-1599-5-ND 1.56 13.74 116.60 — — 6N137-300E

Yes 8-SMD 1,000V/μs 5 3,750 516-1772-1-ND◊ 1.56 13.74 116.60 1,000 728.73 6N137-500E

Yes 8-SOIC 5,000V/μs 5 3,750 516-1734-5-ND 2.11 18.50 156.96 — — HCPL-0600-000E

Yes 8-SOIC N/A 5 3,750 516-1485-1-ND◊ 2.16 19.03 161.44 1,500 1009.01/M HCPL-0600-500E

Yes 8-DIP(W) N/A 5 5,000 516-1611-5-ND 2.71 24.89 190.03 — — HCNW137-000E

Yes 8-SOIC 5,000V/μs 5 3,750 516-1471-5-ND 2.11 18.50 156.96 — — HCPL-0601-000E

Yes 8-SOIC 10,000V/μs 5 3,750 516-1774-1-ND◊ 2.16 19.03 161.44 1,500 1009.01/M HCPL-0601-500E

Yes 8-DIP 5,000V/μs 5 3,750 516-1540-5-ND 2.01 17.71 150.23 — — HCPL-2601-000E

Yes 8-SMD 5,000V/μs 5 3,750 516-1661-5-ND 2.07 18.23 154.71 — — HCPL-2601-300E

Yes 8-DIP 10,000V/μs 5 3,750 516-1663-5-ND 2.40 21.19 179.77 — — HCPL-2611-000E

Yes 8-SOIC 10,000V/μs 5 3,750 516-1486-1-ND◊ 2.76 24.31 206.29 1,500 1289.29/M HCPL-0611-500E

Yes 8-SMD 10,000V/μs 5.5 3,750 516-1873-5-ND 2.71 24.89 190.03 — — HCNW2601-300E

Yes 8-DIP(W) 10,000V/μs 5 5,000 516-1618-5-ND 3.48 31.94 243.84 — — HCNW2611-000E

Yes 8-SMD(W) 10,000V/μs 5 5,000 516-1619-5-ND 3.53 32.38 247.21 — — HCNW2611-300E

Yes 8-SOIC 1,000V/μs 5 3,750 516-1635-5-ND 2.89 25.57 197.96 — — HCPL-061A-000E

Yes 8-SOIC 1,000V/μs 5 3,750 516-1579-5-ND 3.08 27.31 211.41 — — HCPL-061N-000E

19

No 8-DIP N/A 5 3,750 516-1475-5-ND 3.51 31.03 240.24 — — HCPL-2630-000E

No 8-SMD N/A 5 3,750 516-1665-5-ND 3.56 31.53 244.08 — — HCPL-2630-300E

No 8-SOIC 5,000V/μs 5 3,750 516-1735-5-ND 5.10 45.18 349.79 — — HCPL-0630-000E

No 8-SOIC N/A 5 3,750 516-1487-1-ND◊ 5.16 45.68 353.63 1,500 2210.21/M HCPL-0630-500E

No 8-DIP 5,000V/μs 5 3,750 516-1541-5-ND 3.79 33.51 259.46 — — HCPL-2631-000E

No 8-SMD 5,000V/μs 5 3,750 516-1666-5-ND 3.84 34.01 263.30 — — HCPL-2631-300E

No 8-SOIC 5,000V/μs 5 3,750 516-1580-1-ND◊ 5.16 45.68 353.63 1,500 2210.21/M HCPL-0631-500E


No 8-DIP 10,000V/μs 5 3,750 516-1680-5-ND 6.28 55.61 430.52 — — HCPL-4661-000E


No 8-DIP 1,000V/μs 5 3,750 516-1667-5-ND 5.47 48.41 374.77 — — HCPL-263A-000E

No 8-SOIC 1,000V/μs 5 3,750 516-1531-5-ND 6.59 58.34 451.65 — — HCPL-063A-000E

No 8-SOIC 1,000V/μs 5 3,750 516-1532-5-ND 7.94 71.99 570.97 — — HCPL-063N-000E

21 — 5-SOIC 15,000V/μs 5.5 3,750 516-1979-1-ND 5.81 51.39 397.84 — — ACPL-M61T-500E

22No 5-SOIC N/A 5 3,750 516-1692-5-ND 2.25 19.82 168.17 — — HCPL-M600-000E

No 5-SOIC 10,000V/μs 5 3,750 516-1554-5-ND 2.85 25.11 213.01 — — HCPL-M611-000E

®



Fig. 28

7 NC

6 VO

8 VDD2

5 GND2ShieldGND1 4

VDD1 1

V1 2

3

Fig. 17Fig. 16 Fig. 18 Fig. 19

Fig. 23

6 VO2

7 VO1

8 VCC

5 GNDShield

Anode1 1

Anode2 4

Cathode2 3

Cathode1 2

6 VO

7 RL

8 VCC

5 GNDShieldNC 4

NC 1

Anode 2

Cathode 3 6 VO

7 VE

8 VCC

5 GNDShieldNC 4

NC 1

Anode 2

Cathode 3 6 VO2

7 VO1

8 VCC

5 GNDShieldAnode2 4

Anode1 1

Cathode2 3

Cathode1 2

Fig. 22

5 VO

6 VCC

4 GND

Anode 1

Cathode 3Shield

Fig. 20

Fig. 21

6 VO

7 NC

8 VCC

5 GNDShieldNC 4

NC 1

Anode 2

Cathode 3

Fig. 24

Fig. 25

GND

GND

CATHODE2

V01

V02V03V04

VDD

VDD

ANODE2

CATHODE1

ANODE1

CATHODE3

ANODE3

CATHODE4

ANODE4

GND1CATHODE2

V01

VDD1

ANODE2 GND2CATHODE1

V02

VDD2

ANODE1

6 VO

7 VE

8 VCC

5 GNDShield

NC 4

NC 1

Anode 2

Cathode 3

7 VO1

6 VO2

8 VCC

5 GNDShieldAnode2 4

Anode1 1

Cathode1 2

Cathode2 3

Fig. 26

Fig. 27

1

9

16

8

ANODE4

ANODE3

ANODE2

ANODE1

CATHODE4

CATHODE3

CATHODE2

CATHODE1

VDD2

VDD1

V01

V03

V04

V02

GND2

GND1

5 VO

6 VCC

4 GND

Anode 1

Cathode 3


N

(Continued)

Optocouplers (Cont.)®


Logic Gate - 20MBd

Fig. OE Package

Common Mode

Rejection

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.


26Yes 8-DIP 1,000V/μs 5 3,750 516-1655-5-ND 5.94 52.63 407.45 HCPL-2400-000EYes 8-SMD 1,000V/μs 5 3,750 516-1656-5-ND 5.94 52.63 407.45 HCPL-2400-300E

27No 8-DIP 1,000V/μs 5 3,750 516-1539-5-ND 12.30 111.47 884.08 HCPL-2430-000ENo 8-SMD 1,000V/μs 5 3,750 516-1657-5-ND 12.35 111.94 887.77 HCPL-2430-300E

High Speed CMOS

Fig. Package

TransferRate

(Mb/s)

CommonMode

Rejection

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.


28

8-SOIC 50 10,000V/μs 5 3,750 516-1640-5-ND 6.45 58.52 464.14 HCPL-0723-000E8-SOIC 25 10,000V/μs 5 3,750 516-1732-5-ND 4.48 39.72 307.51 ACPL-072L-000E8-DIP 25 10,000V/μs 5 3,750 516-1550-5-ND 6.29 55.76 431.70 HCPL-7721-000E

8-SOIC 25 10,000V/μs 5 3,750 516-1639-5-ND 6.57 58.18 450.44 HCPL-0721-000E8-DIP 25 10,000V/μs 5 3,750 516-1689-5-ND 5.81 51.44 398.22 HCPL-7720-000E

8-SOIC 25 10,000V/μs 5 3,750 516-1534-5-ND 6.05 53.59 414.90 HCPL-0720-000E8-DIP 12.5 10,000V/μs 5 3,750 516-1480-5-ND 5.25 46.56 360.47 HCPL-7710-000E8-SMD 12.5 10,000V/μs 5 3,750 516-1688-5-ND 5.31 47.03 364.13 HCPL-7710-300E8-SOIC 12.5 10,000V/μs 5 3,750 516-1705-5-ND 5.61 49.62 384.15 HCPL-0710-000E8-SOIC 12.5 10,000V/μs 5 3,750 516-1489-1-ND◊ 4.84 43.63 355.51 HCPL-0710-500E

29 8-SOIC 15 10,000V/μs 5 3,750 516-1536-5-ND 7.18 65.02 515.72 HCPL-0738-000E

Fig. Package▲Input

CurrentOutputCurrent

SupplyVoltage

(V)IsolatedVoltage

DelayTime

Digi-KeyPart No.


Pricing1,000


308-DIP 7mA 2.0A 30 3,750 0.50μs 516-1123-5-ND 3.79 33.51 259.46 — HCPL-J3128-DIP 7mA 0.6A 30 3,750 0.50μs 516-1125-5-ND 3.08 27.27 211.10 — HCPL-3150

RoHS Compliant

308-DIP 7mA 2.5A 30 3,750 0.50μs 516-1476-5-ND 2.97 26.08 221.28 — HCPL-3120-000E8-SMD 7mA 2.5A 30 3,750 0.50μs 516-1544-5-ND 2.82 24.98 193.35 — HCPL-3120-300E

31 8-DIP(W) 7mA 2.5A 30 3,750 0.50μs 516-1470-5-ND 4.68 41.36 320.24 — HCNW3120-000E

30

8-DIP 7mA 0.6A 30 3,750 0.50μs 516-1742-5-ND 3.08 27.27 211.10 — HCPL-3150-000E8-DIP 10mA 2.0A 20 3,750 0.20μs 516-1674-5-ND 3.60 31.84 246.49 — HCPL-3180-000E8-SMD 10mA 2.0A 20 3,750 0.20μs 516-1675-5-ND 3.67 32.47 251.40 — HCPL-3180-300E8-SMD 7mA 2.5A 30 2,500 0.30μs 516-1789-1-ND◊ 2.82 24.98 193.35 1087.57 HCPL-3120-5008-DIP 16mA 2.5A 30 3,750 0.30μs 516-1879-5-ND 3.24 29.73 227.03 — HCPL-J312-000E

32 8-SOIC 8mA 0.4A 30 3,750 0.70μs 516-1527-5-ND 2.25 19.82 168.17 — HCPL-0314-000E

338-DIP 8mA 0.4A 30 3,750 0.70μs 516-1583-5-ND 2.16 19.03 161.44 — HCPL-3140-000E

16-SOIC 7mA 0.5A 30 3,750 0.50μs 516-1673-5-ND 6.67 59.08 457.42 — HCPL-315J-000E34 16-SOIC 8mA 0.4A 30 3,750 0.70μs 516-1477-5-ND 3.88 34.31 265.69 — HCPL-314J-000E— 16-SOIC 1μA 2.0A 30 3,750 0.50μs 516-1478-5-ND 5.75 53.25 404.72 — HCPL-316J-000E

Integrated Driver

AC/DC Logic Interface

Fig. PackageHysteresis

(Typ.)DelayTime

SupplyVoltage (V)

IsolatedVoltage

Digi-KeyPart No.


35 8-SMD 0.6mA 40μs 18 3,750 516-1134-5-ND 5.58 51.65 392.55 HCPL-3760#300RoHS Compliant

35

8-SOIC 1.2mA 40μs 18 3,750 516-1627-ND 4.40 38.91 301.22 HCPL-0370-000E8-DIP 1.2mA 40μs 18 3,750 516-1545-5-ND 4.22 37.37 289.29 HCPL-3700-000E8-SMD 1.2mA 40μs 18 3,750 516-1676-5-ND 4.28 37.97 293.92 HCPL-3700-300E8-DIP 0.6mA 40μs 18 3,750 516-1677-5-ND 5.53 51.25 389.51 HCPL-3760-000E8-SMD 0.6mA 40μs 18 3,750 516-1743-5-ND 5.58 51.65 392.55 HCPL-3760-300E


High Linearity Analog

Fig. Package▲

CurrentTransferRatio (%)

ReverseVoltage

(V)IsolatedVoltage

Digi-KeyPart No.


Pricing750


36

8-DIP(W) 0.25 ~ 0.75 -15 5,000 516-1522-5-ND 3.91 34.60 267.88 — HCNR200-000E8-DIP(W) 0.36 ~ 0.72 -15 5,000 516-1523-5-ND 5.26 46.57 360.59 — HCNR201-000E8-SMD 0.25 ~ 0.75 -15 5,000 516-1608-5-ND 3.95 34.92 270.36 — HCNR200-300E8-SMD 0.36 ~ 0.72 -15 5,000 516-1609-5-ND 5.33 47.14 365.01 — HCNR201-300E

8-SMD(W) 0.36 ~ 0.72 -15 5,000 516-1773-1-ND◊ 5.33 47.14 365.01 1893.48 HCNR201-500E

Miniature Analog Isolation Amplifi ers

Fig. PackageGainTol.

DelayTime

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.


37 8-SMD ±5% 9.90μs 6 3,750 516-1138-5-ND 5.16 45.65 353.38 HCPL-7520-300RoHS Compliant

37

8-DIP ±3% 9.90μs 6 3,750 516-1682-5-ND 5.53 49.00 379.38 HCPL-7510-000E8-SMD ±3% 9.90μs 6 3,750 516-1683-5-ND 5.61 49.63 384.20 HCPL-7510-300E8-DIP ±5% 9.90μs 6 3,750 516-1684-5-ND 5.09 45.03 348.62 HCPL-7520-000E8-DIP ±3% 9.90μs 5 3,750 516-1481-5-ND 9.36 86.69 658.82 HCPL-7800-000E8-SMD ±3% 9.90μs 5 3,750 516-1551-5-ND 9.41 87.09 661.86 HCPL-7800-300E8-DIP ±1% 9.90μs 5 3,750 516-1552-5-ND 11.28 105.95 788.99 HCPL-7800A-000E8-SMD ±1% 9.90μs 5 3,750 516-1553-5-ND 11.32 106.33 791.79 HCPL-7800A-300E8-DIP ±5% 9.90μs 5 3,750 516-1482-5-ND 5.49 50.85 386.47 HCPL-7840-000E8-SMD ±5% 9.90μs 5 3,750 516-1690-5-ND 5.53 51.25 389.51 HCPL-7840-300E

1

8 9

16GND1

GND2

GND2

CATHODE1

VD4

VDD1

VDD2

ANODE1

CATHODE2

ANODE2

ANODE3

ANODE4

CATHODE4

CATHODE3

VD1

VD2

VD3

Fig. 32

5 VEEShield

7 VO

8 VCC

6 VO

NC 4

NC 1

Anode 2

Cathode 3

Fig. 30 Fig. 31

Fig. 33

5 VEEShield

7 NC

8 VCC

6 VO

NC 4

NC 1

Anode 2

Cathode 3

5 VEEShield

7 VO

8 VCC

6 NC

NC 4

NC 1

Anode 2

Cathode 3

15 VO

16 VCC

14 VEE

NC 1Anode 2

Cathode 3

10 VO11 VCC

9 VEENC 8

Anode 6Cathode 7

Shield

Shield

Fig. 36

15 VO

16 VCC

14 VEE

NC 1Anode 2

Cathode 3

10 VO

11 VCC

9 VEENC 8

Anode 6Cathode 7

Shield

Shield

8 VCCAC 1

DC+ 2

6 VO

7 NC

5 GNDAC 4

DC- 3

8 NC

7 NC

6

5PD1 PD2

K2K1

OLed

1

2

3

4

Fig. 34

Fig. 35

Fig. 37

Fig. 38

VDD1 1

VIN+ 2

VIN- 3

GND1 4

8 VDD2

IDD1

SHIELD

IDD2

7 VOUT6 VREF5 GND2

Fig. 29

6 VO2

7 VO1

8 VDD

5 GNDAnode2 4

Anode1 1

Cathode1 2

Cathode2 3

Fig. 39

NC

NC1

2

3

4

8

7

6

5

O

O

+

+VV

-

-

F

Fl

l


N

Optocouplers


®


20mA Loop Transmitters/Receivers

Fig. PackageSupply

Voltage (V)DelayTime

IsolatedVoltage

Digi-KeyPart No.


41 8-DIP 4.5 ~ 20 1.60μs 3,750 516-1546-5-ND 6.49 60.06 456.46 HCPL-4100-000E

42 8-DIP 4.5 ~ 20 1.60μs 3,750 516-1547-5-ND 6.49 60.06 456.46 HCPL-4200-000E

Fig. PackageDelayTime

OutputCurrent

SupplyVoltage (V)

IsolatedVoltage

Digi-KeyPart No.


408-DIP 100ns 50mA 5 3,750 516-1662-5-ND 6.51 58.99 467.83 HCPL-2602-000E

8-DIP 100ns 50mA 5 3,750 516-1664-5-ND 9.99 92.49 702.94 HCPL-2612-000E

Line Receivers

Digital Isolators

Fig. PackageΔNo. of

Circuits

TransferRate

(Bits, Bytes)SupplyVoltage

Digi-KeyPart No.


43 8-SOIC 1 100MBd 3.0 ~ 5.5 516-1150-5-ND 4.95 43.80 339.14 HCPL-0900

44 8-SOIC 2 100MBd 3.0 ~ 5.5 516-1151-5-ND 6.52 59.04 468.29 HCPL-0930

45 16-SOIC(N) 4 100MBd 3.0 ~ 5.5 516-1152-5-ND 9.48 85.94 681.62 HCPL-090J

46 16-SOIC(N) 4 100MBd 3.0 ~ 5.5 516-1153-5-ND 9.48 85.94 681.62 HCPL-092J

RoHS Compliant43 8-SOIC 1 100MBd 3.0 ~ 5.5 516-1736-5-ND 4.95 43.80 339.14 HCPL-0900-000E

44 8-SOIC 2 100MBd 3.0 ~ 5.5 516-1739-5-ND 6.52 59.04 468.29 HCPL-0930-000E

47 8-SOIC 2 100MBd 3.0 ~ 5.5 516-1740-5-ND 6.52 59.04 468.29 HCPL-0931-000E

4516-SOIC(W) 4 100MBd 3.0 ~ 5.5 516-1744-5-ND 9.48 85.94 681.62 HCPL-900J-000E

16-SOIC(N) 4 100MBd 3.0 ~ 5.5 516-1875-5-ND 8.00 74.09 563.08 HCPL-090J-000E

48 16-SOIC(N) 4 100MBd 3.0 ~ 5.5 516-1737-5-ND 9.48 85.94 681.62 HCPL-091J-000E

46 16-SOIC(N) 4 100MBd 3.0 ~ 5.5 516-1738-5-ND 9.48 85.94 681.62 HCPL-092J-000E

2.5 Amp Optocoupler with Integrated Desaturation Detection and Fault Status Feedback

Fig. Package

Numberof

Channels

CommonMode

Rejection

SupplyVoltage

(V)IsolatedVoltage

OperatingTemperature

(°C)Digi-KeyPart No.

Cut TapePricing

Tape and Reel§Pricing

850AvagoPart No.1 10 100

49 16-SOIC 2 15,000 V/μs 4.5 ~ 5.5 3,750 -40 ~ 100 516-1777-1-ND 6.53 57.84 447.81 2508.31 HCPL-316J-500E

Fig. Package

Numberof

Channels

CommonMode

Rejection

SupplyVoltage

(V)IsolatedVoltage




10 SO-8 2 15KV/μs 2.7 ~ 24 3,750 -40 ~ 105 516-2161-5-ND 3.03 27.03 221.62 ACPL-054L-000E

52 8-SOIC 1 40KV/μs 15 ~ 30 5,000 -40 ~ 105 516-2159-5-ND 2.47 22.02 180.58 ACPL-K342-000E

Mouse Sensor

General Purpose SSR Photo MOSFET

Fig. PackageSupply Voltage

Rise/Fall Time(ns)

Supply Current



50 8-DIP 5V 30/16 15 ~ 30 516-1843-ND 1.50 14.05 112.43 ADNS-2610

Fig. PackageOutput Voltage

Output Current

(A)

TON/TOFF Typical

(ms)Isolated Voltage

Digi-KeyPart No.


514-SOIC 60V 0.6 0.1/0.02 3,750 516-2006-ND 2.86 26.21 200.12 ASSR-1410-003E

4-SOIC 60V 1.0 0.25/0.02 3,750 516-2007-ND 4.64 42.51 324.56 ASSR-1510-003E

Miniature Analog Isolation Amplifi ers (Cont.)

2.5 Amp Output Current IGBT Gate Drive Optocoupler

Fig. 40 Fig. 41

6 VO

7 VE

8 VCC

5 GNDShield

IN- 3

NC 1

IN+ 2

Cathode 4

6 VI

8 VCC

5 GND4

3

Shield

Fig. 43Fig. 42

6 VE

8 VCC

7 VO

5 GND4

3

I- 2

I+ 1

Shield

Fig. 44

Fig. 45

Fig. 47

Fig. 49

Fig. 46

6 OUT1

7 VDE

8 VDD2

5 GND2

NC 3

VDD1 1

IN1 2

GND1 4 Gal

vani

c Is

olat

ion

Fig. 48

NC 7

VDD1 1

IN1 3

IN2 4

IN3 5

OUT4 6

GND1 2

GND1 8

10 NC

16 VDD2

14 OUT113 OUT212 OUT311 IN4

15 GND2

9 GND2

Gal

vani

c Is

olat

ion

NC 7

VDD1 1

IN1 3

IN2 4

IN3 5

IN4 6

GND1 2

GND1 8

10 NC

16 VDD2

14 OUT113 OUT212 OUT311 OUT4

15 GND2

9 GND2

Gal

vani

c Is

olat

ion

6 OUT2

7 OUT1

8 VDD2

5 GND2

IN2 3

VDD1 1

IN1 2

GND1 4 Gal

vani

c Is

olat

ion

1

2

3

4

5

6

7

8 9

10

11

12

13

14

15

16VDD1

GND1

IN1

IN2

OUT3

OUT4

NC

GND1 GND2

NC

IN4

IN3

OUT2

OUT1

GND2

VDD2

Galv

anic

Isola

tion

VDD2VDD1

IN1

OUT2

GND1 GND2

IN2

OUT1

8

7

6

5

1

2

3

4

Ga

lva

nic

Iso

latio

n

161514131211109

12345678

VEVLED2+DESATVCC2VCVOUTVEEVEE

VIN+VIN-

VCC1GND1

RESETFAULT

VLED1+VLED1-

Fig. 50

Fig. 51

Fig. 52

5LED_CNTL

GND

VDD

REFA

SCK

SDIO

OSC_OUT

OSC_IN

A2

61

0X

YY

WW

Z

6

7

81

2

3

4

Tu

rn- o

ffC

ircu

it

1

2

4

3

VCC

VOUT

VCLAMP

VEE

1

2

3

4

8

7

6

5

CATHODE

NC

ANODE

NC

Fig. PackageGainTol.

DelayTime

SupplyVoltage

(V)IsolatedVoltage

Digi-KeyPart No.


38 16-SOIC — 52.00ns 5.5 2,500 516-1839-ND 6.49 60.06 456.46 ACSL-6410-00TE

398-DIP — — 1.24 — 516-1943-5-ND 66.77 625.98 5633.77 HSSR-7110

8-SMD — — 1.24 — 516-1944-5-ND 66.80 626.21 5635.92 HSSR-7110#300

— 16-SOIC ±5% 20.00μs 5 3,750 516-1691-5-ND 7.42 68.67 521.88 HCPL-788J-000E

—

8-SOIC ±0.5% 1.7μs 5 5,000 516-2156-5-ND 8.81 80.08 680.68 ACPL-C79B-000E

8-SOIC ±1% 1.7μs 5 5,000 516-2157-5-ND 8.01 72.07 592.59 ACPL-C79A-000E

8-SOIC ±3% 1.7μs 5 5,000 516-2158-5-ND 6.01 54.05 444.44 ACPL-C790-000E


NFig.

DetectorRise/Fall(μs) Typ.

SensingDistance

(mm)

Term-inalType

Digi-KeyPart No.

TubePrice Each Sharp

Part No.Vceo

(V) Max.IC

(mA) Max. 1 10 100

1

35 20 3/4 3.0 PCB 425-1971-5-ND◆ .74 .63 .50 GP1S52VJ000F

35 20 3/4 4.2 PCB 425-1976-5-ND◆ .94 .79 .63 GP1S59J0000F

35 20 3/4 5.0 PCB 425-1972-ND◆ .72 .61 .49 GP1S53VJ000F

35 20 3/4 5.0 PCB 425-1975-5-ND◆ .74 .63 .50 GP1S58VJ000F

35 20 35/35 1.6 PCB 425-1978-5-ND◆ .98 .83 .66 GP1S95J0000F

35 20 35/35 1.6 PCB 425-1062-5-ND .82 .69 .50 GP1S95


Fig.


SensingDistance

(mm)

Term-inalType

Digi-KeyPart No.


Part No.Vceo

(V) Max.IC

(mA) Max. 1 10 100

1

35 20 20/20 0.7 SMD 425-2569-1-ND† 1.06 .89 .71 GP2S27T2J00F

35 20 20/20 0.7 SMD 425-2569-2-ND‡ 493.29/1,000 GP2S27T2J00F

35 20 20/20 0.7 SMD 425-2570-1-ND† .78 .66 .47 GP2S27T3J00F

35 20 20/20 0.7 SMD 425-2570-2-ND‡ 437.24/1,000 GP2S27T3J00F

35 20 20/20 0.7 SMD 425-2051-1-ND† .91 .77 .61 GP2S27TJ000F

35 20 20/20 0.7 SMD 425-2051-2-ND‡ 426.03/1,000 GP2S27TJ000F

2

35 20 20/20 0.7 SMD 425-1097-1-ND† .61 .49 .34 GP2S60

35 20 20/20 1 SMD 425-1097-2-ND‡ 456.46/2,000 GP2S60

35 20 20/20 0.7 SMD 425-2670-1-ND† .61 .49 .34 GP2S60B

35 20 20/20 0.7 SMD 425-2670-2-ND‡ 456.46/2,000 GP2S60B

335 20 20/20 1.2 ~ 5.5 SMD 425-1913-1-ND† .96 .81 .65 GP2S700HCP

35 20 20/20 1.2 ~ 5.5 SMD 425-1913-2-ND‡ 448.45/1,000 GP2S700HCP

4

35 20 20/20 0.7 PCB 425-2567-5-ND .74 .63 .50 GP2S24BJ000F

35 20 20/20 0.7 PCB 425-2568-5-ND .91 .77 .61 GP2S24CJ000F

35 20 20/20 0.7 PCB 425-2050-5-ND .82 .69 .55 GP2S24J0000F

35 50 80/70 0.7 PCB 425-2049-5-ND .91 .77 .61 GP2L24J0000F

Photointerrupters

OPIC™ Photointerrupters

Fig.

Detector SensingDistance

(mm)Terminal

TypeDigi-KeyPart No.

Price Each SharpPart No.

VCC(V) Max.

Icc(mA) Max. 1 10 100

15.5 16.5 5.0 Connector 425-1771-5-ND§ 1.48 1.19 .98 GP1A073LCS

5.5 16.5 5.0 Connector 425-1953-5-ND† 1.11 .89 .73 GP1A73AJ000F

25.5 20.0 5.0 Connector 425-2565-ND 1.52 1.22 1.01 GP1A75E3J00F

5.5 20.0 5.0 Connector 425-1954-5-ND 1.15 .97 .77 GP1A75EJ000F

3

5.25 30.0 1.0 ~ 9.0 Connector 425-2044-5-ND† 3.99 3.19 2.63 GP2A25J0000F

5.25 30.0 2.0 ~ 22.0 Connector 425-2529-ND† 4.16 3.34 2.75 GP2A240LCS0F

5.25 30.0 2.0 ~ 22.0 Connector 425-2042-ND† 4.19 3.35 2.77 GP2A200LCS0F

4

17.0 3.8 3.0 PCB 425-1950-5-ND 1.03 .82 .68 GP1A52HRJ00F

17.0 3.8 3.0 PCB 425-1951-5-ND 1.11 .89 .73 GP1A52LRJ00F

17.0 3.8 5.0 PCB 425-2432-5-ND 1.43 1.14 .94 GP1A53HRJ00F

17.0 3.8 10.0 PCB 425-1935-5-ND 1.59 1.27 1.05 GP1A57HRJ00F

17.0 50.0 5.0 PCB 425-1952-5-ND 1.24 1.00 .82 GP1A58HRJ00F

5 17.0 3.8 3.0 PCB 425-1948-5-ND 1.11 .89 .73 GP1A50HRJ00F

6 17.0 3.8 3.0 PCB 425-1949-5-ND 1.15 .97 .77 GP1A51HRJ00F

§ Inverted † Reflective

Contactless Tilt Switches

Fig. DescriptionDigi-KeyPart No.

Price Each NKKPart No.1 25 100

1 Tilt Switch, Straight 360-2187-ND 5.48 4.43 3.59 DSBA1P

2 Tilt Switch, Right Angle 360-2188-ND 5.48 4.43 3.59 DSBA1H

3 Tilt Switch, SPST, On/Off 360-2291-ND 6.87 5.55 4.50 DSA01

4 PCB Adaptor for DSA01 360-2292-ND 2.60 2.02 1.62 AT094

DSB SERIES:Photointerrupter, rather than con tacts, ensures high relia bility. Sealed construction for protection from environmental

elements, in cluding hydrogen sulfide, sulfur dioxide, and nitrogen hydroxide. Termin als are made of ammonia re sistent

materials. The switch is triggered when tilted beyond 30° in any direction

Specifications: • Mechanical and Electrical Life: 150,000 Operations Minimum • Forward Current: 20mA • Forward Vol-

tage: 1.3V • Oper ating Temperature: -25°C ~ 80°C

Note: Prevent exposure to magnetic fields. Do not install switch near vibration source.

DSA SERIES:Environmentally friendly, contains no mercury • High contact reliability due to sealed body • The switch is triggered when

tilted beyond ±10° of the horizontal Specifications: • Resistive Load: 0.1A@ 12VDC • Mechanical Life: 100,000 opera tions

minimum • Operating Temp er ature: -10°C ~ 70°C

2 Cathode

1 Anode 4 Emitter

Ø.05(1.3)

.469(11.9)

.201(5.1)

.122(3.1)

3 Collector

.374(9.5)

.394(10.0)

.346(8.8)

2 Cathode1 Anode

4 Emitter

Ø.05(1.3) .469(11.9)

.201(5.1)

.122(3.1)

3 Collector

.374(9.5)

.394(10.0)

.346(8.8)

Fig. 1 Fig. 2

1.154(29.3)

ø.453(11.5) 1.180

(29.97)1.375

(34.93).512(13.0)

Fig. 3 Fig. 4

Dim. in Inches (mm)

Refl ective PhotointerruptersFig. 3Fig. 1 Fig. 2 Fig. 4

Fig.


SensingDistance

(mm)

Term-inalType

Digi-KeyPart No.


Part No.Vceo

(V) Max.IC

(mA) Max. 1 10 100

1

35 20 38/48 2.0 PCB 425-1973-5-ND◆ 1.20 1.01 .81 GP1S560J000F

35 20 38/48 2.0 PCB 425-1974-5-ND◆ .86 .73 .58 GP1S56TJ000F

35 20 50/50 1.0 PCB 425-1965-5-ND◆ .48 .39 .27 GP1S096HCZ0F

35 20 50/50 2.0 PCB 425-1963-5-ND◆ .48 .39 .27 GP1S093HCZ0F

35 20 50/50 2.0 PCB 425-1966-5-ND◆ .51 .41 .29 GP1S097HCZ0F

35 20 50/50 3.0 PCB 425-1964-5-ND◆ .48 .39 .27 GP1S094HCZ0F

35 20 150/150 1.1 PCB 425-2509-5-ND◆§ .48 .39 .27 GP1S196HCZ0F

35 20 150/150 1.1 SMT 425-2510-5-ND◆§ .41 .35 .25 GP1S196HCZSF

2 35 20 3/4 3.0 PCB 425-1970-5-ND◆ .86 .73 .58 GP1S51VJ000F

3 10 20 2/2 5.0 PCB 425-2680-5-ND◆ .81 .65 .45 GP1S525XJ00F

435 20 50/50 2.0 PCB 425-1962-1-ND†◆ .61 .49 .34 GP1S092HCPIF

35 20 50/50 2.0 PCB 425-1962-2-ND‡◆ 456.46/2,000 GP1S092HCPIF

5 35 20 3/3 — Conn. 425-1934-ND◆ 1.99 1.67 1.20 GP1S44S1J00F

635 20 3/4 5.0 Conn. 425-2449-ND◆ 1.13 .95 .76 GP1S73P2J00F

35 20 3/4 5.0 Conn. 425-2450-5-ND◆ .98 .83 .66 GP1S74PJ000F

◆ RoHS Compliant † Cut Tape ‡ Tape and Reel § Low profile

◆ RoHS Compliant ‡ For Tape and Reel part number, change 1-ND to 2-ND.

Mating Connector, Contact and Crimp Tool

DescriptionDigi-KeyPart No.

Pricing Tape and ReelPricing‡

JSTPart No.1 10 100

3-Pos., 2.5mm, Disconnectable 455-1120-ND◆ .06 .59 4.91 — H3P-SHF-AA

Crimp Style NH ConnectorTin-Plated Phosphor Bronze

455-1121-1-ND◆ .03 .30 2.51 75.44/5,000 SHF-001T-0.8BS Crimp Contact, 22-28AWGCrimp Tool with Die for 22-28AWG Contacts

455-1122-ND 373.62/1 — WC-122

Fig. 2Fig. 1 Fig. 3 Fig. 4 Fig. 5 Fig. 6

Fig. 1

AMP

GND

VOUT

VCC

Fig. 3

Fig. 5 Fig. 6

Amp

Voltage RegulatorV CC

V OUT

GND

Fig. 4

Fig. 2


N



PricingTape and Reel

Pricing‡13,000

JSTPart No.1 10 100

6-Pos., 1.5mm, Disconnectable 455-1129-ND◆ .08 .71 5.93 — ZHR-6

Crimp Style ZH ConnectorTin-Plated Phosphor Bronze

455-1130-1-ND◆† .02 .14 1.21 6.42/M SZH-002T-P0.5 Crimp Contact, 26-28AWGCrimp Tool with Die for

455-1131-ND 373.62/1 — WC-491 26-28AWG Contacts

◆ RoHS Compliant † Cut Tape ‡ For Tape and Reel part number, change 1-ND to 2-ND.


Circuits

1 2 3

Fig. 6

Fig. 2

12

34 12

3 41

23

4

Fig. 3 Fig. 4

1 2 1 2

1 2 1 2

Fig. 10

Fig. 1

Fig. 9Fig. 8Fig. 7

Fig. 5

E

A

LA

Gnd

V out

Vcc3

2

1

VoltageReg.

LA

Gnd

V out

Vcc3

2

1

VoltageRegulator

2 3

1

Anode Emitter

Cathode Collector4

B

D

C

F

Collector

Emitter

G

1

Anode

Cathode

Emitter

Collector

2 3

4

1 2 3 4


PricingTape and Reel

Pricing‡8,000

JSTPart No.1 10 100

3-Pos., 2.0mm, Disconnectable455-1126-ND◆ .04 .39 3.30 — PHR-3

Crimp Style PH Connector

24-30AWG, Tin-Plated Phosphor455-1127-1-ND◆† .02 .22 1.88 11.31/M SPH-002T-P0.5S

Bronze Crimp Contact

Crimp Tool with Die for 24-30AWG Contacts

455-1128-ND 373.62/1 — WC-240

◆ RoHS Compliant † Cut Tape ‡ For Tape and Reel part number, change 1-ND to 2-ND.


Fig.

VccTyp.(V)

DistanceMeasuring

Range(cm) Typ.

Diff. ofOutputVoltage(V) Typ.

OutputCurrent

ICC (mA) Typ.

OutputType

Digi-KeyPart No.

Price Each SharpPart No.1 25 100

15 5 — 10.5 Digital 425-2615-5-ND 2.96 2.26 1.96 GP2Y0D805Z0F

5 10 — 10.5 Digital 425-2616-5-ND 2.96 2.26 1.96 GP2Y0D810Z0F

2 5 70 ~ 90 — 33 Digital 425-2064-ND 8.75 6.91 6.22 GP2Y0D02YK0F

3 5 4 ~ 30 1.6 30 Analog 425-2498-ND 27.75 23.04 21.87 GP2Y3A001K0F

See below for JST Mating Connector

Distance Measuring Sensors

Compact OpticalDust Sensor

VccTyp.(V)

Sensi-tivity

(V) Typ.

OutputCurrent

ICC (mA) Typical

Digi-KeyPart No.


5 0.5 28 425-2068-ND 9.61 7.31 6.35 GP2Y1010AU0F

Fig. 2 Fig. 3Fig. 1

◆ RoHS Compliant ‡ Tape and Reel † Tube § Visible Light cut-off resin, black

Fig.

VrMax.(V)

ShortCircuitCurrent

Is(μA) Typ.

DarkCurrent

IdMax.(nA)

PeakSensitivityWavelength(nm) Typ.

Rise/FallTyp.(ns)

BeamAngle

(2x Theta)

Digi-KeyPart No.

Cut TapePrice Each Sharp

Part No.1 10 100

120 0.6 10 850 10 40 425-1028-1-ND◆§ .38 .31 .22 PD100MF0MP

20 0.6 10 850 10 40 425-1028-2-ND◆‡§ 259.46/2,000 PD100MF0MP

330 9.2 2.0 940 5 — 425-1030-5-ND† .74 .63 .45 PD3122F

30 9.2 2.0 940 5 — 425-2215-5-ND◆† .74 .63 .45 PD3122FE000F

Photodiodes

IR Phototransistors and Photodiodes

Fig.

VceoMax.(V)

IC(mA)

PeakSensitivity

Wavelength(nm) Typ.

Rise/FallTyp.(μs)

BeamAngle

(2x Theta)Digi-KeyPart No.


1

35 20 860 400/300 30 425-2665-1-ND◆†◊ .45 .36 .25 PT100MF1MP1

35 20 900 5.0/6.0 30 425-1005-1-ND◆† .38 .31 .22 PT100MC0MP

35 20 900 5.0/6.0 30 425-1005-2-ND◆‡ 259.46/2,000 PT100MC0MP

235 50 800 80/70 26 425-1013-5-ND§ .31 .26 .19 PT481

35 50 800 80/70 26 425-2382-5-ND◆§◊ .31 .26 .19 PT481E00000F

Phototransistors

◆ RoHS Compliant † Cut Tape ‡ Tape and Reel § Transparent blue resin ◊ Darlington

®


Semiconductor Infrared Photo Detectors

Semiconductor Interrupter Modules

Interrupter Modules and Detectors

Fig. CircuitBVCEO

(V)

Min.Ic @ 5Vce

(mA)

Rise/Fall

(μ sec)

ReceptionAngle± (°)

PeakWavelengthSensitivity

(nm)Digi-KeyPart No.

Price Each1 10 100 500

4

D 30 1 5/5 8 880 QSC112-ND .38 .28 .19 .13

D 30 2 5/5 8 880 QSC113-ND .38 .28 .19 .13

D 30 4 5/5 8 880 QSC114-ND .38 .28 .19 .13

5D 30 3.2 7/7 12 880 QSD123-ND .40 .32 .23 .18

D 30 7.5 7/7 12 880 QSD124-ND .40 .32 .23 .18

6 D 30 1.2 8/8 12 880 QSD722-ND .38 .28 .18 .13

7

D 30 0.64 8/8 8 880 QSE113-ND .43 .34 .25 .19

B 30 0.25 8/8 25 880 QSE113E3R0CT-ND† .60 .46 .34 .26

B 30 0.25 8/8 25 880 QSE113E3R0TR-ND‡ 321.47/2,000

D 30 1.28 8/8 8 880 QSE114-ND .43 .34 .25 .19

D 30 0.4 8/8 25 880 QSE122-ND .57 .45 .32 .25

Fig. CircuitOutputType

Min.Ic (on)(mA)

TestConditions

If/Vce

SlotWidth(mm)

LeadSpacing

(mm)Digi-KeyPart No.


1 A Transistor 1.0 20mA @ 5V 3.18 5.59 QVA11134-ND 1.53 1.36 .88 .702 A Transistor 2.0 20mA @ 5V 3.15 7.24 H22A2-ND 1.21 .99 .69 .52

3 C Transistor 0.5 20mA @ 5V 3.81 7.62 QVE11233-ND 1.55 1.37 .89 .71

®

Logic Detectors

Fig. CircuitOutputType VCC

Isink(mA)

Isource(mA)

Rise/Fall(ns)

ReceptionAngle± (°)

Peak WavelengthSensitivity



8E O.C. BUFF 4.5 ~ 16 50 — 100 25 880 QSE158-ND .86 .67 .48 .37F O.C. INV. 4.5 ~ 16 50 — 100 25 880 QSE159-ND .86 .67 .48 .37

Miniature Refl ective Object Sensor

Fig. Circuit

Sensing Distance

(mm)Sensing Method

Voltage Collector Emitter

Breakdown (Max)

Current Collector Forward

(IF)Digi-KeyPart No.

Cut TapePrice Each

Tape & Reel†Pricing1,0001 25 100

9 G 5 Refl ective 30V 20mA QRE1113GRCT-ND .87 .68 .60 316.3210 G 5 Refl ective 30V 20mA QRE1113-ND‡ .79 .62 .54 —

† For Tape and Reel part number, change CT-ND to TR-ND ‡ Bulk



N

Dimensions in mm


®

Encoder Modules

Encoders and Sensors

Fig. Output

SupplyVoltage

Typical (V)

SupplyCurrent

(mA)

Counts per Revolution

(CPR)

Rise/FallTime (ns)(Typical) Shaft Diameter

Digi-KeyPart No.

Price Each AvagoPart No.1 10 100

1

2-Channel 5.0 17 500 200 / 50 — 516-2029-ND 26.16 23.25 18.60 HEDS-9100#A00

2-Channel 5.0 17 1,000 200 / 50 — 516-2030-ND 26.16 23.25 18.60 HEDS-9100#B00

3-Channel 5.0 57 500 180 / 49 — 516-1888-ND 27.65 24.58 19.66 HEDS-9140#A00

3-Channel 5.0 57 1,000 180 / 49 — 516-2028-ND 27.65 24.58 19.67 HEDS-9040#B00

2

2-Channel 5.0 17 500 200 / 50 1/4 Inch 516-2019-ND 46.64 44.31 32.65 HEDS-5500#A06

2-Channel 5.0 17 500 200 / 50 4 mm 516-2020-ND 46.64 44.31 32.65 HEDS-5500#A11

2-Channel 5.0 57 1,000 180 / 40 1/4 Inch 516-2018-ND 46.64 44.31 32.65 HEDM-5500#B06

2-Channel 5.0 17 500 200 / 50 1/4 Inch 516-2021-ND† 46.64 44.31 32.65 HEDS-5505#A06

3-Channel 5.0 57 500 180 / 40 1/4 Inch 516-2022-ND 49.91 47.42 34.94 HEDS-5540#A06

3

2-Channel 5.0 17 500 200 / 50 1/4 Inch 516-2023-ND‡ 46.64 44.31 32.65 HEDS-5600#A06

2-Channel 5.0 17 100 200 / 50 1/4 Inch 516-1887-ND‡ 46.64 44.31 32.65 HEDS-5600#C06

2-Channel 5.0 17 500 200 / 50 1/4 Inch 516-2024-ND‡† 46.64 44.31 32.65 HEDS-5605#A06

3-Channel 5.0 17 500 200 / 50 1/4 Inch 516-2025-ND‡ 49.91 47.42 34.94 HEDS-5640#A06

4 2-Channel Wire Assembly with Locking Connector at One End and 4 Flying Leads at the Other End 516-2026-ND 7.57 7.01 5.33 HEDS-8902

5 3-Channel Wire Assembly with Locking Connector at One End and 5 Flying Leads at the Other End 516-2027-ND 7.57 7.01 5.33 HEDS-8903

‡ With External Mounting Ears † 8.9 mm Through Hole (Continued)

3.88

2.75

2.7

6.9

7.1

1.25

2.001.40

0.14

0.800.30

1.50

1.60

654

23 1

0.55

0.37 1.60

3.20

1.10

0.82

1.50

1.60

4 5 6

3 2 1

0.37

3.2

1.6

1.5 .821.1

Fig. 14 Fig. 15

1 2 3

6 5 4

2.00

2.40

0.80

Fig. 8Fig. 6 Fig. 7

Fig. 9 Fig. 10 Fig. 11 Fig. 12

Fig. 13

Fig. 1 Fig. 3Fig. 2 Fig. 4

26.67 2.54

11.7

10.16

20.8

Fig. 5

0.55

Hex Nut7/16”(11.1)Flat to Flat

StarWasher

152

3/8”-32 UNEF Thread

8.0

15.2

17.3Hex Nut

7/16”(11.1)Flat to Flat

StarWasher

3/8”-32 UNEF Thread

15.11

3.6 11.4

8.1

12.7

17.3

41.1Max.

30.0

18.3Max.

41.1Max.

30.052.1

18.3Max.

15214.30

18.0

15214.30

18.0

2.202.60

0.55

Fig.Sensitivity

(μA)Digi-KeyPart No.

Cut Tape Pricing Digi-KeyPart No.

Tape and Reel Pricing3,000

ToshibaPart No.1 10 100

Illumination Sensors1 40 TPS852TCT-ND 1.13 10.11 80.30 TPS852TTR-ND 416.36/M TPS852

Photointerrupter2 — TLP841-ND‡ .59 5.20 40.15 — — TLP841

‡ Tube

Illumination Sensors: SMD Photo-ICs for illuminance sensor which consist of one chip integrated photo-diode and amplifier circuit Features: • Small SMD package • Suitable for lead-free soldering and refl ow soldering • Low supply voltage: VCC = 2.7V~5.5V

Photointerrupter: Consisting of GaAs infrared LED and Si phototransistor with gap width as wide as 5mm Features: • High response speed: tr, tf=15μs (typical) • Package material: Polybutylene terephthalate

Illumination Sensors and Photointerrupter

®

Fig. 1 Fig. 2

1.20

0.20

0.20

1.60

4 5 6

1.60

0.3 typ.0.20

0.50 0.50

3 2 1

5˚

0.10 0.55

7.5

5.0

9.7

6.35

Dim in mm

Dimensions in mm


N

®Infrared Emitting Diodes, Photodetectors and PhotodiodesFEATURES: Infrared Emitting Diodes: • Selected to specifi c on-line intensity and radiant intensity ranges

• Low cost plastic end looking package • Made with gallium aluminum arsenide window layer on gallium

arsenide infrared emitting diodes Photodetectors and Photodiodes: • Lensed for high sensitivity • Low cost

plastic packageDimensions in mm

1.08.6

5.0

25.4

1.02.54

0.5

5.6

Flat DenotesCathode

1.22

4.45

5.72

12.7 .5

2.541.0

2.22

Cat

hode


.761.55

1.0 5.25

.812.7

2.541.0

.5

3.0

4.0

Flat denotes Cathode

(Collector for 160-1031-ND)

2.0

2.2

Ø 1.8

Ø 1.5

2.2

10.67-both sides

Fig. 4

Ambient Light Sensors

Surface Mount Proximity Sensor

Fig.ForwardVoltage

If(Maximum)

Supply Voltage(Maximum)

Photo Current(Typical)

Dark Current(Maximum)

Digi-KeyPart No.

Cut Tape Price Each Digi-KeyPart No.



8 1.5V 50mA 1.3V 0.1mA 10nA 516-1555-1-ND 2.26 1.99 1.69 516-1555-2-ND 964.89/M HSDL-9100-021

Fig.Supply Voltage

RangeLight Current

Ratio (Typical)Rise/Fall Time(ms) (Typical)

Peak WavelengthSensitivity (nm)

Digi-KeyPart No.




9 2.4V ~ 5.5V 1.2 0.95 / 0.8 620 516-1714-1-ND .86 .73 .63 516-1714-2-ND 375.88/M APDS-9002-021

10 2.4V ~ 5.5V 1.2 0.95 / 0.8 620 516-1715-1-ND .99 .85 .72 516-1715-2-ND 433.71/M APDS-9003-020

11 2.4V ~ 5.5V 1.2 0.95 / 0.8 620 516-1716-1-ND 1.02 .88 .75 516-1716-2-ND 448.16/M APDS-9004-020

12 1.8V ~ 5.5V 1.1 5 / 5 500 516-1717-1-ND 1.06 .90 .77 516-1717-2-ND 462.62/M APDS-9005-020

13 2.4V ~ 5.5V 1.1 5 / 5 500 516-1718-1-ND 1.19 1.02 .87 516-1718-2-ND 520.45/M APDS-9006-020

14 2.0V ~ 3.6V 1.2 0.2 / 0.2 560 516-1719-1-ND .87 .78 .62 516-1719-2-ND 318.05/M APDS-9007-020

15 2.4V ~ 3.0V — 300ns / 300ns 640 / 940 516-2134-1-ND 1.55 1.37 1.16 516-2134-2-ND 536.97/M APDS-9300-020


®

Photodiodes


Pricing Lite-OnPart No.1 10 100

4 Black Plastic Diode 160-1032-ND .58 4.49 32.01 LTR-516AD

Matching Photodetectors

Fig. Vce VecOn-State

I (ma)Rise/Fall

(us)Digi-KeyPart No.


1 30 5 2 5 160-1030-ND .36 2.48 16.52 LTR-4206E

2 30 5 2 5 160-1031-ND .42 3.04 19.83 LTR-3208E

3 30 5 1 5 160-1065-ND .42 3.04 19.83 LTR-301

Infrared Emitting Diodes

Fig. VfI

(ma)ViewAngle

PeakLength



1 1.20 60 20° 940 160-1028-ND .45 3.24 21.15 LTE-4206

2

1.20 50 20° 940 160-1029-ND .45 3.24 21.15 LTE-4208

1.20 100 40° 940 160-1061-ND .45 3.24 21.15 LTE-5208A

1.30 100 35° 940 160-1062-ND .41 3.22 23.13 LTE-5228A

3 1.20 50 40° 940 160-1063-ND .45 3.24 21.15 LTE-302

‡ Cut Tape † Tape and Reel

Encoders and Sensors (Cont.)

Miniature Panel Mount Encoders

Fig.

SupplyVoltageMax. (V)

SupplyCurrent

Max. (mA)

Counts per Revolution

(CPR)

ShaftLength x Diameter

(Inch) TerminationDigi-KeyPart No.

Price Each AvagoPart No.1 10 100

65.5 40 Smooth 120 0.50 x 0.25 Pins Rear with Bracket 516-2115-ND 28.25 25.12 20.10 HRPG-ASCA#14R

5.5 40 Smooth 120 0.50 x 0.25 D-Cut Pins Rear with Bracket 516-2117-ND 28.25 25.12 20.10 HRPG-ASCA#16R

7

5.5 40 Detented 32 0.50 x 0.25 D-Cut Connector with Strain Relief 516-2113-ND 28.25 25.12 20.10 HRPG-AD32#16C

5.5 40 Smooth 120 0.50 x 0.25 Connector with Strain Relief 516-2114-ND 28.25 25.12 20.10 HRPG-ASCA#14C

5.5 40 Smooth 120 0.50 x 0.25 D-Cut Connector with Strain Relief 516-2116-ND 28.25 25.12 20.10 HRPG-ASCA#16C


N

Non-Amplifi ed Optical Sensors

Amplifi ed Mini Optical Sensors with Pin Point Beam• Miniature optical sensor with “Pin-point” beam for sensing minute objects (1-2mm diameter) • Use both indoors or outdoors for detecting where small body size is desired • Perfect for security, conveyor detection as well as emergency stop detection and limit control and more • Sensor not affected by ambient light • Comes standard with 2 meter molded cords attached • Terminal Type: 2m Cable

SensingMethod

MountingType/Features

Distance (Max.) Digi-KeyPart No.

Price Each OmronPart No.Inches (M/mm) 1 25 100

Through-Beam

Side/Light-On 39.37 (1M) OR591-ND 105.09 94.58 89.33 E3T-ST11

Side/Dark-On 39.37 (1M) OR592-ND 105.09 94.58 89.33 E3T-ST12

Convergent Beam

Light-On 0.59 (15mm) Z1104-ND 72.80 67.41 58.42 E3T-SL11

Dark-On 0.59 (15mm) Z1105-ND 72.80 67.41 58.42 E3T-SL12

Optional Flat Refl ector for distances of 10-100 mm Z2429-ND◆ 7.12 6.60 5.72 E39-R37

Amplifi ed Optical Sensors• One meter sensing distance

• Sup ply voltage of 5 ~ 24VDC for easy in te rface with TTL circuits, relays and pro grammable con trol lers

• IP60 sealability rating. Comes with (2) – 2m cables with con nectors


PriceEach

OmronPart No.

Through-Beam Receiver/Transmitter Pair - Dark on OR544-ND 104.58 EE-SPW311

Through-Beam Receiver/Transmitter Pair - Light on OR545-ND 104.58 EE-SPW411

1 Meter (39 Inches) Sensing Distance!

39"(1 Meter)

Sensor Side View

Rec

eive

r

Transm

itter

SensingMethod

SensingDistance

Term.Type

TypeOn/Off

Digi-KeyPart No.


Part No.Tape and Reel Omron


Slot (Dual) 2mm SMT 10/10 OR628CT-ND 1.12 1.01 .90 OR628TR-ND 2,000 558.55/M EE-SX1131

Slot

1mm SMT 10/10 OR636CT-ND 1.12 1.01 .90 OR636TR-ND 2,500 558.55/M EE-SX1107

2mm SMT 10/10 OR637CT-ND 1.12 1.01 .90 OR637TR-ND 2,000 558.55/M EE-SX1108

3mm SMT 10/10 OR638CT-ND 1.12 1.01 .90 OR638TR-ND 1,000 558.55 EE-SX1109

Amplifi ed Optical Sensors

Fig.SensingMethod

SensingDistance

OutputType Output

Digi-KeyPart No.

Price Each OmronPart No.1 25 50

1Slot 3.6mm NPN Dark-On OR615-ND 83.92 75.54 67.15 EE-SPX740

Slot 3.6mm NPN Light-On OR616-ND 110.50 99.46 88.41 EE-SPX840







Snap-In connector w/cable for EE-SPX74/84 Series OR623-ND◆ 5.89 5.31 4.72 EE-1013

EE-SPX74/84 series of optical sensors fea-ture a snap in con-nector which pro vides excellent shock and vi bra t ion resistance and prevents accidental dis connection of the sen sor.


Long Distance Amplifi ed Optical SensorsThese general purpose optical sensors are small

DC Sensors (10 ~ 30VDC Input) available in both

a transmitter-receiver pair or a reflected beam type

with sensing distances of 23 feet (7 meters). Ideal for

conveyor systems and doorway sensing with direct inter-

face to PLC’s. Meets NEMA 4X, 6 and IP67 standards.

Through-beam sensors include separate trans mitter and

re ceiver. Refl ective sensors include transceiver and E39-

R1 re fl ector. Horizontal mount sensors include mounting

bracket. All sensors include mounting hardware.

Fig. 1 — Horizontal Fig. 2 — Vertical

Fig.SensingMethod

MountingType/Features

Dist. (Max.) TerminalType

Digi-KeyPart No.

Price Each OmronPart No.Ft. (M) 1 25 100

1

Through-Beam Horizontal 22.97 (7) 2m Cable OR584-ND 241.61 217.46 173.97 E3S-AT11

Refl ective Horizontal 6.56 (2) 2m Cable OR585-ND 272.93 245.64 196.51 E3S-AR11

2 Through-Beam Vertical 22.97 (7) 2m Cable OR586-ND 193.29 173.97 164.30 E3S-AT61

—Mounting Bracket for Vertical Sensors

(2 required for Through-Beam Type)OR588-ND 8.89 8.00 6.40 E39-L59

—Light Refl ector for Confi rming Optical Alignment during

Setup (Clips onto Receiver)OR589-ND 21.05 18.95 17.90 E39-R5

Non-Amplifi ed Optical Sensors SMTSMT compact size makes these sensors ideal for use in ap pli ca tions with restricted space. Dual channel model (EE-SX1131) is ideal for en coder ap pli cations.


Fig.SensingMethod

SensingDistance

TerminalType

SwitchTime (MS)

Digi-KeyPart No.


1

Slot 5mm PC Board 4/4 OR627-ND 1.53 1.38 1.23 EE-SX1081



Slot 3.4mm PC Board 4/4 OR626-ND 1.53 1.38 1.23 EE-SX1071

Slot 3mm PC Board 4/4 OR631-ND 1.53 1.38 1.23 EE-SX198NC


2

Slot 2mm PC Board 10/10 OR633-ND 1.12 1.01 .90 EE-SX1103



3Slot 5mm AMP Connect 3KHz OR629-ND 3.32 2.99 2.66 EE-SX4009-P1

Slot 5mm Molex Connect 3KHz OR630-ND 4.10 3.69 3.28 EE-SX4009-P10

◆ RoHS Compliant◆ RoHS Compliant

®


Visible Radiant Optical Sensors — PhotodiodesThese photodiodes use an amorphous silicone semiconductor on the glass substrate. They are the most suitable for brightness adjustment and control of lighting systems.

FEATURES: • Highly receptive to visible light but not receptive to infrared light (close to human eye visibility) • Accurate illumination measurement can be taken without the use of an infrared fi lter

SPECIFICATIONS: • Operating Temperature: -20°C ~ 85°C • Spectral Sensitivity Area: 350 ~ 750nm • Peak of sensitivity: 580nm ±20

APPLICATIONS: • Brightness control for LCD, EL, and CRT • Brightness control for keypads (e.g., mobile phones) • Positioning scan line for rear projection TV • Exposure adjust for compact camera • Sub exposure adjust for digital camera

Max. OutputCurrent (μA)

(VR=5V)

Max.Reverse BiasVoltage (V)

Max. DarkCurrent (pA)

VR=.05VDigi-KeyPart No.

Cut TapePrice Each TDK

Part No.1 10

0.55 6 100 445-2590-1-ND 5.15 3.92 BCS5030G1

Dimensions in mm®

2.5

0.8

2.650Polarity

3.0

5.0

Polarity

0.65 0.65

0.6

1.8

1.351.351

- +


N

Photo Detectors

‡ Per Element § Bi-cell ◊ Quad ▲ Detector/Amplifi er ◆ RoHS Compliant (Continued)

Fig.Active Area

(mm)

Short Cir.Curr. (Isc)(uA) Typ.

DarkCurr. (Id)(nA) Max.

SensitivityWavelength (nm)

JunctionCap.

(pF) Typ.

ResponseTime

(nS) Typ.

ViewingAngle

(2x Theta)Digi-Key Part No.

Price EachMin. Peak Max. 1 25 100

Blue Enhanced Photo Conductive Detectors, Curve Line A1 17.74 235 50 350 950 1,100 100 20 120 PDB-C107-ND◆ 16.49 13.87 12.75

2 100 1,300 30 350 950 1,100 300 25 120 PDB-C110-ND◆ 44.59 39.34 37.38

1 7.95 110 30 350 950 1,100 60 16 120 PDB-C113-ND — — 29.19

3 1.55 60 30 400 900 1,100 6 10 30 PDB-C134-ND◆ 2.41 1.95 1.75

4 4.10 67 30 400 900 1,100 18 50 59 PDB-C139-ND◆ 2.41 1.95 1.75

1 29.02 400 25 350 950 1,100 200 18 120 PDB-C140-ND 26.03 22.13 20.50

3 4.10 150 30 400 900 1,100 18 50 40 PDB-C142-ND◆ 2.47 1.99 1.81

5 8.02 90 15 400 900 1,100 10 15 120 PDB-C156-ND◆ 2.41 1.95 1.75

6 9.00 145 30 400 900 1,100 10 50 120 PDB-C158-ND 2.41 1.95 1.75

7 7.95 110 10 350 950 1,100 60 100 — PDB-C165-ND◆ 22.42 19.06 17.66

8 0.74 10 10 400 900 1,100 15 50 120 PDB-C152SMCT-ND◆ 6.58 5.47 4.97

8 0.74 10 10 400 900 1,100 15 50 120 PDB-C152SMTR-ND◆ 3147.14/3,000

9 2.10 25 10 400 900 1,100 4 10 120 PDB-C154SMCT-ND 6.89 5.73 5.21

9 2.10 25 10 400 900 1,100 4 10 120 PDB-C154SMTR-ND 2335.13/3,000

10 7.67 90 30 400 950 1,100 15 20 130 PDB-C171SMCT-ND◆ 2.23 1.37 1.19

10 7.67 90 30 400 950 1,100 15 20 130 PDB-C171SMTR-ND◆ 894.49/1,000

Photo Conductive Detectors with Daylight Filter, Curve Line B — RoHS Compliant3 1.55 60 30 700 950 1,100 6 10 30 PDB-C134F-ND 2.41 1.95 1.75

4 4.10 67 30 700 950 1,100 18 50 61 PDB-C139F-ND 2.41 1.95 1.75

3 4.10 150 30 700 950 1,100 18 50 40 PDB-C142F-ND 2.47 1.99 1.81

6 9.00 145 30 700 950 1,100 10 50 120 PDB-C158F-ND 2.41 1.95 1.75

Blue Enhanced Photovoltaic Detectors, Curve Line A11 1.17 x 2.64 40 300 350 — 1,100 340 190 65 PDB-V104-ND◆ 40.89 35.37 33.16

1 17.74 200 0.80 350 950 1,100 2,000 1,000 120 PDB-V107-ND 21.49 18.27 16.93

1 7.95 80 0.50 350 950 1,100 800 750 120 PDB-V113-ND 19.68 16.74 15.51

Red Enhanced Solderable Photo Cells, Curve Line A12 1.88 x 0.56 17 2.00 350 — 1,100 10 10 — PDB-C601-1-ND◆ 2.91 2.35 2.14

12 1.88 x 0.56 13 7.00 350 — 1,100 250 300 — PDB-V601-1-ND◆ 2.91 2.35 2.14

14 42.40 545 75 350 940 1,100 240 30 — PDB-C609-2-ND◆ 16.82 14.30 13.25

15 6.07 x 6.98 545 75 350 — 1,100 240 30 — PDB-C609-3-ND◆ 17.22 14.64 13.56

15 6.07 x 6.98 545 100 350 — 1,100 5,500 1,500 — PDB-V609-3-ND◆ 28.00 23.80 22.05

13 68.70 900 150 350 940 1,100 300 45 — PDB-C612-2-ND 19.97 16.98 15.73

13 3.91 x 17.55 800 80 350 — 1,100 9,000 2,800 — PDB-V612-2-ND 21.78 18.52 17.16

14 86.40 1,000 180 350 940 1,100 350 50 — PDB-C613-2-ND◆ 22.42 19.06 17.66

13 9.25 x 25.17 2,800 700 350 — 1,100 25,800 7,000 — PDB-V615-2-ND◆ 44.40 39.19 37.23

Blue Enhanced Bi-Cells, Quadrants and Multi-Element Detector Arrays, Curve Line A — RoHS Compliant18 2.03 x 0.97‡ — 2.70 350 — 1,100 28 190 — SD219-51-03-301-ND 251.16 230.38 —

Photo Conductive Silicon Photodiodes20 2.90 38 1.00 400 950 1,100 60 100 — PDB-C168-ND 5.81 4.77 4.30

20 1.70 27 0.60 400 950 1,100 30 100 — PDB-C170-ND 5.81 4.77 4.30

InGaAs Photodetectors — RoHS Compliant16 .200 — 1.00 800 — 1,700 0.75 0.18 (max.) — SD004-11-41-211-ND 18.42 15.66 14.51

16 .200 — 5.00 800 — 1,700 6 1.15 (max.) 88 SD012-11-41-211-ND 42.47 37.48 35.61

16 1.50 — 50 800 — 1,700 250 10.0 (max.) 113 SD060-11-41-211-ND 140.21 128.61 125.71

Silicon Avalanche Photodiode — RoHS Compliant16 0.30 — 10 400 — 1,100 — 1 — SD012-70-62-541-ND 103.19 93.05 90.00

16 0.90 — 30 400 — 1,100 — 2 — SD036-70-62-531-ND 111.62 100.65 97.35

21 5.00 — 18 350 — 1,050 25 10 — SD197-70-72-591-ND 747.47 — —

21 5.00 — 18 350 — 1,050 25 10 — SD197-70-74-591-ND 747.47 — —

21 10 — 35 350 — 1,050 50 12 — SD394-70-72-591-ND 1025.42 — —

21 10 — 35 350 — 1,050 50 12 — SD394-70-74-591-ND 1025.42 — —

22 16 — 600 350 — 1,050 130 15 — SD630-70-72-500-ND 1296.70 — —

22 16 — 600 350 — 1,050 130 15 — SD630-70-73-500-ND 1296.70 — —

22 16 — 600 350 — 1,050 130 15 — SD630-70-74-500-ND 1296.70 — —

22 16 — 600 350 — 1,050 130 15 — SD630-70-75-500-ND 1296.70 — —

Red Enhanced Silicon Photodiode16 0.83 x 1.02 — 8.00 350 — 1,100 5.6 190 91 SD041-11-33-211-ND◆ 20.90 17.77 16.46

17 0.50‡ — 0.40 350 — 1,100 15 190 67 SD055-23-21-211-ND◆◊ 47.18 41.63 39.55

11 1.30 — 2.00 350 — 1,100 28 190 51 SD057-11-21-011-ND◆ 22.66 19.27 17.85

11 1.30 — 0.50 350 — 1,100 28 190 51 SD057-14-21-011-ND◆ 22.66 19.27 17.85

16 0.58 x 1.19 — 1.00 350 — 1,100 15 190 42 SD066-24-21-011-ND◆§ 28.59 24.31 22.52

16 1.09 x 2.67 — 30 350 — 1,100 17.5 190 59 SD076-11-31-211-ND◆ 27.87 23.69 21.95

19 1.09 x 2.67 — 0.90 350 — 1,100 50 190 55 SD076-14-21-011-ND◆ 22.18 18.86 17.47

17 1.50‡ — 3.50 350 — 1,100 45 190 86 SD085-23-21-021-ND◆◊ 41.71 36.07 33.82

16 2.54 — 6.40 350 — 1,100 87 190 90 SD100-11-21-221-ND◆ 29.47 25.05 23.21

16 2.54 — 50 350 — 1,100 28 190 90 SD100-11-31-221-ND◆ 29.47 25.05 23.21

16 2.54 — 1.60 350 — 1,100 87 190 82 SD100-14-21-021-ND◆ 29.47 25.05 23.21

17 2.54 — 10 250 — 1,100 87 — — SD100-41-21-231-ND◆▲ 76.88 68.47 64.87

23 2.54 x 2.18 — — 350 — 1,100 — — — SD112-42-11-221-ND◆▲ 54.18 47.81 45.42

23 2.54 x 2.18 — — 350 — 1,100 — — — SD112-43-11-221-ND◆▲ 54.18 47.81 45.42

16 2.54 x 1.22‡ — 5.00 350 — 1,100 60 190 80 SD113-24-21-021-ND◆§ 25.79 21.92 20.31

17 1.07‡ — 2.50 350 — 1,100 35 190 113 SD118-23-21-021-ND◆◊ 39.86 34.47 32.32

16 4.57 x 0.51‡ — 3.50 350 — 1,100 45 190 119 SD160-24-21-021-ND◆§ 29.07 24.72 22.90

16 3.20 x 4.70 — 20 350 — 1,100 255 190 79 SD172-11-21-221-ND◆ 31.78 27.49 25.77

16 3.20 x 4.70 — 147 350 — 1,100 82 190 79 SD172-11-31-221-ND◆ 31.78 27.49 25.77

17 4.98‡ — 7.50 350 — 1,100 100 190 82 SD197-23-21-041-ND◆◊ 85.46 76.12 72.11

16 5.08 — 26 350 — 1,100 345 190 95 SD200-11-21-241-ND◆ 36.60 31.65 29.67

16 5.08 — 200 350 — 1,100 110 190 95 SD200-11-31-241-ND◆ 47.10 41.57 39.49

16 5.59 x 7.62 — 425 350 — 1,100 235 190 90 SD290-11-31-241-ND◆ 54.39 47.99 45.59

17 9.65‡ — 27 350 — 1,100 375 190 120 SD380-23-21-251-ND◆◊ 135.39 124.19 121.39

16 — — 31 350 — 1,100 390 190 — SD385-24-21-041-ND◆§ 42.00 37.06 35.21

17 11.30 — 150 250 — 1,100 1,700 — — SD444-41-21-261-ND▲ 291.89 275.68 —

2 1.00 — 120 350 — 1,100 1,700 190 120 SD445-11-21-305-ND◆ 57.02 50.97 48.38

2 1.00 — 30 350 — 1,100 1,700 190 120 SD445-14-21-305-ND◆ 59.79 53.45 50.74

Blue Enhanced Silicon Photodiodes — RoHS Compliant24 5.31 x 8.10 500 15 350 — 1,100 120 190 79 PDB-C109-ND 41.71 36.07 33.82

25 0.33 x 0.33 1.5 2.00 350 — 1,100 5 190 — PDB-C122-ND 47.36 40.26 37.30

16 2.54 — 6.40 350 — 1,100 87 190 82 SD100-12-22-021-ND 21.62 18.38 17.03

17 2.54 — 10 250 — 1,100 87 — — SD100-42-22-231-ND▲ 76.88 68.47 64.87

23 2.54 x 2.18 — — — — — — — — SD112-45-11-221-ND▲ 59.26 52.98 50.29

16 5.59 x 7.62 — 52 350 — 1,100 725 190 90 SD290-12-22-241-ND 53.50 47.21 44.85

26 11.28 — 52 350 — 1,100 725 190 95 SD444-12-12-171-ND 163.32 149.81 146.43

17 11.30 — 150 250 — 1,100 1,700 — — SD444-42-22-261-ND▲ 291.89 275.68 —

UV Enhanced Silicon Photodiodes — RoHS Compliant16 2.54 — 6.50 250 — 1,100 87 190 90 SD100-13-23-222-ND 34.67 29.99 28.11

17 2.54 — 10 250 — 1,100 87 — — SD100-43-23-232-ND▲ 76.88 68.47 64.87

17 11.30 — 150 250 — 1,100 1,700 — — SD444-43-23-262-ND▲ 291.89 275.68 —

Silicon Avalanche Photodiodes Module — RoHS Compliant27 5.00 — — 350 — 1,050 — — — SD197-70-72-661-ND 1888.89 — —

27 5.00 — — 350 — 1,050 — — — SD197-70-74-661-ND 1888.89 — —

27 10.00 — — 350 — 1,050 — — — SD394-70-72-661-ND 2093.09 2011.01 —

Silicon Detectors and Emitters


®

Fig. 20

Fig. 19 – Lens Window

Cathode

Fig. 23

Fig. 21

Fig. 22

Side viewof Package

Epoxy Glob

Fig. 1 – Ceramic, Epoxy Glob

NotchdenotesAnode

Fig. 2 – Ceramic, Epoxy Filled

Anode

Fig. 12

Anode

Fig. 13– Solderable Photo Cell

Fig. 11

Fig. 8 – 1206 SMT Pkg.

Fig. 9 – Mini SMT Pkg.

Fig. 3 – Plastic Pkg. Fig. 4 – Flat Top

Fig. 6 – Plastic Side-looker

Light

Fig. 5 – Plastic Side-looker

Fig. 7

Fig. 16FlatWindow

Fig. 15

AB

CD

EF G

HJ K

L M

Fig. 17

Fig. 14– Solderable Photo Cell

Fig. 10

Fig. 18


N

◆ RoHS Compliant ‡ Photocells are light adapted at 100 to 500 Lux.

◆ RoHS Compliant

Photoconductive Cells

Fig.

661nm 880/905/940nm

Digi-KeyPart No.

Price EachForwardVoltage(V) Typ.

ReverseBreakdown

(V)

PeakWavelength(nm) Typ.

SpectralBandwidth(nm) Typ.

Rise/FallTime

(μS) Typ.

ForwardVoltage(V) Typ.

ReverseBreakdown

(V)

PeakWavelength(nm) Typ.

SpectralBandwidth(nm) Typ.

Rise/FallTime

(μS) Typ. 1 25 100 25032 1.8 5 661 21 0.1/0.04 1.3 5 880 50 0.8/0.8 PDI-E837-ND 40.74 35.24 33.04 30.8431 1.8 5 661 21 0.1/0.04 1.2 5 880 50 0.8/0.8 PDI-E838-ND 40.74 35.24 33.04 30.84

Oximeter Components

Silicon Detectorsand Emitters

Photo Detectors (Cont.)

High Power Infrared Emitters

‡ Per Element § Bi-cell ◊ Quad ▲ Detector/Amplifi er ◆ RoHS Compliant

Fig.Forward Voltage

(V) Typ.Forward Current

(mA) Con.Output Power

(mW) Typ.Beam Angle(2x Theta)

Peak Wavelength(nm) Typ.

Digi-Key Part No.


19 1.5 100 9 6 880 PDI-E803-ND 22.14 18.63 17.12 15.6119 1.5 100 20 80 880 PDI-E804-ND◆ 14.45 12.15 11.17 10.1819 1.5 100 10 5 880 PDI-E805-ND 15.68 13.19 12.12 11.053 1.5 100 30 (max.) 35 880 PDI-E808-A-ND 2.41 1.95 1.75 1.563 1.6 100 90 — 880 PDI-E809-ND◆ 2.41 1.95 1.75 1.5619 1.5 180 15 — 880 PDI-E813-ND◆ 44.08 38.12 35.74 33.3619 1.7 100 2.7 — 850 PDI-E825-ND◆ 29.31 24.92 23.09 21.2529 1.2 100 0.7 — 940 PDI-E940SM-ND◆ 2.41 1.95 1.75 1.56

Fig.

Dim.D

(mm)

Cell Resistance‡ PeakWavelength(nm) Typ.

Rise/FallTime

(ms) Typ.Digi-KeyPart No.

Price Each10 Lux @ 2856K DarkMin. (KΩ) Max. (KΩ) Min. (MΩ) SEC 1 25 100 250

33,CurveLine C

11.00 8 16 0.3 10 520 55/25 PDV-P5001-ND 2.11 1.71 1.54 1.3711.00 12 30 0.5 10 520 55/25 PDV-P5002-ND 2.11 1.71 1.54 1.3711.00 12 58 1 10 520 55/25 PDV-P5003-ND 2.11 1.71 1.54 1.377.20 4 20 0.5 10 520 55/20 PDV-P7002-ND◆ 2.23 1.81 1.63 1.455.10 3 11 0.2 10 520 50/20 PDV-P8001-ND 1.56 1.27 1.14 1.015.10 40 120 1 10 520 60/25 PDV-P8005-ND 1.56 1.27 1.14 1.015.10 80 240 5 10 520 60/25 PDV-P8006-ND 1.56 1.27 1.14 1.015.10 4 11 0.15 10 520 55/20 PDV-P8101-ND 1.56 1.27 1.14 1.015.10 9 20 0.3 10 520 60/25 PDV-P8102-ND 1.56 1.27 1.14 1.015.10 16 33 0.5 10 520 60/25 PDV-P8103-ND◆ 1.64 1.33 1.19 1.065.10 27 60 2 10 520 60/25 PDV-P8104-ND◆ 1.64 1.33 1.19 1.065.10 80 240 20 10 520 60/25 PDV-P8107-ND 1.56 1.27 1.14 1.014.20 4 11 0.3 10 520 60/25 PDV-P9001-ND 1.27 1.03 .92 .824.20 9 20 0.5 10 520 60/25 PDV-P9002-ND 1.27 1.03 .92 .824.20 11 20 0.5 10 520 60/25 PDV-P9002-1-ND 1.27 1.03 .92 .824.20 16 33 1 10 520 60/25 PDV-P9003-ND 1.27 1.03 .92 .824.20 23 33 1 10 520 60/25 PDV-P9003-1-ND 1.27 1.03 .92 .824.20 27 60 2 10 520 60/25 PDV-P9004-ND 1.27 1.03 .92 .824.20 50 94 2.5 10 520 60/25 PDV-P9005-ND 1.27 1.03 .92 .824.20 48 140 20 10 520 60/25 PDV-P9005-1-ND 1.27 1.03 .92 .824.20 80 200 5 10 520 60/25 PDV-P9006-ND 1.27 1.03 .92 .824.20 10 100 1 10 520 60/25 PDV-P9007-ND 1.27 1.03 .92 .824.20 10 200 20 10 520 60/25 PDV-P9008-ND 1.27 1.03 .92 .824.20 20 45 1 10 520 60/25 PDV-P9103-ND 1.27 1.03 .92 .824.20 10 50 5 10 520 70/15 PDV-P9200-ND 1.27 1.03 .92 .824.20 5 20 20 10 520 70/15 PDV-P9203-ND 1.27 1.03 .92 .82

Fig.Active Area

(mm)

Short Cir.Curr. (Isc)(uA) Typ.

DarkCurr. (Id)(nA) Max.

SensitivityWavelength (nm)

JunctionCap.

(pF) Typ.

ResponseTime

(nS) Typ.

ViewingAngle

(2x Theta)Digi-Key Part No.

Price EachMin. Peak Max. 1 25 100

27 10.00 — — 350 — 1,050 — — — SD394-70-74-661-ND 2093.09 2011.01 —

Plastic Photodiode — RoHS Compliant28 0.61 10 10 700 — 1,100 25 6 48 PDB-C144-ND 2.47 1.99 1.81

28 0.43 10 30 400 — 1,100 5 6 48 PDB-C145-ND 2.58 2.08 1.89

6 2.84 120 30 400 — 1,100 30 50 120 PDB-C157-ND 2.35 1.90 1.73

30 2.65 90 30 400 — 1,100 15 20 120 PDB-C160SM-ND 2.36 1.91 1.72

Curve Graph

Fig. 33

Fig. 27

Fig. 28

Fig. 24

Fig. 26

Fig. 25

Fig. 29

Fig. 30 Fig. 31

Fig. 32D

C( ) CdS Photoconductive Cells (relative responsivity)

0.7

0.6

0.5

0.4

0.3

0.2

0.1

0

RES

PON

SIVI

TY (A

/W)

190 300 400 500

WAVELENGTH (nm)

600 700 800 900 1000 1100 1200

A(-) Blue Enhanced Silicon DetectorsB( ° ) Daylight Filter Detectors

- - - - - - - - - - - - - - - - - - - - - - - - - --

--

--

-- - -

°°

°°

°°

°°

°° °

° °° °°°°°

°°

°°

°°

°°

°


®

Dimensions (mm)

Typical Operating Characteristics (Initial) Digi-KeyPart No.

Price Each Sanyo Part No.FL-200Iux FL-50Iux (Reference Value) 1 25 100

Indoor35.0 x 13.9 1.5V - 12.5μA 1.4V - 3.10μA 869-1000-ND 1.99 1.61 1.45 AM-1417CA41.6 x 26.3 1.5V - 31.0μA 1.4V - 7.75μA 869-1001-ND 4.37 3.52 3.21 AM-1454CA25.0 x 10.0 1.5V - 5.3μA 1.4V - 1.30μA 869-1002-ND 1.54 1.25 1.12 AM-1456CA53.0 x 25.0 3.0V - 18.5μA 2.6V 4.60μA 869-1003-ND 4.37 3.52 3.21 AM-1801CA58.1 x 48.6 3.0V - 42.0μA 2.6V - 10.50μA 869-1004-ND 5.07 4.16 3.75 AM-1815CA96.7 x 56.7 3.0V - 84.0μA 2.6V - 21.00μA 869-1005-ND 8.51 6.98 6.30 AM-1816CA31.0 x 24.0 3.0V - 6.9μA 4.0V - 0.41μA 869-1006-ND‡ 2.28 1.85 1.66 AM-1819CA

Dimensions (mm)

SS-50K lux (Initial) Digi-KeyPart No.

Price Each Sanyo Part No.Typical Operating Characteristics Pmax (Vop-lop) 1 25 100

Outdoor50.1 x 33.1 2.2V - 17.9mA 44mW (2.6V - 16.9mA) 869-1007-ND 7.83 6.42 5.80 AM-5412CAR60.1 x 41.3 3.3V - 16.5mA 59mW (3.9V - 15.1mA) 869-1008-ND 8.88 7.47 6.87 AM-5608CAR25.0 x 20.0 3.3V - 2.3mA 8mW (3.9V - 2.2mA) 869-1009-ND 4.91 3.95 3.60 AM-5610CAR70.0 x 50.0 3.9V - 21.0mA 88mW (4.6V - 19.1mA) 869-1010-ND 12.96 10.91 10.02 AM-5706CAR150.0 x 37.5 5.0V - 27.8mA 150mW (5.9V -25.4mA) 869-1011-ND 16.42 13.96 12.93 AM-5902CAR40.1 x 33.1 5.0V - 4.5mA 24mW (5.9V - 4.1mA) 869-1012-ND 6.91 5.67 5.12 AM-5904CAR75.0 x 55.0 5.0V - 20.6mA 114mW (5.9V-19.3mA) 869-1013-ND 12.98 10.92 10.04 AM-5907CAR57.7 x 55.1 3.9V - 21.0mA 90mW (4.6V - 19.4mA) 869-1014-ND 10.83 9.12 8.38 AM-8701CAR57.7 x 41.3 3.9V - 15.5mA 67mW (4.6V - 14.4mA) 869-1015-ND 8.91 7.50 6.89 AM-8702CAR57.7 x 55.1 4.5V - 18.9mA 93mW (5.2V - 17.8mA) 869-1016-ND 10.83 9.12 8.38 AM-8801CAR48.1 x 55.1 4.5V - 15.1mA 74mW (5.2V - 14.2mA) 869-1017-ND 9.57 8.05 7.40 AM-8804CAR

SEMI Amorphous Silicon Solar Cells

Compared to crystal silicon solar cells with fi rm shape of atoms, Amorphous silicon solar cells with random shape of atoms have the advantages of thinness and fl exibility, which can be embedded into various products. Though Amorphous silicon solar cells have lower conversion efficiency in outdoor light, they have higher performance under indoor light because of its lower illuminance dependency.

‡ SS-10k lux - for high illumination levels


N

(Continued)


Photodiodes

Fig.

Fwd.Volt.(V)

PhotoCur.(μA)

DarkCur.(nA)

PeakWavelength

(nm)

Rise/FallTime(ns)

ViewAngle

(°)Digi-KeyPart No.

BulkPrice Each Osram

Part No.1 10 100

11.3 80 2 850 20 120 475-1070-ND .70 .56 .51 BPW34

1.3 50 2 880 20 120 475-1072-ND .68 .55 .50 BPW34FA

21.3 50 1 900 5 40 475-1075-ND .68 .55 .50 SFH203FA

1.3 135 1 850 5 20 475-1077-ND .66 .53 .49 SFH213

3

1.3 80 2 850 20 120 475-1076-ND .85 .68 .62 SFH206K

1.3 60 2 950 20 120 475-1429-ND .66 .53 .49 SFH 205 F

1.3 60 2 900 20 120 475-1430-ND .66 .53 .49 SFH 205 FA

4

1.3 28 .05 860 10 34 475-1078-ND .54 .43 .39 SFH229

1.3 20 .05 900 10 34 475-1079-ND .54 .43 .39 SFH229FA

— 10 .05 820 10 34 475-2863-ND .50 .40 .37 SFH 2302

5

— 100 0.1 850 5 30 475-1435-ND .55 .45 .41 SFH 2505-Z

— — 0.1 900 5 30 475-1436-1-ND† .85 .71 .57 SFH 2505 FA-Z

— — 0.1 900 5 30 475-1436-2-ND‡ 422.70/1,000 SFH 2505 FA-Z

6 — — 0.1 900 5 30 475-1434-ND .85 .71 .57 SFH 2500 FA-Z

7 1.3 — 1 900 5 150 475-1428-ND .84 .67 .61 SFH 203 PFA

8

1.3 50 2 880 20 120 475-1346-ND .77 .62 .56 BPW 34 FASR-Z

1.3 80 2 850 20 120 475-2659-1-ND† 1.08 .91 .73 BPW 34 S-Z

1.3 80 2 850 20 120 475-2659-2-ND‡ 811.23/1,500 BPW 34 S-Z

9

1.3 55 2 850 20 120 475-1345-1-ND† 1.16 .97 .78 BP 104 S-Z

1.3 55 2 850 20 120 475-1345-2-ND‡ 870.27/1,500 BP 104 S-Z

1.2 — 0.1 570 200μs 120 475-2579-1-ND† 1.47 1.23 .99 SFH 2430-Z

1.2 — 0.1 570 200μs 120 475-2579-2-ND‡ 1103.80/1,500 SFH 2430-Z

1.3 34 2 880 20 120 475-1344-1-ND† 1.16 .97 .78 BP 104 FAS-Z

1.3 34 2 880 20 120 475-1344-2-ND‡ 870.27/1,500 BP 104 FAS-Z

10 1.3 24 10 900 500 120 475-1349-ND 10.13 8.11 7.35 BPX 48

11 1.3 — 2 850 20 110 475-1350-ND 7.92 6.34 5.75 BPX 61

12 1.0 — 10 900 500 110 475-1431-ND 9.76 7.81 7.08 SFH 221

131.3 34 2 900 20 120 475-1432-ND .57 .46 .42 SFH 225 FA

1.3 50 2 900 20 130 475-1433-ND .59 .48 .43 SFH 235 FA

24 1.3 10 1 850 5 120 475-2662-1-ND† .92 .77 .62 SFH 2400-Z

25 1.0 40 5 850 18 120 475-2661-1-ND† 8.25 6.88 5.50 KOM 2125-Z

OptoelectronicsDimensions in mm

®

Fig.

CollectorEmitter

(V) Max.

CollectorCurrent

(mA) Max.

DarkCur.(nA)

PeakWavelength

(nm)

Rise/FallTime

(μs) Typ.

ViewAngle


BulkPrice Each Osram

Part No.1 10 100

270 50 3 870 11 20 475-1080-ND .27 .22 .20 SFH313FA

35 50 1 880 10 50 475-1438-ND .33 .27 .24 SFH 300 FA-3/4

4 35 15 1 900 7/8 24 475-1440-ND .31 .25 .23 SFH 309 FA-4/5

6 35 50 3 830 — 26 475-1453-ND .45 .37 .33 SFH 3500-Z

14

50 50 20 880 9/12 80 475-1347-ND 1.29 1.04 .94 BPX 38-2/3

50 50 20 880 12/15 30 475-1348-ND 1.29 1.04 .94 BPX 43-3/4

35 100 1 830 7/9 16 475-1351-ND 1.31 1.05 .95 BPY 62-3/4

50 50 20 880 15/18 30 475-1074-ND 1.29 1.04 .94 BPX43-4/5

15 70 50 3 850 11 80 475-1081-ND .27 .22 .20 SFH314

17 30 50 3 850 10 70 475-1419-ND .38 .31 .29 LPT 80A

1835 15 1 860 6 150 475-1441-ND .33 .27 .25 SFH 309 P

35 15 1 900 6 150 475-1442-ND .33 .27 .25 SFH 309 PFA

1970 50 5 780 7/8 50 475-1443-ND .30 .24 .22 SFH 310-2/3

70 50 5 880 7/8 50 475-1444-ND .30 .24 .22 SFH 310 FA-2/3

20

35 15 1 860 — 120 475-2572-1-ND† .92 .77 .62 SFH 7225-Z

35 15 1 860 — 120 475-2572-2-ND‡ 921.39/2,000 SFH 7225-Z

35 15 1 860 7 120 475-2570-1-ND† 1.03 .86 .69 SFH 7221-Z

35 15 1 860 7 120 475-2570-2-ND‡ 1021.12/2,000 SFH 7221-Z

— — — 565 500 120 475-2571-1-ND† 1.03 .86 .69 SFH 7222-Z

— — — 565 500 120 475-2571-2-ND‡ 1021.12/2,000 SFH 7222-Z

21 15 15 2 920 7 120 475-1447-ND .47 .38 .34 SFH 3204-Z

22 35 15 1 990 7 50 475-1448-ND .38 .32 .29 SFH 3219-Z

23 35 15 1 980 7/8 120 475-1449-ND .35 .29 .26 SFH 325-3/4-Z

24

70 50 3 850 24/34 120 475-1451-1-ND† .91 .76 .61 SFH 3400-2/3-Z

70 50 3 850 24/34 120 475-1451-2-ND‡ 911.71/2,000 SFH 3400-2/3-Z

5.5 20 3 570 — 120 475-1452-1-ND† 1.05 .88 .70 SFH 3410-2/3-Z

5.5 20 3 570 — 120 475-1452-2-ND‡ 1049.85/2,000 SFH 3410-2/3-Z

265.5 20 3 570 — 120 475-1268-1-ND† .78 .65 .52 SFH 3710-3/4-Z

5.5 20 3 570 — 120 475-1268-2-ND‡ 1160.36/3,000 SFH 3710-3/4-Z

27 35 50 5 870 13/15 40 475-1439-ND .42 .35 .31 SFH 303 FA-3/4

3515 15 2 860 7 160 475-1257-1-ND† .46 .39 .31 SFH 3010-Z

15 15 2 860 7 160 475-1257-2-ND‡ 1159.70/5,000 SFH 3010-Z

Phototransistors



Fig. 1 Fig. 2

Fig. 3 Fig. 4

3.854.42.0

26.4 6.6

2.54spacing

Ø 4.93.9

Fig. 14

Ø 4.7

13.5 5.8 Ø 5.4

2.54spacing

28.5

6.55.6

Ø 5.02.54

spacing

Ø 5.7

Fig. 5

7.7

15

2.54spacing

7.44.2

4.6

Fig. 6

6.5

14

2.54spacing

7.44.2

4.6

3.0

4.0

2.54spacing

28

8.67.6

Ø 5.02.54

spacing

Ø 5.7

4.94.0

6.1

2.54spacing

Ø 3.0

28Ø 3.8

Fig. 7

2.54spacing

28.0

Ø 4.95

4.6

5.7

Fig. 8

1.156.45

4.4

3.851.6

Fig. 10

7.6

2.05

Fig. 11

3.2 13.5

5.08spacing

Ø 8.15

Ø 5.9

Fig. 12

3.2 13.5

Ø 8.15 5.08spacing

Fig. 13

6.92.54 spacing

34.5

2.85

4.85

4.45

5.75

16.26

2.54 spacing

R 0.76

1.582.29Ø 3.0

1.852.8

4.328

2.54 spacing

3.8

5.9

Ø 2.8

4.6

3.628

2.54 spacing

3.25

2.4

2.8

3.2 3.5

1.9

0.8

3.0

1.1 1.2

0.2252.2

3.2

2.8

Ø 2.575

1.9

3.5

3.5

2.4

4.0

1.0

2.54 spacing

3.6

4.0

0.7

2.85

Fig. 15 Fig. 16

Fig. 17 Fig. 18

Fig. 19 Fig. 20

Fig. 21 Fig. 22

Fig. 23

Fig. 25

Fig. 24

Fig. 26

4.6

1.05

2.6

2.0

1.156.45

4.4

3.851.6

Fig. 9

0.80

2.0

1.25

1.4

6.45

1.15 8.351

2 3

0.8

4.4

2.1

2.9

3.9

2.54


N


Fig.

ForwardVoltage

(V)

ForwardCurrentMax.(mA)

OpticalPowerOutput(mW/sr)◊

PeakWave-length(nm)

ViewAngle


Cut TapePrice Each Tape and Reel‡ Osram


2

1.5 100 180 typ. 850 6 475-1200-ND§◆ .49 .39 .36 — — SFH4550

1.5 100 100 typ. 880 16 475-1111-ND§◆ .35 .28 .26 — — SFH484

1.5 100 60 typ. 880 40 475-1112-ND§◆ .35 .28 .26 — — SFH485

1.3 100 63 min. 950 8 475-1461-ND§◆ .34 .28 .26 — — SFH 4511

1.5 100 80 min. 880 16 475-1468-ND§◆ .44 .36 .33 — — SFH 484-2

1.5 100 25 min. 880 40 475-1469-ND§◆ .44 .36 .33 — — SFH 485-2

1.5 100 40 min. 880 22 475-1471-ND§◆ .35 .28 .26 — — SFH 486

41.3 100 6.3 min. 950 40 475-1086-ND§◆ .41 .33 .30 — — SFH409

1.5 100 40 min. 850 26 475-1460-ND§◆ .49 .39 .36 — — SFH 4350

5 1.5 100 25 min. 880 30 475-1109-1-ND .48 .40 .33 1,000 240.24 SFH4585

7 1.5 100 3.15 min. 880 80 475-1470-ND§◆ .44 .36 .33 — — SFH 485 P

16 1.2 60 2.5 min. 950 18 475-1087-ND§ .31 .26 .23 — — SFH4110

171.5 60 0.4 min. 950 60 475-1364-ND§◆ .37 .30 .27 — — IRL 80A

1.5 100 1.0 min. 880 50 475-1365-ND§◆ .46 .37 .34 — — IRL 81A

20

1.5 70 4 min. 940 120 475-2866-1-ND◆ .62 .52 .41 2,000 306.81/M SFH 4243-Z

1.5 100 10 min. 850 120 475-1459-1-ND◆ .74 .63 .50 2,000 372.98/M SFH 4250-Z

1.5 100 4 min. 880 120 475-2869-1-ND◆ .82 .69 .55 2,000 410.27/M SFH 4283-Z

231.5 70 4 min. 940 120 475-2867-1-ND◆ .62 .52 .41 2,000 306.81/M SFH 4244-Z

1.5 100 10 min. 850 120 475-2568-1-ND◆ .74 .63 .50 2,000 372.98/M SFH 4255-Z

28 2.4 100 40 min. 850 30 475-1243-1-ND◆ .86 .72 .58 2,000 428.93/M SFH4258-Z

291.5 200 40 min. 880 12 475-1110-ND§◆ 1.23 .99 .90 — — SFH480

1.3 300 20 min. 950 12 475-1454-ND§◆ 1.31 1.05 .95 — — SFH 400

301.8 100 200 typ. 940 60 475-1272-1-ND◆ 9.67 8.06 6.45 800 3867.86 SFH 4231

1.5 1000 320 typ. 850 120 475-2844-1-ND◆ 9.67 8.06 6.45 800 3054.51 SFH 4232-Z

31

1.6 70 16 min. 940 30 475-2872-1-ND◆ .69 .58 .47 2,000 345.07/M SFH 4641-Z

1.6 70 16 min. 940 30 475-2873-1-ND◆ .69 .58 .47 2,000 345.07/M SFH 4646-Z

1.5 100 40 typ. 850 30 475-1260-1-ND◆ .78 .66 .53 2,000 391.63/M SFH 4655-Z

1.5 100 16 min. 850 40 475-2569-1-ND◆ .78 .66 .53 2,000 391.63/M SFH 4650-Z

1.6 70 16 min. 850 30 475-2874-1-ND◆ .69 .58 .47 2,000 345.07/M SFH 4651-Z

1.6 70 16 min. 850 30 475-2875-1-ND◆ .69 .58 .47 2,000 345.07/M SFH 4656-Z

3218 1000 630 min. 850 60 475-1270-ND§◆ 54.95 43.97 39.84 — — SFH 4730

18 1000 800 min. 850 60 475-1271-ND§◆ 54.95 43.97 39.84 — — SFH 4740

339.5 1000 630 min. 850 140 475-2845-ND◆ 45.25 36.21 32.81 — — SFH4750

9.8 1000 630 min. 940 140 475-2846-ND◆ 45.25 36.21 32.81 — — SFH4751

34 1.3 300 20 min. 950 30 475-1455-ND§◆ 1.36 1.10 .99 — — SFH 401

35 1.3 300 4 min. 950 80 475-1397-ND§◆ 1.11 .89 .81 — — LD 242-2/3

361.3 300 25 min. 950 10 475-1465-ND§◆ 2.24 1.80 1.63 — — SFH 4811

1.5 200 40 min. 880 10 475-1473-ND§◆ 1.39 1.11 1.01 — — SFH 4881

371.3 300 2.5 min. 950 70 475-1466-ND§◆ 2.24 1.80 1.63 — — SFH 4813

1.5 200 4 min. 880 70 475-1474-ND§◆ 1.39 1.11 1.01 — — SFH 4883

38 1.5 200 5 min. 880 60 475-1467-ND§◆ 1.39 1.11 1.01 — — SFH 482-2/3

39 2 50 0.63 min. 660 100 475-1472-ND§◆ 3.67 2.94 2.66 — — SFH 4860

40 5 1.3 — 940 — 475-1475-ND§◆ .70 .56 .51 — — SFH 5110-38

41 5 3 — 940 120 475-1477-1-ND◆ 1.33 1.12 .89 1,500 666.66/M SFH 5410-38-Z

46 1.5 100 4 min. 850 160 475-2864-1-ND◆ .74 .63 .50 5,000 372.98/M SFH 4050-Z

47 1.6 70 6.3 min. 850 80 475-2865-1-ND◆ .59 .50 .40 2,000 297.14/M SFH 4058

481.5 100 40 min. 940 40 475-2870-ND§◆ .49 .39 .36 — — SFH 4546

1.5 100 40 min. 850 40 475-2871-ND§◆ .49 .39 .36 — — SFH 4556

Infrared Emitters

Optoelectronics (Cont.)

®

Dimensions in mm

Proximity Sensor

Fig.


(°C)

ForwardCurrent

(mA) Max.

SupplyVoltage

(V)Wavelength

(nm)Digi-Key Part No.


Part No.


OsramPart No.1 10 100

45

-20 ~ 85 60 2.4 ~ 3.6 730 ~ 1080 475-2876-1-ND 2.19 1.82 1.46 475-2876-2-ND 1091.29 SFH 7740-Z

-20 ~ 85 60 2.4 ~ 3.6 730 ~ 1080 475-2663-1-ND 2.19 1.82 1.46 475-2663-2-ND 1091.29 SFH 7741-Z

-20 ~ 85 65 2.4 ~ 3.6 730 ~ 1080 475-2877-1-ND 2.13 1.78 1.43 475-2877-2-ND 1066.43 SFH 7743-Z

§ Bulk ◊ At IF = 100mA, tp = 20ms ◆ RoHS Compliant ‡ For Tape and Reel part number, change 1-ND to 2-ND.

Fig.

SupplyVoltage

(V)

CurrentConsumption

(μA)

SpectralSensitivity

(nm)Digi-Key Part No.


Part No.



42 6 420 475 ~ 650 475-1259-1-ND 1.79 1.50 1.20 475-1259-2-ND 897.90/M SFH 5711-2/3-Z

Ambient Light Sensor

Schmitt-Trigger Refl ective Interrupter

Refl ective Interrupter

Fig.

ForwardVoltage

(V)

ForwardCurrent

(mA) Max.

SupplyVoltage

(V)

OutputCurrent

(mA) Max.Digi-Key Part No.


Part No.



43 1.25 50 4-18 16 475-1239-1-ND 1.47 1.23 .99 475-1239-2-ND 736.00 SFH9240-Z

Fig.

ForwardVoltage

(V)

ForwardCurrent

(mA) Max.

Rise/FallTime

Tr/Tf (μs)

PhotoCurrent

(Ip)Digi-Key Part No.


Part No.



44 1.25 50 50/50 3.5mA 475-2658-1-ND 1.26 1.05 .84 475-2658-2-ND 626.74 SFH 9201-3/4-Z

Fig. 28

3.2

0.7

2.2

2.8

1.9

3.8

Ø2.6Ø2.63.5

Ø 4.7

7.0 13.5

2.54spacing

Ø 5.4

Fig. 29

1.63.1

2.25

6.2

1.9

11.2 7.2

2.0

Fig. 30

Fig. 32Fig. 31

Fig. 44

Fig. 34

6.4

Ø 4.7

2.54 spacing

14.5Ø 5.6

Fig. 33

Ø 4.2

3.3

2.54 spacing

14.0

Ø 5.35

Fig. 36Fig. 35

3.65

Ø 4.7

19

2.54spacing

Ø 5.45

Fig. 38

Ø 4.7

5.8

19

2.54spacing

Ø 5.45

Fig. 37

2.80

2.20 1.10

Fig. 39

13.0 5.25

2.54 spacing

Ø 4.7

Ø 5.45

Fig. 40

5.35

Ø 4.6

3.45

13.5

2.54spacing

Fig. 41

5.0

6.0

2.54spacing

23.9

2.54spacing

31.0

5.0

Fig. 42

Fig. 43

6.2

1.15

4.3

3.85

Fig. 27

8.6 24.7

11.2

2.54spacing

2.54spacing

5.7

3.26.0

1.9

4.0

1.2

Fig. 45

1.0

1

2

3.7

3.7

3 4

5

6

6.0

3.2

4.0

0.43

2

1 6

5

4

Fig. 46

Fig. 47

0.8

0.7

0.125

1.7

0.65

1.3

Fig. 48

1.10.3

3.2

1.6

28

2.54spacing

7.76.65

4.85

5.5


N

Fig.Sensor

Type/Features

SensingDistance

(mm) Confi g urationDigi-KeyPart No.

Price Each OmronPart No.1 25

1

Refl ective (General Purpose) 5.0 Dark-On OR507-ND 16.12 14.52 EE-SB5VC

Refl ective (General Purpose) 5.0 Light-On OR867-ND◆ 16.12 14.52 EE-SB5M

Refl ective (General Purpose) 19 Light-On OR519-ND 22.52 20.27 EE-SB5V-E

Refl ective (Side Detecting) 2.0 ~ 5.0 Light-On OR535-ND 43.68 39.32 EE-SPY311

Refl ective (Side Detecting) 5.0 Light-On OR536-ND 43.68 39.32 EE-SPY411

Refl ective (Top Detecting) 2.0 ~ 5.0 Dark-On OR572-ND 43.68 39.32 EE-SPY312

Refl ective (Top Detecting) 5.0 Light-On OR868-ND◆ 43.68 39.32 EE-SPY402

Refl ective (Top Detecting) 2.0 ~ 5.0 Light-On OR573-ND 43.68 39.32 EE-SPY412

Refl ective (Side Detecting) 5.0 Light/Dark-On OR531-ND† 26.12 23.51 EE-SY671

Refl ective (Top Detecting) 1.0 ~ 5.0 Light/Dark-On OR532-ND† 26.12 23.51 EE-SY672

2 Wide Slot (13mm Slot) 13 Light-On OR534-ND 46.68 42.02 EE-SPX403

3

Slot (Dust Proof Slit) 5.0 Light/Dark-On OR528-ND 23.21 20.89 EE-SX670

Slot – NPN 5.0 Light/Dark-On OR611-ND 20.68 18.62 EE-SX670A

Slot – PNP 5.0 Light/Dark-On OR870-ND◆ 21.73 19.57 EE-SX670P

4

Slot (L-Shaped) – NPN 5.0 Light-On OR869-ND◆ 22.80 20.53 EE-SX471

Slot (L-Shaped, Dust Proof Slit) 5.0 Light/Dark-On OR529-ND 22.12 19.91 EE-SX671

Slot (L-Shaped, Dust Proof Slit) 5.0 Light/Dark-On OR612-ND 22.12 19.91 EE-SX671A

Slot (3-Pin Connector) 5.0 Dark-On OR796-ND◆ 3.22 2.90 EE-SX3009-P1

5

Slot (T-Shaped, Dust Proof Slit) 5.0 Light/Dark-On OR530-ND◆ 22.40 20.16 EE-SX672

Slot (T-Shaped, Dust Proof Slit) 5.0 Light/Dark-On OR613-ND◆ 22.40 20.16 EE-SX672A

Slot (T-Shaped) – PNP 5.0 Light/Dark-On OR871-ND◆ 22.40 20.16 EE-SX672P

6Slot (Close Mounting) – NPN 5.0 Light/Dark-On OR549-ND 23.21 20.89 EE-SX673

Slot (Close Mounting) – NPN 5.0 Light/Dark-On OR614-ND 30.55 27.50 EE-SX673A

7

Slot (Close Mount) – NPN 5.0 Light/Dark-On OR597-ND◆ 23.86 21.49 EE-SX674

Slot (Close Mount) – NPN 5.0 Light/Dark-On OR872-ND◆ 25.59 23.04 EE-SX674A

Slot (Close Mount) – PNP 5.0 Light/Dark-On OR873-ND◆ 25.59 23.04 EE-SX674R

8Refl ective (Long Distance) 200 Dark-On OR538-ND 58.69 52.82 EE-SPZ301A

Refl ective (Long Distance) 200 Light-On OR539-ND 58.69 52.82 EE-SPZ401A

9Slot (Left Mount with 1M Cable) 3.6 Dark-On OR541-ND 66.69 60.03 EE-SPX302-W2A

Slot (Right Mount with 1M Cable) 3.6 Dark-On OR542-ND 72.03 64.83 EE-SPX304-W2A

10Slot (Top Mount with 1M Cable) 5.0 Dark-On OR543-ND 74.69 67.23 EE-SPX305-W2A

Slot (Top Mount with 1M Cable 5.0 Light-On Z2357-ND◆ 48.40 44.82 EE-SPX405-W2A

11Slot (Wide Sensing Distance) 300 Dark-On OR546-ND 173.40 156.06 EE-SPW321

Slot (Wide Sensing Distance) 300 Light-On OR547-ND 173.40 156.06 EE-SPW421

12Fiber (19” Optical Fiber) 30 Dark-On OR552-ND 80.35 72.32 EE-SPZ301W-01

Fiber (19” Optical Fiber) 30 Light-On OR553-ND 80.35 72.32 EE-SPZ401W-01

13Refl ective (11” Optical Fiber) 1.0 ~ 3.0 Dark-On OR554-ND 88.52 — EE-SPZ301Y-01

Refl ective (11” Optical Fiber) 1.0 ~ 3.0 Light-On OR555-ND 84.04 75.64 EE-SPZ401Y-01

14 Inductive (Detects Ferrous Metal) 5.0 N/O Output OR560-ND 48.05 43.25 E2R-A01

15Slot (General Purpose) 3.6 Dark-On OR574-ND 45.00 40.51 EE-SPX301

Slot (General Purpose) 3.6 Light-On OR575-ND 45.00 40.51 EE-SPX401

16 Slotted Liquid Level Detector 6.0 ~ 13 Light/Dark-On OR579-ND 128.38 115.55 EE-SPX613

17 Refl ective (General Purpose) 1.0 Dark-On OR580-ND◆ 13.65 12.29 EE-SPY415

18

Slot Type with 2M Cable – NPN 5.0 Dark-On OR605-ND◆ 30.76 27.69 EE-SX770

Slot Type with 2M Cable – PNP 5.0 Dark-On OR874-ND◆ 30.27 27.25 EE-SX770P

Slot Type with 2M Cable – NPN 5.0 Light-On OR606-ND 31.19 28.08 EE-SX870

19L-Shaped with 2M Cable – NPN 5.0 Dark-On OR607-ND 30.96 27.87 EE-SX771

L-Shaped with 2M Cable – NPN 5.0 Light-On OR608-ND 31.47 28.33 EE-SX871

20T-Shaped with 2M Cable – NPN 5.0 Dark-On OR609-ND 32.00 28.81 EE-SX772

T-Shaped with 2M Cable – NPN 5.0 Light-On OR610-ND 32.00 28.81 EE-SX872


L-Shape

Fig. 4

T-Shape


Right

Mount Shown


InductiveType

Fig. 13 Fig. 14 Fig. 15 Fig. 16

Fig. 17 Fig. 18 Fig. 19 Fig. 20

Wide Slot

Long

DistanceClose Mount

LiquidLevel

Fig.SensingMethod

SensingDistance

(mm)Terminal

Type


Digi-KeyPart No.


1Refl ective 5.0 Solder 30/30 OR500-ND 4.24 3.83 3.06 EE-SB5

Refl ective 5.0 PC Board 30/30 OR501-ND 4.24 3.83 3.06 EE-SB5-B

2Refl ective 5.0 Solder 30/30 OR502-ND 4.17 3.76 3.01 EE-SF5

Refl ective 5.0 PC Board 30/30 OR503-ND 4.17 3.76 3.01 EE-SF5-B

3

Slot 3.6 Solder 4/4 OR504-ND 3.19 2.87 2.30 EE-SG3

Slot 3.4 Solder 4/4 OR713-ND 2.91 2.63 2.11 EE-SH3

Slot 3.4 PC Board 4/4 OR779-ND 3.38 3.04 2.44 EE-SH3-G

Slot 3.4 Solder 4/4 OR714-ND 3.62 3.26 2.61 EE-SV3

Slot 3.4 PC Board 4/4 OR780-ND 3.19 2.87 2.30 EE-SV3-B

Slot 3.4 PC Board 4/4 OR715-ND 3.74 3.37 2.70 EE-SX305


Slot 3.6 PC Board 4/4 OR505-ND 3.19 2.87 2.30 EE-SG3-B

4Refl ective 1.0 SMT 20/20 Z3020CT-ND 1.65 1.49 1.19 EE-SY199

Refl ective 1.0 SMT 20/20 Z3020TR-ND 1651.05/2000 EE-SY199

5


Slot 4.6 PC Board 500Hz OR556-ND 1.72 1.56 1.25 EE-SX1061


6

Refl ective 5.0 PC Board 50Hz OR525-ND 3.07 2.76 2.21 EE-SY310

Refl ective 5.0 PC Board 50Hz OR526-ND 3.07 2.76 2.21 EE-SY410

Refl ective 4.4 PC Board 3/20 OR604-ND 3.31 2.98 2.39 EE-SY413

7 Slot 3.4 PC Board 4/4 OR523-ND 3.63 3.27 2.62 EE-SX1031

8

Slot 8.0 PC Board 3KHz OR716-ND 1.80 1.62 1.30 EE-SX3070




9Vertical Slot 3.4 61cm Wires 4/4 OR562-ND 9.06 8.16 6.53 EE-SX1088-W1

Horizontal Slot 3.4 61cm Wires 4/4 OR563-ND 13.71 12.34 9.87 EE-SX1096-W1

10


Slot 3.4 PC Board 4/4 Z2991-ND 2.82 2.54 2.04 EE-SJ3-C

Slot 3.4 PC Board 4/4 OR569-ND 2.82 2.54 2.04 EE-SJ3-D



11Slot 3.0 PC Board 4/4 OR570-ND 2.58 2.32 1.86 EE-SX1046


12Red LED Refl ect 4.0 PC Board 30/30 OR581-ND 10.09 9.09 7.27 EE-SY169

IR Refl ective 4.0 PC Board 30/30 OR582-ND 8.37 7.53 6.03 EE-SY169A

13 Actuator Contact PC Board — OR712-ND 2.39 2.15 1.72 EE-SA105

14

Slot 5.0 Snap-In — OR1002-ND 2.58 2.32 1.86 EE-SX460-P1

Transmissive 15.0 Snap-In — Z3028-ND 5.11 4.60 3.68 EE-SX461-P11

Transmissive 5.0 Snap-In — Z3029-ND 2.08 1.88 1.50 EE-SX4235A-P2

Through-Beam Slot Type Refl ective Type

Transmitter ReceiverSensing DistanceLight Source/

ReceiverTarget

Sensing Distance


Price Each OmronPart No.1 25

Optical Sensor AccessoriesIR Refl ector for Fig. 8, 60 x 40mm OR540-ND◆ 15.82 14.25 E39-R1

3 Pin Connector with 1 Meter Cable for Fig. 15 OR561-ND◆ 7.34 6.61 E22-01

Converter from NPN to PNP Output for Amp Sensors OR550-ND◆ 28.67 25.81 EE-2001

Converter from NPN to PNP Output for AMP Sensors OR551-ND◆ 28.67 25.81 EE-2002

4 Pin Connector for Fig. 1-6 OR527-ND◆ 2.93 2.64 EE-1001

4 Pin Connector with 2 Meter Cable for Fig. 1-6 OR559-ND◆ 13.73 12.36 EE-1006

Panel Mount Holder Clip for OR559-ND OR576-ND 4.12 3.71 EE-1006A

3 Pin Connector for Fig. 8, 12, 13 and 16 OR537-ND◆ 2.93 2.64 EE-1002

3 Pin Connector with 2 Meter Cable for Fig. 4, 12 and 13 OR558-ND◆ 5.18 4.67 EE-1003

Panel Mount Holder Clip for OR558-ND OR583-ND 1.58 1.43 EE-1003A

Amplifi ed Optical SensorsOmron’s optical sensors are designed to meet the needs of positioning, detection, robotic controls and presence detection. Amplified sensors are not influenced by internal or external lighting and can be powered by a wide supply voltage. Great for plug and play applications such as conveyor sensing and directly interfacing with PLC and Industrial controllers.

◆ RoHS Compliant † Built-in sensitivity adjuster

◆ RoHS Compliant

Unamplifi ed Optical SensorsOmron’s unamplified optical sensors are low cost detection sensors for design in processes. Inputs generally

require a current limiting resistor and care must be taken with reducing external lighting influences. Outputs

switch at very high speeds and operating lifetimes extend beyond 10,000 operating hours.

Fig. 3

LowProfi le

DualChannel

Fig. 4Fig. 2Fig. 1

Fig. 6 Fig. 7Fig. 5




N

Inductive Proximity Sensors

◆ RoHS Compliant

Omron’s line of inductive sensors are de signed for detecting the presence or absence of ferrous metal close to the sensor and pro vide an output

when detected. Because inductive sen sors use electro magnetic fi elds, they excel over photo type sensors in en vir on ments contain ing water, oil,

dust and dirt. Shielded sensors are made with a shielding plate around the ferrite core to focus ferrous metal sen sing at the sensors head. It also

al lows the sensor to be located or mount ed close to sur rounding metals.

Fig.

SensingDistance

Maximum DescriptionTerminal

TypeOutputType

Digi-KeyPart No.


1

0.8mm 4mm Diameter, Short Barrel DC Proxy, Stainless Steel, Shielded 3-Wire NPN Z1651-ND 80.30 74.35 69.40 E2E-CR8C1

1mm M5, Short Barrel DC Proxy, Nickel Plated Brass, Shielded 3-Wire NPN Z1652-ND 77.88 72.12 67.32 E2E-X1C1

1mm 5.4mm Diameter, Short Barrel DC Proxy, Nickel Plated Brass, Shielded 3-Wire NPN Z1653-ND 80.30 74.35 69.40 E2E-C1C1

1.5mm M8, Short Barrel DC Proxy, Nickel Plated Brass, Shielded 3-Wire NPN Z1062-ND 57.01 52.79 49.27 E2E-X1R5E1

2mm M8, Short Barrel DC Proxy, Nickel Plated Brass, Shielded 2-Wire NPN Z1064-ND 58.62 54.28 50.66 E2E-X2D1-N

2mm M12, Short Barrel DC Proxy, Nickel Plated Brass, Shielded 3-Wire NPN Z1065-ND 57.01 52.79 49.27 E2E-X2E1

2mm M12, Short Barrel AC Proxy, Nickel Plated Brass, Shielded 2-Wire NPN Z1066-ND 68.25 63.20 58.99 E2E-X2Y1-US

3mm M12, Short Barrel DC Proxy, Nickel Plated Brass, Shielded 2-Wire NPN Z1067-ND 59.42 55.02 51.36 E2E-X3D1-N


5mm M18, Short Barrel AC Proxy, Nickel Plated Brass, Shielded 2-Wire NPN Z1069-ND 72.27 66.92 62.46 E2E-X5Y1-US


1.5mm M8, Short Barrel DC Proxy, Plastic Body, Shielded 3-Wire NPN Z1075-ND 88.33 81.79 76.34 E2F-X1R5E1

1.5mm M8, Short Barrel AC Proxy, Plastic Body, Shielded 2-Wire NPN Z1076-ND 126.87 117.48 109.64 E2F-X1R5Y1

2mm M12, Short Barrel DC Proxy, Plastic Body, Shielded 3-Wire NPN Z1078-ND 73.87 68.41 63.85 E2F-X2E1

2mm M12, Short Barrel AC Proxy, Plastic Body, Shielded 2-Wire NPN Z1079-ND 105.72 97.90 91.37 E2F-X2Y1

5mm M18, Short Barrel DC Proxy, Plastic Body, Shielded 3-Wire NPN Z1080-ND 81.90 75.84 70.79 E2F-X5E1

5mm M18, Short Barrel AC Proxy, Plastic Body, Shielded 2-Wire NPN Z1081-ND 109.05 — — E2F-X5Y1-US

10mm M30, Short Barrel DC Proxy, Plastic Body, Shielded 3-Wire NPN Z1077-ND◆ 96.36 89.22 83.28 E2F-X10E1

2

1.5mm Flat Low Profi le DC Proxy, Aluminum Body, Unshielded 3-Wire PNP Z1082-ND 49.09 45.45 42.42 TL-W1R5MB1

1.5mm Flat Low Profi le DC Proxy, Aluminum Body, Unshielded 3-Wire NPN Z1083-ND 49.09 45.45 42.42 TL-W1R5MC1

3mm Flat Low Profi le DC Proxy, Plastic Body, Unshielded 3-Wire NPN Z1084-ND 52.08 48.22 45.01 TL-W3MC1

3mm Flat Low Profi le DC Proxy, Plastic Body, Unshielded 3-Wire PNP Z1189-ND 52.08 48.22 45.01 TL-W3MB1

5mm Flat Low Profi le DC Proxy, Plastic Body, Unshielded 3-Wire PNP Z1085-ND 44.50 41.21 38.47 TL-W5MB1

5mm Flat Low Profi le DC Proxy, Plastic Body, Unshielded 3-Wire NPN Z1086-ND 44.50 41.21 38.47 TL-W5MC1

20mm Flat Low Profi le DC Proxy, Aluminum Body, Unshielded 3-Wire NPN Z1660-ND 72.95 67.55 63.05 TL-W20ME1

Mounting Bracket, Fits M8 Size Sensors Z1656-ND◆ 2.95 2.74 2.56 Y92E-B8

Mounting Bracket, Fits M18 Size Sensors Z1658-ND◆ 2.95 2.74 2.56 Y92E-B18



Open Cased Vibration Detection Switch - 10A Z2011-ND 74.55 67.10 59.64 D7H-B1



130 ~ 200 gallon Vibration Switch, 0.1A Z2007-ND 9.91 8.93 7.94 D7E-1

100 ~ 170 gallon Vibration Switch, 0.1A Z2008-ND 9.91 8.93 7.94 D7E-2

50 ~ 80° Tilt Switch, 0.1A Z2009-ND 14.47 13.02 11.57 D7E-3

D7E Vibration SensorsThese vibration sensors are perfect for quick de tection of movements that

could cause dam age to equipment or can be used to safely shut down critical

operations. Sen sors are auto-reset table and require no manual re set ting. D7E

vibration sensors are low cost sealed vib ration sensors with various sensitivities.

Use these sen sors for industrial equip ment, cranes, forklifts, in dust rial man u fact-

uring and boilers. Use in natural gas meter shut offs, vending machines, conveyor

sys tems, earthquake sen sors or any circuits that require safety shutoff during a

period of vibration or tilting.

Specifications: • Various sensitivities • Contact Capacity: 100mA@5-30VDC

• Contact Form: SPST-NC • Operating Temperature: -25°C ~ 60°C • Dielectric

Strength: AC250V 50/60Hz

D6BN Tilt Sensors

7.0

2.0

7.0

Ideal for equipment tilt detection. Will give you a sep ar ate output when

tilted left or right. Perfect for sig naling a screen to rotate from portrait

to landscape view in keeping with product orientation. Can be used in

space heaters.

Specifications:• Output Current: 1mA • Op erating Temperature: -10°C ~ 60°C

Char acteristics:• Supply Volt age: 2.4V ~ 3.6V • Out put High Volt age: Vdd ~ 0.4V

minimum • Out put Low Voltage: 0.4V maximum • Current Con sump tion:

10μA maximum • Operating Angle: 40°C ~ 80°C

D7H Equipment Vibration SensorsThese vibration switches feature a highly durable stainless steel diaphragm

that allows detection of very small move ments. Used to prevent secondary

damage after earth quakes and to replace mercury with a simple mech an i cal

system. Manually resettable, vertically mounted sensor in either an enclosed

case or open sensor.

Spec i fi cations: • 100 ~ 170 gallon, 10A 125VAC, 0.1A 30VDC • Op er ating

Temperature: -10°C ~ 70°C

OMROND7E-1MADE IN JAPAN

‡ Tape and Reel


Cut TapePrice Each Omron

Part No.1 25 50Mini SMD Tilt Sensor - Left/Right Z2676CT-ND 3.73 3.36 2.98 D6BN-IP

Mini SMD Tilt Sensor - Left/Right Z2676TR-ND‡ 4653.26/2,500 D6BN-IP

D6F Gas Flow SensorsThe D6F is a new supersensitive gas flow sensor. It is able to measure both gas velocity

and direction at extremely low flow rates, and is ideal for looking at low pressure

medical gases, boiler emissions, and HVAC system airflow. It is suit able for measuring

the amount of oxygen and nitrogen dioxide, consumed from a re spir atory apparatus in surgery. It can also be used for

monitoring air circulation in a building and thus improving the performance and efficiency of air conditioning and building

comfort systems. The extreme sensitivity is achieved with a tiny heating element, associated with temp er a ture sensors on

both sides. The deviation is temperature measured by the two sensors and used to calculate the gas flow and direction,

generating a non-linear analogue output in the range of 1V ~ 5V.

* Liquid Natural Gas † D6F-05 is a 1/4” pipe thread version using British Taper (Rc) standard.

D6F Air Flow SensorsOmron’s mass flow sensor will detect flows of 1 ~ 10 liters per minute up to a 1 ~ 50 liter per minute version. They use a wide supply volt age range of 5 ~ 26.4VDC and will output an analog voltage of 0.5 ~ 5VDC. Perfect for med ical apparatus, fuel cell monitoring and measuring instruments.

CaseMaterial

SuitableGas

FlowRange

Digi-KeyPart No.


PPS Air 0~1Liter/minute Z1671-ND 143.21 128.90 114.58 D6F-01A1-110


Aluminum LNG* 0~5Liter/minute Z1673-ND† 173.62 156.27 138.90 D6F-05N2-000


Connector with 2M Cable for D6F Sensors Z2718-ND 8.43 7.59 6.75 D6F-CABLE2



Flow Sensor 0 ~ 10 Liters per minute, Straight Connect Z2863-ND 265.99 239.39 212.79 D6F-10A6-000

Flow Sensor 0 ~ 20 Liters per minute Z2864-ND 265.99 239.39 212.79 D6F-20A6-000

Flow Sensor 0 ~ 50 Liters per minute Z2865-ND 265.99 239.39 212.79 D6F-50A6-000

Dustproof Flow Sensor 0~1 Liter, PCB Z2785-ND 52.05 46.85 41.65 D6F-P0010A1

Dustproof Flow Sensor 0~1 Liter, Connector Z2786-ND 52.05 46.85 41.65 D6F-P0010A2

Flow Sensor 0 ~ 1 Meters per second Z2631-ND 86.69 78.03 69.36 D6F-W01A1

Flow Sensor 0 ~ 4 Meters per second Z2632-ND 86.69 78.03 69.36 D6F-W04A1

Flow Sensor 0 ~ 3 Meters per second Z2629-ND 33.82 30.45 27.06 D6F-V03A1

Cable for Air Flow Sensors Z2209-ND 8.43 7.59 6.75 D6F-CABLE1

Cable for Air Flow Sensors (D6F-W) Z2630-ND 4.23 3.81 3.39 D6F-W CABLE

D6F-WD6F

23.3

27.2

D6F-P

Shown with PCB Terminals

1. Vcc

2. Vout

3. GND

Connector

Fig. 1 Fig. 2


N

Infrared Light Emitting Diodes

Fig.OutputType

Vcc(V)

Max. OutputCurrent(mA)

Rise/Fall(μs)

Digi-KeyPart No.

Price Each HoneywellPart No.1 10 25

Silicon

1Transistor 30 10.0 15 480-1957-ND 1.47 .96 .87 SDP8436-002

Transistor 30 17.5 15 480-1958-ND 1.47 .96 .87 SDP8436-003

2

Transistor 30 14 15 480-1951-ND 1.69 1.10 1.00 SDP8405-002

Transistor 30 24 15 480-1952-ND 1.64 1.07 .97 SDP8405-003

Transistor 30 0.92 15 480-1953-ND 1.72 1.12 1.02 SDP8405-013

Transistor 30 1.85 15 480-1954-ND 1.53 1.00 .91 SDP8405-014

3Transistor 30 3.60 15 480-1955-ND 1.35 .84 .75 SDP8406-002

Transistor 30 6.50 15 480-1956-ND 1.35 .84 .75 SDP8406-003

4 Transistor 30 3.0 15 480-1970-ND 4.89 3.35 3.02 SD1440-003L

5Transistor 30 4.0 15 480-1971-ND 2.76 1.89 1.70 SD2440-003

Transistor 30 7.0 15 480-1972-ND 2.83 1.94 1.75 SD2440-004

7

Transistor 15 8.0 min. 75 480-2976-ND 4.95 3.39 3.05 SD5410-003




Transistor 30 8.0 2 480-1973-ND 5.59 3.83 3.45 SD5491-004

8 Transistor 30 2.0 min. 15 480-2975-ND 4.36 2.99 2.69 SD3443-003

Low Light Rejection3 Transistor 30 6.0 15 480-1959-ND 1.57 1.02 .93 SDP8476-201

Fig.OutputType

Vcc(V)


Rise/Fall(ns)

Digi-KeyPart No.


Transmissive11 Diode 7 15 70 480-1945-ND 7.39 5.41 5.07 HOA6990-T51

12Transistor 10 10 60/15 480-1933-ND 5.42 3.71 3.34 HOA0961-N51Transistor 10 10 60/15 480-1934-ND 5.25 3.60 3.24 HOA0971-N51

Open-Collector 12 15 70 480-1943-ND 5.55 4.06 3.81 HOA6961-T5113 Open-Collector 4.5~12 50 70 480-2974-ND 8.77 6.42 6.01 HOA6991-T5114 Schmitt Trigger 12 12 60/15 480-1941-ND 5.37 3.93 3.68 HOA2004-00115 Transistor 12 12 60/6 480-1942-ND 9.22 6.75 6.32 HOA2005-001

16Totem Pole 7 15 70 480-1944-ND 5.48 3.75 3.38 HOA6972-N55Totem Pole 12 15 70 480-1946-ND 9.82 7.52 7.11 HOA6991-T55

Connectorized Transmissive16 Totem Pole 5.5 40 70 480-1947-ND 9.53 6.98 6.53 HOA7720-M22

Encoder Detector17 Inverting Logic 5.5 7 100 480-1949-ND 3.46 2.38 2.14 HLC2701-001

Slotted Optoschmitt Sensors

Refl ective Object Sensors

Fig.OutputType

Vcc(V)


Rise/Fall(μs)

Digi-KeyPart No.


11Transistor 30 15 15 480-1939-ND◆ 6.25 4.57 4.28 HOA1881-012

Transistor 30 30 15 480-1931-ND◆ 5.63 4.12 3.86 HOA0890-L51

12

Transistor 30 30 15 480-1938-ND 5.92 4.06 3.65 HOA1879-015

Transistor 30 30 15 480-1929-ND◆ 3.97 2.72 2.45 HOA0866-T55

Transistor 30 30 15 480-1930-ND◆ 4.65 3.19 2.87 HOA0875-N51

24 Transistor 30 30 15 480-1937-ND◆ 7.70 5.64 5.28 HOA1870-031

27 Transistor 30 82 15 480-1940-ND◆ 3.53 2.42 2.18 HOA1882-012

28 Darlington 15 50 75 480-2964-ND◆ 4.87 3.34 3.00 HOA1873-013

Transmissive Encoder — RoHS Compliant30 TTL 5.5 12 20 480-1932-ND 8.54 6.25 5.85 HOA0902-011

Optical Sensors

Optoschmitt Detectors

Fig.OutputType

Vcc(V)


Rise/Fall(ns)

Digi-KeyPart No.


7TTL 16 18 60/15 480-1974-ND 5.39 3.69 3.32 SD5600-001

TTL 16 18 60/15 480-1975-ND 5.32 3.65 3.28 SD5620-001

9 TTL 12 18 60/15 480-1960-ND 2.99 2.05 1.85 SDP8600-001

Open-Collector Output10 TTL 12 15 7 480-1950-ND 3.46 2.37 2.13 SDP8314-301

NPN Silicon Phototransistors

Fig.Style/Pkg.

VCEO(V)

IC(mA)

PeakSensitivity

WavelengthDigi-KeyPart No.


AlGaAs

1Side-view 1.7 50 880nm 480-1968-ND◆ 1.59 1.04 .95 SEP8736-002

Side-view 1.7 50 880nm 480-1969-ND◆ 1.81 1.18 1.07 SEP8736-003

2T-1 1.7 50 880nm 480-1965-ND◆ 1.81 1.18 1.07 SEP8705-003

T-1 1.7 20 880nm 480-2985-ND◆ 1.89 1.23 1.12 SEP8705-002

3Side-view 1.7 50 880nm 480-1966-ND◆ 1.64 1.01 .91 SEP8706-002

Side-view 1.7 50 880nm 480-1967-ND◆ 1.47 .96 .87 SEP8706-003

4Coaxial 1.8 50 880nm 480-1977-ND◆ 5.97 4.09 3.68 SE1470-003L

Coaxial 1.8 50 880nm 480-1978-ND◆ 6.11 4.19 3.77 SE1470-004L

5 Mini-pill 1.8 75 880nm 480-1980-ND◆ 3.30 2.26 2.03 SE2470-002

6

TO-46 1.9 100 880nm 480-1981-ND◆ 5.05 3.46 3.11 SE3470-003

TO-46 1.9 100 880nm 480-1983-ND◆ 4.80 3.29 2.96 SE5470-003

TO-46 1.9 100 880nm 480-1984-ND 4.89 3.35 3.02 SE5470-004

GaAs2 T-1 1.5 50 935nm 480-1961-ND◆ 1.55 1.01 .92 SEP8505-002

3



Side-view 1.5 50 935nm 480-1964-ND◆ 1.64 1.01 .91 SEP8506-003

4Coaxial 1.6 50 935nm 480-1976-ND◆ 5.43 3.72 3.34 SE1450-003L

Coaxial 1.6 50 935nm 480-2980-ND◆ 5.73 3.93 3.53 SE1450-004L

5 Mini-pill 1.6 75 935nm 480-1979-ND◆ 3.04 2.08 1.88 SE2460-003

6

TO-46 1.7 100 935nm 480-1982-ND 4.28 2.93 2.64 SE5455-003

TO-46 1.7 100 935nm 480-2981-ND◆ 4.66 3.19 2.87 SE3455-003

TO-46 1.7 100 935nm 480-2982-ND◆ 4.66 3.19 2.87 SE5450-013

TO-46 1.7 100 935nm 480-2983-ND◆ 4.66 3.19 2.87 SE5455-002

TO-46 1.7 100 935nm 480-2984-ND◆ 4.58 3.14 2.83 SE5455-004

◆ RoHS Compliant

◆ RoHS Compliant

† Emitter ‡ Detector

Fig.OutputType

Vcc(V)


Rise/Fall(μs)

Digi-KeyPart No.


18 Transistor 30 30 15 480-1928-ND 4.00 2.74 2.46 HOA0149-001

19Transistor 30 30 15 480-1935-ND 4.73 3.24 2.91 HOA1397-002

Darlington 15 30 75 480-1936-ND 4.80 3.29 2.96 HOA1397-032

20 Transistor 30 30 15 480-1948-ND 2.68 1.84 1.66 HLC1395-001

21




22Transistor 30 30 15 480-1986-ND 10.90 8.35 7.89 HOA1404-002


23

Transistor 30 0.2 15 480-1987-ND 5.33 3.65 3.28 HOA1405-001


Transistor 30 0.8 15 480-1988-ND 5.40 3.70 3.33 HOA1405-002

Transistor 30 50 15 480-2957-ND 2.83 1.94 1.75 HLC1395-002

24 Photodarlington 15 50 75 480-2963-ND 7.77 5.68 5.32 HOA1870-033

Transmissive11 Transistor 30 50 15 480-2958-ND 6.75 4.94 4.63 HOA0881-T55


25 TTL 4.5~5 50 100ns 480-2959-ND 7.63 5.59 5.23 HOA0901-012

26





28 10kΩ Pull-Up 12 50 60/15ns 480-2970-ND 5.33 3.65 3.28 HOA2001-001


Emitter Detector Pair

31— 2~7 10 — 480-2972-ND† 13.45 10.30 9.73 HOA6299-002

2.4kΩ Pull-Up 4.5~12 10 5 480-2973-ND‡ 15.61 11.95 11.28 HOA6299-003

Slotted Optical Sensors

Collector

Emitter

EmitterTab

ES

Fig. 11Fig. 1 Fig. 4 Fig. 5 Fig. 7Fig. 2 Fig. 3 Fig. 9 Fig. 10Fig. 6 Fig. 8

E+

S+

ES

Fig. 12 Fig. 14 Fig. 15 Fig. 16 Fig. 17 Fig. 18 Fig. 19 Fig. 20Fig. 13 Fig. 21

Note: 480-2971-ND has straight leads

Fig. 22 Fig. 23 Fig. 30Fig. 26 Fig. 31Fig. 27Fig. 24 Fig. 29Fig. 28Fig. 25


N

Switches


ES

Fig. 5 Fig. 6

ES

ES

Fig. 9 Fig. 11

ES


Fig. 10

E

S

Fig. 16

Fig. 8

Fig. 17

ES

Fig. 18

Fig. 7

ES

Fig. 12

E

S



Fig.OutputType

SlotWidth

Inch (mm)

LeadSpacing

Inch (mm)Digi-KeyPart No.

Price EachTTE/OPTEKTechnologyPart No.1 100 250

Slotted Optical1 Rbe Phototransistor .190 (4.83) .320 (8.13) 365-1008-ND 1.16 1.04 1.00 OPB620

2 Phototransistor .155 (3.94) .300 (7.62) 365-1017-ND 1.17 1.05 1.01 OPB804

3Phototransistor .20 (5.08) — 365-1260-ND 3.01 2.68 2.57 OPB817Z

Phototransistor .20 (5.08) — 365-1264-ND 4.11 3.66 3.52 OPB917BZ



6Photologic .125 (3.18) — 365-1234-ND 3.83 3.42 3.28 OPB941W51Z

Photologic .125 (3.18) — 365-1265-ND 3.82 3.41 3.28 OPB930W55Z

7

Photologic .190 (4.83) .320 (8.13) 365-1090-ND 1.50 1.34 1.29 OPB625

Photologic .125 (3.18) .320 (8.13) 365-1111-ND 2.60 2.32 2.24 OPB970N11

Photologic .125 (3.18) .320 (8.13) 365-1113-ND 2.29 2.05 1.96 OPB973N51

8 Photologic .125 (3.18) .320 (8.13) 365-1087-ND 2.11 1.89 1.81 OPB460L11

9 Phototransistor .125 (3.18) — 365-1341-ND 2.88 2.57 2.47 OPB880P51Z

10

Photologic .125 (3.18) — 365-1246-ND 3.36 3.00 2.88 OPB990T55Z

Phototransistor .125 (3.18) — 365-1235-ND 2.87 2.56 2.46 OPB891T51Z

Phototransistor .125 (3.18) — 365-1401-ND 2.79 2.49 2.40 OPB829CZ


12

Phototransistor .125 (3.18) — 365-1335-ND 3.11 2.77 2.66 OPB830W55Z


Phototransistor .125 (3.18) .320 (8.13) 365-1101-ND 2.17 1.94 1.86 OPB840L11


13 Phototransistor .125 (3.18) .220 (5.59) 365-1106-ND 2.30 2.05 1.98 OPB865N11



16Photologic .125 (3.18) .320 (8.13) 365-1110-ND 2.66 2.38 2.28 OPB960T11

Photologic .125 (3.18) .320 (8.13) 365-1112-ND 2.19 1.95 1.88 OPB970T55

17Photologic .125 (3.18) — 365-1402-ND 3.46 3.09 2.97 OPB981T51Z

Photologic .125 (3.18) — 365-1403-ND 3.40 3.04 2.92 OPB990T51Z

Slotted Optical Flag18 Transistor .080 (2.03) .275 (6.99) 365-1009-ND 2.88 2.57 2.47 OPB680

Wide Gap Slotted Optical

16




19Phototransistor .375 (9.53) — 365-1331-ND 3.05 2.71 2.62 OPB810W51Z


20 Phototransistor .375 (9.53) — 365-1400-ND 3.12 2.78 2.68 OPB815WZ

21 Phototransistor 1.26 (32) — 365-1262-ND 4.20 3.75 3.61 OPB819Z

Fig.

ContinuousForward

Current (mA)

ReverseDC

Voltage

V(BR)CEOVoltage(Min.)

Min. LeadWire LengthInch (mm)

Digi-KeyPart No.


1

100 2.0 25 18.0 (457.2) 365-1399-ND 6.67 5.94 5.71 OPB700ALZ

100 2.0 25 4.0 (101.6) 365-1364-ND 5.91 5.26 5.05 OPB700Z

50 2.0 25 18.0 (457.2) 365-1253-ND 7.72 6.87 6.61 OPB701ALZ

2 50 3.0 30 .50 (12.7) 365-1012-ND 4.52 4.03 3.87 OPB710

350 2.0 15 .45 (11.43) 365-1093-ND 1.99 1.78 1.71 OPB707A

50 2.0 30 .45 (11.43) 365-1092-ND 1.54 1.38 1.33 OPB706A

4 50 2.0 30 .180 (4.57) 365-1088-ND .93 .84 .81 OPB606A

540 2.0 30 .15 (3.81) 365-1014-ND 1.71 1.52 1.47 OPB742

40 2.0 15 .15 (3.81) 365-1015-ND 2.12 1.90 1.82 OPB745

6 40 2.0 30 .165 (4.19) 365-1091-ND 1.97 1.76 1.69 OPB704

750 5.0 30 — 365-1510-1-ND◊ 1.71 1.60 1.37 OPB733TR

50 5.0 30 — 365-1510-2-ND† 565.88/500 OPB733TR

Refl ective Object Sensors

Sensors

◊ Cut Tape † Tape and Reel

Photologic® Refl ective Object Sensors

Fig.

OperatingDC Supply

Voltage

Minimum LeadWire LengthInch (mm)

Digi-KeyPart No.


9 4.75 ~ 5.25 18.0 (457.2) 365-1255-ND 5.06 4.50 4.33 OPB716Z

Fig.

ContinuousForward

Current (mA)

ReverseDC

Voltage

V(BR)CEOVoltage(Min.)

Min. LeadWire LengthInch (mm)

Digi-KeyPart No.


10

50 2.0 30 .33 (8.38) 365-1236-ND 3.75 3.34 3.21 OPB350

50 2.0 25 .33 (8.38) 365-1237-ND 4.00 3.57 3.42 OPB350L187

50 2.0 24 .33 (8.38) 365-1405-ND 4.00 3.57 3.42 OPB350L062

11

50 2.0 25 24 (610) 365-1239-ND 5.22 4.65 4.47 OPB350W187Z

50 2.0 25 24 (610) 365-1240-ND 5.22 4.65 4.47 OPB350W250Z

50 2.0 24 24 (610) 365-1406-ND 5.22 4.65 4.47 OPB350W062Z

DescriptionDigi-KeyPart No. Price Each

TTE/OPTEKTechnologyPart No.

Circuit Board for OPB350L125 365-1530-ND 9.88 OCB350L125Z



Circuit Board PCB Mount 365-1533-ND 7.83 OCB100AZ

Circuit Board Wired Optoelectronic Assembly 365-1534-ND 8.72 OCB100CZ

Circuit Board and Optoelectronic Devices Kit 365-1507-ND 27.44 OCB100-KIT

DescriptionDigi-KeyPart No. Price Each

TTE/OPTEKTechnologyPart No.

Full Color Sensor 365-1509-ND 80.54 OPB780KIT

Liquid Tube Sensors

Calibration Circuit Boards

Color Sensor Evaluation Kit

Refl ective Color Sensor

Fig.

ContinuousForward Current

(mA)

SupplyVoltage

VDDDigi-KeyPart No.


8 30 5 365-1378-ND 13.47 11.98 11.52 OPB780Z

®


Fig. 3 Fig. 4 Fig. 6Fig. 1 Fig. 2

Fig. 10 — N Package Fig. 11 — T PackageFig. 7 Fig. 9Fig. 8

Fig. 5


N

Infrared Emitters and Receivers

Fig.Style/

Package

PulseForwardCurrent

Optical PowerOutput

PeakEmission

WavelengthBeamAngle

Digi-KeyPart No.


Plastic

1

T-1 3/4 750mA .50mW/cm2 890nm 50° 365-1060-ND .54 .48 .47 OP294

T-1 3/4 5.0A 44mW/cm2 890nm 20° 365-1061-ND .58 .53 .50 OP295A

T-1 3/4 5.0A 77mW/cm2 890nm 20° 365-1062-ND .58 .53 .50 OP295B

T-1 3/4 5.0A 210mW/cm2 890nm 50° 365-1056-ND .58 .53 .50 OP290A

T-1 3/4 5.0A 16mW/cm2 890nm 50° 365-1057-ND .58 .53 .50 OP291A

TO-46 2.0A 16mW/cm2 890nm 60° 365-1058-ND .54 .48 .47 OP293A

TO-46 2.0A 13mW/cm2 890nm 60° 365-1059-ND .54 .48 .47 OP293B

TO-46 2.0A 3.0mW/cm2 890nm 25° 365-1064-ND .54 .48 .47 OP298A

TO-46 2.0A 2.4mW/cm2 890nm 25° 365-1065-ND .54 .48 .47 OP298B

T-1 3.0A 2.70mW/cm2 890nm 18° 365-1054-ND .69 .62 .59 OP265A

T-1 3.0A 1.95mW/cm2 935nm 18° 365-1046-ND .61 .55 .53 OP165A

T-1 3.0A 0.85mW/cm2 935nm 18° 365-1047-ND .94 .51 .44 OP165C

T-1 3.0A 1.95mW/cm2 935nm 18° 365-1049-ND .69 .62 .59 OP166A

2

Side-View 3.0A 0.60mW/cm2 890nm 40° 365-1052-ND .54 .48 .47 OP240A



Side-View 3.0A 0.30mW/cm2 935nm 40° 365-1044-ND .54 .48 .47 OP140B

3 Side-View 3.0A 0.40mW/cm2 935nm 40° 365-1045-ND .56 .51 .49 OP145A

4 T-1 3.0A 0.50mW/cm2 935nm 90° 365-1048-ND .67 .60 .58 OP165W

5 T-1 3.0A 1.00mW/cm2 890nm 90° 365-1055-ND .69 .62 .59 OP266W

6 Side View 1.0A — 850nm 36° 365-1005-ND 2.14 1.25 1.20 OP245PS

SMT Plastic

70805 50mA 0.2mW/cm2 880nm 150° 365-1147-1-ND◊ .24 .23 .20 OP200

0805 50mA 0.2mW/cm2 880nm 150° 365-1147-2-ND† 446.09/3,000 OP200

81206 50mA 0.2mW/cm2 880nm 150° 365-1148-1-ND◊ .24 .23 .20 OP250

1206 50mA 0.2mW/cm2 880nm 150° 365-1148-2-ND† 313.92/2,000 OP250

9 Axial 50mA 1.5mW/cm2 880nm 25° 365-1150-ND .26 .24 .23 OP270

10Gull Wing 50mA 1.5mW/cm2 880nm 25° 365-1151-1-ND◊ .45 .30 .26 OP271

Gull Wing 50mA 1.5mW/cm2 880nm 25° 365-1151-2-ND† 400.40/2,000 OP271

11Rev. Gull

Wing50mA 1.5mW/cm2 880nm 25° 365-1153-1-ND◊ .49 .32 .27 OP273

12

PLCC 50mA 0.5mW/cm2 880nm 100° 365-1154-1-ND◊ .30 .28 .24 OP280

PLCC 50mA 0.5mW/cm2 880nm 100° 365-1154-2-ND† 396.53/2,000 OP280

PLCC-2 1.0A 0.50mW/cm2 940nm 100° 365-1468-1-ND◊ .28 .27 .23 OP180

PLCC-2 1.0A 0.50mW/cm2 940nm 100° 365-1468-2-ND† 363.48/2,000 OP180

PLCC-2 1.0A 0.85mW/cm2 875nm 90° 365-1469-1-ND◊ 1.45 .94 .81 OP280K

PLCC-2 1.0A 0.85mW/cm2 850nm 90° 365-1470-1-ND◊ .59 .56 .48 OP280KT

PLCC-2 1.0A 0.85mW/cm2 850nm 90° 365-1470-2-ND† 760.01/2,000 OP280KT

PLCC-2 1.0A 0.15mW/cm2 850nm 50° 365-1471-1-ND◊ 2.66 1.72 1.48 OP280PS

PLCC-2 1.0A 2.50mW/cm2 850nm 18° 365-1472-1-ND◊ 9.19 5.94 5.09 OP280V

Hermetically Sealed

13PC Mount 1.0A 1.00mW/cm2 935nm 24° 365-1040-ND 1.90 1.70 1.63 OP124

PC Mount 1.0A 3.50mW/cm2 890nm 24° 365-1050-ND 1.84 1.65 1.58 OP224

14TO-46 10.0A 4.0mW/cm2 935nm 18° 365-1041-ND 1.68 1.50 1.44 OP132

TO-46 10.0A 5.0mW/cm2 935nm 18° 365-1042-ND 1.68 1.50 1.44 OP133

15 TO-46 10.0A 5.0mW/cm2 890nm 50° 365-1051-ND 1.78 1.59 1.53 OP233W

Infrared Light Emitting Diodes




Fig.Style/

Package

PeakCurrentForward

OpticalPowerOutput

PeakEmission

Wavelength

BeamDiver-gence

Digi-KeyPart No.


6 Lateral Convex 20mA 1.5mW 850nm 6° 365-1146-ND 4.72 4.20 4.04 OPV382

24 Lateral Flat 20mA 1.5mW 850nm 20° 365-1145-ND 4.58 4.08 3.92 OPV380

Fig.Style/

PackageRing Size (Inch)

VCCQty. of LEDs

Digi-KeyPart No.

Price EachTTE/OPTEKTechnologyPart No.ID OD 1 100 250

25

SurfaceMount

.625 1.25 12 12 365-1519-ND 12.37 11.88 11.42 OPA80SM5AZ

1.25 2.0 12 18 365-1520-ND 18.13 17.42 16.75 OPA80SM5CZ

.625 1.25 5 10 365-1521-ND 10.92 10.49 10.08 OPA82SM5AZ

1.25 2.0 5 16 365-1522-ND 16.81 16.15 15.53 OPA82SM5CZ

ThroughHole

.625 1.25 12 12 365-1523-ND 16.27 15.63 15.03 OPA80T35AZ

1.25 2.0 12 18 365-1524-ND 23.77 22.82 21.95 OPA80T35CZ

.625 1.25 5 10 365-1525-ND 14.72 14.14 13.59 OPA82T35AZ

1.25 2.0 5 16 365-1526-ND 22.55 21.66 20.82 OPA82T35CZ

VCSEL Infrared Emitting Laser Diodes

Infrared Light Ring Series


Fig.Style/

Package OutputSensitivity



Photologic

23Side-View TTL/LSTTL 935nm 365-1115-ND 1.15 1.03 .99 OPL550

Side-View TTL/LSTTL 935nm 365-1116-ND 1.21 1.08 1.04 OPL550-OCA

PIN Silicon Photodiodes

Fig.Style/

Package VRPeak Sensitivity

Wavelength tr/tfDigi-KeyPart No.

Price Each TTE/OPTEKTechnologyPart No.1 100 250

6 Side-View 60V 935nm 5ns 365-1085-ND .50 .46 .44 OP950

16T-1 60V 935nm 5ns 365-1084-ND .49 .44 .43 OP906

T-1 3/4 60V 890nm 5ns 365-1086-ND .61 .55 .53 OP999

Infrared NPN Phototransistors

Fig.Style/

Package VCEO ICPeak Sensitivity



SMT Phototransistors

70805 30V 0.1mA 935nm 365-1478-1-ND◊ .22 .21 .18 OP501

0805 30V 0.1mA 935nm 365-1478-2-ND† 421.31/3,000 OP501

8

1206 30V 0.5mA 935nm 365-1155-1-ND◊ .22 .21 .18 OP520

1206 30V 0.5mA 935nm 365-1155-2-ND† 297.40/2,000 OP520

1206 30V 0.5mA 935nm 365-1156-1-ND◊ .21 .20 .17 OP521

1206 30V 0.5mA 935nm 365-1156-2-ND† 264.35/2,000 OP521

9 Axial 30V 2.5mA 935nm 365-1158-ND .19 .18 .17 OP570

10 Gull Wing 30V 2.5mA 935nm 365-1159-1-ND◊ .32 .21 .18 OP571

12PLCC 30V 2.5mA 935nm 365-1162-1-ND◊ .30 .28 .24 OP580

PLCC 30V 2.5mA 935nm 365-1162-2-ND† 380.01/2,000 OP580

171206 30V 1.0mA 935nm 365-1157-1-ND◊ .21 .20 .17 OP522

1206 30V 1.0mA 935nm 365-1157-2-ND† 264.35/2,000 OP522

18 Yoke 30V 5.0mA 935nm 365-1160-1-ND◊ .27 .18 .15 OP572

19 1210 30V 1.0mA 935nm 365-1475-1-ND◊ .40 .27 .23 OP525

Phototransistors

1

T-1 3/4 30V 2.35mA 890nm 365-1077-ND .49 .44 .43 OP599A

T-1 30V 4.30mA 935nm 365-1066-ND .45 .40 .39 OP505A

T-1 30V 2.15mA 935nm 365-1067-ND .45 .40 .39 OP505B

T-1 30V 4.30mA 935nm 365-1068-ND .56 .51 .49 OP506A

T-1 30V 2.15mA 935nm 365-1069-ND .56 .51 .49 OP506B

6

Side-View 30V 2.55mA 935nm 365-1070-ND .50 .46 .44 OP550A

Side-View 30V 1.30mA 935nm 365-1071-ND .50 .46 .44 OP550B

Side-View 30V 0.25mA 935nm 365-1072-ND .50 .46 .44 OP550C

13 PC Mount 25V 7.0mA 890nm 365-1078-ND 1.73 1.54 1.48 OP644SL

20

TO-18 30V 3.0mA 890nm 365-1074-ND .50 .46 .44 OP593A

TO-18 30V 7.5mA 890nm 365-1075-ND .50 .46 .44 OP598A

TO-18 30V 5.0mA 890nm 365-1076-ND .50 .46 .44 OP598B

21TO-18 30V 0.5mA 890nm 365-1079-ND 2.07 1.85 1.77 OP801WSL

TO-18 30V 2.5mA 890nm 365-1080-ND 2.07 1.85 1.77 OP802WSL

22TO-18 30V 7.0mA 890nm 365-1081-ND 1.59 1.43 1.37 OP804SL

TO-18 30V 15.0mA 890nm 365-1082-ND 1.59 1.43 1.37 OP805SL

Photodarlington6 Side-View 15V 1.1mA 935nm 365-1073-ND .91 .81 .78 OP560C

70805 35V 10.0mA 935nm 365-1480-1-ND◊ .40 .27 .23 OP501DA

0805 35V 10.0mA 935nm 365-1479-1-ND◊ .40 .27 .23 OP500DA

81206 35V 10mA 935nm 365-1473-1-ND◊ .43 .28 .24 OP521DA

1206 35V 10mA 935nm 365-1474-1-ND◊ .43 .28 .24 OP520DA

12 PLCC 35V 10.0mA 935nm 365-1481-1-ND◊ .40 .27 .23 OP580DA

19 1210 35V 10.0mA 935nm 365-1476-1-ND◊ .49 .32 .27 OP525DA

21 TO-18 15V 4mA 890nm 365-1083-ND 2.07 1.85 1.77 OP830WSL

®

Fig. 9

Fig. 17

Fig. 10 Fig. 11 Fig. 12 Fig. 13

Fig. 14 Fig. 15 Fig. 16

Fig. 7 Fig. 8


Fig. 22Fig. 21 Fig. 23 Fig. 24 Fig. 25

ID

OD

Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 5 Fig. 6


N

Photo Interrupters are a transmissive photo sensor series in which a high efficiency GaAs infrared light emitting diode is used as the light emitting element, and a high sensitivity photo transistor is used as the light detecting element. The two elements face each other, so an object passing between them is detected.

Fig.SensingMethod

SensingDistance

TerminalType

Typ. ton/toff(μsec.)

Digi-KeyPart No.

Price Each PanasonicPart No.1 25 100

1 Slot 3.0mm PC Board 5/5 CNZ1021-ND◆ 1.09 .88 .77 CNZ1021

2 Slot 3.0mm PC Board 5/5 CNZ1023-ND◆ 1.11 .90 .81 CNZ1023

3

Slot 0.9mm PC Board 35/35 CNZ1002-ND .69 .55 .48 CNZ1002

Slot 1.2mm PC Board 35/35 CNA1303K-ND◆ .69 .55 .48 CNA1303K


4 Slot 5.0mm PC Board 6/6 CNZ1111-ND◆ 2.23 1.79 1.64 CNZ1111

5 Slot 5.0mm PC Board 6/6 CNZ1112-ND◆ 1.69 1.37 1.23 CNZ1112

6 Slot 10.0mm PC Board 6/6 CNZ1120-ND◆ 1.54 — — CNZ1120

7


Slot 1.0mm PC Board 50/50 CNA1311K0TLC-ND◆ .82 .66 .58 CNA1311K0TLC

Slot 2.0mm PC Board 50/50 CNA1312K0TLC-ND◆ .77 .62 .54 CNA1312K0TLC

8 Slot 3.0mm PC Board 5/5 CNA1006N-ND◆ .51 .40 .35 CNA1006N

Photo Interrupter

◆ RoHS Compliant

Infrared LEDs

Fig.

LEDDiameter

(mm)

PeakWave-

Length (nm)

OperatingLensColor

TypicalCurrent

(mA)ForwardVoltage

Digi-KeyPart No.

Price Each LumexPart No.1 10 100

1 3.0 940 Clear 60 1.2 67-1000-ND .50 .37 .24 OED-EL-8L

2 5.0 940 Clear 100 1.2 67-1001-ND .55 .41 .27 OED-EL-1L2

Infrared LEDs

Fig.LED Diameter

(mm)

PeakWavelength

(nm)

OperatingLensColor

TypicalCurrent

(mA)ForwardVoltage

Digi-KeyPart No.

Cut TapePricing Kingbright

Part No.1 10 251 3.0 x 1.0 880 Clear 20 1.3 754-1070-1-ND .49 3.63 7.25 APA3010SF4C

1 3.0 x 1.0 880 Clear 20 1.3 754-1070-2-ND‡ 290.79/2,000 APA3010SF4C

2A 3.0 x 1.0 940 Clear 20 1.2 754-1363-1-ND .30 2.23 4.46 APECVA3010F3C

2A 3.0 x 1.0 940 Clear 20 1.2 754-1363-2-ND‡ 178.44/2,000 APECVA3010F3C

3 3.0 940 Clear 20 1.2 754-1241-ND§ .17 — 3.11 WP7104F3C

4 3.5 x 2.8 940 Clear 20 1.2 754-1395-1-ND .32 2.42 4.83 AA3528AF3C

4 3.5 x 2.8 940 Clear 20 1.2 754-1395-2-ND‡ 144.98/1,500 AA3528AF3C

6 1.6 x 0.8 940 Clear 20 1.2 754-1433-1-ND .21 1.61 3.22 APT1608F3C

6 1.6 x 0.8 940 Clear 20 1.2 754-1433-2-ND‡ 128.87/2,000 APT1608F3C

7 2.0 x 1.25 940 Clear 20 1.2 754-1435-1-ND .21 1.61 3.22 APT2012F3C

7 2.0 x 1.25 940 Clear 20 1.2 754-1435-2-ND‡ 128.87/2,000 APT2012F3C

8 3.2 x 1.6 880 Clear 20 1.3 754-1443-1-ND .54 4.03 8.05 APTD3216SF4C

8 3.2 x 1.6 880 Clear 20 1.3 754-1443-2-ND‡ 322.18/2,000 APTD3216SF4C

Fig. Output Type Style/PackageDark CurrentI(CEO) (nA)

Peak SensitivityWavelength


Cut Tape Pricing KingbrightPart No.1 10 25

2B NPN SMT 100 940 754-1365-1-ND .30 2.23 4.46 APECVA3010P3BT

2B NPN SMT 100 940 754-1365-2-ND‡ 178.44/2,000 APECVA3010P3BT

4 NPN SMT 100 940 754-1396-1-ND .32 2.42 4.83 AA3528AP3C

4 NPN SMT 100 940 754-1396-2-ND‡ 144.98/1,500 AA3528AP3C

5 NPN Thru-Hole 100 940 754-1468-ND§ .17 — 3.11 WP3DP3BT

6 NPN SMT 100 940 754-1436-1-ND .21 1.61 3.22 APT2012P3BT

6 NPN SMT 100 940 754-1436-2-ND‡ 128.87/2,000 APT2012P3BT

‡ Tape and Reel § Bulk

Dimensions in mm

®


Fig. 1 Fig. 2

3.00

5.20 27.70 2.00

2.54

Anode5.00

8.6026.6027.60

Anode

2.54

Dimensions in mm



Infrared Emitters

Phototransistors

‡ Tape and Reel § Bulk

Ø3.2

1

0.3 0.33.0

1 2

1

2.0 2

PolarityMark

Fig. 1


Fig. 4Fig. 3Fig. 2

1 2

274.6

Ø2.9 2.54

Cathode

5.0 27.0

2.54Ø3.0

Ø4.0

2.8 1 2

1.9

3.5

1 2

1.6

0.75

1 20.8 1 2

2.0

0.75

1 21.25 1 2

1.8

1 21.6

3.2

2.0

2.0

3.0

1 2

1.01 2

A

B1 2


N

Optical SensorsOptical Interrupters

®


Fig. 5

Fig. 2 Fig. 3

Fig. 6

Fig. 7 Fig. 8

Fig. 4

Fig. 1

Fig. 18

Fig. 25

Fig. 24Fig. 23

Fig. 21Fig. 20

Fig. 9

Fig. 22

Fig. 10 Fig. 11 Fig. 12

Fig. 16 Fig. 17

Fig. 27Fig. 26

Fig. 19

Fig. 13 Fig. 14 Fig. 15

Infrared Emitters

Fig.Style/

Package


Vf(V)

Emitting Wavelength


Pricing RohmPart No.1 10 100

18 Top 30 1.34 800 511-1366-ND 2.02 13.13 100.53 RPR-220

19Case 30 2.6 950 846-1013-ND 2.53 16.44 125.82 RPR-220UC30N

Case 30 3.8 470 846-1014-ND 5.27 36.08 287.00 RPR-220PC30N

Fig. Style/ Package

IfMax.(mA)

Vf(V)

EmittingWave-length(nm)

Digi-KeyPart No.


23 Side View 50 1.3 950 511-1361-ND .88 5.15 35.30 SIM-20ST

24 Side View 50 1.3 950 511-1362-ND .74 4.28 29.25 SIM-22STF

25

T1 100 1.3 950 511-1363-ND .47 2.64 17.17 SIR-34ST3FF

T1¾ 100 1.3 950 511-1364-ND .47 2.64 17.17 SIR-56ST3FF

T1 75 1.2 940 511-1343-ND .93 5.39 36.86 SIR-320ST3FF

T1 75 1.3 940 511-1344-ND .74 4.28 29.25 SIR-341ST3FF

T1¾ 100 1.38 950 511-1345-ND .64 3.71 25.35 SIR-505STA47F

T1¾ 100 1.34 940 511-1365-ND .47 2.64 17.17 SIR-563ST3FM

T1¾ 100 1.6 850 511-1346-ND 1.62 10.52 80.49 SIR-568ST3F

26SMD - Top View 100 2.5 870 846-1015-1-ND† 1.94 12.60 96.42 SIM-030ST

SMD - Top View 100 2.5 870 846-1015-2-ND‡ 2354.39/3,000 SIM-030ST

27SMD - Top View 100 1.7 870 846-1016-1-ND† 1.19 7.75 59.30 SIM-040ST

SMD - Top View 100 1.7 870 846-1016-2-ND‡ 1432.46/3,000 SIM-040ST

Photorefl ectors


Phototransistors

Fig.Output Type

Slot Width(mm)

ResponseTime(tr/tf)(μs)

Max.OutputCurrent(mA)

Digi-KeyPart No.


1

NPN 1.2 10/10 30 511-1629-1-ND† .90 7.53 60.23 RPI-0125

NPN 1.2 10/10 30 511-1629-2-ND‡ 315.98/750 RPI-0125

NPN 1.2 10/10 30 511-1630-1-ND† .89 6.67 50.02 RPI-0126

NPN 1.2 10/10 30 511-1630-2-ND‡ 591.49/2,000 RPI-0126

2

NPN 1.0 10/10 30 511-1336-ND 1.24 7.67 56.15 RPI-121

NPN 1.0 10/10 30 511-1338-ND 1.02 5.99 40.96 RPI-124F

NPN 2.3 10/10 30 511-1347-ND .97 5.70 39.01 RPI-221

NPN 2.0 10/10 30 511-1348-ND 1.28 7.44 50.91 RPI-222

NPN 4.0 10/10 30 511-1341-ND 1.09 6.35 43.49 RPI-411C1

3 NPN 0.8 10/10 30 511-1337-ND 1.16 7.20 52.64 RPI-122F

4NPN 1.2 10/10 30 511-1339-ND 1.16 7.20 52.64 RPI-131

NPN 2.0 10/10 30 511-1349-ND 1.47 9.10 66.50 RPI-243

5 NPN 2.0 10/10 30 511-1350-ND 1.21 7.04 48.18 RPI-246

6 NPN 3.0 10/10 30 511-1340-ND .81 4.70 32.19 RPI-303

7 NPN 3.0 10/10 30 511-1351-ND 1.19 6.92 47.39 RPI-352

8 NPN 5.0 10/10 30 511-1475-ND .99 6.27 47.03 RPI-579N1

9 Photo IC 1.1 5/.05 10 511-1342-ND 1.75 11.38 87.05 RPI-1133

10SMD 1.2 10/10 30 846-1005-1-ND† .95 5.56 38.03 RPI-0128T81

SMD 1.2 10/10 30 846-1005-2-ND‡ 566.70/2,000 RPI-0128T81

11SMD 1.2 10/10 30 846-1006-1-ND† 1.01 6.24 45.63 RPI-0129

SMD 1.2 10/10 30 846-1006-2-ND‡ 302.35/750 RPI-0129

12SMD 2.0 30/30 30 846-1007-1-ND† .97 6.00 43.87 RPI-0226

SMD 2.0 30/30 30 846-1007-2-ND‡ 695.58/2,000 RPI-0226

13 DIP 1.2 10/10 30 846-1008-ND .95 5.56 38.03 RPI-128

14 DIP 1.2 10/10 30 846-1009-ND .95 5.56 38.03 RPI-130

15 DIP 4.0 10/10 30 846-1010-ND 1.19 7.34 53.70 RPI-392

16 DIP 2.0 10/10 30 846-1011-ND 1.78 11.57 88.53 RPI-5100

17 DIP 1.5 10/10 30 846-1012-ND 1.93 12.57 96.26 RPI-151

Fig.OutputType

Style/ Package

Max.OutputCurrent(mA)

PeakSensitivity

Wavelength(nm)

Digi-KeyPart No.


20NPN SMT 20 800 511-1355-1-ND† .88 5.13 35.11 RPM-012PBT87F

NPN SMT 20 800 511-1355-2-ND‡ 261.87/1,000 RPM-012PBT87F

21NPN SMT 10 600 511-1356-1-ND† 1.09 6.35 43.49 RPM-075PTT86

NPN SMT 10 600 511-1356-2-ND‡ 929.36/3,000 RPM-075PTT86

22NPN SMT 30 950 511-1631-1-ND† 2.11 17.62 140.98 RPI-1031

NPN SMT 30 950 511-1631-2-ND‡ 740.39/750 RPI-1031

23 NPN Side View 30 800 511-1353-ND .54 3.14 21.45 RPM-20PBF

24 NPN Side View 30 800 511-1354-ND .62 3.62 24.77 RPM-22PB

25

NPN Top 30 800 511-1357-ND .64 3.71 25.35 RPT-34PB3F

NPN T1 30 800 511-1358-ND .72 4.22 28.86 RPT-37PB3F

NPN T1 30 800 511-1359-ND .75 4.39 30.04 RPT-38PB3F




N

Programmable Linear Hall Effect ICs

Hall Effect Sensor ICs — US Series

◆ RoHS Compliant † Unipolar is only sensitive to either a north or south pole of a magnet. Bipolar is sensitive to alternating magnetic fields of both north and south poles. § Bulk

◆ RoHS Compliant

PackageSupplyVoltage

Operating Point(mT)

Release Point(mT) Operating

Type† Temperature

RangeDigi-KeyPart No.


Part No.

Tape & ReelPricing3,000Min. Typ. Max. Min. Typ. Max. 1 10 25 100

TSOT-3L 3.5 ~ 24 1.0 5.0 9.0 -9.0 -5.0 -1.0 Bipolar -40°C ~ 85°C US1881ESECT-ND◆ 1.21 .92 .71 .42 US1881ESETR-ND◆ 271.79/MUA-92 3.5 ~ 24 1.0 5.0 9.0 -9.0 -5.0 -1.0 Bipolar -40°C ~ 85°C US1881EUA-ND§ 1.28 .97 .74 .44 — —

TSOT-3L 3.5 ~ 24 0.5 — 9.5 -9.5 — -0.5 Bipolar -40°C ~ 150°C US1881LSECT-ND◆ 1.35 1.02 .79 .47 US1881LSETR-ND◆ 301.53/MUA-92 3.5 ~ 24 1.0 5.0 9.0 -9.0 -5.0 -1.0 Bipolar -40°C ~ 150°C US1881LUA-ND◆§ 1.42 1.07 .83 .49 — —

TSOT-3L 3.5 ~ 24 0.5 — 4.5 -4.5 — -0.5 Bipolar -40°C ~ 85°C US2881ESECT-ND◆ 1.35 1.02 .79 .47 US2881ESETR-ND◆ 301.53/MUA-92 3.5 ~ 24 0.5 — 4.5 -4.5 — -0.5 Bipolar -40°C ~ 85°C US2881EUA-ND◆§ 1.42 1.07 .83 .49 — —

TSOT-3L 3.5 ~ 24 0.5 — 4.5 -4.5 — -0.5 Bipolar -40°C ~ 150°C US2881LSECT-ND◆ 1.50 1.13 .87 .52 US2881LSETR-ND◆ 335.40/MUA-92 3.5 ~ 24 0.5 — 4.5 -4.5 — -0.5 Bipolar -40°C ~ 150°C US2881LUA-ND◆§ 1.58 1.19 .92 .55 — —

TSOT-3L 3.5 ~ 24 -3.0 — 6.0 -6.0 — 3.0 Bipolar -40°C ~ 85°C US2882ESECT-ND◆ 1.43 1.08 .83 .49 US2882ESETR-ND◆ 286.66/MUA-92 3.5 ~ 24 -3.0 — 6.0 -6.0 — 3.0 Bipolar -40°C ~ 85°C US2882EUA-ND§ 1.35 1.02 .79 .47 — —

TSOT-3L 3.5 ~ 24 -3.5 — 6.0 -6.0 — 3.5 Bipolar -40°C ~ 150°C US2882LSECT-ND◆ 1.43 1.08 .83 .49 US2882LSETR-ND◆ 318.88/MUA-92 3.5 ~ 24 -2.0 2.0 6.0 -6.0 -2.0 2.0 Bipolar -40°C ~ 150°C US2882LUA-ND§◆ 1.50 1.13 .87 .52 — —UA-92 2.2 ~ 18 0.5 2.0 4.5 -4.5 -2.0 -0.5 Bipolar -40°C ~ 85°C US4881EUA-ND◆§ 1.28 .97 .74 .44 — —UA-92 2.2 ~ 18 0.5 2.0 4.5 -4.5 -2.0 -0.5 Bipolar -40°C ~ 150°C US4881LUA-ND◆§ 1.42 1.07 .83 .49 — —UA-92 3.5 ~ 24 15 25 30 9.5 20 28 Unipolar -40°C ~ 85°C US5881EUA-ND◆§ 1.48 1.12 .86 .51 — —UA-92 3.5 ~ 24 15 25 30 9.5 20 28 Unipolar -40°C ~ 150°C US5881LUA-ND§ 1.64 1.24 .96 .57 — —

TSOT-3L 3.5 ~ 24 7 12 15 3.5 7.5 10 Unipolar -40°C ~ 85°C US5781ESECT-ND◆ 1.56 1.18 .91 .54 US5781ESETR-ND◆ 349.44/MUA-92 3.5 ~ 24 7 12 15 3.5 7.5 10 Unipolar -40°C ~ 85°C US5781EUA-ND◆§ 1.64 1.24 .96 .57 — —

TSOT-3L 3.5 ~ 24 7 12 15 3.5 7.5 10 Unipolar -40°C ~ 150°C US5781LSECT-ND◆ 1.73 1.31 1.01 .60 US5781LSETR-ND◆ 388.27/MUA-92 3.5 ~ 24 7 12 15 3.5 7.5 10 Unipolar -40°C ~ 150°C US5781LUA-ND◆§ 1.83 1.38 1.06 .63 — —

TSOT-3L 3.5 ~ 24 7 12 15 3.5 7 10 Unipolar -40°C ~ 85°C US5782ESECT-ND◆ 1.61 1.21 .94 .56 US5782ESETR-ND◆ 360.18/MTSOT-3L 3.5 ~ 24 7 12 15 3.5 7 10 Unipolar -40°C ~ 150°C US5782LSECT-ND◆ 1.79 1.35 1.04 .62 US5782LSETR-ND◆ 399.84/M

Features:• Quad switched/chopper sta bilized

• Ratio metric output for A/D in ter face

• Ad just able quiescent voltage (VOQ)

• Very low quiescent voltage temp erature drift

• Ad just able sensitivity

• Adjust able temp erature com pensation

of sensitivity

DescriptionTemperatureRange (°C) Package

Digi-KeyPart No.


Precision Programmable Linear Hall IC -40 ~ 85 4-SIP(VA) MLX90215EVA-ND◆ 6.77 5.09 4.20 3.51

Precision Programmable Linear Hall IC -40 ~ 150 4-SIP(VA) MLX90215LVA-ND◆ 7.06 5.32 4.39 3.66

Daughter Board for PTC Devices PTC-04-DB-90316-ND 107.39 — — —

Programmer for PTC Devices PTC-04-ND 1095.41 — — —

Transmissive or Interrupter Sensors

Refl ective Sensors

Ambient Light Sensors

Fig. Package

PeakWave-

length (nm)Bandwidth

(nm)

Photo CurrentStandardTyp. (μA)

ViewAngle



10805 SMD 550 450 ~ 610 12 120 751-1056-1-ND† .93 .83 .66 TEMT6200FX010805 SMD 550 450 ~ 610 12 120 751-1056-2-ND‡ 1023.54/3,000 TEMT6200FX01

2

1206 SMD 540 430 ~ 610 0.04 120 751-1051-1-ND† 1.69 1.46 1.19 TEMD6010FX011206 SMD 540 430 ~ 610 0.04 120 751-1051-2-ND‡ 1960.34/3,000 TEMD6010FX011206 SMD 570 360 ~ 970 50 120 751-1055-1-ND† 1.05 .95 .75 TEMT6000X011206 SMD 570 360 ~ 970 50 120 751-1055-2-ND‡ 1162.32/3,000 TEMT6000X01

3 3mm 570 360 ~ 970 200 60 751-1057-ND .51 .45 .35 TEPT44004 5mm 570 360 ~ 970 350 40 751-1058-ND .55 .48 .37 TEPT56005 5mm 570 360 ~ 970 75 100 751-1059-ND .55 .48 .37 TEPT5700

† Tube § For Tape & Reel part number, change 1-ND to 2-ND.

Semiconductor

Fig.Gap

(mm) PackageAperture

(mm)Rise/FallTime (μs)

Digi-KeyPart No.

Cut TapePrice Each

Tape and Reel§Pricing2,000


103.0 6-SMD 0.3 20 / 30 751-1030-1-ND 1.56 1.40 1.11 574.97/M TCPT1300X013.0 — 0.3 20 / 30 751-1040-1-ND 1.67 1.44 1.17 644.36/M TCUT1300X01

11 2.8 — 0.5 15 / 10 751-1036-5-ND† .85 .76 .60 — TCST123012 2.7 — 0.5 15 / 10 751-1039-5-ND† 1.26 1.12 .89 — TCST5250

133.1 w/o fl ange 0.5 10 / 8 751-1035-5-ND† 1.12 .99 .79 — TCST12023.1 with fl ange 0.5 10 / 8 751-1037-5-ND† 1.29 1.17 .94 — TCST2202

Fig.Operating

Range (mm)Peak OperatingDistance (mm) Output Package

Digi-KeyPart No.


6 0 ~ 4.5 ≤0.5 Transistor Straight Leads 751-1025-ND .97 .87 .68 CNY70

70.2 ~ 4.0 1 Transistor Straight Leads 751-1031-ND .88 .78 .62 TCRT10000.2 ~ 4.0 1 Transistor Bent Leads 751-1032-ND .91 .81 .64 TCRT1010

80.2 ~ 15 2.5 Transistor Short Leads 751-1033-5-ND .88 .78 .62 TCRT50000.2 ~ 15 2.5 Transistor Straight Leads 751-1034-5-ND .88 .78 .62 TCRT5000L

92 ~ 25 6 PIN Photodiode 4-SMD 751-1029-1-ND† 2.16 1.86 1.52 TCND50002 ~ 25 6 PIN Photodiode 4-SMD 751-1029-2-ND‡ 1665.42/2,000 TCND5000



Dimensions in mm

Fig. 1 Fig. 2

Fig. 3 Fig. 4

Fig. 6 Fig. 7

Fig. 8 Fig. 9

Fig. 10 Fig. 11

Fig. 12 Fig. 13

2.0 1.25

.85

4.0

2.01.05

Ø 5.1

5.0

7.0 7.0

6.0

7.02.5

4.0

5.8

10.2

7.0

3.7 6.0

3.9

5.54.0

4.0

2.8

4.8 9.2

5.4

3.1

6.324.5

10.814.36.0

2.79.5

Ø 3.0

4.5

5.0

8.6

Ø Fig. 5

®

®


Dimensions in mm

1 2 3 4

0.450.351.22

1.32 3.763.86

1.0MAX.

3.793.63

5.335.43

1: VDD2: Test/Readback3: GND4: Output

Output Type: Open Drain

Automotive Camera Module

Description Resolution SpeedDigi-KeyPart No.

PriceEach

MelexisPart No.

Automotive Camera Module 640 x 480 30fps MLX75403ACM-ND 298.22 MLX75403 “ACM”

Features: • Monochrome NTSC Camera • >120dB Wide Dynamic Range • High Sensitivity in

Visible and NIR • 54° FOV lens • Robust IP63 Housing • Automatic Exposure Control (AE),

Autobrite® Automatic Wide Dynamic Range (WDR) Control • Manual settings possible via I2C

• Qualified Automotive Design • Low power (960mW @ 4.4V and 30fps)

Applications: • Night Vision • Vision for Autonomous Vehicles • Vision for Commercial Vehicles

• Security Vision

UA-92 Front View

1.301.24 2.57

2.51

0.410.35

1.751.55

4.303.90

3.202.80

2.722.51

1 2 3

1: VDD

2: GND

3: Output

TSOT-3L0.40

2.75BSC

1.60BSC

1.90 BSC2.90BSC

1: VDD

2: Output

3: GND

Thickness:

0.90 - 0.85

Top View

Dimensions in mm

®

®


N

Hall Effect SensorsLower power consumption and higher sensitivity over previous versions.

Fig. 1 Fig. 2

2.901.90

12

3

1.45

1.502.80 1.10

2.001.30

2.10

1.65

5

1 2 3

4

45

1 2 3

0.80

Fig.

SupplyVoltage(VDC)

OutputCurrent

(mA)OutputType Polarity Package

Digi-KeyPart No.


Part No.


PanasonicPart No.1 25 100

12.5 ~ 3.5 30 Open Drain Unipolar Mini-3 AN48800A-NLCT-ND .97 .77 .70 — — AN48800A-NL

2.5 ~ 3.5 15 Open Drain Unipolar† Mini-3 AN48820A-NLCT-ND .97 .77 .70 — — AN48820A-NL

2

2.5 ~ 3.5 15 CMOS Unipolar S-Mini-5 AN48810B-NLCT-ND .97 .77 .70 AN48810B-NLTR-ND 370.92/M AN48810B-NL

2.5 ~ 3.5 15 CMOS Bipolar S-Mini-5 AN48840B-NLCT-ND 1.20 .95 .86 AN48840B-NLTR-ND 457.66/M AN48840B-NL

2.5 ~ 5.25 — CMOS Bipolar S-Mini-5 AN48841B-NLCT-ND 1.13 .90 .81 AN48841B-NLTR-ND 432.88/M AN48841B-NL

† Polarity Independent

* South pole facing symbolized surface.

Hallogic® Hall Effect Sensors Latching

Fig. 1 Fig. 2

Fig.

OutputCurrent(mA)

OutputDC

Voltage

OutputRise

Typ./ Max.

OutputFall TimeTyp./ Max.

SupplyCurrent

Typ./ Max.(mA)

Digi-KeyPart No.


2 25 25 0.21/1.00 μs 0.25/1.00 μs 4/7 365-1002-ND 3.64 3.24 3.12 OHB900

Fig.

Operate Point*Min./ Max.(Gauss - B)

Release PointMin. / Max.(Gauss - B)

HysteresisMin.

(Gauss - B)

Supply Cur.Typ./ Max.



1 25/170 -170/-25 100 4/7 365-1039-ND 1.26 1.13 1.09 OHS3175U

Fig.

Operate Point*Min. / Typ. /

Max.(Gauss - B)

Release PointMin. / Typ. /

Max.(Gauss - B)

HysteresisTyp. / Max.(Gauss - B)

Supply Cur.Typ. / Max.



1

0/90/180 -100/65/100 25/100 6/9 365-1001-ND 1.45 1.29 1.24 OH090U70/—/200 50/—/180 —/— 4/7 365-1003-ND 1.68 1.50 1.44 OHS3140U

235/300/465 120/235/325 65/200 6/9 365-1036-ND 1.45 1.29 1.24 OH360U70/ —/350 50/—/330 —/— 4/7 365-1037-ND 1.68 1.50 1.44 OHN3120U

Magnetic SwitchesThe patented, award-winning MAGNASPHERE switch represents the fi rst break-through in two-wire magnetic switch technology since the introduction of the reed switch. Originally designed as a replacement for the reed switch used in security systems, the MAGNASPHERE switch exhibits a wide range of characteristics that make it an ideal solution for

many industrial and commercial OEM applications.Features: • Hermetically sealed contacts • Magnetic anti-tamper • High voltage EMI resistance • Wide operating temperature range • Intrinsically safe for use in volatile atmospheres • Available in form A (normally open) and form B (normally closed)

Dimensions in Inches


.440

.175

.320.430

.183

.320

.453

.205

.320

.479

.244

.320

Fig. 1 Fig. 2

Fig. 3 Fig. 4Fig.

Air Gap Distance (Inches)Digi-KeyPart No.

Price Each MagnaspherePart No.

NEO 35 Magnet (Typ.) Ferrous Metal (Typ.)Open Closed Open Closed 1 10 25 100

Normally Open

1

1.313 .818 .089 .053 735-1000-ND 5.70 4.39 4.26 3.93 MG-A2-1.5-N

.897 .652 .061 .034 735-1001-ND 5.93 4.57 4.43 4.04 MG-A2-3.0-N

.643 .569 .048 .030 735-1002-ND 5.93 4.57 4.43 4.04 MG-A2-5.0-N

2 .713 .577 — — 735-1003-ND 6.08 4.77 4.63 4.02 MG-A2-5.5-TW

Normally Closed3 .626 .916 — — 735-1004-ND 5.76 4.79 4.65 4.04 MG-B2-20-S

4

.904 .991 .128 .152 735-1005-ND 5.58 4.85 4.72 4.00 MG-B2-6.5-L

.943 1.015 .116 .138 735-1006-ND 5.37 4.67 4.55 4.00 MG-B2-8.0-L

.843 .902 .111 .131 735-1007-ND 5.37 4.67 4.55 4.00 MG-B2-10-L

Hall Effect Sensors

Fig.Supply

Voltage (VDC)Output Current

(mA)Terminal

Type FeaturesDigi-KeyPart No.

Price Each HamlinPart No.1 10 50

1 4.75 ~ 25.2 20 24AWG Wires Geartooth 55075-00-02-A-ND 23.13 19.35 15.77 55075-00-02-A

2 3.8 ~ 24 20 PC Mount Ferrous Vane 55085-3M-00-0-ND 7.33 6.21 5.19 55085-3M-00-0

3 3.8 ~ 24 10 24AWG Wires Mini PNL MNT 55100-3H-02-A-ND 5.96 5.05 4.22 55100-3H-02-A

4 3.8 ~ 24 10 24AWG Wires LED PNL MNT 55110-3H-02-A-ND 7.86 6.66 5.57 55110-3H-02-A

5 3.8 ~ 24 20 24AWG Wires Flange MNT 55140-3H-02-A-ND 5.80 4.91 4.11 55140-3H-02-A

6 4.75 ~ 24 20 20AWG Wires Flange MNT 55505-00-02-A-ND 18.07 15.29 12.79 55505-00-02-A


Dimensions in Inches (mm)

Hamlin’s Hall Effect Sensor technology offers unique design bene fi ts. In applications where high

speed switching is re quired, speeds of up to 10KHz can be reached. The com ponent package is

small compared with other sensing tech no logies and the sensors can be specifi ed with either a

digital or ana logue output.


• M12-1 thread • 55075 Has a robust stain less

steel barrel and comes with two retaining nuts.

1.417(36.0)

11.81(300.0)

.531(13.50)

.354(9.0)

1.102(28.0)

.866(22.0)

.433(11.0)

.654(16.60)

1.004(25.5)

.118(3.00)

11.81(300)

.551(14.0).866

(22.0)

1.338(34.0)

.394(10.0)

11.81(300)

.906(23.0)

.551(14.0)

.551(14.0)

.236(6.00)

11.81(300)

Fig. 6

11.81(300)

1.63(41.4)

1.25(31.75)


N

Sensors

Liquid Level Sensors Fig. 4Fig. 2Fig. 1

Fig. 5

Fig. 3

Fig.Operating

Temperature DescriptionLevelType

Digi-KeyPart No.

Price Each HoneywellPart No. 1 10 25

1-25°C ~ 80°C Screw In, M12 Thread, Plastic 1 480-2022-ND◆ 34.30 27.29 25.57 LLE101000-40°C ~ 125°C Screw In, M12 Thread, Plastic 1 480-2026-ND 47.17 39.08 37.39 LLE101101

2-25°C ~ 80°C Screw In, M12 Thread, Plastic 2 480-2023-ND 36.02 28.65 26.84 LLE102000-40°C ~ 125°C Screw In, M12 Thread, Plastic 2 480-2027-ND 45.63 37.80 36.17 LLE102101

3-25°C ~ 80°C Screw In, M12 Thread, Plastic 3 480-2024-ND◆ 36.74 29.24 27.39 LLE103000-40°C ~ 125°C Screw In, M12 Thread, Plastic 3 480-2028-ND 48.72 40.36 38.62 LLE103101

4-25°C ~ 80 °C Push In, Plastic 5 480-2025-ND 35.77 28.46 26.66 LLE105000-40°C ~ 125°C Push In, Plastic 5 480-2029-ND 43.64 36.16 34.60 LLE105101

5-40°C ~ 125°C Industrial High Air, Stainless 5 480-2030-ND 175.78 151.46 144.24 LLN8651721-40°C ~ 125°C Industrial Low Air, Stainless 5 480-2031-ND 175.78 151.46 144.24 LLN865172-2

‡ For Tape and Reel part number, change 1-ND to 2-ND.

Fig.Supply

Voltage (VDC)OutputCurrent

OutputType

TerminalType Polarity

Digi-KeyPart No.

Price Each Tape & Reel‡ HoneywellPart No.1 10 25 Qty. Pricing

1 3.8 ~ 30 10mA Sink Lead Wires — 480-1992-ND 6.80 4.98 4.66 — — SR16C-J62 4.5 ~ 24 40mA Sink Lead Wires — 480-1990-ND 22.39 17.81 16.69 — — 4AV16F3 3.8 ~ 30 20mA Sink Lead Wires Unipolar 480-1991-ND 5.75 4.21 3.94 — — SR13C-A14 3.8 ~ 30 40mA Sink Lead Wires — 480-1993-ND 7.50 5.49 5.14 — — SR17C-J6

53.8 ~ 30 20mA Sink SOT89 Bipolar 480-2011-1-ND 1.93 1.26 1.14 1,000 739.36 SS511AT3.8 ~ 30 20mA Sink SOT89 Unipolar 480-2012-1-ND 1.69 1.10 1.00 1,000 646.01 SS541AT3.8 ~ 30 20mA Sink SOT89 Bipolar Latch 480-2013-1-ND 2.27 1.41 1.26 1,000 739.36 SS561AT

6 4.5 ~ 24 40mA Sink Lead Wires — 480-2021-ND 21.27 16.92 15.86 — — 1GT101DC

78.0 ~ 16 10mA Source PC Board Ratiometric Linear 480-2007-ND 11.41 8.74 8.25 — — 91SS12-2

6.6 ~ 12.6 1mA Sink/Source PC Board Ratiometric 480-2008-ND 15.42 11.81 11.15 — — SS94A16.6 ~ 12.6 1mA Sink/Source PC Board Ratiometric 480-2009-ND 16.98 13.00 12.28 — — SS94A1F

8

4.5 ~ 24 20mA Sink PC Board Bipolar 480-1999-ND 1.50 .98 .89 — — SS413.8 ~ 30 20mA Sink PC Board Bipolar 480-2000-ND 2.50 1.63 1.48 — — SS411A3.8 ~ 30 20mA Sink PC Board Unipolar 480-2001-ND 1.67 1.09 .99 — — SS441A3.8 ~ 30 20mA Sink PC Board Unipolar 480-2002-ND 1.63 1.06 .96 — — SS443A3.8 ~ 30 20mA Sink PC Board Bipolar Latch 480-2003-ND 1.67 1.09 .99 — — SS461A4.0 ~ 24 10μA Digital Open PC Board Bipolar Latch 480-3310-ND 1.45 .90 .80 — — SS461C3.8 ~ 30 20mA Sink PC Board Bipolar Latch 480-2004-ND 1.54 1.00 .91 — — SS466A

4.5 ~ 10.5 1.5mA Sink/Source PC Board Ratiometric 480-2005-ND 2.35 1.53 1.39 — — SS495A3.0 ~ 6.5 1.5mA Source PC Board Analog 480-2006-ND 1.79 1.17 1.06 — — SS49E

9 4.5 ~ 24 20mA Sink Lead Wires Unipolar 480-2014-ND 17.87 14.22 13.32 — — 103SR13A-1

104.5 ~ 24 20mA Analog Voltage — Bipolar 480-3295-1-ND 1.40 .87 .77 — — SS30AT4.0 ~ 24 10μA Digital Open — Bipolar Latch 480-3309-1-ND 1.65 1.02 .92 3,000 536.97/M SS361CT

Temperature Sensors

Magnet Sensors

Fig.Outside Diameter

mm (Inch)Thread Dimension

(Inch)Length

mm (Inch)Digi-KeyPart No.


11 7.9 (0.31) 8-32 17.0 (0.67) 480-2015-ND 7.72 5.65 5.29 102MG11

Fig.Supply


OutputType


SensorType

CurrentType

ResponseTime

Digi-KeyPart No.


12 5.4 ~ 13.2 — Voltage PCB — Open Loop Linear AC or DC 3μs 480-1994-ND 16.97 13.50 12.65 CSLA2CD13 4.5 ~ 10.5 1.5mA Voltage PCB Positive Open Loop DC 50μs 480-1995-ND 9.84 7.20 6.74 CSLH3A4514 4.75 ~ 5.25 12.5mA Current PCB — Closed Loop Linear AC or DC ≤0.2μs 480-1996-ND 22.23 17.68 16.57 CSNX25

Current Sensors

Fig.Supply


OutputType

Transistor State

Digi-KeyPart No.


15 4.5 ~ 24.0 10mA Sink Normally Off 480-2018-ND 7.65 5.60 5.24 VX10

Switch Sensor

Fig.Supply


OutputType Polarity

Operate Point

Release Point @25°C

Digi-KeyPart No.


16 3.8 ~ 30.0 20mA Sink Omnipolar 1.5mT 1.1mT 480-1997-ND 3.12 2.14 1.93 2SS52M

MR Sensor

Oxygen Sensors and Oxygen Sensor Interface Boards

Fig.Supply

Voltage (VDC)Oxygen SensorsSupply Current

OxygenRange

Gas FlowRate

OutputSignal

Digi-KeyPart No.

Price Each HoneywellPart No.1 10

Oxygen Sensors 17 — — 2 ~ 3,000 mbar 0 ~ 20 m/sec. — 480-2089-ND 272.73 234.99 KGZ-10SP18 — — 2 ~ 3,000 mbar 0 ~ 10 m/sec. — 480-2088-ND 177.75 153.16 GMS10RVS19 — — 2 ~ 3,000 mbar 0 ~ 20 m/sec. — 480-2090-ND 214.38 184.71 KGZ-10

2024.0 ±5% 500mA 0 ~ 100% 0 ~ 10 m/sec. 1 ~ 10 Volt 480-2092-ND 1299.19 1154.22 MF010-0-LC224.0 ±5% 500mA 0 ~ 25% 0 ~ 10 m/sec. 4 ~ 20mA 480-2093-ND 1299.19 1154.22 MF010-0-LC324.0 ±5% 500mA 0 ~ 100% 0 ~ 10 m/sec. 4 ~ 20mA 480-2094-ND 1299.19 1154.22 MF010-0-LC4

Oxygen Sensor Interface Boards— 24.0 ±20% — 0 ~ 25% — 0 ~ 10 Volt 480-2095-ND 529.53 463.77 DE800.V.1— 24.0 ±20% — 0 ~ 100% — 0 ~ 10 Volt 480-2096-ND 844.47 745.84 DE800.V.2— 24.0 ±20% — 0 ~ 25% — 4 ~ 20mA 480-2097-ND 529.53 463.77 DE800.A.1— 24.0 ±20% — 0 ~ 100% — 4 ~ 20mA 480-2098-ND 529.53 463.77 DE800.A.2— ±15.0/±10% — 0 ~ 25% — 0 ~ 10 Volt 480-2099-ND 313.59 270.19 ELECDIT.V.1— ±15.0/±10% — 0 ~ 100% — 0 ~ 10 Volt 480-2100-ND 313.59 270.19 ELECDIT.V.2— 24.0 ±20% — 0 ~ 25% — 0 ~ 10 Volt 480-2103-ND 319.86 275.60 OXYMAC50.V.1— 24.0 ±20% — 0 ~ 100% — 0 ~ 10 Volt 480-2104-ND 319.86 275.60 OXYMAC50.V.2— 24.0 ±20% — 0 ~ 25% — 4 ~ 20mA 480-2105-ND 319.86 275.60 OXYMAC50.A.1— 24.0 ±20% — 0 ~ 100% — 4 ~ 20mA 480-2106-ND 319.86 275.60 OXYMAC50.A.2

Fig.Supply

Voltage (VDC)SupplyCurrent

Temperature Sensing Range

Length(Inch) Termination

PackagingType

Digi-KeyPart No.


8 10.0 1mA -40°C ~ 150°C — SIP Plastic Case 480-2017-ND 2.45 1.60 1.45 TD5A9 10.0 1mA — 1.5 Lead Wires 3/8-24 UNF-2A 480-2016-ND 22.75 18.10 16.96 TD4A

®


◆ RoHS Compliant

Hall Effect Sensors

Fig.Supply

Voltage (VDC)SupplyCurrent

OutputType

TerminationStyle

Digi-KeyPart No.


21 6 ~ 24 32mA Analog Wire Leads 480-3311-ND 162.39 139.92 133.25 SPS-L075-HALS

SMART Position Sensor

Fig. 1

Fig. 11

Fig. 15

Fig. 7

Fig. 9

Fig. 5

Fig. 13

Fig. 3

Fig. 2

Fig. 4

Fig. 6

Fig. 14

Fig. 8

Fig.10

Fig. 12

Fig. 16

Fig. 18

Fig. 19 Fig. 20

Fig. 17

Fig. 21


N

VRS and Hall Effect Speed Sensors VRS Sensors are for high speed sensing applications where higher output voltages are

needed. Hall Effect Speed Sensors are designed for use with a ferromagnetic gear or

pole wheel to generate impulse frequencies proportional to the speed of the target.

Fig.Dim. (mm) Output

Voltage

CoilResistance

(Ω)

Induct-ance (mH)

Digi-KeyPart No.

Price EachHoneywell SensingPart No.A B 1 10 25

1

31.75 20.62 55 330 75 480-2782-ND 67.74 56.12 53.70 .3025

100 88.9 55 330 75 480-2783-ND 97.72 82.74 79.52 .3025A35

99.1 88 20 45 ~ 65 15 480-3259-ND 97.72 82.74 79.52 3015A35

55.1 44 55 275 ~ 330 75 480-3262-ND 82.78 70.10 67.37 3025A17

263 — 20 45 ~ 65 15 480-3261-ND 110.55 93.61 89.97 3015SS25

34.93 — 55 390 75 480-2784-ND 73.29 60.72 58.10 .3025SS13

3

57.99 29.87 40 200 85 480-2787-ND 75.51 62.56 59.86 .3039AN

57.99 29.87 34 85 25 480-2785-ND 75.51 62.56 59.86 .3009AN

57.99 29.87 170 1200 450 480-2786-ND 71.73 60.74 58.37 .3029AN

57.99 29.87 190 1200 450 480-2776-ND 64.41 53.36 51.06 3030AN

91.62 63.5 190 1200 450 480-2777-ND 80.04 67.78 65.14 .3030AN25

104.32 76.20 190 1200 450 480-2778-ND 92.51 78.34 75.29 .3030AN30

129.72 101.6 190 1200 450 480-2779-ND 123.70 104.75 100.67 .3030AN40

155.12 127 190 1200 450 480-2780-ND 138.44 119.28 113.60 .3030AN50

4

64.29 36.5 190 1200 450 480-2775-ND 71.73 60.74 58.37 .3030A

64.29 36.5 80 85 25 480-2788-ND 84.20 71.30 68.52 .3044A

64.29 36.5 300 1200 450 480-2789-ND 84.20 71.30 68.52 .3045A

64.29 36.5 65 200 85 480-2790-ND 84.20 71.30 68.52 .3046A

5

25.4 17.45 12 190 16 480-2791-ND 113.17 95.82 92.09 .3050

39.67 31.75 12 190 16 480-2792-ND 128.79 109.05 104.81 .3050A13

58.72 50.8 12 190 16 480-2793-ND 167.89 144.66 137.77 .3050A20

6

25.4 — 12 190 16 480-2794-ND 105.11 89.01 85.54 .3050S10

12.7 — 8 155 14 480-2795-ND 165.93 142.97 136.16 .3080

50.8 — 190 1200 450 480-2781-ND 71.07 58.88 56.34 .3030S20

30 — 20 45 ~ 65 15 480-3260-ND 61.30 50.79 48.60 3015S13

30 — 55 275 ~ 330 75 480-3263-ND 67.74 56.12 53.70 3025S13

50 — 40 45 ~ 85 25 480-3258-ND 72.18 59.80 57.22 3010S20

50 — 70 120 ~ 162 85 480-3268-ND 72.18 59.80 57.22 3040S20

76 — 190 910 ~ 1200 450 480-3264-ND 78.08 66.12 63.55 3030S30

7

79.38 47.63 60 280 115 480-2796-ND 211.09 181.88 173.22 .3070A

120.65 88.9 60 280 115 480-2797-ND 254.29 219.10 208.67 .3070A35

79.38 47.63 60 280 115 480-2798-ND 178.69 153.96 146.63 .3090A

120.65 88.9 60 280 115 480-2799-ND 205.19 176.80 168.38 .3090A35

8

57.73 29.97 175 1200 450 480-2800-ND 100.83 85.39 82.06 .MA230SAN

103.96 76.2 175 1200 450 480-2801-ND 140.40 120.97 115.21 .MA233SAN

57.73 29.97 60 200 85 480-2802-ND 100.83 85.39 82.06 .MA240SAN

103.96 76.2 60 200 85 480-2803-ND 140.40 120.97 115.21 .MA243SAN

103.96 76.2 60 200 85 480-2804-ND 183.59 158.19 150.66 .MA243HT

9— — 5.2 20 ~ 45 1.5 ~ 4.5 480-3271-ND 155.13 133.66 127.30 MA3055

— — 5.2 20 ~ 45 1.5 ~ 4.5 480-3272-ND 180.04 155.13 147.74 MA3055S10

10

91.1 63 40 45 ~ 85 25 480-3257-ND 72.44 61.34 58.95 3010AN25

91.1 63 70 120 ~ 162 85 480-3265-ND 84.20 71.30 68.52 3040A25

91.1 63 70 120 ~ 162 85 480-3266-ND 72.44 61.34 58.95 3040AN25

104.1 76 70 120 ~ 162 85 480-3267-ND 83.73 70.90 68.14 3040AN30

VRS Sensors

Tachometers and Converter

Hall Effect Speed Sensors

Fig.Supply

Current (mA) OutputFrequency

(kHz)Digi-KeyPart No.

Price Each Honeywell SensingPart No.1 10 25

1125 Square Wave 15 480-2810-ND◆ 60.98 50.52 48.34 SNDJ-H3C-G0125 Square Wave 15 480-2812-ND◆ 68.89 57.07 54.61 SNDJ-H3C-G02

1225 Square Wave 15 480-2811-ND◆ 67.02 55.52 53.13 SNDJ-H3L-G0125 Square Wave 15 480-2813-ND◆ 72.88 60.37 57.77 SNDJ-H3L-G02

13 32 Square Wave 25 480-2821-ND◆ 75.92 64.29 61.78 SNDJ-D3C-G0114 32 Square Wave 25 480-2822-ND◆ 75.92 64.29 61.78 SNDJ-D3P-G0115 32 Square Wave 15 480-2823-ND◆ 132.20 111.94 107.58 SNDJ-T4C-G01



Din-Rail Mount Tachometer with Relay, RS-232 0/4 ~ 20mA Output

480-2831-ND◆ 239.03 205.95 196.15 SNDJ-CNT-G01

Din-Rail Mount Tachometer with Relay, RS-232 0/2 ~ 10V Output

480-2832-ND◆ 239.03 205.95 196.15 SNDJ-CNT-G02

Din-Rail Mount Tachometer with Relay, RS-232 0/4 ~ 20mA Output, with Display

480-2833-ND◆ 351.12 307.52 296.73 SNDJ-CNT-G03

Din-Rail Mount Tachometer with Relay, RS-232 0/2 ~ 10V Output, with Display

480-2834-ND◆ 351.12 307.52 296.73 SNDJ-CNT-G04

Frequency to DC Converter 480-2830-ND 259.20 223.33 212.70 .FDC

USB Programming Cable 480-2835-ND◆ 56.04 46.43 44.43 SNDJ-CBL-G01

Accessories

8/32 Threaded Actuator Magnet 480-3247-ND◆ 5.49 4.02 3.77 102MG11BP

1/4-20 Thread Rare Earth Magnet 480-3248-ND◆ 8.20 6.01 5.62 106MG10BP

Fig.

SupplyCurrent(mA)

OutputSinking

(mA)

Dimensions(mm)

Rise/Fall Time(μs)

Digi-KeyPart No.

Price Each Honeywell SensingPart No.A B 1 10 25

824 80 76.2 47.63 1 / 1 480-2805-ND 170.15 146.61 139.63 .58426HV24 80 76.2 47.63 1 / 1 480-2806-ND 170.15 146.61 139.63 .58426LV

1620 20 20 — 4 / 4 480-2807-ND 80.19 67.91 65.26 .LCZ26020 20 20 — 4 / 4 480-2808-ND 80.19 67.91 65.26 .LCZ460

17 6 30 — — .07 / .07 480-2809-ND 50.76 42.06 40.24 .ZH10

18

40 15 40 — 30 / 5 480-2814-ND◆ 41.94 33.37 31.26 GTN1A11140 15 53 — 30 / 5 480-2815-ND◆ 38.27 31.71 30.34 GTN1A11240 15 77.5 — 30 / 5 480-2816-ND◆ 39.36 32.60 31.20 GTN1A11340 15 83.5 — 30 / 5 480-2817-ND◆ 39.88 33.05 31.62 GTN1A11440 15 95 — 30 / 5 480-2818-ND◆ 40.43 33.50 32.05 GTN1A11540 15 100 — 30 / 5 480-2819-ND◆ 40.43 33.50 32.05 GTN1A11640 15 140 — 30 / 5 480-2820-ND◆ 39.94 31.78 29.77 GTN1A211

19

20 40 — — 15 / 1 480-2824-5-ND 17.12 13.62 12.76 1GP400120 40 — — 2 / 1 480-2825-5-ND 17.12 13.62 12.76 1GP400420 40 — — 15 / 1 480-2826-5-ND 15.07 11.54 10.90 1GP700120 40 — — 15 / 1 480-2827-5-ND 17.12 13.62 12.76 1GP500521 — — — 27 / 1 480-2829-5-ND 17.12 13.62 12.76 1GQ8001

20 20 10 — — 18 / 1 480-2828-5-ND 19.75 15.72 14.73 3GC40121 18 10 — — 0.2 /0.1 480-3256-ND◆ 18.15 13.89 13.12 SR3FA1

◆ RoHS Compliant

◆ RoHS Compliant

19.05

Fig. 1

Fig. 5

Fig. 11

14.27



Fig. 12

Fig. 13 Fig. 14 Fig. 15 Fig. 16


Fig. 10Fig. 9

B

3/8-24 UNF-2A THD

HEXNUT

Ø 11.1

AA

SHELL

609.6

9.65

19.05

.25

B

A

Ø 19.05

5/8-18UNF-2A THD

HEX NUTS

BPOS. (+)

NEG. (-)A

19.051.14

5/8-18UNF-2A THD

AB

7.92

HEX NUTS

Ø 19.05

ABPOS. (+) NEG. (-)

9.53

B

1/4-40 UNS-2A THD

LOCKNUT

Ø 7.49

A

THD

LOCKNUT

31.75

1/2-14NPTBA

BA

5/8-18UNF-2A THD

HEXNUT

19.05

AC

B

THD LOCKNUT

A 609.6

A

HEX NUT THD

LCZ260 THD = 3/8-24UNF-2ALCZ460 THD = 5/8-18UNF-2A

3070 THD = 3/4-20 UNEF-2A3090 THD = 5/8-18 UNF-2A

25.4

15/32-32UNS-2A THD

914.4

4940

58.7

THD

A

19

23

25.9

50.7

M12 X 1

25.7

22

14

60

M12 X 1 SW17

50

74.5

O-ring

10 14 14 35.5

Hex NutOrientation:ring and flat

M12 X 16G

Ø 14.91

27.435.1

10

19

Directionof rotation

2.97

1.0

1.5

Ø 14

3015S13, 3025S13 THD = 3/8-24 UNF 2A

3050S10 THD = 1/4-40 UNS-2A

3080 THD = 10-32 UNF-2A

3010S20, 3030S20, 3030S30, 3040S20 THD = 5/8-18 UNF-2A

G01 THD = M12 x 1G02 THD = 5/8-18 UNF-2A

501000

THD

G01 THD = M12 x 1G02 THD = 5/8-18 UNF-2A

A = Pos. SupplyB = Neg. SupplyC = Output

2.8 (3X)

5.08(2X)

0.64

25.4

M14x1

Ø12.4

B

A(B+28.11)

19.0519.05

25.4

.250-40 UNS-2A THD


N

Hall Effect Sensor ICsPanasonic’s Hall IC is a combination of a Hall element, amplifier, Schmidt circuit, and stabilized power supply/ temperature compensator integrated on an identical chip by using the IC technology. It amplifies Hall element output at the amplifier, converts into a digital signal through the Schmidt circuit, and drives the TTL or MOS IC directly. Features: • Stable temp erature characteristics due to the additional temperature compensator • TTL and MOS ICs

directly driveable by output • Semi-permanent service life due to no contact parts • Small change of the operating flux density against mechanical stress • Open Collector Output • Op erating Temperature: -40°C ~ 100°C • Supply Current Maximum: 6mA • Out put Circuit Maximum: 20mA Applications: • Speed Sensors • Position Sensors • Rotation Sensors • Keyboard Switches • Micro switches

.4

1.54.72

Fig. 14.52

.41.27

4.521.01.0

12.51231

.6

1.5

4

31.5

1.62

.3

.951.5

0.40.13

.15

5.4

3.0

Fig. 2

1: Vcc2: Gnd3: Output4: Gnd

1: Vcc

2: Gnd

3: Output

* Output Type: 0C = Open Collector. ** To convert Gauss to millitesla, divide by 10† Unidirectional is only sensitive to either north or southside of magnetic; Bidirectional is sensitive to an alternating magnetic fields of both north and south sides. ◆ RoHS Compliant

Fig.

SupplyVoltage Range

(V)

Operating**Flux Density

(Gauss) Output*Type

Operating†Type Pkg.

Digi-KeyPart No.

Price Each(L-H) (H-L) 1 25 100

1 4.5 ~ 16 -175 175 0C Bidirectional 3-Sip DN6849SE-ND◆ 1.23 .99 .90

2 4.5 ~ 16 -175 175 0C Bidirectional SOH-4D DN6849S-ND 1.37 1.11 1.00

IrDA Transceiver ModulesVCC

Maximum(V)

IrDAMaximum

(kbps)Pin

CountDigi-KeyPart No.


Part No.Tape and Reel Panasonic

Part No.1 25 100 Qty. Pricing3.3 115.2 7-Pin + 1 Shield CND0204ACT-ND 1.47 1.14 1.03 CND0204ATR-ND 2,500 605.41/M CND0204A

4.5 115.2 7-Pin + 1 Shield CND0215ACT-ND 1.47 1.14 1.03 CND0215ATR-ND 2,500 605.41/M CND0215A




®

◆ RoHS Compliant


Fig. 18

Fig. 8

Fig. 19

Fig. 4 Fig. 5 Fig. 11Fig. 6 Fig. 12Fig. 7 Fig. 9


Fig. 10


Fig.Style/

Package

PulseForwardCurrent

(A)

OpticalPowerOutput

PeakEmission

Wave-length

BeamAngle

Digi-KeyPart No.

Pricing PanasonicPart No.1 25 100

1 Side View 1 4.6mW 950nm 17° LN54PA-ND◆ .94 18.77 65.69 LN54

2 Top View 0.2 2.5mW 680nm 30° LNA4501FV-ND◆ 1.27 25.67 92.40 LNA4501FV

2 Top View 1.5 7mW 950nm 45° LN64PA-ND◆ .85 16.95 59.33 LN64

3 Side View 2 12mW 900nm 115° LN175PA-ND◆ 1.79 36.22 130.38 LN175

3 Side View 1.5 3-6mW 940nm 80° LNA2603F-ND◆ 1.26 25.33 91.17 LNA2603F

4 T-1 1 3.5mW/sr 940nm 15° LN69-ND◆ .44 8.09 27.72 LN69

4 T-1 1 6mW/sr 940nm 15° LNA2801L-ND◆ .54 10.40 36.25 LNA2801L

4 T-1 1 2.5-5mW 950nm 20° LNA2802L-ND◆ .34 6.33 21.69 LNA2802L

4 T-1 3/4 1 10mW 860nm 20° LN77L-ND◆ 1.08 21.56 75.46 LN77L

4 T-1 3/4 1 12mW/sr 860nm 22° LNA4801L-ND◆ 1.27 25.67 92.40 LNA4801L

4 T-1 3/4 1.5 9mW/sr 950nm 20° LNA2902L-ND◆ .44 8.09 27.72 LNA2902L

4 T-1 3/4 1.5 9mW/sr 950nm 25° LNA2903L-ND◆ .34 6.33 21.69 LNA2903L

4 T-1 3/4 1.5 13.0mW/sr 950nm 15° P14233-ND◆ .49 8.98 30.80 LN66F

4 T-1 3/4 1 15mW 880nm 15° P14231-ND◆ 1.19 23.72 83.00 LNA4905L

5 TO-18 2 3-6mW 950nm 8° LN51L-ND◆ 3.61 72.62 264.66 LN51L

5 TO-18 1 10mW 860nm 6° P14230-ND◆ 2.59 51.97 189.42 LNA4401L

6 TO-18 Small 0.2 1.5mW 680nm 80° LNA4402L-ND◆ 1.59 32.08 115.50 LNA4402L

6 TO-18 Small 1.5 5-10mW 950nm 90° LN152-ND◆ 1.76 35.52 127.85 LN152

6 TO-18 Small 2 3.5-6mW 950nm 100° LN52-ND◆ 3.04 61.00 222.32 LN52

7 Side View 1 1.8-3.5mW 950nm 35° LN55-ND◆ .73 14.65 51.27 LN55

7 Side View 1.5 4.3-5.5mW 950nm 35° LN65-ND◆ 1.28 25.87 93.13 LN65

8 Axial 1 3-4.5mW 950nm 18° LNA2W01L-ND◆ 1.27 25.31 88.57 LNA2W01L

9 Side View 1 6mW 880nm 25° LN75X-ND◆ 1.27 25.67 92.40 LN75X

9 Side View 1 6-10mW 880nm 40° LN78-ND◆ 4.96 99.52 362.68 LN78

9 Side View 1 1.8-3.5mW 950nm 35° LN58-ND◆ .90 18.07 63.26 LN58

10 Side View x2 1 1.2mW/sr 940nm 23° LNA2701L-ND 1.00 20.00 70.03 LNA2701L

10 Side View x2 1 1.8mW 950nm 23° LN59-ND .83 16.66 58.30 LN59

24 Ceramic Base 1 3.5mW 950nm 80° P14232-ND◆ 1.72 34.65 124.74 LN162S Fig.Style/

PackageVR(V)

PeakSensitivity

Wavelengthtr/tf(ns)

BeamAngle

Digi-KeyPart No.


3 Side View 30 850nm 2 70° PNZ335-ND◆ 1.03 20.66 74.38 PNZ335

6 TO-18 Small 30 850nm 2 70° PNZ330CL-ND◆ 2.43 48.93 178.32 PNZ330CL

11 Side View 30 900nm 50 70° PNZ323-ND◆ 1.05 21.06 73.71 PNZ323

11 Side View 30 960nm 50 70° PNZ323B-ND◆ .69 13.80 48.30 PNZ323B

12 Top View 50 850nm 2 70° PNZ334-ND◆ 1.11 22.17 77.61 PNZ334

13 TO-18 50 800nm 1 10° PNZ300-ND 4.92 — 331.75 PNZ300

14 TO-18 50 800nm 1 40° PNZ300F-ND◆ 5.04 103.27 372.79 PNZ300F

15 TO-18 30 900nm 2 70° PNZ331CL-ND 2.99 60.00 218.64 PNZ331CL

16 TO-18 30 900nm — 40° PNZ331F-ND 5.83 119.58 431.65 PNZ331F

Pin Photo Diode

Infrared Light Emitting Diode

Infrared Photosensors

Fig.Style/

PackageVCEO

(V)Ic

(mA)

PeakSensitivity

Wave-length

tr/tf(μs)

Digi-KeyPart No.


4 T-1 30 20 850nm 4 PNA1801LS0NC-ND◆ .43 8.01 27.44 PNA1801LS0NC

5 TO-18 30 50 800nm 3 PNA1401L-ND◆ 2.90 58.25 212.29 PNA1401L

5 TO-18 20 30 900nm 5/6 PNZ107-ND◆ 1.82 36.65 131.95 PNZ107

7 Side View 20 30 850nm 100 PNA2602M-ND◆‡ .86 17.31 60.59 PNA2602M

7 Side View 20 20 800nm 4-10 PNZ150-ND .81 16.16 56.55 PNZ150

8 Axial 20 30 800nm 200 PNA2W01M-ND‡◆ 1.19 23.91 86.09 PNA2W01M

8 Axial 20 20 800nm 2.5/3.5 PNZ12700S-ND◆ .91 18.23 63.82 PNZ12700S

8 Axial 20 20 800nm 3-10 PNZ14700R-ND◆ .77 — 51.33 PNZ14700R

8 Axial 20 20 800nm 3-10 PNZ14700S-ND◆ .73 14.62 51.19 PNZ14700S

8 Axial 20 20 800nm 3-10 PNZ147-ND◆ 1.28 25.83 92.97 PNZ147

9 Side View 20 3 800nm 100 PNA2603L-ND‡ .86 17.31 60.59 PNA2603L

17 Side View 20 10 900nm 8 PNA1605F-ND◆ 1.21 — 72.65 PNA1605F

18 TO-18 Flat 30 50 800nm 3 PNA1401LF-ND◆ 2.90 58.25 212.29 PNA1401LF

19 TO-18 40† 50 800nm 3 PNZ102-ND◆ 2.90 58.27 212.30 PNZ102

19 TO-18 30† 30 900nm 5/6 PNZ108-ND◆ 2.90 58.25 212.29 PNZ108

19 TO-18 30† 30 900nm 5/6 PNZ109L-ND 2.90 58.25 212.29 PNZ109L

20 TO-18 Flat 30† 30 900nm 8/9 PNZ109F-ND◆ 2.90 58.25 212.29 PNZ109F

21 TO-18 Small 30† 20 900nm 5/6 PNZ108CL-ND◆ 2.43 48.93 178.32 PNZ108CL

21 TO-18 Small 20 20 900nm 5/6 PNZ108CLR-ND◆ 1.30 26.18 94.25 PNZ108CLR

21 TO-18 Small 20 20 900nm 5/6 PNZ108CLS-ND◆ 1.30 26.18 94.25 PNZ108CLS

21 TO-18 Small 30† 20 900nm 5/6 PNZ109CL-ND◆ 2.43 48.93 178.32 PNZ109CL

22 Side View 20 20 800nm 4 PNA1608L-ND .81 16.16 56.55 PNA1608L

23 Side View 20 20 850nm 4 PNA1601M-ND .62 12.33 43.16 PNA1601M

24 T-1 20 10 800nm 1/1.3 PNZ121S0R-ND◆ .91 18.31 64.10 PNZ121S0R

◆ RoHS Compliant † VCBO (This device has signal mixing capability using the base pin.) ‡ Darlington

Fig.Style/

PackageVCEO

(V)Ic

(mA)

PeakSensitivity

Wave-length

tr/tf(μs)

Digi-KeyPart No.


1 Side View 20 20 800nm 4 PNZ154-ND◆ 1.06 21.19 74.17 PNZ154

4 T-1 30 20 800nm 4 PNA1801LS-ND◆ .45 — 25.41 PNA1801LS

4 T-1 30 20 850nm 4 PNA1801L00NC-ND◆ .43 8.01 27.44 PNA1801L00NC

NPN Photo Transistor

◆ RoHS Compliant


N

Bipolar Integrated Circuit with Photodetection Function

PNA4603H Series Main CharacteristicsParameter Symbol Conditions Min. Typ. Max. UnitOperating Supply Voltage VCC — 4.5 5.0 5.5 V

Current Consumption ICC VCC = 5.25V 0.5 1.0 1.5 mA

Output Voltage

VOFF L = 0 lx, VCC = 5.0V 0.1 0.5 0.8 V

V01 L = 10 lx, VCC = 5.0V§ 2.0 2.7 3.4 V

V02 L = 800 lx, VCC = 5.0V§ 3.9 4.1 4.9 V

η V01-VOFF, VCC = 5.0V 1.65 1.9 3.3 V

Output Impedance Z — 5.0 10 15.0 kΩ

Peak Sensitivity Wavelength λρ — 400 600 700 nm

§ Halogen lamp light source

Fig. RankIC

(μA)

Typ.ton/toff(μsec.)

Input OutputDigi-KeyPart No.


Part No.Tape and Reel Panasonic

Part No.VR(V)

IF(mA)

IC(mA)

VCEO(V) 1 25 100 500 Qty. Pricing

1

L 23 ~ 90 30/40 6 50 20 35 CNB10010LLCT-ND .70 .54 .48 .35 CNB10010LLTR-ND 1,000 253.05 CNB10010LL

R 41 ~ 90 30/40 6 50 20 35 CNB10010RLCT-ND .79 — .53 .37 CNB10010RLTR-ND 1,000 349.95 CNB10010RL

W 23 ~ 160 30/40 6 50 20 35 CNB10010WLCT-ND .66 .52 .46 .34 CNB10010WLTR-ND 1,000 245.85 CNB10010WL

H 41 ~ 160 30/40 6 50 20 35 CNB10010HLCT-ND .70 .54 .48 .35 CNB10010HLTR-ND 1,000 253.05 CNB10010HL

R 41 ~ 90 30/40 6 50 20 35 CNB10020RLCT-ND .63 .51 .46 .36 CNB10020RLTR-ND 1,000 250.65 CNB10020RL

— 50 ~ 243 40/50 6 30 20 35 CNB10112CT-ND .63 .51 .46 .36 CNB10112TR-ND 3,000 242.65/M CNB10112

2 R 180 ~ 440 20/20 3 50 20 30 CNB13020R-ND .62 .48 .42 .31 — — — CNB13020R

3

— 460 ~ 12,000 150/150 3 50 30 20 CNB2301-ND .58 .47 .41 .32 — — — CNB2301

R 1,300 ~ 4,950 150/150 3 50 30 20 CNB23010R-ND .62 .50 .43 .34 — — — CNB23010R

S 360 ~ 880 20/20 3 50 20 30 CNB13020S-ND .50 .39 .34 .26 — — — CNB13020S

4

R 1,300 ~ 4,950 150/150 3 50 30 20 CNB23010R0LF-ND .64 .52 .46 .35 — — — CNB23010R0LF

R 180 ~ 440 20/20 3 50 20 30 CNB13020R0LF-ND .54 .42 .37 .27 — — — CNB13020R0LF

S 360 ~ 880 20/20 3 50 20 30 CNB13020S0LF-ND .54 .42 .37 .27 — — — CNB13020S0LF

5 — 800 ~ 5,200 20/20 3 50 20 30 CNB1301-ND 1.03 — .62 .56 — — — CNB1301

6 — 100 ~ 1,500 6/6 3 50 20 30 CNB1304H-ND 1.84 1.49 1.34 1.05 — — — CNB1304H

7 — 100 ~ 1,200 6/6 3 50 20 30 CNZ2153-ND 2.35 1.89 1.73 1.40 — — — CNZ2153

Refl ective PhotosensorsReflective Photosensors consist of a high efficiency GaAs infrared light emitting diode which is integrated with a high sensitivity phototransistor in a single resin package.

Fig.

OperatingSupply Voltage

Typical (V)

CurrentConsumptionTypical (mA)

Maximum Recep.Distance (m)

CarrierFrequency

Typical (kHz)Digi-KeyPart No.

Price Each PanasonicPart No.Minimum Typical 1 25 100

1

5.0 2.4 8.0 10.0 36.7 PNA4601M-ND◆ .97 .78 .68 PNA4601M

5.0 2.4 8.0 10.0 38.0 PNA4602M-ND◆ 1.03 — .62 PNA4602M

5.0 2.4 8.0 10.0 38.0 PNA4612M-ND◆ .97 .78 .68 PNA4612M

3.3 0.8 7.0 — 36.7 PNA4701M-ND◆ 1.19 .96 .87 PNA4701M

2

5.0 2.4 11.0 18.0 36.7 PNA4611M00YB-ND 1.16 .94 .85 PNA4611M00YB

5.0 2.4 11.0 18.0 38.0 PNA4612M00YB-ND◆ 1.16 .94 .85 PNA4612M00YB

5.0 2.4 11.0 18.0 56.9 PNA4614M00YB-ND◆ 1.15 — .69 PNA4614M00YB

35.0 2.4 11.0 18.0 36.7 PNA4611M00XD-ND◆ 1.16 .94 .85 PNA4611M00XD

5.0 2.4 11.0 18.0 38.0 PNA4612M00XD-ND◆ 1.16 .94 .85 PNA4612M00XD

45.0 2.4 8.0 10.0 36.7 PNA4601M00LB-ND◆ 1.17 — .79 PNA4601M00LB

3.3 0.8 7.0 — 36.7 PNA4701M00LB-ND◆ 1.17 — .79 PNA4701M00LB

5 5.0 2.4 8.0 10.0 36.7 PNA4601M00LC-ND◆ 1.17 — .79 PNA4601M00LC

65.0 2.4 11.0 18.0 38.0 PNA4612M00HB-ND◆ 1.11 .89 .78 PNA4612M00HB

3.3 0.8 9.0 — 36.7 PNA4701M00HB-ND◆ 1.11 .89 .78 PNA4701M00HB

7 5.0 2.4 11.0 18.0 36.7 PNA4611M00HC-ND◆ 1.11 .89 .78 PNA4611M00HC

8 5.0 2.4 11.0 18.0 36.7 PNA4611M00HD-ND◆ 1.11 .89 .78 PNA4611M00HD

95.0 2.4 11.0 18.0 36.7 PNA4611M00XB-ND◆ 1.11 .89 .78 PNA4611M00XB

5.0 2.4 11.0 18.0 38.0 PNA4612M00XB-ND◆ 1.11 .89 .78 PNA4612M00XB

105.0 2.4 11.0 18.0 36.7 PNA4611M00YA-ND◆ 1.11 .89 .78 PNA4611M00YA

5.0 2.4 11.0 18.0 38.0 PNA4612M00YA-ND◆ 1.11 .89 .78 PNA4612M00YA

11 5.0 1.9 11.0 25.0 56.9 PNA4658M00YE-ND◆ 1.11 .91 .82 PNA4658M00YE

◆ RoHS Compliant

PNA46xxM Series: • Designed for infrared remote control • Extension distance is 8M or more • External parts are not required • Lens resin fi lters visible light for better performance • Available with shielding brackets for increased range • 5V operation voltage PNA47xxM Series: • Designed for infrared remote control • Extension distance is 7M or more • External parts are not required • Lens resin fi lters visible light for better performance • Available with shielding brackets for increased range • 3.3V operation voltage

Ambient Light Sensor Bipolar Integrated Circuit with Photo DiodePNA4603H Series:• For brightness control systems • Wavelength characteristics close to human visual sensitivity • External parts not required • Good output voltage linearity with respect to incident illuminance


®


Price Each1 25 100

1 See PNA4603H Main Characteristics Chart PNA4603H-ND 2.58 2.08 1.892 See PNA4603H Main Characteristics Chart; Right Angle PNA4603H00LB-ND 1.82 1.47 1.32

Fig. 1

8.0

4.31

32

2-2.54

Ø3.4

7.0 Fig. 2

9.7

3.5

4.38

7

2-2.54321

1: VOUT

2: GND

3: VCC

1: VOUT

2: GND

3: VCC

Fig. 3Fig. 2Fig. 1 Fig. 4 Fig. 5 Fig. 611.4

2.255.5

7.82-2.54

3-ø0.95.9

1.8

1.27.6

2-2.54

3-ø0.85.52.4

1.4

15.7

2.255.252.25

R2.25

11.92

321

7.73.15

8.7

Fig. 8

2.54

7.5

8.8

2-2.2x 1.2

2.54

3-ø0.9

13.75

7.63.18.5

16

9.712 3

Fig. 9

2.54

8.75 10.45

3.75 3.75

1.2

2.54

3-ø0.9

1.2

1.71.7 123

7.6

12.7

8.1 10.35

9.6

Fig. 10

2-1.4x 2.4

2.54 2.54

4

3-ø0.9

7.6

Fig. 11

2.542.54

5.05 2-2.1x 1.4

2.92.9

3-ø0.8

8.0

5.2

5.25

2.322.0

1

3-0.5

32

2-2.54

7.0

1: VOUT

2: GND

3: VCC

1: VOUT

2: GND

3: VCC

1: VOUT

2: GND

3: VCC 1: VOUT

2: VCC

3: GND

7.6

21.4

8.5

123

1: VOUT

2: GND

3: VCC

3.1

7.6

8.5

1 2 3

1: VOUT

2: GND

3: VCC

8209.7

7

2-2.54

321

1: VOUT

2: GND

3: VCC

8299.7

7

2-2.543

21

1: VOUT

2: GND

3: VCC

1.45

0.452-2.2 x 1.2

2.54 2.54

0.8 x 2.2

10.08

5.55

3-ø0.9

4.85

8.8

2-1.4x 2.4

2.54 2.54

4

3-ø0.9

7.6

10.05

9.6

7.6

1 2 3

12.7

Fig. 7

8.7

321

7.73.15

6.9

11.9

1: VOUT

2: GND

3: VCC

13

2

22.1

15.457.6 8.5

1: VOUT

2: GND

3: VCC

1: VOUT

2: GND

3: VCC

Fig. 1 Fig. 2

Fig. 4Fig. 3

Fig. 6Fig. 5 Fig. 7


N

† Response time for a 0 psi to full scale span pressure step change, 10% to 90% rise time. ◆ RoHS Compliant

Solid State Pressure Sensors For use in medical equipment, pneumatic controls, computer peri pherals and pressure instrumentation, process and flow control.SenSym ICT

Fig. PressurePressure

Type Output PackageSupply(VDC)

ResponseTime†


Digi-KeyPart No.

Price Each HoneywellPart No.1 10 25 50

1

0-1 PSID Differential/Gage 0.25 ~ 4.5V SIP 4.5 ~ 16 100μSec -25°C ~ 105°C 287-1002-ND◆ 73.70 61.06 58.43 56.15 ASCX01DN


0-15 PSIA Absolute 0.25 ~ 4.5V SIP 4.5 ~ 16 100μSec -25°C ~ 105°C 287-1008-ND◆ 73.70 61.06 58.43 56.15 ASCX15AN








0-1 PSID Differential/Gage 0 ~ 18mV SIP 20 100μSec -40°C ~ 85°C 287-1017-ND◆ 65.92 54.61 52.26 50.22 SCX01DN


0-15 PSIA Absolute 0 ~ 90mV SIP 20 100μSec -40°C ~ 85°C 287-1023-ND◆ 65.92 54.61 52.26 50.22 SCX15AN






0-150 PSIA Absolute 0 ~ 90mV SIP 20 100μSec -40°C ~ 85°C 287-1021-ND — — 66.97 — SCX150AN

0-4” H2O WC Ratio SIP 18 500μSec 0°C ~ 70°C 287-1027-ND◆ 83.51 70.71 67.96 64.73 SCXL004DN

2

0-1 PSID Differential/Gage 0 ~ 18mV DIP 20 100μSec -40°C ~ 85°C 287-1028-ND◆ 32.85 26.13 24.49 23.43 SDX01D4


0-15 PSIA Absolute 0 ~ 90mV DIP 20 100μSec -40°C ~ 85°C 287-1037-ND◆ 32.85 26.13 24.49 23.43 SDX15A4






0-5” H2O WC 0 ~ 20mV DIP 20 100μSec -20°C ~ 85°C 287-1125-ND◆ 62.86 52.07 49.83 47.89 SDX005IND4

0-10” H2O WC 0 ~ 20mV DIP 20 100μSec -20°C ~ 85°C 287-1126-ND◆ 62.86 52.07 49.83 47.89 SDX010IND4

0-1 PSID Differential 0 ~ 20mV DIP 12 100μSec -40°C ~ 85°C 287-1065-ND◆ 26.12 20.78 19.47 18.63 SX01DD4


0-15 PSIA Absolute 0 ~ 110mV DIP 12 100μSec -40°C ~ 85°C 287-1080-ND◆ 26.12 20.78 19.47 18.63 SX15AD4

0-15 PSID Differential 0 ~ 110mV DIP 12 100μSec -40°C ~ 85°C 287-1082-ND 26.12 20.78 19.47 18.63 SX15DD4

0-30 PSIA Absolute 0 ~ 110mV DIP 12 100μSec -40°C ~ 85°C 287-1086-ND 26.12 20.78 19.47 18.63 SX30AD4

0-30 PSID Differential 0 ~ 110mV DIP 12 100μSec -40°C ~ 85°C 287-1088-ND 26.12 20.78 19.47 18.63 SX30DD4



3

0-1 PSIG Gage 0 ~ 18mV DIP 20 100μSec -40°C ~ 85°C 287-1029-ND◆ 32.85 26.13 24.49 23.43 SDX01G2








0-1 PSIG Gage 0 ~ 20mV DIP 12 100μSec -40°C ~ 85°C 287-1066-ND◆ 26.12 20.78 19.47 18.63 SX01GD2





0-30 PSIG Gage 0 ~ 110mV DIP 12 100μSec -40°C ~ 85°C 287-1089-ND 26.12 20.78 19.47 18.63 SX30GD2

0-100 PSIA Absolute 0 ~ 150mV DIP 12 100μSec -40°C ~ 85°C 287-1071-ND 26.12 20.78 19.47 18.63 SX100AD2

0-100 PSIG Gage 0 ~ 150mV DIP 12 100μSec -40°C ~ 85°C 287-1075-ND — — 25.96 — SX100GD2

4

0-5 PSIG Gage 1 ~ 5VDC

Steel 1/4” (6.35mm)

18NPT (Male)

12 ~ 30 5ms -40°C ~ 125°C 287-1090-ND 215.02 185.26 176.44 170.25 SPT4V0005PG5W02

0-15 PSIG Gage 1 ~ 5VDC 12 ~ 30 5ms -40°C ~ 125°C 287-1091-ND 215.02 185.26 176.44 170.25 SPT4V0015PG5W02




0-5 PSIG Gage 4 ~ 20mA 12.5 ~ 30 5ms -40°C ~ 125°C 287-1096-ND◆ 169.94 146.42 139.45 134.56 SPTMA0005PG5W02

0-15 PSIG Gage 4 ~ 20mA 12.5 ~ 30 5ms -40°C ~ 125°C 287-1097-ND 169.94 146.42 139.45 134.56 SPTMA0015PG5W02



0-30 PSIG Gage 0 ~ 100mV PigtailElectrical

Connection

15 100μSec -40°C ~ 125°C 287-1104-ND 143.11 123.30 117.43 113.31 SPTMV0030PG5W02

0-100 PSIG Gage 0 ~ 100mV 15 100μSec -40°C ~ 125°C 287-1105-ND◆ 143.11 123.30 117.43 113.31 SPTMV0100PG5W02

5

0-1 PSID Differential 0 ~ 20mV Button 12 100μSec -40°C ~ 85°C 287-1064-ND◆ 32.15 25.58 23.97 22.93 SX01D

0-5 PSID Differential 0 ~ 75mV Button 12 100μSec -40°C ~ 85°C 287-1067-ND 32.15 25.58 23.97 22.93 SX05D


0-15 PSIA Absolute 0 ~ 110mV Button 12 100μSec -40°C ~ 85°C 287-1078-ND◆ 32.15 25.58 23.97 22.93 SX15A

0-30 PSID Differential 0 ~ 110mV Button 12 100μSec -40°C ~ 85°C 287-1087-ND 32.15 25.58 23.97 22.93 SX30D




6

0-1 Bar Gage0.5 ~ 4.5V/ 0.33 ~ 2.97V

SMT 5 1ms -20°C ~ 85°C 480-3296-ND◆ 32.00 25.46 23.86 22.83 HSCMRNN001BGAA5

0-1 Bar Gage SMT 5 0.46ms -20°C ~ 85°C 480-3297-ND◆ 32.00 25.46 23.86 22.83 HSCMRNN001BG2A5

0-1 PSI Gage SMT 3.3 0.46ms -20°C ~ 85°C 480-3298-ND◆ 32.00 25.46 23.86 22.83 HSCMRNN001PG2A3

70-1 Bar Gage 0.5 ~ 4.5V SIP 5 1ms -40°C ~ 85°C 480-3299-ND◆ 25.61 20.37 19.09 18.26 SSCSANN001BGAA5

0-1 PSI Gage 0.5 ~ 4.5V SIP 5 1ms -40°C ~ 85°C 480-3300-ND◆ 25.61 20.37 19.09 18.26 SSCSANN001PGAA5

Note:4-Conductor Cable.24 AWG conductors shielded with drain wire 24” (61cm) long.

Fig. 1 — Sensor AMP

Fig. 4 — Pigtail

Fig. 3 — SDX/SX A2/G2/D2

11.81

1.2713.97

0.2515.24

13.16

Ø2.29

10.54

2.54

8.94

5.33 (D2)6.48 (A2,G2)

0.513.23

9.14

4.83

26.16

12.19

Fig. 2 — SDX/SX A4/D4/IND4

11.81

13.97

0.2515.24

8.3811.17

3.050.51

2.54

7.62Ø2.29

3.30

27.9

4

20.3

2

21.5

9

27.4310.67

2.03 HolePressure Ports

22.23

Ø4.37

17.78

67.82 (mV)93.22 (mA, V2)

6.3521.08

Fig. 5 — Button Sensor

5.08

0.51

9.40

0.38

Ø1.02Gauge Port

Ø1.02

10.67

6.35

6.35

0.5122.35

7.87

1.020.51

2.54

Fig. 6 — HSC

2.93

12.45

9.91

Port 1

Fig. 7 — SSC

4.93

13.85

9.91

9.91

26.93


N

Solid State Pressure Sensors

Fig.Pressure

Range (PSI)Pressure

Type SupplyDigi-KeyPart No.


1

0 ~ 1 Gage 5.25V 480-1923-ND 44.59 36.95 35.35 ASDX001G24R

0 ~ 1 Gage 5.0V 480-3289-ND 26.11 20.78 19.47 ASDXAVX001PGAA5

0 ~ 5 Gage 5.25V 480-1924-ND 44.59 36.95 35.35 ASDX005G24R

0 ~ 5 Gage 5.0V 480-3292-ND 26.11 20.78 19.47 ASDXAVX005PGAA5

0 ~ 5 Gage 5.0V 480-3286-ND 26.11 20.78 19.47 ASDXAVX005PG2A5

0 ~ 15 Gage 5.25V 480-1925-ND 44.59 36.95 35.35 ASDX015G24R

0 ~ 15 Absolute 5.0V 480-3301-ND 26.11 20.78 19.47 ASDXACX015PAAA5

0 ~ 30 Gage 5.25V 480-1926-ND 44.59 36.95 35.35 ASDX030G24R

0 ~ 100 Gage 5.25V 480-1927-ND 44.59 36.95 35.35 ASDX100G24R

2

0 ~ 1 Differential 5.25V 480-1918-ND 44.59 36.95 35.35 ASDX001D44R

0 ~ 1 Gage 5.0V 480-3288-ND 26.11 20.78 19.47 ASDXRRX001PGAA5


0 ~ 5 Gage 5.0V 480-3291-ND 26.11 20.78 19.47 ASDXRRX005PGAA5

0 ~ 5 Gage 5.0V 480-3285-ND 26.11 20.78 19.47 ASDXRRX005PG2A5


0 ~ 30 Differential 5.0V 480-3304-ND — — 25.96 ASDXRRX030PDAA5


-1 ~ 1 Differential 5.0V 480-3290-ND 26.11 20.78 19.47 ASDXRRX001PDAA5

-5 ~ 5 Differential 5.0V 480-3293-ND 26.11 20.78 19.47 ASDXRRX005PDAA5

-5 ~ 5 Differential 5.0V 480-3287-ND 26.11 20.78 19.47 ASDXRRX005PD2A5

Dim. in mm

Note: For more specifi cations, please see Digi-Key website.

Fig.Pressure

Type

PressureRange(PSI)

Linearity(% Span)

Digi-KeyPart No.


24PC Series1 Differential 0 ~ 1 ±0.15 480-2837-ND 18.12 13.88 13.11 24PC01SMT

2 Gage 0 ~ 0.5 ±0.2 480-2842-ND 17.30 13.25 12.51 24PCEFB2G

3 Gage 0 ~ 15 ±0.2 480-2839-ND 17.30 13.25 12.51 24PCCFA2G

4 Gage 0 ~ 15 ±0.2 480-2840-ND 17.30 13.25 12.51 24PCCFB6G

5 Absolute 0 ~ 15 ±0.1 480-2841-ND 17.30 13.25 12.51 24PCCFD6A

5 Gage 0 ~ 0.5 ±0.2 480-2843-ND 17.30 13.25 12.51 24PCEFD6G

6 Gage 0 ~ 0.5 ±0.2 480-2844-ND 18.17 13.91 13.14 24PCEFJ6G

26PC Series2 Gage 0 ~ 5 ±0.4 480-2848-ND 23.59 18.76 17.58 26PCBFB2G

6 Gage 0 ~ 15 ±0.25 480-2846-ND 23.59 18.76 17.58 26PCAFJ3G

6 Gage 0 ~ 15 ±0.25 480-2852-ND 24.36 19.38 18.16 26PCCFJ6G

7 Gage 0 ~ 1 ±0.25 480-2845-ND 23.59 18.76 17.58 26PCAFD2G

8 Gage 0 ~ 1 ±0.25 480-2847-ND 23.59 18.76 17.58 26PCAFK2G

9 Gage 0 ~ 15 ±0.25 480-2849-ND 23.59 18.76 17.58 26PCCFA3G

10 Gage 0 ~ 15 ±0.25 480-2850-ND 23.59 18.76 17.58 26PCCFH6G

11 Differential 0 ~ 15 ±0.25 480-2851-ND 27.94 22.23 20.83 26PCCFJ6D

12 Gage 0 ~ 100 ±0.4 480-2853-ND 24.36 19.38 18.16 26PCFFS2G

13 Gage 0 ~ 250 ±0.5 480-2854-ND 24.36 19.38 18.16 26PCGNM6G

PCB Mount Pressure SensorsThe 24PC Series miniature pressure sensors provide reliable gage and absolute pressure sensing per form ance in a compact package. The low power, non-amplified, non-compensated Wheatstone bridge circuit design provides inherently stable mV outputs over 0.5 ~ 250 psi sensing ranges. Features: • 1ms Response time • Supply Voltage: 10.0 ~ 12.0 VDC • Operating Temperature: -40°C ~ 85°C

The 26PC Series miniature pressure sensors provide reliable gage and differential pressure sensing performance in a compact package. The low power, non-amplified, non-compensated Wheatstone bridge circuit design provides inherently stable mV outputs over 1.0 ~ 250 psi sensing ranges. Features: • 1ms Response time • Supply Voltage: 10.0 ~ 16.0 VDC • Operating Temperature: -40°C ~ 85°C

Dim. in mm

The AWM1000 Series mass flow sensor provides all of the outstanding performance benefits of the standard AWM2000 series in a more cost-effective sensor platform Features: • Cost-effective micro-bridge technology • Accurate, repeatable airflow sensing • Bidirectional sensing capability

The AWM2000 Series micro-bridge mass airflow sensor is a passive device comprised of two Wheatstone bridges Features: • Bidirectional sensing capability • Actual mass airflow sensing • Low differential pressure sensing

RecommendedExcitation (VDC)

ResponseTime (msec)

OperatingTemperature Range

Digi-KeyPart No.


10.000 ±0.010 3.0 -25°C ~ 85°C 480-2855-ND 76.20 64.53 62.01 AWM1200V10.000 ±0.010 3.0 -25°C ~ 85°C 480-2856-ND 83.82 70.98 68.22 AWM2300V

AWM Airfl ow Sensors

Fig.Pressure

Range (PSI)Pressure

Type SupplyDigi-KeyPart No.


3

0 ~ 15 Absolute 5.25V 480-1915-ND 44.59 36.95 35.35 ASDX015A24R



4

0 ~ 5 Differential 1.5mA 480-2857-ND 26.12 20.78 19.47 SCC05DD4

0 ~ 15 Differential 1.5mA 480-2860-ND 26.12 20.78 19.47 SCC15DD4

0 ~ 15 Differential 20VDC 480-2868-ND 40.79 32.45 30.40 SDX15D4-A

50 ~ 5 Differential 1.5mA 480-2858-ND 26.12 20.78 19.47 SCC05DN

0 ~ 100 Differential 12VDC 480-2870-ND 32.15 25.58 23.97 SX100DN

6

0 ~ 15 Differential 1.5mA 480-2859-ND 26.12 20.78 19.47 SCC15D

0 ~ 30 Differential 1.5mA 480-2862-ND 26.12 20.78 19.47 SCC30D

0 ~ 30 Differential 12VDC 480-2871-ND 32.15 25.58 23.97 SX7030D

0 ~ 100 Differential 12VDC 480-2872-ND 32.15 25.58 23.97 SX7100D

7

0 ~ 1 Gage 20VDC 480-2864-ND 43.70 36.21 34.65 SDX01G2-A

0 ~ 15 Gage 1.5mA 480-2861-ND 26.12 20.78 19.47 SCC15GD2

0 ~ 15 Gage 20VDC 480-2869-ND 40.79 32.45 30.40 SDX15G2-A

0 ~ 15 Absolute 20VDC 480-2866-ND 40.79 32.45 30.40 SDX15A2-A

0 ~ 100 Gage 20VDC 480-2865-ND 40.79 32.45 30.40 SDX100G2-A

8 0 ~ 15 Absolute 20VDC 480-2863-ND 38.22 31.66 30.30 SCX15ANC

9 0 ~ 15 Absolute 20VDC 480-2867-ND 40.79 32.45 30.40 SDX15A4-A

Fig. 3

1.27

13.97

6.88

16.898.46

Fig. 4

11.94

13.97

Fig. 5

Ø3.18(x2)

22.86

8.6427.18

Fig. 6Ø10.67

22.35

6.35

Fig. 7

13.97

11.94

Fig. 8

27.43

12.95

13.97

Ø4.83

21.5927.94

Fig. 9

11.94

13.97

Fig. 1

B

ASeriesDimensions (mm)

A BASDX 16.89 13.97ASDXAC/AV 16.81 14.02

Fig. 2

B

ASeries

Dimensions (mm)A B

ASDX 16.89 13.97ASDXRRX 16.81 14.02

Fig. 1

7.11

5.08

6.10

Fig. 3

27.94

12.70

21.84

Fig. 2Ø2.03

20.32

26.67

Ø1.02

8.89

Fig. 5 Fig. 6

22.10

Ø1.93

Fig. 4

.80

Ø.08

Fig. 7

Ø.04

.60

.35

21.59

Ø1.27

Fig. 10

Ø2.03

9.65

Fig. 8

Fig. 9

21.84

12.70

Ø5.08

Fig. 11Ø.05

1.41

.87

20.07

13.72

12.70

Fig. 12

23.88

Ø1.27

Fig. 13

SenSym ICT


N

SenSym ICT

Ø25.40 46.48

1/8-27 NPT

Dim. in mm

CircuitryContact Setting

PSIV (Hg)Digi-KeyPart No.


N.O. 2" 480-2057-ND 21.04 16.74 15.68 077342 02.0HG 01N.C. 2" 480-2060-ND 21.04 16.74 15.68 077343 02.0HG 01N.O. 4" 480-2058-ND 21.04 16.74 15.68 077342 04.0HG 01N.C. 4" 480-2061-ND 21.04 16.74 15.68 077343 04.0HG 01N.O. 9" 480-2059-ND 21.04 16.74 15.68 077342 09.0HG 01N.C. 9" 480-2062-ND 21.04 16.74 15.68 077343 09.0HG 01

Vacuum Switches

Pressure Switches

CircuitryContact

Setting (PSI)Factory

Setting (PSI)Digi-KeyPart No.


N.O. 1.1 ~ 3±0.5 2 480-2039-ND 24.94 19.84 18.59 076051 00000020 01

N.C. 1.1 ~ 3±0.5 2 480-2043-ND 27.12 21.57 20.21 076061 00000020 01

N.O./N.C. 1.1 ~ 3±0.5 2 480-2047-ND 31.36 24.95 23.38 076071 00000020 01

N.O. 3.1 ~ 7±1 4 480-2051-ND 24.94 19.84 18.59 076575 00000040 01

N.C. 3.1 ~ 7±1 4 480-2053-ND 27.58 21.95 20.56 076577 00000040 01

N.O./N.C. 3.1 ~ 7±1 4 480-2055-ND 28.20 22.44 21.02 076579 00000040 01

N.O. 8 ~ 13±2 10 480-2052-ND 23.55 18.74 17.56 076576 00000100 01

N.C. 8 ~ 13±2 10 480-2054-ND 29.71 23.64 22.15 076578 00000100 01

N.O./N.C. 8 ~ 13±2 10 480-2056-ND 28.48 22.66 21.23 076580 00000100 01

N.O. 14 ~ 24±3 15 480-2040-ND 24.70 19.65 18.41 076052 00000150 01

N.C. 14 ~ 24±3 15 480-2044-ND 29.37 23.36 21.89 076062 00000150 01

N.O./N.C. 14 ~ 24±3 15 480-2048-ND 32.73 26.04 24.40 076072 00000150 01

N.O. 25 ~ 50±5 35 480-2041-ND 25.15 20.01 18.75 076053 00000350 01

N.C. 25 ~ 50±5 35 480-2045-ND 31.38 24.96 23.39 076063 00000350 01

N.O./N.C. 25 ~ 50±5 35 480-2049-ND 34.86 27.74 25.99 076073 00000350 01

N.O. 51 ~ 90±7 60 480-2042-ND 25.58 20.35 19.07 076054 00000600 01

N.C. 51 ~ 90±7 60 480-2046-ND 31.38 24.96 23.39 076064 00000600 01

N.O./N.C. 51 ~ 90±7 60 480-2050-ND 31.38 24.96 23.39 076074 00000600 01

Switch BootSwitch Boot for Vacuum and Pressure Switches

480-2063-ND 7.01 5.13 4.80 079380 00

58.42

37.34

Pressure and Vacuum Switches — 5000 Series

The 5000 Series switches are specifically designed to stand up to extended duty applications. It features a Kapton diaphragm for compatibility with a wide variety of fl uids. These switches are factory set. The pressure switches are fi eld adjustable. Specifi cations: • Pressure Switch Proof Pressure: 500 PSI • Pressure Switch Burst Pressure: 750 PSI for 0.5 ~ 24 PSI; 1, 250 PSI for 25 ~ 150 PSI set point range • Vacuum Switch Proof Pressure: -30” Hg • Temperature Range: -40°C ~ 121°C (-40°F ~ 250°F) • Connector: 1/8” - 27” NPT male thread • Terminals: #8 - 32 screws

Load Ratings

Resistive:15 Amp 6VDC8 Amp 12VDC4 Amp 24VDC

Inductive: 1 Amp 120VAC0.5 Amp 240VAC

Dim. in mm

Pressure Transducer

PressureRange (PSI)

MeasurementType


PortStyle

Digi-KeyPart No.


0 ~ 1,000 Gage -40°C ~ 100°C 1/8 - 27 NPT 480-2836-ND 263.06 226.66 215.86 9302907

The MEDIAMATE® pressure transducer provides the corrosion resistance of stainless steel at low OEM pricing. It is fully compensated and completely interchangeable without further calibration. It is being used with a wide variety of corrosive media such as Freon, ammonia, water, and hydraulic fl uids.

PressureRange

ResolutionPSIG


PressurePort

Digi-KeyPart No.

PriceEach

HoneywellPart No.

0 ~ 1,000 PSIG 1.0 -20°C ~ 85°C 316 Stainless Steel 287-1935-ND 283.38 SDPGB1000PG5

Features: • ±0.25% Test Gauge Accuracy • 316 Stainless Steel Sensor • Long Battery Life (Two AA Alkaline approx i mately 2,500 hours) • Rugged Design • Display: 3 1/2” digit LCD, 1/2” Digit Height • Auto Shut off Time • Low Battery Indication • Media Compatibility: All wetted parts are 316 SS compatible with most liquids and gases

Digital Pressure Gauges — SDPGB Series

85.85 41.91

19.05

73.15

1/4"NPT

Span Zero

Dim. in mm

† Gland per MS33656 (3-904 O-Ring seal not provided) ◆ RoHS Compliant

Isolated Pressure Sensors and Comp ensated SensorsFeatures: • Response Time: 100μSec, BE Series-Response Time: 10 mS (0 psi to full scale span pressure step change, 10% ~ 90% risetime) • Oper ating Temperature: -40°C ~ 125°C

PressureRange (PSI)

PressureType

Output(mV)

PortDescription

Max.Supply

Digi-KeyPart No.

Price Each HoneywellPart No.1 10 25 50

13mm — RoHS Compliant0 ~ 1,000 Absolute 0-200 1/8” 27 NPT-SS 12VDC 287-1123-ND 111.20 94.16 90.50 86.19 13C1000PA4K0 ~ 5,000 Absolute 0-200 1/8” 27 NPT-SS 12VDC 287-1124-ND 111.20 94.16 90.50 86.19 13C5000PA4K

19mm — Calibrated and Compensated0 ~ 15 Absolute 0-100 1/8” 27 NPT-SS 15VDC 287-1108-ND◆ 114.73 97.15 93.37 88.92 19C015PA4K0 ~ 15 Gage 0-100 1/8” 27 NPT-SS 15VDC 287-1109-ND◆ 114.73 97.15 93.37 88.92 19C015PG4K0 ~ 15 Vacuum 0-100 1/8” 27 NPT-SS 15VDC 287-1938-ND◆ 114.73 97.15 93.37 88.92 19C015PV4K0 ~ 15 Vacuum 0-100 1/4” 18 NPT-SS 15VDC 287-1940-ND◆ 114.73 97.15 93.37 88.92 19C015PV5K0 ~ 15 Vacuum 0-100 1/4” 18 NPT-SS 2.0mA 287-1941-ND 114.73 97.15 93.37 88.92 19C015PV5L0 ~ 30 Absolute 0-100 1/8” 27 NPT-SS 15VDC 287-1110-ND◆ 111.20 94.16 90.50 86.19 19C030PA4K0 ~ 30 Gage 0-100 1/8” 27 NPT-SS 15VDC 287-1111-ND◆ 111.20 94.16 90.50 86.19 19C030PG4K0 ~ 30 Vacuum 0-100 1/8” 27 NPT-SS 15VDC 287-1944-ND 111.20 94.16 90.50 86.19 19C030PV4K0 ~ 50 Absolute 0-100 1/8” 27 NPT-SS 15VDC 287-1112-ND◆ 111.20 94.16 90.50 86.19 19C050PA4K0 ~ 50 Gage 0-100 1/8” 27 NPT-SS 15VDC 287-1113-ND◆ 111.20 94.16 90.50 86.19 19C050PG4K0 ~ 100 Absolute 0-100 1/8” 27 NPT-SS 15VDC 287-1114-ND◆ 111.20 94.16 90.50 86.19 19C100PA4K0 ~ 100 Gage 0-100 1/8” 27 NPT-SS 15VDC 287-1115-ND◆ 111.20 94.16 90.50 86.19 19C100PG4K0 ~ 100 Vacuum 0-100 1/4” 18 NPT-SS 15VDC 287-1952-ND 111.20 94.16 90.50 86.19 19C100PV5K0 ~ 200 Absolute 0-100 1/8” 27 NPT-SS 15VDC 287-1116-ND◆ 111.20 94.16 90.50 86.19 19C200PA4K0 ~ 200 Gage 0-100 1/8” 27 NPT-SS 15VDC 287-1117-ND◆ 111.20 94.16 90.50 86.19 19C200PG4K0 ~ 300 Absolute 0-100 1/8” 27 NPT-SS 15VDC 287-1118-ND◆ 111.20 94.16 90.50 86.19 19C300PA4K0 ~ 300 Gage 0-100 1/8” 27 NPT-SS 15VDC 287-1119-ND◆ 111.20 94.16 90.50 86.19 19C300PG4K0 ~ 500 Absolute 0-100 1/8” 27 NPT-SS 15VDC 287-1120-ND◆ 111.20 94.16 90.50 86.19 19C500PA4K0 ~ 500 Gage 0-100 1/8” 27 NPT-SS 15VDC 287-1121-ND◆ 111.20 94.16 90.50 86.19 19C500PG4K

Flush Mount 0 ~ 15 Vacuum 0-100 N/A 15VDC 287-1936-ND 114.73 97.15 93.37 88.92 19C015PV2K0 ~ 30 Vacuum 0-100 N/A 15VDC 287-1942-ND◆ 106.91 88.57 84.75 81.45 19C030PV2K0 ~ 100 Vacuum 0-100 N/A 15VDC 287-1948-ND 111.20 94.16 90.50 86.19 19C100PV2K

Bonded Element0 ~ 5,000 Gage 0.5-4.5 7/16”-20 UNF-SS 5.25VDC 287-1130-ND† 60.42 50.06 47.90 46.03 BE-4R5000PG6DS0 ~ 5,000 Gage 0.5-4.5 7/16”-20 UNF-CRS 5.25VDC 287-1131-ND† 57.68 47.78 45.72 43.94 BE-4R5000PG6DC

13mm Male Port

19mm Male Port

Flush Mount

Bonded Element

Note: Ø 0.22” ±0.001” (0.56mm ±0.03mm) Pinson Ø 0.230” (5.84mm) pin circle.

Note: 2” (50.8mm) NOMEX ribbon cable with 0.100” (2.54mm) pin spacing (24 AWG wire size).

Ø4.36

14.27

27.18

13.97 7/16-20 UNF

Ø12.7

19.05

Ø4.37- OUT

+ OUT

- IN+ IN

Ø19

34.93

Vent holeGageunits only

- Out+ Out

- In+ In

9.53

Ø 18.95

50.8 Nomex Insulated strip cable with2.54 pin spacing (24 AWG equiv.)

V out+V

24.13

Common

48.4

GT 150series 3 pin

Dim. in mm

Fig.Supply Voltage Description

Digi-KeyPart No.


1 3.3V Short Port Snap Mount 480-3313-ND 74.70 63.26 60.80 HAFBSS0200C2AX32 5.0V Long Port Fastener Mount 480-3312-ND 74.70 63.26 60.80 HAFBLF0200C2AX5

Features: • High ±2.5% accuracy allows for very precise airfl ow measurement, often ideal for demanding applications with high accuracy requirements • High stability reduces errors due to thermal effects and null shift to provide accurate readings over time, often eliminating need for system calibration after PCB mount and periodically over time • Fast response time allows a customer’s application to respond quickly to airfl ow change, important in critical medical (i.e., anesthesia) and industrial (i.e., fume hood) applications • ASIC-based 12C digital output compatibility eases integration to microprocessors or microcontrollers, reducing PCB complexity and component count

Zephyr™ Digital Airfl ow SensorsFig. 1 Fig. 2


N

(Continued)

Pressure sensors, force sensors and airfl ow sensors are all developed around semiconductor technology.

Each pressure sensor contains a silicon chip with an integral sensing diaphragm and four piezoresistors.

Pressure applied on the diaphragm causes it to fl ex, changing the resistance. This causes a low level output

voltage proportional to pressure. Airfl ow sensors contain a thin-fi lm, thermally isolated bridge structure

containing heater and temperature sensing elements. The bridge structure provides a sensitive and fast

response to the fl ow of air or other gas over the chip.

Pressure Sensors


Fig. Pressure OutputDigi-KeyPart No.


1

1PSID 45mVDC 480-2496-ND 17.30 13.25 12.51 24PCAFA6D

5PSID 115mVDC 480-2498-ND 17.30 13.25 12.51 24PCBFA6D

15PSID 225mV 480-2500-ND 17.30 13.25 12.51 24PCCFA6D

30PSID 330mV 480-2502-ND 17.30 13.25 12.51 24PCDFA6D

0.5PSID 35mVDC 480-2504-ND 17.30 13.25 12.51 24PCEFA6D

1PSID 16.7mV 480-2509-ND 23.59 18.76 17.58 26PCAFA6D

5PSID 50mVDC 480-2512-ND 23.59 18.76 17.58 26PCBFA6D

15PSID 100mV 480-2516-ND 23.59 18.76 17.58 26PCCFA6D

30PSID 100mV 480-2519-ND 23.59 18.76 17.58 26PCDFA6D

2

1PSIG 45mVDC 480-2497-ND 17.30 13.25 12.51 24PCAFA6G

5PSIG 115mVDC 480-2499-ND 17.30 13.25 12.51 24PCBFA6G

15PSIG 225mV 480-2501-ND 17.30 13.25 12.51 24PCCFA6G

30PSIG 330mV 480-2503-ND 17.30 13.25 12.51 24PCDFA6G

0.5PSIG 35mVDC 480-2505-ND 17.30 13.25 12.51 24PCEFA6G

1PSIG 16.7mV 480-2510-ND 23.59 18.76 17.58 26PCAFA6G


5PSIG 50mVDC 480-2514-ND 23.59 18.76 17.58 26PCBFB6G

15PSIG 100mV 480-2517-ND 23.59 18.76 17.58 26PCCFA6G

15PSIG 100mV 480-2518-ND 23.59 18.76 17.58 26PCCFB6G

30PSIG 100mV 480-2520-ND 23.59 18.76 17.58 26PCDFA6G

100PSIG 100mV 480-2521-ND 23.59 18.76 17.58 26PCFFA6G

3

5PSIG 80 ~ 150mV 480-3088-5-ND 18.12 13.88 13.11 24PC05SMT

15PSIG 160 ~ 290mV 480-3089-5-ND 18.12 13.88 13.11 24PC15SMT

1PSID 14.7 ~ 18.7mV 480-2506-5-ND 25.15 20.01 18.75 26PC01SMT

5PSID 47 ~ 53mV 480-2507-5-ND 25.15 20.01 18.75 26PC05SMT

15PSID 96 ~ 104mV 480-2508-5-ND 25.15 20.01 18.75 26PC15SMT


15PSIG 100mV 480-2515-ND 23.59 18.76 17.58 26PCCFA2G

5

5PSID 0.5 ~ 4.5VDC 480-2522-5-ND 51.29 42.49 40.66 ASDXL05D44D

5PSID Digital (Hex) 480-2523-5-ND 51.29 42.49 40.66 ASDXL05D44D-DO

10 in H2OG 0.5 ~ 4.5VDC 480-2524-5-ND 51.29 42.49 40.66 ASDXL10G24R

10 in H2OG Digital (Hex) 480-2525-5-ND 51.29 42.49 40.66 ASDXL10G24R-DO

3PSID 0.5 ~ 4.5VDC 480-2526-5-ND 51.29 42.49 40.66 ASDXL10D44R

3PSID Digital (Hex) 480-2527-5-ND 51.29 42.49 40.66 ASDXL10D44R-DO

10PSI Digital (Hex) 480-2529-5-ND 51.29 42.49 40.66 ASDXL10D44D-DO

10 in H2OD 2.5±2VDC 480-2528-5-ND 51.29 42.49 40.66 ASDXL10D44D

6

50PSIG 4 ~ 20mA 480-2543-ND 87.76 74.32 71.43 MLH050PGB01B

50PSIG 0.5 ~ 4.5VDC 480-2544-ND 87.76 74.32 71.42 MLH050PGB01E

50PSIG 0.5 ~ 4.5VDC 480-2545-ND 87.76 74.32 71.43 MLH050PGB06A

50PSIG 0.5 ~ 4.5VDC 480-2546-ND 87.76 74.32 71.43 MLH050PGP06A

50PSIG 1 ~ 6VDC 480-2547-ND 87.76 74.32 71.43 MLH050PGP06C

100PSI 1 ~ 5VDC 480-2556-ND 72.55 63.19 62.20 MLH100PAB06G

100PSI 4 ~ 20mA 480-2558-ND 72.55 63.19 62.20 MLH100PAG01B

100PSI 0.5 ~ 4.5VDC 480-2560-ND 87.76 74.32 71.43 MLH100PGB01A

100PSI 4 ~ 20mA 480-2561-ND 87.76 74.32 71.43 MLH100PGB01B



6


100PSI 4 ~ 20mA 480-2563-ND 87.76 74.32 71.43 MLH100PGB06B


100PSI 4 ~ 20mA 480-2574-ND 87.76 74.32 71.43 MLH100PGP06B

100PSI 1 ~ 6VDC 480-2575-ND 87.76 74.32 71.43 MLH100PGP06C


150PSI 4 ~ 20mA 480-2578-ND 87.76 74.32 71.43 MLH150PGB01B


150PSI 4 ~ 20mA 480-2580-ND — — 74.21 MLH150PGB06B

150PSI 1 ~ 5VDC 480-2581-ND 87.76 74.32 71.43 MLH150PGB06G

200PSI 4 ~ 20mA 480-2584-ND 87.76 74.32 71.43 MLH200PGB01B

200PSI 0.5 ~ 4.5VDC 480-2586-ND 87.76 74.32 71.43 MLH200PSB06A

200PSI 4 ~ 20mA 480-2587-ND 87.76 74.32 71.43 MLH200PSB06B

200PSI 1 ~ 6VDC 480-2588-ND 87.76 74.32 71.43 MLH200PSB09C

250BAR 4 ~ 20mA 480-2590-ND 87.76 74.32 71.43 MLH250BSB01B

250BAR 4 ~ 20mA 480-2591-ND 87.76 74.32 71.43 MLH250BSD01B

250PSI 1 ~ 5VDC 480-2592-ND 87.76 74.32 71.43 MLH250PGB06G

250PSI 1 ~ 6VDC 480-2593-ND 87.76 74.32 71.43 MLH250PGP06C


250PSI 4 ~ 20mA 480-2595-ND 87.76 74.32 71.43 MLH250PSB01B



300PSI 4 ~ 20mA 480-2599-ND 87.76 74.32 71.43 MLH300PSB01B


300PSI 0.5 ~ 4.5VDC 480-2601-ND 87.76 74.32 71.43 MLH300PSB01E


300PSI 0.5 ~ 4.5VDC 480-2603-ND 87.76 74.32 71.43 MLH300PSB09E

500PSI 4 ~ 20mA 480-2608-ND 87.76 74.32 71.43 MLH500PSB06B




500PSI 4 ~ 20mA 480-2606-ND 87.76 74.32 71.43 MLH500PSB01B

500PSI 4 ~20mA 480-2616-ND 87.76 74.32 71.43 MLH500PSP06B

500PSI 1 ~ 6VDC 480-2617-ND 87.76 74.32 71.43 MLH500PSP06C

1000PSI 0.5 ~ 4.5VDC 480-2530-ND 87.76 74.32 71.43 MLH01KPSB01A

1000PSI 4 ~ 20mA 480-2531-ND 87.76 74.32 71.43 MLH01KPSB01B





3000PSI 4 ~ 20mA 480-2536-ND 87.76 74.32 71.43 MLH03KPGB01B



3000PSI 1 ~ 5VDC 480-3102-ND 87.76 74.32 71.43 MLH03KPSB01G

Fig. 1 Fig. 2 Fig. 3 Fig. 4 Fig. 5 Fig. 6


.64 .46

.50

.07.86

Ø .25

1.35

.36

.86.07

.50

.64.36

.31

.2400.41

.108

.50

1.1.86

.36.64

.655

.310

.199

.050

.61.143

.133

.655

.325.07

.32

1.58.73

.90

.60

1.06

1/8-27 NPT1-1/16 HEX

.22

.24.36

.15

4 X.100

4 X.030

.50

Ø .2

.31

4 X .114 X .04

4 X .02

Fig. 10

.575

.180

.300

.120

.250

.100

.675Fig. 11

.988.51

.34

.68

Ø .481

3 X .010


.22 .35.38

1.22.77

.44

.18 Ø.24

Ø.18

.39 .23

Ø0.03

.29

.02.10

.61

.39

.16.014 X .020

.25

1.08

.52 .55

Ø 0.13

.19

#1.10

.21.42

.42

.45

.80.40.43

.851.10

Fig. 17

Ø .08

.02

.10

.45.56.75

.50

Fig. 18

Ø .60

Ø .44

Ø .03(both sides)

P1

.8

1PIN 2 3 4

.10.02

Interfacebetweenpins 1 and 2

Ø .52

P1 P2

.21.01

.01

Fig. 19

1.24

.1001.20 .61

.16.29

.20

.93

.33

.24

.01

.03.11

.41

Ø.15.24

.01

.03.11

.79

Ø.16

Fig. 13

Fig. 16.02 .10

Ø .14

Ø .08

.211 6

.85

B.B. C. A.A.

Cable: L = 1 Meter M = 3 Meters

0.60

0.60

15° Max.

0.60

15° Max.

0.12


N

Pressure Sensors (Cont.)




6




5000PSI 4 ~ 20mA 480-2548-ND 87.76 74.32 71.43 MLH05KPGB01B



5000PSI 1 ~ 6VDC 480-2552-ND 87.76 74.32 71.43 MLH05KPSP06C



7

100PSI 0.5 ~ 4.5VDC 480-2565-ND 87.76 74.32 71.42 MLH100PGL01A

100PSI 4 ~ 20mA 480-2566-ND 87.76 74.32 71.43 MLH100PGL01B

100PSI 0.5 ~ 4.5VDC 480-2567-ND 87.76 74.32 71.43 MLH100PGL06A

100PSI 4 ~ 20mA 480-2568-ND 87.76 74.32 71.43 MLH100PGL06B

100PSI 1 ~ 6VDC 480-2569-ND 87.76 74.32 71.43 MLH100PGL06C

100PSI 4 ~ 20mA 480-2570-ND 87.76 74.32 71.42 MLH100PGL09B

100PSI 4 ~ 20mA 480-2571-ND 87.76 74.32 71.43 MLH100PGM01B

100PSI 4 ~ 20mA 480-2572-ND 87.76 74.32 71.43 MLH100PGM06B

100PSI 1 ~ 6VDC 480-2573-ND 87.76 74.32 71.43 MLH100PGM06C

150PSI 1 ~ 5VDC 480-2582-ND 87.76 74.32 71.42 MLH150PGL04G

150PSI 4 ~ 20mA 480-2583-ND 87.76 74.32 71.43 MLH150PGL06B

200PSI 4 ~ 20mA 480-2585-ND 87.76 74.32 71.43 MLH200PGL01B

200PSI 0.5 ~ 4.5VDC 480-2589-ND 87.76 74.32 71.43 MLH200PSL09A


500PSI 0.5 ~ 4.5VDC 480-2607-ND 87.76 74.32 71.43 MLH500PSLB06A




500PSI 4 ~ 20mA 480-2614-ND 87.76 74.32 71.42 MLH500PSL09B

500PSI 0.5 ~ 4.5VDC 480-2615-ND 87.76 74.32 71.43 MLH500PSM09A

3000PSI 0.5 ~ 4.5VDC 480-2541-ND 87.76 74.32 71.43 MLH03KPSL01A

3000PSI 4 ~ 20mA 480-2542-ND 87.76 74.32 71.43 MLH03KPSL01B

3000PSI 1 ~ 5VDC 480-3104-ND 87.76 74.32 71.43 MLH03KPSL01G

5000PSI 0.5 ~ 4.5VDC 480-2550-ND 87.76 74.32 71.43 MLH05KPSL06A

5000PSI 1 ~ 6VDC 480-2551-ND 87.76 74.32 71.43 MLH05KPSL10C

Force Sensor

8

1500G 180mV 480-2618-ND 49.61 41.10 39.33 FSS1500NSB

1500G 180mV 480-2620-5-ND 49.61 41.10 39.33 FSS1500NST

1500G 180mV 480-3308-5-ND 50.93 42.19 40.37 FSS1500NGT

9 1500G 360mV 480-2621-5-ND 72.10 59.73 57.16 FSG15N1A

10

5PSIG 10VDC 480-2622-ND 86.68 73.40 70.55 1865-01G-KDN

5PSIG 1.5mA 480-2623-ND 86.68 73.40 70.55 1865-01G-LDN

10PSIG 10VDC 480-2624-ND 90.40 76.55 73.57 1865-02G-KDN

10PSIG 1.5mA 480-2625-ND 90.40 76.55 73.57 1865-02G-LDN

15PSIG 10VDC 480-2626-ND 92.88 78.65 75.58 1865-03G-KDN

15PSIG 1.5mA 480-2627-ND 92.88 78.65 75.58 1865-03G-LDN

25PSIG 10VDC 480-2628-ND 96.60 81.79 78.61 1865-05G-KDN

25PSIG 1.5mA 480-2629-ND 96.60 81.79 78.61 1865-05G-LDN

30PSIG 10VDC 480-2630-ND 99.07 83.89 80.62 1865-07G-KDN

30PSIG 1.5mA 480-2631-ND 99.07 83.89 80.62 1865-07G-LDN

Lasertrim Board

111.5LBS 3.0VDC 480-2632-5-ND 78.02 66.06 63.49 FS01

3LBS 3.0VDC 480-2633-5-ND 80.50 68.16 65.51 FS03

12A

±50mm Hg 4.5VDC 480-2634-5-ND 41.94 33.36 31.26 40PC001B1A

15PSIG 4.5VDC 480-2635-5-ND 40.02 31.84 29.83 40PC015G1A

150PSIG 4.5VDC 480-3092-5-ND 40.02 31.84 29.83 40PC150G1A

12B

±50mm Hg 4.5VDC 480-3090-5-ND 41.50 34.39 32.90 40PC001B2A

15PSIG 4.5VDC 480-3091-5-ND 40.02 31.84 29.83 40PC015G2A

15PSIV 4.5VDC 480-2636-5-ND 40.02 31.84 29.83 40PC015V2A

100PSIG 4.5VDC 480-2638-5-ND 40.02 31.84 29.83 40PC100G2A

150PSIG 4.5VDC 480-2639-5-ND 40.02 31.84 29.83 40PC150G2A

250PSIG 4.5VDC 480-2640-5-ND 40.02 31.84 29.83 40PC250G2A

500PSIG 4.5VDC 480-2642-5-ND 41.94 33.36 31.26 40PC500G2A

12C15PSIV 4.5VDC 480-2637-5-ND 40.02 31.84 29.83 40PC015V3A

250PSIG 4.5VDC 480-2641-5-ND 41.94 33.36 31.26 40PC250G3A

13A

.3PSIV 20mVDC 480-2644-5-ND 28.88 22.98 21.53 CPC0.3GFH

1PSIG 18mV 480-3096-ND 26.11 20.78 19.47 CPC01GFC

1PSIV 18mV 480-2646-5-ND 32.85 26.13 24.49 CPC01GFH

5PSIV 60mV 480-2647-5-ND 26.11 20.78 19.47 CPC05GFC

5PSIV 60mV 480-2648-5-ND 32.85 26.13 24.49 CPC05GFH

4H2OG 25mV 480-2652-5-ND 28.88 22.98 21.53 CPCL04GFC

10H2OG 20mV 480-2654-5-ND 28.88 22.98 21.53 CPCL10GFC

Fig. Pressure SensitivityDigi-KeyPart No.


Typical Sensitivity

25A

5PSIG 7.5mV/mA/PSI 480-2673-5-ND 27.20 21.64 20.27 SCCP05GSMTP

15PSIA 4.3mV/mA/PSI 480-3106-ND 27.20 21.64 20.27 SCCP15ASMTP

15PSIG 4.3mV/mA/PSI 480-3107-ND 27.20 21.64 20.27 SCCP15GSMTP

30PSIA 2.9mV/mA/PSI 480-3108-ND 27.20 21.64 20.27 SCCP30ASMTP

30PSIG 2.9mV/mA/PSI 480-3109-ND 27.20 21.64 20.27 SCCP30GSMTP

100PSIG 1.3mV/mA/PSI 480-2674-5-ND 27.20 21.64 20.27 SCCP100GSMTP

15PSIA 1.50mV/mA/PSI 480-3112-ND 26.11 20.78 19.47 SXP15ASMTP

100PSIG 0.30mV/mA/PSI 480-3111-ND 26.11 20.78 19.47 SXP100GSMTP

25B 15PSIA 4.3mV/mA/PSI 480-2675-5-ND 27.20 21.64 20.27 SCCP15ASMTLP

26

15PSIA 4.3mV/mA/PSI 480-2671-5-ND 26.11 20.78 19.47 SCC15ASMT

30PSIA 2.9mV/mA/PSI 480-2672-5-ND 27.20 21.64 20.27 SCC30ASMT

300PSIA 0.14mV/mA/PSI 480-2677-5-ND 26.11 20.78 19.47 SX150ASMT

300PSIG 0.14mV/mA/PSI 480-3110-ND 27.20 21.64 20.27 SX150GSMT

27

1PSIV 18mV/PSI 480-2680-5-ND 41.11 34.06 32.59 XPC01GTC

150PSIV 90mV typ 480-2681-5-ND 41.11 34.06 32.59 XPC150GTC

15PSIA 6mV/PSI 480-2682-5-ND 41.11 34.06 32.59 XPC15ATC

28

4H2ODV 6.25mV/PSI 480-2683-5-ND 41.11 34.06 32.59 XPCL04DTC

1PSIDV 18mV/PSI 480-2679-5-ND 41.11 34.06 32.59 XPC01DTC

10H2OD 2mV/in H2O 480-2685-5-ND 41.11 34.06 32.59 XPCL10DTC

10H2OD 2mV/in H2O 480-2686-5-ND 41.11 34.06 32.59 XPCL10DTH

Fig. 23Fig. 20

P1

1.19.188

2 X.10

1.20

.432

.328

1.337

.68

P2

2 XØ.246

2 XØ.138

2 XØ.090

Fig. 21

2 X.100

1.20

1.3371.09

.187

1.19

.68P1

PORTP2PORT

.431

.328

Fig. 222.00

1.70

.801.27

.75 HEX

Fig. 24

.62

Ø .15.495

.040.52

2 XØ .046

.761.20

.11

Fig. 27

PIN1 4.80

1.16

Ø .16

.10 .02

.32

.70

.43

Ø .19

B..14

.34

.09

.26

Fig. 26

Ø .05 .13

.13.30

.30

.14

.26

Ø .02 .03

.08

+OUT+EX-EX-OUT

.13

8 X .05

.03

.15

Fig. 25Ø .04 .13

.13.30

.30

.14

.34

.081

.26

Ø .02 .03

.08

+OUT+EX-EX-OUT

.13

8 X .05

.03

.15

A. Fig. 28

PIN1 4.80

1.16

Ø .16

.10 .02 .40

.70

.43

.25Ø .19

.600

.900

Pin 1

4 x Ø.1384 x R.110



13A

15PSIA 90mV 480-2649-5-ND 32.85 26.13 24.49 CPC15AFH

15PSIA 90mV 480-2650-5-ND 32.85 26.13 24.49 CPC15AH

15PSIA 253mV 480-2655-5-ND 24.31 19.34 18.12 CPX15AF

13B

.3PSID 20mVDC 480-2643-5-ND 28.88 22.98 21.53 CPC0.3DFH

1PSI 18mV 480-2645-5-ND 26.11 20.78 19.47 CPC01DFC

4H2OD 25mV 480-2651-5-ND 28.88 22.98 21.53 CPCL04DFC

4H2OD 68mV 480-3098-ND 26.29 20.91 19.59 CPXL04DF

10H2OD 20mV 480-2653-5-ND 28.88 22.98 21.53 CPCL10DFC

10H2OD 78.5mV 480-3099-ND 26.29 20.91 19.59 CPXL10DF

14 100PSIG 295mV 480-3097-ND 24.31 19.34 18.12 CPX100G

15

1H2OD ±2VDC 480-2656-5-ND 86.56 73.30 70.45 DC001NDC4

2H2OD ±2VDC 480-2657-5-ND 86.56 73.30 70.45 DC002NDC4

5H2OD ±2VDC 480-2658-5-ND 71.55 60.59 58.23 DC005NDC4

10H2OD ±2VDC 480-2659-5-ND 71.55 60.59 58.23 DC010NDC4

30H2OD ±2VDC 480-2660-5-ND 75.81 62.81 60.10 DC030NDC4

2.5MBARD ±2VDC 480-2661-5-ND 86.56 73.30 70.45 DC2R5BDC4

30H2OD ±2.5VDC 480-3100-ND 75.81 62.81 60.10 DC030NDR5

16

1H2OD 10mV 480-2662-5-ND 76.73 64.97 62.44 DCXL01DS

5H2OD 20mV 480-2663-5-ND 70.60 58.48 55.96 DCXL05DS

10H2OD 20mV 480-2664-5-ND 70.60 58.48 55.96 DCXL10DS

20H2OD 20mV 480-3101-ND 65.07 53.91 51.58 DCXL20DS

30H2OD 20mV 480-2665-5-ND 65.07 53.91 51.58 DCXL30DS

17

1H2OD 6mV 480-2666-5-ND 86.56 73.30 70.45 DUXL01D

5H2OD 22.5mV 480-2667-5-ND 71.55 60.59 58.23 DUXL05D

10H2OD 30mV 480-2668-5-ND 71.55 60.59 58.23 DUXL10D

20H2OD 30mV 480-2669-5-ND 63.82 52.87 50.59 DUXL20D

18

1PSIDV 75mV 480-2687-5-ND 30.85 24.54 23.00 XPX01D

100PSIDV 295mV 480-2688-5-ND 36.30 28.88 27.06 XPX100DT

150PSIDV 262.5mV 480-2690-5-ND 30.85 24.54 23.00 XPX150D

10H2ODV 2mV/in H2O 480-2684-5-ND 39.55 31.46 29.48 XPCL10DH

Airflow

19

30SCCM 5VDC 480-3282-ND 92.20 78.08 75.04 AWM3150V

200SCCM ±44.5mV 480-2691-5-ND 83.82 70.98 68.22 AWM2100V

200SCCM 5VDC 480-2692-5-ND 92.20 78.08 75.04 AWM3100V

1000SCCM 5VDC 480-2693-5-ND 92.20 78.08 75.04 AWM3300V

201000SCCM 54.7mV 480-3093-ND 83.82 70.98 68.22 AWM42300V

1000SCCM 5VDC 480-2694-5-ND 92.20 78.08 75.04 AWM43300V

21 6SLPM 5VDC 480-2695-5-ND 92.20 78.08 75.04 AWM43600V

22

5SLPM 5VDC 480-2696-ND 98.66 83.54 80.29 AWM5101VN

10SLPM 5VDC 480-3094-ND 98.66 83.54 80.29 AWM5102VN

20SLPM 5VDC 480-2697-ND 98.66 83.54 80.29 AWM5104VN

23 200SLPM 1 ~ 5VDC 480-3095-ND 98.66 83.54 80.29 AWM720P1

24 200SCCM ±77mVDC 480-2698-5-ND 50.59 41.91 40.11 AWM92100V


N

Description: This family of bulk micro-machined, absolute, gauge and sealed pressure transducers and trans mitters are for both harsh and benign media with a total error of ±1% and are well suited for a variety of automotive, industrial and commercial applications. Features: • Robust Package: All laser-welded stainless steel design for optimal media isolation • Maximum Flexibility: Custom ASIC provides signal conditioning for calibration and temperature compensation • Temperature Range: -40° ~ 105°C • Response Time: <1ms • Connector: I36 - 36” Integral Harness • No O-Rings • 316L Stainless Steel Construction

Note: More Product available on-line. For pricing and availability, visit our website.

MediaSensor™ P51 Pressure Transducers

Color

Output1 ~ 5 VOUT

4 ~ 20mAOUT0.5 ~ 4.5 VOUTRed Power Power

White VOUT ReturnBlack Ground Not Used

ThreadSize

Length - mmA B C

1/4-18 NPT 66.6 26.0 18.01/8-27 NPT 61.6 21.0 13.0

Ø22.0 ThreadSize

40.0A

BC 22.0

Hex

Ø4.0

PressureRange(psi)

PressureType †

PortThread(npt)

Digi-KeyPart No.

Price Each SSI TechnologiesPart No.1 10 100

0.5 ~ 4.5 VOUT — 5+/-0.5 VIN

15 G 1/4 734-1000-ND 68.03 63.50 61.23 P51-15-G-A-I36-4.5V-R

50 G 1/4 734-1001-ND 68.03 63.50 61.23 P51-50-G-A-I36-4.5V-R

100 G 1/4 734-1002-ND 68.03 63.50 61.23 P51-100-G-A-I36-4.5V-R

200 G 1/4 734-1003-ND 68.03 63.50 61.23 P51-200-G-A-I36-4.5V-R

300 G 1/4 734-1004-ND 68.03 63.50 61.23 P51-300-G-A-I36-4.5V-R

15 G 1/8 734-1005-ND 68.03 63.50 61.23 P51-15-G-B-I36-4.5V-R

50 G 1/8 734-1006-ND 68.03 63.50 61.23 P51-50-G-B-I36-4.5V-R

100 G 1/8 734-1007-ND 68.03 63.50 61.23 P51-100-G-B-I36-4.5V-R

200 G 1/8 734-1008-ND 68.03 63.50 61.23 P51-200-G-B-I36-4.5V-R

300 G 1/8 734-1009-ND 68.03 63.50 61.23 P51-300-G-B-I36-4.5V-R

50 A 1/4 734-1041-ND — 63.50 — P51-50-A-A-I36-4.5V-R

100 A 1/4 734-1042-ND 68.03 63.50 61.23 P51-100-A-A-I36-4.5V-R

500 A 1/4 734-1043-ND — 63.50 — P51-500-A-A-I36-4.5V-R

1000 A 1/4 734-1044-ND — 63.50 — P51-1000-A-A-I36-4.5V-R

50 A 1/8 734-1046-ND 68.03 63.50 61.23 P51-50-A-B-I36-4.5V-R

100 A 1/8 734-1047-ND 68.03 63.50 61.23 P51-100-A-B-I36-4.5V-R

500 A 1/8 734-1048-ND — 63.50 — P51-500-A-B-I36-4.5V-R

1000 A 1/8 734-1049-ND 68.04 63.50 — P51-1000-A-B-I36-4.5V-R

100 S 1/4 734-1082-ND 68.04 63.50 — P51-100-S-A-I36-4.5V-R

500 S 1/4 734-1083-ND — 63.50 — P51-500-S-A-I36-4.5V-R

1000 S 1/4 734-1084-ND 68.04 63.50 — P51-1000-S-A-I36-4.5V-R

100 S 1/8 734-1087-ND 68.04 63.50 — P51-100-S-B-I36-4.5V-R

500 S 1/8 734-1088-ND — 63.50 — P51-500-S-B-I36-4.5V-R

1000 S 1/8 734-1089-ND 68.03 63.50 61.23 P51-1000-S-B-I36-4.5V-R

0.5 ~ 4.5 VOUT — 5+/-0.5 VIN — Over Voltage Protection

50 G 1/4 734-1011-ND 75.47 70.44 — P51-50-G-A-I36-4.5OV-R

200 G 1/4 734-1013-ND 75.46 70.44 67.92 P51-200-G-A-I36-4.5OV-R

300 G 1/4 734-1014-ND 75.46 70.44 67.92 P51-300-G-A-I36-4.5OV-R

15 G 1/8 734-1015-ND — 70.44 — P51-15-G-B-I36-4.5OV-R

300 G 1/8 734-1019-ND 75.47 70.44 — P51-300-G-B-I36-4.5OV-R

50 A 1/4 734-1051-ND 75.46 70.44 67.92 P51-50-A-A-I36-4.5OV-R

100 A 1/4 734-1052-ND — 70.44 — P51-100-A-A-I36-4.5OV-R

50 A 1/8 734-1056-ND 75.46 70.44 67.92 P51-50-A-B-I36-4.5OV-R

100 A 1/8 734-1057-ND — 70.44 — P51-100-A-B-I36-4.5OV-R

500 A 1/8 734-1058-ND 75.46 70.44 67.92 P51-500-A-B-I36-4.5OV-R

1000 A 1/8 734-1059-ND 75.47 70.44 — P51-1000-A-B-I36-4.5OV-R

15 S 1/4 734-1090-ND — 70.44 — P51-15-S-A-I36-4.5OV-R

50 S 1/4 734-1091-ND — 70.44 — P51-50-S-A-I36-4.5OV-R

100 S 1/4 734-1092-ND — 70.44 — P51-100-S-A-I36-4.5OV-R

100 S 1/8 734-1097-ND 75.47 70.44 — P51-100-S-B-I36-4.5OV-R

3 G 1/8 734-1166-ND 75.46 70.44 67.92 P51-3-G-UB-I36-4.5V-R

5 G 1/8 734-1167-ND 75.46 70.44 67.92 P51-5-G-UB-I36-4.5V-R

10 G 1/8 734-1168-ND 75.46 70.44 67.92 P51-10-G-UB-I36-4.5V-R

3 G 1/4 734-1169-ND 75.46 70.44 67.92 P51-3-G-UC-I36-4.5V-R

5 G 1/4 734-1170-ND 75.46 70.44 67.92 P51-5-G-UC-I36-4.5V-R

10 G 1/4 734-1171-ND 75.46 70.44 67.92 P51-10-G-UC-I36-4.5V-R

† G = Gauged, A = Absolute, S = Sealed Gauge

PressureRange(psi)

PressureType †

PortThread(npt)

Digi-KeyPart No.


1 ~ 5 VOUT — 8 ~ 30 VIN

3 G 1/4 734-1175-ND 75.46 70.44 67.92 P51-3-G-UC-I36-5V-R

5 G 1/4 734-1176-ND 75.46 70.44 67.92 P51-5-G-UC-I36-5V-R

10 G 1/4 734-1177-ND 75.46 70.44 67.92 P51-10-G-UC-I36-5V-R

15 G 1/4 734-1020-ND 68.03 63.50 61.23 P51-15-G-A-I36-5V-R

50 G 1/4 734-1021-ND 68.03 63.50 61.23 P51-50-G-A-I36-5V-R

100 G 1/4 734-1022-ND 68.03 63.50 61.23 P51-100-G-A-I36-5V-R

200 G 1/4 734-1023-ND 68.03 63.50 61.23 P51-200-G-A-I36-5V-R

300 G 1/4 734-1024-ND 68.03 63.50 61.23 P51-300-G-A-I36-5V-R

3 G 1/8 734-1172-ND 75.46 70.44 67.92 P51-3-G-UB-I36-5V-R

5 G 1/8 734-1173-ND 75.46 70.44 67.92 P51-5-G-UB-I36-5V-R

10 G 1/8 734-1174-ND 75.46 70.44 67.92 P51-10-G-UB-I36-5V-R

15 G 1/8 734-1025-ND 68.03 63.50 61.23 P51-15-G-B-I36-5V-R

50 G 1/8 734-1026-ND 68.03 63.50 61.23 P51-50-G-B-I36-5V-R

100 G 1/8 734-1027-ND 68.03 63.50 61.23 P51-100-G-B-I36-5V-R

200 G 1/8 734-1028-ND 68.03 63.50 61.23 P51-200-G-B-I36-5V-R

300 G 1/8 734-1029-ND 68.03 63.50 61.23 P51-300-G-B-I36-5V-R

50 A 1/4 734-1061-ND 68.04 63.50 — P51-50-A-A-I36-5V-R

100 A 1/4 734-1062-ND 68.03 63.50 61.23 P51-100-A-A-I36-5V-R

500 A 1/4 734-1063-ND 68.03 63.50 61.23 P51-500-A-A-I36-5V-R

1000 A 1/4 734-1064-ND — 63.50 — P51-1000-A-A-I36-5V-R

50 A 1/8 734-1066-ND 68.03 63.50 61.23 P51-50-A-B-I36-5V-R

100 A 1/8 734-1067-ND 68.03 63.50 61.23 P51-100-A-B-I36-5V-R

1000 A 1/8 734-1069-ND 68.03 63.50 61.23 P51-1000-A-B-I36-5V-R

15 S 1/4 734-1100-ND — 63.50 — P51-15-S-A-I36-5V-R

50 S 1/4 734-1101-ND 68.04 63.50 — P51-50-S-A-I36-5V-R

100 S 1/4 734-1102-ND — 63.50 — P51-100-S-A-I36-5V-R

100 S 1/8 734-1107-ND — 63.50 — P51-100-S-B-I36-5V-R

500 S 1/8 734-1108-ND — 63.50 — P51-500-S-B-I36-5V-R

4 ~ 20 mAOUT — 8 ~ 30 VIN

3 G 1/4 734-1181-ND 75.46 70.44 67.92 P51-3-G-UC-I36-20MA-R

5 G 1/4 734-1182-ND 75.46 70.44 67.92 P51-5-G-UC-I36-20MA-R

10 G 1/4 734-1183-ND 75.46 70.44 67.92 P51-10-G-UC-I36-20MA-R

15 G 1/4 734-1030-ND 56.70 52.92 51.03 P51-15-G-UC-I36-20MA-0-R

50 G 1/4 734-1031-ND 68.03 63.50 61.23 P51-50-G-A-I36-20MA-R

100 G 1/4 734-1032-ND 68.03 63.50 61.23 P51-100-G-A-I36-20MA-R

200 G 1/4 734-1033-ND 68.03 63.50 61.23 P51-200-G-A-I36-20MA-R

300 G 1/4 734-1034-ND 68.03 63.50 61.23 P51-300-G-A-I36-20MA-R

3 G 1/8 734-1178-ND 75.46 70.44 67.92 P51-3-G-UB-I36-20MA-R

5 G 1/8 734-1179-ND 75.46 70.44 67.92 P51-5-G-UB-I36-20MA-R

10 G 1/8 734-1180-ND 75.46 70.44 67.92 P51-10-G-UB-I36-20MA-R

15 G 1/8 734-1035-ND 68.03 63.50 61.23 P51-15-G-B-I36-20MA-R

50 G 1/8 734-1036-ND 68.04 63.50 — P51-50-G-B-I36-20MA-R

100 G 1/8 734-1037-ND 68.03 63.50 61.23 P51-100-G-B-I36-20MA-R

200 G 1/8 734-1038-ND 68.03 63.50 61.23 P51-200-G-B-I36-20MA-R

15 A 1/4 734-1070-ND 68.04 63.50 — P51-15-A-A-I36-20MA-R

50 A 1/4 734-1071-ND 68.03 63.50 61.23 P51-50-A-A-I36-20MA-R

100 A 1/4 734-1072-ND 68.03 63.50 61.23 P51-100-A-A-I36-20MA-R

500 A 1/4 734-1073-ND 68.03 63.50 61.23 P51-500-A-A-I36-20MA-R

1000 A 1/4 734-1074-ND 68.03 63.50 61.23 P51-1000-A-A-I36-20MA-R

50 A 1/8 734-1076-ND 68.03 63.50 61.23 P51-50-A-B-I36-20MA-R

100 A 1/8 734-1077-ND 68.03 63.50 61.23 P51-100-A-B-I36-20MA-R

50 S 1/4 734-1111-ND — 63.50 — P51-50-S-A-I36-20MA-R

100 S 1/4 734-1112-ND — 63.50 — P51-100-S-A-I36-20MA-R

500 S 1/4 734-1113-ND 68.03 63.50 61.23 P51-500-S-A-I36-20MA-R

Digital Fluid-Trac™Ultrasonic Drum Level GaugeDescription: This drum level gauge is a cost competitive non-contact continuous liquid level drum gauge.

Designed for use on 55 gallon vertical drums storing a wide variety of media such as water, waste water,

motor oil, hydraulic fluid and diesel fuel. Features: • Fits NPT openings (2” or 3/4”) • Accurate to 1 gallon

with a resolution of +/- 0.5 gallon • Powered by two 9V batteries (not included)

RangeOperating

TemperatureBattery

LifeDigi-KeyPart No.

Price Each SSI TechnologiesPart No.1 5

Up to 32” 0°C ~ 50°C 30 Days 734-1162-ND 103.26 92.94 DFT-110


N

Pneumatic Automation ComponentsSMC Corporation is the largest manufacturer in the world of pneumatic automation components. SMC’s line of fl uid power and pneumatic instrumentation products include vacuum and pressure sensors, switches, gauges, electro-pneumatic regulators and digital fl ow switches/sensors for air, water and chemicals.

PressureRange

ProofPressure

PressureType Port

SupplyVoltage(VDC)

Max. SupplyCurrent

(mA) Output


°CDigi-KeyPart No.

PriceEach

SMCPart No.

ZSE30/ISE30 Series — 2-Color Display

0.0 ~ 1.0MPa 1.5MPa Pressure NPT 1/8” 12 ~ 24 45 PNP 0 ~ 50 606-1001-ND 71.42 ISE30-T1-65

-100 ~ 100kPa 500kPa Vacuum ø1/4” One Touch 12 ~ 24 45 PNP 0 ~ 50 606-1008-ND 74.42 ZSE30-N7L-65

0.0 ~ 1.0MPa 1.5MPa Pressure ø1/4” One Touch 12 ~ 24 45 PNP 0 ~ 50 606-1002-ND 75.89 ISE30-N7L-65

0.0 ~ 1.0MPa 1.5MPa Pressure ø1/4” One Touch 12 ~ 24 45 NPN 0 ~ 50 606-1003-ND 75.89 ISE30-N7L-25

PSE200 Series — Multi-channel Controller

— — — — 12 ~ 24 55 NPN x 5 0 ~ 50 606-1016-ND 119.60 PSE200

— — — — 12 ~ 24 55 PNP x 5 0 ~ 50 606-1017-ND 119.60 PSE201

PSE540 Series — Compact, 2-Color Display, Remote Type Sensor

-100 ~ 100kPa 500kPa Pressure ø4” Plug-in Reducer 12 ~ 24 15 1 ~ 5V 0 ~ 50 606-1022-ND 40.19 PSE543-R04

ITV2000 Series — Electro-pneumatic Regulator

.005 ~ 0.5MPa 1.0MPa Gauge NPT 1/4” 24 120 4-20mA 0 ~ 50 606-1026-ND 285.29 ITV2030-01N2L4

Mounting Bracket for ISE30/ZSE30 with Mounting Screws 606-1012-ND 1.73 ZS-27-B

Panel Mount Kit for ISE40/ZSE40 606-1015-ND 2.48 ZS-22-A

Panel Mount Adapter for PSE200 Waterproof Seal, with Mounting Screws 606-1018-ND 8.05 ZS-26-C

3 Meter Sensor Cable for PSE530/531 606-1023-ND 6.84 ZS-26-F

Flow RateLiters/Minute

PressureType Port

SupplyVoltage(VDC)

Max. SupplyCurrent

(mA) Output


°CDigi-KeyPart No.

PriceEach

SMCPart No.

PF2A Series — Digital Air Flow Switch

5 ~ 50 Gauge NPT 1/4” 12 ~ 24 150 NPN 0 ~ 50 606-1032-ND 363.19 PF2A750-N02-27

5 ~ 50 Gauge NPT 1/4” 12 ~ 24 150 PNP 0 ~ 50 606-1034-ND 363.19 PF2A750-N02-67

50 ~ 500 Gauge NPT 1/2” 12 ~ 24 170 PNP 0 ~ 50 606-1035-ND 363.19 PF2A751-N04-67

PF2W Series — Digital Water Flow Switch

2 ~ 16 Gauge NPT 1/2” 12 ~ 24 70 NPN 0 ~ 50 606-1036-ND 408.02 PF2W720-N04-27

2 ~ 16 Gauge NPT 1/2” 12 ~ 24 70 PNP 0 ~ 50 606-1038-ND 408.02 PF2W720-N04-67

10 ~ 100 Gauge NPT 3/4” 12 ~ 24 80 NPN 0 ~ 50 606-1037-ND 480.06 PF2W711-N06-27

10 ~ 100 Gauge NPT 3/4” 12 ~ 24 80 PNP 0 ~ 50 606-1039-ND 480.06 PF2W711-N06-67

PF2D Series — Digital Deionized Water or Chemical Flow Switch

1.8 ~ 20 Gauge 1/2” 12 ~ 24 20 1 ~ 5V 0 ~ 50 606-1040-ND 464.80 PF2D520-13-1

MediaGauge™ Digital Pressure GaugesSpecifi cations:

• Package: NEMA 4X Rating • Operating Temperature: -10°C ~ 60°C (-14°F ~ 140°F) • Output Type: 4 Digit LCD • Keypad Operated Functions: Auto Zero and Peak Hold • Port: 1/4 - 18 NPT

Additional Specifi cations: MG-MD:4-20mA Current option and High and Low Pressure Set points MGA-9V: Air Only

AB

12.018.0 1/4

18 NPT22.0 Hex

PressureGauge

Dimensions - mmAccuracy

Digi-KeyPart No.

Price Each SSI TechnologiesPart No.A B 1 5

MG - 9V (9 Volt Battery)3000 75.5 44.0 ±0.25% 734-1132-ND 149.11 141.27 MG-3000-A-9V-R

5000 75.5 44.0 ±0.25% 734-1133-ND 149.11 141.27 MG-5000-A-9V-R

MG - MD (12 Vdc)300 75.5 44.0 ±0.25% 734-1140-ND 196.20 185.88 MG-300-A-MD-R

MG1 - 9V (9 Volt Battery)5 63.5 46.0 ±1.0% 734-1151-ND 122.43 115.99 MG1-5-A-9V-R

100 63.5 46.0 ±1.0% 734-1153-ND 117.31 105.58 MG1-100-A-9V-R

200 63.5 46.0 ±1.0% 734-1154-ND 117.31 105.58 MG1-200-A-9V-R

3000 63.5 46.0 ±1.0% 734-1157-ND 117.31 105.58 MG1-3000-A-9V-R

5000 63.5 46.0 ±1.0% 734-1158-ND 117.31 105.58 MG1-5000-A-9V-R

MGA - 9V (9 Volt Battery)30 63.5 46.0 ±1.0% 734-1159-ND 66.09 59.48 MGA-30-A-9V-R

300 63.5 46.0 ±1.0% 734-1161-ND 66.09 59.48 MGA-300-A-9V-Rv

Integrated Pressure TransducersHoneywell’s Integrated Pressure Transducer (IPT) provides high accuracy pressure data in an industry standard

SPI digital format.

Applications:• Alitmeters • Cabin Air Pressure • Flight Test Systems • Meteorology • Instrumentation and Analytical Equipment

Features and Benefi ts:• Digital SPI Output • Industry Standard Interface: Ready communication between a μController/μProcessor and

the IPT • Media Interface: Handles most dry gas media

Fig.Measurement

TypeFull Scale

Range AccuracyDigi-KeyPart No. Price Each

Honeywell Part No.

1 Absolute 20 PSIA ±0.04%FS 342-1075-ND 428.54 IPT0020A33R

2 Differential 1 PSID ±0.10%FS 342-1074-ND 428.54 IPT0001D33R

Fig. 1 Fig. 2


N

* The device can measure both +/- acceleration. With no input acceleration the output is at midsupply. For positive acceleration the output will increase above VDD/2 and for negative acceleration the output will decrease below VDD/2. ◆ RoHS Compliant § Cut Tape Δ Tape and Reel † VDD = 3.3V

Sensors

Accelerometers

Fig.Supply(VDC)

AccelerationRange (g) Typ.

SensingAxis

Zero g Output(VDD = 5V)* Package

OperatingTemp. (°C)

Digi-KeyPart No.

Price Each1 10 25

1

4.75 ~ 5.25 1.5 X 2.5V 16-SOIC -40 ~ 105 MMA2260EG-ND◆ 11.97 10.88 10.07

4.75 ~ 5.25 56.3 X 2.5V 16-SOIC -40 ~ 125 MMA2202EG-ND◆ 6.98 6.29 5.73

4.75 ~ 5.25 112.5 X 2.5V 16-SOIC -40 ~ 125 MMA2204EG-ND◆ 6.98 6.29 5.73

4.75 ~ 5.25 40 X 2.5V 16-SOIC -40 ~ 105 MMA2201EG-ND◆ 6.98 6.29 5.73

4.75 ~ 5.25 200 X 2.5V 16-SOIC -40 ~ 125 MMA2301EG-ND◆ 6.98 6.29 5.73

4.75 ~ 5.25 200 X 2.5V 16-SOIC -40 ~ 125 MMA2301EGR2-ND◆ 3294.49/1,000

4.75 ~ 5.25 2.5 Z 2.5V 16-SOIC -40 ~ 105 MMA1270EG-ND◆ 7.72 6.96 6.34

4.75 ~ 5.25 2.5 Z 2.5V 16-SOIC -40 ~ 105 MMA1270EGR2CT-ND◆§ 6.72 6.08 5.58

4.75 ~ 5.25 225 Z 2.5V 16-SOIC -40 ~ 125 MMA1212EG-ND◆ 5.87 5.29 4.82

4.75 ~ 5.25 281 Z 2.5V 16-SOIC -40 ~ 125 MMA1200EG-ND◆ 5.87 5.29 4.82

4.75 ~ 5.25 8 Z 2.5V 16-SOIC -40 ~ 125 MMA1220EG-ND◆ 6.34 5.70 5.20

4.75 ~ 5.25 5 Z 2.5V 16-SOIC -40 ~ 125 MMA1250EG-ND◆ 7.72 6.96 6.34

4.75 ~ 5.25 1.55 Z 2.5V 16-SOIC -40 ~ 105 MMA1260EG-ND◆ 7.72 6.96 6.34

2

4.75 ~ 5.25 40 (X) / 40 (Y) X-Y 2.5V 20-SOIC -40 ~ 125 MMA3201EG-ND◆ 9.77 8.80 8.01

4.75 ~ 5.25 100 (X) / 50 (Y) X-Y 2.5V 20-SOIC -40 ~ 125 MMA3202EG-ND◆ 9.77 8.80 8.01

4.75 ~ 5.25 100 (X) / 50 (Y) X-Y 2.5V 20-SOIC -40 ~ 125 MMA3202EGR2CT-ND◆§ 8.49 7.69 7.05

4.75 ~ 5.25 100 (X) / 50 (Y) X-Y 2.5V 20-SOIC -40 ~ 125 MMA3202EGR2TR-ND◆Δ 5275.47/1,000

3 1.71 ~ 1.89 2 / 4 / 8 X-Y-Z 1.65V† 16-QFN -40 ~ 85 MMA8450QT-ND◆ 2.68 2.53 2.38

4

2.2 ~ 3.6 4 / 12 X-Y 1.4V† 14-LGA -40 ~ 85 MMA6331LT-ND◆ 1.60 1.52 1.43

2.2 ~ 3.6 4 / 12 X-Y-Z 1.4V† 14-LGA -40 ~ 85 MMA7331LCT-ND◆ 1.60 1.52 1.43

2.2 ~ 3.6 1.5 / 6 X-Y-Z 1.65V† 14-LGA -40 ~ 85 MMA7361LCT-ND◆ 1.60 1.52 1.43

2.4 ~ 3.6 2 / 4 / 8 X-Y-Z 1.65V† 14-LGA -40 ~ 85 MMA7455LT-ND◆ 1.67 1.58 1.49

5 2.4 ~ 3.6 1.5 X-Y-Z 1.65V† 10-DFN -40 ~ 85 MMA7660FCT-ND◆ 1.25 1.12 .70

Accelerometer Development Kits — RoHS CompliantAccelerometer Evaluation Kit for MMA7361L KIT3376MMA7361L-ND 28.91 — —

Evaluation Kit for MMA7456L KIT3468MMA7455L-ND 28.91 — —

Evaluation Kit for MMA7660FC RD3803MMA7660FC-ND 98.31 — —

Accelerometer Development Board for MMA7361L LFSTBEB7361-ND 61.96 — —

Accelerometer Development Board for MMA7660 LFSTBEB7660-ND 61.96 — —

Accelerometer Development Board MMA8450 LFSTBEB8450-ND 61.96 — —

Development Board, Proto Board for Accelerometer LFSTBPROTO-ND 30.72 — —

Reference Design KitsTriax Reference Design 3-Axis for MMA2260D ±1.5g with MMA1260D RD1986MMA2260D-ND 53.70 — —

Accelerometer Development Board MMA8450 RD3924MMA8450Q-ND◆ 81.78 — —

®


Dim. in mm

10.79

2.54

14.22

13.21

Fig. 4

1: GND 3: Vs 5: N/C 7: N/C2: +Vout 4: -Vout 6: N/C 8: N/C

Fig. 1

11.18

18.16

11.05

7.06

Port 2

++

18.42

2.54 BSC

ø4.04

29.85

4.938.38

Port 2Vacuum

Port 1PositivePressure

23.11 BSC

0.51

Pin 1 8.26

18.16

11.18

6.35

+

ø4.04

4.93

29.8523.11BSC

Port 1Positive

Pressure

18.42

2.54 BSC0.51

Pin 1

+

11.43

12.57

0.51 2.54 BSC

Pin 1

Fig. 2 Fig. 3

5.59

13.56 16.00

1:GND2: +Vout

3: Vs4: -Vout

1: GND2: +Vout

3: Vs4: -Vout

1: GND2: +Vout

3: Vs4: -Vout



ResponseTime*

CompensatedTemp. Range (°C)

Digi-KeyPart No.

Price Each1 10 25

Unamplified Uncompensated Pressure Sensors1 0 ~ 1.45 psi Differential 35mV 344C-01 3.0 1.0ms — MPX10DP-ND 6.26 5.92 5.57

2 0 ~ 1.45 psi Differential 35mV 344-15 3.0 1.0ms — MPX10D-ND 6.26 5.92 5.57

3 0 ~ 1.45 psi Gauge 35mV 344B-01 3.0 1.0ms — MPX10GP-ND 6.26 5.92 5.57

4 0 ~ 1.45 psi Gauge 35mV 482C-03 3.0 1.0ms — MPXV10GC7U-ND 6.47 6.12 5.76

1 0 ~ 1.45 psi Differential 55mV 344C-01 3.0 1.0ms — MPX12DP-ND 6.26 5.92 5.57

3 0 ~ 1.45 psi Gauge 55mV 344B-01 3.0 1.0ms — MPX12GP-ND 6.26 5.92 5.57

1 0 ~ 7.25 psi Differential 60mV 344C-01 3.0 1.0ms — MPX53DP-ND 6.26 5.92 5.57

Unamplified Temperature Compensated Pressure Sensors2 0 ~ 1.45 psi Differential 25mV 344-15 10.0 1.0ms 0 ~ 85 MPX2010D-ND 8.76 8.29 7.80

1 0 ~ 1.45 psi Differential 25mV 344C-01 10.0 1.0ms 0 ~ 85 MPX2010DP-ND 8.76 8.29 7.80

3 0 ~ 1.45 psi Gauge 25mV 344B-01 10.0 1.0ms 0 ~ 85 MPX2010GP-ND 8.76 8.29 7.80

* Response time is defi ned as the time for the incremental change in output to go from 10% to 90% of its fi nal value when subjected to a specifi ed step change in pressure. § Cut Tape Δ Tape and Reel (Continued)

Precision Temperature Compensated Pressure Sensors Operating Temperature Range: -40°C ~ 125°C

Dim. in mm

®

Fig. 4Fig. 3Fig. 210.45

1

10.677.6

0.49

1.27BSC

3.5512.96

0.49

7.60 10.67

1

Fig. 1

3.55

1.27BSC

Fig. 5

1 65

3

13 8

711

59

13

1614

68

3

3

3.0

3.010 X 0.30

8 X 0.5


N



ResponseTime*


Digi-KeyPart No.

Price Each1 10 25

5 0 ~ 1.45 psi Gauge 25mV 344E-01 10.0 1.0ms 0 ~ 85 MPX2010GS-ND 8.76 8.29 7.80

6 0 ~ 1.45 psi Differential 25mV MPAK 10.0 1.0ms 0 ~ 85 MPXM2010D-ND 5.63 5.33 5.02

7 0 ~ 1.45 psi Gauge 25mV Ported MPAK 10.0 1.0ms 0 ~ 85 MPXM2010GS-ND 5.63 5.33 5.02

8 0 ~ 1.45 psi Gauge 25mV 1369-01 10.0 1.0ms 0 ~ 85 MPXV2010GP-ND 7.84 7.41 6.97




6 0 ~ 7.25 psi Differential 40mV MPAK 10.0 1.0ms 0 ~ 85 MPXM2053D-ND 5.63 5.33 5.02



2 0 ~ 14.5 psi Absolute 40mV 344-15 10.0 1.0ms 0 ~ 85 MPX2100A-ND 8.76 8.29 7.80

3 0 ~ 14.5 psi Absolute 40mV 344B-01 10.0 1.0ms 0 ~ 85 MPX2100AP-ND 8.76 8.29 7.80

2 0 ~ 14.5 psi Differential 40mV 344-01 10.0 1.0ms 0 ~ 85 MPX2100D-ND 8.76 8.29 7.80



2 0 ~ 14.5 psi Absolute 40mV 344-15 10.0 1.0ms 0 ~ 85 MPX2102A-ND 8.76 8.29 7.80

3 0 ~ 14.5 psi Absolute 40mV 344B-01 10.0 1.0ms 0 ~ 85 MPX2102AP-ND 8.76 8.29 7.80

9 0 ~ 14.5 psi Absolute 40mV 344F-01 10.0 1.0ms 0 ~ 85 MPX2102ASX-ND 8.76 8.29 7.80



10 0 ~ 14.5 psi Gauge 40mV 344D-01 10.0 1.0ms 0 ~ 85 MPX2102GVP-ND 8.76 8.29 7.80


6 0 ~ 14.5 psi Absolute 40mV MPAK 10.0 1.0ms 0 ~ 85 MPXM2102A-ND 5.63 5.33 5.02

7 0 ~ 14.5 psi Absolute 40mV Ported MPAK 10.0 1.0ms 0 ~ 85 MPXM2102AS-ND 5.63 5.33 5.02


2 0 ~ 29 psi Absolute 40mV 344-15 10.0 1.0ms 0 ~ 85 MPX2200A-ND 8.76 8.29 7.80

3 0 ~ 29 psi Absolute 40mV 344B-01 10.0 1.0ms 0 ~ 85 MPX2200AP-ND 8.76 8.29 7.80

2 0 ~ 29 psi Differential 40mV 344-15 10.0 1.0ms 0 ~ 85 MPX2200D-ND 8.76 8.29 7.80

1 0 ~ 29 psi Differential 40mV 344C-01 10.0 1.0ms 0 ~ 85 MPX2200DP-ND 8.76 8.29 7.80

8 0 ~ 29 psi Gauge 40mV 344B-01 10.0 1.0ms 0 ~ 85 MPX2200GP-ND 8.76 8.29 7.80

9 0 ~ 29 psi Absolute 40mV 344F-01 10.0 1.0ms 0 ~ 85 MPX2202ASX-ND 8.76 8.29 7.80

1 0 ~ 29 psi Differential 40mV 344C-01 10.0 1.0ms 0 ~ 85 MPX2202DP-ND 8.76 8.29 7.80

3 0 ~ 29 psi Gauge 40mV 344B-01 10.0 1.0ms 0 ~ 85 MPX2202GP-ND 8.76 8.29 7.80

6 0 ~ 29 psi Absolute 40mV MPAK 10.0 1.0ms 0 ~ 85 MPXM2202A-ND 5.63 5.33 5.02

7 0 ~ 29 psi Absolute 40mV Ported MPAK 10.0 1.0ms 0 ~ 85 MPXM2202AS-ND 5.63 5.33 5.02

6 0 ~ 29 psi Differential 40mV MPAK 10.0 1.0ms 0 ~ 85 MPXM2202D-ND 5.63 5.33 5.02

7 0 ~ 29 psi Gauge 40mV Ported MPAK 10.0 1.0ms 0 ~ 85 MPXM2202GS-ND 5.63 5.33 5.02

8 0 ~ 29 psi Gauge 40mV 1369-01 10.0 1.0ms 0 ~ 85 MPXV2202GP-ND 7.84 7.41 6.97

Amplified Temperature Compensated Pressure Sensors

11 0 ~ 0.57 psi Gauge 4.9V 482A-01 5.0 — 0 ~ 85 MPXV5004GC6U-ND 10.18 9.62 9.06

11 0 ~ 0.57 psi Gauge 4.9V 482A-01 5.0 — 10 ~ 60 MPXV5004GC6T1CT-ND§ 11.01 9.84 9.25

11 0 ~ 0.57 psi Gauge 4.9V 482A-01 5.0 — 10 ~ 60 MPXV5004GC6T1TR-NDΔ 565.65/100

4 0 ~ 0.57 psi Gauge 4.9V 482C-03 5.0 — 10 ~ 60 MPXV5004GC7U-ND 10.18 9.62 9.06

8 0 ~ 0.57 psi Gauge 4.9V 1369-01 5.0 — 10 ~ 60 MPXV5004GP-ND 10.02 9.47 8.91

12 0 ~ 0.57 psi Gauge 4.9V 1368-01 5.0 — 10 ~ 60 MPXV5004GVP-ND 10.02 9.47 8.91

4 0 ~ 0.87 psi Gauge 4.6V 482C-03 5.0 — 10 ~ 60 MPXV4006GC7U-ND 10.18 9.62 9.06

8 0 ~ 0.87 psi Gauge 4.6V 1369-01 5.0 — 10 ~ 60 MPXV4006GP-ND 10.02 9.47 8.91

13 0 ~ 1.45 psi Differential 4.5V 867C-05 5.0 1.0ms -40 ~ 125 MPX5010DP-ND 11.57 10.92 10.28

14 0 ~ 1.45 psi Gauge 4.5V 867B-04 5.0 1.0ms -40 ~ 125 MPX5010GP-ND 11.57 10.92 10.28

* Response time is defi ned as the time for the incremental change in output to go from 10% to 90% of its fi nal value when subjected to a specifi ed step change in pressure. § Cut Tape Δ Tape and Reel

SensorsPrecision Temperature Compensated Pressure Sensors (Cont.)

(Continued)

®


1: GND2: +Vout

3: Vs4: -Vout

1: GND 3: Vs 5: N/C 7: N/C2: +Vout 4: -Vout 6: N/C 8: N/C

1: GND2: Vout

3: Vs4: -Vout

1: GND2: +Vout

3: Vs4: -Vout

2.54

19.30

Pin 1

28.4516.51

18.21

2.5412.32

6.47

7.62

12.32

2.54

Pin 1

18.28

20.82

12.32

1.276.48 3.3

Pin 1

8.51

4.19

12.32

3.3

0.46Pin 1

9.47

1.27BSC

2.97

5.1310.08

8.51

Fig. 9Fig. 5 Fig. 8Fig. 7Fig. 6

Fig. 13

11.05

Port 2Vacuum

Port 1Positive

Pressure

18.16

11.18

7.06

ø4.04Pin 1

Port 2Vacuum Port 1

PositivePressure

29.8523.11 BSC

8.384.93

0.84

18.426.1

+ +

2.54 BSC1: Vout 2: GND 3: Vs4: NC 5: NC 6: NC

Port #2Vacuum

PositivePressure

2.54Pin 1

29.85

11.18

18.16

12.32

2.54

PIN 1

12.32

17.52

7.62

1: GND

2: +Vout

3: Vs

4: -Vout

Fig. 10

1: N/C 3: GND 5: N/C 7: N/C2: Vs 4: Vout 6: N/C 8: N/C

Fig. 12Fig. 11

10.79 1.07

118.41

11.382.54 BSC

6.48

1.8

13.21

3.17


Dim. in mm


N



®

* Response time is defi ned as the time for the incremental change in output to go from 10% to 90% of its fi nal value when subjected to a specifi ed step change in pressure. § Cut Tape Δ Tape and Reel (Continued)



ResponseTime*


Digi-KeyPart No.

Price Each1 10 25

8 0 ~ 1.45 psi Gauge 4.5V 1369-01 5.0 1.0ms -40 ~ 125 MPXV5010GP-ND 10.02 9.47 8.91

15 0 ~ 7.25 psi Differential 4.5V 867-08 5.0 1.0ms -40 ~ 125 MPX5050D-ND 11.57 10.92 10.28



8 0 ~ 7.25 psi Gauge 4.5V 1369-01 5.0 1.0ms -40 ~ 125 MPXV5050GP-ND 10.02 9.47 8.91

15 0 ~ 11.6 psi Differential 4.3V 867-08 5.1 — -40 ~ 105 MPX4080D-ND 11.57 10.92 10.28

14 2.2 ~ 16.7 psi Absolute 4.7V 867B-04 5.0 1.0ms 0 ~ 85 MPX5100AP-ND 11.57 10.92 10.28


14 0 ~ 14.5 psi Gauge 4.7V 867B-04 5.0 1.0ms 0 ~ 85 MPX5100GP-ND 11.57 10.92 10.28

16 2.2 ~ 16.7 psi Absolute 4.7V 1351-01 5.0 1.0ms 0 ~ 85 MPXV5100DP-ND 10.04 9.48 8.93

11 0 ~ 14.5 psi Gauge 4.7V 482A-01 5.0 1.0ms -40 ~ 125 MPXV5100GC6U-ND 10.38 9.80 9.23

4 2.2 ~ 16.7 psi Absolute 4.7V 482C-03 5.0 1.0ms 0 ~ 85 MPXV5100GC7U-ND 10.38 9.80 9.23







15 0 ~ 150 psi Differential 4.7V 867-08 5.0 1.0ms -40 ~ 125 MPX5999D-ND 11.57 10.92 10.28

15 2.2 ~ 16.7 psi Absolute 4.6V 867-08 5.1 1.0ms -40 ~ 125 MPX4115A-ND 11.57 10.92 10.28

14 2.2 ~ 16.7 psi Absolute 4.6V 867B-04 5.1 1.0ms -40 ~ 125 MPX4115AP-ND 11.57 10.92 10.28

17 2.2 ~ 16.7 psi Absolute 4.6V 482-01 5.1 1.0ms -40 ~ 125 MPXA4115A6U-ND 11.36 10.33 9.56

11 2.2 ~ 16.7 psi Absolute 4.6V 482A-01 5.1 1.0ms -40 ~ 125 MPXA4115AC6U-ND 11.74 10.68 9.88


8 2.2 ~ 16.7 psi Absolute 4.8V 1369-01 5.0 1.0ms -40 ~ 125 MPXAZ6115AP-ND 10.38 9.80 9.23



17 2.2 ~ 16.7 psi Absolute 4.8V 482-01 5.1 1.0ms -40 ~ 125 MPXAZ4115A6U-ND 11.74 10.68 9.88

11 2.2 ~ 16.7 psi Absolute 4.8V 482A-01 5.1 1.0ms -40 ~ 125 MPXAZ4115AC6U-ND 12.10 11.01 10.18

18 2.2 ~ 16.7 psi Absolute 4.5V 1317-04 5.0 1.0ms -40 ~ 125 MPXH6115A6T1CT-ND§ 16.11 14.56 12.40

18 2.2 ~ 16.7 psi Absolute 4.5V 1317-04 5.0 1.0ms -40 ~ 125 MPXH6115A6T1TR-NDΔ 4434.16/1,000

14 2.2 ~ 16.7 psi Absolute 4.6V 867B-04 5.1 1.0ms -40 ~ 125 MPXA4115AP-ND 11.36 10.33 9.56



18 2.2 ~ 16.7 psi Absolute 4.5V 1317-04 5.0 1.0ms -40 ~ 125 MPXHZ6115A6U-ND 8.29 7.83 7.37

19 2.2 ~ 16.7 psi Absolute 4.5V 1317A-03 5.0 1.0ms -40 ~ 125 MPXHZ6115AC6U-ND 8.62 8.15 7.67

18 2.2 ~ 16.7 psi Absolute 4.5V 1317-04 5.0 1.0ms -40 ~ 125 MPXH6115A6U-ND 7.98 7.54 7.10

19 2.2 ~ 16.7 psi Absolute 4.5V 1317A-01 5.0 1.0ms -40 ~ 125 MPXH6115AC6T1CT-ND§ 9.14 8.16 7.67

19 2.2 ~ 16.7 psi Absolute 4.5V 1317A-01 5.0 1.0ms -40 ~ 125 MPXH6115AC6U-ND 8.46 8.00 7.53



14 2.9 ~ 15.2 psi Absolute 4.8V 867B-04 5.1 1.0ms 0 ~ 85 MPX4100AP-ND 13.09 11.90 11.01





14 2.9 ~ 36.3 psi Absolute 4.7V 867B-04 5.1 1.0ms -40 ~ 125 MPX4250AP-ND 11.57 10.92 10.28



18 2.18 ~ 14.8 psi Absolute 4.7V 1317-04 5.1 15.0ms -40 ~ 125 MPXH6101A6T1CT-ND§ 8.62 7.71 7.25

18 2.18 ~ 14.8 psi Absolute 4.7V 1317-04 5.1 15.0ms -40 ~ 125 MPXH6101A6T1TR-NDΔ 4434.16/1,000

18 2.18 ~ 14.8 psi Absolute 4.7V 1317-04 5.1 15.0ms -40 ~ 125 MPXH6101A6U-ND 7.98 7.54 7.10


18 3.0 ~ 36 psi Absolute 4.7V 1317-04 5.1 1.0ms -40 ~ 125 MPXH6250A6U-ND 8.15 7.69 7.24

19 3.0 ~ 36 psi Absolute 4.7V 1317A-01 5.1 1.0ms -40 ~ 125 MPXH6250AC6U-ND 8.25 7.80 7.34

18 3.0 ~ 42 psi Absolute 4.6V 1317-04 5.1 1.0ms -40 ~ 125 MPXH6300A6U-ND 8.15 7.69 7.24



19 3.0 ~ 58 psi Absolute 4.6V 1317A-01 5.0 1.0ms -40 ~ 125 MPXH6400AC6T1CT-ND§ 8.93 7.98 7.50

19 3.0 ~ 58 psi Absolute 4.6V 1317A-01 5.0 1.0ms -40 ~ 125 MPXH6400AC6T1TR-NDΔ 1375.75/300

11 -16.7 ~ 2.2 psi Differential 4.6V 482A-01 5.0 1.0ms -40 ~ 125 MPXV4115VC6U-ND 11.74 10.68 9.88

11 -16.7 ~ 2.2 psi Differential 4.4V 482A-01 5.0 1.0ms -40 ~ 125 MPXV6115VC6U-ND 10.38 9.80 9.23

11 -7.25 ~ 0 psi Differential 4.5V 482A-01 5.0 1.0ms -40 ~ 125 MPXV5050VC6T1CT-ND§ 11.22 10.02 9.42

11 -7.25 ~ 0 psi Differential 4.5V 482A-01 5.0 1.0ms -40 ~ 125 MPXV5050VC6T1TR-NDΔ 576.35/100

18 2.2 ~ 18.9 psi Absolute 4.8V 1317-04 5.0 1.0ms -40 ~ 125 MPXHZ6130A6U-ND 8.29 7.83 7.37

Dim. in mm

Fig. 1510.79 1.07

12.54 BSC

10.79

18.415.84

1.8

8.26

18.16

11.18

6.35

18.16

Pin 1

ø4.93

23.11BSC

29.85

2.54 BSC 0.84

ø4.04

18.42

++2.66

16

5.59

13.56 Pin 1

PositivePressure

18.4212.57

2.54 BSC0.84

ø11.43

1: Vout 3: Vcc 5: V2

2: GND 4: V1 6: Vex

1: Vout

2: GND

3: Vs

4: NC

5: NC

6: NC

Fig. 14 Fig. 17


Fig. 1617.8

2.5412.3

12.34.6

9.9


N


10.67

8.761.27

8.76

5.08

9.91


0.100

0.700

0.485

0.260

0.485

4

18

5

0.390

1

2

3

45

6

7

8

10.7914.22

19.94

Fig. 1910.67

7.62

7.624.19

Fig. 18


Fig. 21Fig. 20

Digital Barometric Pressure SensorsSupplyVoltage Typical

(V)

PackagePeak

Temperature(°C)

Ambient Operating

Temperature (°C)

PressureMeasurement

Type

Pressure Range

Min./ Max.(kPa)

Pressure Rating

Maximum(kPa)

Pressure Rating

Maximum (psi)

Supply Voltage

Min./ Max. (V)

Digi-KeyPart No.

Cut TapePrice Each Freescale

Part No.1 10 25

3.3 245 -40 ~ 105 Absolute 50 ~ 115 115 16.7 2.4 ~ 5.5 MPL115A1T1CT-ND 6.04 5.39 5.07 MPL115A1T1

3.3 245 -40 ~ 105 Absolute 50 ~ 115 115 16.7 2.4 ~ 5.5 MPL115A1T1TR-NDΔ 3104.81/1,000 MPL115A1T1

3.3 245 -40 ~ 105 Absolute 50 ~ 115 115 16.7 2.4 ~ 5.5 MPL115A2T1CT-ND 6.04 5.39 5.07 MPL115A2T1

3.3 245 -40 ~ 105 Absolute 50 ~ 115 115 16.7 2.4 ~ 5.5 MPL115A2T1TR-NDΔ 3104.81/1,000 MPL115A2T1

Evaluation board that demonstrates the SPI communication protocol KITMPL115A1SPI-ND 22.30 21.07 19.83 KITMPL115A1SPI

Evaluation board that demonstrates the I2C communication protocol KITMPL115A2I2C-ND 22.30 21.07 19.83 KITMPL115A2I2C

Evaluation Kit for MPL115A1 KITMPL115A1EVB-ND 40.48 — — KITMPL115A1EVB

Δ Tape and Reel

3

5

1

45

8

1.2

Dim. in mm

† Bulk

Fig. (VDC)Supply

Current (A)Supply

Temperature (°C)OperatingPackage

Digi-KeyPart No.


Tape and Reel FreescalePart No.1 25 100 Qty. Pricing

1 1.8 150μA -40 ~ 85 8-DFN MPR031EPR2CT-ND .81 .68 .66 MPR031EPR2TR-ND 3,000 410.41/M MPR031EPR2

1 1.8 150μA -40 ~ 85 8-DFN MPR032EPR2CT-ND .81 .68 .66 MPR032EPR2TR-ND 3,000 410.41/M MPR032EPR2

2 1.8 ~ 3.6 150μA -40 ~ 85 16-TSSOP MPR083EJ-ND† 2.01 1.79 1.12 — — — MPR083EJ

2 1.8 ~ 3.6 150μA -40 ~ 85 16-TSSOP MPR084EJ-ND† 2.01 1.79 1.12 — — — MPR084EJ

3 1.8 ~ 3.6 150μA -40 ~ 85 16-QFN MPR083Q-ND† 2.01 1.79 1.12 — — — MPR083Q

3 1.8 ~ 3.6 150μA -40 ~ 85 16-QFN MPR084Q-ND† 2.01 1.79 1.12 — — — MPR084Q

4 1.71 ~ 3.6 29μA 1.71 ~ 3.6 20-QFN MPR121QR2CT-ND 1.41 1.19 1.14 MPR121QR2TR-ND 1,000 718.71 MPR121QR2

Demo Kit for MC34940E DEMO1985MC34940E-ND 69.34 — — — — — DEMO1985MC34940E

Altitude Pressure Demo Board DEMOAPEXSENSOR-ND 111.52 — — — — — DEMOAPEXSENSOR

Demo Kit for MPR083 DEMOMPR083-ND 20.65 — — — — — DEMOMPR083

Demo Board for MC33941 DEMOMC33941-ND 131.66 — — — — — DEMOMC33941

Demo Board for MPR031 DEMOMPR031-ND 20.65 — — — — — DEMOMPR031

Evaluation Kit for MPR03X KITMPR03XEVM-ND 81.78 — — — — — KITMPR03XEVM

Evaluation Kit for MPR083 KITMPR083EVM-ND 81.78 — — — — — KITMPR083EVM



Sensor Toolbox Starter Kit KITSTARTER1EVM-ND 247.79 — — — — — KITSTARTER1EVM

Proximity Sensors and Kits

Fig. 4

20 x 0.25

5

3.0

3.0

1

20 16

15

11

106

16 X 0.4

Fig. 3

3.25

3.25

1

4

13 16

9

12

58

4.50

5.10

16

1

9

80.65 BSC

Fig. 1

1 4

58

2

2

8 x 0.256 x 0.5

0.25

8 X 0.45

Fig. 2

Dim. in mm


®

®



ResponseTime*


Digi-KeyPart No.

Price Each1 10 25

18 2.2 ~ 16.7 psi Absolute 2.8V 1317-04 5.0 1.0ms -40 ~ 125 MP3H6115A6U-ND 7.98 7.54 7.10

19 2.2 ~ 16.7 psi Absolute 2.8V 1317A-03 5.0 1.0ms -40 ~ 125 MP3H6115AC6U-ND 8.25 7.80 7.34

20 0.57 psi Gauge 4.5V 1560-03 5.0 1.0ms -40 ~ 125 MPVZ5004GW7U-ND 10.44 9.86 9.28

20 1.45 psi Gauge 4.5V 1560-03 5.0 1.0ms -40 ~ 125 MPVZ5010GW7U-ND 10.44 9.86 9.28

21 0.57 psi Differential 4.5V 1351-01 5.0 1.0ms -40 ~ 125 MPXV5004DP-ND 10.02 9.47 8.91

4 1.45 psi Gauge 4.5V 482C-03 5.0 1.0ms -40 ~ 125 MPXV5010GC7U-ND 10.18 9.62 9.06


21 1 psi Differential 4.5V 1351-01 5.0 1.0ms -40 ~ 125 MPXV7007DP-ND 10.02 9.47 8.91


4 3.6 psi Gauge 4.5V 482C-03 5.0 1.0ms -40 ~ 125 MPXV7025GC6U-ND 10.18 9.62 9.06

* Response time is defi ned as the time for the incremental change in output to go from 10% to 90% of its fi nal value when subjected to a specifi ed step change in pressure. § Cut Tape Δ Tape and Reel

®

Dim. in mm


N

Pressure Sensors Fig. 1

Fig. 5

Fig. 6 — Single Pressure Port

Fig. 7 — Dual Pressure Ports

0.25 x0.50

4.8 to 4.4

4 places forelectrical connection

6.4

10.5

14.012.2

27.4

21.627.9

20.3

11.4

1

1A

B

234

5.3Mounting3.6 typical

2.54 typical

10.16

12.7

9.5

3.05.635Marking: 2 Color DotsLeft Dot: Right Dot:White: L04 Gold: H-GradeYellow: L10 Silver: C-GradePink: 0.3 Red: P-GradeGreen: 01Blue: 05Purple: 15

10.16

12.7

9.5

3.05.635

7.62

Pressure

Port 4.57 OD

10.16

12.7

9.5

3.05.635

7.62

PressurePorts 4.57 OD

1. + 2. Common3. +Voutput4.Do not connect to this pin

Fig. 4 0.25 x 0.50

4.8 to 4.4


10.5

14.012.2

27.4

6.4

2.54 typical

5.3

11.4

20.3

1A

B

21.627.9

Mounting3.6 typical

123456

1.N/C2. +Vsupply

3. +Voutput4. -Vsupply

5. -Voutput6. N/C

Fig. 2 2.54 typical

5.3

10.516.0

20.3

1A

B

21.627.9

1234560.25 x 0.50

4.8 to 4.4


10.5

14.012.2

27.4

6.4

1. Vcc2. Data/SI3. Clock/SO

4. Ready/Mode5. Convert/BR6. Ground

1 32 4

Fig. 3

1 32 4

1 Inch: Yellow5 Inch: Pink10 Inch: Orange20 Inch: Green30 Inch: Purple

Marking Color Code:

1 32

2.03

4

12.7

14.48

11.43

2.54

B

1 32

2.03

4

12.7

15.75

11.43

2.54

A

Current Sensor15

1520

4 ØA

0.25

50.5

7.622.5

1 2 3 4

65

4-Ø0.8

10

ØB10

RatedCurrent

(A)

OutputVoltage

(V)

SupplyVoltage

(V)Input

Current Polarity ResponseOperating

Temperature

Mounting HoleDimensions — mm Digi-Key

Part No.Price Each CUI

Part No.øA øB 1 10 100

±3 4.5/0.5 5 ± Bipolar 3μS typical -10°C ~ 75°C 0.6 1.1 102-1055-ND◆ 12.90 12.47 11.18 SCD03PUR

±20 4.5/0.5 5 ± Bipolar 3μS typical -10°C ~ 75°C 1.7 2.2 102-1059-ND◆ — — 11.18 SCD20PUR

3 4.5 5 +DC only 3μS typical -10°C ~ 75°C 0.6 1.1 102-1050-ND◆ 12.90 12.47 11.18 SCD03PUN

10 4.5 5 +DC only 3μS typical -10°C ~ 75°C 1.1 1.6 102-1052-ND 12.90 12.47 11.18 SCD10PUN

15 4.5 5 +DC only 3μS typical -10°C ~ 75°C 1.4 1.9 102-1053-ND◆ 12.90 12.47 11.18 SCD15PUN

20 4.5 5 +DC only 3μS typical -10°C ~ 75°C 1.7 2.2 102-1054-ND◆ — — 11.18 SCD20PUN

Pin AssignmentPin No. Pin Name

1 +5V

2 NC

3 Output

4 0V

5 Input (+)

6 Input (-)

The SCD series current sensors are PC board mounted, Hall effect, open-loop devices which

output a voltage equivalent to the magnitude of current sensed.

Capable of detecting DC current and AC currents where ± input currents are represented as a

+ voltage only.


Type OutputSupply(VDC)

CompensatedTemperature


Digi-KeyPart No.

Price Each All SensorsPart No.1 25 100

Amplified Low Pressure

1

±1 mbar 4V 3 ~ 6 5°C ~ 50°C -25°C ~ 85°C 442-1011-ND 111.52 98.89 89.22 1 MBAR-D-4V

±1 In H2O 4V 3 ~ 6 5°C ~ 50°C -25°C ~ 85°C 442-1012-ND◆ 90.87 63.61 56.80 1 INCH-D-4V

0-1 In H2O 4V 3 ~ 6 5°C ~ 50°C -25°C ~ 85°C 442-1013-ND◆ 99.13 69.40 61.96 1 INCH-G-4V


0-5 In H2O 4V 3 ~ 6 5°C ~ 50°C -25°C ~ 85°C 442-1015-ND 90.87 63.61 56.80 5 INCH-G-4V


0-10 In H2O 4V 3 ~ 6 5°C ~ 50°C -25°C ~ 85°C 442-1017-ND 68.15 60.43 54.53 10 INCH-G-4V

±30 In H2O 4V 3 ~ 6 5°C ~ 50°C -25°C ~ 85°C 442-1020-ND 68.15 60.43 54.53 30 INCH-D-4V

Amplified Middle Pressure1 0-0.3 PSIG 4V 3 ~ 7 5°C ~ 50°C -25°C ~ 85°C 442-1023-ND 61.96 54.94 49.57 0.3 PSI-G-4V

Barometric Pressure1 600-1100 mbar 4V 4.5 ~ 5.5 5°C ~ 50°C -40°C ~ 125°C 442-1089-ND◆ 82.61 57.83 51.64 BARO-A-4V

2 600-1100 mbar Digital/Serial 7 -40°C ~ 125°C -40°C ~ 125°C 442-1098-ND 334.57 — — BARO-DO-MIL

3A 600-1100 mbar 4.5 ~ 5.5V 4.5 ~ 75.5 -25°C ~ 85°C -25°C ~ 85°C 442-1093-ND◆ 148.70 104.09 92.94 BARO-A-4V-MINI-PRIME

Millivolt Output C-Grade Pressure - RoHS Compliant4 0-1 PSID 18mV 16 0°C ~ 70°C -25°C ~ 85°C 442-1030-ND 41.31 28.92 25.82 1 PSI-D-CGRADE-MV

Millivolt Output H-Grade Pressure - RoHS Compliant

4

0-1 PSID 18mV 16 0°C ~ 70°C -25°C ~ 85°C 442-1033-ND 46.26 32.39 28.92 1 PSI-D-HGRADE-MV



Millivolt Output Low Pressure

4

0-1 In H2O 10mV 16 0°C ~ 50 (70)°C -25°C ~ 85°C 442-1037-ND◆ 66.09 46.27 41.31 1 INCH-D-MV

0-5 In H2O 20mV 16 0°C ~ 50 (70)°C -25°C ~ 85°C 442-1038-ND 61.13 42.80 38.21 5 INCH-D-MV


0-20 In H2O 20mV 16 0°C ~ 50 (70)°C -25°C ~ 85°C 442-1040-ND 45.85 40.66 36.68 20 INCH-D-MV


Millivolt Output Prime Grade Pressure4 0-0.3 PSID 20mV 16 0°C ~ 70°C -25°C ~ 85°C 442-1042-ND 52.87 37.01 33.05 0.3 PSI-D-PRIME-MV

Miniature Basic Offset Compensated Pressure

3B

0-20 In H2O 15 ~ 45mV 6 0°C ~ 70°C -25°C ~ 85°C 442-1054-ND 30.98 27.47 24.79 20 INCH-G-BASIC

0-5 In H2O 15 ~ 30mV 6 0°C ~ 70°C -25°C ~ 85°C 442-1049-ND◆ 30.98 27.47 24.79 5 INCH-D1-BASIC

0-10 In H2O 15 ~ 45mV 6 0°C ~ 70°C -25°C ~ 85°C 442-1052-ND 30.98 27.47 24.79 10 INCH-D1-BASIC

0-5 In H2O 15 ~ 30mV 6 0°C ~ 70°C -25°C ~ 85°C 442-1050-ND◆ 30.98 27.47 24.79 5 INCH-D2-BASIC




Miniature Low Pressure

3B

0-5 In H2O 19 ~ 21mV 16 0°C ~ 50 (70)°C -25°C ~ 85°C 442-1077-ND 43.37 38.46 34.70 5 INCH-G-MV-MINI

0-10 In H2O 19 ~ 21mV 16 0°C ~ 50 (70)°C -25°C ~ 85°C 442-1080-ND 43.37 38.46 34.70 10 INCH-G-MV-MINI

0-20 In H2O 19 ~ 21mV 16 0°C ~ 50 (70)°C -25°C ~ 85°C 442-1084-ND 43.37 38.46 34.70 20 INCH-D1-MV-MINI






Miniature H-Grade Pressure

5

0-4 In H2O 24 ~ 26mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1060-ND 37.17 32.97 29.74 4 INCH-G-HGRADE-MINI

0-0.3 PSIG 19 ~ 21mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1063-ND 37.17 32.97 29.74 0.3 PSI-G-HGRADE-MINI

0-10 In H2O 19 ~ 21mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1066-ND 37.17 32.97 29.74 10 INCH-G-HGRADE-MINI

0-1 PSIG 17.82 ~ 18.18mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1069-ND 37.17 32.97 29.74 1 PSI-G-HGRADE-MINI

0-5 PSIG 59.4 ~ 60.6mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1072-ND 30.98 27.47 24.79 5 PSI-G-HGRADE-MINI

0-15 PSIA 89.1 ~ 90.9mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1075-ND◆ 30.98 27.47 24.79 15 PSI-A-HGRADE-MINI

6

0-4 In H2O 24 ~ 26mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1061-ND 37.17 32.97 29.74 4 INCH-GF-HGRADE-MINI

0-0.3 PSIG 19 ~ 21mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1064-ND◆ 49.57 34.70 30.98 0.3 PSI-GF-HGRADE-MINI

0-10 In H2O 19 ~ 21mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1067-ND◆ 37.17 32.97 29.74 10 INCH-GF-HGRADE-MINI

7 0-1 PSID 17.82 ~ 18.18mV 16 0°C ~ (50) 70°C -25°C ~ 85°C 442-1071-ND 37.17 32.97 29.74 1 PSI-D-HGRADE-MINI

◆ RoHS Compliant

◆ RoHS Compliant


N

LTS xx-NP/LTSR xx-NP: Closed loop (comp ensated) multi-range current

transducer using the Hall effect, unipolar voltage supply, com pact design for PCB

mounting, isolated plastic case recognized according to UL94-VO, incorporated

measuring resistance, and extended measuring range.

LA 20-PB: Closed loop (comp ensated) current transducer using the Hall effect,

voltage output, and printed circuit board mounting.

LAH 25-NP, LAH 50-P, LAH 100-P, LA 55-P and LA 100-P: Closed loop

(compensated) multi-range current transducer using the Hall effect, printed cir-

cuit board mounting, insulated plastic case recognized according to UL94-VO.

LA 150-P/ LAX 100-NP: Closed loop (compensated) current transducer using the

Hall effect, and printed circuit board mounting.

CAS/CASR-xx-NP: Closed loop (compensated) multi-range current transducers.

Compact Fluxgate based current transducer single supplied (+5V). Three primary

pins. (CASR = with reference access)

CKSR-xx-NP: Closed loop (compensated) multi-range current transducers.

Compact Fluxgate based current transducer single supplied (+5V) with reference

access. Four primary pins.

LV xx-P: Closed loop (compensated) voltage transducer using the Hall effect, and

insulated plastic case recognized according to UL94-VO.

HXS xx-NP: Small packaged O/L, ASIC based with +5V supply. Four primary bus

bars can be connected in parallel or series for flexibility.

HAIS xx-P: PCB mount with aperture. O/L ASIC based with +5V supply. Range

is from 50A thru 400A. Programmable offset and gain. Wide temperature range

of -40°C ~ 125°C.

HAIS xx-TP: PCB mount with primary bus bar. O/L ASIC based with +5V

supply. Range is from 50A, 75A and 100A. Programmable offset and gain. Wide

temperature range of -40°C ~ 125°C.

HX xx-P: Small, cost effective PCB mount package that ranges from 3A thru 50A.

Isolated with DC/AC/Pulse measurements.

HTB xx-P: PCB mount with aperture. Small package O/L with range form 50A

thru 400A. Isolated with DC/AC/Pulse measurements.

HTB xx-TP: PCB mount with primary bus bar. Small package O/L with range of

50A, 75A and 100A. Isolated DC/AC/Pulse measurements.

HAS xx-S: Panel mount O/L. Isolated and can measure DC/AC currents at range

of 50A thru 600A. Measuring range to 3 times nominal.

HAS xx-P: PCB mount with aperture. Isolated and can measure DC/AC currents at

range of 50A thru 600A. Measuring range to 3 times nominal.

HASS xx-S: Panel mount O/L ASIC based device that can measure DC/AC current

at 50A thru 600A. Unipolar +5V supply with accuracy of 1%.

HMS xx-NP: Surface mount O/L ASIC device with +5V supply. Measuring range

from 5A thru 25A.

TT xx-SD: Split core transducer for the electronic measurement of AC waveform

currents, with galvanic isolation between the primary circuit (power) and the

secondary circuit (measurement).

AT xxx B10: Split core transducer for the electronic measurement of AC

waveform currents, with galvanic isolation between the primary circuit (power)

and the secondary circuit (measurement).

APR xxx B10: Split core transducer for the electronic measurement of AC

currents (all waveforms). Switch selectable measuring ranges.

DHR 100 C10/200 C420: The transducer for the electronic measurement of DC

and distorted AC waveform currents.Dim. in mm

Fig.SupplyVoltage

PrimaryNominal

RMSCurrent

Secondary Nom. RMS

Current/Output Volt.

FrequencyRange(kHz)

Digi-KeyPart No.

Price EachLEMUSA Inc.Part No.1 10 25

Closed Loop Current Transducers

1

5V 6A ±2.5V 200 398-1000-ND 15.90 12.73 10.18 LTS 6-NP

5V 15A ±2.5V 200 398-1001-ND 15.90 12.73 10.18 LTS 15-NP

5V 25A ±2.5V 200 398-1002-ND 15.90 12.73 10.18 LTS 25-NP

2 ±15V 20A ±4V 150 398-1006-ND 36.66 29.33 23.47 LA 20-PB

3

±12 ~ 15V 25A 25mA 200 398-1007-ND 21.07 16.86 13.49 LAH 25-NP

±12 ~ 15V 50A 25mA 200 398-1008-ND 21.48 17.19 13.75 LAH 50-P

±12 ~ 15V 100A 50mA 200 398-1009-ND 21.89 17.52 14.02 LAH 100-P

4±12 ~ 15V 50A 50mA 200 398-1010-ND 20.65 16.53 13.22 LA 55-P

±12 ~ 15V 100A 50mA 200 398-1011-ND 25.40 20.33 16.26 LA 100-P

5 ±15V 150A 75mA 150 398-1012-ND 35.11 28.09 22.47 LA 150-P

6

5V 6A 2.5V 200 398-1021-5-ND 16.84 13.47 10.78 LTSR 6-NP

5V 15A 2.5V 200 398-1022-5-ND 16.84 13.47 10.78 LTSR 15-NP

5V 25A 2.5V 200 398-1023-5-ND 16.84 13.47 10.78 LTSR 25-NP

7 ±11.4 ~ 15.75V 100A 50mA 300 398-1024-5-ND 20.97 16.77 13.42 LAX 100-NP

8

5V 6A 2.5V 300 398-1087-5-ND 16.84 13.47 10.78 CAS 6-NP

5V 15A 2.5V 300 398-1088-5-ND 16.84 13.47 10.78 CAS 15-NP

5V 25A 2.5V 300 398-1089-5-ND 16.84 13.47 10.78 CAS 25-NP

5V 50A 2.5V 300 398-1090-5-ND 18.49 14.79 11.83 CAS 50-NP

5V 6A 4V 300 398-1091-5-ND 17.66 14.13 11.31 CASR 6-NP

5V 15A 4V 300 398-1092-5-ND 17.66 14.13 11.31 CASR 15-NP

5V 25A 4V 300 398-1093-5-ND 17.66 14.13 11.31 CASR 25-NP

5V 50A 4V 300 398-1094-5-ND 19.52 15.62 12.50 CASR 50-NP

9

5V 6A 4V 300 398-1095-5-ND 17.66 14.13 11.31 CKSR 6-NP

5V 15A 4V 300 398-1096-5-ND 17.66 14.13 11.31 CKSR 15-NP

5V 25A 4V 300 398-1097-5-ND 17.66 14.13 11.31 CKSR 25-NP

5V 50A 4V 300 398-1098-5-ND 19.52 15.62 12.50 CKSR 50-NP

Closed Loop Voltage Transducers

10±12 ~ 15V 10mA 25mA 25 398-1019-ND 52.21 41.77 33.42 LV 25-P

±12 ~ 15V 10mA 25mA 25 398-1020-ND 30.24 24.19 19.36 LV 20-P

Open Loop Current Transducers

115V 20A ±2.5V 50 398-1025-5-ND 11.57 9.26 7.41 HXS 20-NP

5V 50A ±2.5V 50 398-1026-5-ND 11.57 9.26 7.41 HXS 50-NP

12

5V 50A ±2.5V 50 398-1029-ND 21.07 16.86 13.49 HAIS 50-P

5V 100A ±2.5V 50 398-1030-ND 21.07 16.86 13.49 HAIS 100-P

5V 150A ±2.5V 50 398-1031-ND 21.07 16.86 13.49 HAIS 150-P

5V 200A ±2.5V 50 398-1032-ND 21.07 16.86 13.49 HAIS 200-P

135V 50A ±2.5V 50 398-1027-ND 21.89 17.52 14.02 HAIS 50-TP

5V 100A ±2.5V 50 398-1028-ND 21.89 17.52 14.02 HAIS 100-TP

Closed/Open Transducers

Fig.SupplyVoltage

PrimaryNominal

RMSCurrent

Secondary Nom. RMS

Current/Output Volt.

FrequencyRange(kHz)

Digi-KeyPart No.

Price EachLEMUSA Inc.Part No.1 10 25

14

±15V 3A ±4V 50 398-1034-ND 11.98 9.59 7.67 HX 03-P

±15V 5A ±4V 50 398-1035-ND 11.98 9.59 7.67 HX 05-P

±15V 10A ±4V 50 398-1036-ND 11.98 9.59 7.67 HX 10-P

±15V 15A ±4V 50 398-1037-ND 11.98 9.59 7.67 HX 15-P

±15V 20A ±4V 50 398-1038-ND 11.98 9.59 7.67 HX 20-P

15 ±15V 50A ±4V 50 398-1039-ND 14.87 11.90 9.52 HX 50-P

16 ±12 ~ 15V 200A ±4V 50 398-1041-ND 20.65 16.53 13.22 HTB 200-P

17±12 ~ 15V 50A ±4V 50 398-1075-ND 21.38 17.10 13.69 HTB 50-TP

±12 ~ 15V 100A ±4V 50 398-1077-ND 21.38 17.10 13.69 HTB 100-TP

18

±15V 50A ±4V 50 398-1049-ND 20.65 16.53 13.22 HAS 50-S

±15V 100A ±4V 50 398-1050-ND 20.65 16.53 13.22 HAS 100-S

±15V 200A ±4V 50 398-1051-ND 20.65 16.53 13.22 HAS 200-S

±15V 300A ±4V 50 398-1052-ND 21.89 17.52 14.02 HAS 300-S

±15V 400A ±4V 50 398-1053-ND 21.89 17.52 14.02 HAS 400-S

±15V 500A ±4V 50 398-1054-ND 21.89 17.52 14.02 HAS 500-S

±15V 600A ±4V 50 398-1055-ND 21.89 17.52 14.02 HAS 600-S

±15V 300A ±4V 25 398-1045-ND 21.89 17.52 14.02 HAS 300-P

19

5V 50A 5V 50 398-1062-ND 21.48 17.19 13.75 HASS 50-S

5V 100A 5V 50 398-1063-ND 21.48 17.19 13.75 HASS 100-S

5V 200A 5V 50 398-1064-ND 21.48 17.19 13.75 HASS 200-S

5V 300A 5V 50 398-1065-ND 22.72 18.18 14.54 HASS 300-S

5V 400A 5V 50 398-1066-ND 22.72 18.18 14.54 HASS 400-S

5V 500A 5V 50 398-1067-ND 22.72 18.18 14.54 HASS 500-S

5V 600A 5V 50 398-1068-ND 22.72 18.18 14.54 HASS 600-S

205V 5A 5V 50 398-1058-ND 11.69 9.36 7.49 HMS 05-P

5V 10A 5V 50 398-1059-ND 11.69 9.36 7.49 HMS 10-P

AC Split Core Current Transducers21 — 50A 16.66mA 50/60Hz 398-1078-ND 27.05 21.65 14.61 TT 50-SD

22 — 100A 33.33mA 50/60Hz 398-1079-ND 30.77 24.62 16.62 TT 100-SD

23

Self-Powered 5A 0 ~ 10V 50/60Hz 398-1080-ND 43.06 34.45 23.26 AT 5 B10



24 24 ±5%VDC 50A 0~5V/0~10V 30~6000Hz 398-1084-ND 166.46 133.17 89.89 APR 50 B10

AC/DC Current Transducers

2520 ~ 50VDC 100A 0 ~ 10V 20~6000Hz 398-1086-ND 172.97 138.38 93.41 DHR 100 C10

20 ~ 50VDC 200A 4 ~ 20mA 20~6000Hz 398-1099-ND 172.97 138.38 110.70 DHR 200 C420

Fig. 1

23.5

Ø0.5x0.35

7.62 2x2.540.7

Ø3.212.3

(3x)

3.81

+ 0 Out

5.083.81

4.5

Fig. 2

20.0

19.0

6.0

6.0

15.0

4.5

Fig. 3

5.04.2

12.7

33.3

21.0

Ø1.4 (2x)

(3x)Ø0.7x0.6

2.54(2x)2.54

Fig. 4

5.08 4.2822.86

27.2

36.5

Fig. 5

29.5

9.0

7.0

36.0

5.1 22.9

29.5

15.120.95

26.0

Fig. 9 Fig. 10

12.3

2.54(2x)7.62

0.5x0.35 (4x)

Ø3.2

12.7

5.72

3.5

Fig. 6 Fig. 7

27

25.5

32

Ø2

15.5

2

6.5

10.52

4.54.5

16.35

14.28 3

Fig. 8

10.430

min.4

20.4

3

402.5

Ø2.5

9.04 3 2 1

(3x)307.0 20

= =

9.8

4.8

Fig. 18

4 3 2 1 2.5(3x)

24.5

34

39

19.5

3.51.5

Ø16

0.635x 0.635 (4x)

9

14 Max.

Fig. 16

3315

29

16

8

0.53.5

0.25x0.45 (4x)

Ø1.0 (2x)

3

Fig. 12

20Max.

19 Max.

10.85

3.5

33.50.5

Fig. 14

20Max.

19 Max.

3.5

3

30.5

8.8 5.4

Fig. 15

33

29

0.5 1.5

3.5

Ø1.0 (2x)

36

Fig. 13

16.5

10

3.5 12

3.5

18.5

14

Fig. 11

Fig. 17 Fig. 20

Fig. 21 Fig. 22 Fig. 24 Fig. 25

Fig. 19

34

3 21

1.51.5

10

174

1.53.5

39

3.5

14

1.5

20.4

10.4

30

Ø2.540

3

4 1

22.8

10.416

20

Ø4.5 R5.2

2.5

13.8

3.53.2

43

21

5

0.5x0.25 (x4)

10

8

6

43

13

Ø8

Ø3.2

23.527.532.5

18.50 67

37

DINsize35.50

69

90

70

Ø3218

Ø16

51

23.531.5

Ø3.2

40.5

18

Ø16

51

23.531.5

18

1640.5 22

Fig. 23

21.91

16 16

21.91


N

Fig.OutputRange

InputRange

Digi-KeyPart No.

Price Each CR MagneticsPart No.1 10 25

True RMS AC Current Transducers

1

0 ~ 5VDC 0 ~ 10AAC 582-1046-ND 158.32 126.09 118.51 CR4110-100 ~ 5VDC 0 ~ 15AAC 582-1047-ND 158.32 126.09 118.51 CR4110-150 ~ 5VDC 0 ~ 20AAC 582-1048-ND 158.32 126.09 118.51 CR4110-200 ~ 5VDC 0 ~ 25AAC 582-1049-ND 158.32 126.09 118.51 CR4110-25

4 ~ 20mADC 0 ~ 30AAC 582-1050-ND 175.15 139.50 131.11 CR4120-304 ~ 20mADC 0 ~ 40AAC 582-1051-ND 175.15 139.50 131.11 CR4120-404 ~ 20mADC 0 ~ 75AAC 582-1052-ND 175.15 139.50 131.11 CR4120-75

Self-Powered AC Current Transducer1 0 ~ 5VDC 0 ~ 50AAC 582-1053-ND 88.33 70.36 66.12 CR4210-50

Loop-Powered AC Current Transmitters

14 ~ 20mADC 0 ~ 5AAC 582-1056-ND 78.70 62.69 58.92 CR4220-54 ~ 20mADC 0 ~ 10AAC 582-1054-ND 78.70 62.69 58.92 CR4220-104 ~ 20mADC 0 ~ 20AAC 582-1055-ND 78.70 62.69 58.92 CR4220-20

Average RMS AC Current Transducers

10 ~ 5VDC 0 ~ 50AAC 582-1057-ND 75.73 60.31 56.69 CR4410-50

4 ~ 20mADC 0 ~ 30AAC 582-1058-ND 85.19 67.85 63.77 CR4420-30DC Current Transducers

1 0 ~ 5VDC 0 ~ 2ADC 582-1060-ND 87.48 69.67 65.48 CR5210-2

Fig.OutputRange

InputRange

Digi-KeyPart No.


0 ~ 5VDC 0 ~ 5ADC 582-1061-ND 87.48 69.67 65.48 CR5210-5

1

0 ~ 5VDC 0 ~ 10ADC 582-1059-ND 87.48 69.67 65.48 CR5210-104 ~ 20mADC 0 ~ 2ADC 582-1063-ND 104.15 82.95 77.96 CR5220-24 ~ 20mADC 0 ~ 10ADC 582-1062-ND 104.15 82.95 77.96 CR5220-104 ~ 20mADC 0 ~ 20ADC 582-1064-ND 104.15 82.95 77.96 CR5220-20

True RMS AC Voltage Transducers (Single Phase)

20 ~ 5VDC 0 ~ 250ADC 582-1065-ND 158.32 126.09 118.51 CR4510-250

4 ~ 20mADC 0 ~ 150ADC 582-1066-ND 174.98 139.35 130.97 CR4520-150True RMS AC Voltage Transducer (3-Phase, 3-Wire)

3 0 ~ 5VDC 0 ~ 150VAC 582-1067-ND 279.17 222.34 208.97 CR4550-150Frequency Transducers

30 ~ 5VDC 0 ~ 100Hz 582-1072-ND 90.50 72.08 67.75 CR6610-100

4 ~ 20mADC 0 ~ 100Hz 582-1073-ND 100.35 79.92 75.12 CR6620-100DC Voltage Transducers

4

0 ~ 5VDC 0 ~ 50VDC 582-1069-ND 130.03 103.56 97.33 CR5310-500 ~ 5VDC 0 ~ 200VDC 582-1068-ND 130.03 103.56 97.33 CR5310-200

4 ~ 20mADC 0 ~ 50VDC 582-1071-ND 139.78 111.33 104.63 CR5320-504 ~ 20mADC 0 ~ 100VDC 582-1070-ND 139.78 111.33 104.63 CR5320-100

(Continued)

Current Sensors

Remote Current Indicators CR Magnetics Remote Electrical Current Indicators provides an effective method for remote monitoring of electrical current. When the current exceeds the turn-on point of the sensing transformer, the LED illuminates to indicate the pre sence of current. Specifi cations: • Indicating Range: 2.5 ~ 100 Amps (1-Wire Pass) • Minimum turn-on point: 2.5 Amps • Maximum Continuous Current: 100 Amps

Fig.Digi-KeyPart No.


1 582-1036-ND 28.38 22.60 21.25 MODEL 18-600

2 582-1037-ND 11.57 9.84 9.28 MODEL 19

Dimensions in Inch (mm)

Current Sensors

Digital Current SensorsMicro Switch CS series digital current sensors provide a logic level output that changes from approximately Vcc ~ 0.4 volts when the sensed current exceeds the operate point. Each digital sensor will operate on AC or DC current, but the output will turn off at every zero crossing when sensing AC current. Housing material: PET polyesterSpecifi cations: • Operating Temperature Range: -25°C ~ 85°C • Operating Volts: 0.4V • Response time: 100μ Sec.

MountingSupplyVoltage

Digi-Key Part No.


Screw 6 ~ 16 480-3249-ND 16.91 12.95 12.23 CSDA1BAConnector 6 ~ 16 480-3250-ND 20.94 16.66 15.61 CSDA1DA

CSL Series Open Loop Current SensorsCSL Series miniature, open-loop current sensors incorporate the SS490 Series miniature ratiometric linear Hall-Effect sensor (MRL™). The sensing element is encapsulated in a printed circuit board-mountable plastic package. The combination of sensor, fl ux collector and housing comprises the current sensor assembly. These sensors are ratiometric.Specifi cations: • Operating Temperature Range: -25°C ~ 100°C • Supply Voltage: 4.5 ~ 10.5

Fig.CurrentRange

Supply Voltage (Typical)

Digi-KeyPart No.

Price EachHoneywellSensingPart No.1 10 25

1 ±60A 5 480-3251-ND 10.57 8.09 7.64 CSLS6B602 ±100A 5 480-3252-ND 8.86 6.48 6.07 CSLT6B100

3±1A 5 480-3253-ND 13.86 10.62 10.03 CSLW6B1

±40mA 5 480-3255-ND 13.86 10.62 10.03 CSLW6B40M±200mA 5 480-3254-ND 13.86 10.62 10.03 CSLW6B200M

MaximumCurrent

Range (A)SupplyVoltage Package

Digi-KeyPart No.


Part No.

Tape & ReelPricing3,000

LEM USA Inc.Part No.1 10 25

±100 5V 8-SOIC 398-1057-1-ND 3.63 2.91 2.33 398-1057-2-ND 1744.73/M FHS 40-P/SP600

SMD Current TransducerDescription

Digi-KeyPart No.

Price Each

Evaluation Kit with PCB for 0 ~ 30A range, 78A maximum 398-1069-ND 18.44Evaluation Kit with PCB for 0 ~ 5A range, 16A maximum 398-1070-ND 18.44Evaluation Kit with PCB for 0 ~ 5A range, 11A maximum 398-1071-ND 18.44Evaluation Kit with PCB for 0 ~ 10A range, 10A maximum 398-1072-ND 18.44Evaluation Kit with PCB for 0 ~ 15A range, 55A maximum 398-1073-ND 18.44Evaluation Kit with PCB for 0 ~ 16A range, 30A maximum 398-1074-ND 18.44

The Minisens transducer is an ultra fl at SMD open loop integrated circuit current transducer based on the Hall effect

principle. The IC is calibrated to minimize offset and temperature drifts. Advantages: • Low cost • Excellent Linearity

Evaluation Kits for FHS 40-P/S600

Dimensions in mm

31.8

19.0

Dimensions in mm

16.4

4.2

10.010.2

Ø5.2

Ø10.6

16.2

10.2

Fig. 1

Fig. 2

Fig. 3

1.33 (33.8)

1.48(37.6)

Ø .55(14)

.50 (12.7)

Fig. 1

Fig. 2

(24.1)

(26.4)

.29 (7.4) Dia.

.95

1.04

Transducers / TransmittersCR4100 Series: Designed for applications where AC current waveforms are not purely sinusoidal. These devices are ideal in chopped wave and phase fi red control systems.

CR4210 Series: Calibrated to provide a 0 ~ 5VDC and 0 ~ 10VDC signal that is proportional to the average RMS input AC current.

CR4200 Series: Produces a calibrated 4 ~ 20mADC signal that is proportional to the average RMS input AC current. The output signal is generated from a user supplied 24VDC power supply within the output current loop.

CR4400 Series: Designed to provide a DC output proportional to the AC current input.CR5200 Series: Designed to provide a DC signal which is proportional to a DC sensed current. The ranges 2 ~ 10 Amp utilize an advanced Magnetic Modulator technology and the ranges 20 Amps and above utilize Hall Effect technology.CR4500 Series: Designed for applications where AC voltage waveforms are not purely sinusoidalCR5300 Series: Designed to provide an output DC signal that is proportional to the input DC voltage.CR6600 Series: Designed to give a DC output that is proportional to an input frequency value.


2.99(76)

3.268 (83)

3.268 (83)

2.20(56)

1.16(29.5)

3.268 (83)

3.268 (83)

2.99(76)


Current Indicators — CR2550 and PH SeriesThe CR2550 series remote current indicators are designed as a low cost meth od for providing a visual indication of electrical current fl ow.Specifi cations: • 20 AAC Maximum, 600VAC Maximum Rating • 50 ~ 1kHz Bandwidth

Fig.LED

ColorTurn On Point(1 pass) AAC

Digi-KeyPart No.


1

Red 0.75 582-1003-ND 8.62 7.34 6.92 CR2550-RAmber 1.5 582-1000-ND 8.89 7.56 7.13 CR2550-ABlue 1.0 582-1001-ND 11.52 9.79 9.24 CR2550-B

Green 1.5 582-1002-ND 9.26 7.88 7.43 CR2550-G2 Red 2.0 582-1041-ND 5.40 4.60 4.33 PH-25-R

3

Amber 2.5 582-1042-ND 7.58 6.45 6.08 PH-31-ABlue 2.0 582-1043-ND 7.58 6.45 6.08 PH-31-B

Green 2.5 582-1044-ND 7.58 6.45 6.08 PH-31-GRed 2.0 582-1045-ND 6.81 5.79 5.46 PH-31-R


11(279.4)

.866(21.99)

.984(24.99)

.350(8.89)

Fig. 1

Fig. 2 Fig. 3

.250(6.4)-.002Dia. Hole

(9.9)

.16 (4.1)

.39


N

High Ratio Transformers

† Maximum Input Current to be linearly sensed § Maximum Linear Voltage (Saturation) CT will develop at Ir

‡ Effective turns ratio including losses

The CR8300 series of PCB Mounted Current Transformers and the CR8400 series of Wire Lead Current Transformers are available in a wide range of sizes and materials to meet any AC current sensing needs.

Fig. Ir†VmaxRMS§ Te‡ Frequency

Digi-KeyPart No.


General Purpose Vertical PCB Current Transformers

1

10 1.0 1613 20 ~ 1 kHz 582-1009-ND 5.14 4.37 4.12 CR8320-1600

50 10.2 2046 20 ~ 1 kHz 582-1010-ND 6.73 5.73 5.40 CR8348-2000

50 2.4 1009 20 ~ 1 kHz 582-1084-ND 12.75 10.85 10.23 CR8349-1000-N

75 10.3 1520 20 ~ 1 kHz 582-1012-ND 7.16 6.10 5.75 CR8349-1500

200 14.6 2037 20 ~ 1 kHz 582-1014-ND 9.30 7.91 7.46 CR8350-2000

Revenue Grade Vertical PCB Current Transformers

1

40 2.3 2510 20 ~ 1 kHz 582-1011-ND 7.50 6.38 6.02 CR8348-2500-N

75 4.8 2512 20 ~ 1 kHz 582-1013-ND 8.40 7.15 6.74 CR8349-2500-N

100 7.2 2511 20 ~ 1 kHz 582-1015-ND 11.76 10.00 9.43 CR8350-2500-N

General Purpose Current Transformer2 20 2.1 1012 20 ~ 1 kHz 582-1017-ND 6.73 5.73 5.40 CR8410-1000

Revenue Grade Current Transformer2 100 7.2 2511 20 ~ 1 kHz 582-1019-ND 14.46 12.30 11.60 CR8459-2000-N

Ground Fault Current Transformers

2

4 0.3 1005 20 ~ 1 kHz 582-1016-ND 6.36 5.41 5.10 CR8401-1000-G

20 2.0 1011 20 ~ 1 kHz 582-1018-ND 8.80 7.48 7.06 CR8420-1000-G

50 3.8 1018 20 ~ 1 kHz 582-1085-ND 11.38 9.68 9.13 CR8420-1000-PCB

Commercial and ANSI Metering Class Current Transformers3 100 — — 50 ~ 400 Hz 582-1083-ND 22.93 19.50 18.39 CR2-SFT-101

‡ AC Output

Current SwitchesThe CR9321 series and the CR9380 series is a low cost, self powered, fi xed set-point Current Switch designed for applications that require an on-off indication of current fl ow.

Specifi cations: • Rated Full-on: 0.350 AAC RMS • Turn-on Time: 100 ms Maximum @ rated full-on • Turn-off Time: 250 ms Maximum to 80% of Vce • Maximum Sense Current: Continuous: 100AAC, 1 Second: 500AAC • Frequency:

50 ~ 400Hz (All specifi cations for operation @ 60Hz only) • Operating Temperature: -30°C ~ 60°C

DC Switching (NPN or PNP): • Vce (full-off): 30 Vdc Maximum • Isink (full-on): 120 mAdc Maximum @ rated full-on

AC Switching (ACA): • Off State Voltage: 240 Vac RMS Maximum • Minimum Switch Voltage: 24 Vac RMS • On State Current: 1.0 AAC RMS Maximum continuous

1.062(27)

.875(22.2)

1.614 (41)

Ø 0.27 (6.8)

.875(22.2)

2.00(51)

1.00(25.4)

0.40(10)

1.24(32)

Fig. 1 Fig. 2


Fig.Transistor

OutputWindowDiameter

Digi-KeyPart No.


1ACA‡ 0.27 582-1020-ND 17.70 15.06 14.20 CR9321-ACANPN 0.27 582-1021-ND 17.70 15.06 14.20 CR9321-NPNPNP 0.27 582-1022-ND 17.70 15.06 14.20 CR9321-PNP

2 NPN Split Core 582-1027-ND 28.39 24.14 22.77 CR9380-NPN

Current Sensors (Cont.)

SensorsCR4395 Series: Current Sensing Relay that provides an effective and highly stable method for monitoring electrical current. The current-carrying wire is routed through the opening extending from the top of the case. When current reaches the level set by the trip point adjustment, the relay trips and starts the adjustable timer. After the timer cycles the electromechanical relay is energized.

CR5395 Series: Direct Current Sensing Relay that provides a precision and cost effective method for monitoring direct current. Magnetic Modulator Technology is utilized for the current sensing to provide a stable and highly repeatable current

trip. The current-carrying wire is routed through the opening extending from the top of the case. When current reaches the level set by the trip point adjustment, the relay trips and starts the adjustable timer. After the timer cycles the electromechanical relay is energized.

CR7310 Series: Ground Fault Sensor that provides a reliable and cost effective method for sensing ground faults. The current-carrying wires are routed through the opening extending from the top of the case. When ground current reaches the level set by the trip point adjustment, the relay trips, illuminates the tripped LED and provides an output signal.

TripStatus

SupplyVoltage

TripRange

Time OnDelay

Trip PointDial Transformer

Digi-KeyPart No.


Current Sensing RelayEH 120VAC 1.0 ~ 10AAC None Calibrated Dial Internal 582-1074-ND 51.33 40.89 38.43 CR4395-EH-120-110-X-CD-ELR-IEH 120VAC 3.0 ~ 30AAC .5 ~ 6 Sec. Calibrated Dial Internal 582-1075-ND 51.33 40.89 38.43 CR4395-EH-120-330-A-CD-ELR-IEH 120VAC 6.0 ~ 60AAC .5 ~ 6 Sec. Calibrated Dial Internal 582-1076-ND 51.33 40.89 38.43 CR4395-EH-120-660-A-CD-ELR-IEL 120VAC 1.0 ~ 10AAC .5 ~ 6 Sec. Calibrated Dial Internal 582-1077-ND 51.33 40.89 38.43 CR4395-EL-120-110-A-CD-ELR-I

Direct Current Sensing RelayEH 24VDC ± 10% 1.0 ~ 10ADC None Calibrated Dial Internal 582-1078-ND 57.71 45.96 43.20 CR5395-EH-24D-110-X-CD-ELR-IEH 85 ~ 265VAC 1.0 ~ 10ADC None Calibrated Dial Internal 582-1079-ND 57.71 45.96 43.20 CR5395-EH-ACV-110-X-CD-ELR-I

Ground Fault SensorEH 120VAC .01 ~ 0.1AAC None Calibrated Dial Internal 582-1080-ND 82.69 65.86 61.90 CR7310-EH-120-.01.1-X-CD-ELR-IEH 120VAC 0.1 ~ 1.0AAC None Calibrated Dial Internal 582-1081-ND 82.69 65.86 61.90 CR7310-EH-120-.11-X-CD-ELR-IEL 120VAC .01 ~ 0.1AAC None Calibrated Dial Internal 582-1082-ND 82.69 65.86 61.90 CR7310-EL-120-.01.1-X-CD-ELR-I

TRIP STATUS:

EH: Energized on High, trips when sense current is above trip point and returns to non-trip status when sense current is below the trip point.

EL: Energized on Low, trips when sense current is below trip point and returns to non-trip status when sense current is above the trip point.

Current SensingRelay Shown

Low CostCurrent SensorsSpecifi cations:• Accuracy: ±.5% Full Scale• Ripple: 1% Maximum• Signal Out: 0-5 Vdc• Output Load: 1.0MΩ or greater for rated accuracy• Response Time: 250ms Maximum 10 ~ 90% Full Scale• Frequency: 50 ~ 400Hz (All specifi cations for oper ation

@ 60Hz)

‡ Window Split Core


2.00(51)

1.00(25.4)

0.40(1.0)

1.24(32)

AACWindow

Dia. (inch)Digi-KeyPart No.


10 0.40‡ 582-1033-ND 28.39 24.14 22.77 CR9580-1020 0.40‡ 582-1034-ND 28.39 24.14 22.77 CR9580-20

Split-Core Current TransformerThe CR3110 Split-Core Current Transformer is designed to provide a low cost method to monitoring electrical current. A unique hinge and locking snap allows attachment without interrupting the current-carrying wire.

Specifi cations:• Maximum Continuous Pri mary Current: 75 AAC• Secondary Turns: 3000• DC Resistance: 460Ω @ 20°C • Fre quency: 50 ~ 60Hz

1.04(26.42)

Ø 0.40(10.16) 1.58

(40.13)

1.04(26.42)6.00

(152.4)

0.24(6.1)


Digi-KeyPart No.


582-1004-ND 12.21 10.38 9.79 CR3110-3000

A

B D

C

C E

B A D

Part No.Prefi x

Dimensions Inch (mm)A Min. B Max. C Max. D Max.

CR8320 .22 (5.5) .77 (19.6) .79 (20) .34 (8.6)

CR8348 .27 (6.9) .93 (23.5) .98 (25) .43 (11)

CR8349 .35 (9) 1.02 (26) 1.10 (28) .67 (17)

CR8350 .50 (12.8) 1.48 (37.5) 1.54 (39) .55 (14)

Part No.Prefi x

Dimensions Inch (mm)A Min. B Max.

CR2 1.13 (28.7) 2.68 (68.1)

Part No.Prefi x

Dimensions Inch (mm)A Min. B Max. C Max. D Max. E Typ.

CR8410 .35 (8.89) .87 (22.10) 1.02 (25.91) .35 (8.89) 2.87 (72.90)

CR8459 .75 (19.05) 1.89 (48.01) 2.36 (59.94) .67 (17.02) 7.88 (200.15)

CR8401 .23 (5.84) .71 (18.03) .83 (21.08) .31 (7.87) .79 (20.07)

CR8420 .59 (14.9) 1.18 (30.0) 1.27 (32.2) .35 (9.0) 3.94 (100.0)

Fig. 1

Fig. 2

Fig. 3

A B


N

WM2022-ND Waldom Molex, 4 Position Housing (2.50mm) KK Series. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .49 WM2312-ND Waldom Molex, Crimp Terminal - Wire Size: 22-30AWG; Insulation Dia.: .062” (1.57) Max; Finish: Selective Gold 15u" . . . . . . . . . . . 2.83/10 WM1129-ND Waldom Molex, Crimp Terminal - Wire Size: 22-30AWG; Insulation Dia.: .062” (1.57) Max; Finish: Gold 15u" . . . . . . . . . . . . . . . . . . . . . 7.15/10 WM1114-ND Waldom Molex, Crimp Terminal - Wire Size: 22-30AWG; Insulation Dia.: .062” (1.57) Max; Finish: Tin . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.11/10WM9999-ND Waldom Molex, Universal Crimp Tool . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27.88WM9927-ND Waldom Molex, Extraction Tool . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6.84

† + Vref = 2.5V at 0 Amps ◆ RoHS Compliant

Open Loop Current Sensors — Hall Effect Technology A hall effect current sensor measures the magnetic fl ux which is produced proportionally to the current without any contact with the primary circuit. This results in no voltage drop in the measured circuit which provide excellent galvanic isolation.

Features: • Galvanic isolation between primary and measuring circuit, measures DC or AC (kHz) • Zero in sertion loss • Quick response

Specifi cations (measured at Input Voltage and @ 25°): • Frequency Band Width (-3dB): L01Z, L03S, L08P, L18P: DC-50kHz; L07P: DC-35kHz • Output Linearity: ±1% • Operating Temp erature: -10°C ~ 80°C • Insulation Resistance @ 500VDC: ≥500MΩ - di/dt • Response Time: 5μ Sec. Typ. (10μ for L08P Series) • Load Resister: 10kΩ 3mW minimum.

Fig. 4 — L08P Series

Fig. 2 — L03S SeriesFig. 1 — L01Z Series

38

27

158

18.512 3 40.5

30.5

20.5

10.51

4

1

Ø 16

24.5

1.519.5

34

5

L07P 010 D15

062A9

25

16

4.012

L18P 010 D15

TAM 062A9

15.2

1818



1 -V cc2 GND3 +V cc4 OUT5 + Primary Input6 - Primary Input

1 +Vc (15V)2 -Vc (15V)3 OUT4 GND5 NC

1 +5V2 NC3 OUT14 OUT25 GND6 +IN17 -IN28 +IN29 -IN2

1 +15V2 -15V3 OUT4 GND

1 OUT2 GND3 5V

Closed loop (compensated) current sensor provides an exact duplication of the primary current scaled by the number of turns in the secondary coil. Each multi-range sensor has a nominal sensing current but can be changed by confi guring the primary pins. The sensing current can be scaled down by 1/2 or 1/3 the nominal output sensing current, which gives you the fl exibility to sense 3 different current ranges with only one part.Specifi cations (measured at input voltage and 25°C): • Frequency Bandwidth S22P(1dB): DC-200kHz (at higher frequencies derating is required to prevent core from overheating) • Output Linearity: ±0.25% • Operating Temperature: -10°C ~ 85°C • Insulation Resistance @ 500VDC: ≥ 500mΩ • Response Time: 1μSec. • Load Resistor 10kΩ 3mW Minimum

Closed Loop Multi-range Current Sensors 456

OUT IN

OU

TO

V+

5V

321

+5

V G

Vout

S22P

025S

05

TA

M 065A

9

22.210

2.54

5.5

24Selectable InputPin Configuration

1/3 Nom.If (A) 1 2 3

6 5 4

1/2 Nom.If (A)

NominalIf (A)

1 2 3

6 5 4

1 2 3

6 5 4

Primary NominalCurrent

(A)

SupplyVoltage

(V)

Secondary Output Voltage

(V)±1%

SaturationCurrent

(A)

Offset Temperature Coefficent

(mV/°C)Digi-KeyPart No.

Price Each TamuraPart No.1 10 25 50

S22P Series±6 +5 2.5±30mV ±18 1.25 MT7318-ND 12.54 10.03 8.03 7.53 S22P006S05±15 +5 2.5±20mV ±45 1.25 MT7319-ND 12.54 10.03 8.03 7.53 S22P015S05±25 +5 2.5±15mV ±75 1.25 MT7320-ND 12.54 10.03 8.03 7.53 S22P025S05

W

L

A

H

D

B

CA/2

.635 -2 plcs.

Full R.-2 plcs.D

ID

Current Transformer Standard Accuracy Low-Cost 50/60 Hz Applications:

• Sensing current overload • Ground fault detection • Metering

Notes:

• RCF: Ratio Correction Factor. Multiply current readings by this

factor to compensate for transformer losses. • Data is deemed

reliable at the time of publication, but may be subject to change

without notice.

SizeCode

Rated Ip

AmpsTurnsRatio

NominalDCR

RCF @10% (1)

Volts/Amp @ Rated Ip,for Various Loads (Ω) Digi-Key

Part No.Price Each Amveco

Part No.100 500 2K 5K 1 10 25A 5.0 1000:1 39 1.040 0.10 0.45 1.35 1.8 TE1005-ND 9.31 7.98 7.45 AC1005

A 10.0 1000:1 39 1.035 0.10 0.45 1.00 1.3 TE1010-ND 9.31 7.98 7.45 AC1010

A 15.0 1000:1 39 1.030 0.10 0.43 0.80 1.0 TE1015-ND 9.31 7.98 7.45 AC1015

A 20.0 1000:1 39 1.030 0.10 0.42 0.70 0.8 TE1020-ND 7.63 6.55 6.11 AC1020

B 25.0 1000:1 46 1.020 0.10 0.40 1.00 1.2 TE1025-ND 11.14 9.55 8.91 AC1025

B 30.0 1000:1 46 1.020 0.10 0.40 0.85 1.1 TE1030-ND 11.16 9.57 8.93 AC1030

C 40.0 1000:1 46 1.020 0.10 0.45 0.75 1.0 TE1040-ND 12.93 11.08 10.34 AC1040

C 50.0 1000:1 46 1.020 0.10 0.44 0.70 0.8 TE1050-ND 14.05 12.05 11.25 AC1050

D 60.0 1000:1 23 1.020 0.10 0.36 0.60 0.7 TE1060-ND 14.66 12.57 11.73 AC1060

D 75.0 1000:1 23 1.015 0.10 0.35 0.50 0.6 TE1075-ND 14.72 12.62 11.78 AC1075

E 100 1000:1 20 1.015 0.10 0.35 0.50 0.6 TE1100-ND 15.15 12.99 12.13 AC1100

F 150 1000:1 10 1.010 0.10 0.32 0.55 0.6 TE1150-ND 14.33 12.90 11.47 AC1150

F 200 1000:1 10 1.010 0.10 0.30 0.45 0.6 TE1200-ND 14.54 13.09 11.64 AC1200

SizeCode

Dimensions – mmW L H A B C D (Dia.) ID

A 23.83 23.83 11.13 15.24 7.62 1.75 0.81 9.53

B 30.18 30.18 14.30 20.32 10.16 2.08 1.02 11.43

C 34.93 34.93 14.30 25.40 10.16 2.08 1.02 14.61

D 38.10 38.10 15.88 30.48 10.16 2.84 1.02 14.61

E 44.45 44.45 14.30 35.56 10.16 2.08 1.02 19.05

F 55.58 55.58 20.65 45.72 12.70 3.96 1.02 23.88

Fig.

PrimaryNominalCurrent

(A)

SupplyVoltage

(V)

SecondaryOutputVoltage

(V)

SaturationCurrent

(A)

Offset Temperature

Coefficent(mV/°C)

Digi-KeyPart No.

Price Each TamuraPart No.1 10 25 50

L01Z Series — RoHS Compliant

1

±50 +5 4† ±62.5 ≤±2 MT7173-ND 14.66 11.74 9.39 8.80 L01Z050S05

±100 +5 4† ±125 ≤±1 MT7174-ND 14.66 11.74 9.39 8.80 L01Z100S05

±150 +5 4† ±187.5 ≤±1 MT7175-ND 14.66 11.74 9.39 8.80 L01Z150S05

±200 +5 4† ±250 ≤±1 MT7176-ND 14.66 11.74 9.39 8.80 L01Z200S05

±400 +5 4† ±500 ≤±1 MT7178-ND 14.66 11.74 9.39 8.80 L01Z400S05

±600 +5 4† ±750 ≤±1 MT7180-ND 14.66 11.74 9.39 8.80 L01Z600S05

L03S Series (Molex Mating Connector Required) — RoHS Compliant

2

±50 ±15 ±4 ±150 ≤±2 MT7181-ND 14.44 11.55 9.24 8.67 L03S050D15

±200 ±15 ±4 ±600 ≤±1 MT7183-ND 14.44 11.55 9.24 8.67 L03S200D15

±400 ±15 ±4 ±700 ≤±1 MT7185-ND 14.44 11.55 9.24 8.67 L03S400D15

L07P Series — RoHS Compliant3 ±15 ±15 ±4 ±45 ≤±2 MT7300-ND 14.79 11.83 9.47 8.88 L07P015D15

L08P Series

4

±50 ±15 ±4 ±150 ≤±2 MT7188-ND◆ 13.38 10.71 8.57 8.03 L08P050D15

±100 ±15 ±4 ±300 ≤±1 MT7189-ND◆ 13.38 10.71 8.57 8.03 L08P100D15

±150 ±15 ±4 ±350 ≤±1 MT7190-ND 13.38 10.71 8.57 8.03 L08P150D15

L18P Series — RoHS Compliant

5

±3 ±15 ±4 ±9 ≤±1.5 MT7311-ND 10.41 8.33 6.67 6.25 L18P003D15

±5 ±15 ±4 ±15 ≤±1.5 MT7312-ND 10.41 8.33 6.67 6.25 L18P005D15

±10 ±15 ±4 ±30 ≤±1.5 MT7313-ND 10.41 8.33 6.67 6.25 L18P010D15

±15 ±15 ±4 ±45 ≤±1.5 MT7314-ND 10.41 8.33 6.67 6.25 L18P015D15

±20 ±15 ±4 ±60 ≤±1.5 MT7315-ND 10.41 8.33 6.67 6.25 L18P020D15

±25 ±15 ±4 ±60 ≤±1.5 MT7316-ND 10.41 8.33 6.67 6.25 L18P025D15


N

Digital Compass Module – HMR3200/3300Electronic compassing solutions that provide heading information for use in navigation and guidance systems. Magnetoresistive sensors are utilized to provide the reliability and accuracy of these small, solid state compass designs. These compass solutions are easily integrated into systems using a UART interface in ASCII format.

Features: Accuracy: 1° heading accuracy, 0.1° resolution and 0.5° repeatability. Tilt Range: The HMR3300 may be operated up to a ±60° tilt range for both pitch and roll. Accuracy and performance are enhanced over a wider range of operating conditions and applications with this feature. The HMR3200 is not tilt compensated. Performance is optimized in horizontal or vertical orientations. Low Power: Typical operating current is 18mA for the HMR3200. Response Time: The HMR3200 has 15Hz response time for faster updates compared to gimballed, mechanical fl uxgate compasses.

Specifications: • Magnetic Field: Range: ±2 gauss typical, Resolution: 0.1 mgauss • Electrical: Input Voltage: Unregulated: 6VDC ~ 15VDC, Regulated: 5.0Vdc • Interface: UART - User selectable baud rate 2400 ~ 19200 baud • Phys ical: Dimensions - Conditions: Circuit board, 1.0” x 1.45” x 0.4” (25.4 x 36.8 x 11 mm)

Header PinAssignment

Pin No. Pin Name1 SCK

2 RX/SDI

3 TX/SDO

4 CS

5 CAL

6 5V

7 GND

8 +V

SerialOutput Description

Digi-KeyPart No.

PriceEach

HoneywellPart No.

UART Digital Compass Module 2-axis 342-1030-ND 247.83 HMR3200

UART Digital Compass Module 3-axis 342-1032-ND 318.05 HMR3300

HMR 3200 Development Kit, with RS232 Output, Cables, Manual

342-1031-ND 301.53 HMR3200-Demo-232

HRMR 3300 Digital Compass Module with RS232 Motherboard

342-1039-ND 371.75 HMR3300-D00-232

HMR 3300 Development Kit, with RS232 Output, Cables, Manual

342-1033-ND 371.75 HMR3300-Demo-232

Digital Compass Module – HMR3000


Digi-KeyPart No.

PriceEach

HoneywellPart No.

RS-232 Without Enclosure 342-1024-ND 557.62 HMR3000-D00-232

RS-232 Enclosure, Extended Base 342-1025-ND 578.27 HMR3000-D21-232


RS-485 Enclosure, Extended Base 342-1027-ND 578.27 HMR3000-D21-485

HMR 3000 Development Kit, with RS-232 Output, Cables, Manual

342-1022-ND 656.75 HMR3000-Demo-232

Electronic compass module that provides heading, pitch and roll output for navigation and guidance systems. This solid state mag netoresistive sensors make this strapdown compass both rugged and reliable. This compass provides fast response time up to 20Hz and high heading accuracy of 0.5° with 0.1° resolution.

Features: • Built with solid state magnetic sensors and no moving parts improves response time, allowing faster updates compared to gimballed fl uxgates • Available as a circuit board 1.2” x 2.95”, weighing less than one ounce, or in an aluminum enclosure • Operates with less than 35mA, allowing for long oper ation with a battery • Accuracy better than 0.5° with 0.1° resolution for critical positioning applications • Tilt range of ±40° for both the roll and pitch allows operation for most applications • Cali bration routines to compensate for distortion due to nearby ferrous objects and stray fi elds, such as vehicles • User settings of baud rate, update rate, output format, units, fi lter settings, deviation angles, alarms, and warnings are stor ed in ternally in non-volatile memory.

Specifi cations: • Typical Supply Voltage: 5.0VDC regulated, 6-15VDC unregulated • Typical Power: 35mA @ 6VDC Normal Operation, 13mA STOP Mode, 2.0mA SLEEP Mode • Serial: RS-232 / RS-485 (Half Duplex) • Baud Rate: 1200 ~ 38400 bps

XZ

Y

Smart Digital Magnetometer – HMR2300Microcontroller-Based Smart Sensor with range of ±2 Gauss; <70μGauss Resolution. Has high accuracy over ±1 Gauss; <0.5%FS; and Output Rate Selectable of 10 to 154 Samples/Sec. This sensor has a three-axis digital output, BCD ASCII or Binary, RS-232 Serial Output (9600 or 19200), and a 9-pin D-Sub connector. Appli cations: • Compassing – Avionics and Marine • Remote Vehicle Monitoring (Roll/Pitch/Yaw) • Proc ess Control • Lab oratory Instrumentation • Anomaly Detection • Traffic and Vehicle Detection • Security Systems. Specifi cations: • Sup ply Voltage: 6.5V ~ 15V; Pin 9 referenced to Pin 5 • Typical Supply Current: 27mA; Vsupply=15V, with S/R=ON • Oper ating Temp: -40°C ~ 85°C; Ambient • Field Range: ±2 gauss; Full scale (FS) - total applied fi eld • Typical Linearity Error: 1%FS; Best fi t straight line at 25°C ±2 Gauss • Typical Hystereis Error: 0.01%FS; 3 sweeps across ±2 Gauss @ 25°C • Minimum Res olution: 67μgauss; Applied fi eld to change output. (Units: 1 gauss (G) = 1 Oersted (in air), 1G=79.58A/m, 1G=10E-4 Tesla, 1G=10E5 gamma)

XZ

Y


Digi-KeyPart No.

PriceEach

HoneywellPart No.

RS-232Flush Mount Enclosure, Aluminum, 3.25” x 1.50” x 1.13” (82.55 x 38.1 x 28.70mm)

342-1015-ND 614.87 HMR2300-D20-232

RS-232Extended Enclosure, Aluminum, 4.00” x 1.50” x 1.13” (101.60 x 38.1 x 28.70mm)

342-1016-ND 614.87 HMR2300-D21-232


RS-485Flush Mount Enclosure, Aluminum, 3.25” x 1.50” x 1.13” (82.55 x 38.1 x 28.70mm)

342-1018-ND 614.87 HMR2300-D20-485

RS-485Extended Enclosure, Aluminum, 4.00” x 1.50” x 1.13” (101.60 x 38.1 x 28.70mm)

342-1019-ND 614.87 HMR2300-D21-485

RS-232HMR2300 Development Kit with RS-232 Output, Cables, Manual

342-1012-ND 656.75 HMR2300-Demo-232

‡ Industrial Grade-Stainless Steel † Commercial Grade Aluminum ◆ RoHS Compliant

Solid State Magnetic Hall Effect Sensors

Cherry magnetic sensors are used to detect changes in magnetic field polarities and the motion of ferrous metals such as gear tooth move-ments. Used for such ap pli cations as speed and proximity sensing, magnetic polarity detection and current fl ow monitoring. Solid state design for unlimited life.

Features:MP100 Series: • Aluminum threaded barrel sensor for speed and position sensing • The threaded barrel allows precise po si tioning and adjustment

GS100 Series: • Barrel sensors in tend ed for gear tooth speed sensing • High speed capability, ideal for sensing power gears, conveyer speed and other rotating gears • Built-in magnet supplies its own bias fi eld • GS101202 is plastic housing with steel bushing

Fig.SupplyVoltage

OutputCurrent


Digi-KeyPart No.

Price Each CherryPart No.1 10 100

1 4.75-24VDC 25mA 20AWG Wires South Pole CH396-ND†◆ 11.37 10.99 — MP100701

2 4.75-24VDC 25mA 24AWG Wires South Pole CH399-ND 4.91 4.16 3.21 MP101301

3 4.5-24VDC 25mA PC Mount Ferrous Vane CH401-ND◆ 6.27 5.31 4.11 VN101501

4

4.5-24VDC 25mA 20AWG Wires Gear Teeth CH416-ND† 16.37 15.83 14.19 GS100502

4.5-24VDC 25mA 22AWG Wires Gear Teeth CH414-ND‡ 50.54 44.94 34.64 GS100102

5 Threaded Actuator, South pole magnet, Aluminum Housed CH700-ND◆ 5.39 4.47 3.35 AS101001

SensorsLinear / Angular / Rotary Displacement Sensors – HMC1501 / HMC1512High resolution, low power MR sensor capable of measuring the angle direction of a magnetic fi eld from a magnet with <0.07° resolution. Output is typical Wheatstone Bridge

Features: • No “rare earth” magnets; functions with Alnico or ceramic type magnets • Linear range of 8mm with two sensors mounted on two ends; range may be increased through multiple sensor arrays operating together • Absolute sensing ability to know exact position and require no indexing for proper positional output • No moving parts to wear out • 8-pin SMT package • Case dimensions (exclusive of pins) of 5mm x 4mm x 1.2mm total mounting envelope, with pins of less than 6mm square • Full scale output range of 120mV with 5V of power supply.

Applications: • Linear Displacement • Angular Displacement • Motor Control • Valve Position • Proximity Detection • Current Spike Detection. Specifications (at 25°C except stated otherwise): • Typical Bridge Supply: 5V, Vbridge referenced to GND • Sensitivity Vbridge =5V, field 80 Oe: 2.1mV/° @ zerocrossing; 1.8mV/° @ zero crossing, averaged in the range of 45° • Typical Peak-to-Peak Voltage: 120mV, Vbridge=5V, field=80 Oe • Bandwidth: 0MHz ~ 5MHz, Mag netic signal • Typ ical Hysteresis Error: 30μV°, 1.7x10-2 mV°, Magnetic fi eld ≥saturation fi eld, Vbridge = 5V

Typ. BridgeResistance

@ 1mA

Angle Range≥ Saturation

Field

Typ. Resolution10Hz Bandwidth

Vbridge=5V <0.07°Digi-KeyPart No.

PriceEach

HoneywellPart No.

5KΩ ±45° <0.07° 342-1008-5-ND 14.04 HMC1501

2.1KΩ ±90° <0.05° 342-1010-1-ND 14.04 HMC1512

2.1KΩ ±90° <0.05° 342-1010-2-ND† 1032.63/1,000 HMC1512

† Tape and Reel

M12-1 Thread


®

Fig. 1 Fig. 2

39.4(1 M)

1.0(25.4)

0.47(11.94)

15/32-32 TPI

5.91(150)

.550 (13.97)

.175 (4.44)

Snap-Fit

Fig. 3

.975(19.05)

.425(10.80) .475

(12.07)

Vane Sensor

Fig. 5.68

(17.3)

Ø.250(6.4)

.38(9.7)

#8-32

Fig. 4

1.61(41)

2.56 (65)SD100203: 2.05 (52.07)

39.4 (1 M)

Part Label


N

Sensors3-Axis Magnetic - HybridA complete 3-axis magneto-meter with analog output in a 20-Pin hybrid DIP package.

Features:• DIP-20 foot-print (1” x .75”) allows easy insertion into system-level boards, reducing development costs • Solid state components improve reliability and ruggedness compared to mechanical fl uxgates • Accurately measures fi elds from 40 μgauss to ±2 gauss at 1V/gauss • Low noise instrumentation amplifi ers with 1kHz low pass fi lters, reject unwanted noise • No flux concentrators used in this design that can lead to hysteresis and non-repeatability • An externally accessible +2.5V reference improves measurement accuracy and stability • On-board excitation current source reduces temperature errors and regulates the power supply input • Magnetic fi eld offsets or closed loop circuits can be applied using the built-in straps • Output signal accuracy may be enhanced by using the integral set/reset straps • All com po nents selected and packaged in non magnetic material to reduce magnetic distortion and offsets.

Applications:• Compassing • Navigation systems • Attitude reference • Traffic detection • Proximity detection • Medical devices

Specifi cations (Power Supply: +15VDC; Set/Reset switching is active):• Operating Temperature: -40°C ~ 85°C, ambient @ 25°C • Supply Voltage: 6VDC ~ 15VDC; Transient protection circuitry should be added across V+ and Gnd if an unregulated power supply is used • Supply Current: 20mA • Output Voltage: 0.5V ~ 4.5V • Field Range: ±2 gauss • Typical Linearity Error: 1% FS; ±2 gauss applied fi eld sweep • Typical Hysteresis Error: 0.05% FS; 3 sweeps across ±2 gauss • Typical Sensitivity: 1.0mV/V/gauss; at Vbridge +5V • Typical Resolution: 40 μgauss • Bandwidth: 1kHz

Units:• 1 gauss (G) = 1 Oersted (in air), 1G = 79.58A/m, 1G = 10E-4 Tesla, 1G = 10E5 gamma

1, 2 and 3-Axis Magnetoresistive

‡ Not tested in production, guaranteed by characterization

Configured as a 4-element wheatstone bridge, these highly sensitive sensors

convert magnetic fi elds to differential output voltages, capable of sensing magnetic

fi elds as low as 30 μgauss.

Features: • Field range up to ±6 gauss, (earth’s fi eld = 0.5 gauss) • Small package

designed for 1 and 2-axis to work together to provide 3-axis (x, y, z) sensing • Solid

state devices reduce board assembly costs, improve reliability and ruggedness

compared to mechanical fl uxgates • Patented on-chip set/reset straps to reduce

effects of temperature drift, non-linearity errors and loss of signal output due to the

presence of high magnetic fi elds • Patented on-chip offset straps for elimination of

the effects of hard iron distortion

Applications: • Compassing • Navigation systems • Attitude reference • Traffic

detection • Medical devices • Non-contact switch



Tape and Reel HoneywellPart No.1 25 100 Qty. Pricing

8-Pin SIP, Single Axis 342-1001-5-ND 15.70 13.64 11.16 — — — HMC1001

8-Pin SIP, Single Axis 342-1061-ND◆ 14.04 5.58 4.14 — — — HMC1021Z-RC

8-Pin SIP, Single Axis 342-1034-5-ND 14.04 5.58 4.14 — — — HMC1051Z

8-Pin SIP, Single Axis 342-1060-ND◆ 14.04 4.96 4.14 — — — HMC1051Z-RC

8-Pin SOIC, Single Axis 342-1003-5-ND◆ 14.04 5.58 4.14 — — — HMC1021S

8-Pin In-Line LCC, Single Axis 342-1043-5-ND 14.04 12.40 10.74 — — — HMC1051ZL

16-Pin SOIC, Double Axis 342-1005-1-ND◆† 14.04 8.27 4.96 342-1005-2-ND◆ 2,500 2684.83/M HMC1022

16-Pin LCC, Double Axis 342-1042-5-ND◆ 14.04 5.79 4.96 — — — HMC1052L

16-Pin LCC, Double Axis 342-1053-1-ND◆† 14.04 5.79 4.96 342-1053-2-ND◆ 3,000 2684.83/M HMC1042L-TR

20-Pin SOIC, Double Axis 342-1070-ND◆ 17.35 16.36 15.45 — — — HMC1002-RC

16-Pin LCC, Triple Axis 342-1035-5-ND 45.44 41.31 34.70 — — — HMC1053

16-Pin LPCC, Triple Axis 342-1054-1-ND† 28.09 12.40 11.57 342-1054-2-ND 1,000 7434.88 HMC1043-TR

Demonstration BoardsDemo Board for HMC1041Z and HMC1042L 342-1064-ND 206.53/1 — — — HMC1042L/HMC1041Z-DEMO

Demo Board for HMC1043 342-1066-ND 206.53/1 — — — HMC1043-DEMO

The HMR3500 TruePoint compass module is a 3-axis digital compass solution with a customizable coordinate system for mounting in any desired orientation. It has provisions for hard and soft-iron correction algorithms to handle magnetic distortion effects. In addition a World Magnetic Model feature is provided to automatically add declination angle corrections for reference to true north (geographical north). Features: • Tilt-Compensated • Operating Temperature Range: -40°C ~ 85°C • Supply Voltage Range: 5DC Benefi ts: • Better than 1° Nominal Heading Accuracy (1δ), 0.1° Resolution • ±89° Pitch and Roll, 360° Continuous Roll Capability

TruePoint™ Compass Module


PriceEach

HoneywellPart No.

HMR3500 Module 342-1058-ND 536.97 HMR3500Demo Kit 342-1059-ND 671.21 HMR3500 DEMO

The Honeywell HMR3400 is a digital compass solution designed for use in navigation and precision pointing applications. Using a common set of commands from the legacy HMR3300 digital compass solution, the HMR3400 is designed to be easily integrated into host systems with a regulated 5 volt supply and a UART serial data interface.Features: • Tilt-Compensated • Operating Temperature Range: -40°C ~ 85°C

Digital Compass Solution


PriceEach

HoneywellPart No.

HMR3400 Module 342-1057-ND 297.40 HMR3400


PriceEach

HoneywellPart No.

3-Axis Magnet Sensor Hybrid 342-1011-ND 181.74 HMC2003

◆ RoHS Compliant † Cut Tape

SPECIFICATIONS:

Honeywell Part No.

HMC1001HMC1021HMC1022 HMC1042

HMC1043, HMC1051HMC1052, HMC1053

Operating Temperature -55°C ~ 150°C ‡ -55°C ~ 150°C -40°C ~ 125°C -40°C ~ 125°C(Condition) (—) (—) (Ambient) (Ambient)Field Range

±2 gauss ‡ ±6 gauss ±6 gauss ±6 gaussFull scale (FS) - total applied fi eldSensitivity Typical 3.2 mV/V/gauss 1.0 mV/V/gauss 1.0 mV/V/gauss 1.0 mV/V/gauss(Set/Reset Current) (0.3A) (0.5A) (0.5A) (0.5A)Resolution Typical 27 μgauss ‡ 85 μgauss 160 μgauss 120 μgauss(Bandwidth, Vbridge) (10Hz, 5V) (10Hz, 5V) (1kHz, 5V) (50Hz, 5V)Bandwidth

5MHz ‡ 5MHz 5MHz 5MHzMagnetic signal (lower limit = DC)

Units: 1 gauss (G) = 1 Oersted (in air), 1G = 79.58A/m, 1G = 10E-4 Tesla, 1G = 10E5 gamma

Digital Compass ModulesThe Honeywell HMC5843 is a surface mount multi-chip module designed for low field magnetic sensing with a digital interface for applications such as low cost compassing and magnetometry. The HMC5843 includes our state of the art 1043 series magneto-resistive sensors plus Honeywell developed ASIC containing amplification, strap drivers, offset cancellation, 12-bit ADC and an I2C serial bus interface. Features: • 3-Axis Magnetoresistive Sensors and ASIC in a Single Package • Low Voltage Operations (2.4V ~ 3.3V) • I2C Digital Interface • Wide Magnetic Field Range (+/-6 Oe) Benefits: • Compatible for Battery Powered Applications • Complies with Current Environmental StandardsThe HMC63xx digital compass modules combine a 2 or 3-axis tilt sensor with the required support circuitry for heading computation. By combining the sensor and processing elements into a small LCC or LPCC package designers will have the most simple solution to integrate low cost and space efficient compasses for mobile phones, consumer electronics, vehicle compassing and antenna positioning. HMC6352 Features: • 24 pin LCC • 2-axis sensor • 2.7V ~ 5.2V supply range HMC6343 Features: • 36 pin LPCC • 3-axis sensor • 2.7V ~ 3.6V supply range

The HMC6042 includes our state of the art 1042 series magneto-resistive sensors plus a precision mixed signal ASIC containing three sensor amplifiers and a compatible set/reset strap driver circuit for 2.4V ~ 3.6V operation. The sensors feature precision in-axis sensitivity and linearity, solid-state construction with very low cross-axis sensitivity designed to measure both direction and magnitude of Earth’s magnetic fields. Features: • Low Voltage Operations (2.4V ~ 3.6V) • Built-In Set/Reset Drive Circuit • Wide Magnetic Field Range (+/-6 Oe) Benefits: • Single Logic Input for Degaussing, Thermal Drift Compensation • Feedback Pins for Gain and Bandwidth Shaping

The Dead Reckoning Module (DRM™) 4000 is a miniature, electronic device for personnel on foot that provides the user’s position relative to an initialization point. When GPS data is available, the dead reckoning sensors are automatically calibrated continuously and the two data sources are blended into a composite real-time position data output. When GPS data is unavailable, dead reckoning takes over. Motion classification algorithms analyze walking motion, and compensate when the user is running, or in place.

DRM™ 4000

HMC6042


PriceEach

HoneywellPart No.

DRM 4000 Module 342-1052-ND 987.19 DRM4000-N00-232

DRM 4000 Evaluation Kit 342-1063-ND 2065.25 DRM4000-N00-USB-EVAL


PriceEach

HoneywellPart No.

1 20-Pin LCC, Triple Axis342-1071-1-ND◆ 16.52 HMC5843

342-1071-2-ND◆ 6712.06/2,500 HMC5843

2 24-Pin LCC, Double Axis342-1041-1-ND◆ 20.65 HMC6352

342-1041-2-ND◆ 6712.06/1,000 HMC6352

3 36-Pin LPCC, Triple Axis 342-1056-ND◆ 78.48 HMC6343

Demonstration Board for HMC6343 342-1067-ND 206.53 HMC6343-DEMO

Evaluation Board for HMC5843 342-1072-ND◆ 123.92 HMC5843-EVAL

Demonstration Board for HMC5843 342-1073-ND◆ 206.53 HNC5843-DEMO

◆ RoHS Compliant


Cut TapePrice Each

Tape & Reel†Pricing1,000

HoneywellPart No.1 25 100

2-Axis Magnetic Sensor 342-1055-1-ND 20.65 6.61 5.79 4646.81 HMC6042-TR

† For Tape and Reel part number, change 1-ND to 2-ND.

Features and Benefits: • State-of-the-art dead reckoning device for personnel navigation • Typical DR accuracy 2% distance traveled • Low power consumption • Industrial temperature range: -40°C ~ 85°C

®

®


9.0

9.0

6.4

6.4

6.50

4.0

4.0

6.4

Fig. 3Fig. 1 Fig. 2

2.25

4.0

4.0

Dimensions in mm


N

MSP Series:

The MSP pressure transducer is designed for high-volume, low-cost commercial, industrial and off road

applications which require accurate measurement of gases or liquids. Operating ranges up to 10,000

psi is available with your choice of output signal in volts, millivolts, or milliamps. The MSP uses a micro

machined silicon strain gauge inorganically bonded to a machined stainless steel diaphragm; no welds,

no 0-rings, no silicone oil. All wetted surfaces are stainless steel and all signal conditioning electronics

are housed in a stainless steel cover which provides protection from hostile environments. The housing

is sealed and requires no maintenance. Each transducer is thoroughly tested and calibrated before

shipment.

Applications:• Pumps and Compressors • Hydraulic / Pneumatic Systems • Energy and Water Management

• Pressure Instrumentation • Process Control, Off Road Refrigeration, HVAC.

Rugged Stainless Steel Pressure TransducersFeaturing Microfused Technology

(Continued)

OperatingPressure

RangePSIG

VoltageSupply(VDC)

Digi-KeyPart No.

Price EachMeasurementSpecialtiesPart No.1 10

MSP-100 Series — RoHS CompliantCalibrated 100mV Output — O-Ring Seal, 2 Foot Cable

100 5 MSP6900-ND 60.92 57.12 MS121-000000U-100PG

250 5 MSP6901-ND 60.92 57.12 MS121-00000U-250PG

500 5 MSP6902-ND 60.91 57.11 MS121-000000U-500PG

MSP-300 Series0mV ~ 100mV Output — 4 Wire Unamplified 1/4” NPT, 2 Foot Cable

100 5 MSP3101P1-ND◆ 75.03 70.34 2000130

250 5 MSP3251P1-ND◆ 75.03 70.34 2000199

500 5 MSP3501P1-ND◆ 75.03 70.34 2000255

1000 5 MSP3102P1-ND 75.03 70.34 2000045

2500 5 MSP3252P1-ND◆ 75.03 70.34 2000222

5000 5 MSP3502P1-ND◆ 75.03 70.34 2000096

10000 5 MSP3103P1-ND 75.03 70.34 2000157

0.5V ~ 4.5V Output — Ratiometric Output Voltage to Input Voltage3 Wire Supply Current 10mA Maximum 1/4” NPT, 2 Foot Cable

100 5 MSP3101P2-ND◆ 87.41 82.90 2000131

250 5 MSP3251P2-ND◆ 87.41 82.90 2000202

500 5 MSP3501P2-ND◆ 87.41 82.90 2000260

1000 5 MSP3102P2-ND◆ 87.41 82.90 2000046

2500 5 MSP3252P2-ND◆ 87.41 82.90 2000223

5000 5 MSP3502P2-ND 87.41 82.90 2000099

10000 5 MSP3103P2-ND◆ 87.41 82.90 2000158

1V ~ 5V Output — Fixed - 3 Wire Supply Current 10mA Maximum 1/4” NPT, 2 Foot Cable100 10 ~ 32 MSP3101P3-ND◆ 92.64 87.85 2000133

250 10 ~ 32 MSP3251P3-ND◆ 92.64 87.85 2000204

OperatingPressure

RangePSIG

VoltageSupply(VDC)

Digi-KeyPart No.


500 10 ~ 32 MSP3501P3-ND◆ 92.64 87.85 2000262

1000 10 ~ 32 MSP3102P3-ND 92.64 87.85 2000048

2500 10 ~ 32 MSP3252P3-ND◆ 92.64 87.85 2000226

5000 10 ~ 32 MSP3502P3-ND◆ 92.64 87.85 2000100

10000 10 ~ 32 MSP3103P3-ND◆ 92.64 87.85 2000159

1V ~ 5V — Output 1/8” NPT, 2 Foot Cable — RoHS Compliant100 10 ~ 32 MSP3101P4A1-ND 92.64 87.85 2000132

250 10 ~ 32 MSP3251P4A1-ND 92.64 87.85 2000203

500 10 ~ 32 MSP3501P4A1-ND 92.64 87.85 2000261

1000 10 ~ 32 MSP3102P4A1-ND 92.64 87.85 2000047

4mA ~ 20mA Output — 2 Wire Regulated Supply 1/4” NPT, 2 Foot Cable100 10 ~ 32 MSP3101P4-ND◆ 97.12 92.10 2000137

250 10 ~ 32 MSP3251P4-ND◆ 97.12 92.10 2000207

500 10 ~ 32 MSP3501P4-ND◆ 97.12 92.10 2000264

1000 10 ~ 32 MSP3102P4-ND 97.12 92.10 2000050

2500 10 ~ 32 MSP3252P4-ND 97.12 92.10 2000227

5000 10 ~ 32 MSP3502P4-ND◆ 97.12 92.10 2000101

10000 10 ~ 32 MSP3103P4-ND◆ 97.12 92.10 2000160

4mA ~ 20mA Output — 1/8” NPT, 2 Foot Cable100 10 ~ 32 MSP3101P5A1-ND 97.12 92.10 2000136

250 10 ~ 32 MSP3251P5A1-ND◆ 97.12 92.10 2000206

500 10 ~ 32 MSP3501P5A1-ND◆ 97.12 92.10 2000263

1000 10 ~ 32 MSP3102P5A1-ND 97.12 92.10 2000049

MSP-100 MSP-300 MSP-340 MSP-400 MSP-600 MSP-610 U5100 M5100

Pressure Range (PSIG) 0-100 ~ 500 0-100 ~ 10,000 0-100 ~ 1,000 1,000 ~ 5,000 0-25 ~ 5,000 0-100 ~ 500 0-15 ~ 500 0-25 ~ 10,000

Accuracy (combined linearity, hysteresis and repeatability)

±0.20% of FS ±1% of FS ±1% of FS ±0.50% of FS ±0.25% BSL ±0.25% of FS ±1% of FS ±0.25% of FS

Pressure Overload 1.5X 2X 2X 2X 2X 2X 3X 2X

Burst Pressure 3X5x or 20,000 PSIwhichever is less

4X 4X 5X

Outputs VDC or mA 0-100mV0-100mV, 1-5V

0.5-4.5V, 4-20mA0-100mV,0.5-4.5V

1-5V,4-20mA

0.5-4.5V1-5V, 4-20mA

0.5-4.5V,1-5V, 4-20mA

0.5-4.5V,1-5V, 4-20mA

0.5-4.5V,1-5V, 4-20mA

Zero Offset (millivolt output) (amplifi ed output)

±2% of FS±2% of FS



—±2% of FS

——

——

——

——

Span Tolerance ±2% of FS ±2% of FS ±2% of FS ±2% of FS — — — —

Long-Term Stability, Typical (1 year)

±0.25% ±0.25% ±0.25% ±0.25% ±0.25% ±0.25% ±0.1% ±0.25%

Operating Temperature (°C) 0 ~ 55 -20 ~ 85 -20 ~ 85 -40 ~ 85 -40 ~ 125 -40 ~ 125 -40 ~ 125 -40 ~ 125

Compensated Range (°C) 0 ~ 55 0 ~ 55 0 ~ 55 0 ~ 70 -20 ~ 85 — -20 ~ 85 -20 ~ 85

Thermo Zero Shift <±2% of FS <±2% of FS <±2% of FS <±1.5% of FS — — — —

Thermo Span Shift <±2% of FS <±2% of FS <±2% of FS <±1.5% of FS — — — —

Total Error Band N/A N/A N/A N/A 1.5% of FS 1.0% of FS ±0.75% of FS 1.0% of FS

EMI/RFI Protection, CE Mark No No No Yes Yes — — —

UL Listed No Yes No Yes Yes — — —

22.23

Stainless Steel Cover

StrainRelief

Pressure PortN=1/4" NPTA=1/8" NPT

609.647.7520.3215.24

22.23

BD

Pressure Port7/16"-20

with "O" ring

C

A

Stainless SteelCover

PackardConnector

Pin A Pin B

Pin C

2 FOOT CABLE —MSP SERIES

PACKARD CONNECTOR —MSP AND M5100 SERIES

2 FOOT CABLE —ULTRASTABLE 5100 AND M5100 SERIES

DimensionsA B C D

SAE 9.14 44.45 74.42 20.8UNF 13.3 48.0 81.7 20.3

22.23

16.2 48.024.0

72.4

1/4” NPTPressure Port



®


N

Rugged Stainless Steel Pressure TransducersFeaturing Microfused Technology (Cont.)


OperatingPressure

RangePSIG

VoltageSupply(VDC)

Digi-KeyPart No.


MSP-340 Series — RoHS Compliant

100mV Output — 1/8” NPT, 2 Foot Cable

100 5 MSP6892-ND 80.69 76.52 M3421-000006-100PG

300 5 MSP6893-ND 80.69 76.52 M3421-000006-300PG

500 5 MSP6894-ND 80.69 76.52 M3421-000006-500PG

1000 5 MSP6895-ND 80.69 76.52 M3421-000006-01KPG

0.5V ~ 4.5V Output — 1/8” NPT, 2 Foot Cable

100 5 MSP6896-ND 94.13 89.27 M3431-000006-100PG

300 5 MSP6897-ND 94.13 89.27 M3431-000006-300PG

500 5 MSP6898-ND 94.13 89.27 M3431-000006-500PG

1000 5 MSP6899-ND 94.13 89.27 M3431-000006-01KPG


4mA ~ 20mA Output — 2 Wire Regulated Supply 1/4” NPT, 2 Foot Cable

1000 10 ~ 32 MSP4102P4-ND 70.22 66.59 2000417


0.5VDC ~ 4.5VDC Output — 7/16” SAE, Packard Connector

50 5 MSP6050P3-4-ND 68.62 64.34 2000965

75 5 MSP6075P3-4-ND 68.62 64.34 2000966

100 5 MSP6101P3-4-ND 68.62 64.34 2000967

1000 5 MSP6102P3-4-ND 68.62 64.34 2000970

4mA ~ 20mA Output — 1/4” NPT, 2 Foot Cable

50 10 ~ 30 MSP6050P5-1-ND 77.02 73.04 2000879



300 5 MSP6906-ND 73.90 70.08 M6131-C00006-300PG

500 5 MSP6907-ND 73.90 70.08 M6131-C00006-500PG


100 5 MSP6903-ND 73.90 70.08 M6131-C00005-100PG

500 5 MSP6905-ND 73.90 70.08 M6131-C00005-500PG

1V ~ 5V Output — 1/4” NPT, 2 Foot Cable

300 8 ~ 30 MSP6909-ND 77.02 73.04 M6141-C00005-300PG


100 10 ~ 30 MSP6911-ND 87.78 83.24 M6181-C00005-100PG

300 10 ~ 30 MSP6912-ND 112.04 96.04 M6181-C00005-300PG

500 10 ~ 30 MSP6913-ND 87.78 83.24 M6181-C00005-500PG

UltraStable 5100 Series — RoHS Compliant

0.5V ~ 4.5V Ratiometric Output — 1/4” NPT, Absolute Pressure, 2 Foot Cable

15PSIA 4.75 ~ 5.25 223-1000-ND 122.68 118.67 U5131-000005-015PA

30PSIA 4.75 ~ 5.25 223-1002-ND 147.36 142.54 U5131-000005-030PA

100PSIA 4.75 ~ 5.25 223-1004-ND 147.36 142.54 U5131-000005-100PA

4mA ~ 20mA Output — 1/4” NPT, Absolute Pressure, 2 Foot Cable

15PSIA 9 ~ 30 223-1007-ND 157.18 152.04 U5151-000005-015PA

30PSIA 9 ~ 30 223-1009-ND 189.16 182.97 U5151-000005-030PA

100PSIA 9 ~ 30 223-1011-ND 189.16 182.97 U5151-000005-100PA

0.5V ~ 4.5V Ratiometric Output — 1/4” NPT, 2 Foot Cable

15 4.75 ~ 5.25 223-1001-ND 147.36 142.54 U5131-000005-015PG

30 4.75 ~ 5.25 223-1003-ND 122.68 118.67 U5131-000005-030PG

100 4.75 ~ 5.25 223-1005-ND 147.36 142.54 U5131-000005-100PG

500 4.75 ~ 5.25 223-1006-ND 147.36 142.54 U5131-000005-500PG

M5100 Series — RoHS Compliant

0.5V ~ 4.5V Ratiometric Output — 1/4” NPT, 2 Foot Cable

50 4.75 ~ 5.25 223-1038-ND 102.35 97.07 M5131-000005-050PG

75 4.75 ~ 5.25 223-1041-ND 102.35 97.07 M5131-000005-075PG

100 4.75 ~ 5.25 223-1020-ND 102.35 97.07 M5131-000005-100PG

250 4.75 ~ 5.25 223-1026-ND 102.35 97.07 M5131-000005-250PG

500 4.75 ~ 5.25 223-1032-ND 102.35 97.07 M5131-000005-500PG

1000 4.75 ~ 5.25 223-1014-ND 102.35 97.07 M5131-000005-01KPG

2500 4.75 ~ 5.25 223-1029-ND 102.35 97.07 M5131-000005-2K5PG

5000 4.75 ~ 5.25 223-1017-ND 102.35 97.07 M5131-000005-05KPG

10000 4.75 ~ 5.25 223-1023-ND 102.35 97.07 M5131-000005-10KPG

OperatingPressure

RangePSIG

VoltageSupply(VDC)

Digi-KeyPart No.


1V ~ 5V Output — 1/4” NPT, 2 Foot Cable

50 8 ~ 30 223-1039-ND 106.84 101.32 M5141-000005-050PG

75 8 ~ 30 223-1042-ND 106.84 101.32 M5141-000005-075PG

100 8 ~ 30 223-1021-ND 106.84 101.32 M5141-000005-100PG

250 8 ~ 30 223-1027-ND 106.84 101.32 M5141-000005-250PG

500 8 ~ 30 223-1033-ND 106.84 101.32 M5141-000005-500PG

1000 8 ~ 30 223-1015-ND 106.84 101.32 M5141-000005-01KPG

2500 8 ~ 30 223-1030-ND 106.84 101.32 M5141-000005-2K5PG

5000 8 ~ 30 223-1018-ND 106.84 101.32 M5141-000005-05KPG

10000 8 ~ 30 223-1024-ND 106.84 101.32 M5141-000005-10KPG


50 9 ~ 30 223-1040-ND 112.06 106.27 M5151-000005-050PG

75 9 ~ 30 223-1043-ND 92.99 88.18 M5151-000005-075PG

100 9 ~ 30 223-1022-ND 112.06 106.27 M5151-000005-100PG

250 9 ~ 30 223-1028-ND 112.06 106.27 M5151-000005-250PG

500 9 ~ 30 223-1034-ND 112.06 106.27 M5151-000005-500PG

1000 9 ~ 30 223-1016-ND 112.06 106.27 M5151-000005-01KPG

2500 9 ~ 30 223-1031-ND 112.06 106.27 M5151-000005-2K5PG

5000 9 ~ 30 223-1019-ND 112.06 106.27 M5151-000005-05KPG

10000 9 ~ 30 223-1025-ND 112.06 106.27 M5151-000005-10KPG

0.5V ~ 4.5V Ratiometric Output — 7/16” UNF Male, O-Ring, Packard Connector

50 4.75 ~ 5.25 223-1045-ND 84.90 80.51 M5134-000004-050PG

75 4.75 ~ 5.25 223-1046-ND 84.90 80.51 M5134-000004-075PG

250 4.75 ~ 5.25 223-1048-ND 102.35 97.07 M5134-000004-250PG

500 4.75 ~ 5.25 223-1049-ND 102.35 97.07 M5134-000004-500PG

1000 4.75 ~ 5.25 223-1050-ND 84.90 80.51 M5134-000004-01KPG

2500 4.75 ~ 5.25 223-1051-ND 102.35 97.07 M5134-000004-2K5PG

5000 4.75 ~ 5.25 223-1052-ND 102.35 97.07 M5134-000004-05KPG

7500 4.75 ~ 5.25 223-1074-ND 102.35 97.07 M5134-000004-7K5PG

10000 4.75 ~ 5.25 223-1053-ND 102.35 97.07 M5134-000004-10KPG

1V ~ 5V Output — 7/16” UNF Male, O-Ring, Packard Connector

50 8 ~ 30 223-1055-ND 106.84 101.32 M5144-000004-050PG

75 8 ~ 30 223-1056-ND 88.94 84.34 M5144-000004-075PG

100 8 ~ 30 223-1057-ND 88.90 84.31 M5144-000004-100PG

250 8 ~ 30 223-1058-ND 88.90 84.31 M5144-000004-250PG

500 8 ~ 30 223-1059-ND 88.90 84.31 M5144-000004-500PG

1000 8 ~ 30 223-1060-ND 106.84 101.32 M5144-000004-01KPG

2500 8 ~ 30 223-1061-ND 88.90 84.31 M5144-000004-2K5PG

5000 8 ~ 30 223-1062-ND 106.84 101.32 M5144-000004-05KPG

7500 8 ~ 30 223-1075-ND 88.94 — M5144-000004-7K5PG

10000 8 ~ 30 223-1063-ND 106.84 101.32 M5144-000004-10KPG

4mA ~ 20mA Output — 7/16” UNF Male, O-Ring, Packard Connector

100 9 ~ 30 223-1067-ND 112.06 106.27 M5154-000004-100PG

500 9 ~ 30 223-1069-ND 92.99 88.18 M5154-000004-500PG

2500 9 ~ 30 223-1071-ND 92.99 88.18 M5154-000004-2K5PG

7500 9 ~ 30 223-1076-ND 112.06 106.27 M5154-000004-7K5PG

10000 9 ~ 30 223-1073-ND 112.06 106.27 M5154-000004-10KPG

Barometric Pressure Sensors — RoHS Compliant

.010 ~ 1.1 bar 2.2 ~ 3.6 223-1098-1-ND† 28.50 — MS5440-CM

.010 ~ 1.1 bar 2.2 ~ 3.6 223-1098-2-ND‡ 12201.50/1,000 MS5440-CM

0 ~ 14 bar 2.2 ~ 3.6 223-1099-1-ND† 28.50 — MS5441-CM

0 ~ 14 bar 2.2 ~ 3.6 223-1099-2-ND‡ 12201.50/1,000 MS5441-CM

.010 ~ 1.1 bar 2.2 ~ 3.6 223-1100-1-ND† 34.09 — MS5534-CM

.010 ~ 1.1 bar 2.2 ~ 3.6 223-1100-2-ND‡ 14588.93/1,000 MS5534-CM

0 ~ 14 bar 2.2 ~ 3.6 223-1101-1-ND† 41.12 — MS5535-CM

0 ~ 14 bar 2.2 ~ 3.6 223-1101-2-ND‡ 17620.71/1,000 MS5535-CM

Cable Harnesses

DescriptionLength

Inch Digi-KeyPart No.


Cable Harness Packard 12 734-1163-ND 9.63 8.62 8.08 P2432.3

Cable Harness Packard 36 734-1164-ND 17.27 16.56 14.99 P2435.3

Cable Harness Packard 72 734-1165-ND 21.83 21.02 19.19 14306.3

Pre-made Cable Harnesses from SSI Technologies, Inc. with the industry standard Packard™ Automotive Connector.


®


N

PC Board Mountable Pressure SensorsModel 1451 This pressure sensor is intended for high volume applications where small size, light weight, low cost, and com pat ibility with auto mated assembly equip ment are required. Features: • SMT Package • ±0.25% Pressure Non-linearity • 3 Pressure Port Options • Solid State Reliability • Low Power Specifi cations: • Output: 0 ~ 60mV • Sup ply Volt age: 3VDC • Response Time: 1.0mSec typical • Op erating Temperature: -40°C ~ 125°C

PressurePressure

Type PackageDigi-KeyPart No.

Price EachMeasurementSpecialtiesPart No.1 10 100

0-5PSIG Gage Tube MSP6800-ND◆ 23.86 22.61 18.21 1451-005G-T0-5PSIA Absolute Wide MSP6801-ND 23.86 22.61 18.21 1451-005A-W

0-15PSIA Absolute Narrow MSP6802-ND◆ 23.86 22.61 18.21 1451-015A-N0-15PSIG Gage Tube MSP6803-ND◆ 23.86 22.61 18.21 1451-015G-T0-30PSIA Absolute Narrow MSP6805-ND 23.86 22.61 18.21 1451-030A-N0-30PSIG Gage Tube MSP6806-ND 23.86 22.61 18.21 1451-030G-T0-30PSIA Absolute Wide MSP6807-ND 23.86 22.61 18.21 1451-030A-W0-50PSIA Absolute Narrow MSP6808-ND◆ 23.86 22.61 18.21 1451-050A-N0-50PSIG Gage Tube MSP6809-ND◆ 23.86 22.61 18.21 1451-050G-T0-50PSIA Absolute Wide MSP6810-ND 23.86 22.61 18.21 1451-050A-W

0-100PSIA Absolute Narrow MSP6811-ND◆ 23.86 22.61 18.21 1451-100A-N0-100PSIG Gage Tube MSP6812-ND◆ 23.86 22.61 18.21 1451-100G-T0-100PSIA Absolute Wide MSP6813-ND◆ 23.86 22.61 18.21 1451-100A-W

'B' Through hole(1451 N & T)(Pressure Port)

'B' Through hole(1451 W Only)

OrientationFeature

7.6 Sq.

6.4 Sq.

C

D

A .64

6.4

PackageDimensions (mm)

A B C DNarrow Hole 2.79 0.78 — —Wide Hole 2.79 4.06 — —

Tube 2.79 0.78 5.59 2.29

PC Board Mountable Pressure Sensors Temperature Compensated

These pressure sensors are intended for cost sensitive appli cations where excellent performance and long-term stability are required. Integral temperature compensation is provided using laser-trimmed resistors. An ad d itional laser-trimmed resistor is included to normalize pressure sensitivity variations by programming the gain of an external differ ential amplifi er. This provides sensitivity inter change ability of ±1%.Features: • ±0.1% Non-linearity • ±1.0% Inter change able Span (provided by gain set resistor) • Solid State Reliability • Low PowerSpecifi cations: • Output: 0-100mV typical (full scale) • Sup ply Current: 1.5mA typical • Response Time: 1.0mSec typical (For a zero-to-full scale pressure step change) • Oper ating Temperature: -40°C ~ 125°C

Model 1210/1220 – Low Pressure:• 0°C ~ 50°C Temperature Compen sation Range • 1.0% Temperature Performance

Model 1230/1240 – UltraStable™:• -20°C ~ 85°C Temperature Com pen sation Range • ±0.5% Temperature Performance

Model 1210/1220 – Medium Pressure:• 0°C ~ 50°C Temperature Com pen sation Range • 0.5 ~ 1% Temperature Performance

PressurePressure

Type PackageDigi-KeyPart No.

Price EachMeasurementSpecialtiesPart No.1 10 100

Model 1210 / 1220 - Low and Medium Pressure — RoHS Compliant0-1PSID Differential 8-Pin Dip MSP6940-ND 29.73 28.17 22.70 1210A-001D-3L0-2PSID Differential 8-Pin Dip MSP6814-ND 29.73 28.17 22.70 1210A-002D-3L0-5PSID Differential 8-Pin Dip MSP6816-ND 29.73 28.17 22.70 1220A-005D-3L

0-15PSID Differential 8-Pin Dip MSP6941-ND 29.73 28.17 22.70 1210A-015D-3L0-15PSID Differential 8-Pin Dip MSP6943-ND 29.73 28.17 22.70 1220A-015D-3L

0-100PSID Differential 8-Pin Dip MSP6942-ND 29.73 28.17 22.70 1210A-100D-3L0-100PSID Differential 8-Pin Dip MSP6944-ND 29.73 28.17 22.70 1220A-100D-3L

Model 1230 / 1240 - Ultrastable0-15PSID Differential 8-Pin Dip MSP6819-ND 35.24 33.29 26.93 1240-015D-3L0-15PSID Differential 8-Pin Dip MSP6945-ND◆ 35.24 33.29 26.93 1230-015D-3L0-30PSID Differential 8-Pin Dip MSP6822-ND◆ 35.24 33.29 26.93 1230-030D-3L

0-100PSID Differential 8-Pin Dip MSP6828-ND 35.24 33.29 26.93 1230-100D-3L0-100PSID Differential 8-Pin Dip MSP6829-ND◆ 35.24 33.29 26.93 1240-100D-3L

UltraStable™ Stainless Steel PressureSensors Ribbon Cable with ConnectorFeatures: • Gage Pressure type • -20°C ~ 85°C Compensated temperature range • ±1.0% Inter change able

Span (pro vided by gain set resistor) • High performance • Small profi le • Solid State reliability • Low power

• ±0.1% Pres sure non-linearity

Specifi cations: • Output: 0mV~100mV • Sup ply Current: 1.5mA typical (guarantees output/ input ratio-

metricity) • Oper ating Temperature: -40°C ~ 125°C

Fig. Pressure

OutputLoadRes.

Digi-KeyPart No.

Price Each MeasurementSpecialtiesPart No.1 10 100

Model 82 , O-Ring Flush Mount — RoHS Compliant

1

0-1PSIG 5MΩ Min. MSP6927-ND 79.31 75.21 69.74 82-001G-C0-15PSIG 5MΩ Min. MSP6928-ND 69.10 64.78 56.15 82-015G-C0-30PSIG 5MΩ Min. MSP6929-ND 69.10 64.78 56.15 82-030G-C0-100PSIG 5MΩ Min. MSP6930-ND 69.10 64.78 56.15 82-100G-C0-300PSIG 5MΩ Min. MSP6931-ND 69.10 64.78 56.15 82-300G-C0-15PSIA 5MΩ Min. MSP6932-ND 69.10 64.78 56.15 82-015A-C0-30PSIA 5MΩ Min. MSP6933-ND 69.10 64.78 56.15 82-030A-C0-100PSIA 5MΩ Min. MSP6934-ND 69.10 64.78 56.15 82-100A-C0-300PSIA 5MΩ Min. MSP6935-ND 69.10 64.78 56.15 82-300A-C0-500PSIA 5MΩ Min. MSP6936-ND 69.10 64.78 56.15 82-500A-C

Model 85, 1/4” - 18 NPT

2

0-15PSIG 5MΩ Min. MSP6853-ND 68.37 64.10 55.56 85-015G-4C0-30PSIG 5MΩ Min. MSP6854-ND◆ 68.37 64.10 55.56 85-030G-4C0-50PSIG 5MΩ Min. MSP6855-ND◆ 68.37 64.10 55.56 85-050G-4C0-100PSIG 5MΩ Min. MSP6856-ND◆ 68.37 64.10 55.56 85-100G-4C0-300PSIG 5MΩ Min. MSP6857-ND◆ 68.37 64.10 55.56 85-300G-4C0-500PSIG 5MΩ Min. MSP6858-ND◆ 68.37 64.10 55.56 85-500G-4C0-15PSIA 5MΩ Min. MSP6916-ND◆ 68.37 64.10 55.56 85-015A-4C0-30PSIA 5MΩ Min. MSP6917-ND◆ 68.37 64.10 55.56 85-030A-4C

Fig. Pressure

OutputLoadRes.

Digi-KeyPart No.

Price Each MeasurementSpecialtiesPart No.1 10 100

20-100PSIA 5MΩ Min. MSP6918-ND◆ 68.37 64.10 55.56 85-100A-4C0-300PSIA 5MΩ Min. MSP6919-ND◆ 68.37 64.10 55.56 85-300A-4C0-500PSIA 5MΩ Min. MSP6920-ND◆ 68.37 64.10 55.56 85-500A-4C

Model 86, O-Ring Flush Mount

1

0-5PSIG 1MΩ Min. MSP6859-ND◆ 61.75 57.90 50.18 86-005G-C0-15PSIG 1MΩ Min. MSP6860-ND◆ 61.75 57.90 50.18 86-015G-C0-30PSIG 1MΩ Min. MSP6861-ND◆ 61.75 57.90 50.18 86-030G-C0-50PSIG 1MΩ Min. MSP6862-ND◆ 61.75 57.90 50.18 86-050G-C

0-100PSIG 1MΩ Min. MSP6863-ND◆ 61.75 57.90 50.18 86-100G-C0-300PSIG 1MΩ Min. MSP6864-ND 61.75 57.90 50.18 86-300G-C0-500PSIG 1MΩ Min. MSP6865-ND 61.75 57.90 50.18 86-500G-C

0-5PSIA 5MΩ Min. MSP6921-ND◆ 61.75 57.90 50.18 86-005A-C0-15PSIA 5MΩ Min. MSP6922-ND◆ 61.75 57.90 50.18 86-015A-C

0-100PSIA 5MΩ Min. MSP6924-ND◆ 61.75 57.90 50.18 86-100A-C0-300PSIA 5MΩ Min. MSP6925-ND◆ 61.75 57.90 50.18 86-300A-C0-500PSIA 5MΩ Min. MSP6926-ND◆ 61.75 57.90 50.18 86-500A-C

Model 87N, 1/8” - 27 NPT — RoHS Compliant

20-1000PSIA 5MΩ Min. MSP6937-ND 73.91 69.29 60.06 87N-1000A-8C0-3000PSIA 5MΩ Min. MSP6938-ND 73.91 69.29 60.06 87N-3000A-8C0-5000PSIA 5MΩ Min. MSP6939-ND 73.91 69.29 60.06 87N-5000A-8C

Fig. 2Fig. 1

A

3.7

152.4

15.2

5.7

5 x1.27

#1

Compboard

Ø 14.1comp boardclearance

B

CModelDimensions (mm)

A B C1/8 - 27 NPT 22.2 19.1 9.51/4 - 18 NPT 15.9 18.5 6.2

◆ RoHS Compliant

◆ RoHS Compliant

◆ RoHS Compliant

PC Board Mountable Pressure Sensors 44xx SeriesModel 4425 and 4426These pressure sensors are temperature compensated, piezoresistive silicon pressure sensors packaged in a dual-in-line confi guration and intended for cost sensitive applications where excellent performance and long-term stability are required. Features: • Dual in-line package • Solid state reliability Specifi cations: • Output: 0 ~ 100mV • Supply voltage: 12V (typical) • Operating temperature range: -25°C ~ 85°C

PressurePressure

TypeDigi-KeyPart No.

Price Each Measurement SpecialtiesPart No.1 10 100

Fig. 1 — Model 44251PSID Differential 223-1089-ND 28.89 27.37 22.05 4425-001D5PSID Differential 223-1090-ND 28.89 27.37 22.05 4425-005D15PSID Differential 223-1091-ND 28.05 — — 4425-015D15PSIA Absolute 223-1092-ND 28.89 27.37 22.05 4425-015A

100PSID Differential 223-1093-ND 28.89 27.37 22.05 4425-100DFig. 2 — Model 4426

1PSIG Gage 223-1094-ND 28.89 27.37 22.05 4426-001G5PSIG Gage 223-1095-ND 28.89 27.37 22.05 4426-005G15PSIG Gage 223-1096-ND 28.89 27.37 22.05 4426-015G15PSIA Absolute 223-1097-ND 28.89 27.37 22.05 4426-015A

13.7

7.5

2.54Pins Pitch

Ø3.40

13.7

7.52.54PinsPitch

Ø3.40

Fig. 1 Fig. 2

Tube Length: 470 (±5mil.)

8 7 6 5

1 2 3 4

15.2

15.2

9.43.0

8.15.1

3.82.52 x 3.2

4.2

Lid -9.4 x 13.978 x 0.5

5.68.6

Dimensions in mm

Dim. in mm


N

DescriptionOperating

RangePowerRange

Digi-KeyPart No.

Price EachMeasurement SpecialtiesPart No.1 5 10

LVDT Signal Conditioner Board

3.5 ± 10% Vrms

2.5kHz, 5kHz, 10kHz

356-1001-ND 129.53 120.76 113.44 04171776-000

DC Powered Voltage ModuleThe LVM-110 Module is a DC-powered LVDT signal conditioner board consisting of a carrier oscillator, AC amplifier,

demodulator, filter, and DC amplifier.

Features: • DC powered • Zero and span controls • Six jumper selectable gains • Plug-in, card edge, or stand-off

installation • 2.5kHz, 5kHz or 10kHz excitation

GCD-SE SeriesModel No.

Linear RangeInches (mm)

Digi-KeyPart No.


GCD-SE-100 0.10 (2.54) 356-1005-ND 434.94 388.73 365.36 02351006-000

GCD-SE-500 0.50 (12.7) 356-1007-ND 556.01 497.44 467.16 02351008-000

GCD-SE-1000 1.0 (25.4) 356-1008-ND 585.05 523.56 491.65 02351009-000

GCD-SE-2000 2.0 (50.8) 356-1009-ND 632.08 565.72 530.96 02351010-000

GCD-SE Series Gage Heads -Precision Spring-Loaded Features: • CE compliance • Heavy-duty, all welded construction • Unipolar ranges: 0.1” ~ 2.0” • 8.5VDC ~ 28VDC operation • Low power consumption • May be battery operated • 0VDC ~ 5VDC and 1VDC ~ 6VDC outputs • New heavy duty front end • Hermetically sealed design

DescriptionLinear Range




Digital Protractor Model DP-45

±45° 0°C ~ 65°C 356-1035-ND 304.71 286.96 259.35 02475-01

AngleStar® Digital ProtractorThe AngleStar Digital Protractor Model DP-45 provides instant digital display of level, angle and tilt.

Features: • Reads in degrees • Alternate reference (floating zero) • Display hold • High impact plastic carrying case

DescriptionLinear Range




Single Axis Ratiometric Vertical Flange ±45° -30°C ~ 65°C 356-1032-ND 125.53 115.60 105.67 02110002-000

Single Axis Ratiometric Horizontal Flange ±45° -30°C ~ 65°C 356-1033-ND 125.53 115.60 105.67 02110102-000

AccuStar® Electronic ClinometersThe AccuStar Electronic Clinometer is an extremely accurate angle measurement device. This compact and rugged sensor is ideal where space is critical and environ mental conditions are serious design concerns.Features: • CE certified • Just 2” in diameter • Rugged plastic housing • Ex tremely accurate • Weighs only 2 oz.

Dual Channel LVDT Readout/ControllerThe Measurement Specialties microprocessor based LVDT indicator and set-point controller is designed for industrial and

process control applications utilizing any LVDT/RVDT-based measurement device.

Features: • 1/4 DIN aluminum case • EL back-lit • LCD display • Standard 9-Pin RS-232 Connector

DescriptionLinearRange



PriceEach

Measurement SpecialtiesPart No.

MP2000 Series <±0.02% 0°C ~ 55°C 356-1075-ND 670.92 02291335-000

Ares Series PressureTransducersThe Ares Series is a small, low cost pressure transducer, which is able to measure pressures as low as 0 ~ 5, 0 ~ 10, 0 ~ 15 inches of water, and 0 ~ 1psig.Features: • Very low pressure ranges • Small size • PCB mountable • Solder reflow capability • Barbed pressure ports

LM Series Pressure SensorsThe LM Series incorporates stainless steel and plastic isolation suitable for water, other fluid and gas.

Features: • Low pressure ranges • High level output • Small size • Plastic fitting

High Stability Stainless Steel Pressure TransducerThe UltraStable 300/600 from Measurement Specialties, incorporates an ultra-rugged IP 67 rated housing. All wetted parts are constructed of 316 (300 Series)/316L (600 Series) stainless steel, providing media isolation and no internal “O” rings.

Series

Operating PressureRange

VoltageSupply

Digi-KeyPart No.


0.5-4.5V Output —1/4” NPT, 2 Foot Cable

U331

15PSIG 4.75-5.25 VDC 356-1044-ND 97.12 92.10 85.41 US331-000005-015PG

30PSIG 4.75-5.25 VDC 356-1045-ND 97.12 92.10 85.41 US331-000005-030PG

100PSIG 4.75-5.25 VDC 356-1046-ND 97.12 92.10 85.41 US331-000005-100PG

500PSIG 4.75-5.25 VDC 356-1047-ND 97.12 92.10 85.41 US331-000005-500PG

15PSIA 4.75-5.25 VDC 356-1048-ND 97.12 92.10 85.41 US331-000005-015PA

30PSIA 4.75-5.25 VDC 356-1049-ND 97.12 92.10 85.41 US331-000005-030PA

100PSIA 4.75-5.25 VDC 356-1050-ND 97.12 92.10 85.41 US331-000005-100PA

DescriptionLinearRange

Op. Temp.Range

Digi-KeyPart No.


Dual Axis Clinometer ±20° -20°C ~ 75°C 356-1034-ND 103.56 98.38 93.21 02119011-000

AccuStar® II ClinometerAccuStar II combines the function of two clinometers in one package. The unique dome shaped design features a capacitance based sensor which produces output signals directly proportional to the relative tilt in two axis.Features: • Two clinometers in one package • Adaptable design DC powered • Ratiometric and PW digital output in one model • Trimmable DC output

Rotary Variable Inductance Transducer (RVIT)The R120LC is a DC operated noncontact rotary transducer.

DescriptionFull

RangeInput

VoltageOutputVoltage

Digi-KeyPart No.


R120LC Transducer ±60° 4.75-5.25VDC 0.5-4.5VDC 356-1076-ND 121.63 111.49 101.36 02183000-000

U300 U600Pressure Range (PSIG) 0-15 ~ 500 0-15 ~ 500Accuracy (combined linearity, hysteresis

and repeatability) ±0.10% of FS ±0.10% of FS

Pressure Overload 3X 3XBurst Pressure 4x or 20,000 PSI

Outputs VDC or mA 0.5-4.5V4-20mA

0.5-4.5V4-20mA

Zero Offset (amplifi ed output) ±0.50% of FS ±0.50% of FSSpan Tolerance ±0.50% of FS ±0.50% of FSLong-Term Stability, Typical ±0.10% of FS/Year ±0.10% of FS/Year

Operating Temperature (°F) (-40 ~ 221) (-58 ~ 257)(°C) (-40 ~ 105) (-50 ~ 125)

Thermo Zero Shift ±0.75% of FS —Thermo Span Shift ±0.75% of FS —

DescriptionOutputVoltage

Standard Pressure Range

Accuracy% FSO

Digi-KeyPart No.


Ares SeriesPCB Mount 0.5-4.5V 5" H2O 0.25 356-1036-ND◆ 40.92 38.66 36.38 GA100-005WD

PCB Mount 0.5-4.5V 10" H2O 0.50 356-1037-ND 40.92 38.66 36.38 GA100-010WD


PCB Mount 0.5-4.5V 1PSI 0.75 356-1039-ND◆ 40.92 38.66 36.38 GA100-001PD




PCB Mount 0.25-4.5V 1PSI 1.2 356-1043-ND 40.92 38.66 36.38 GA200-001PD

LM Series — RoHS Compliant1/2” NPT, Plastic Fitting 0.5-4.5V 1PSI 0.25 356-1072-ND 88.90 84.31 82.78 LM31-00000F-001PG

1/2” NPT, Plastic Fitting 0.5-4.5V 5PSI 0.25 356-1073-ND 88.90 84.31 82.78 LM31-00000F-005PG

1/2” NPT, Plastic Fitting 0.5-4.5V 30PSI 0.25 356-1074-ND 88.90 84.31 82.78 LM31-00000F-030PG

Series

Operating PressureRange

VoltageSupply

Digi-KeyPart No.


4-20mA Output — 1/4” NPT, 2 Foot Cable

U381

15PSIG 10-30 VDC 356-1051-ND 102.35 97.07 90.01 US381-000005-015PG

30PSIG 10-30 VDC 356-1052-ND 102.35 97.07 90.01 US381-000005-030PG

100PSIG 10-30 VDC 356-1053-ND 102.35 97.07 90.01 US381-000005-100PG

500PSIG 10-30 VDC 356-1054-ND 102.35 97.07 90.01 US381-000005-500PG

15PSIA 10-30 VDC 356-1055-ND 102.35 97.07 90.01 US381-000005-015PA

30PSIA 10-30 VDC 356-1056-ND 102.35 97.07 90.01 US381-000005-030PA

100PSIA 10-30 VDC 356-1057-ND 102.35 97.07 90.01 US381-000005-100PA

0.5-4.5V Output — 1/4” NPT, 2 Foot Cable

U631

15PSIG 4.75-5.25 VDC 356-1058-ND 90.61 85.93 — US631-C00005-015PG

30PSIG 4.75-5.25 VDC 356-1059-ND 90.61 85.93 — US631-C00005-030PG

500PSIG 4.75-5.25 VDC 356-1061-ND 90.61 85.93 — US631-C00005-500PG

15PSIA 4.75-5.25 VDC 356-1062-ND 90.61 85.93 — US631-C00005-015PA

4-20mA Output1/4” NPT, 2 Foot Cable

U681

15PSIG 10-30 VDC 356-1065-ND 169.35 142.92 127.02 US681-C00005-015PG

30PSIG 10-30 VDC 356-1066-ND 110.28 107.91 — US681-C00005-030PG

100PSIG 10-30 VDC 356-1067-ND 110.28 107.91 — US681-C00005-100PG

500PSIG 10-30 VDC 356-1068-ND 110.28 107.91 — US681-C00005-500PG

15PSIA 10-30 VDC 356-1069-ND 110.28 107.91 — US681-C00005-015PA

30PSIA 10-30 VDC 356-1070-ND 110.28 107.91 — US681-C00005-030PA

100PSIA 10-30 VDC 356-1071-ND 110.28 107.91 — US681-C00005-100PA

◆ RoHS Compliant


N

Load Cells

Fig. 1 Fig. 2Ø 6.0

Ø 26.0

19.4

0

16.8

0

2.5

0

609.6

3 Core Wire (Amplifier)28 AWG 85°C 300V

2-Ø 3.0

34

.0

8.0

Ø 8.0

Ø 31.75

1.04 Core Wire(Bridge Only)

9.2

0

10

.20

25.40

2-M3 Mounting ScrewsISO 68-1973

Fig. Compression/Tension

Range (Lbf)Excitation

(VDC)Output Span Voltage

@±5% ToleranceStorage/Operating

Temperature RangeDigi-KeyPart No.


110 3.3 ~ 5.0 0.5 ~ 4.5 V -40°C ~ 85°C MSP6948-ND 52.48 42.28 31.50 FC2231-0000-0010-L25 3.3 ~ 5.0 0.5 ~ 4.5 V -40°C ~ 85°C MSP6949-ND 52.48 42.28 32.45 FC2231-0000-0025-L50 3.3 ~ 5.0 0.5 ~ 4.5 V -40°C ~ 85°C MSP6950-ND 52.48 42.28 31.50 FC2231-0000-0050-L

2

250 5.0 10.0 mV/V -40°C ~ 85°C MSP6952-ND 104.96 81.11 62.98 FC2311-0000-0250-L500 5.0 10.0 mV/V -40°C ~ 85°C MSP6953-ND 104.96 81.11 65.85 FC2311-0000-0500-L1000 5.0 10.0 mV/V -40°C ~ 85°C MSP6954-ND 104.96 81.11 62.98 FC2311-0000-1000-L2000 5.0 10.0 mV/V -40°C ~ 85°C MSP6955-ND 104.96 81.11 65.85 FC2311-0000-2000-L

Measurement Specialties Sensors’ pro prietary Microfused™ technology, de rived from demanding aerospace ap pli cations, employs micro-machined silicon piezo-resistive strain gages fused with high temperature glass to a high per formance stainless steel substrate.

Features: • Low Cost • Small Size • High Reliability • Fast Response Time • Ro bust: High Over range Capability

Dimensions in mm

Dimensions in mm

Sensors with Temperature OutputSenstronics Storm Series is a unique product providing a lifetime of accuracy for combined pressure/temperature applications used in harsh media requiring stainless steel wetted parts. The 17-4PH stainless steel sensor design allows for a wide range of temperature and provides a rugged design that can withstand high levels of shock and vibration.Specifi cation: • 1/4 NPTF Note: Mating harness included with each sensor.

Operating PressureRange (PSIG)

OperatingTemperature Range

OutputVoltage

Supply VoltageRange (V)

Digi-KeyPart No.

PriceEach

SenstronicsPart No.

250 -40°C ~ 125°C 0.5 ~ 4.5 8 ~ 30 ST00638-ND 43.62 ST00638

500 -40°C ~ 125°C 0.5 ~ 4.5 8 ~ 30 ST00223-ND 43.62 ST00223

PolarizingKey Pin 1

Pin 4Pin 3

Pin 2

Ø 19

Ø 24.5

5.7

14.4

35

9.7

M12 x 1PConnector

Dimensions in mm


SensorsThe relative humidity sensors by Humirel are based on capacitive cell technology using a patented solid polymer structure. They are fully interchangeable with no calibration required in standard conditions. Suitable for linear voltage or frequency output circuitry. An NTC thermistor is used for temperature measurement.The RH modules are based on the HS1101LF capacitive humidity sensor and are voltage output devices. The RH/Temperature modules include a NTC thermistor for temperature measurement and are voltage or frequency output.Features:• High reliability and long term stability• Instantaneous de-saturation after long periods in saturation conditions• Fast response times• Patented solid polymer structure

◆ RoHS Compliant † HM1510 - HM1500 with socket at tip to accept HS1101 to test interchangeability

Fig. DescriptionSupply

Voltage (Typ.)Nom. Cap.@55% RH

ResponseTime

NominalOut

RH MeasuringRange


Digi-KeyPart No.

Price Each1 10 100

Sensors — RoHS Compliant1 RH Sensor Side Opening 5V 180pF — — 1 ~ 99% RH -60°C ~ 140°C HS1101LF-ND 8.94 7.95 6.362 Temp./RH Sensor SMD Side Opening 5V 180pF 10 Sec. — 1 ~ 99% RH -60°C ~ 140°C HTS2030SMD-ND 12.28 11.67 9.21

Modules3 Temp./RH Module Voltage Output 5V — — 2.48V @55% RH 1 ~ 99% RH -30°C ~ 70°C HTM2500LF-ND 42.38 40.03 32.384 Temp./RH Module Frequency Output JST Conn. 5V — 10 Sec. 8750Hz @55% RH 0 ~ 99% RH -30°C ~ 80°C HTF3226LF-ND◆ 13.42 12.75 10.075 Temp./RH Module Frequency Output Mini 5V — 10 Sec. 6600Hz @55% RH 0 ~ 100% RH -40°C ~ 85°C HTF3000LFPVH-ND◆ 15.70 14.92 11.786 Temp./RH Module Voltage Output Analog 5V — 10 Sec. 2.48V @55% RH 0 ~ 100% RH -40°C ~ 100°C HTM1735LF-ND◆ 19.87 18.83 15.177 Temp./RH Module, Side Conn. with Tab, Vout 5V –– 5 Sec. 2.48V @55% RH 0 ~ 100% RH -40°C ~ 110°C HTG3515CH-ND◆ 18.64 15.20 13.068 Temp./RH Module, Side Conn. Vout 5V — 5 Sec. 2.48V @55% RH 0 ~ 100% RH -40°C ~ 110°C HTG3535CH-ND◆ 18.64 15.20 13.06

Demo Kit Includes: 1 x HM1500, 1 x HM1510 and 5 x HS1101 HDEMOKIT-ND† 47.76 — —

Capacitive Humidity SensorsNom. Cap.

@55% RH (Typ.)Sensitivity pF/% RH

Min. / Max.Response Time

Sec. (Typ.)Digi-KeyPart No.


HCH-1000 Series330pF 0.55/0.65 15 480-2903-ND 4.35 2.98 2.68 HCH-1000-001330pF 0.55/0.65 15 480-2904-ND 4.45 3.05 2.74 HCH-1000-002

Supply Voltage (Vdc)

Min. / Max.

Accuracy % RH

Min. / Max.

Response Time Sec.

(Typ.)Digi-KeyPart No.

Price EachTape & Reel‡

Pricing1,000

HoneywellPart No.1 10 25

HIH-4000 Series4/5.8 -3.5/+3.5 15 480-2905-ND 17.62 14.02 13.14 — HIH-4000-0014/5.8 -3.5/+3.5 15 480-2906-ND 20.17 16.05 15.04 — HIH-4000-003

HIH-4030 Series4/5.8 -3.5/+3.5 5 480-3166-1-ND† 11.31 8.66 8.18 5883.48 HIH-4030-0014/5.8 -3.5/+3.5 5 480-3167-ND 11.35 8.69 8.21 — HIH-4030-003

HIH-4031 Series4/5.8 -3.5/+3.5 5 480-3168-1-ND† 14.18 10.86 10.26 7378.73 HIH-4031-0014/5.8 -3.5/+3.5 5 480-3169-ND 13.92 10.66 10.07 — HIH-4031-003

HIH-4602 Series4/5.8 -3.5/+3.5 50 480-3178-ND 49.66 41.14 39.37 — HIH-4602-C

HIH-5030 Series2.7/5.5◊ -3.0/+3.0▲ 5 480-3294-1-ND† 9.28 6.79 6.36 4476.64 HIH-5030-001

HIH-5031 Series2.7/5.5◊ -3.0/+3.0▲ 5 480-3284-1-ND† 11.66 8.93 8.43 6065.23 HIH-5031-001

◊ Device is tested @3.3Vdc and 25°C ▲ Total accuracy including interchangeability is ±3% RH.† Cut Tape ‡ For Tape & Reel part number, change 1-ND to 2-ND.

Fig. 6Fig. 5

Fig. 3 Fig. 4Fig. 2Fig. 1

Fig. 7 Fig. 8

27

11.9

27

11.9

®

HCH-1000 Series humidity sensor is a capacitive polymer sensor designed for relative humidity measure ment. Features: • Polymer sensing offers enhanced resistance against contamination • Enhanced sensitivity and accuracy, fast response Operating Temperature Range: -40°C ~ 120°C Operating Humidity Range: 0 ~ 100%HIH-40xx and HIH-50xx Series humidity sensors are designed specifi cally for high volume OEM users. Features: • Molded thermoset plastic housing • Near linear voltage output vs. % RH Operating Temperature Range: -40°C ~ 85°C Operating Humidity Range: 0 ~ 100% HIH-4602 Series relative humidity sensors combine both rela tive humidity and temperature sensing in a TO-5 housing with a hydrophobic sintered stainless steel fi lter. Features: • Near linear voltage output vs % RH • Chemically resistant • Built-in static protection • TO-5 housing

HIH-4000 Series

HIH-4602 Series

HCH-1000 Series

HIH-4030/31 and HIH-5030/31 Series


N

ChipCap Humidity and Temperature SensorsFeatures: • Simultaneous relative humidity and temperature outputs • Precision accuracy ±2% RH, ±0.6°C • Factory selectable analog or digital outputs • Supply voltage: 3.0V ~ 5.5V • 14-SOP package

OutputType

Measuring Range(%) RH

Digi-KeyPart No.

Price Each GE SensingPart No.1 10 100

0 ~ 1 VDC Linear 0 ~ 100 CHIPCAP-L-50-TUBE-ND 38.17 33.40 25.90 CHIPCAP-L-50-TUBE

0.5 ~ 4.5 VDC Ratiometric 0 ~ 100 CHIPCAP-R-50-TUBE-ND 38.17 33.40 25.90 CHIPCAP-R-50-TUBE

Digital 0 ~ 100 CHIPCAP-D-50-TUBE-ND 35.85 31.38 24.33 CHIPCAP-D-50-TUBE

Capacitive Humidity Sensor

The capacitive atmospheric humidity sensor consists of a non-conductive foil, which is covered on both sides with a layer of gold. The dielectric constant of the foil

changes as a function of the relative humidity of the ambient atmosphere, and accordingly, the capacitance value of the sensor is a measure for relative humidity.

† Capacitance at 25°C; 43% RH; 100kHz

HumidityRange(RH)

Capaci-tance†

(pF)

SensitivityBetween

12-75% RH(pF/%RH)

Frequency(kHz)

Max.AC / DCVoltage

(V)

Storage Humidity

Range(RH)

AmbientTemperature Range

(°C) Digi-KeyPart No.

Price Each VishayPart No.Operating Storage 1 10 50

10 ~ 90% 122 ±15% 0.4 ±0.05 1 ~ 1000 15 0 ~ 100% 0 ~ 85 -25 ~ 85 BC2325-ND 10.91 9.93 7.70 2381 691 90001

BCcomponents

CHS SeriesHumidity Sensors

TDK’s CHS Series humidity sensors are compact and extremely simple to apply. Because they

con tain the necessary circuitry, there is no need to provide additional control circuitry or per form

time-consuming calibration. With simple con nection to a power supply, they will output DC at 100%

relative humidity. This makes it possible to read RH directly with a voltmeter.

Fig.

SupplyVoltage(VDC)

MeasuringRange(%) RH

NominalAccuracy

RHDigi-KeyPart No.

Price Each TDKPart No.1 10 100

15 5 ~ 95 ±5% 445-2577-ND 42.14 37.93 33.72 CHS-UGS

5 5 ~ 95 ±3% 445-2578-ND 61.46 52.68 45.66 CHS-UPS

2 5 5 ~ 95 ±3% 445-2579-ND 61.46 52.68 45.66 CHS-UPR

35 5 ~ 90 ±5% 445-2575-ND 28.10 25.29 22.48 CHS-GSS

5 20 ~ 85 ±5% 445-2576-ND 19.67 17.70 15.74 CHS-MSS


1

1. Analog output voltage

2. GND

3. +Power supply voltage 2

5.7

11.5 Max.

27Max.

3

0.49

6.5 Max.

2.5

3.8

2.5

20Max.

9 Max.

55 5

0.49

5 11. Analog output voltage2. GND3. +Power supply voltage

3

2

1

1. Analog output voltage

2. GND

3. +Power supply voltage 2 3

10 Max.

7 0.5

20Max.

0.25

5 Max.

2.5 2.5

Dim. in mm

Ultrasonic Nebulizer Units

Pressure Sensors

Fig.

Rated Input Voltage (VAC)

Power Consumption

(W)

Ultrasonic Frequency

(kHz)Digi-KeyPart No.

Price Each TDKPart No.1 10 100

1 48 30 ±5 1,600 ~ 1,750 445-4833-ND 66.09 57.83 53.70 NB-59S-09S-0

2 48 13.2 max. 2,350 ~ 2,600 445-4831-ND 79.31 69.40 64.44 NB-80E-01-H

Fig.Rated Pressure

(mbar) Supply Voltage OutputDigi-KeyPart No.

Price Each EpcosPart No.1 10 100

1

100 7.5 ~ 30 0.5 ~ 4.5V 495-4123-ND 86.89 82.40 76.41 B58621H5810A023

10,000 7.5 ~ 30 0.5 ~ 4.5V 495-4124-ND 86.89 82.40 76.41 B58621H5810A029

100 10 ~ 30 4 ~ 20mA 495-4125-ND 94.46 89.58 83.06 B58621H5820A040

10,000 10 ~ 30 4 ~ 20mA 495-4126-ND 94.46 89.58 83.06 B58621H5820A046

2

100 4.75 ~ 5.5 0.5 ~ 4.5V 495-4127-ND 45.62 43.09 34.85 B58621K1110A054

1,000 4.75 ~ 5.5 0.5 ~ 4.5V 495-4128-ND 45.62 43.09 34.85 B58621K1110A057

100 4.75 ~ 5.5 0.5 ~ 4.5V 495-4129-ND 44.63 42.16 34.10 B58621K1510A062

10,000 4.75 ~ 5.5 0.5 ~ 4.5V 495-4130-ND 44.63 42.16 34.10 B58621K1510A068

The TDK ultrasonic humidifi er unit was the fi rst such product in the world to be developed. In addition

to such home uses, these ultrasonic humidifi er units have numerous advantages for humidifi cation of vegetable

showcases, preservation and growth of agricultural products, industrial applications, etc.

NB-59S-09S-0:• Compact with highly reliable circuitry

• Separate transducer and drive circuit sections provide superior layout versatility

NB-80E-01-H:• Compact with highly reliable circuitry

• Separate transducer and drive circuit sections provide superior layout versatility

• Because the ultrasonic frequencies used are higher than with typical household-type units, mist particle size is

extremely fi ne. This unit is thus ideal for products intended for smaller spaces

These transmitters are based on piezoresistive silicon pressure sensors from Epcos’ own clean room. This series electronically compensates nonlinearity and temperature errors

and supplies a precise calibrated output signal with a high immunity against EMI.

Features: • Piezoresistive MEMS technology • Measured media (gauge pressure): Air and non-aggressive gases (0~100% r.h.) and non-aggressive fl uids

Specifi cations: Operating Temperature Range: -25°C ~ 85°C

508 + BF

Fig. 1 Fig. 2

68mm x 54mm 65mm x 40mm

15.5

23.0

3

5.081.15

3.1

11.5

17.05.0

Dim. in mm

Fig. 1

Fig. 2

50 9.56.5

ISO228-G1/8 M12x1

Ø 15

Ø 22

Ø3.0

Ø4.8

1.5 93.1

90.2514.618.8

Dim. in mm


N

Optical Fiber Optic Amplifi ers

Features:Capacitive sensors operate similar to Inductive sensors except that a plate is used instead of a coil in the sensor’s head. This plate develops a capacitive field between the sensor and ground. When an object comes within sensing distance of the

sensor, the capacitive field changes which gets detected by the sensor and turns on the output. Perfect for detecting both metallic and non-metallic objects such as glass, wood, water, oils and plastics. Also works well for detecting liquids and solids in containers.

Capacitive Proximity Sensors

Features: Omron's E3X-NH/E3X-NA series of high performance Fiber Optic

Amplifiers contain true 16 Bit processor which allows a very fine tuning

sensitivity feature. Three separate teach modes for hassle free setup for different

applications. Ideal for detecting very small objects or fine wires.

The E3X series feature high performance, fast switching response times. Set-

mode blinking output aids in alignment. Sensing distances vary with the type

of fiber used.

DescriptionOutputType Features

Digi-KeyPart No.


High Precision General Purpose Fiber Optic Amplifi er with Timer 12-24VDC NPN with Delay Off Z1112-ND 264.31 244.74 228.42 E3X-NH21

High Precision General Purpose Fiber Optic Amplifi er with Timer 12-24VDC PNP with Delay Off Z1113-ND 264.31 244.74 228.42 E3X-NH51

High Precision General Purpose Fiber Optic Amplifi er with Timer 12-24VDC PNP with Delay Off Z2941-ND 157.41 145.75 136.03 E3X-NA51 2M

E3X-NH

SET

OUT

TEACH

ADJ

RUN

L.ON

D.ON

LEVEL

E3X-NH11

Operation Indicator (orange)Lit when output is ON.

Threshold Indicators(red, 13 levels)Indicates threshold level.

SET ButtonFor teaching or for finethreshold adjustment.

Mode SelectorSwitchable amongTEACH, ADJ, and RUN modes.

Incident Level Indicators (green, 8 levels)Lit depending on the incidentlight amount.

Operation Mode Selector Switchable between light-ON and dark-ON modes.

UP/DOWN Selector Select UP for increasing the threshold value.Select Down for decreasing the threshold value.

Sensing Distance (mm) Description

OutputType

Digi-KeyPart No.

PriceEach

OmronPart No.

3 ~ 25 Amplifi ed Sensor, Adjustable, NO, 10-40VDC NPN Z1071-ND 116.43 E2K-C25ME13 ~ 25 Amplifi ed Sensor, Adjustable, NC, 10-40VDC NPN Z1072-ND 116.43 E2K-C25ME23 ~ 25 Amplifi ed Sensor, Adjustable, NC, 90-250VAC SCR Z1073-ND 148.55 E2K-C25MY13 ~ 25 Amplifi ed Sensor, Adjustable, NC, 90-250VAC SCR Z1074-ND 148.55 E2K-C25MY2

Mounting Bracket for E2K-C Sensors — Z1659-ND 4.89 Y92E-A340 ~ 4 M12, 3 Wire Sensor, THD Body, NO, 10-30VDC PNP Z2356-ND 92.34 E2K-X4MF10 ~ 8 M18, 3 Wire Sensor, THD Body, NO, 30VDC PNP Z2426-ND 94.75 E2K-X8MF10 ~ 15 M30, 3 Wire Sensor, THD Body, NO, 10-30VDC PNP Z2427-ND 96.36 E2K-X15MF10 ~ 4 M12, 3 Wire Sensor, THD Body, NO, 10-30VDC NPN Z2423-ND 92.34 E2K-X4ME10 ~ 8 M18, 3 Wire Sensor, THD Body, NO, 10-30VDC NPN Z2424-ND 94.75 E2K-X8ME10 ~ 15 M30, 3 Wire Sensor, THD Body, NO, 10-30VDC NPN Z2425-ND 96.36 E2K-X15ME10 ~ 8 M18, 2 Wire Sensor, THD Body, NO, 90-250VAC SCR Z2421-ND 112.42 E2K-X8MY10 ~ 15 M30, 2 Wire Sensor, THD Body, NO, 90-250VAC SCR Z2422-ND 120.45 E2K-X15MY1

Fig. DescriptionSensingDistance Type

Digi-KeyPart No.


Sensors

1

M18, Diffused Photoelectric Sensor, 10 ~ 30VDC, Nickel Plated Brass 3.94” (10cm) NPN Z1087-ND 62.06 57.47 53.63 E3F2-DS10C4-NM18, Diffused Photoelectric Sensor, 24 ~ 240VAC, Plastic Housing 3.94” (10cm) NPN Z1088-ND 77.04 71.34 66.59 E3F2-DS10Z1-NM18, Retrofl ective Photoelectric Sensor, 24 ~ 240VAC, Plastic Housing 6.56’ (2m) Light - On Z1090-ND 80.55 74.59 69.62 E3F2-R2Z1M18, Through-Beam Photoelectric Sensor, 10 ~ 30VDC, Plastic Housing 9.84’ (3m) Light - On Z1091-ND 166.00 153.71 143.47 E3F2-3Z1

2

Diffused Photoelectric Sensor, 10 ~ 30VDC, Metal Body Horizontal 27.6” (70cm) NPN/PNP Z1096-ND 206.14 190.88 178.15 E3S-CD11Diffused Photoelectric Sensor, 10 ~ 30VDC, Metal Body Horizontal 6.56’ (2m) NPN/PNP Z1097-ND 222.00 205.56 191.85 E3S-CD12Retrofl ective Photoelectric Sensor, 10 ~ 30VDC, Metal Body, Vertical 9.84’ (3m) NPN/PNP Z1101-ND 156.56 144.97 135.31 E3S-CR61Through-Beam Photoelectric Sensor, 10 ~ 30VDC, Metal Body, Horizontal 98.43’ (30m) NPN/PNP Z1102-ND 251.28 232.68 217.17 E3S-CT11Through-Beam Photoelectric Sensor, 10 ~ 30VDC, Metal Body, Vertical 98.43’ (30m) NPN/PNP Z1103-ND 251.28 232.68 217.17 E3S-CT61

3

Compact Long Distance, Photoelectric Sensor, IR Through-Beam 49.21’ (15m) NPN Z1106-ND 93.40 86.49 80.72 E3Z-T61Compact Long Distance, Photoelectric Sensor, IR Retrofl ective 13.12’ (4m) NPN Z1107-ND 74.37 68.87 64.28 E3Z-R61Compact Long Distance, Photoelectric Sensor, IR Diffused 3.94” (10cm) NPN Z1108-ND 66.60 61.67 57.56 E3Z-D61OMSCompact Long Distance, Photoelectric Sensor, IR Diffused 3.28’ (1m) NPN Z1109-ND 71.01 65.75 61.37 E3Z-D62

Photo Sensor Connectors (e-CON) — RoHS Compliant

4A

Discrete 3 Position Cable Plug - Free Hanging - Spring Clamp Type; Dim. A: 13.8mm OR1020-ND 3.92 3.53 3.14 XN2A-1370Discrete 4 Position Cable Plug - Free Hanging - Spring Clamp Type; Dim. A: 15.8mm Z2787-ND 4.73 4.26 3.79 XN2A-1430Discrete 4 Position Cable Plug - Free Hanging - Spring Clamp Type; Dim. A: 15.8mm OR1021-ND 4.00 3.61 3.21 XN2A-1470Discrete 5 Position Cable Plug - Free Hanging - Spring Clamp Type; Dim. A: 17.8mm OR1022-ND 4.87 4.39 3.90 XN2A-1570Discrete 6 Position Cable Plug - Free Hanging - Spring Clamp Type; Dim. A: 19.8mm OR1023-ND 5.91 5.32 4.73 XN2A-1670Discrete 8 Position Cable Plug - Free Hanging - Spring Clamp Type; Dim. A: 23.8mm OR1024-ND 6.42 5.78 5.14 XN2A-1870

4BDiscrete 4 Position Cable Socket - Free Hanging - Spring Clamp Type Z2788-ND 5.49 4.94 4.39 XN2B-1430Discrete 4 Position Cable Socket - Free Hanging - Spring Clamp Type OR1025-ND 4.63 4.17 3.71 XN2B-1470

—

PCB 4 Position Socket, Single Socket Type for PCB Mount Z2789-ND 3.07 2.77 2.47 XN2D-1431PCB 3 Position Socket, Single Socket Type for PCB Mount OR1026-ND 2.55 2.30 2.05 XN2D-1371PCB 4 Position Socket, Single Socket Type for PCB Mount OR1027-ND 2.60 2.35 2.09 XN2D-1471PCB 5 Position Socket, Single Socket Type for PCB Mount OR1028-ND 2.97 2.67 2.38 XN2D-1571PCB 6 Position Socket, Single Socket Type for PCB Mount OR1029-ND 3.26 2.94 2.61 XN2D-1671PCB 8 Position Socket, Single Socket Type for PCB Mount OR1030-ND 3.85 3.47 3.09 XN2D-1871PCB 4 Position Socket, Quad Socket Type for PCB Mount Z2790-ND 5.94 5.35 4.75 XN2D-4431PCB 4 Position Socket, Quad Socket Type for PCB Mount OR1031-ND 5.02 4.52 4.02 XN2D-4471

XS5 Waterproof Connectors and Cables — RoHS Compliant

5

Connector Kit Waterproof - 4 Conductor - Straight, Female OR794-ND 16.42 14.79 13.14 XS5C-D4S1Connector Kit Waterproof - 4 Conductor - Angled, Female OR795-ND 16.29 14.67 13.04 XS5C-D4S2Connector Kit Waterproof - 4 Conductor - Straight, Male OR792-ND 16.70 15.04 13.37 XS5G-D4S1Connector Kit Waterproof - 4 Conductor - Angled, Male OR793-ND 16.57 14.92 13.26 XS5G-D4S2Single Sided Cable Assembly - 4 Conductor - Male, 10m Z2796-ND 71.29 64.17 57.04 XS5H-D421-J80-ADouble Sided Cable Assembly - 4 Conductor - Male to Female, 1m Z2797-ND 33.89 30.50 27.11 XS5W-D421-C81-A

Reject

AcceptEjector

Milk carton

E2K-Csensor

Threaded Body Style:

Adjustable Style:

Photoelectric Sensors Features: Photoelectric sensors consist of a light source and detector for object detection. Through-beam sensors use a separate transmitter and receiver, which an object must pass between to block the light. Retrofl ective sensors is a combined transmitter/receiver in one body and is refl ected. A refl ector typically is used to return the beam from the transmitter back to the receiver. Once an object is moved between the refl ector and emitter/detector, the receiver output turns on. Diffuse refl ective is a combined transmitter/receiver in one body. Objects are detected by moving an object closer to the sensor directly from the front, rather than from the side. Once an object has come within the sensing distance, the amount of refl ected light is sufficient to trigger the receiver output.• XN2 connectors are easy connect (e-CON) connectors with spring loaded terminals for industrial applications and fast wire termination.• XS5 connectors feature an 1/8 turn smart click connection that is fully IP67 sealed. Offered in both single and double ended styles.Refl ective/DiffuseThrough Beam

S

Min

PNP

NPNE3S-CD12

D-ON

L-ON

SENS

Max

L

Stabilityindicator(green)

Lightindicator(red)

NPN/PNP output selector

Sensitivityadjuster

Operation indicator (orange)

Sensitivty adjuster

Operation selector

Stability indicator (green)

D

Min - Max

L

Fig. 1

Refl ective/Diffuse

DiffuseRetrofl ective

Through Beam

Through Beam

Fig. 2 Fig. 3

A

185.05

Fig. 4 Fig. 5

A — Male

23.2

6.4

12.85

B — Female Male - Female

XN2x-xx3x: Tin AlloyXN2x-xx7x: Tin Plating


N

QProx™/QTouch™ Charge-Transfer (“QT”) General Description: These are self-contained digital capacitance ICs capable

of detecting proximity, touch, and fluid level. With appropriate electrodes they can sense through sealed surfaces made

of glass, plastic, stone, ceramic, and wood, up to thicknesses of several inches. This capability coupled with an ability to

continuously calibrate leads to new product concepts. They are designed specifically for control panels in home appliances,

PC peripherals, machinery, security systems, lighting controls, or anywhere a mechanical switch or button may be found.

Versions also available for fluid sensing.

Description

SupplyVoltage (V)

SupplyCurrent

(Typical)

OperatingTemp.

(°C) PackageDigi-KeyPart No.


Part No.Tape and Reel Atmel

Part No.Min. Max. 1 25 Qty. Pricing

QT1010 QTouch 1-Key Sensor IC 1.8 5.5 219μA† -40 ~ 85 SOT23-6 AT42QT1010-TSHRCT-ND .72 .46 AT42QT1010-TSHRTR-ND 4,500 402.48/M AT42QT1010-TSHR

QT1011 QTouch 1-Key Sensor IC 1.8 5.5 219μA† -40 ~ 85 SOT23-6 AT42QT1011-TSHRCT-ND .72 .46 AT42QT1011-TSHRTR-ND 4,500 402.48/M AT42QT1011-TSHR

QT1012 Qtouch 1-Key Sensor IC 1.8 5.5 31.5μA‡ -40 ~ 85 SOT23-6 AT42QT1012-TSHRCT-ND .72 .46 AT42QT1012-TSHRTR-ND 4,500 402.48/M AT42QT1012-TSHR

QT1040 QTouch 4-Key Sensor IC 1.8 5.5 10mA -40 ~ 85 20-VQFN AT42QT1040-MMHCT-ND 1.59 1.00 AT42QT1040-MMHTR-ND 6,000 885.25/M AT42QT1040-MMH

QT1060 QTouch 6-Key Sensor IC 1.8 5.5 10mA -40 ~ 85 28-MLF AT42QT1060-MMUCT-ND 2.64 1.67 AT42QT1060-MMUTR-ND 6,000 1477.07/M AT42QT1060-MMU

QT110 QTouch 8-Pin Sensor IC 2.5 5.5 9.5 ~ 26μA -40 ~ 85 8-SOIC 427-1137-1-ND 2.67 1.68 — — — QT110A-ISG

QT118 QProx 8-Pin Sensor IC 2.5 5.0 8 ~ 30μA -40 ~ 85 8-SOIC 427-1139-1-ND 2.67 1.68 — — — QT118HA-ISG

QT161 QTouch 6-Key Sensor IC 3.0 5.5 2.5mA -40 ~ 105 28-SSOP 427-1112-1-ND 5.87 5.65 — — — QT161-ASG

QT2160A QSlide™ 16-Key QMatrix™ Sensor IC 0.5 6.0 476 ~ 1127μA -40 ~ 85 28-MLF 427-1140-1-ND 2.64 1.67 427-1140-2-ND 6,000 1477.07/M AT42QT2160-MMU

QT220 QTouch 2-Key Sensor IC 3.9 5.5 1.5mA -40 ~ 85 20-SSOP 427-1114-1-ND 4.20 3.74 — — — QT220-ISSG

QT240 QTouch 4-Key Sensor IC 3.9 5.0 1.5mA -40 ~ 85 20-SSOP 427-1102-1-ND 4.21 3.94 — — — QT240-ISSG

QT320 QTouch 2-Key Sensor IC 1.8 5.0 600μA -40 ~ 85 8-SOIC 427-1121-1-ND 4.61 2.08 — — — QT320-ISG

QT401 QSlide Touch Slider IC 2.5 5.5 110 ~ 180μA -40 ~ 85 14-TSSOP 427-1104-1-ND 3.30 3.19 427-1104-2-ND 2,500 3053.27/M QT401-ISSG

QT510 QWheel™ Touch Slider IC 2.5 5.5 110 ~ 180μA -40 ~ 85 14-SOIC 427-1105-1-ND 4.39 4.23 — — — QT510-ISG

QT510 QWheel Touch Slider IC 2.5 5.5 110 ~ 180μA -40 ~ 85 14-TSSOP 427-1106-1-ND 4.39 4.23 427-1106-2-ND 2,500 4054.50/M QT510-ISSG

QT1080 QTouch 8-Key Sensor IC 2.8 5.0 1.3 ~ 4.5mA -40 ~ 85 32-QFN 427-1090-1-ND 3.30 3.15 — — — QT1080-ISG

QT1100 QTouch 10-Key Sensor IC 2.8 5.0 1.5 ~ 4.5mA -40 ~ 85 32-QFN 427-1094-1-ND 2.30 2.21 — — — QT1101-ISG

QT60160 QMatrix 16-Key Touch IC 1.8 5.25 1.02mA -40 ~ 85 32-MLF 427-1125-1-ND 2.87 1.81 427-1125-2-ND 3,000 1804.21/M QT60160-ISG

QT60168 QProx 16-Key QMatrix IC 3.0 5.25 10mA -40 ~ 105 32-TQFP 427-1107-ND§ 6.78 4.30 — — — QT60168-ASG





PriceEach

AtmelPart No.

E3A Evaluation Board for QT300 427-1069-ND 66.91 E3A

E100S Evaluation Board for QT100 427-1128-ND 10.05 E100S

E240B Evaluation Board for QT240 427-1113-ND 14.28 E240B

E1103 Evaluation Board for QT1103-ISG 427-1134-ND 33.51 E1103

E6248 Evaluation Board for QT60248 24-Key QMatrix™ IC 427-1087-ND 158.94 E6248

E6486 Evaluation Board for QT60486 48-Key QMatrix IC 427-1088-ND 163.24 E6486


PriceEach

AtmelPart No.

EVK1060A Evaluation Board for QT1060 EVK1060A-ND 70.88 EVK1060A

EVK2160A Evaluation Board for QT2160 427-1141-ND 70.88 EVK2160A

Evaluation Board for ATtiny88 Library ATAVRTS2080B-ND 167.53 ATAVRTS2080B

Evaluation Board for AT42QT1010A ATEVK1010A-ND 10.74 ATEVK1010A

Evaluation Board for AT42QT1012A ATEVK1012A-ND 16.15 ATEVK1012A

QTouch® Kit with ATmega88 ATAVRTS2080A-ND 85.06 ATAVRTS2080A

Evaluation Boards and Kits

Ultrasonic Sensors

DescriptionSwitchingFrequency Output

Digi-KeyPart No.


943 Series, Software Programmable, 200 ~ 2,000mm scan distance, M18 Plastic Housing

1.2Hz NPN, 2 NO/NC 480-3007-ND 238.59 205.57 195.78 943-F4Y-2D-002-180E

250ms 0 ~ 10V 480-3008-ND 238.59 205.57 195.78 943-F4Y-2D-1C0-180E

The 943 Series industrial sensors add to our product range of sensors. They have improved scanning ranges, remote teach in of the switching or analog outputs, as well as new advanced features, such as window and hysteresis modes.

®


QTouch™

Fiber Cables for E3X Amplifi ersPre-made fi ber optic cables that enable very confi ned mounting spaces and very fast target detection. Use Through-beam for long distance detection where the

transmit and receive cable are separated. Use Concentric Beam for depth detection or changing target distances where eliminating background objects is required.

Periscope sensing heads (Side Beam) save space in right angle detecting. Most fi ber cables offer IP67 protection and temperature ratings of -40°C ~ 70°C.Ø 2

Ø 3

Ø 3

Fig. 1 Fig. 2

Fig. 3 Fig. 4

Fig.DistanceMaximum

TerminalType

Digi-KeyPart No.

Price Each OmronPart No.Description 1 25 50

1Diffuse Side Beam Fiber Optic Cable, 2mm diameter .6" (1.5cm) 2m Cable Z1118-ND 135.28 125.27 116.92 E32-D24

Diffuse Top Beam Fiber Optic Cable, Concentric Beam,2mm diameter

.79" (2cm) 2m Cable Z1119-ND 69.95 64.77 60.45 E32-D32

2

Diffuse Top Beam Fiber Optic Cable, Low Cost, M6 THD .79" (2cm) 2m Cable Z1120-ND 48.16 44.60 41.62 E32-DC200

Diffuse Top Beam Fiber Optic Cable, Mini, M3 THD .71" (1.8cm) 2m Cable Z1121-ND 58.48 54.15 50.54 E32-DC200E

Diffuse Top Beam Fiber Optic Cable, Concentric Beam, M6 THD 3" (7.5cm) 2m Cable Z1122-ND 53.43 49.48 46.18 E32-CC200

Cable Fiber Optic, Top Beam, High Temperature, M6 THD 1.8" (4.5cm) 2m Cable Z1187-ND 280.24 259.49 242.19 E32-D61

3Diffuse Top Beam Fiber Optic Cable, Through Beam, M3 THD 4.72" (12cm) 2m Cable Z1123-ND 49.55 45.89 42.83 E32-TC200A

Cable Fiber Optic, Through Beam, Low Cost, M4 THD 7.88" (20cm) 2m Cable Z1188-ND 46.78 43.32 40.43 E32-TC200

4 Through Beam Fiber Optic Cable, Side Beam, 3mm diameter 4.72" (12cm) 2m Cable Z1124-ND 80.27 74.33 69.38 E32-T14L

† Slow Mode ‡ Fast Mode § Tray


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Fig.Resistance

(Ω)Dimensions (mm) Digi-Key

Part No.Price Each Spectra Symbol

Part No.A B 1 10 25Flex Sensor

1 10K — — 905-1000-ND 10.70 9.64 9.37 FS-L-0095-103-STHotPots

2

10K 28.36 12.50 905-1006-ND 10.85 9.78 9.50 HP-L-0012-103-1%-RH10K 28.36 12.50 905-1005-ND 9.05 8.15 7.92 HP-L-0012-103-3%-RH10K 40.86 25.00 905-1014-ND 13.83 12.45 12.11 HP-L-0025-103-1%-RH10K 40.86 25.00 905-1013-ND 11.52 10.38 10.09 HP-L-0025-103-3%-RH10K 65.86 50.00 905-1024-ND 16.80 15.13 14.71 HP-L-0050-103-1%-RH10K 65.86 50.00 905-1023-ND 14.00 12.61 12.26 HP-L-0050-103-3%-RH10K 115.86 100.00 905-1004-ND 18.79 16.91 16.44 HP-L-0100-103-1%-RH10K 115.86 100.00 905-1003-ND 15.65 14.10 13.70 HP-L-0100-103-3%-RH10K 165.86 150.00 905-1008-ND 19.78 17.81 17.31 HP-L-0150-103-1%-RH10K 165.86 150.00 905-1007-ND 16.48 14.84 14.43 HP-L-0150-103-3%-RH10K 185.86 170.00 905-1010-ND 20.77 18.70 18.18 HP-L-0170-103-1%-RH10K 185.86 170.00 905-1009-ND 17.31 15.58 15.15 HP-L-0170-103-3%-RH10K 215.86 200.00 905-1012-ND 21.76 19.59 19.04 HP-L-0200-103-1%-RH10K 215.86 200.00 905-1011-ND 18.13 16.33 15.87 HP-L-0200-103-3%-RH10K 315.86 300.00 905-1016-ND 25.72 23.16 22.51 HP-L-0300-103-1%-RH10K 315.86 300.00 905-1015-ND 21.44 19.30 18.76 HP-L-0300-103-3%-RH20K 415.86 400.00 905-1018-ND 27.71 24.94 24.25 HP-L-0400-203-1%-RH20K 415.86 400.00 905-1017-ND 23.09 20.79 20.21 HP-L-0400-203-3%-RH20K 515.86 500.00 905-1022-ND 30.68 27.62 26.85 HP-L-0500-203-1%-RH20K 515.86 500.00 905-1021-ND 25.57 23.02 22.38 HP-L-0500-203-3%-RH20K 765.86 750.00 905-1026-ND 44.56 40.11 38.99 HP-L-0750-203-1%-RH20K 765.86 750.00 905-1025-ND 37.13 33.43 32.50 HP-L-0750-203-3%-RH20K 1015.86 1000.00 905-1002-ND 59.43 53.49 52.01 HP-L-1000-203-1%-RH20K 1015.86 1000.00 905-1001-ND 49.52 44.58 43.34 HP-L-1000-203-3%-RH

310K — — 905-1020-ND 18.79 16.91 16.44 HP-R-0046-353-103-3%-RH10K — — 905-1019-ND 15.65 14.10 13.70 HP-R-0046-353-103-5%-RH

MagnetoPots

4

10K 28.36 12.50 905-1029-ND 9.87 8.89 8.64 MP1-L-0012-103-5%-RH10K 40.86 25.00 905-1033-ND 12.35 11.12 10.81 MP1-L-0025-103-5%-RH10K 65.86 50.00 905-1038-ND 14.83 13.35 12.98 MP1-L-0050-103-5%-RH10K 115.86 100.00 905-1028-ND 16.48 14.84 14.43 MP1-L-0100-103-5%-RH10K 165.86 150.00 905-1030-ND 17.31 15.58 15.15 MP1-L-0150-103-5%-RH10K 185.86 170.00 905-1031-ND 18.13 16.33 15.87 MP1-L-0172-103-5%-RH10K 215.86 200.00 905-1032-ND 18.96 17.07 16.59 MP1-L-0200-103-5%-RH10K 315.86 300.00 905-1034-ND 22.26 20.05 19.49 MP1-L-0300-103-5%-RH20K 415.86 400.00 905-1035-ND 24.74 22.28 21.65 MP1-L-0400-203-5%-RH20K 515.86 500.00 905-1037-ND 27.22 24.51 23.82 MP1-L-0500-203-5%-RH20K 765.86 750.00 905-1039-ND 39.61 35.66 34.66 MP1-L-0750-203-5%-RH20K 1015.86 1000.00 905-1027-ND 52.00 46.80 45.51 MP1-L-1000-203-5%-RH

5 10K — — 905-1036-ND 16.48 14.84 14.43 MP1-R-0046-353-103-5%-RHSoftPots

2

10K 28.36 12.50 905-1045-ND 7.90 7.11 6.92 SP-L-0012-103-1%-RH10K 28.36 12.50 905-1044-ND 6.57 5.92 5.75 SP-L-0012-103-3%-RH10K 40.86 25.00 905-1053-ND 9.86 8.89 8.64 SP-L-0025-103-1%-RH10K 40.86 25.00 905-1052-ND 8.22 7.41 7.20 SP-L-0025-103-3%-RH10K 65.86 50.00 905-1063-ND 12.84 11.56 11.24 SP-L-0050-103-1%-RH10K 65.86 50.00 905-1062-ND 10.70 9.64 9.37 SP-L-0050-103-3%-RH10K 115.86 100.00 905-1043-ND 14.82 13.35 12.97 SP-L-0100-103-1%-RH10K 115.86 100.00 905-1042-ND 12.35 11.12 10.81 SP-L-0100-103-3%-RH10K 165.86 150.00 905-1047-ND 16.80 15.13 14.71 SP-L-0150-103-1%-RH10K 165.86 150.00 905-1046-ND 14.00 12.61 12.26 SP-L-0150-103-3%-RH10K 185.86 170.00 905-1049-ND 17.30 15.58 15.14 SP-L-0170-103-1%-RH10K 185.86 170.00 905-1048-ND 14.42 12.98 12.62 SP-L-0170-103-3%-RH10K 215.86 200.00 905-1051-ND 17.79 16.02 15.57 SP-L-0200-103-1%-RH10K 215.86 200.00 905-1050-ND 14.83 13.35 12.98 SP-L-0200-103-3%-RH10K 315.86 300.00 905-1055-ND 18.79 16.91 16.44 SP-L-0300-103-1%-RH10K 315.86 300.00 905-1054-ND 15.65 14.10 13.70 SP-L-0300-103-3%-RH20K 415.86 400.00 905-1057-ND 20.77 18.70 18.18 SP-L-0400-203-1%-RH20K 415.86 400.00 905-1056-ND 17.31 15.58 15.15 SP-L-0400-203-3%-RH20K 515.86 500.00 905-1061-ND 25.72 23.16 22.51 SP-L-0500-203-1%-RH20K 515.86 500.00 905-1060-ND 21.44 19.30 18.76 SP-L-0500-203-3%-RH20K 765.86 750.00 905-1065-ND 34.65 31.19 30.32 SP-L-0750-203-1%-RH20K 765.86 750.00 905-1064-ND 28.87 25.99 25.27 SP-L-0750-203-3%-RH20K 1015.86 1000.00 905-1041-ND 44.56 40.11 38.99 SP-L-1000-203-1%-RH20K 1015.86 1000.00 905-1040-ND 37.13 33.43 32.50 SP-L-1000-203-3%-RH

310K — — 905-1059-ND 14.82 13.35 12.97 SP-R-0046-353-103-3%-RH10K — — 905-1058-ND 12.35 11.12 10.81 SP-R-0046-353-103-5%-RH

ThinPots

6

10K 18.85 12.50 905-1071-ND 9.37 8.44 8.20 TSP-L-0012-103-1%-RH10K 18.85 12.50 905-1070-ND 7.81 7.03 6.84 TSP-L-0012-103-3%-RH10K 31.35 25.00 905-1079-ND 11.35 10.22 9.94 TSP-L-0025-103-1%-RH10K 31.35 25.00 905-1078-ND 9.46 8.52 8.28 TSP-L-0025-103-3%-RH10K 56.35 50.00 905-1089-ND 14.32 12.90 12.54 TSP-L-0050-103-1%-RH10K 56.35 50.00 905-1088-ND 11.94 10.75 10.45 TSP-L-0050-103-3%-RH10K 106.35 100.00 905-1069-ND 16.31 14.68 14.27 TSP-L-0100-103-1%-RH10K 106.35 100.00 905-1068-ND 13.59 12.24 11.90 TSP-L-0100-103-3%-RH10K 156.35 150.00 905-1073-ND 18.29 16.47 16.01 TSP-L-0150-103-1%-RH10K 156.35 150.00 905-1072-ND 15.24 13.73 13.34 TSP-L-0150-103-3%-RH10K 176.35 170.00 905-1075-ND 18.79 16.91 16.44 TSP-L-0170-103-1%-RH10K 176.35 170.00 905-1074-ND 15.65 14.10 13.70 TSP-L-0170-103-3%-RH10K 206.35 200.00 905-1077-ND 19.28 17.36 16.88 TSP-L-0200-103-1%-RH10K 206.35 200.00 905-1076-ND 16.07 14.47 14.06 TSP-L-0200-103-3%-RH10K 306.35 300.00 905-1081-ND 20.77 18.70 18.18 TSP-L-0300-103-1%-RH10K 306.35 300.00 905-1080-ND 17.31 15.58 15.15 TSP-L-0300-103-3%-RH20K 406.35 400.00 905-1085-ND 22.75 20.48 19.91 TSP-L-0400-203-1%-RH20K 406.35 400.00 905-1084-ND 18.96 17.07 16.59 TSP-L-0400-203-3%-RH20K 506.35 500.00 905-1087-ND 28.20 25.39 24.68 TSP-L-0500-203-1%-RH20K 506.35 500.00 905-1086-ND 23.50 21.16 20.57 TSP-L-0500-203-3%-RH20K 756.35 750.00 905-1091-ND 37.62 33.87 32.92 TSP-L-0750-203-1%-RH20K 756.35 750.00 905-1090-ND 31.35 28.22 27.44 TSP-L-0750-203-3%-RH20K 1006.35 1000.00 905-1067-ND 47.53 42.79 41.60 TSP-L-1000-203-1%-RH20K 1006.35 1000.00 905-1066-ND 39.61 35.66 34.66 TSP-L-1000-203-3%-RH

710K — — 905-1083-ND 16.31 14.68 14.27 TSP-R-0036-351-103-3%-RH10K — — 905-1082-ND 13.59 12.24 11.90 TSP-R-0036-351-103-5%-RH

Accessories8 Wiper Accessory 905-1092-ND 3.04 2.74 2.66 WP-M1-01-03-014-DI

Sensors

112.24

95.25

A

B

7.11

353° Active Angle

10.01

Ø45.57 Center of Track

A

3.81

B

353° Active Angle


4.83

351° Active Angle

6.00


A

B

6.00

Fig. 1

Fig. 2

Fig. 3

Fig. 4

Fig. 5

Fig. 6

Fig. 7

Fig. 8

Flex Sensor: Features: • Angle Displacement Measurement • Possible Uses: Robotics, Gaming (Virtual Motion), Musical Instruments

HotPots: Features: • High Life Cycle • High Temperature Capability • IP65 Dust Proof, Water Proof (Intense Spray)

MagnetoPot: Features: • IP64 Debris Proof, Splash Proof • Ideal for Hydraulic and Pneumatic Position Sensing

SoftPot: Features: • IP65 Dust Proof, Water Proof (Intense Spray) • Polyester Substrate

ThinPot: Features: • Half the width of the SoftPot • IP64 Dust Proof, Splash Proof • Polyester Substrate


N

LIS302DL Evaluation BoardsMEMS 3-Axis ±2g/±8g. Digital Output Low Power Linear Accelerometer Evaluation Boards based on

LIS302DL (EK302DL).

497-6229-ND (STEVAL-MKI006V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54.65

497-6342-ND (STEVAL-MKI013V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.83

The Micro Electro Mechanical System is a new technology that exploits the mechanical properties of silicon to integrate mechanical structures sensitive to vibration, displacement, acceleration and rotation. This new technology opened the door to a new generation of compact, cost effective and sensitive sensors. While conventional microelectronics development focuses on incremental improvements of a well-established technology, MEMS challenge the way designers work, compelling them to think three dimensionally and to

acquire a unique blend of multi-disciplinary skills combining electrical, semiconductor and mechanical design.Features:• Strategic Cost • Low Power Consumption • Low size and weight • High volumes • High reproducibility • High thermal stability by design • High integration with standard IC devices to build Multi Chip Modules (MCM) or smart sensors.

Tools and Evaluation Boards

LIS3LV02DQ Evaluation BoardMEMS 3-Axis ±2g/±6g. Digital Output Low Voltage Linear Accelerometer Evaluation Board based on

LIS3LV02DQ.

497-6249-ND (STEVAL-MKI004V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54.65

LIS3LV02DL Evaluation BoardMEMS 3-Axis ±2g/±6g. Digital Output Low Voltage Linear Accelerometer. Evaluation Board based on

LIS3LV02DL (EK3LV02DL).

497-6226-ND (STEVAL-MKI005V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54.65


STEVAL-MKI091V1 Evaluation Board



The STEVAL-MKI090V1 can be plugged into a standard DIL 24 socket. The adapter provides the complete LIS331DLF pinout and comes ready-to-use with the required decoupling capacitors on the VDD power supply line.

497-10492-ND (STEVAL-MKI090V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27.33

The STEVAL-MKI089V1 can be plugged into a standard DIL 24 socket. The adapter provides the complete LIS331DLH pinout and comes ready-to-use with the required decoupling capacitors on the VDD power supply line.

497-10493-ND (STEVAL-MKI089V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27.33

The STEVAL-MKI091V1 can be plugged into a standard DIL 24 socket. The adapter provides the complete LIS331DLM pinout and comes ready-to-use with the required decoupling capacitors on the VDD power supply line.

497-10491-ND (STEVAL-MKI091V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27.33

STEVAL-MKI035V1 Evaluation BoardMEMS analog output demonstration board for the LPR530AL, ±300/s and ±1200/s, dual-axis pitch and roll gyroscope.

497-9088-ND (STEVAL-MKI035V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87.67

LIS331AL Evaluation BoardThe STEVEL-MKI021V1 MEMS 3-Axis 2g Analog Output Evaluation Board based on NANO Accelerometer

LIS331AL.

497-8205-ND (STEVAL-MKI021V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48.15 (Continued)

ST offers a portfolio of MEMS-based sensors able to sense acceleration in two or three axis. The mechanical part of linear accelerometer sensor is based on a silicon inter-digitated structure done by fi xed and movable fi ngers. To sense the acceleration in each axis, these structures are packaged in orthogonally groups and the acceleration in each direction is sensed by measuring the change of capacitance between fi xed and movable

elements correlated to that axis. The changing of capacitance per axis is then translated into an analog or digital output signal in the interface chip. The whole process of design and production of sensors is managed by STMicroelectronics. This guarantees to the customer high volume production, long term security, high precision and reliability since all the devices are tested by Standards and Proprietary Test Systems.

MEMS Accelerometers

Axis Acceleration Range (g) PackageDigi-KeyPart No.


Part No.Tape and Reel STMicroelectronics


Digital

2 ±2/±8 14-LGA 497-6071-1-ND 4.81 4.33 3.53 — — — LIS202DLTR

3 ±2/±4/±8/±16 16-LGA 497-10610-ND† 3.75 3.35 2.75 — — — LIS3DH

3 ±2/±4/±8/±16 16-LGA 497-10613-1-ND 3.75 3.35 2.75 497-10613-2-ND 4,000 1780.25/M LIS3DHTR

3 ±2/±4/±8 14-LGA 497-10052-ND† 5.78 5.17 4.24 — — — LIS302DLH

3 ±2/±6 28-QFPN 497-10189-1-ND 12.27 11.21 9.61 497-10189-2-ND 2,300 6802.11/M AIS326DQTR

3 ±2/±4/±8 16-LGA 497-10397-1-ND 7.58 6.87 5.73 497-10397-2-ND 4,000 3721.58/M LIS331DLHTR

3 ±2/±6 16-LGA 497-5531-ND† 9.45 8.60 7.31 — — — LIS3LV02DL

3 ±2/±8 14-LGA 497-5911-1-ND 9.01 8.16 6.81 497-5911-2-ND 5,000 4250.29/M LIS302DLTR

3 ±2/±6 28-QFPN 497-6346-1-ND 10.57 9.66 8.28 497-6346-2-ND 2,300 5861.18/M LIS3LV02DQ-TR

3 ±2/±6 14-LGA 497-6969-1-ND 6.62 6.00 5.00 497-6969-2-ND 5,000 3122.66/M FC30TR

3 ±2/±8 16-LGA 497-8327-1-ND 9.79 8.87 7.40 497-8327-2-ND 4,000 4803.78/M LIS331DLTR

3 ±2/±6 16-LGA 497-8415-1-ND 9.88 9.02 7.73 497-8415-2-ND 4,000 5474.57/M LIS3LV02DLTR

3 ±2/±8 16-LGA 497-8548-ND† 4.23 3.78 3.10 — — — LIS33DE

3 ±2/±8 14-LGA 497-8549-ND† 4.23 3.78 3.10 — — — LIS35DE

3 ±2/±4/±8 16-LGA 497-8830-ND† 5.64 5.08 4.18 — — — LIS331DLF

3 ±2/±4/±8 16-LGA 497-8831-ND† 5.87 5.29 4.35 — — — LIS331DLH

3 ±2/±4/±8 16-LGA 497-8832-ND† 6.51 5.86 4.82 — — — LIS331DLM

3 ±6/±12/±24 16-LGA 497-10134-ND† 5.72 5.16 4.24 — — — LIS331HH

Analog

2 ±2 16-LGA 497-6343-ND† 3.80 3.39 2.78 — — — LIS244AL

2 ±2/±6 16-LGA 497-6344-1-ND 7.03 6.37 5.31 497-6344-2-ND 3,000 3450.62/M LIS244ALHTR

3 ±2 14-LGA 497-5910-1-ND 5.02 4.56 3.80 497-5910-2-ND 5,000 2729.44/M LIS302ALBTR

3 ±2 14-LGA 497-6340-ND† 5.64 5.08 4.18 — — — LIS302SG

3 ±3.5 16-LGA 497-6341-ND† 4.23 3.78 3.10 — — — LIS344AL

3 ±2/±6 16-LGA 497-6345-1-ND 7.72 7.00 5.83 497-6345-2-ND 3,000 3788.50/M LIS344ALHTR

3 ±2 16-LGA 497-8333-1-ND 9.79 8.87 7.40 497-8333-2-ND 4,000 4803.78/M LIS331ALTR

3 ±2 14-LGA 497-8979-1-ND 4.37 3.91 3.21 497-8979-2-ND 5,000 1990.91/M LIS352AXTR

3 ±2/±4/±8 28-LGA 497-10474-ND† 8.67 7.81 6.42 — — — LSM303DLH

®

† Tray


N

As a MEMS pioneer, Analog Devices has held a leadership position as a large volume supplier of integrated MEMS accelerometers and gyroscopes. The ADXL products are the foundation for Analog Devices accelero-meter family. Available in low-g or high-g sensing ranges iMEMS (Integrated Micro Electro Mechanical System)

accelerometers are used to measure position, motion, tilt, shock, and vibration in a broad array of applications. Analog Devices offer a broad accelerometer portfolio, including high performance, low power consumption and small size.


DescriptionG

Range Axes Sensitivity Bandwidth VoltageSupplyCurrent Package

Digi-KeyPart No.

Price Each Tape and Reel§1 25 100 Qty. Pricing

Single Axis AccelerometersLow Power, High Performance ±18g X, Y 100mV/g 0.5Hz ~ 2.5kHz 5 0.7mA 8-CLCC ADW22035Z-ND 11.27 10.15 9.00 — —

Low Power, High Performance ±70g X 24.2mV/g 22kHz 3.3 ~ 5 2.5mA 8-CLCC ADXL001-70BEZ-ND 40.83 — — — —

Low Power, High Performance ±70g X 24.2mV/g 22kHz 3.3 ~ 5 2.5mA 8-CLCC ADXL001-70BEZ-R7CT-ND‡ 45.59 42.55 39.51 250 9687.52

Low Power, High Precision ±1.5g X 1000mV/g 10Hz 3 ~ 6 0.7mA 8-CLCC ADXL103CE-ND 11.27 10.15 9.00 — —

Low Power, ADXL78 ±35g X 55mV/g 400Hz 5 1.3mA 8-CLCC AD22279-A-R2CT-ND‡ 9.75 8.78 7.78 250 1864.30

Low Power, ADXL78 ±50g X 38mV/g 400Hz 5 1.3mA 8-CLCC AD22280-R2CT-ND‡ 9.75 8.78 7.78 250 1864.30

Low Power, ADXL78 ±70g X 27mV/g 400Hz 5 1.3mA 8-CLCC AD22281-R2CT-ND‡ 9.75 8.78 7.78 250 1864.30

Low Power, ADXL193 ±120g X 18mV/g 400Hz 5 1.5mA 8-CLCC AD22282-A-R2CT-ND‡ 10.72 9.66 8.56 250 2051.26

Low Power, ADXL193 ±250g X 8mV/g 400Hz 5 1.5mA 8-CLCC AD22283-B-R2CT-ND‡ 10.72 9.66 8.56 250 2051.26

Dual Axis AccelerometersLow Power, High Performance ±18g X, Y 100mV/g 0.5Hz ~ 2.5kHz 5 0.7mA 8-CLCC ADW22037Z-ND 13.56 12.21 10.83 — —

Low Power, High Precision ±1.5g X, Y 1000mV/g 10Hz 3 ~ 6 0.7mA 8-CLCC ADXL203CE-ND 13.56 12.21 10.83 — —

Low Power, Single IC Chip ±1.7g X, Y 620mV/g 2.5kHz 3 ~ 6 0.5mA 8-CLCC ADXL204CE-ND 16.37 15.28 14.19 — —

Low Power, Digital Out ±1.2g X, Y 30%/g 60Hz 3 ~ 6 0.7mA 8-CLCC ADXL213AE-ND 13.56 12.21 10.83 — —

Low Power, Small, Thin ±5g X, Y 174mV/g 2.5kHz 2.4 ~ 5.25 0.45mA 16-LFCSP ADXL320JCP-ND 11.19 10.08 8.94 — —

Low Power ±18g X, Y 57mV/g 50Hz 2.4 ~ 6 0.49mA 16-LFCSP ADXL321JCP-ND 11.19 10.08 8.94 — —

Low Power ±2g X, Y 420mV/g 60Hz 2.4 ~ 6 0.45mA 16-LFCSP ADXL322JCP-ND 11.19 10.08 8.94 — —

Low Power, Small ±3g X, Y 300mV/g 1600Hz 1.8 ~ 5.25 320μA 16-LFCSP ADXL323KCPZ-ND 10.04 9.04 8.01 — —

Low Power, Small ±3g X, Y 300mV/g 1600Hz 1.8 ~ 5.25 320μA 16-LFCSP ADXL323KCPZ-RLCT-ND‡ 10.04 9.04 8.01 — —

Low Power, ADXL278 ±35g X, Y 55mV/g 400Hz 5 2.2mA 8-CLCC AD22284-A-R2CT-ND‡ 13.18 12.30 11.42 250 2799.08

Low Power, ADXL278 ±50g X, Y 38mV/g 400Hz 5 2.2mA 8-CLCC AD22285-R2CT-ND‡ 13.18 12.30 11.42 250 2799.08

Low Power, ADXL278 ±70g X, Y 27mV/g 400Hz 5 2.2mA 8-CLCC AD22286-R2CT-ND‡ 13.18 12.30 11.42 250 2799.08

Triple Axis AccelerometersLow Power, Small ±3g X, Y, Z 300mV/g 1.6kHz(X,Y) 550Hz(Z) 2 ~ 3.6 0.2mA 16-LFCSP ADXL330KCPZ-RLCT-ND‡ 10.04 9.04 8.01 4,000 7317.06/M

Low Power, Small ±3g X, Y, Z 300mV/g 0.5 ~ 1600Hz (X, Y) 0.5 ~ 550Hz (Z) 1.8 ~ 3.6 350μA 16-LFCSP ADXL335BCPZ-RL7CT-ND‡ 4.48 3.59 2.79 1,000 2538.40

Low Power, Small ±5g X, Y, Z 174mV/g 0.5 ~ 1600Hz (X, Y) 0.5 ~ 550Hz (Z) 1.8 ~ 3.6 350μA 16-LFCSP ADXL325BCPZ-RL7CT-ND‡ 3.98 3.19 2.69 1,000 2488.63

Low Power — X, Y, Z — Variable/Selectable 2 ~ 3.6 40μA 14-LGA ADXL345BCCZ-RL7CT-ND‡ 5.09 4.08 3.44 1,500 3180.49/M

Low Power — X, Y, Z — Variable/Selectable 2 ~ 3.6 40μA 14-LGA ADXL345BCCZ-RLCT-ND‡ 5.09 4.08 3.44 5,000 3104.16/M

Low Power — X, Y, Z — Variable/Selectable 1.7 ~ 2.75 23μA 16-LGA ADXL346ACCZ-RL7CT-ND‡ 5.02 4.02 3.40 1,500 3139.18/M

(Continued)

Tools and Evaluation Boards (Cont.)

STEVAL-MKI022V1 Demonstration KitThe STEVAL-MKI022V1 is a demonstration kit designed to provide the user with a complete, ready-to-use

platform for demonstration of the LIS331DLH. The LIS331DLH is a low-power 3-axis linear accelerometer

with digital output. The device includes a sensing element and an IC interface capable of translating

information from the sensing element into a measured signal that can be used for external applications.

497-9053-ND (STEVAL-MKI022V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68.06

§ For Tape and Reel part number, change CT-ND to TR-ND. ‡ Cut Tape

DescriptionRange(°/s) Axes Sensitivity Bandwidth Voltage

SupplyCurrent Package

Digi-KeyPart No.

Price Each Tape and Reel§1 25 100 Qty. Pricing

Gyroscopes

Single Chip Yaw Rate Gyro

±300 Z 6mV/°/s 2500Hz 4.75 ~ 5.25 3.5mA 32-CBGA ADXRS620WBBGZA-ND 26.00 24.27 22.54 — —

±300 Z 6mV/°/s 2500Hz 4.75 ~ 5.25 3.5mA 32-CBGA ADXRS610BBGZ-RLCT-ND‡ 26.00 24.27 22.54 — —

±250 Z 7mV/°/s 2500Hz 4.75 ~ 5.25 3.5mA 32-CBGA ADXRS622WBBGZA-ND 26.00 24.27 22.54 — —

±150 Z 12.5 mV/°/s 3000Hz 4.75 ~ 5.25 3.5mA 32-CBGA ADXRS623WBBGZ-ND 26.00 24.27 22.54 — —

±150 Z 12.5mV/°/s 3000Hz 4.75 ~ 5.25 5.0mA 32-CBGA ADXRS613BBGZ-RLCT-ND‡ 26.00 24.27 22.54 500 10832.24

±50 Z 25mV/°/s 1000Hz 4.75 ~ 5.25 3.5mA 32-CBGA ADXRS624WBBGZ-ND 26.00 24.27 22.54 — —

±250 Z 7mV/°/s 2500Hz 4.75 ~ 5.25 3.5mA 32-CBGA ADXRS652BBGZ-ND 21.11 19.70 18.29 — —

Adapter Boards497-6227-ND (STEVAL-MKI009V1) LIS3LV02DL Adapter Board DIL 20 socket . . . . . . . . . . . . . . . . . . . . . . . . 24.73497-8199-ND (STEVAL-MKI015V1) Adapter Board for the LIS344ALH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.83497-8201-ND (STEVAL-MKI017V1) Adapter Board for the LIS344AL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.83497-8202-ND (STEVAL-MKI018V1) Adapter Board for the LIS244AL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.83497-8204-ND (STEVAL-MKI020V1) Adapter Board for the LIS302SG . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33.83

LIS344ALH Demonstration KitThe STEVAL-MKI014V1 is a demonstration kit designed to provide the user with a complete, ready-to-use platform for the evaluation of the LIS344ALH.

497-8231-ND (STEVAL-MKI014V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50.75

LIS344AL Demonstration Kit

LIS302SG Demonstration Kit

The STEVAL-MKI016V1 is a demonstration kit designed to provide the user with a complete, ready-to-use platform for the evaluation of the LIS344AL.The LIS344AL is a low-power 3-axis linear capacitive accelerometer that includes a sensing element and an IC interface capable of taking information from the sensing element and providing an analog signal to an external application.

497-8200-ND (STEVAL-MKI016V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50.75

The STEVAL-MKI019V1 is a demonstration kit designed to provide the user with a complete, ready-to-use

platform for the evaluation of the LIS302SG.

The LIS302SG is a low-power 3-axis linear capacitive accelerometer that includes a sensing element and an

IC interface capable of taking information from the sensing element and providing and analog signal to an

external application.

497-8203-ND (STEVAL-MKI019V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50.75

LIS331DL Demonstration KitThe STEVAL-MKI024V1 is a demonstration kit designed to provide the user with a complete, ready-to-use

platform for demonstration of the LIS331DL. The LIS331DL is a low-power 3-axis linear accelerometer with

digital output. The device includes a sensing element and an IC interface capable of translating information

from the sensing element into a measured signal that can be used for external applications. In addition to

the MEMS sensor, the demonstration board utilizes an ST7-USB microcontroller which functions as a bridge

between the sensor and the PC, on which it is possible to use the graphical user interface downloadable to

the website or dedicated software routines for customized applications.

497-8719-ND (STEVAL-MKI024V1) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68.06

STEVAL-IFS012V9 Demonstration BoardMulti device temperature sensor demonstrator based on ST72F65x. Demonstration board features: Evaluation system to demonstrate features of ST’s new temperature sensor (digital and analog) family, in standalone mode and USB interfaced Graphical User Interface (GUI) mode.Features: • Measures and displays temperature • I2C / SMBus / SPI/ADC communication compatible • Displays RTC time and date and its featured through GUI • Easy to use GUI, interfaced through USB. GUI can be used to confi gure the sensors and RTC • Temperature monitoring, storing in NAND and plotting on graph is supported

497-8923-ND (STEVAL-IFS012V9) Card for 8-TSSOP Package . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23.42

STM8L1526-EVAL Evaluation BoardThe STM8L1526-EVAL evaluation board is a complete demonstration and development platform for STMicroelectronic’s STM8 core-based STM8L152C6 microcontroller which supports I2C, SPI, USART, 12-bit ADC, 12-bit DAC, LCD driver, 2KB internal SRAM, 32KB EEPROM and SWIM debugging. The full range of hardware features on the board helps you evaluate all peripherals (motor control, USART, audio DAC, LCD, IR LED, IrDA, SPI Flash, MicroSD Card, temperature sensor and EEPROM… etc.) and develop your own applications. Extension headers facilitate easy connection of a daughterboard or wrapping board for specifi c applications. An ST-LINK is integrated on the board as the embedded in-circuit debugger and programmer for the STM8 MCU.

497-10590-ND (STM8L1526-EVAL) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164.19

iMEMS® Accelerometers and Gyroscopes®


N

iSensor™ Evaluation Boards

Range(°/s) Sensitivity Output

Bandwidth(Maximum)

NoiseDensity

(°/s / √Hz rms)Temperature

Sensor

SupplyVoltage

(V)

SupplyCurrent

(mA)

TemperatureRange


Price Each1 25 100

ADIS Gyroscope

±80 0.0122 °/s /LSB SPI 1000Hz 0.04 Yes 4.75 ~ 5.25 6.5 -40 ~ 105 ADIS16060BCCZ-ND 44.63 41.65 38.68

±250 0.000042 °/s /LSB SPI 320Hz 0.0125 Yes 4.75 ~ 5.25 73 -40 ~ 85 ADIS16130AMLZ-ND 717.88 670.02 622.16

±75 ~ ±300 0.018 °/s /LSB SPI 350Hz 0.05 Yes 4.75 ~ 5.25 35 -40 ~ 85 ADIS16350AMLZ-ND 426.37 397.95 369.52

±75 ~ ±300 0.018 °/s /LSB SPI 350Hz 0.05 Yes 4.75 ~ 5.25 33 -40 ~ 85 ADIS16354AMLZ-ND 499.10 465.84 432.56

±350 0.0125 °/s /LSB SPI 330Hz 0.05 Yes 4.75 ~ 5.25 49 -40 ~ 85 ADIS16360BMLZ-ND 407.16 — —

±350 0.05 °/s /LSB SPI 330Hz 0.044 Yes 4.75 ~ 5.25 49 -40 ~ 105 ADIS16362BMLZ-ND 470.41 439.05 407.69


±75 ~ ±300 0.0125 °/s /LSB SPI 350Hz 0.038 Yes 4.75 ~ 5.25 49 -40 ~ 85 ADIS16365BMLZ-ND 525.02 490.02 455.02



DescriptionSensorCore

OutputType Sensitivity

TemperatureSensor

VoltageSupply

(V)

SupplyCurrent

(mA)

TemperatureRange

(°C)Package

(mm/type)Digi-KeyPart No.

Price Each1 25 100

ADIS Accelerometers

±1.7g Accelerometer Accelerometer SPI 820 LSB/g Yes 3 ~ 5.25 1.5 (typical) -40 ~ 125 12-LGA ADIS16003CCCZ-ND 23.73 22.15 20.57

±5g Accelerometer Accelerometer SPI 256 LSB/g Yes 3 ~ 5.25 1.5 (typical) -40 ~ 125 12-LGA ADIS16006CCCZ-ND 23.73 22.15 20.57

Programmable, ±5g Accelerometer

Accelerometer/Ind. SPI2 LSB/

mg(10LSB/°)Yes 3 ~ 3.6 11 (.5 in Standby) -40 ~ 125 16-LGA ADIS16201CCCZ-ND 31.59 29.49 27.38

Programmable, Single Axis Inclinometer

360° Inclinometer SPI 0.025°/LSB Yes 3 ~ 3.6 11 (.5 in Standby) -40 ~ 125 16-LGA ADIS16203CCCZ-ND 31.59 29.49 27.38

Programmable, High-gSensor/Recorder

Accelerometer/Impact Sensor

SPI ±70g; ±37g Yes 3 ~ 3.6 12 (.5 in Standby) -40 ~ 105 16-LGA ADIS16204BCCZ-ND 27.23 25.41 23.60

Digital Dual Axis Accelerometer/Inclinometer

Accelerometer/Inclinometer

SPI 0.025°/LSB Yes 3 ~ 3.6 14 -40 ~ 125 16-LGA ADIS16209CCCZ-ND 45.70 42.66 39.61

Digital Triple-Axis Accelerometer

Accelerometer SPI 51.4mg/LSB Yes 2.4 ~ 3.6 1 -40 ~ 85 112-PBGA ADIS16240ABCZ-ND 36.90 34.45 31.99

iSensor™ Intelligent Sensors


PriceEach

Evaluation Board for the ADIS16003, ±1.7g. Dual Axis Accelerometer

ADIS16003/PCBZ-ND◆ 85.34

Evaluation Board for ADIS16006/PCB ADIS16006/PCBZ-ND◆ 85.34

Evaluation Board for ADIS16060 ADIS16060/PCBZ-ND◆ 85.34

Evaluation Board for the ADIS16201, Program., Dual-Axis Inclinometer/Accelerometer

ADIS16201/PCBZ-ND◆ 85.34

Evaluation Board for the ADIS16203 ADIS16203/PCBZ-ND◆ 85.34

Evaluation Board for ADIS16204/PCB ADIS16204/PCBZ-ND◆ 85.34




PriceEach

Evaluation Board for Tri Gyro Accelerometer ADIS16350/PCBZ-ND◆ 435.72





Evaluation Board Interface for ADIS16365 ADIS16365/PCBZ-ND◆ 610.90



iSensor ADIS Accelerometers/Gyros enhance ADXL/ADXRS iMEMS accelerometers with additional performance and functionality, such as embedded signal processing and control. These inertial sensors

address special requirements such as calibration/tuning, application specifi c interfaces, digital I/O, wireless links, embedded intelligence and programmability, power management, and analog signal conditioning.

§ For Tape and Reel part number, change CT-ND to TR-ND.

◆ RoHS Compliant

DescriptionDimensions (mm)

L x W x H Sensitivity VoltageCurrent

(μA) PackageDigi-KeyPart No.

Cut Tape Price Each Tape and Reel§1 25 100 Qty. Pricing

MEMS Omnidirectional Microphone with Bottom Port and Digital Output 4.00 x 3.00 x 1.00 -26dB ±3dB 3.6 650 5-LGA ADMP421ACEZ-RL7CT-ND 4.06 3.25 2.53 1,000 2296.14

MEMS Omnidirectional Microphone with Bottom Port and Analog Output 4.72 x 3.76 x 1.00 -42dB ±3dB 3.6 250 6-LGA ADMP401ACEZ-RL7CT-ND 3.24 2.59 2.02 1,000 1832.70

iMEMS® Evaluation Boards

iMEMS® Omnidirectional Microphones


PriceEach

Evaluation Board for ADXL203 ADXL203EB-ND 27.23



Evaluation Board for ADXL335 EVAL-ADXL335Z-ND◆ 30.98

Evaluation Board for ADXL345-M EVAL-ADXL345Z-M-ND◆ 257.12


Satellite Board for ADXL345Z-S EVAL-ADXL345Z-S-ND◆ 153.86

Evaluation Board for ADXRS610BBGZ EVAL-ADXRS610Z-ND◆ 45.46


PriceEach




Evaluation Board for ADXRS622 EVAL-ADXRS622Z-ND◆ 51.63

Evaluation Board for ADXL001-500 EVAL-ADXL001-500Z-ND◆ 68.19

Evaluation Board for ADXL001-70 EVAL-ADXL001-70Z-ND◆ 68.19



◆ RoHS Compliant

iMEMS® Accelerometers and Gyroscopes (Cont.)

The ADMP421 is a low cost, low power, digital output bottom ported omnidirectional MEMS microphone. The ADMP421 consists of a MEMS microphone element, an impedance converter amplifi er, and a fourth-order Σ-Δ modulator. The digital interface allows for the pulse density modulated (PDM) output of two microphones

to be time multiplexed on a single data line using a single clock. The ADMP401 is a high quality, low cost, low power, analog output bottom ported omnidirectional MEMS microphone. The ADMP401 consists of a MEMS microphone element and an impedance converter amplifi er.

®


N

Basic Design Kit

Amplifi er Box

ACH-01 Accelerometers

LDT Vibration SensorsTypically, a 0.005” (125μm) polyester layer is laminated to a 28μm piezo fi lm element. When used in a “bend ing” mode, laminated fi lm elements develop much higher voltage output when fl exed than non-lam-inated elements. The piezo fi lm is off the neutral axis in the laminate, and is strained more when fl exed.

The SCP1000 performs almost complete data processing on-chip. The communication between the SCP1000 and its host micro-controller (μC) is based on a serial interface, an interrupt line and specialized pins used to trigger special functions. Two different serial interfaces are available: SPI and TWI (TWI is very similar to I2C bus). The appropriate communication interface is pre-programmed in the factory.The SCP1000 pressure demonstrator is designed to give a quick access and understanding on the performance and capabilities of the SCP1000 pressure component. The demo kit supports SCP1000-D01 and SCP1000-D11 sensors.SCP1000 Demo Kit Includes: SCP1000-D01 sensor soldered on chip carrier PCB, USB interface card inside the demo box, USB cable, CD-ROM with documentation, drivers and GUI software running on PC

4.091.6

0.520.35

0.73

5.11

0.50

2.60

0.42

0.42

0.80

0.5

0.55

PIN #1

3.20

Ø6.10

Ø5.25

0.70

0.10

4.60

1.70

0.65

Dimensions in mmPressure Sensors

The ACH-01 Accelerometer is a robust, general purpose, linear single axis accelerometer featuring buffered electronic output.

Specifi cations: • Sensitivity: 10mV/g • Lower Frequency Limit (-3dB): 2Hz • Upper Frequency Limit (+3dB): 20kHz • Dynamic Range: ±150g • Linearity: 0.1% • Resonant Frequency: 35kHz • Oper ating Temperature: -40°C ~ 85°C • Maximum Shock Level: 1000g

17.7817.15

13.08

ACH-01-03 with Shielded Cable Dimensions in mm

1.27 6.20

For use with ACH-01-03 and ACH-01-04

Characteristics: • Gain: 10X • Power Supply: 9V Battery • Supply Current: 4.0mA • Input Interface: FET for ACH-01 • Output Impedance: 100Ω • Output Connector: BNC

This kit demonstrates the use of MSI piezo fi lm sensors as microphones, speakers, switches and acoustic pick ups. All components and fi lm samples in the kit can be used for experimentation.Kit Includes: • Seven sen sor elements • One piezo cable • One PCB for ACH-04-08 • Application/instruction specifi cations • Technical manual



ACH-01-03 Sensor Accelerometer with40” Single Coax Cable and Female Connector

MSP1001-ND 37.17 33.05 29.33 1-1001220-0

ACH-01-04 Sensor Accelerometer with Wires MSP1002-ND 30.98 27.89 24.79 1-1001497-0


PriceEach

Measurement SpecialtiesPart No.

Basic Design Kit MSP1010-ND 165.22 0-1004308-0

DescriptionCap.(nF)

Digi-KeyPart No.


LDT0-028K, with Solder Tabs .500 MSP1006-ND 1.98 1.66 1.49 1002794-0LDTM-028K, with Mass and Solder Tabs .420 MSP1007-ND 2.35 1.97 1.77 0-1005447-1MiniSense 100 (Horizontal) — MSP6914-ND 3.30 2.80 2.28 1005939-1MiniSense 100 (Vertical) — MSP6915-ND 3.30 2.80 2.28 1005940-1

† Bulk

DescriptionSupplyVoltage

Average Supply

Current (μA)

MeasuringRange(kPa)

TemperatureRange Package

Digi-KeyPart No.

Cut TapeDigi-KeyPart No.

Tape and Reel VTIPart No.

Price Each1 10 25 Qty. Pricing

Absolute Pressure Sensor 2.4 ~ 3.3V 25 30 ~ 120 -20°C ~ 70°C SPI Interface 551-1046-1-ND 24.56 23.40 22.28 551-1046-2-ND 100 2020.81 SCP1000-D01

Absolute Pressure Sensor 2.4 ~ 3.3V 25 30 ~ 120 -20°C ~ 70°C I2C Interface 551-1043-1-ND 24.56 23.40 22.28 — — — SCP1000-D11

SCP1000-D11 on PCB 2.4 ~ 3.3V 25 30 ~ 120 -20°C ~ 70°C I2C Interface 551-1044-ND† 47.15 46.31 45.47 — — — SCP1000 PCB3


Price Each Measurement SpecialtiesPart No. 1 10 100

IB-ACH-01 — Amplifi er Box MSP1003-ND 206.53 185.88 167.29 0-1003058-0

Accelerometersand Inclinometers

VTI Technologies is a forerunner in motion and

pressure sensors and the world’s leading designer

and producer of acceleration sensors.

VTI develops and produces sil icon based

capacitive sensors with unique 3D-MEMS

(MicroElectroMechanical System) technology,

with application areas in acceleration, inclination,

shock, vibration and pressure measurement.

† For Tape and Reel part number, change 1-ND to 2-ND. ‡ Bulk

Fig. Description

SupplyVoltage

(V)

CurrentConsumption

(Typ.)

Measur-ing

Range Sensitivity

FrequencyResponse

(Hz)

TemperatureRange


Cut Tape Price Each Tape and Reel† VTIPart No.1 10 25 Qty. Pricing

Inclinometers

—

Single Output, 1g 4.75 ~ 5.25 2.5mA ±90° 2V/g 8 ~ 28 -55 ~ 125 8-DIL SMD 551-1005-1-ND 40.61 38.68 36.84 100 3341.24 SCA61T-FA1H1G

Single Output, 0.5g 4.75 ~ 5.25 2.5mA ±30° 4V/g 8 ~ 28 -55 ~ 125 8-DIL SMD 551-1004-1-ND 40.61 38.68 36.84 100 3341.24 SCA61T-FAHH1G

Dual Output, 0.5g 4.75 ~ 5.25 4mA ±30° 4V/g 8 ~ 28 -55 ~ 125 12-DIL SMD 551-1002-1-ND 53.38 50.85 48.42 100 4392.21 SCA100T-D01

Dual Output, 1g 4.75 ~ 5.25 4mA ±90° 2V/g 8 ~ 28 -55 ~ 125 12-DIL SMD 551-1003-1-ND 53.38 50.85 48.42 100 4392.21 SCA100T-D02

Single Output, 0.26g 4.75 ~ 5.25 4mA ±15° 16V/g 8 ~ 28 -55 ~ 125 12-DIL SMD 551-1000-1-ND 53.38 50.85 48.42 100 4392.21 SCA103T-D04

Single Output, 0.5g 4.75 ~ 5.25 4mA ±30° 8V/g 8 ~ 28 -55 ~ 125 12-DIL SMD 551-1001-1-ND 53.38 50.85 48.42 100 4392.21 SCA103T-D05

1310.20

14.70

25

5.10

5.10

LDT0-028K High Sensitivity

Protective Coating

Str

etch

Dire

ctio

n

Piezo FilmPolyester Laminate

Connector

1310

.20

14.70

25

3.5

LDTM

Also available with a mass (M) which provides higher output (mv/g) for higher sensitivity appli cations.

Dimensions in mm

5.00

2.54

7.00

2.40

6.00

PCB

12.80MiniSense

(Continued)


®

®Dim. in mm


2.0

3 (

4x)

0.6

9 (

14x)

0.7

6 (

14x)

0.43 (18x)

8X 0.80 = 6.400.80

0.55 (18x)

FRONT VIEW

1.9

3 (

4x)

6.2

45.0

0

7.0 SQ.

0.10

1.80

LEFT VIEW

3.3

12

7.00

8.60

.50

11 10 9 8 7

1 2 3 4 5 6 1.60

0.70

2.00

2.00

0.50

Fig. 1


N

Acceleration and Pressure Sensors

Accelerometers and Inclinometers (Cont.)

† For Tape and Reel part number, change 1-ND to 2-ND. ‡ Bulk

Fig. Description

SupplyVoltage

(V)

CurrentConsumption

(Typ.)

Measur-ing

Range Sensitivity

FrequencyResponse

(Hz)

TemperatureRange


Cut Tape Price Each Tape and Reel† VTIPart No.1 10 25 Qty. Pricing

Accelerometers

—

Dual Output 4.75 ~ 5.25 5mA ±1.7g 1.2V/g 50±30 -55 ~ 125 12-DIL SMD 551-1008-1-ND 45.69 43.52 41.45 100 3758.76 SCA1020-D02

Dual Output 4.75 ~ 5.25 4.5mA ±4g .55V/g 115±55 -55 ~ 125 12-DIL SMD 551-1025-1-ND 73.70 70.19 66.85 100 6063.33 SCA1000-N1000070

Single Output 4.75 ~ 5.25 2mA ±0.5g 4V/g 18±10 -55 ~ 125 8-DIL SMD 551-1009-1-ND 37.47 35.60 33.82 — — SCA610-CAHH1G

Single Output 4.75 ~ 5.25 2mA ±1g 2V/g 18±10 -55 ~ 125 8-DIL SMD 551-1010-1-ND 40.61 38.68 36.84 100 2478.47 SCA610-CA1H1G

Single Output 4.75 ~ 5.25 2mA ±1.7g 1.2V/g 50±30 -55 ~ 125 8-DIL SMD 551-1012-1-ND 32.73 31.17 29.69 100 2693.42 SCA610-C28H1A

Single Output 4.75 ~ 5.25 2mA ±1.7g 1.2V/g 50±30 -55 ~ 125 8-DIL SMD 551-1013-1-ND 39.30 37.43 35.65 100 2424.93 SCA620-CF8H1A

Stand Alone Inclinometers and Accelerometers

1

Dual Axis 7 ~ 35 5mA ±90° 2V/g, 70mV/°≥4V/g 18 -40 ~ 85 Module 551-1017-ND‡ 132.03 107.78 91.61 — — SCA121T-D03

Dual Axis 4.75 ~ 5.25 5mA ±90° 2V/g, 70mV/°≥4V/g 18 -40 ~ 85 Module 551-1029-ND‡ 132.03 107.78 91.61 — — SCA121T-D05

Dual Axis 7 ~ 35 5mA ±30° 2V/g, 70mV/°≥4V/g 18 -40 ~ 85 Module 551-1018-ND‡ 132.03 107.78 91.61 — — SCA121T-D07

2

Triple Axis Digital 2.35 ~ 3.6 480μA ±2g 1333/g 45 -40 ~ 85 SPI Interface 551-1033-1-ND 24.56 23.40 22.28 100 2020.81 SCA3000-D01

Triple Axis Digital 2.35 ~ 3.6 650μA ±2g 1333/g 45 -40 ~ 85 I2C Interface 551-1035-1-ND 24.56 23.40 22.28 — — SCA3000-D02

Triple Axis Digital 2.35 ~ 3.6 120μA ±3g 1000/g 35 -40 ~ 85 SPI Interface 551-1037-1-ND 24.56 23.40 22.28 — — SCA3000-E01

Triple Axis Digital 2.35 ~ 3.6 200μA ±3g 1000/g 40 -40 ~ 85 I2C Interface 551-1039-1-ND 24.56 23.40 22.28 — — SCA3000-E02

Triple Axis Digital 2.35 ~ 3.6 120μA ±18g 160/g Selectable -40 ~ 85 SPI Interface 551-1048-1-ND 19.27 17.93 16.58 100 1349.02 SCA3000-E05

Triple Axis Digital 2.35 ~ 3.6 120μA ±18g 160/g Selectable -40 ~ 85 SPI Interface 551-1050-ND‡ 47.15 46.31 45.47 — — SCA3000-E05 PWB

— Dual Axis Subassembly 7 ~ 35 4.5mA ±10° 200mV/° 3 -40 ~ 85 PC Board 551-1020-ND‡ 87.32 78.14 67.36 — — SCL1700-D01

3

Single Z-Axis Digital 3.3 5mA ±2g 900/g 80 -40 ~ 125 SPI Interface 551-1051-1-ND 32.44 29.74 27.04 100 2162.48 SCA820-D04

Single Y-Axis Digital 3.3 5mA ±2g 900/g 80 -40 ~ 125 SPI Interface 551-1052-1-ND 31.03 28.45 25.86 100 2068.80 SCA830-D06

Single Y-Axis Digital 3.3 5mA ±1g 32000/g 6.25 -40 ~ 125 SPI Interface 551-1053-1-ND 43.95 40.29 36.63 100 2929.85 SCA830-D07

Dual XY-Axis Digital 3.3 3mA ±2g 900/g 55 -40 ~ 125 SPI Interface 551-1054-1-ND 41.16 37.73 34.30 100 2743.81 SCA2100-D02

Triple XYZ-Axis Digital 3.3 3mA ±2g 900/g 55 -40 ~ 125 SPI Interface 551-1055-1-ND 50.57 46.36 42.15 100 3371.64 SCA3100-D04

Triple XYZ-Axis Digital 3.3 3mA ±6g 650/g 55 -40 ~ 125 SPI Interface 551-1067-1-ND 50.59 46.38 42.16 100 3372.47 SCA3100-D07

Triple XYZ-Axis Digital 3 ~ 3.6 150μA ±2g 1000/g 35 -40 ~ 105 SPI Interface 551-1073-1-ND 13.94 12.79 11.63 100 929.66 SCA3060-D01

—

SCA820-D04 on PCB 3.3 — ±2g 900/g 80 -40 ~ 125 SPI Interface 551-1057-ND‡ 70.73 64.84 61.30 — — SCA820-D04 PCB


SCA830-D07 on PCB 3.3 — ±1g 32000/g 6.25 -40 ~ 125 SPI Interface 551-1059-ND‡ 70.73 64.84 61.30 — — SCA830-D07 PCB



SCA3100 Demo w/D04 on PCB — — — — — — Demo Kit 551-1056-ND‡ 471.52 — — — — SCA3100 DEMO KIT

SCA3060-D01 on PWB 3 ~ 3.6 — ±2g 1000/g — -40 ~ 105 SPI Interface 551-1075-ND‡ 79.68 65.05 55.29 — — SCA3060-D01 PWB

SCA3060 Demo w/D01 on PWB — — — — — — Demo Kit 551-1074-ND‡ 557.76 455.32 387.02 — — SCA3060-D01DEMO

4Triple Axis Digital 1.7 ~ 3.6 70μA ±2g, ±8g 56/g, 14/g 50 -40 ~ 85 SPI/ I2C Interface 551-1062-1-ND 7.35 6.99 6.64 100 536.22 CMA3000-D01

Triple Axis Analog Output 1.7 ~ 3.6 180μA ±2g, ±8g 6/g, 24/g 50 -40 ~ 85 SPI/ I2C Interface 551-1063-1-ND 7.35 6.99 6.64 100 536.22 CMA3000-A01

—

Board PWB Accelerometer3-Axis SPI/I2C

1.7 ~ 3.6 180μA ±2g, ±8g 6/g, 24/g 50 -40 ~ 85 SPI/ I2C Interface 551-1065-ND‡ 43.72 — — — — CMA3000-A01 PWB

Board PWB Accelerometer3-Axis SPI/I2C

1.7 ~ 3.6 70μA ±2g, ±8g 56/g, 14/g 50 -40 ~ 85 SPI/ I2C Interface 551-1064-ND‡ 43.72 — — — — CMA3000-D01 PWB

Kit Demo AccelerometerCMA3000-D01

1.7 ~ 3.6 70μA ±2g, ±8g 56/g, 14/g 50 -40 ~ 85 Demo Kit 551-1066-ND‡ 124.91 — — — —CMA3000-D01 DEMO

BMA020/BMA150: The BMA020/BMA150 is a triaxial, digital low-g acceleration sensor with digital interfaces, aiming for low-power consumer market applications. Features: • Switchable g-range and bandwidth • Low-power consumptionBMA140/BMA145: The BMA140/145 is an analog, triaxial low-g acceleration sensor for consumer market ap-plications, available in a super-fl at land grid array (LGA) package with a very small footprint and height of merely 0.9mm. Features: • Triaxial, analog low-g sensor with three parallel outputs • ±4g range • Ultra low power consumption • Very wide power supply range • Internal filtering capabilityBMD040: The BMD040 analog output, absolute pressure sensor comprises a piezo-resistive 3MPa pressure sensor element and a circuitry for signal amplification and temperature compensation. Features: • High preci-sion barometric pressure sensor • TO-8 metal can package • Fully calibrated • Temperature compensated • ESD-protection and short circuit protectedBMP085: The BMP085 is a high-precision, ultra-low power barometric pressure sensor for use in advanced

mobile applications. Features: • Wide barometric pressure range • Flexible supply voltage range • Ultra-low power consumption • Fully calibrated • Small, flat packageSMD085: The SMD085 is a high precision barometric pressure sensor. It consists of an integrated sensing element, a logic control unit, a temperature compensation circuit, as well as an offset compensation circuit. Features: • Temperature compensated • Fast ratiometric analog output • On chip fully calibrated transfer functionBMA120: The BMA120 is a triaxial, low-g acceleration sensor with digital interfaces, aiming for low-power consumer market applications. The BMA120 senses tilt, motion, shock and vibration in cell phones, handhelds, computer peripherals, man-machine interfaces, virtual reality features and game controllers.BMA220: The BMA220 allows measurement of accelerations in 3 perpendicular axes and thus senses tilt, motion, shock and vibration in cell phones, handhelds, computer peripherals, man-machine interfaces, virtual reality features and game controllers.

Fig. Axis Range OutputDigi-KeyPart No.


Tape and Reel Bosch SensortecPart No.1 10 100 Qty. Pricing

1

x/y/z ±2g/±4g/±8g Digital 828-1000-1-ND◆ 4.26 3.56 2.99 828-1000-2-ND◆ 5,000 1989.25/M BMA020

x/y/z ±2g/±4g/±8g Digital 828-1003-1-ND◆ 4.46 3.72 3.13 828-1003-2-ND◆ 5,000 2081.78/M BMA150

x/y/z ±4g Analog 828-1001-1-ND◆ 3.99 3.33 2.80 828-1001-2-ND◆ 5,000 1862.03/M BMA140

x/y/z ±2g/±4g/± 8g/±16g Digital 828-1015-1-ND◆ 2.68 2.23 1.88 828-1015-2-ND◆ 5,000 1249.07/M BMA120

2 x/y/z ±4g Analog 828-1002-1-ND◆ 4.39 3.66 3.08 828-1002-2-ND◆ 5,000 2047.08/M BMA145

3 — 300 ~ 1,100hPa Digital 828-1005-1-ND◆ 7.26 6.06 5.09 828-1005-2-ND◆ 3,000 3509.69/M BMP085

4 — 60 ~ 115kPa Analog 828-1006-1-ND◆ 7.41 6.18 5.19 — — — SMD085

5 x/y/z ±2g/±4g/± 8g/±16g Digital 828-1016-1-ND◆ 2.55 2.13 1.79 828-1016-2-ND◆ 10,000 1131.68/M BMA220

— — 50 ~ 3,000kPa Analog 828-1004-ND◆† 20.14 17.10 14.45 — — — BMD040-3MP

Development Board for Sensor ICs 828-1007-ND 219.74 — — — — — 0330.DB0.022

BMA020 Daughtercard for Development Kit 828-1008-ND 65.67 — — — — — BMA020-SHUTL




BMP085 Daughtercard for Development Kit 828-1012-ND 34.70 — — — — — BMP085-SHUTL

BMA120 Daughtercard For Development Kit 828-1017-ND◆† 34.70 — — — — — BMA120-SHUTL

BMA220 Daughtercard For Development Kit 828-1018-ND◆† 34.70 — — — — — BMA220-SHUTL

◆ RoHS Compliant † Bulk


®

®

Dimensions in mm

Fig. 1 Fig. 2


3.00

0.25

0.5

3.00 4.00 4.00

0.250.65

5.00

1.270.60

6.9

8.4

2.00 2.00

1.03Max.

0.50.513

0.25


N

NTC (Negative Temperature Coefficient) Thermistors are manufactured from sintered metal

oxides. TDK thermistors have low thermal time constraints, which result in extremely high rates

of re sistance change to accurately track the temperature.

Features: • Layered internal electrode structure

• Good stability of resistance value after soldering

Surface Mount NTC Thermistors

SizeCode

NominalResistance

@ B25°/85° (Ω)B Constant Digi-Key

Part No.

Cut TapePricing Digi-Key

Part No.Tape and Reel TDK

Part No.25°/85°C 25°/50°C 1 10 100 Qty. Pricing

040210K 3435K ±1% 3380K ±1% 445-2550-1-ND .25 2.17 17.07 445-2550-2-ND 10,000 80.89/M NTCG103JF103FT1100K 4500K ±1% 4498K ±1% 445-2552-1-ND .25 2.17 17.07 — — — NTCG104KF104FT1

060310K 3435K ±1% 3380K ±1% 445-2554-1-ND .28 2.46 19.32 445-2554-2-ND 4,000 105.71/M NTCG163JF103FT110K 4100K ±3% 4067K ±3% 445-2555-1-ND .23 2.05 16.10 445-2555-2-ND 4,000 88.09/M NTCG164BH103HT1100K 4500K ±1% 4498K ±1% 445-2556-1-ND .28 2.46 19.32 445-2556-2-ND 4,000 105.71/M NTCG164KF104FT1

SizeCode

Dimensions - mmL W T B

0402 1.0 ±0.05 0.5 ±0.05 0.5 ±0.05 0.1 Min.

0603 1.6 ±0.1 0.8 ±0.1 0.8 ±0.1 0.2 Min.

W

L

T

B

®


®Discrete NTC ThermistorsBead Thermistors: Features: • Relatively uniform size • Offer ultra-fast time response • Highly sensitive to electric power Specifi cations: • Operating Temperature Range: -60°C ~ 300°C • Encapsulation: Glass hermetic seal • Lead Material: Platinum iridium • Dissipation constant (DC): 0.1 mW/°C (in still air) minimum • Time constant: 1s (in still air) maximum

Glass Probe Thermistors: Features: • Operating Temperature Range: -60°C ~ 300°C • Encapsulation: Glass • Lead Material: Dumet (copper clad Ni-Fe wire) • Dissipation constant (DC): Standard: 1.0 mW/°C in still air minimum, Mini: 0.7 mW/°C (in still air) minimum • Time constant: Standard: 22s (in still air) maximum, Mini: 10s (in still air) maximum

Glass Encapsulated Chip Therm istors: Features: • High quality line of low cost hermetically sealed, glass-encapsulated units • Evolved from highly successful and fi eld proven Honeywell Standard Chip Series • DO-35 package

Uni-Curve® Series: Features: • High quality, low cost resistance temperature matched interchangeable thermistors • Accuracy • High stability • Epoxy coated

Disc Thermistors: Features: • Ideally suited for low cost applications with a maximum temperature of 150°C • PC Board mountable • Solderable leads • Tinned copper leads

Axial

Adjacent

Mini

Standard

DO-35 DiscUni-Curve

9.5

0.51

Ø0.36

9.5 2.29

Ø1.14

12.731.5

1.5

12.750.8

2.54

1.125

1.80 Ø.020 TinnedCopper Clad

Steel1.5

D

1.5

.095

Ø.008 Lead (2)Tinned Copper Alloy

Resistance@25°C

(Ω)

Tolerance@25°C

(%)Digi-KeyPart No.


Uni-Curve ® Series500 ±0.2 480-3163-ND 3.26 2.24 2.01 192-501DET-A011K ±1.0 480-3157-ND 3.28 2.24 2.02 192-102DEW-A01

2.2K ±0.2 480-3160-ND 3.11 2.13 1.92 192-222LET-A013K ±0.2 480-3161-ND 2.88 1.98 1.78 192-302LET-A015K ±0.2 480-3164-ND 3.00 2.06 1.85 192-502LET-A01

10K ±0.2 480-3158-ND 3.51 2.40 2.16 192-103LET-A0130K ±1.0 480-3162-ND 3.00 2.06 1.85 192-303KET-A0150K ±0.2 480-3165-ND 2.90 1.99 1.79 192-503QET-A01

100K ±0.2 480-3159-ND 3.00 2.06 1.85 192-104QET-A01

Dim.D

(Inch)

Resis-tance

@25°C (Ω)

Toler-ance

@25°C (%)Digi-KeyPart No.


Disc Thermistors0.1 500 ±10.0 480-3143-ND 2.13 1.39 1.26 140-501FAG-RB10.1 1K ±10.0 480-3141-ND 2.13 1.39 1.26 140-102FAG-RB10.1 5K ±10.0 480-3144-ND 3.68 2.52 2.27 140-502LAG-RB10.1 10K ±10.0 480-3142-ND 2.13 1.39 1.26 140-103LAG-RB10.2 100 ±10.0 480-3145-ND 2.35 1.53 1.39 143-101FAG-RC10.2 200 ±10.0 480-3147-ND 2.35 1.53 1.39 143-201FAG-RC10.2 1K ±10.0 480-3146-ND 2.62 1.70 1.55 143-102LAG-RC10.2 3K ±10.0 480-3148-ND 2.35 1.53 1.39 143-302LAG-RC10.2 30K ±10.0 480-3149-ND 2.35 1.53 1.39 143-303QAG-RC1

SizeCode

Resis-tance

@25° (Ω)

Toler-ance

@25° (%)Digi-KeyPart No.

Cut TapePrice Each

T&R‡Pricing3,000

HoneywellSensingPart No.1 10 25

SMD Thermistors

08055K ±5.0 480-3152-1-ND 1.00 .59 .50 270.67/M 173-502GAF-301

10K ±2.0 480-3150-1-ND 1.38 .86 .77 449.25/M 173-103LAD-30147K ±5.0 480-3151-1-ND 1.17 .73 .65 381.18/M 173-473LAF-301

1206

5K ±5.0 480-3155-1-ND 1.55 .97 .86 506.11/M 175-502GAF-30110K ±3.0 480-3153-1-ND 1.55 .97 .86 506.11/M 175-103LAE-30150K ±10.0 480-3156-1-ND 1.97 1.28 1.17 723.13/M 175-503LAG-301

440K ±5.0 480-3154-1-ND 1.39 .86 .77 450.05/M 175-444QBF-301

Resistance@25°C

(Ω)

Tolerance@25°C

(%)Digi-KeyPart No.


Small Bead ThermistorsAxial

2K ±25.0 480-3113-ND 7.29 5.33 4.99 111-202CAK-H01

2K ±25.0 480-3114-ND 9.40 7.20 6.80 111-202CAK-H02

Large Bead ThermistorsAdjacent

1K ±20.0 480-3115-ND 9.36 6.85 6.41 112-102EAJ-B01

2K ±20.0 480-3118-ND 9.27 7.10 6.71 112-202EAJ-B01

10K ±20.0 480-3116-ND 9.35 7.16 6.76 112-103FAJ-B01

100K ±20.0 480-3117-ND 9.44 7.23 6.83 112-104KAJ-B01

Glass Probe ThermistorsMini

1K ±20.0 480-3119-ND 9.11 6.66 6.24 120-102EAJ-Q01

2K ±20.0 480-3120-ND 19.78 15.74 14.75 120-202EAD-Q02

2K ±20.0 480-3121-ND 9.95 7.62 7.20 120-202EAG-Q01

Standard1K ±20.0 480-3122-ND 16.94 13.48 12.63 121-102EAJ-Q01

2K ±20.0 480-3125-ND 9.70 7.10 6.65 121-202EAJ-Q01

10K ±20.0 480-3123-ND 9.68 7.09 6.64 121-103FAJ-Q01

100K ±20.0 480-3124-ND 10.74 8.22 7.77 121-104KAH-Q01

Glass Encapsulated ThermistorsDO-35

1K ±10.0 480-3126-ND 1.13 .70 .63 135-102DAG-J01

10K ±10.0 480-3127-ND 1.58 .98 .88 135-103FAD-J01

10K ±5.0 480-3128-ND 1.27 .79 .71 135-103FAF-J01

10K ±10.0 480-3129-ND 1.13 .70 .63 135-103FAG-J01

10K ±10.0 480-3130-ND 1.27 .79 .71 135-103FBX-J01

10K ±5.0 480-3131-ND 1.25 .77 .69 135-103LAF-J01

10K ±10.0 480-3132-ND 1.20 .74 .67 135-103LAG-J01

50K ±10.0 480-3140-ND 2.91 2.00 1.80 135-503LAG-J01

100K ±1.0 480-3133-ND 4.54 3.11 2.80 135-104LAC-J01

100K ±5.0 480-3134-ND 1.49 .97 .88 135-104LAF-J01

100K ±10.0 480-3135-ND 1.19 .74 .66 135-104LAG-J01

100K ±5.0 480-3136-ND 1.53 .95 .85 135-104LBF-J01

100K ±10.0 480-3137-ND 1.39 .86 .77 135-104QAD-J01

200K ±10.0 480-3139-ND 1.46 .90 .81 135-204QAG-J01

1M ±10.0 480-3138-ND 1.13 .70 .63 135-105QAG-J01 ‡ For Tape and Reel Part Number Change 1-ND to 2-ND.

Axial Leaded Glass NTC Thermistors

NominalResistance

@ 25°C

BConstant

@25°C ~ 85°CDimensions (mm) Digi-Key

Part No.Price Each TDK

Part No.L D d 1 10 10010kΩ 3400K ±2% 3.0 1.8ø 0.45ø 445-4828-ND 2.88 2.53 1.99 NTCDS3HG103GC3NB

100kΩ 3850K ±2% 4.0 2.0ø 0.55ø 445-4829-ND 2.72 2.39 1.88 NTCDS3SG104GC4NB

L

ØdD

26min 26min

Features:

• The NTCDS Series features a glass-sealed construction identical to that of DHDs (Double Heatsink Diodes).

• Tight tolerances are maintained in resistance vs. temperature characteristics.

• The application of semiconductor mass production techniques has resulted in considerable size reduction and improved consistency.


N

Features: • Excellent solderability and high stability in environment • Long time aging stability • High accuracy in resistance and B-constant • Refl ow soldering possible • Lead is not contained in the product • Operating Temperature Range -40°C ~ 125°C • Free Thermistor design tool - “Output Voltage Simulator” is available at http://murata.com/designlib/index.html

SMD NTC Thermistors

Resistance25°C

Ω

B-Constant25-50°C(k) ±3%

Toler-ance25°C(%)

Max. Operating

Current 25°C(mA)

Rated Electric

Power 25°C(mW)

Typical Dissipation

Constant 25°C(mW/°C)

Digi-KeyPart No.

Cut TapePricing Digi-Key

Part No.Tape and Reel Murata

Part No.1 10 100 Qty. Pricing0201 Series

11 2750 ±5 9.50 100 1 490-4637-1-ND .14 1.22 9.54 490-4637-2-ND 15,000 49.65/M NCP03YS110J05RL

22 2750 ±5 6.70 100 1 490-4638-1-ND .14 1.22 9.54 490-4638-2-ND 15,000 49.65/M NCP03YS220J05RL

33 2750 ±5 5.50 100 1 490-4639-1-ND .14 1.22 9.54 490-4639-2-ND 15,000 49.65/M NCP03YS330J05RL

47 2750 ±5 4.60 100 1 490-4640-1-ND .14 1.22 9.54 490-4640-2-ND 15,000 49.65/M NCP03YS470J05RL

68 2750 ±5 3.80 100 1 490-4641-1-ND .14 1.22 9.54 490-4641-2-ND 15,000 49.65/M NCP03YS680J05RL

100 2750 ±5 3.10 100 1 490-4642-1-ND .14 1.22 9.54 490-4642-2-ND 15,000 49.65/M NCP03YS101J05RL

6.8k 3380 ±5 0.38 100 1 490-4643-1-ND .14 1.22 9.54 490-4643-2-ND 15,000 49.65/M NCP03XH682J05RL

10k 3380 ±5 0.31 100 1 490-4644-1-ND .14 1.19 9.30 490-4644-2-ND 15,000 48.05/M NCP03XH103J05RL

15k 3380 ±5 0.25 100 1 490-4645-1-ND .14 1.22 9.54 490-4645-2-ND 15,000 49.65/M NCP03XH153J05RL

22k 3380 ±5 0.21 100 1 490-4646-1-ND .14 1.22 9.54 490-4646-2-ND 15,000 49.65/M NCP03XH223J05RL

33k 4250 ±5 0.17 100 1 490-4647-1-ND .14 1.22 9.54 490-4647-2-ND 15,000 49.65/M NCP03WF333J05RL

47k 4050 ±5 0.14 100 1 490-4648-1-ND .14 1.22 9.54 490-4648-2-ND 15,000 49.65/M NCP03WB473J05RL

68k 4250 ±5 0.12 100 1 490-4649-1-ND .14 1.22 9.54 490-4649-2-ND 15,000 49.65/M NCP03WF683J05RL

100k 4250 ±5 0.10 100 1 490-4650-1-ND .14 1.19 9.30 490-4650-2-ND 15,000 48.05/M NCP03WF104J05RL

0402 Series22 3100 ±5 6.70 100 1 490-2408-1-ND .09 .77 6.05 490-2408-2-ND 10,000 31.39/M NCP15XC220J03RC

33 3100 ±5 5.50 100 1 490-2409-1-ND .12 1.03 8.13 490-2409-2-ND 10,000 31.39/M NCP15XC330J03RC

47 3100 ±5 4.60 100 1 490-2410-1-ND .12 1.03 8.13 — — — NCP15XC470J03RC

68 3100 ±5 3.80 100 1 490-2411-1-ND .12 1.03 8.13 — — — NCP15XC680J03RC

150 3250 ±5 2.50 100 1 490-2413-1-ND .09 .77 6.05 490-2413-2-ND 10,000 31.39/M NCP15XF151J03RC

220 3500 ±5 2.10 100 1 490-2415-1-ND .09 .77 6.05 490-2415-2-ND 10,000 31.39/M NCP15XM221J03RC

1.5k 3950 ±5 0.81 100 1 490-2421-1-ND .09 .77 6.05 490-2421-2-ND 10,000 31.39/M NCP15XW152J03RC

2.2k 3950 ±5 0.67 100 1 490-2423-1-ND .09 .77 6.05 490-2423-2-ND 10,000 31.39/M NCP15XW222J03RC

4.7k 3500 ±5 0.46 100 1 490-2417-1-ND .07 .60 4.69 490-2417-2-ND 10,000 24.03/M NCP15XM472J03RC

6.8k 3950 ±5 0.38 100 1 490-2426-1-ND .12 1.03 8.13 — — — NCP15XW682J03RC

10k 3380 ±1 — 100 1 490-4801-1-ND .08 .71 5.61 490-4801-2-ND 10,000 28.83/M NCP15XH103F03RC

10k 3380 ±5 0.31 100 1 490-2414-1-ND .07 .60 4.69 490-2414-2-ND 10,000 24.03/M NCP15XH103J03RC

15k 3950 ±5 0.25 100 1 490-2422-1-ND .09 .77 6.05 490-2422-2-ND 10,000 31.39/M NCP15XW153J03RC

22k 3950 ±5 0.21 100 1 490-2424-1-ND .09 .77 6.05 490-2424-2-ND 10,000 31.39/M NCP15XW223J03RC

33k 4050 ±5 0.17 100 1 490-2401-1-ND .12 1.03 8.13 — — — NCP15WB333J03RC

47k 4050 ±1 — 100 1 490-4802-1-ND .08 .71 5.61 490-4802-2-ND 10,000 28.83/M NCP15WB473F03RC

47k 4050 ±5 0.14 100 1 490-2402-1-ND .07 .60 4.69 490-2402-2-ND 10,000 24.03/M NCP15WB473J03RC

68k 4150 ±5 0.12 100 1 490-2403-1-ND .09 .77 6.05 490-2403-2-ND 10,000 31.39/M NCP15WD683J03RC

100k 4250 ±1 — 100 1 490-4803-1-ND .08 .71 5.61 490-4803-2-ND 10,000 28.83/M NCP15WF104F03RC

100k 4250 ±5 0.10 100 1 490-2404-1-ND .07 .60 4.69 490-2404-2-ND 10,000 24.03/M NCP15WF104J03RC

150k 4500 ±5 0.08 100 1 490-2405-1-ND .09 .77 6.05 490-2405-2-ND 10,000 31.39/M NCP15WM154J03RC

220k 4500 ±5 0.06 100 1 490-2406-1-ND .09 .77 6.05 490-2406-2-ND 10,000 31.39/M NCP15WM224J03RC

470k 4500 ±5 0.04 100 1 490-2407-1-ND .09 .77 6.05 490-2407-2-ND 10,000 31.39/M NCP15WM474J03RC

0603 Series100 3250 ±5 3.10 100 1 490-2434-1-ND .14 1.18 9.23 — — — NCP18XF101J03RB

150 3250 ±5 2.50 100 1 490-2435-1-ND .14 1.18 9.23 490-2435-2-ND 4,000 50.33/M NCP18XF151J03RB

220 3500 ±5 2.10 100 1 490-2437-1-ND .14 1.18 9.23 490-2437-2-ND 4,000 50.33/M NCP18XM221J03RB

330 3500 ±5 1.70 100 1 490-2438-1-ND .14 1.18 9.23 490-2438-2-ND 4,000 50.33/M NCP18XM331J03RB

470 3650 ±5 1.40 100 1 490-2441-1-ND .14 1.18 9.23 490-2441-2-ND 4,000 50.33/M NCP18XQ471J03RB

1.0k 3650 ±5 1.00 100 1 490-2440-1-ND .14 1.18 9.23 490-2440-2-ND 4,000 50.33/M NCP18XQ102J03RB

1.5k 3950 ±5 0.81 100 1 490-2443-1-ND .14 1.18 9.23 490-2443-2-ND 4,000 50.33/M NCP18XW152J03RB

2.2k 3950 ±5 0.67 100 1 490-2445-1-ND .14 1.18 9.23 490-2445-2-ND 4,000 50.33/M NCP18XW222J03RB

3.3k 3950 ±5 0.55 100 1 490-2447-1-ND .14 1.18 9.23 490-2447-2-ND 4,000 50.33/M NCP18XW332J03RB

4.7k 3500 ±5 0.46 100 1 490-2439-1-ND .12 1.05 8.26 490-2439-2-ND 4,000 44.85/M NCP18XM472J03RB

6.8k 3950 ±5 0.38 100 1 490-2448-1-ND .14 1.18 9.23 490-2448-2-ND 4,000 50.33/M NCP18XW682J03RB

10k 3380 ±1 — 100 1 490-4800-1-ND .14 1.21 9.51 490-4800-2-ND 4,000 52.06/M NCP18XH103F03RB

10k 3380 ±5 0.31 100 1 490-2436-1-ND .12 1.05 8.26 490-2436-2-ND 4,000 44.85/M NCP18XH103J03RB

15k 3950 ±5 0.25 100 1 490-2444-1-ND .14 1.18 9.23 490-2444-2-ND 4,000 50.33/M NCP18XW153J03RB

22k 3950 ±5 0.21 100 1 490-2446-1-ND .14 1.18 9.23 490-2446-2-ND 4,000 50.33/M NCP18XW223J03RB

33k 4050 ±5 0.17 100 1 490-2427-1-ND .14 1.18 9.23 490-2427-2-ND 4,000 50.33/M NCP18WB333J03RB

47k 4050 ±5 0.14 100 1 490-2428-1-ND .12 1.05 8.26 490-2428-2-ND 4,000 44.85/M NCP18WB473J03RB

68k 4150 ±5 0.12 100 1 490-2429-1-ND .14 1.18 9.23 490-2429-2-ND 4,000 50.33/M NCP18WD683J03RB

100k 4250 ±5 0.10 100 1 490-2430-1-ND .12 1.05 8.26 490-2430-2-ND 4,000 44.85/M NCP18WF104J03RB

220k 4500 ±5 0.06 100 1 490-2432-1-ND .14 1.18 9.23 490-2432-2-ND 4,000 50.33/M NCP18WM224J03RB

470k 4500 ±5 0.04 100 1 490-2433-1-ND .14 1.18 9.23 490-2433-2-ND 4,000 50.33/M NCP18WM474J03RB

0805 Series220 3500 ±5 3.00 200 2 490-2452-1-ND .17 1.47 11.60 490-2452-2-ND 4,000 63.27/M NCP21XM221J03RA

470 3650 ±5 2.00 200 2 490-2455-1-ND .17 1.47 11.60 490-2455-2-ND 4,000 63.27/M NCP21XQ471J03RA

1.0k 3650 ±5 1.40 200 2 490-2454-1-ND .17 1.47 11.60 490-2454-2-ND 4,000 63.27/M NCP21XQ102J03RA

2.2k 3950 ±5 0.90 200 2 490-2458-1-ND .17 1.47 11.60 490-2458-2-ND 4,000 63.27/M NCP21XW222J03RA

4.7k 3500 ±5 0.65 200 2 490-2453-1-ND .17 1.47 11.60 490-2453-2-ND 4,000 63.27/M NCP21XM472J03RA

10k 3900 ±5 0.44 200 2 490-2456-1-ND .17 1.47 11.60 490-2456-2-ND 4,000 63.27/M NCP21XV103J03RA

15k 3950 ±5 0.36 200 2 490-2457-1-ND .17 1.47 11.60 490-2457-2-ND 4,000 63.27/M NCP21XW153J03RA

22k 3950 ±5 0.30 200 2 490-2459-1-ND .17 1.47 11.60 490-2459-2-ND 4,000 63.27/M NCP21XW223J03RA

33k 4050 ±5 0.24 200 2 490-2449-1-ND .17 1.47 11.60 490-2449-2-ND 4,000 63.27/M NCP21WB333J03RA

47k 4050 ±5 0.20 200 2 490-2450-1-ND .17 1.47 11.60 490-2450-2-ND 4,000 63.27/M NCP21WB473J03RA

100k 4250 ±5 0.14 200 2 490-2451-1-ND .17 1.47 11.60 490-2451-2-ND 4,000 63.27/M NCP21WF104J03RA

B

C CA

SizeCode

Dimensions - mmA B C

0201 0.6 0.3 0.15

0402 1.0 0.5 0.25

0603 1.6 0.8 0.6

0805 2.0 1.25 0.7

®



N

NTC Thermistors

Chip NTC Thermistors — CMF Series

CWF Precision NTC Thermistor Probes Features: • Small size and fast response, temperature coefficient of resistance can reach- (2% ~ 5%/°C) • Long-term stability and reliability (yearly drift of ≤1%) • Excellent tolerance and interchangeability (the accuracy of R and B value can be ±1%) • Double layer packaging provides excellent insulation and high strength and impact resistance • Time Constant of ≤15S ~ 70SMF11 NTC Thermistor Features: • Broad range of resistance • Standard tolerances: ±5% and ±10% • Measuring power ≤0.5mW • Dissipation Constant ≥6.0mW/°C • Time Constant of ≤30 seconds • Rated Power: 0.5W • Good level of tolerance and inter change abilityMF51 Precision Glass Encapsulated NTC Thermistor Benefits: • High precision • Fast response • Reliable stability • No aging effect • Improved moisture resistanceMF52 NTC Thermistor Features: • Small Size and fast response • Long-term Stability and Reliability • Excellent tolerance and interchangeability • Time Constant of ≤7 seconds in still air • UL Listed E240991MF58 Glass Shell Precision NTC Thermistors Features: • Usable in high temperature and high moisture environments • Suitable for automatic insertion on thru-hole PCBs • Rapid response • High Sensitivity • Dissipation factor: ≥2mW/°C (in still air) • Operating temperature range: -55°C ~ 200°C • Rated power: ≤50mWMF72 Power NTC Thermistors Features: • Small size and fast response • High power handling capability • Fast response to surge current • High material constant (B value) • Low residual resistance • Long-term Stability and Reliability • UL 1434 Listed E241319

Resis-tance(Ω)

Toler-ance(±)

Digi-KeyPart No.

Pricing CanthermPart No.1 10 50

10K 5% 317-1258-ND .30 2.67 9.51 MF52A2103J3470

15K 5% 317-1259-ND .30 2.67 9.51 MF52A153J3470

22K 5% 317-1260-ND .30 2.67 9.51 MF52A2223J3470

33K 5% 317-1363-ND .30 2.67 9.51 MF52A2333J3950

47K 5% 317-1364-ND .30 2.67 9.51 MF52A1473J3950

68K 5% 317-1263-ND .30 2.67 9.51 MF52A683J3950

100K 5% 317-1264-ND .30 2.67 9.51 MF52A1104J3950

220K 5% 317-1265-ND .30 2.67 9.51 MF52A1224J4150

MF52C Series10K 1% 317-1376-ND 1.58 13.79 49.25 MF52C1103F3380

100K 1% 317-1377-ND 1.58 13.79 49.25 MF52C1104F4150

50K 1% 317-1378-ND 1.58 13.79 49.25 MF52C1503F3950

10K 1% 317-1406-ND 5.30 46.41 165.77 MF52C103F3380-G410

100K 1% 317-1407-ND 5.30 46.41 165.77 MF52C104F4150-G410

50K 1% 317-1408-ND 5.30 46.41 165.77 MF52C503F3950-G410

MF52F Series10K 1% 317-1373-ND 1.54 13.45 48.05 MF52F103F3380

100K 1% 317-1374-ND 1.54 13.45 48.05 MF52F104F4150

50K 1% 317-1375-ND 1.54 13.45 48.05 MF52F503F3950

MF58 Series10K 1% 317-1379-ND 1.27 11.10 39.64 MF58103F3380

100K 1% 317-1380-ND 1.27 11.10 39.64 MF58104F3950

50K 1% 317-1381-ND 1.27 11.10 39.64 MF58503F3950

MF72 Series5 20% 317-1144-ND .34 3.03 10.81 MF72-005D5

10 20% 317-1145-ND .29 2.52 9.01 MF72-010D5

60 20% 317-1146-ND .34 3.03 10.81 MF72-060D5

200 20% 317-1147-ND .34 3.03 10.81 MF72-200D5

5 20% 317-1148-ND .34 3.03 10.81 MF72-005D7

8 20% 317-1149-ND .34 3.03 10.81 MF72-008D7

10 20% 317-1150-ND .29 2.52 9.01 MF72-010D7

12 20% 317-1151-ND .34 3.03 10.81 MF72-012D7

16 20% 317-1152-ND .34 3.03 10.81 MF72-016D7

22 20% 317-1153-ND .34 3.03 10.81 MF72-022D7

33 20% 317-1154-ND .34 3.03 10.81 MF72-033D7

200 20% 317-1155-ND .34 3.03 10.81 MF72-200D7

3 20% 317-1156-ND .38 3.34 11.92 MF72-003D9

4 20% 317-1157-ND .38 3.34 11.92 MF72-004D9

5 20% 317-1158-ND .38 3.34 11.92 MF72-005D9

6 20% 317-1159-ND .38 3.34 11.92 MF72-006D9

8 20% 317-1160-ND .38 3.34 11.92 MF72-008D9

10 20% 317-1161-ND .32 2.78 9.91 MF72-010D9

12 20% 317-1162-ND .38 3.34 11.92 MF72-012D9

16 20% 317-1163-ND .38 3.34 11.92 MF72-016D9

20 20% 317-1164-ND .38 3.34 11.92 MF72-020D9

22 20% 317-1165-ND .38 3.34 11.92 MF72-022D9

30 20% 317-1166-ND .38 3.34 11.92 MF72-030D9

33 20% 317-1167-ND .38 3.34 11.92 MF72-033D9

50 20% 317-1168-ND .38 3.34 11.92 MF72-050D9

60 20% 317-1169-ND .38 3.34 11.92 MF72-060D9

80 20% 317-1170-ND .38 3.34 11.92 MF72-080D9

120 20% 317-1171-ND .38 3.34 11.92 MF72-120D9

200 20% 317-1172-ND .38 3.34 11.92 MF72-200D9

400 20% 317-1173-ND .38 3.34 11.92 MF72-400D9

2.5 20% 317-1174-ND .44 3.87 13.81 MF72-002.5D11

3 20% 317-1175-ND .44 3.87 13.81 MF72-003D11

4 20% 317-1176-ND .44 3.87 13.81 MF72-004D11

5 20% 317-1177-ND .44 3.87 13.81 MF72-005D11

6 20% 317-1178-ND .44 3.87 13.81 MF72-006D11

8 20% 317-1179-ND .44 3.87 13.81 MF72-008D11

10 20% 317-1180-ND .44 3.87 13.81 MF72-010D11

Resis-tance(Ω)

Toler-ance(±)

Digi-KeyPart No.


12 20% 317-1181-ND .37 3.23 11.53 MF72-012D11

16 20% 317-1182-ND .44 3.87 13.81 MF72-016D11

20 20% 317-1183-ND .44 3.87 13.81 MF72-020D11

22 20% 317-1184-ND .44 3.87 13.81 MF72-022D11

30 20% 317-1185-ND .44 3.87 13.81 MF72-030D11

33 20% 317-1186-ND .44 3.87 13.81 MF72-033D11

50 20% 317-1187-ND .44 3.87 13.81 MF72-050D11

60 20% 317-1188-ND .44 3.87 13.81 MF72-060D11

80 20% 317-1189-ND .44 3.87 13.81 MF72-080D11

1.3 20% 317-1190-ND .79 6.93 24.73 MF72-001.3D13

1.5 20% 317-1191-ND .79 6.93 24.73 MF72-001.5D13

2.5 20% 317-1192-ND .79 6.93 24.73 MF72-002.5D13

3 20% 317-1193-ND .79 6.93 24.73 MF72-003D13

4 20% 317-1194-ND .79 6.93 24.73 MF72-004D13

5 20% 317-1195-ND .79 6.93 24.73 MF72-005D13

6 20% 317-1196-ND .79 6.93 24.73 MF72-006D13

7 20% 317-1197-ND .79 6.93 24.73 MF72-007D13

8 20% 317-1198-ND .79 6.93 24.73 MF72-008D13

10 20% 317-1199-ND .79 6.93 24.73 MF72-010D13

12 20% 317-1200-ND .66 5.77 20.62 MF72-012D13

15 20% 317-1201-ND .79 6.93 24.73 MF72-015D13

16 20% 317-1202-ND .79 6.93 24.73 MF72-016D13

20 20% 317-1203-ND .79 6.93 24.73 MF72-020D13

30 20% 317-1204-ND .79 6.93 24.73 MF72-030D13

47 20% 317-1205-ND .79 6.93 24.73 MF72-047D13

120 20% 317-1206-ND .79 6.93 24.73 MF72-120D13

1.3 20% 317-1207-ND 1.14 9.98 35.64 MF72-001.3D15

1.5 20% 317-1208-ND 1.14 9.98 35.64 MF72-001.5D15

3 20% 317-1209-ND 1.14 9.98 35.64 MF72-003D15

5 20% 317-1210-ND 1.14 9.98 35.64 MF72-005D15

6 20% 317-1211-ND 1.14 9.98 35.64 MF72-006D15

7 20% 317-1212-ND 1.14 9.98 35.64 MF72-007D15

8 20% 317-1213-ND 1.14 9.98 35.64 MF72-008D15

10 20% 317-1214-ND 1.14 9.98 35.64 MF72-010D15

12 20% 317-1215-ND .95 8.33 29.73 MF72-012D15

15 20% 317-1216-ND 1.14 9.98 35.64 MF72-015D15

16 20% 317-1217-ND 1.14 9.98 35.64 MF72-016D15

20 20% 317-1218-ND 1.14 9.98 35.64 MF72-020D15

30 20% 317-1219-ND 1.14 9.98 35.64 MF72-030D15

47 20% 317-1220-ND 1.14 9.98 35.64 MF72-047D15

120 20% 317-1221-ND 1.14 9.98 35.64 MF72-120D15

0.7 20% 317-1222-ND 3.48 30.49 108.91 MF72-000.7D20

1.3 20% 317-1223-ND 3.48 30.49 108.91 MF72-001.3D20

3 20% 317-1224-ND 3.48 30.49 108.91 MF72-003D20

5 20% 317-1225-ND 3.48 30.49 108.91 MF72-005D20

6 20% 317-1226-ND 3.48 30.49 108.91 MF72-006D20

8 20% 317-1228-ND 3.48 30.49 108.91 MF72-008D20

10 20% 317-1229-ND 2.91 25.43 90.79 MF72-010D20

12 20% 317-1230-ND 3.48 30.49 108.91 MF72-012D20

16 20% 317-1231-ND 3.48 30.49 108.91 MF72-016D20

0.7 20% 317-1232-ND 5.69 49.78 177.78 MF72-000.7D25

1.5 20% 317-1233-ND 5.69 49.78 177.78 MF72-001.5D25

3 20% 317-1234-ND 5.69 49.78 177.78 MF72-003D25

5 20% 317-1235-ND 5.69 49.78 177.78 MF72-005D25

8 20% 317-1236-ND 5.69 49.78 177.78 MF72-008D25

10 20% 317-1237-ND 4.74 41.48 148.15 MF72-010D25

12 20% 317-1238-ND 5.69 49.78 177.78 MF72-012D25

16 20% 317-1239-ND 5.69 49.78 177.78 MF72-016D25

Resis-tance(Ω)

Toler-ance(±)

Digi-KeyPart No.


CWF Series10K 1% 317-1310-ND 4.05 35.48 126.73 CWF1B103F3380

100K 1% 317-1311-ND 4.05 35.48 126.73 CWF1B104F3950

10K 2% 317-1312-ND 3.55 31.06 110.91 CWF1B103G3380

100K 2% 317-1313-ND 3.55 31.06 110.91 CWF1B104G3950

10K 3% 317-1314-ND 3.04 26.63 95.10 CWF1B103H3380

100K 3% 317-1315-ND 3.04 26.63 95.10 CWF1B104H3950

100K 5% 317-1317-ND 2.03 17.77 63.46 CWF1B104J3950

10K 2% 317-1382-ND 5.30 46.41 165.77 CWF3AA103G3380

100K 2% 317-1383-ND 5.30 46.41 165.77 CWF3AA104G4150

50K 2% 317-1384-ND 5.30 46.41 165.77 CWF3AA503G3950

10K 2% 317-1385-ND 5.30 46.41 165.77 CWF4B103G3380

MF11 Series20 5% 317-1267-ND .50 4.43 15.82 MF11-0002005

100 5% 317-1270-ND .50 4.43 15.82 MF11-0010005

250 5% 317-1272-ND .50 4.43 15.82 MF11-0025005

300 5% 317-1273-ND .50 4.43 15.82 MF11-0030005

350 5% 317-1274-ND .50 4.43 15.82 MF11-0035005

600 5% 317-1275-ND .50 4.43 15.82 MF11-0060005

800 5% 317-1276-ND .50 4.43 15.82 MF11-0080005

1000 5% 317-1277-ND .50 4.43 15.82 MF11-0100005

2000 5% 317-1279-ND .50 4.43 15.82 MF11-0200005

3300 5% 317-1280-ND .50 4.43 15.82 MF11-0330005

4600 5% 317-1281-ND .50 4.43 15.82 MF11-0460005

33K 5% 317-1285-ND .50 4.43 15.82 MF11-3300005

100 10% 317-1289-ND .26 2.22 7.91 MF11-0010010

170 10% 317-1290-ND .26 2.22 7.91 MF11-0017010

250 10% 317-1291-ND .26 2.22 7.91 MF11-0025010

300 10% 317-1292-ND .26 2.22 7.91 MF11-0030010

350 10% 317-1293-ND .26 2.22 7.91 MF11-0035010

600 10% 317-1294-ND .26 2.22 7.91 MF11-0060010

1400 10% 317-1297-ND .26 2.22 7.91 MF11-0140010

2000 10% 317-1298-ND .26 2.22 7.91 MF11-0200010

3300 10% 317-1299-ND .26 2.22 7.91 MF11-0330010

4600 10% 317-1300-ND .26 2.22 7.91 MF11-0460010

33000 10% 317-1304-ND .26 2.22 7.91 MF11-3300010

MF51B Series10K 1% 317-1370-ND 3.54 30.94 110.51 MF51B103F3380

100K 1% 317-1371-ND 3.54 30.94 110.51 MF51B104F3950

50K 1% 317-1372-ND 3.54 30.94 110.51 MF51B503F3950

MF51E Series10K 0.5% 317-1305-ND 2.88 25.23 90.09 MF51E103E3950

10K 1% 317-1306-ND 1.59 13.85 49.45 MF51E103F3950

2.25K 1% 317-1488-ND 1.91 16.65 59.46 MF51E2.252F3950C

10K 1% 317-1309-ND 1.91 16.65 59.46 MF51E103F3950C

22.5K 1% 317-1308-ND 1.91 16.65 59.46 MF51E2252F3950C

10K 2% 317-1307-ND 1.59 13.85 49.45 MF51E103G3950

MF52A Series10K 1% 317-1355-ND 1.27 11.08 39.54 MF52A1103F3380

100K 1% 317-1356-ND 1.27 11.08 39.54 MF52A1104F4150

10K 2% 317-1357-ND .76 6.67 23.82 MF52A1103G3380

100K 2% 317-1358-ND .76 6.67 23.82 MF52A1104G4150

4.7K 3% 317-1360-ND .48 4.20 15.02 MF52A1472H3470

100K 3% 317-1362-ND .48 4.20 15.02 MF52A1104H4150

1.5K 5% 317-1252-ND .30 2.67 9.51 MF52A152J3470

2K 5% 317-1253-ND .30 2.67 9.51 MF52A202J3470

2.2K 5% 317-1254-ND .30 2.67 9.51 MF52A2222J3470

4.7K 5% 317-1256-ND .30 2.67 9.51 MF52A472J3470

6.8K 5% 317-1257-ND .30 2.67 9.51 MF52A682J3470

Dimensions in mm

CWF Series MF51 Series

MF52 Series (G410 Package)

MF58 Series

MF11 and MF72 SeriesMF52 Series

10 1 meter

5

0.2A

B

100

F1

d

4

25

D

0.45

2.5254

3 CanthermPart No.

Dimensions (mm)D d F1

MF11-xxxxxx 6.5 0.45 2.5MF72-xxxD5 6.5 0.6/0.45 5/2.5MF72-xxxD7 8.5 0.6 5MF72-xxxD9 10.5 0.8/0.6 7.5/5MF72-xxxD11 12.5 0.8/0.6 7.5/5MF72-xxxD13 14.5 0.8 7.5MF72-xxxD15 16.5 0.8 10/7.5MF72-xxxD20 21.5 1.0 10/7.5MF72-xxxD25 26.5 1.0 10

17.78

9.19

3.8

Ø1.8

CanthermSeries

Dimensions (mm)A B

MF51B 3.0 1.5MF51E 4.0 1.6

®


Resis-tance(Ω)

Toler-ance(±)0

Digi-KeyPart No


Tape and Reel CanthermPart No.1 10 50 Qty. Pricing

040210K 5% 317-1470-1-ND .15 1.36 5.61 317-1470-2-ND 10,000 40.85/M CMFX3435103JNT

47K 5% 317-1471-1-ND .15 1.36 5.61 317-1471-2-ND 10,000 40.85/M CMFX3950473JNT

100K 5% 317-1472-1-ND .15 1.36 5.61 317-1472-2-ND 10,000 40.85/M CMFX4050104JNT

060310K 5% 317-1473-1-ND .18 1.54 6.33 317-1473-2-ND 4,000 49.87/M CMFA3970103JNT

22K 5% 317-1474-1-ND .18 1.54 6.33 317-1474-2-ND 4,000 49.87/M CMFA3900223JNT

47K 5% 317-1475-1-ND .18 1.54 6.33 317-1475-2-ND 4,000 49.87/M CMFA3950473JNT

68K 5% 317-1476-1-ND .18 1.54 6.33 317-1476-2-ND 4,000 49.87/M CMFA3950683JNT

100K 5% 317-1477-1-ND .18 1.54 6.33 317-1477-2-ND 4,000 49.87/M CMFA3950104JNT

220K 5% 317-1478-1-ND .18 1.54 6.33 317-1478-2-ND 4,000 49.87/M CMFA3950224JNT

Resis-tance(Ω)

Toler-ance(±)0

Digi-KeyPart No


Tape and Reel CanthermPart No.1 10 50 Qty. Pricing

560K 5% 317-1479-1-ND .18 1.54 6.33 317-1479-2-ND 4,000 49.87/M CMFA4100564JNT

08052.0K 5% 317-1480-1-ND .21 1.84 7.60 317-1480-2-ND 4,000 59.86/M CMFB3200202JNT

4.7K 5% 317-1481-1-ND .21 1.84 7.60 317-1481-2-ND 4,000 59.86/M CMFB3435472JNT

10K 5% 317-1482-1-ND .21 1.84 7.60 317-1482-2-ND 4,000 59.86/M CMFB3970103JNT

15K 5% 317-1483-1-ND .21 1.84 7.60 317-1483-2-ND 4,000 59.86/M CMFB3630153JNT

22K 5% 317-1484-1-ND .21 1.84 7.60 317-1484-2-ND 4,000 59.86/M CMFB3900223JNT

33K 5% 317-1485-1-ND .21 1.84 7.60 317-1485-2-ND 4,000 59.86/M CMFB4055333JNT

47K 5% 317-1486-1-ND .21 1.84 7.60 317-1486-2-ND 4,000 59.86/M CMFB4000473JNT

100K 5% 317-1487-1-ND .21 1.84 7.60 317-1487-2-ND 4,000 59.86/M CMFB4000104JNT

®


N

Thermistors

U.S. Sensor’s standard precision inter-changeable thermistors are low cost, highly accurate, stable devices designed specifically for temperature sensing and control applications. They are particularly suited for uses where their precision interchangeability eliminates the necessity for costly individual circuit calibration.

Precision Thermistor Res.@25°C

(Ω)Digi-KeyPart No.

Price Each U.S. SensorPart No.1 10 25 100

Bare Leads (±0.1°C from 0°C ~ 70°C)2252 615-1000-ND 7.13 3.77 2.46 1.37 PS222J2

3000 615-1001-ND 7.13 3.77 2.46 1.37 PS302J2

5000 615-1002-ND 7.13 3.77 2.46 1.37 PS502J2

10000 615-1003-ND 7.13 3.77 2.46 1.37 PS103J2

30000 615-1004-ND 7.13 3.77 2.46 1.37 PS303J2

50000 615-1005-ND 7.13 3.77 2.46 1.37 PS503J2

100000 615-1006-ND 7.13 3.77 2.46 1.37 PS104J2

Bare Leads (±0.2°C from 0°C ~ 70°C)2252 615-1007-ND 5.69 3.02 1.97 1.12 PT222J2

3000 615-1008-ND 5.69 3.02 1.97 1.12 PT302J2

5000 615-1009-ND 5.69 3.02 1.97 1.12 PT502J2

10000 615-1010-ND 5.69 3.02 1.97 1.12 PT103J2

30000 615-1011-ND 5.69 3.02 1.97 1.12 PT303J2

1.500(38.10)

0.095(2.41)

Specifications: • DO-35 pack age • Thermal Time Constant: (Fig. 1) 5 seconds (still air); 0.5 seconds (stirred liquid) • Dissipation Constant: 2mW/°C (still air) • Maximum Power Rating: (Fig. 2) 20mW

Glass Encapsulated Thermistors

Specifications:• Thermal time constant: 15 seconds maximum (moving air) • Dissipation constant: 2mW/°C (moving air) • Maximum applied current: 1mA

Platinum RTDs

Res. (Ω)@ 0°C

Dimensions - Inch (mm) Digi-KeyPart No.

Price Each U.S. SensorPart No.W L 1 10 25 100

100 0.067 (1.70) 0.095 (2.41) 615-1037-ND 14.81 10.97 8.89 3.26 PPG101A1RD

100 0.067 (1.70) 0.095 (2.41) 615-1038-ND 12.29 9.10 7.38 2.70 PPG101B1RD

100 0.067 (1.70) 0.095 (2.41) 615-1039-ND 11.07 8.20 6.64 2.46 PPG101C1RD

500 0.079 (2.01) 0.118 (3.00) 615-1040-ND 14.81 10.97 8.89 3.26 PPG501A1RD

500 0.079 (2.01) 0.118 (3.00) 615-1041-ND 12.29 9.10 7.38 2.70 PPG501B1RD

500 0.079 (2.01) 0.118 (3.00) 615-1042-ND 11.07 8.20 6.64 2.46 PPG501C1RD

1000 0.079 (2.01) 0.118 (3.00) 615-1043-ND 14.81 10.97 8.89 3.26 PPG102A1RD

1000 0.079 (2.01) 0.118 (3.00) 615-1044-ND 12.29 9.10 7.38 2.70 PPG102B1RD

1000 0.079 (2.01) 0.118 (3.00) 615-1045-ND 11.07 8.20 6.64 2.46 PPG102C1RD

.300(7.62) L

W

NTC ThermistorsAmetherm’s NT Series Thermistors are rugged and reliable over a wide temperature range, and are built using high temperature material for long life and durability. The PANE and PANR series Thermistor Probes are designed for use in environments that are not as harsh as those that require a housing.

Lead Specifi cations: • Wire AWG: 28AWG tinned copper (Cu)Electrical Specifi cations: • Resistance @ 25°C: 10000Ω ±10% • Beta: 3950°K ±2% • Curve: L • Dissipation Constant: 3.0mW/°C • Time Constant: 6 seconds • Operating Temperature: -50°C ~ 150°C


Price Each AmethermPart No.1 10 100

1NT Series NTC Thermistor, 1.5KΩ 570-1089-ND .56 .35 .26 NT05 15291NT Series NTC Thermistor, 500Ω 570-1090-ND .56 .35 .26 NT03 50169NT Series NTC Thermistor, 10Ω 570-1091-ND .56 .35 .26 NT03 10052

2PANE NTC Thermistor Bead Probe 570-1065-ND 2.05 1.83 .99 PANE 103395-410PANR NTC Thermistor Ring Probe 570-1066-ND 2.49 1.54 1.16 PANR 103395-408

—SM Series NTC Thermistor, 0805, 10KΩ 570-1092-1-ND§ .65 .40 .30 SM08 103370SM Series NTC Thermistor, 0805, 10KΩ 570-1092-2-ND‡ 1233.23/5,000 SM08 103370

1.0(25.40).310

(7.87) D

TU.S. Sensor’s inrush current limiting power thermistors are specially formulated and processed NTC thermistors suitable for suppressing high inrush currents in switching power supplies and other applications where the high initial starting currents are undesirable.

Power Thermistors

Res. (Ω)@ 25°C

Dimensions - Inch (mm) Digi-KeyPart No.

Price Each U.S. SensorPart No.D T 1 10 25 100

1.0 0.900 (22.86) 0.300 (7.62) 615-1046-ND 8.63 5.08 2.97 1.81 ST1R020BRA

1.0 1.250 (31.75) 0.250 (6.35) 615-1047-ND 10.96 6.45 3.77 2.30 ST1R030BRA

2.0 0.900 (22.86) 0.350 (8.89) 615-1048-ND 8.66 5.10 2.98 1.81 ST2R018BRA

2.5 0.900 (22.86) 0.300 (7.62) 615-1049-ND 8.66 5.10 2.98 1.81 ST2R515BRA

5.0 0.600 (15.24) 0.250 (6.35) 615-1053-ND 2.16 1.95 1.63 1.42 ST5R007BRB

10.0 0.450 (11.43) 0.300 (7.62) 615-1051-ND 1.80 1.68 1.37 1.23 ST10003BRC

10.0 0.600 (15.24) 0.350 (8.89) 615-1052-ND 1.80 1.68 1.37 1.23 ST10006BRD

10.0 1.250 (31.75) 0.300 (7.62) 615-1050-ND 10.71 6.30 3.68 2.24 ST10010BRC

Surface Mount NTC Thermistors

0.135(3.43)

0.019(.48)

0.060(1.52)

Ø

“MELF” style glass encapsulated surface mount.

Specifications: • Thermal Time Constant: 8 seconds maximum • Dissipation Constant: 2mW/°C • Maximum Operating Temperature: 220°C

Resistance(Ω) @ 25°C

Digi-KeyPart No.


10000 615-1034-ND 9.87 3.94 2.38 1.19 SM103J1KRB

50000 615-1035-ND 9.87 3.94 2.38 1.19 SM503J1KRA

100000 615-1036-ND 9.87 3.94 2.38 1.19 SM104J1KRC

Laboratory Grade Temperature ProbesLaboratory Grade NTC Thermistor Temperature Standards are manufactured with ultra high stability thermistor elements. Features: • NIST traceability • High accuracy ±0.01°C • Durable

9.50 (241.3).250(6.35)

Nominal ResistanceOmega @ 25°C

Temperature Range(°C)

Digi-KeyPart No.

PriceEach

U.S. SensorPart No.

10000 -20 ~ 70 615-1066-ND 400.40 USP3021RA

Ring Lug ThermistorsSpecifications:

• Ring tongue mounting hole diameter: 0.145” nominal

• Ring tongue mounting hole stud size: #6 • UL Recognized

File Number E232830

.615 (15.62)

.280(7.11)


Tolerance@ 25°C

Digi-KeyPart No.


10000 ±2% 615-1060-ND 31.88 21.05 14.74 8.57 USUR1000-103G

10000 ±5% 615-1061-ND 24.18 15.94 11.70 6.81 USUR1000-103J

100000 ±2% 615-1062-ND 31.88 21.05 14.74 8.57 USUR1000-104G

100000 ±5% 615-1063-ND 24.18 15.94 11.70 6.81 USUR1000-104J

Standard Leaded Epoxy Coated ThermistorsSpecifications:

• Thermal Time Constant: 2 seconds maximum in a well stirred

oil bath, 15 seconds maximum in still air.

• Dissipation Constant: 3mW/°C

1.0 (25.4) Min. .125

(3.175) Max.


Tolerance@ 25°C

Digi-KeyPart No.


10000 ±2% 615-1054-ND 6.57 3.61 2.31 1.33 DC103G9G

Thermistor Probes

Fig. TypeResistance(Ω) @ 25°C

Tolerance@ 25°C

Digi-KeyPart No.


1 TO-220 10000 ±10% 615-1055-ND 4.24 2.29 1.44 .79 TO103J2KRA2 Probe 10000 ±1% 615-1064-ND 21.57 12.98 8.44 4.14 USP77653 Pipe Clamp 10000 ±1% 615-1065-ND 29.79 15.05 9.16 4.42 USP7766RA


Tolerance@ 25°C

Digi-KeyPart No.


Fig. 1 - Standard2500 ±5% 615-1014-ND 2.64 2.32 1.39 .70 252FG1JRA5000 ±5% 615-1015-ND 2.64 2.32 1.39 .70 502FG1JRA

10000 ±5% 615-1016-ND .64 .59 .55 .50 103JG1JRA20000 ±5% 615-1017-ND .64 .59 .55 .50 203JG1JRA30000 ±5% 615-1018-ND .64 .59 .55 .50 303JG1JRA50000 ±5% 615-1019-ND .64 .59 .55 .50 503JG1JRA

100000 ±5% 615-1020-ND .64 .59 .55 .50 104JG1JRA250000 ±5% 615-1021-ND .64 .59 .55 .50 254JG1JRA10000 ±1% 615-1024-ND 8.37 3.35 2.01 1.01 103JG1FRA20000 ±1% 615-1025-ND 8.37 3.35 2.01 1.01 203JG1F30000 ±1% 615-1026-ND 8.37 3.35 2.01 1.01 303JG1FRA50000 ±1% 615-1027-ND 8.37 3.35 2.01 1.01 503JG1FRA

100000 ±1% 615-1028-ND 8.37 3.35 2.01 1.01 104JG1FRAFig. 1 - Interchangeable

10000 ±0.5% 615-1029-ND 12.25 4.91 2.94 1.48 103JL1A25000 ±0.5% 615-1031-ND 15.93 6.38 3.82 1.92 253JL1A50000 ±0.5% 615-1032-ND 15.93 6.38 3.82 1.92 503JL1A

100000 ±0.5% 615-1033-ND 15.93 4.91 2.94 1.48 104JL1AFig. 2 - UL Recognized

10000 ±2% 615-1056-ND 5.86 3.29 1.85 1.25 USUG1000-103GRB10000 ±5% 615-1057-ND 2.19 1.43 .92 .74 USUG1000-103JRB

100000 ±2% 615-1058-ND 5.86 3.29 1.85 1.25 USUG1000-104GRB100000 ±5% 615-1059-ND 2.19 1.43 .92 .74 USUG1000-104JRB

1.30 (33.02)

.400(10.16)

0.787 (20.0)

0.164(4.17)

.595(15.11)

.400(10.16)

Ø.150 (3.81)

.531(13.48)



®

§ Cut Tape ‡ Tape and Reel

0.075 (1.91)

0.160 (4.06)

Fig. 1 .160 (4.06) Max.

.075 (1.91) Max.

Fig. 2

3.2

2.5

9.51

18.42

Ø 3.61Fig. 1 Fig. 2

Digi-KeyPart No.

Dimensions – mmL D S

570-1089-ND 40 5.0 5.0570-1090-ND 40 2.92 3.0570-1091-ND 38 3.2 3.55

L

DS


N

These thermistors have a negative temperature coefficient. Fig. 1 – The device consists of a chip with two tinned Ni-leads and is color coded. Fig. 2 – The device consists of a chip with two tinned solid copper-plated leads, is gray lacquered and color coded, but not insulated. Applications: Temperature sensing and control.

Leaded NTCThermistors — Accuracy Line

Fig.Resistance@ 25°C (Ω)

Tolerance@ 25°C

B Value/B Tolerance@ B25/85

Color Code Digi-KeyPart No.

Price Each VishayPart No.1 2 3 4 1 10 50

110k ±1% 3977K ±0.75% Blue Blue — — BC2299-ND .99 .68 .64 NTCLE203E3103FB0100k ±1% 4190K ±1.5% Brown Brown — — BC2300-ND .99 .68 .64 NTCLE203E3104FB010k ±2% 3977K ±0.75% Blue Blue — — BC2298-ND .70 .48 .45 NTCLE203E3103GB0

2

6.8k ±2% 3977K ±0.75% Blue Gray Red Red BC2550-ND .54 .37 .35 NTCLE100E3682GB02.7k ±3% 3977K ±0.75% Red Violet Red Orange BC2312-ND .36 .25 .24 NTCLE100E3272HB04.7k ±3% 3977K ±0.75% Yellow Violet Red Orange BC2313-ND .36 .25 .24 NTCLE100E3472HB010k ±3% 3977K ±0.75% Brown Black Orange Orange BC2311-ND .36 .25 .24 NTCLE100E3103HB047k ±3% 4090K ±1.5% Yellow Violet Orange Orange BC2314-ND .36 .25 .24 NTCLE100E3473HB02.2k ±5% 3977K ±0.75% Red Red Red Gold BC2304-ND .31 .22 .20 NTCLE100E3222JB03.3k ±5% 3977K ±0.75% Orange Orange Red Gold BC2307-ND .31 .22 .20 NTCLE100E3332JB06.8k ±5% 3977K ±0.75% Blue Gray Red Gold BC2310-ND .31 .22 .20 NTCLE100E3682JB010k ±5% 3977K ±0.75% Brown Black Orange Gold BC2301-ND .31 .22 .20 NTCLE100E3103JB015k ±5% 3740K ±2% Brown Green Orange Gold BC2303-ND .31 .22 .20 NTCLE100E3153JB022k ±5% 3740K ±2% Red Red Orange Gold BC2305-ND .31 .22 .20 NTCLE100E3223JB033k ±5% 4090K ±1.5% Orange Orange Orange Gold BC2308-ND .31 .22 .20 NTCLE100E3333JB047k ±5% 4090K ±1.5% Yellow Violet Orange Gold BC2309-ND .31 .22 .20 NTCLE100E3473JB068 ±5% 3390K ±3% Blue Gray Black Gold BC2554-ND .31 .22 .20 NTCLE100E3689JB0

100k ±5% 4190K ±1.5% Brown Black Yellow Gold BC2302-ND .31 .22 .20 NTCLE100E3104JB0220k ±5% 4370K ±2.5% Red Red Yellow Gold BC2306-ND .31 .22 .20 NTCLE100E3224JB0

L

ColorCode

4

H1

d

P

B T

H232

1

Fig. 2

M

ColorCode

H1

d

P

B T

2

1

Fig. 1

◆ RoHS Compliant † For Tape and Reel part number change CT-ND to TR-ND.

Fig.Dimensions - mm

B (max.) d H1 (max.) H2 (max.) L M P T (max.)1 3.4 0.4 2.0 ±1.0 — — 40.0 ±1.5 2.54 3.0

2 3.3 ±0.5 0.6 ±0.06 2.0 ±1.0 6.0 24.0 ±1.5 — 2.54 3.0

TW

H

W

1

TL2

T

PTS Series Platinum SMDFlat Chip Temperature Sensors

PTS SMD Flat Chip Temperature Sensors are the perfect choice for temperature control of electronics operating under varying environmental conditions. The highly controlled platinum thin fi lm manufacturing process guarantees an outstanding stability of temperature characteristics which ensures reliable operation even under harsh conditions. Applications: • Automotive electronics • Aviation electronics • Industrial electronics Specifi cations: • Temperature Coefficient (0°C ~ 100°C): 3850ppm/K • Temperature Range: -55°C ~ 155°C • Insulation Resistance: >10MΩ • Tolerance Class: B

Beyschlag

SizeCode

Dimensions - mm Mass(mg)H L W WT T1 T2

0603 0.45 +0.1/-0.05 1.55 ±0.05 0.85 ±0.1 >75% of W 0.3 +0.15/-0.2 0.3 +0.15/-0.2 1.90805 0.45 +0.1/-0.05 2.0 ±0.1 1.25 ±0.15 >75% of W 0.4 +0.1/-0.2 0.4 +0.1/-0.2 4.61206 0.55 ±0.1 3.2 +0.1/-0.2 1.6 ±0.15 >75% of W 0.4 +0.1/-0.2 0.4 +0.1/-0.2 9.2

R(0)/R0

-60

0.60

0.80

1.00

1.20

1.40

1.60

1.80

-40 -20 0 20 40 60 80 100120140160

Temperature °C

Nominal Resistance Value vs. Temperature

SizeCode

Resistance ValueR0 at 0°C

(Ω)

Thermal Response Time†(s)

Measurement CurrentImeas. (DC)



Part No.


VishayPart No.t0.5 t0.9 1 10 100

0603 100 ≤1.0 ≤2.0 0.1 ~ 0.25 PTS0603100CT-ND 1.78 1.56 1.22 PTS0603100TR-ND 665.46 PTS060301B100RP100

0805100 ≤1.5 ≤3.0 0.1 ~ 1.0 PTS0805100CT-ND 2.23 1.95 1.54 PTS0805100TR-ND 834.83 PTS080501B100RP100500 ≤1.5 ≤3.0 0.1 ~ 0.25 PTS0805500CT-ND 2.23 1.95 1.54 PTS0805500TR-ND 834.83 PTS080501B500RP100

1206100 ≤2.0 ≤5.0 0.1 ~ 1.0 PTS1206100CT-ND 2.93 2.57 2.02 PTS1206100TR-ND 1099.10 PTS120601B100RP100500 ≤2.0 ≤5.0 0.1 ~ 0.25 PTS1206500CT-ND 2.93 2.57 2.02 — — PTS120601B500RP1001000 ≤2.0 ≤5.0 0.1 ~ 0.25 PTS12061.0KCT-ND 2.93 2.57 2.02 PTS12061.0KTR-ND 1099.10 PTS120601B1K00P100

† Flowing Air (v = 3.0 m/s)

®

Surface Mount NTC Chip ThermistorsSurface Mount NTC Chip Thermistors have a negative temperature coefficient. The device has no marking. Terminations: • 0402 and 0603: NiSn • 0805: Ni Applications: • Temperature compensation, sensing and protection in: battery chargers, consumer equipment, and office equipment Features: • High accuracy over wide ranges of operating temperature (-40°C ~ 150°C) • Suitable for wave or refl ow soldering • High sensitivity • Taped on reel

L1

T

WL3

L4L2

SizeCode

Dimensions - mm

L1 W TL2 and L3Minimum

L4Minimum

0402 1.0 ±0.15 0.5 ±0.15 0.5 ±0.15 0.1 0.30603 1.6 ±0.15 0.8 ±0.15 0.8 ±0.15 0.2 0.40805 2.0 ±0.2 1.25 ±0.15 0.8 ±0.15 0.2 0.55

SizeCode

Resistance @ 25°C(kΩ)

Tolerance@ 25°C

B Value/ B Tolerance@ B25/85

Digi-KeyPart No.

Cut Tape Price Each Tape and Reel† VishayPart No.1 10 50 Qty. Pricing

0402

4.7 ±3% 3595K ±3% BC2326CT-ND◆ .21 .15 .14 10,000 118.31/M NTCS0402E3472HMT10 ±3% 3490K ±3% BC2328CT-ND◆ .21 .15 .14 10,000 118.31/M NTCS0402E3103HLT15 ±3% 3600K ±3% BC2330CT-ND◆ .21 .15 .14 10,000 118.31/M NTCS0402E3153HHT22 ±3% 3590K ±3% BC2332CT-ND◆ .24 .17 .16 10,000 118.31/M NTCS0402E3223HMT33 ±3% 3670K ±3% BC2334CT-ND◆ .21 .15 .14 10,000 118.31/M NTCS0402E3333HMT47 ±3% 4075K ±3% BC2336CT-ND◆ .21 .15 .14 10,000 118.31/M NTCS0402E3473HXT68 ±3% 3910K ±3% BC2338CT-ND◆ .21 .15 .14 10,000 100.06/M NTCS0402E3683HHT100 ±3% 3950K ±3% BC2340CT-ND◆ .21 .15 .14 10,000 118.31/M NTCS0402E3104HHT4.7 ±5% 3595K ±3% BC2327CT-ND◆ .17 .12 .11 10,000 98.49/M NTCS0402E3472JMT10 ±5% 3490K ±3% BC2329CT-ND◆ .17 .12 .11 10,000 83.39/M NTCS0402E3103JLT15 ±5% 3600K ±3% BC2331CT-ND◆ .17 .12 .11 — — NTCS0402E3153JHT22 ±5% 3590K ±3% BC2333CT-ND◆ .20 .14 .13 10,000 98.49/M NTCS0402E3223JMT33 ±5% 3670K ±3% BC2335CT-ND◆ .17 .12 .11 10,000 98.49/M NTCS0402E3333JMT47 ±5% 4075K ±3% BC2337CT-ND◆ .17 .12 .11 10,000 83.39/M NTCS0402E3473JXT68 ±5% 3910K ±3% BC2339CT-ND◆ .17 .12 .11 10,000 98.49/M NTCS0402E3683JHT100 ±5% 3950K ±3% BC2341CT-ND◆ .20 .14 .13 10,000 98.49/M NTCS0402E3104JHT

0603

10 ±3% 3610K ±1% BC2290CT-ND◆ .27 .19 .18 4,000 136.94/M NTCS0603E3103HMT68 ±3% 3985K ±1% BC1547CT-ND .31 .22 .20 4,000 154.96/M NTCS0603E3683JHT100 ±3% 4100K ±1% BC2291CT-ND◆ .27 .19 .18 4,000 136.94/M NTCS0603E3104HXT4.7 ±5% 3830K ±1% BC1538CT-ND .22 .16 .15 — — NTCS0603E3472JHT10 ±5% 3610K ±1% BC2289CT-ND◆ .22 .15 .14 4,000 106.41/M NTCS0603E3103JMT15 ±5% 3600K ±1% BC1540CT-ND .30 .20 .19 4,000 176.58/M NTCS0603E3153JMT100 ±5% 4100K ±1% BC1542CT-ND .30 .20 .19 — — NTCS0603E3104JXT

0805

22 ±1% 3800K ±1% BC2571CT-ND◆ .48 .33 .31 4,000 240.84/M NTCS0805E3223FHT100 ±1% 4100K ±1% BC2562CT-ND◆ .48 .33 .31 4,000 240.84/M NTCS0805E3104FXT15 ±2% 3700K ±1% BC2568CT-ND◆ .43 .30 .28 4,000 215.92/M NTCS0805E3153GMT33 ±2% 3920K ±1% BC2572CT-ND◆ .43 .30 .28 8,000 211.60/M NTCS0805E3333GHT2.2 ±5% 3600K ±1% BC2294CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3222JMT4.7 ±5% 3500K ±1% BC2296CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3472JMT10 ±5% 3570K ±3% BC2292CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3103JMT10 ±5% 3940K ±1% BC2561CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3103JHT15 ±5% 3700K ±1% BC2293CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3153JMT22 ±5% 3800K ±1% BC2295CT-ND◆ .21 .15 .14 4,000 102.11/M NTCS0805E3223JHT47 ±5% 3960K ±1% BC2297CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3473JHT330 ±5% 3930K ±1% BC2575CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3334JHT470 ±5% 4025K ±1% BC2581CT-ND◆ .22 .16 .15 4,000 112.02/M NTCS0805E3474JXT

®


BCcomponents


N

NTHS Series Surface Mount NTC Chip Thermistors

Features: • Solderable terminations • Wraparound terminations • Allows design fl exibility for use with hybrid circuitry • High den-sity monolithic construction

SizeCode

Resistance(KΩ)

ResistanceTolerance

R-TCurve

Beta+25°C/+75°C

Digi-KeyPart No.




0402

10 ±5% 2 3477 541-1096-1-ND .80 .71 .56 541-1096-2-ND 290.69/M NTHS0402N02N1002JE12 ±5% 2 3477 541-1097-1-ND .80 .71 .56 — — NTHS0402N02N1202JE47 ±5% 5 3890 541-1099-1-ND .80 .71 .56 — — NTHS0402N05N4702JE50 ±3% 5 3890 541-1100-1-ND .86 .76 .60 — — NTHS0402N05N5002HE50 ±5% 5 3890 541-1101-1-ND .80 .71 .56 541-1101-2-ND 290.69/M NTHS0402N05N5002JE68 ±5% 1 3964 541-1095-1-ND .80 .71 .56 — — NTHS0402N01N6802JE100 ±5% 1 3964 541-1094-1-ND .80 .71 .56 541-1094-2-ND 290.69/M NTHS0402N01N1003JE250 ±5% 17 4064 541-1102-1-ND .80 .71 .56 — — NTHS0402N17N2503JE350 ±5% 4 4247 541-1098-1-ND .80 .71 .56 — — NTHS0402N04N3503JE

0603

1 ±5% 3 3181 541-1109-1-ND .80 .71 .56 541-1109-2-ND 290.69/M NTHS0603N03N1001JE1.5 ±5% 3 3181 541-1110-1-ND .80 .71 .56 — — NTHS0603N03N1501JE2 ±5% 3 3181 541-1111-1-ND .80 .71 .56 541-1111-2-ND 290.69/M NTHS0603N03N2001JE10 ±5% 2 3477 541-1107-1-ND .80 .71 .56 541-1107-2-ND 290.69/M NTHS0603N02N1002JE10 ±10% 2 3477 541-1108-1-ND .77 .68 .53 541-1108-2-ND 278.68/M NTHS0603N02N1002KE15 ±5% 10 3500 541-1114-1-ND .80 .71 .56 541-1114-2-ND 290.69/M NTHS0603N10N1502JE

15.8 ±5% 10 3500 541-1115-1-ND .80 .71 .56 — — NTHS0603N10N1582JE20 ±5% 10 3500 541-1116-1-ND .80 .71 .56 541-1116-2-ND 290.69/M NTHS0603N10N2002JE22 ±5% 11 3700 541-1117-1-ND .80 .71 .56 — — NTHS0603N11N2202JE30 ±5% 11 3700 541-1118-1-ND .80 .71 .56 541-1118-2-ND 290.69/M NTHS0603N11N3002JE68 ±5% 1 3964 541-1104-1-ND .80 .71 .56 — — NTHS0603N01N6802JE70 ±5% 1 3964 541-1105-1-ND .80 .71 .56 — — NTHS0603N01N7002JE80 ±5% 1 3964 541-1106-1-ND .80 .71 .56 — — NTHS0603N01N8002JE100 ±5% 1 3964 541-1103-1-ND .80 .71 .56 541-1103-2-ND 290.69/M NTHS0603N01N1003JE150 ±5% 17 4064 541-1119-1-ND .80 .71 .56 541-1119-2-ND 290.69/M NTHS0603N17N1503JE200 ±5% 17 4064 541-1120-1-ND .80 .71 .56 541-1120-2-ND 290.69/M NTHS0603N17N2003JE330 ±5% 4 4247 541-1112-1-ND .80 .71 .56 541-1112-2-ND 290.69/M NTHS0603N04N3303JE350 ±5% 4 4247 541-1113-1-ND .80 .71 .56 541-1113-2-ND 290.69/M NTHS0603N04N3503JE

0805

1 ±5% 3 3181 541-1132-1-ND .80 .71 .56 541-1132-2-ND 290.69/M NTHS0805N03N1001JE1.5 ±5% 3 3181 541-1133-1-ND .80 .71 .56 — — NTHS0805N03N1501JE2.8 ±5% 6 3254 541-1138-1-ND .80 .71 .56 — — NTHS0805N06N2801JE5 ±5% 2 3477 541-1128-1-ND .80 .71 .56 541-1128-2-ND 290.69/M NTHS0805N02N5001JE

6.8 ±3% 2 3477 541-1129-1-ND .80 .71 .56 541-1129-2-ND 290.69/M NTHS0805N02N6801HE6.8 ±5% 2 3477 541-1130-1-ND .80 .71 .56 541-1130-2-ND 290.69/M NTHS0805N02N6801JE8 ±5% 2 3477 541-1131-1-ND .80 .71 .56 — — NTHS0805N02N8001JE10 ±5% 2 3477 541-1127-1-ND .80 .71 .56 541-1127-2-ND 290.69/M NTHS0805N02N1002JE22 ±5% 11 3700 541-1139-1-ND .80 .71 .56 — — NTHS0805N11N2202JE33 ±5% 1 3964 541-1121-1-ND .80 .71 .56 541-1121-2-ND 290.69/M NTHS0805N01N3302JE35 ±5% 5 3890 541-1136-1-ND .80 .71 .56 — — NTHS0805N05N3502JE47 ±5% 1 3964 541-1122-1-ND .80 .71 .56 541-1122-2-ND 290.69/M NTHS0805N01N4702JE50 ±5% 1 3964 541-1123-1-ND .80 .71 .56 541-1123-2-ND 290.69/M NTHS0805N01N5002JE50 ±5% 5 3890 541-1137-1-ND .80 .71 .56 — — NTHS0805N05N5002JE50 ±10% 1 3964 541-1124-1-ND .77 .68 .53 — — NTHS0805N01N5002KE56 ±5% 1 3964 541-1125-1-ND .80 .71 .56 — — NTHS0805N01N5602JE68 ±5% 1 3964 541-1126-1-ND .80 .71 .56 — — NTHS0805N01N6802JE100 ±5% 17 4064 541-1140-1-ND .80 .71 .56 541-1140-2-ND 290.69/M NTHS0805N17N1003JE150 ±5% 17 4064 541-1141-1-ND .80 .71 .56 541-1141-2-ND 290.69/M NTHS0805N17N1503JE200 ±5% 17 4064 541-1142-1-ND .80 .71 .56 541-1142-2-ND 290.69/M NTHS0805N17N2003JE200 ±5% 4 4247 541-1134-1-ND .80 .71 .56 — — NTHS0805N04N2003JE220 ±5% 4 4247 541-1135-1-ND .80 .71 .56 541-1135-2-ND 290.69/M NTHS0805N04N2203JE

1206

10 ±5% 2 3477 541-1150-1-ND .90 .79 .62 541-1150-2-ND 325.13/M NTHS1206N02N1002JE10 ±10% 2 3477 541-1151-1-ND .86 .76 .60 541-1151-2-ND 313.92/M NTHS1206N02N1002KE15 ±5% 10 3500 541-1156-1-ND .90 .79 .62 541-1156-2-ND 325.13/M NTHS1206N10N1502JE20 ±5% 10 3500 541-1157-1-ND .90 .79 .62 541-1157-2-ND 325.13/M NTHS1206N10N2002JE22 ±5% 11 3700 541-1158-1-ND .90 .79 .62 — — NTHS1206N11N2202JE30 ±5% 5 3890 541-1155-1-ND .90 .79 .62 — — NTHS1206N05N3002JE47 ±5% 1 3964 541-1146-1-ND .90 .79 .62 541-1146-2-ND 325.13/M NTHS1206N01N4702JE50 ±5% 1 3964 541-1147-1-ND .90 .79 .62 541-1147-2-ND 325.13/M NTHS1206N01N5002JE68 ±5% 1 3964 541-1148-1-ND .90 .79 .62 — — NTHS1206N01N6802JE80 ±5% 1 3964 541-1149-1-ND .90 .79 .62 — — NTHS1206N01N8002JE100 ±1% 1 3964 541-1143-1-ND 1.03 .90 .71 541-1143-2-ND 371.57/M NTHS1206N01N1003FE100 ±5% 1 3964 541-1144-1-ND .90 .79 .62 541-1144-2-ND 325.13/M NTHS1206N01N1003JE100 ±5% 17 4064 541-1159-1-ND .90 .79 .62 541-1159-2-ND 325.13/M NTHS1206N17N1003JE100 ±10% 1 3964 541-1145-1-ND .86 .76 .60 541-1145-2-ND 313.92/M NTHS1206N01N1003KE100 ±10% 17 4064 541-1160-1-ND .86 .76 .60 — — NTHS1206N17N1003KE150 ±5% 17 4064 541-1161-1-ND .90 .79 .62 — — NTHS1206N17N1503JE200 ±5% 17 4064 541-1162-1-ND .90 .79 .62 541-1162-2-ND 325.13/M NTHS1206N17N2003JE200 ±5% 4 4247 541-1152-1-ND .90 .79 .62 541-1152-2-ND 325.13/M NTHS1206N04N2003JE220 ±5% 17 4064 541-1163-1-ND .90 .79 .62 541-1163-2-ND 325.13/M NTHS1206N17N2203JE220 ±5% 4 4247 541-1153-1-ND .90 .79 .62 — — NTHS1206N04N2203JE330 ±5% 4 4247 541-1154-1-ND .90 .79 .62 — — NTHS1206N04N3303JE

SizeCode

Dimensions – mmL W BW

0402 1.016 ±0.102 0.5 ±0.051 0.25 ±0.1020603 1.6 ±0.2 0.8 ±0.2 0.25 ±0.150805 2.0 ±0.2 1.25 ±0.2 0.3 ±0.151206 3.2 ±0.2 1.6 ±0.2 0.46 ±0.2

M, C, T Series Leaded Conformally Coated NTC ThermistorsM, C and T series are conformally coated, leaded thermistors for standard PC board mounting or assembly in probes. The coat-ing is baked-on phenolic for durability and long-term stability. M and C series have tinned solid copper leads. The T series has solid nickel wires with Tefl on® insulation to provide isolation when assembled in metal probes or housings. Features: • Small size, conformally coated • Wide resistance range • Available in multiple R-T curves Specifi cations: • Dissipation Constant: 2~3mWatts/°C • Thermal Time Constant: 6 ~ 14 seconds

Fig.Resistance

(Ω)ResistanceTolerance

R-TCurve

Dimension A(mm)

Wire Diameter Digi-KeyPart No.

Price Each VishayPart No.AWG mm 1 10 100

1

50 ±5% 2 6.93 28 0.32 541-1209-ND 1.28 1.16 .91 02C0500JF5K ±5% 1 2.4 30 0.254 541-1076-ND 1.28 1.16 .91 01M5001JF10K ±1% 1 2.4 28 0.32 541-1206-ND 1.43 1.29 1.01 01C1002FF10K ±1% 9 2.8 30 0.254 541-1080-ND 1.43 1.29 1.01 09M1002FF10K ±5% 1 2.4 28 0.32 541-1207-ND 1.28 1.16 .91 01C1002JF10K ±5% 1 2.4 30 0.254 541-1074-ND 1.28 1.16 .91 01M1002JF10K ±5% 9 2.8 30 0.254 541-1081-ND 1.28 1.16 .91 09M1002JF30K ±5% 1 2.4 30 0.254 541-1075-ND 1.28 1.16 .91 01M3002JF33K ±5% 4 2.4 30 0.254 541-1077-ND 1.28 1.16 .91 04M3302JF47K ±5% 4 2.4 30 0.254 541-1078-ND 1.28 1.16 .91 04M4702JF50K ±5% 7 2.8 28 0.32 541-1208-ND 1.43 1.29 1.01 07C5002JF150K ±5% 7 2.4 30 0.254 541-1079-ND 1.28 1.16 .91 07M1503JF

210K ±1% 1 2.4 30 0.254 541-1203-ND 2.43 2.18 1.72 01T1002FF10K ±5% 1 2.4 30 0.254 541-1204-ND 2.21 1.99 1.57 01T1002JF33K ±5% 4 2.4 30 0.254 541-1205-ND 1.28 1.16 .91 04T3302JF


®

Dale L

WBW

Fig. 1 Fig. 2

36.1 Min.Clean Lead Length

A

Tinned Copper Wire

76.2

1/4Nom.A

Teflon Insulated Nickel Wire


N

NTC Thermistorswith Wire Leads

Features:

• Fast response

• High measuring accuracy

• Epoxy resin encapsulation

• PTFE-insulated leads

• UL approval (E69802)

Applications:

• Heating systems

• Industrial electronics

• Automotive electronics

Specifi cations:

• Climatic category: 55/155/56

• Maximum power: 60mW

‡ Uni-Curve Sensor

Fig.

Res. @25°C (kΩ)

ResistanceTolerance

B25/100(K)

Digi-KeyPart No.


1

2 ±1% 3560 495-2144-ND 1.91 1.56 1.19 B57861S0202F040

3 ±1% 3988 495-2145-ND 1.91 1.56 1.19 B57861S0302F040

3 ±1% 3988 495-2150-ND‡ 2.39 1.94 1.48 B57863S0302F040

5 ±1% 3988 495-2147-ND 1.91 1.56 1.19 B57861S0502F040

10 ±1% 3988 495-2142-ND 1.91 1.56 1.19 B57861S0103F040

10 ±1% 3988 495-2149-ND‡ 2.39 1.94 1.48 B57863S0103F040

30 ±1% 3964 495-2146-ND 1.91 1.56 1.19 B57861S0303F040

30 ±1% 3964 495-2151-ND‡ 2.39 1.94 1.48 B57863S0303F040

50 ±1% 3760 495-2148-ND 1.91 1.56 1.19 B57861S0503F040

100 ±1% 4540 495-2143-ND 1.91 1.56 1.19 B57861S0104F040

2 10 ±1% 3988 495-2166-ND 2.78 2.25 1.72 B57862S0103F040

Fig. 1 Fig. 2Ø2.41

50

6.5

6

Ø.25(AWG 30)

Ø2.8

50

7.5

6

Ø.25(AWG 30)

Dimensions in mm

Leaded NTC Thermistors Glass Encapsulated for Temperature MeasurementFeatures:• Heat resistant • Highly stable • Measures temperatures up to 300°C • Fast response • Small dimensions • Leads are dumet wires (copper clad FeNi)Applications:• Automotive electronics • Industrial electronics • Home appliancesSpecifi cations:• Climatic category: 55/250/56 (B57540 series); 55/300/56 (B57550 and B57560 series) • Maximum power: 18mW (B57540 series); 32mW (B57550 series); 50mW (B57560 series)

Fig.

Resist ance @25°C

(kΩ)

Resist-ance

ToleranceB25/85

(K)Digi-KeyPart No.


1

5 ±1% 3480 495-2128-ND 2.55 2.06 1.61 B57540G0502F000

10 ±1% 3480 495-2124-ND 2.55 2.06 1.61 B57540G0103F000

30 ±1% 3992 495-2127-ND 2.55 2.06 1.61 B57540G0303F000

Dimensions in mm

Fig. 1 Fig. 2

Ø0.8

Ø0.15

1.4

65

Ø1.3

Ø0.2

2.2

71

Ø2.3

Ø0.3

4.1

67

Fig. 3

NTC Thermistorsfor Temperature Measurement InsulatedFeatures:• Glass encapsulated

• Highly Stable

• Heat resistant

• Coating of glass body and leads for electrical

insulation

• Fast response

• Dumet wires for leads (copper clad FeNi)

Applications:• Automotive electronics

• Industrial electronics

• Home appliances

Specifi cations:• Maximum power: 18mW (B57541); 32mW

(B57551); 50mW (B57561)

• Climatic category: 55/250/56

Ø 1.4

Ø 0.15

1.55

45

66.5

Ø 1.8

Ø 0.2

2.36

45

73.3

Ø 3.0

Ø 0.3

7

45

71.2

4.2

Fig. 1

Fig. 2 Fig. 3

Dimensions in mm

Fig.Res. @

25°C (kΩ)ResistanceTolerance

B25/85(K)

Digi-KeyPart No.


1 10 ±1% 3480 495-2623-ND 2.94 2.37 1.85 B57541G0103F000

2 10 ±1% 3480 495-2624-ND 2.58 2.08 1.62 B57551G0103F000

3 10 ±1% 3480 495-2625-ND 2.98 2.41 1.88 B57561G0103F000

Leaded NTC Thermistorsfor Temperature MeasurementB57164K Series:

Features: • Lacquer-coated thermistor disk• Tinned copper leads

Applications: • Temperature measurement and compensation

Specifi cations: • Climatic category: 55/155/21 • Maximum power: 450mW

B57871S Series:

Features: • High measuring accuracy • Cost effective • Rugged design • Epoxy resin encapsulation

• Tinned copper leads

Applications: • Temperature measurement


B57885S Series:

Features: • High measuring accuracy • Cost effective • Rugged design • Epoxy resin encapsulation

• Tinned copper leads

Applications: • Temperature measurement and compensation


B57891M Series:

Features: • Wide resistance range • Cost effective • Lacquer coated thermistor disk • Leads are tinned

copper-clad Fe wire

Applications: • Temperature compensation • Temperature measurement • Temperature control


B57891S Series:

Features: • Wide resistance range • Cost effective • Lacquer coated thermistor disk • Leads are tinned

copper-clad Fe wire

Applications: • Temperature compensation • Temperature measurement • Temperature control

Specifi cations: • Climatic category: 55/155/56 • Maximum power: 200mWDimensions in mm

Fig.

Resist ance @25°C

(kΩ)

Resist-ance

ToleranceB25/100

(K)Digi-KeyPart No.


B57164K Series

14.7 ±5% 3950 495-2082-ND .55 .41 .28 B57164K472J

10 ±5% 4300 495-2080-ND .55 .41 .28 B57164K103J

B57871S Series

2

10 ±1% 3460 495-3036-ND 1.49 1.21 .92 B57871S0103F002

10 ±1% 3988 495-2153-ND 1.49 1.21 .92 B57871S0103F001

12 ±1% 3760 495-3037-ND 1.49 1.21 .92 B57871S0123F000

B57885S Series

3 10 ±1% 3980 495-2155-ND 1.39 1.10 .82 B57885S103F1

B57891M Series

3

1.0 ±5% 3930 495-2156-ND .73 .54 .37 B57891M0102J000

1.5 ±5% 3560 495-3064-ND .73 .54 .37 B57891M0152J000

2.2 ±5% 3900 495-3067-ND .73 .54 .37 B57891M0222J000

4.7 ±5% 3980 495-2161-ND .73 .54 .37 B57891M0472J000

6.8 ±5% 3980 495-3071-ND .73 .54 .37 B57891M0682J000

10 ±5% 3950 495-2157-ND .73 .54 .37 B57891M0103J000

33 ±5% 4300 495-2159-ND .73 .54 .37 B57891M0333J000

100 ±5% 4450 495-2158-ND .73 .54 .37 B57891M0104J000

470 ±5% 5000 495-2162-ND .73 .54 .37 B57891M0474J000

B57891S Series

4

5 ±1% 3980 495-2165-ND 1.33 1.06 .79 B57891S0502F008

10 ±1% 3950 495-2163-ND 1.33 1.06 .79 B57891S0103F008

100 ±1% 4450 495-2164-ND 1.33 1.06 .79 B57891S0104F008

Fig. 2 Fig. 3

3.5

2.5

Ø0.5

3

36

3.5 4.5

2.5

Ø0.5

3

38

4.52.5

2.5

5.5

Ø0.4

7

36

2.5

Fig. 4

5 max.

Fig. 1

5.5max.

5.0

Ø0.6

2.0max.

36

Fig.

Resist ance @25°C

(kΩ)

Resist-ance

ToleranceB25/85

(K)Digi-KeyPart No.


150 ±1% 3992 495-2129-ND 2.55 2.06 1.61 B57540G0503F000

100 ±1% 4066 495-2125-ND 3.16 2.56 1.99 B57540G0104F000

2

5 ±1% 3480 495-2133-ND 2.45 1.99 1.52 B57550G0502F000

10 ±1% 3480 495-2130-ND 2.58 2.09 1.60 B57550G0103F000

30 ±1% 3992 495-2132-ND 2.45 1.99 1.52 B57550G0303F000

50 ±1% 3992 495-2134-ND 2.88 2.53 1.99 B57550G0503F000

3

5 ±1% 3480 495-2137-ND 2.52 2.04 1.56 B57560G0502F000

10 ±1% 3480 495-2135-ND 2.52 2.04 1.56 B57560G0103F000

100 ±1% 4066 495-2136-ND 2.52 2.04 1.56 B57560G0104F000


N

Features:• Inner electrodes • Excellent long-term aging stability in high-temperature and high humidity environments

• Super resistance stability during soldering (change ≤1%)

Applications:• Temperature measurement and compensation in mobile phone applications (battery pack, TCXO, LCD)

• Data systems • Automotive electronics

Specifi cations:• Climatic category: 55/125/56 • Maximum power: 150mW (0402); 180mW (0603); 210mW (0805)

• Resistance Tolerance: ±5%

Surface Mount NTC ThermistorsFor Temperature Measurement

† For Tape and Reel part number, change 1-ND to 2-ND.

SizeCode

Res. @ 25°C (Ω)

B25/85(K)

Digi-KeyPart No.

Cut TapePricing Tape and Reel† Epcos


0402 10K 3980 495-2086-1-ND .69 5.42 32.69 10,000 104.51/M B57221V2103J60

0603 10K 3980 495-2104-1-ND .52 4.35 27.24 4,000 97.70/M B57321V2103J60

0805 10K 3980 495-2116-1-ND .69 5.80 36.32 4,000 129.73/M B57421V2103J62

SizeDimensions - mm

L W T0402 1.0 0.5 0.60603 1.6 0.8 0.90805 2.0 1.25 1.3

L

W T

NTC Disc ThermistorsNTC (Negative Temperature Coefficient) Disc Thermistors decrease in resistance as temperature increases.

• Temperature Coefficients Range: -3.4%/°C ~ -5%/°C @ 25°C

• Maximum Operating Temperature: 150°C

• Tolerance: ±20% 100 ~ 5Ω; ±10% 1K ~ 100KΩ

A

38.10

Res

ista

nce

Temperature

◆ RoHS Compliant ▲ Resistance Ratio – ratio of zero power resistance @ 0°C to zero power resistance @ 50°C; AWG ◊ D.C. – Dissipation Constant (MW/°C)

Res. @ 25°C (Ω)

Res.Ratio▲ D.C.◊

Dim. A(mm)

Digi-KeyPart No.

Price Each GE SensingPart No.1 10 100 250

100 5.53 2.5 2.79 KC001N-ND◆ 2.34 2.11 1.66 1.32 RL1004-65.6-59-D1

50 5.53 6.5 5.59 KC012N-ND 1.83 1.55 1.07 .91 RL2007-32.8-59-D1

25 5.53 6.5 5.59 KC011N-ND◆ 1.83 1.55 1.07 .91 RL2004-16.4-59-D1

5 5.53 10.0 12.19 KC024N-ND◆ 1.95 1.76 1.38 1.10 RL4504-3.28-59-D1

1K 6.85 2.8 2.79 KC003N-ND◆ 2.29 2.06 1.63 1.29 RL1007-624-73-D1

500 6.85 2.5 2.79 KC002N-ND◆ 2.29 2.06 1.63 1.29 RL1003-312-73-D1

300 6.85 6.5 5.59 KC015N-ND◆ 1.67 1.50 1.18 .94 RL2008-187-73-D1

200 6.85 6.5 5.59 KC014N-ND◆ 1.67 1.50 1.18 .94 RL2006-125-73-D1

100 6.85 6.5 5.59 KC013N-ND◆ 1.67 1.50 1.18 .94 RL2003-62.4-73-D1

50 6.85 7.5 9.40 KC022N-ND 1.72 1.55 1.23 .97 RL3504-31.2-73-D1

10K 9.60 2.5 2.79 KC025N-ND◆ 2.29 2.06 1.63 1.29 RL1005-5744-103-D1

5K 9.10 2.5 2.79 KC005N-ND◆ 2.29 2.06 1.63 1.29 RL1004-2910-97-D1

3K 9.10 2.5 2.79 KC004N-ND◆ 2.29 2.06 1.63 1.29 RL1003-1746-97-D1

2K 9.10 6.5 5.59 KC017N-ND◆ 1.67 1.50 1.19 .94 RL2007-1164-97-D1

1K 9.10 6.5 5.59 KC016N-ND 1.67 1.50 1.19 .94 RL2004-582-97-D1

10K 11.41 7.2 5.59 KC018N-ND◆ 4.12 3.71 2.93 2.32 RL2012-5506-120-D1

100K 12.90 2.7 2.79 KC009N-ND 2.47 2.23 1.76 1.40 RL1006-53.4K-140-D1

50K 12.90 2.5 2.79 KC008N-ND◆ 2.47 2.23 1.76 1.40 RL1003-26.7K-140-D1

100K 13.82 6.5 5.59 KC020N-ND◆ 1.91 1.72 1.35 1.07 RL2008-52.3K-155-D1

NTC Thermistor Probes

Fig.

Resist ance@ 25°C

(kΩ)B25/100

(K)

Resist-ance

ToleranceDigi-KeyPart No.


1 5 3980 ±2% 495-2075-ND 2.75 2.23 1.74 B57020M2502A017

2 10 4300 ±10% 495-2138-ND 1.50 1.19 .89 B57045K103K

3 10 3988 ±3% 495-2171-ND 8.77 7.89 5.96 B57500K103A1

4 10 3988 ±3% 495-2172-ND 4.60 3.71 2.89 B57500M0103A005

55 3988 ±2% 495-2170-ND 3.80 3.07 2.39 B57703M0502G040

10 3988 ±2% 495-2169-ND 3.80 3.07 2.39 B57703M0103G040

B57020Features: • Thermistor in molded plastic case • PVC insulated white connecting cable, UL approval

(E252167)

Applications: • Cabinet and evaporator in refrigerators and deep freezers


B57045Features: • Cost effective • Good thermal coupling through screw type case (thread M3) • Electrically

isolated aluminum case • Tinned copper leads

Applications: • Temperature compensation, measurement and control (chassis mounting)

Specifi cations: • Climatic category: 55/125/56 • Maximum power: 450mW • Test voltage: 2500VAC

B57500KFeatures: • Copper case • Twin cable (black) • PVC Insulated wires with tinned ends, Tmax. = 105°C

Applications: • Evaporator sensor for air conditioning systems • Heating systems

Specifi cations: • Climatic category: 30/100/56 • Maximum power: 60mW • Test voltage: 1.5kVAC

B57500MFeatures: • Epoxy resin encapsulation • PVC insulated black wire with tinned ends 26AWG

Applications: • Air sensor for air conditioning (NOT FOR USE IN EVAPORATOR)

Specifi cations: • Climatic category: 30/100/56 • Maximum power: 60mW • Test voltage: 1.25kVAC for 1

seconds

B57703Features: • High accuracy • Easy mounting • Good thermal coupling through metal tag • Encapsulated in

metal tag case • PTFE insulated leads of silver-plated nickel wire, 30AWG • UL Approval (E69802)

Applications: • Surface temperature measurement (housing and pipes)


• Test voltage: 1kVACDimensions in mm

Fig. 1

900

30

84.5

Fig. 4 Fig. 5

5

500

15

6

6.5

0.5

45

17.5

10

6

8.5

3.7

Fig. 2 Fig. 3

5

8

M3

7

14

30

6

500

30

6

6

Thermometric Type C100 Thermochip’s are low cost, epoxy coated chip thermistors which represent the highest level of thermistor technology. Thermometric’s exclusive “state of the art” materials processing techniques have been proven through extensive fi eld use and long term testing to provide stable, rugged, easy handling thermistors suitable for applications in the temperature range of -80°C ~ 150°C. Best stability is achieved at temperatures not exceeding 105°C. Type EC95 and Type DC95 Thermistors may be used at temperatures as low as -80°C and as high as 150°C, however, best overall stability is achieved with exposure or storage temperatures lower than 105°C.THERMAL AND ELECTRICAL PROPERTIES: • Dissipation Constant: (Still Air) 1mW°C, (Stirred Oil) 8mW°C • Thermal Time Constant: (Still Air) 10 Seconds, (Stirred Oil) 1 Second • Maximum Power Rating: .075 Watts (De-rated from 100% at 25°C ~ 0% at 100°C)

NTC Bead Thermistors

§ 0°C/50°C Ratio

Resistance @ 25°C (Ω)

ResistanceRatio§

Digi KeyPart No.


10K 9.06 235-1001-ND 6.02 4.74 3.77 2.79 C100F103G10K 9.06 235-1002-ND 4.16 3.28 2.61 1.93 C100F103J10K 7.60 235-1003-ND 4.16 3.28 2.61 1.93 C100Y103J10K 9.06 235-1004-ND 6.85 5.40 4.29 3.18 DC95F103W2K 9.06 235-1005-ND 6.85 5.40 4.29 3.18 DC95F202W

2252 9.06 235-1006-ND 6.85 5.40 4.29 3.18 DC95F232W5K 9.06 235-1007-ND 6.85 5.40 4.29 3.18 DC95F502W

100K 10.45 235-1008-ND 6.85 5.40 4.29 3.18 DC95G104W50K 10.45 235-1009-ND 6.85 5.40 4.29 3.18 DC95G503W10K 9.06 235-1010-ND 6.85 5.40 4.29 3.18 EC95F103W3K 9.06 235-1012-ND 6.85 5.40 4.29 3.18 EC95F302W

100K 10.45 235-1013-ND 6.85 5.40 4.29 3.18 EC95G104W50K 10.45 235-1014-ND 6.85 5.40 4.29 3.18 EC95G503W30K 8.69 235-1015-ND 5.46 4.30 3.42 2.53 EC95H303W

2.5 (63.50)

Epoxy coated thermochip

Ø.095(2.41)

Ø.008 (0.20)-Tinned copper alloy leads

1.5 (38.10)


Ø.095(2.41)

Ø.012 (0.30)-Tinned copper leads

1.5 (38.10)


Ø.100(2.54)

Ø.012 (0.30)-Tinned copper leads

Type C100 Type DC95 Thermistors are de signed to be interchangeable over 0°C ~ 70° and 0°C ~ 100°C.

Type EC95 Thermistors are design-ed to be interchangeable over -20°C ~ 50°C and 0°C ~ 70°C.

NTC ThermistorsMA100 Series These biomedical thermistor chips and subassemblies are designed to be

interchangeable over a 0°C ~ 50°C range (see table). Best overall stability is maintained when exposure and storage temperatures remain below 70°C.

60.99.53

2252 Ω : 1.7810 kΩ : 0.77

TemperatureRange

Tolerance Code (°C)235-1060/

235-1064-ND235-1061/

235-1065-ND235-1062/

235-1063-ND0°C ~ 20°C ±.15 ±.2 ±.25

20°C ~ 35°C ±.1 ±.15 ±.235°C ~ 39°C ±.05 ±.1 ±.1539°C ~ 42°C ±.075 ±.15 ±.242°C ~ 45°C ±.1 ±.15 ±.245°C ~ 50°C ±.15 ±.2 ±.25

Resistance@ 25°C (Ω)

Digi-KeyPart No.


10K 235-1060-ND 12.73 10.03 7.96 MA100GG103A

10K 235-1064-ND 12.73 10.03 7.96 MA100BF103A

10K 235-1061-ND 6.89 5.44 4.32 MA100GG103B

10K 235-1065-ND 6.89 5.44 4.32 MA100BF103B

10K 235-1062-ND 6.22 4.91 3.89 MA100GG103C

2252 235-1063-ND◆ 6.22 4.91 3.89 MA100GG232C

◆ RoHS Compliant (Continued)


N

Standard Thermistorsfor Temperature Measurement Accuracy ±1°C (0°C ~ 120°C)Specifi cations:• Operating Range: -50°C ~ 150°C

• D.C.: Dissipation Constant (mW/°C)

• T.C.: Time Constant (Seconds)

A

38.10

Resist ance@ 25°C

(Ω)

Dim. AMax.(mm)

D.C.mW/°C

T.C.Sec.

Digi-KeyPart No.


1K 8.13 3.5 30 KC001E-ND 2.35 2.12 1.67 RL3005-574.0-103-SA

2K 5.59 2.5 20 KC002E-ND 2.27 2.04 1.61 RL2005-1148-103-SA

2.786K 5.59 2.5 20 KC003E-ND 2.27 2.04 1.61 RL2006-1600-103-SA

3K 5.59 2.5 20 KC004E-ND 2.27 2.04 1.61 RL2007-1723-103-SA

5K 2.79 1.0 10 KC005E-ND 2.92 2.63 2.07 RL1003-2871-103-SA

10K 2.79 1.0 10 KC006E-ND 2.92 2.63 2.07 RL1005-5744-103-SA

Specifi cations:• Temperature Accuracy: ±1°C @ 25°C

• Dissipation Con stant: 1.4 mW/°C

• Time Constant: 15 seconds

• Oper ating Range: -50°C ~ 150°C

Miniature Sensors1°C Accuracy 28.70

6.35 5.08

EPOXYINSULATED

AWG # 30, NICKELTEFLON INSULATED

2.41

Resist-ance

@ 25°C(Ω)

Temper-atureCoef.

%/°C @25°C MaterialDigi-KeyPart No.


2K -3.83 MS73 KC001T-ND 2.59 2.33 1.84 1.46 RL0503-1248-73-MS

5K -4.43 MS95 KC002T-ND 2.59 2.33 1.84 1.46 RL0503-2890-95-MS

10K -4.40 MS97 KC003T-ND 2.59 2.33 1.84 1.46 RL0503-5820-97-MS

30K -4.32 MS96 KC004T-ND 2.59 2.33 1.84 1.46 RL0503-17.56K-96-MS

50K -4.84 MS120 KC005T-ND 2.59 2.33 1.84 1.46 RL0503-27.53K-120-MS

100K -4.78 MS122 KC006T-ND 2.59 2.33 1.84 1.46 RL0503-55.36K-122-MS

‡ Maximum Operating Temperature: 150°C

Glass encapsulated NTC thermistors are tiny pellets of thermistor material hermetically sealed in glass bodies with a controlled amount of selected atmosphere.

The hermetic seal makes these parts extre mely stable in applications up to 204°C (400°F)

Specifi cations:• Temperature Range: -50°C ~ 204°C

• Dis sipation Constant: 3.0 mW/°C

• Time Constant: 7 seconds

Glass Encapsulated NTC Thermistors

29.21 29.21

3.94 Ø1.91Tinned

24 AWG

Ro @ 25°C(Ω)

Temper-atureCoef.

%/°C @25°C MaterialDigi-KeyPart No.


250 -3.34 GE55‡ KC001G-ND 2.60 2.35 1.85 1.47 AL03006-165.9-55-G1

500 -3.34 GE55‡ KC002G-ND 2.60 2.35 1.85 1.47 AL03006-331.8-55-G1

1K -3.83 GE73 KC003G-ND 2.60 2.35 1.85 1.47 AL03006-624-73-G1

2K -3.83 GE73 KC004G-ND 2.60 2.35 1.85 1.47 AL03006-1248-73-G1

2.786K -4.68 GE101 KC005G-ND 2.60 2.35 1.85 1.47 AL03006-1576-101-G1

3K -3.85 GE76 KC006G-ND 2.60 2.35 1.85 1.47 AL03006-1847-76-G1

4K -3.85 GE76 KC007G-ND 2.60 2.35 1.85 1.47 AL03006-2463-76-G1

5K -3.85 GE76 KC008G-ND 2.60 2.35 1.85 1.47 AL03006-3079-76-G1

10K -4.41 GE97A KC009G-ND 2.60 2.35 1.85 1.47 AL03006-5818-97-K-R

20K -4.34 GE98 KC010G-ND 2.60 2.35 1.85 1.47 AL03006-11.7K-98-G1

30K -4.34 GE98 KC011G-ND 2.60 2.35 1.85 1.47 AL03006-17.53K-98-G1

50K -4.32 GE97B KC012G-ND 2.60 2.35 1.85 1.47 AL03006-29.1K-97-G1

100K -4.32 GE97B KC013G-ND 2.60 2.35 1.85 1.47 AL03006-58.2K-97-G1

200K -4.71 GE123 KC014G-ND 2.60 2.35 1.85 1.47 AL03006-111.3K-123-G1

500K -4.99 GE138 KC015G-ND 2.60 2.35 1.85 1.47 AL03006-269.8K-138-G1

1M -5.07 GE145 KC016G-ND 2.60 2.35 1.85 1.47 AL03006-535K-145-G1


NTC Thermistors (Cont.)

MC65 Series These thermistors are epoxy-coated for stability and have a maximum diameter of .065” (1.65mm). Standard leads are 3” (76.20mm) of 38 gauge, nickel alloy, bifi lar, heavy isomid insulated wire. Each unit tracks a specifi ed curve over the temperature range of 0°C ~ 50°C (see table).

Ø1.656.35

76.2

Ø.10

TemperatureRange

Tolerance Code (°C)235-1057-ND 235-1058-ND 235-1059-ND

0°C ~ 20°C ±.15 ±.2 ±.2520°C ~ 35°C ±.1 ±.15 ±.235°C ~ 39°C ±.05 ±.1 ±.1539°C ~ 42°C ±.075 ±.15 ±.242°C ~ 45°C ±.1 ±.15 ±.245°C ~ 50°C ±.15 ±.2 ±.25


Digi-KeyPart No.


10K 235-1057-ND 8.87 7.98 6.29 MC65F103A10K 235-1058-ND 6.33 5.69 4.48 MC65F103B10K 235-1059-ND 6.67 6.00 4.73 MC65F103C

◆ RoHS Compliant † For Tape and Reel part number, change 1-ND to 2-ND.

NHQ SeriesSMT Chip 1206These devices are ceramic chip thermistors with a negative temperature coefficient of resistance intended for surface mount applications. The electrode material is palladium silver, nickel-plated with a solder-plated covering. The ceramic between the electrodes is glass covered.

3.2

1.6

1

1.2

Resistance@ 25°C


Cut TapePrice Each


GE SensingPart No.1 10 100

3K 235-1108-1-ND 2.11 1.85 1.46 792.80/M NHQ302B410T10

10K 235-1109-1-ND◆ 2.29 2.01 1.58 1169.17/M NHQ103B375T10

15K 235-1110-1-ND 2.11 1.85 1.46 792.80/M NHQ153B400T10

50K 235-1111-1-ND◆ 2.11 1.85 1.46 792.80/M NHQ503B400T10

150K 235-1113-1-ND 2.11 1.85 1.46 — NHQ154B425T10

500K 235-1114-1-ND◆ 2.65 2.32 1.83 993.88/M NHQ504B435T10

®

NHQM SeriesSMT Chip 0805These devices are ceramic chip thermistors with a negative temperature coefficient of resistance intended for surface mount applications. The electrode material is palladium silver, nickel-plated with solder-plated covering. The ceramic between the electrodes is glass covered.

2.0

1.25

1

1.3

◆ RoHS Compliant † For Tape and Reel part number, change 1-ND to 2-ND.

Resistance@ 25°C


Cut TapePrice Each


GE SensingPart No.1 10 100

3K 235-1115-1-ND 2.06 1.80 1.42 1028.23/M NHQM302B410T10

10K 235-1116-1-ND◆ 2.06 1.80 1.42 1028.23/M NHQM103B375T10

15K 235-1117-1-ND 2.06 1.80 1.42 1028.23/M NHQM153B400T10

50K 235-1118-1-ND 2.06 1.80 1.42 1028.23/M NHQM503B415T10

100K 235-1119-1-ND◆ 2.06 1.80 1.42 1028.23/M NHQM104B425T10

®

DK SeriesThe DK range of DO-35 packaged NTC thermistors is designed for temperature measurement and control in applications which demand cost effective reliability. The hermetically-sealed construction combines the advantages of high temperature operation and high reliability of glass bead types with the closer tolerances associated with chip devices. The glass encapsulation offers the additional benefi t of high voltage insulation.Applications: • Domestic Appliances • Automotive Systems • Data Processing Equipment • Heating/Ventilating/Air Conditioning Control

27.0 27.0

Ø2.0Ø0.5

4.2


Digi-KeyPart No.


5K 235-1103-ND 3.49 3.01 2.07 DKA502N5

10K 235-1104-ND 3.49 3.01 2.07 DKF103N5

20K 235-1105-ND 3.49 3.01 2.07 DKF203N5

30K 235-1106-ND 3.49 3.01 2.07 DKF303N5

50K 235-1107-ND 3.49 3.01 2.07 DKF503N5

High Frequency NTC Chip Thermistor — HFT Series

30R

2.0 ±0.2

1.25 ±0.2

0.4 ±0.2 0.4 ±0.2

0.9 max.Size Code

Resist ance@ 25°C

(Ω)

B Constant(DC R25 ~

R50°C)Digi-KeyPart No.


Tape & Reel Pricing

250SusumuPart No.1 10 100

0805

15 1950 ±5% 408-1374-1-ND 16.22 11.03 9.25 408-1374-2-ND 2270.27 HFT1220-15R0-J

30 2150 ±5% 408-1375-1-ND 16.22 11.03 9.25 408-1375-2-ND 2270.27 HFT1220-30R0-J

40 2150 ±5% 408-1376-1-ND 16.22 11.03 9.25 408-1376-2-ND 2270.27 HFT1220-40R0-J

50 2150 ±5% 408-1377-1-ND 16.22 11.03 9.25 408-1377-2-ND 2270.27 HFT1220-50R0-J

60 2150 ±5% 408-1378-1-ND 16.22 11.03 9.25 408-1378-2-ND 2270.27 HFT1220-60R0-J

®Applications: • Ideal for compensating temperature drift in high frequency amplifi er applications. Specifi cations: • Tolerance: ±5% @ 25% • Operating Frequency: DC ~ 10GHz • Operating Power (Max.): 500mW • Operating Temperature Range: -40°C ~ 125°C

Note: For more information, please see Digi-Key web site.


N

Res.at

25°C(Ω)

Temp.Coef.(25°C) %/°C

Res.RatioR25/R50

Digi-KeyPart No.

Price Each PanasonicPart No.1 10 100

40 -3.9 2.48 PNT101-ND◆ .62 .37 .25 ERT-D2FFL400S

250 -4.2 2.62 PNT108-ND◆ .62 .37 .25 ERT-D2FGL251S

300 -4.2 2.62 PNT109-ND .62 .37 .25 ERT-D2FGL301S

1,400 -4.4 2.76 PNT114-ND◆ .62 .37 .25 ERT-D2FGL142S

33,000 -5.1 3.22 PNT121-ND◆ .62 .37 .25 ERT-D2FHL333S

30 -3.7 2.30 PNT128-ND 1.31 1.12 .75 ERT-D3FFL300S

40 -3.2 2.30 PNT130-ND 1.31 1.12 .75 ERT-D3FFL400S

75 -4.2 2.62 PNT131-ND 1.31 1.12 .75 ERT-D3FGL750S

80 -4.2 2.62 PNT132-ND 1.31 1.12 .75 ERT-D3FGL800S

130 -4.5 2.62 PNT134-ND 1.31 1.12 .75 ERT-D3FGL131S

500 -4.6 2.83 PNT135-ND 1.31 1.12 .75 ERT-D3FGL501S

4,000 -4.6 2.90 PNT136-ND 1.31 1.12 .75 ERT-D3FHL402S

80,000 -5.6 3.70 PNT138-ND◆ 1.31 1.12 .75 ERT-D3FIL803S

NTC Thermistors

FEATURES:

• Resistance temperature coefficient is negative and extremely large

• Wide selection of temperature coefficient (constant B)

• Excellent electrical and thermal stability

• Color coded to indicate resistance value @ 25°C

SPECIFICATIONS:

Maximum Watt Rating: (W): PNT101-121 – 0.4; PNT128-138 – 0.6. Nominal Time

Constant (second): PNT101-121 – 20; PNT128-138 – 27.

APPLICATIONS:

• For measuring equipment: thermometer, wind gauge, liquid level gauge, temper-

a ture controller

• For temperature compensation: transistor circuit, measuring equipment

• For driving: Delay setting in relay operation, inrush current surge protection, com-

munication equipment, AGC, time lag

F Type Dimensions (mm) øD T I W ød

PNT101 ~ PNT121 (D2) 5.0 ±0.5 1.3 ±0.5 30 min. 2.5 ±1 0.4

PNT128 ~ PNT138 (D3) 7.5 ±0.5 1.4 ±0.5 30 min. 5 ±1 0.5

321

W

1 and 2: Signifi cant digit; 3: Multiplier

Uses standard resistance color codes.

øD lT

ød

The Multilayer Chip NTC Thermistors are especially designed for surface mountings featuring the miniature sizes of “0201”, “0402” and “0603” type (EIA) with highly reliable multilayer and monolithic structure. FEATURES: • Highly reliable multilayer/monolithic structure • Superior heat resistance to reflow soldering and excellent solder ability thanks to the unique external electrodes of three metallic layers • Operating Temperature Range: -40°C ~ 125°C • Resistance to Soldering Heat: 270°C-3s, 260°C-10s • Heat Dissipation Constant (mounted on a glass epoxy,1.6t): 0201 Se ries: ap proximately 1mw/°C, 0402 Series: approximately 2mw/°C and 0603 Se ries: approximately 3mw/°C • Rated Maximum Power Dissipation: 0201 Series: 33 mW, 0402 Series: 66 mW and 0603 Series: 100 mW

Multilayer Chip NTC Thermistors (ERTJ)

WL

L2

L1

T

Size Code(EIA)

Dimensions (mm)L W T L1 L2

0201 0.60 0.30 0.30 0.150402 1.00 0.50 0.50 0.250603 1.60 0.80 0.80 0.30

SMT

† For Tape and Reel part number, change CT-ND to TR-ND.

Zero-PowerResist.

(at 25°C)

Resis-tanceTol.

B Value Digi-KeyPart No.

Cut TapePricing Tape and Reel† Panasonic

Part No.B25/50 B25/85 1 10 100 Qty. Pricing0201

2KΩ ±5% 4500K ±2% (4450K) P12020CT-ND .42 2.40 15.58 15,000 92.10/M ERT-JZET202J3KΩ ±5% 4500K ±2% (4450K) P12021CT-ND .42 2.40 15.58 15,000 92.10/M ERT-JZET302J

4.7KΩ ±5% 4500K ±2% — P12805CT-ND .22 1.18 7.27 15,000 40.04/M ERT-JZET472J10KΩ ±5% — 3435K ±2% P12358CT-ND .20 1.10 6.78 15,000 37.64/M ERT-JZEG103JA47KΩ ±5% 4050K ±3% — P12359CT-ND .20 1.10 6.78 15,000 37.64/M ERT-JZEP473J100KΩ ±3% 4500K ±3% (4750K) P13700CT-ND .27 1.55 10.03 15,000 59.26/M ERT-JZEV104H100KΩ ±5% 4700K ±2% — P12360CT-ND .20 1.10 6.78 15,000 37.64/M ERT-JZEV104J

040222Ω ±5% 2750K ±3% (2700K) P10557CT-ND .30 1.66 10.25 10,000 56.86/M ERT-J0EA220J33Ω ±5% 2750K ±3% (2700K) P10558CT-ND .30 1.66 10.25 10,000 56.86/M ERT-J0EA330J40Ω ±5% 2750K ±3% (2700K) P10559CT-ND .30 1.66 10.25 10,000 56.86/M ERT-J0EA400J47Ω ±5% 2750K ±3% (2700K) P10560CT-ND .30 1.66 10.25 10,000 56.86/M ERT-J0EA470J68Ω ±5% 2800K ±3% (2700K) P10561CT-ND .30 1.66 10.25 10,000 56.86/M ERT-J0EA680J100Ω ±5% 2800K ±3% (2750K) P10562CT-ND .30 1.66 10.25 10,000 56.86/M ERT-J0EA101J150Ω ±5% 2800K ±3% (2750K) P10563CT-ND .30 1.66 10.25 10,000 56.86/M ERT-J0EA151J1.0KΩ ±5% 4500K ±3% (4450K) P10564CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ET102J1.5KΩ ±5% 4500K ±3% (4450K) P10565CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ET152J2.0KΩ ±5% 4500K ±3% (4450K) P10566CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ET202J2.2KΩ ±5% 4500K ±3% (4450K) P10567CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ET222J3.0KΩ ±5% 4500K ±3% (4450K) P10568CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ET302J3.3KΩ ±5% 4500K ±3% (4450K) P10569CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ET332J4.7KΩ ±5% 4500K ±3% (4450K) P10570CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ET472J3.3KΩ ±5% 4250K ±3% (4300K) P10571CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ER332J4.7KΩ ±5% 4250K ±3% (4300K) P10572CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ER472J6.8KΩ ±5% 4250K ±3% (4300K) P10573CT-ND .26 1.45 8.96 10,000 49.65/M ERT-J0ER682J10KΩ ±5% 4250K ±3% (4300K) P10574CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0ER103J10KΩ ±1% (3375K) 3435K ±1% P12007CT-ND .47 2.74 18.75 10,000 116.92/M ERT-J0EG103FA10KΩ ±2% (3375K) 3435K ±1% P12008CT-ND .46 2.65 17.19 10,000 100.91/M ERT-J0EG103GA10KΩ ±3% 3900K ±2% (3970K) P13701CT-ND .31 1.76 11.46 10,000 67.27/M ERT-J0EM103H10KΩ ±3% 4250K ±2% (4300K) P13702CT-ND .31 1.76 11.46 10,000 67.27/M ERT-J0ER103H10KΩ ±3% (3375K) 3435K ±1% P12009CT-ND .39 2.21 14.33 10,000 84.09/M ERT-J0EG103HA10KΩ ±5% (3375K) 3435K ±1% P12010CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EG103JA10KΩ ±5% 3900K ±2% — P12985CT-ND .21 1.15 7.05 10,000 39.24/M ERT-J0EM103J15KΩ ±5% 4250K ±3% (4300K) P10575CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0ER153J22KΩ ±5% 4250K ±3% (4300K) P10576CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0ER223J33KΩ ±5% 4050K ±2% — P13579CT-ND .47 2.76 18.91 10,000 117.72/M ERT-J0EP333J33KΩ ±5% 4250K ±3% (4300K) P10577CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0ER333J47KΩ ±5% 4700K ±3% (4750K) P10578CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EV473J68KΩ ±5% 4700K ±3% (4750K) P10579CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EV683J47KΩ ±5% 4050K ±2% (4100K) P11441CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EP473J100KΩ ±2% 4700K ±2% (4750K) P13705CT-ND .43 2.43 15.76 10,000 92.90/M ERT-J0EV104G100KΩ ±3% 4500K ±2% (4580K) P13704CT-ND .31 1.76 11.46 10,000 67.27/M ERT-J0ET104H100KΩ ±3% 4700K ±2% (4750K) P13706CT-ND .31 1.76 11.46 10,000 67.27/M ERT-J0EV104H100KΩ ±5% 4250K ±2% (4300K) P13703CT-ND .39 2.19 14.27 10,000 84.09/M ERT-J0ER104J100KΩ ±5% 4330K ±2% — P13580CT-ND .47 2.76 18.91 10,000 117.72/M ERT-J0ES104J100KΩ ±5% 4500K ±2% — P12986CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0ET104J100KΩ ±5% 4700K ±2% (4750K) P11442CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EV104J150KΩ ±5% 4500K ±2% — P13581CT-ND .47 2.76 18.91 10,000 117.72/M ERT-J0ET154J150KΩ ±5% 4700K ±2% (4750K) P11443CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EV154J220KΩ ±5% 4700K ±2% (4750K) P11444CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EV224J330KΩ ±5% 4700K ±2% (4750K) P11445CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EV334J470KΩ ±5% 4700K ±2% (4750K) P11446CT-ND .28 1.55 9.61 10,000 52.86/M ERT-J0EV474J

060322Ω ±5% 2750K ±3% (2700K) P10531CT-ND .35 1.99 12.89 4,000 84.89/M ERT-J1VA220J33Ω ±5% 2750K ±3% (2700K) P10532CT-ND .35 1.99 12.89 4,000 84.89/M ERT-J1VA330J40Ω ±5% 2800K ±3% (2750K) P10533CT-ND .35 1.99 12.89 4,000 84.89/M ERT-J1VA400J47Ω ±5% 2800K ±3% (2750K) P10534CT-ND .35 1.99 12.89 4,000 84.89/M ERT-J1VA470J68Ω ±5% 2800K ±3% (2750K) P10535CT-ND .35 1.99 12.89 4,000 84.89/M ERT-J1VA680J100Ω ±5% 2800K ±3% (2750K) P10536CT-ND .35 1.99 12.89 4,000 84.89/M ERT-J1VA101J1.0KΩ ±5% 4500K ±3% (4450K) P10537CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VT102J1.5KΩ ±5% 4500K ±3% (4450K) P10538CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VT152J2.0KΩ ±5% 4500K ±3% (4450K) P10539CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VT202J2.2KΩ ±5% 4500K ±3% (4450K) P10540CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VT222J3.0KΩ ±5% 4500K ±3% (4450K) P10541CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VT302J3.3KΩ ±5% 4250K ±3% (4300K) P10544CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR332J3.3KΩ ±5% 4500K ±3% (4450K) P10542CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VT332J4.7KΩ ±5% 4500K ±3% (4450K) P10543CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VT472J4.7KΩ ±5% 4250K ±3% (4300K) P10545CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR472J6.8KΩ ±5% 4250K ±3% (4300K) P10546CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR682J10KΩ ±1% (3375K) 3435K ±1% P12011CT-ND .53 2.99 19.44 4,000 128.13/M ERT-J1VG103FA10KΩ ±2% (3375K) 3435K ±1% P12012CT-ND .49 2.77 17.97 4,000 117.72/M ERT-J1VG103GA10KΩ ±3% (3375K) 3435K ±1% P12013CT-ND .39 2.21 14.33 4,000 94.50/M ERT-J1VG103HA10KΩ ±3% 4250K ±2% (4300K) P13707CT-ND .38 2.11 13.75 4,000 76.88/M ERT-J1VR103H10KΩ ±5% (3375K) 3435K ±1% P12014CT-ND .32 1.80 11.68 4,000 76.88/M ERT-J1VG103JA10KΩ ±5% 4250K ±3% (4300K) P10547CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR103J15KΩ ±5% 4250K ±3% (4300K) P10548CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR153J22KΩ ±5% 4250K ±3% (4300K) P10549CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR223J33KΩ ±5% 4250K ±3% (4300K) P10550CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR333J47KΩ ±5% 4250K ±3% (4300K) P10551CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR473J47KΩ ±5% 4050K ±2% (4100K) P12015CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VP473J47KΩ ±5% 4700K ±3% (4750K) P10553CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VV473J68KΩ ±5% 4250K ±3% (4300K) P10552CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VR683J68KΩ ±5% 4700K ±3% (4750K) P10554CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VV683J100KΩ ±1% (4330K) 4390K ±1% P12016CT-ND .51 3.01 20.60 4,000 139.34/M ERT-J1VS104FA100KΩ ±2% (4330K) 4390K ±1% P12017CT-ND .47 2.78 19.04 4,000 128.93/M ERT-J1VS104GA100KΩ ±3% (4330K) 4390K ±1% P12018CT-ND .39 2.21 14.33 4,000 94.50/M ERT-J1VS104HA100KΩ ±5% (4330K) 4390K ±1% P12019CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VS104JA100KΩ ±5% 4700K ±3% (4750K) P10555CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VV104J150KΩ ±5% 4700K ±3% (4750K) P10556CT-ND .31 1.76 11.46 4,000 75.28/M ERT-J1VV154J


®

◆ RoHS Compliant


N

GMR Analog Magnetic Field SensorsNVE's Giant Magnetoresistive Field Sensors offer unique and unparalleled magnetic sensing cap abilities. The high sensitivity and ability to sense static magnetic fi elds provide superior performance which sets them apart from other sensors on the market today. NVE's sensors provide high sensitivity, temp erature stability, low power consumption, and small size.

Features:• Input Voltage Range: Maximum: ±25V • Operating Frequency: Minimum: DC, Maximum: ±1MHz • Temperature Range: -50°C ~ 125°C • Maximum Output: Nominal: 45mV/V • Resistance: 5K typical, 30K typical for AA006, 2K typical for AAH

GMR Sensor Evaluation Kits

SaturationField (Oe)

Specifi edLinear

Range OeSensitivity(mV/V/Oe) Digi-Key

Part No.Price Each NVE

Part No.Min. Max. Min. Max. 1 10 2515 1.5 10.5 3 4.2 391-1045-5-ND◆‡ 12.04 9.04 8.03 AA002-02E

20 2 14 2 3.2 391-1048-5-ND◆‡ 6.89 5.17 4.60 AA003-02E

50 5 35 0.9 1.3 391-1049-5-ND◆◊ 6.69 5.02 4.47 AA004-00E

50 5 35 0.9 1.3 391-1050-5-ND◆‡ 6.69 5.02 4.47 AA004-02E

100 10 70 0.45 0.65 391-1002-ND‡ 6.69 5.02 4.47 AA005-02

100 10 70 0.45 0.65 391-1052-5-ND◆‡ 6.69 5.02 4.47 AA005-02E

50 5 35 0.9 1.3 391-1054-5-ND◆‡ 11.33 8.50 7.56 AA006-02E

6 0.6 3.0 11 18 391-1046-5-ND◆‡ 12.04 9.04 8.03 AAH002-02E

15 1.5 7.5 3.2 4.8 391-1051-5-ND◆◊ 6.69 5.02 4.47 AAH004-00E

15 1.5 10.5 3 4.2 391-1047-5-ND◆‡ 12.04 9.04 8.03 AAL002-02E

◆ RoHS Compliant ‡ 8-SOIC ◊ 8-MSOP

AG001-01: This kit features several types of NVE’s AA and AB Series parts, a selection of permanent magnets for activation or bias purposes, and circuit boards to mount the parts for testing purposes. Also included is a copy of NVE’s catalog and applications notes on CD ROM.

AG003-01: Facilitates laboratory experimentation and development using GMR current sensors. The kit consists of (4) NVE current sensors (PN AA003-02) assembled to printed circuit board (PN AG002-01). The PCB has (4) trace geometries to simulate various PCB current sensor confi gurations.

AG910-07: Includes over 15 different GMR switch digital magnetic sensors with different operating points and different output confi gurations (current sink and current source). Magnets, circuit boards, a ZIF socket for easy testing, and NVE’s catalog and application notes on CD ROM are included.

AG920-07: Kit includes analog and digital versions of the GT Sensor products, for gear tooth sensing applications. A large variety of circuit boards and magnets are included for bench testing purposes, along with NVE’s catalog and application notes on CD ROM.


PriceEach

NVEPart No.

Analog Sensor Evaluation Kit 391-1059-ND◆ 99.13 AG001-01E

Current Sensor Evaluation Kit 391-1060-ND◆ 71.04 AG003-01E

GMR Switch Evaluation Kit 391-1044-ND 148.70 AG910-07

GT Sensor Evaluation Kit 391-1063-ND◆ 107.39 AG920-07E

◆ RoHS Compliant

GT Sensors for Gear Tooth Applications

† 8-MSOP ‡ TDFN8-SO8 § Tape and Reel ▲ Cut Tape

NVE’s GT Sensor products are designed for industrial speed sensing where magnetic detection of gear teeth and magnetic encoder wheels with large air gaps are required. GT Sensors with both analog and digital outputs are available. All parts operate down to zero speed. The analog parts feature varied spacing of the sensor elements on the IC to provide usable output signals for even the smallest gear teeth. Single bridges provide speed information, and dual bridges provide speed and direction. The digital sensors take advantage of the GMR sensor element’s superior magnetic performance to provide a 50% duty cycle output over variations in voltage and temperature.

Features: • Input Voltage Range: Maximum: 30V • Operating Frequency: Minimum: DC, Maximum: 1MHz • Temperature Range: -50°C ~ 150°C • Maximum Output: Nominal: 80mV/V • Resistance: 5K typical

Single orDual

Bridge

ElementSpacing

(mm) OutputDigi-KeyPart No.

Price Each NVEPart No.1 10 25

Single 1 Analog 391-1055-5-ND† 3.40 2.55 2.27 ABL004-00E

Single 0.5 Analog 391-1056-5-ND† 3.40 2.55 2.27 ABL005-00E

Dual 1 Analog 391-1057-5-ND† 4.09 3.07 2.73 ABL014-00E

Dual 0.5 Analog 391-1058-5-ND† 4.09 3.07 2.73 ABL015-00E

Single 1 Digital 391-1064-1-ND‡▲ 5.06 4.34 3.62 AKL001-12E

Single 1 Digital 391-1064-2-ND‡§ 5421.28/2,500 AKL001-12E

N V E C O R P O R A T I O N

GMR Digital Magnetic SensorsFeatures: Absolute Maximum Ratings: Parameters: • Supply Voltage: 33V • Reverse Battery Voltage: -33V • Continuous Output Current: 24mA • Operating Temperature Range: -40°C ~ -125°C • Magnetic Field: Unlimited Oersteds

SensitivityDirection ofSensitivity

OutputType Package

Digi-KeyPart No.


20 Gauss Cross Axis Source and Sink 8-TSSOP 391-1013-ND 3.15 2.37 2.10 AD221-00

Volt.


Range Output BridgeDigi-KeyPart No.


Digital Switches1.3 -20°C ~ 85°C Xistor Single 391-1039-5-ND◊ 8.03 6.03 5.36 AFL000-00E

AFL Series - Low Power Digital Switch PartsFeaturing low magnetic fi eld operate points and very low power consumption, the AFL series digital switch sensors are the fi rst high precision digital magnetic sensors suitable for continuous operation in battery powered applications. Precise magnetic operate points of 10 Gauss are maintained, along with operating voltages down to 0.9V. Current sinking and current sourcing outputs are available.

Features: • Operating Point: 10 Gauss ±3 Gauss • Operating Frequency: Minimum: DC, Maximum 100kHz • Minimum Operate/Release Point: Differential 2 Gauss • Maximum Output: 100μA

◊ 8-MSOP

Liquid level sensors are cost effective sensors for detecting the presence or absence of liquids. Perfect for vending machines, commercial washing

machines, evaporator units and any upper and lower liquid level sensing applications. Horizontal sensors can be turned 180 degrees for opposite

detection. UL approved E171218.

Float Sensors

Fig. Description MaterialContactRating

Digi-KeyPart No.

Price Each Cynergy3Part No.1 10 50

Liquid Flow Switch

1

Flow Switch, .53GPM Trip, Std. Flow SPST-N/O 15mm Diameter Acetal Resin 1.0A 725-1069-ND 14.65 13.95 13.25 FS15A

Flow Switch, .24GPM Trip, Low Flow SPST-N/O 15mm Diameter Acetal Resin 1.0A 725-1070-ND 15.76 15.01 14.26 FS15LF

Flow Switch, .99GPM Trip, High Flow SPST-N/O 22mm Diameter Acetal Resin 1.0A 725-1071-ND 15.37 14.64 13.91 FS22A

Horizontal Mount Sensors

2

Float Switch, Horizontal Mount, Hot Liquid Type, 47mm Stainless Steel 0.5A 725-1077-ND 51.58 49.12 46.65 SSF212X100

Float Switch N/O 100VA, 94mm Black Nylon 5A 725-1059-ND 14.36 13.67 12.99 RSF33W100RC

Float Switch Horizontal SPST, 94mm Poly Prop 5A 725-1060-ND 15.21 14.49 13.75 RSF34W100RF

Float Switch PPS N/O 50CM LEAD, 88mm Grey PPS 0.6A 725-1061-ND 14.08 13.40 12.73 RSF46Y050TG

Float Switch External Mount N/O, 90mm Grey PPS 0.6A 725-1064-ND 13.48 12.83 12.19 RSF86Y050T

Float Switch Horizontal .6A NO/NC SPDT, 90mm Grey PPS 0.6A 725-1010-ND 12.25 11.67 11.08 RSF86Y100R

Float Switch N/O 50CM, 88mm Poly Sulphide 0.6A 725-1063-ND 14.73 14.02 13.32 RSF76Y050TV

3

Float Switch, Horizontal Mount, Hot Liquid Type, 39” Leads, 102.5mm Poly Prop 0.6A CC1561-ND 13.56 12.92 12.26 RSF14Y100RF

Float Switch, Horizontal Mount, Hot Liquid Type, 39” Leads, 102.5mm Grey PPS 0.6A CC1562-ND 15.37 14.65 13.91 RSF16Y100RF

Float Switch Horizontal Mount, Hot Liquid Type, 102.5mm Grey PPS 0.6A 725-1058-ND 16.92 16.11 15.30 RSF16Y050TG

Vertical Mount Sensors

4

Float Switch, Single Switch Type, 1/8” NPT Black Nylon 0.6A 725-1016-ND — — 10.26 RSF53Y100R1/8

Float Switch, Single Switch Type, 1/8” NPT Grey PPS 0.6A 725-1018-ND — — 12.24 RSF56Y100R1/8

Float Switch PPS N/O 50cm Grey PPS 0.6A 725-1062-ND 14.90 14.19 13.47 RSF56Y050TB

5

Float Switch, Dual Switch, 127mm Grey PPS 0.6A 725-1072-ND 29.44 28.04 26.63 RSF66A25B100





Float Switch, Dual 134mm Grey PPS 0.6A 725-1065-ND 32.86 31.29 29.72 RSF66A50A100

Float Switch, Dual 184mm Grey PPS 0.6A 725-1066-ND 32.86 31.29 29.72 RSF66A50A150

Float Switch, Dual Vertical 177mm Grey PPS 0.6A 725-1068-ND 32.86 31.29 29.72 RSF66B50B150

Cable Mount Tank Sensors6 Turbulant Liquids, SPST-NC, with 5m Cable, WRAS Approved Poly 10A 725-1025-ND 61.15 58.22 55.30 FFSMC10B


Fig. 2 Fig. 6

Tank Level Sensor

Fig. 4

Top or Bottom Mount

Must openlevel

Must closelevel

0.2 (6) max.Tank Wall

0.5 (12.5)Float Travel

Nylon Nut

Gasket Seal

1.7(44)

2.9(74.0)

Adjustable Counterweight/Pivot



N

Desktop Monitor Filters — Gray Flat FrameFilter Viewing

Area H x W (Inch)CRT MonitorSize (Inch)

LCD MonitorSize (Inch)

Digi-KeyPart No.

Price Each 3MPart No.1 10

8.56 x 11.58 13 ~ 15 — 3M5605-ND 98.22 83.78 PF500L

9.75 x 12.75 14 ~ 16 15 3M5599-ND 124.96 106.59 PF400L

9.75 x 12.75 14 ~ 16 15 3M5602-ND◊ 124.96 106.59 PF400LB

11.5 x 14.13 16 ~ 19 17 ~ 18 3M5600-ND 207.65 181.70 PF400XL

11.5 x 14.13 16 ~ 19 17 ~ 18 3M5603-ND◊ 207.65 181.70 PF400XLB

11.5 x 14.13 16 ~ 19 17 ~ 18 3M5606-ND 149.32 130.66 PF500XL

13 x 16 19 ~ 21 19 ~ 20 3M5601-ND 353.41 313.36 PF400XXL

13 x 16 19 ~ 21 19 ~ 20 3M5604-ND◊ 353.41 313.36 PF400XXLB

◊ Black fl at frame

Vikuiti™ Durable Quick Clean Matte Film (DQC-M)Vikuiti Durable Quick Clean Matte Film is an easy, cost-saving way to repair many types of LCD damage. The specially designed adhesive on Vikuiti DQC-M Film fi lls in most screen surface irregularities so they are virtually undetectable. DQC-M is a quick fi x that will save you time and money over replacing the polarizer and/or the entire LCD module.



DQC-M, 12 in. x 9 in., 1 sheet 3M5516-ND 13.65 10.92 98044043721

DQC-M, 12 in. x 9 in., 50 sheet kit 3M5516-KIT-ND 511.77 — 98044043721

Notebook Privacy Computer FiltersNotebook privacy computer fi lters keep on-screen information private. From the side, others see a darkened screen, providing worry-free privacy.

Features: • No blurring or distorting screen images • Helps protect computer screen from scratches, fi ngerprints and damage • Improves contrast and reduces screen refl ections • Easy on, easy off attachment method • Reversible – choose matte or gloss fi nish

Note: For proper fi t, do not include the plastic monitor or laptop frame in your measurement.

Note: For detailed specifi cations, please see our website.

Vikuiti™ Advanced Light Control Film (ALCF-P)Vikuiti Advanced Light Control Film blocks out display screen views from the side while allowing unrestricted viewing to users in front. Seen from the right or left, the screen appears dark; seen from the front, the screen is bright and clear Specifi cations: • Sheet size: 12 inch x 11.5 inch • Sheet Thickness: 0.21 inch ±0.003 inch


PriceEach

3MPart No.

ALCF-P, Gloss fi nish, 1 sheet 3M5517-ND 77.24 98044042640

ALCF-P, Gloss fi nish, 10 sheet kit 3M5517-KIT-ND 658.81 98044042640

ALCF-P, Matte fi nish, 1 sheet 3M5518-ND 95.50 98044042665

ALCF-P, Matte fi nish, 10 sheet kit 3M5518-KIT-ND 814.53 98044042665


Filter Viewing AreaH x W (Inch)

Fits MonitorSize (Inch)

Digi-KeyPart No.


7.32 x 9.74 12.1 3M5588-ND 46.35 38.63 PF12.1

6.46 x 10.29 12.1 3M5589-ND‡ 47.06 39.22 PF12.1W

7.99 x 10.63 13.3 3M5590-ND 47.77 39.81 PF13.3

8.44 x 11.25 14.1 3M5591-ND 49.18 40.98 PF14.1

7.50 x 11.99 14.1 3M5592-ND‡ 49.89 41.58 PF14.1W

8.98 x 11.98 15.0 3M5593-ND 50.95 42.46 PF15.0

8.18 x 13.09 15.4 3M5594-ND‡ 53.05 44.22 PF15.4W

10.64 x 13.3 17.0 3M5595-ND 71.42 60.93 PF17.0

9.06 x 14.47 17.0 3M5596-ND‡ 76.92 65.61 PF17.0W

11.3 x 14.13 18.1 3M5597-ND 82.06 69.99 PF18.1

11.89 x 14.83 19.0 3M5598-ND 80.11 68.33 PF19.0

Notebook / LCD Computer Filters

‡ Fits Widescreen Monitors

Vikuiti™ Enhanced Specular Refl ector (ESR)A refl ector for a brighter, more efficient displayFeatures: • 98% refl ectance across the visible spectrum • Thin, non-metallic polymer fi lmSpecifi cations: • Sheet Size: 11 in. x 11 in. • Thickness: 65μm (2.6 mils)



ESR fi lm, 1 sheet 3M5510-ND 28.09 22.47 98044009557

ESR fi lm, 30 sheet product kit 3M5510-KIT-ND 610.90 — 98044009557

† Matte bottom surface finish Note: For detailed specifi cations, please see our website.

Vikuiti™ BrightnessEnhancement Film (BEF) II and IIIVikuiti BEF II and III recycle diffused light into the backlight and direct the light through the LCD, thereby providing increased brightness toward the on-axis viewer. The prism pitch refers to the distance between the peaks of adjacent prisms when the prism angle is fi xed at 90°.

DescriptionPrism Pitch

(μm)Digi-KeyPart No.


BEF II, 1 sheet 50 3M5511-ND 24.23 19.39 98043985039

BEF II, 30 sheet product kit 50 3M5511-KIT-ND 545.23 — 98043985039

BEF II, 1 sheet 24 3M5512-ND 24.23 19.39 98043985609

BEF II, 30 sheet product kit 24 3M5512-KIT-ND 545.23 — 98043985609

BEF III-M, 1 sheet 50 3M5513-ND† 24.23 19.39 98044003659

BEF III-M, 30 sheet product kit 50 3M5513-KIT-ND† 545.23 — 98044003659



Vikuiti™ Dual BrightnessEnhancement Film (DBEF)Vikuiti DBEF fi lms work through polarization recycling. A typical polarizer absorbs light that is not polarized correctly. DBEF refl ects this light into the backlight, where it can be recycled into the correct polarization.


PriceEach

3MPart No.

DBEF-E Film, 0°, 17 in. x 17 in., 10 Sheet Kit 3M5670-KIT-ND 790.58 98-0440-0359-2

DBEF-E Film, 45°, 17 in. x 17 in., 10 Sheet Kit 3M5671-KIT-ND 790.58 98-0440-0360-0

DBEF-D400, 0°, 17 in. x 17 in., 10 Sheet Kit 3M5672-KIT-ND 976.24 98-0440-4277-2

DBEF-D400, 45°, 17 in. x 17 in., 10 Sheet Kit 3M5673-KIT-ND 976.24 98-0440-4278-0


PriceEach

3MPart No.

ARMR200, 2.84 in. x 2.13 in. 3 sheet kit 3M5514-KIT-ND 13.94 98044042731

ARMR200, 9.74 in. x 7.32 in. 1 sheet 3M5515-ND 24.77 98044042616

ARMR200, 9.74 in. x 7.32 in. 5 sheet kit 3M5515-KIT-ND 112.56 98044042616

Vikuiti™ Anti-Refl ectionMatte Removable Film (ARMR200)Features: • Durable - Protects display from scratches and scuffs • Anti-refl ective coating helps improve clarity and readability • Easy to clean - markers and fi ngerprints wipe away easily • Non-tacky adhesive removes easily with no residue • Matte surface for less slippage when writing with a stylus


Series Housing Piston SpringSwitch Set

Point - GPM Switch Port InterfaceOperating

TemperatureDigi-KeyPart No.

Price Each GemsPart No.1 10 100

FS-4 Piston Type,Molded Plastic Construction

Ryton® R4316 Stainless

Steel316 Stainless

Steel0.1 SPST

9/16”-18 UNF

—0°F ~ 225°F

(17°C ~ 107°C)376-1107-ND 53.66 43.45 40.90 122340

Specifi cations: SPST-NO: 20VA, 120-240 VAC or VDCSensors – Flow Switches

Specifi cations: • Pressure/Tem perature 250 psig @ 406°F (brass)

Vessel/BossThread

Terminal Housing SizeW x D x H

Inches (mm)No. of

ProbesBody

MaterialDigi-KeyPart No.

Price Each GemsPart No.1 10 100

Series 3E - Conductive Switches2" NPT/ 1/2" NPT 3-1/4 x 3-1/4 x 2-3/8

(82.55 x 82.55 x 60.33)

2 Red Brass 376-1070-ND 94.98 75.89 66.73 3E2B

2-1/2" NPT/ 1/2" NPT 4 Red Brass 376-1072-ND 150.85 120.53 105.97 3E4B

Electromechanical Controls


N

Infrared Touch ScreensE and K Series Infrared Touch Screens:Infrared technology uses infrared emitter-collector pairs to project an invisible grid of light a small distance over the surface of the screen. When a beam is interrupted, the absence of the signal at the collector is detected and converted to an X/Y touch coordinate.

Features:• Super Transparency • High Resolution (Interpolated 4096 x 4096) • Fast response time • Ver satile Touch Object • No Drift • Scratch Resistant • Water/Dust Resistant (IP65) • Sunlight Operable • Integrated Controller • Wide Temperature Range (-40°C ~ 70°C) • Robust Design • Long Life Expectancy

Size(Inch)

OutsideDimensions

W x H x D (mm) Port

Active AreaW x H (mm)

Digi-KeyPart No.

Price Each IRTOUCH SystemsPart No.1 10 50 100

E Series

6.4165.6 x 133 x 8.7 RS-232 130.6 x 98 653-1008-ND 75.84 71.38 66.92 62.46 E-64-C

165.6 x 133 x 8.7 USB 130.6 x 98 653-1009-ND 75.84 71.38 66.92 62.46 E-64-U

6.5169 x 136 x 9.1 RS-232 134 x 101 653-1010-ND 75.84 71.38 66.92 62.46 E-65-C

169 x 136 x 9.1 USB 134 x 101 653-1011-ND 75.84 71.38 66.92 62.46 E-65-U

8.4210.6 x 161.6 x 6.8 RS-232 171.6 x 128.6 653-1012-ND 97.07 91.36 85.65 79.94 E-84-C

210.6 x 161.6 x 6.8 USB 171.6 x 128.6 653-1013-ND 97.07 91.36 85.65 79.94 E-84-U

10.4244.2 x 191.4 x 6.8 RS-232 211.2 x 158.4 653-1014-ND 119.82 112.78 105.73 98.68 E-104-C

244.2 x 191.4 x 6.8 USB 211.2 x 158.4 653-1015-ND 119.82 112.78 105.73 98.68 E-104-U

12.1281.9 x 220.7 x 6.8 RS-232 246.4 x 185.2 653-1000-ND 134.98 127.05 119.11 111.17 E-12-C

281.9 x 220.7 x 6.8 USB 246.4 x 185.2 653-1001-ND 134.98 127.05 119.11 111.17 E-12-U

15.1342 x 266 x 6.8 RS-232 306 x 230 653-1002-ND 156.22 147.04 137.85 128.66 E-15-C

342 x 266 x 6.8 USB 306 x 230 653-1003-ND 156.22 147.04 137.85 128.66 E-15-U

17376 x 308 x 6.8 RS-232 340 x 272 653-1004-ND 175.94 165.59 155.25 144.90 E-17-C

376 x 308 x 6.8 USB 340 x 272 653-1005-ND 175.94 165.59 155.25 144.90 E-17-U

19414 x 339 x 6.8 RS-232 378 x 303 653-1006-ND 207.79 195.57 183.35 171.13 E-19-C

414 x 339 x 6.8 USB 378 x 303 653-1007-ND 207.79 195.57 183.35 171.13 E-19-U

K Series - Side Mount

12327. 2 x 237.2 x 10.3 RS-232 246 x 185 653-1016-ND 156.22 147.04 137.85 128.66 K-12-C

327. 2 x 237.2 x 10.3 USB 246 x 185 653-1017-ND 156.22 147.04 137.85 128.66 K-12-U

15395 x 283.2 x 10.3 RS-232 307 x 231 653-1018-ND 180.49 169.88 159.26 148.64 K-15-C

395 x 283.2 x 10.3 USB 307 x 231 653-1019-ND 180.49 169.88 159.26 148.64 K-15-U

17429.2 x 331.2 x 11.0 RS-232 338.5 x 271 653-1020-ND 201.73 189.86 178.00 166.13 K-17-C

429.2 x 331.2 x 11.0 USB 338.5 x 271 653-1021-ND 201.73 189.86 178.00 166.13 K-17-U

19 460.2 x 352.1 x 11.0 RS-232 376.1 x 301.1 653-1022-ND 239.64 225.55 211.45 197.36 K-19-C

MicroTouch™ Capacitive Touch Screens and Accessories

Size(Inch)

Flex TailLength (Inch)

Digi-KeyPart No.

Price Each 3MPart No.1 10 50

6.714 3M5519-ND 81.45 69.48 63.73 17-8091-203

8 3M5747-ND 81.45 69.48 63.73 17-8091-205

8.75 4 3M5520-ND 84.26 71.88 65.93 17-8921-203

10.834 3M5521-ND 85.67 73.07 67.03 17-8021-203

8 3M5744-ND 85.67 73.07 67.03 17-8021-205

12.314 3M5522-ND 103.92 88.65 81.31 17-8581-203

8 3M5754-ND 103.92 88.65 81.31 17-8581-205

15.684 3M5523-ND 139.03 118.59 108.78 17-8031-203

8 3M5745-ND 128.95 109.99 100.89 17-8031-205

17.544 3M5524-ND 144.07 126.07 117.06 17-8421-203

8 3M5748-ND 146.05 124.58 114.27 17-8421-205

19.754 3M5525-ND 152.00 133.01 123.51 17-8511-203

8 3M5752-ND 151.67 129.37 118.67 17-8511-205

20.654 3M5526-ND 158.61 138.79 128.88 17-8441-203

8 3M5750-ND 164.31 140.15 128.55 17-8441-205

31.80 8 3M5527-ND 274.53 240.22 223.06 17-8951-205

Size(Inch)


Digi-KeyPart No.


15.68 8 3M9127-ND 190.53 162.52 149.07 17-8031-226

17.54 8 3M9128-ND 205.04 174.89 160.42 17-8421-226

20.65 8 3M9129-ND 222.07 189.42 173.74 17-8441-226

19.75 8 3M9130-ND 210.96 179.94 165.05 17-8511-226

26.28 8 3M9131-ND 431.14 367.74 337.31 17-8931-226

Size(Inch)


Digi-KeyPart No.


17.80 8 3M9133-ND 205.04 174.89 160.42 17-9241-226

19.34 8 3M9134-ND 210.96 179.94 165.05 17-9251-226

20.65 8 3M9135-ND 222.07 189.42 173.74 17-9261-226

22.37 8 3M9136-ND 244.28 208.36 191.12 17-9311-226

31.80 8 3M9132-ND 378.62 322.94 296.22 17-8951-226

ClearTek™ II Capacitive Touch Screens

ClearTek™ II CapacitiveTouch Systems (with USB Controllers)

Wide Aspect Ratio ClearTek™ IICapacitive Touch Systems (with USB Controllers)

Features: • Excellent light transmission of 91.5% (±1.5%) provides vibrant optical characteristics with optimal anti-glare properties • Resilient top coat provides smooth, easy glide surface while offering durable scratch resistance • Performance unaffected by everyday contaminants in the environment


Controllers

InterfaceSensorSupport

Digi-KeyPart No.


EX II Capacitive ControllersUSB ClearTek II 3M9138-ND 55.11 47.01 43.12 EXII-7760UC

USB 1x2 ClearTek II 3M9137-ND 55.11 47.01 43.12 EXII-7769UC

Serial ClearTek II 3M5540-ND 55.11 47.01 43.12 EXII-7720SC

MicroTouch SC Resistive ControllersUSB 4-Wire 3M5541-ND 29.74 26.77 19.34 SC401U

Serial 4-Wire 3M5542-ND 29.74 26.77 19.34 SC402S

USB 5-Wire 3M5543-ND 29.74 26.77 19.34 SC501U


USB 8-Wire 3M5545-ND 29.74 26.77 19.34 SC801U


MicroTouch SC Series Resistive Chip Set— — 3M5547-ND 16.52 14.87 10.74 SCX-ASIC

USB and Serial Cables



SC Series Cables

USB, 5 pin, 96” (Pearl) 3M5548-ND 14.87 13.39 9.67 7319420

Serial, 8 pin, 96” (Teal) 3M5549-ND 14.87 13.39 9.67 7319630

EX II Series Cables

RS-232, 7 pin, 96” (Pearl) 3M5551-ND 11.57 10.41 7.52 7310101

USB, 5 pin, 96” (Pearl) 3M5552-ND 11.57 10.41 7.52 7312256

USB, 5 pin, 23” (Black) 3M5554-ND 13.22 11.90 8.60 7315050

Mounting Tape

VHB, 3/8” x 36 yards 3M5550-ND 50.56 43.13 39.56 24736

Command™ Adhesive Strip

.312” x 7.875” 3M9582-ND 9.29/8 83.64/80 148.70/160 98-0003-3222-5

Documents

Section Reference Index - Digi-Keydkc3.digikey.com/pdf/IT2011-EN/sectn.pdf · Section Reference Index 3.6ECSI Heat Shrink, Digi-Key ... TP 5000 DIP PS9552-AX-ND 2.41 2.18 1.75 —