DC/DC CONVERTER CATALOGUE

Headquarters

GLOBAL DISTRIBUTORS

#15 FL. Dexin Mansion, No.545, Museum Road, Yangzhou City, Jiangsu, China 225009E-mail: [email protected] Tel: +86 (514) 8769 3589 www.pairuigroup.com

PRODUCT MANNUALV2.8

DC/DCPOWER CONVERTERS

POWER CONVERTERS

LED POWER SUPPLIES

DEDICATED POWER SOLUTIONS

BRICKSPACKAGE RANG

~30A/~60W

~30A/~150W

~50A/~300W

39

40 ~ 41

42 ~ 46

PAGE

1/16 BRICK

1/8 BRICK

1/4 BRICK

~60A/~300W

~60A/~700W

47 ~ 50

51 ~ 52

1/2 BRICK

~16A/~100W 53 ~ 54

FULL BRICK

Non-Isolated

1

PAIRUI GROUP INC is a vertically integrated group company focused on designing and manufacturing of power supplies. The group consists of power supply manufacturers, and upstream manufacturers of transformers, inductors, magnetic cores and plastic parts, all under the same ownership. Most important benefits from the integration include cost reduction and flexibility. As a result, PAIRUI is able to offer power supply products with very competitive price, and design unique products to fit the most demanding needs. For more than 27 years cultivated in this industry, PAIRUI's goal is to be your trusted power partner.

Pairui Group IncDC/DC Power Converters

PAIRUI's DC/DC converter line ranges from 1W to 200W for encapsulated modules, 30W to 700W for standard bricks, and 2A to 16A point of load converter modules. This line offers a diverse selection of input and output options, protections, and special functions. They also feature high reliability, and 3 to 5 year full warranty.

Non-Isolated

ENCAPSULATEDPACKAGE RANG

1~3W

3~6W

3~15W

04 ~ 20

21 ~ 26

27 ~ 32

PAGE

SIP PACKAGE

DIP24 PACKAGE

DIP1" x 1" PACKAGE

20~30W

40~50W

33 ~ 34

35 ~ 36

6~12W 37 ~ 38

DIP2" x 1" PACKAGE

DIP2" x 2" PACKAGE

POWER CONVERTERS

LED POWER SUPPLIES

DEDICATED POWER SOLUTIONS

BRICKSPACKAGE RANG

~30A/~60W

~30A/~150W

~50A/~300W

39

40 ~ 41

42 ~ 46

PAGE

1/16 BRICK

1/8 BRICK

1/4 BRICK

~60A/~300W

~60A/~700W

47 ~ 50

51 ~ 52

1/2 BRICK

~16A/~100W 53 ~ 54

FULL BRICK

Non-Isolated

1

PAIRUI GROUP INC is a vertically integrated group company focused on designing and manufacturing of power supplies. The group consists of power supply manufacturers, and upstream manufacturers of transformers, inductors, magnetic cores and plastic parts, all under the same ownership. Most important benefits from the integration include cost reduction and flexibility. As a result, PAIRUI is able to offer power supply products with very competitive price, and design unique products to fit the most demanding needs. For more than 27 years cultivated in this industry, PAIRUI's goal is to be your trusted power partner.

Pairui Group IncDC/DC Power Converters

PAIRUI's DC/DC converter line ranges from 1W to 200W for encapsulated modules, 30W to 700W for standard bricks, and 2A to 16A point of load converter modules. This line offers a diverse selection of input and output options, protections, and special functions. They also feature high reliability, and 3 to 5 year full warranty.

Non-Isolated

ENCAPSULATEDPACKAGE RANG

1~3W

3~6W

3~15W

04 ~ 20

21 ~ 26

27 ~ 32

PAGE

SIP PACKAGE

DIP24 PACKAGE

DIP1" x 1" PACKAGE

20~30W

40~50W

33 ~ 34

35 ~ 36

6~12W 37 ~ 38

DIP2" x 1" PACKAGE

DIP2" x 2" PACKAGE

2 3

DC/DC CONVERTER - BRICKS

MODEL NUMBER STRUCTURE

1/16 BRICKFEATURES

PAGE 39

5 year warrantyHigh power densityRemote sense, ON/OFF, Trim

1/8 BRICKFEATURES

PAGE 40-41


1/4 BRICKFEATURES

PAGE 42-46


1/2 BRICKFEATURES

PAGE 47-50

5 year warranty-40°C ~ +100°C no deratingRemote sense, ON/OFF, Trim

Full BRICKFEATURES

PAGE 51-52


Non-IsolatedFEATURES

PAGE 53-54

5 year warrantyHigh efficiency, full range adjustable output, sense, ON/OFF

Remote ON/OFF Control OptionN = Negative LogicP = Positive Logic

BAS 48 33 15W V R N

Output Current (A)

Output Voltage Adjust TypeV = non-adjustableT = adjustable

Heatsink OptionBlank = default / without heatsinkR = with heatsink

Series No.

Nominal Input Voltage (V)

-

Input Voltage RangeBlank = 2:1 (i.e. 48 for 36 to 72VDC)

W = 4:1 (i.e. 48 for 18 to 72VDC)

Nominal Output Voltage Indication33 = 3.3VDC, 50 = 5.0VDC …

DC/DC CONVERTER - ENCAPSULATED

SIP FEATURES

PAGE 4-20

3 year warrantyUp to 6KV isolation, verified and cost effective selections

DIP24 FEATURES

PAGE 21-26

3 year warrantyIndustrial standard pinout, typical parameter and package

DIP1"x1" FEATURES

PAGE 27-32

3 year warrantyHigh power density, output up to 10W or 15W with heatsink

DIP1"x2" FEATURES

PAGE 33-34

3 year warrantyHighly reliable and widely used in railway applications

DIP2"x2" FEATURES

PAGE 35-36



PAGE 37-38

3 year warrantyHigh efficiency regulators designed to replace LM78 series


DMV 12 113 RF M

Output Serial Number

Output Serial NumberBlank = 0.5~2.0KV, F = 3~4.5KV, H = above 4.5KV

Case TypeBlank = default / plastic caseM = metal case


Series No.

Maximum Output Power (W)

-


Output Type0 = isolated twin, 1 = single, 2 = dual, 3 = triple

2 3

DC/DC CONVERTER - BRICKS


1/16 BRICKFEATURES

PAGE 39


1/8 BRICKFEATURES

PAGE 40-41


1/4 BRICKFEATURES

PAGE 42-46


1/2 BRICKFEATURES

PAGE 47-50


Full BRICKFEATURES

PAGE 51-52



PAGE 53-54

5 year warrantyHigh efficiency, full range adjustable output, sense, ON/OFF

Remote ON/OFF Control OptionN = Negative LogicP = Positive Logic

BAS 48 33 15W V R N

Output Current (A)

Output Voltage Adjust TypeV = non-adjustableT = adjustable


Series No.


-

Input Voltage RangeBlank = 2:1 (i.e. 48 for 36 to 72VDC)

W = 4:1 (i.e. 48 for 18 to 72VDC)

Nominal Output Voltage Indication33 = 3.3VDC, 50 = 5.0VDC …

DC/DC CONVERTER - ENCAPSULATED

SIP FEATURES

PAGE 4-20

3 year warrantyUp to 6KV isolation, verified and cost effective selections

DIP24 FEATURES

PAGE 21-26

3 year warrantyIndustrial standard pinout, typical parameter and package

DIP1"x1" FEATURES

PAGE 27-32

3 year warrantyHigh power density, output up to 10W or 15W with heatsink

DIP1"x2" FEATURES

PAGE 33-34


DIP2"x2" FEATURES

PAGE 35-36



PAGE 37-38

3 year warrantyHigh efficiency regulators designed to replace LM78 series


DMV 12 113 RF M

Output Serial Number

Output Serial NumberBlank = 0.5~2.0KV, F = 3~4.5KV, H = above 4.5KV

Case TypeBlank = default / plastic caseM = metal case


Series No.

Maximum Output Power (W)

-


Output Type0 = isolated twin, 1 = single, 2 = dual, 3 = triple

4 5

> 3 Year Warranty> 1000Vdc Isolation Voltage> Single, Dual, Isolated Twin Output Models> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

SIP PACKAGE1Watt, 1KV, Unregulated, ±10% Input Range

DAE-1

ELECTRICALLine regulationLoad regulationRipple and noiseOperating temperatureI/O isolation voltage

±1.2% (unregulated)15% (10%~100% full load)<100mVp-p-40°C to +85°C1000Vdc

NOTES

xx = Input Voltage, range is ±10%, i.e. 5(4.5~5.5VDC)*Minimum Load = 10%, and specifications valid for 10% minimum load onlyMeasured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

100

55

40

33

21

DAE1-xx11

DAE1-xx12

DAE1-xx13

DAE1-xx14

DAE1-xx15

DAE1-xx21

DAE1-xx22

DAE1-xx23

DAE1-xx24

DAE1-xx25

DAE1-xx01

DAE1-xx02

DAE1-xx03

DAE1-xx04

DAE1-xx05

MECHANICAL

Pin#

Pin Connections

1

2

4

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

No pin

Dual

+Vin

GND

-Vo

COM

+Vo

No pin

Twin

+Vin

GND

-Vo 1

+Vo 1

-Vo 2

+Vo 2

Dimensions are in mm (inch)

Net weight: 2.4g

> 3 Year Warranty> 1000Vdc Isolation Voltage> Compact Size> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DBE-1



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3

5

9

12

15

24

80

80

80

80

80

80

300

200

110

83

68

42

DBE1-xx10

DBE1-xx11

DBE1-xx12

DBE1-xx13

DBE1-xx14

DBE1-xx15

MECHANICAL

Pin#

Pin Connections

1

2

3

4

Single

GND

+Vin

-Vo

+Vo


Net weight: 1.3g

4 5


FEATURES

SERIES


DAE-1



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

100

55

40

33

21

DAE1-xx11

DAE1-xx12

DAE1-xx13

DAE1-xx14

DAE1-xx15

DAE1-xx21

DAE1-xx22

DAE1-xx23

DAE1-xx24

DAE1-xx25

DAE1-xx01

DAE1-xx02

DAE1-xx03

DAE1-xx04

DAE1-xx05

MECHANICAL

Pin#

Pin Connections

1

2

4

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

No pin

Dual

+Vin

GND

-Vo

COM

+Vo

No pin

Twin

+Vin

GND

-Vo 1

+Vo 1

-Vo 2

+Vo 2


Net weight: 2.4g

> 3 Year Warranty> 1000Vdc Isolation Voltage> Compact Size> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DBE-1



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3, 5, 12, 24

3.3

5

9

12

15

24

80

80

80

80

80

80

300

200

110

83

68

42

DBE1-xx10

DBE1-xx11

DBE1-xx12

DBE1-xx13

DBE1-xx14

DBE1-xx15

MECHANICAL

Pin#

Pin Connections

1

2

3

4

Single

GND

+Vin

-Vo

+Vo


Net weight: 1.3g

6 7

> 3 Year Warranty> 3000Vdc Isolation Voltage> Single and Dual Output Models> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DAE-1F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAE1-xx11F

DAE1-xx12F

DAE1-xx13F

DAE1-xx14F

DAE1-xx15F

DAE1-xx21F

DAE1-xx22F

DAE1-xx23F

DAE1-xx24F

DAE1-xx25F

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAE1-xx11H

DAE1-xx12H

DAE1-xx13H

DAE1-xx14H

DAE1-xx15H

DAE1-xx21H

DAE1-xx22H

DAE1-xx23H

DAE1-xx24H

DAE1-xx25H

MECHANICAL

Pin#

Pin Connections

1

2

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

Dual

+Vin

GND

-Vo

COM

+Vo


Net weight: 2.4g

Pin#

Pin Connections

1

2

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

Dual

+Vin

GND

-Vo

COM

+Vo


Net weight: 2.7g

> 3 Year Warranty> 6000Vdc Isolation Voltage> Low Isolation Capacitance> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DAE-1H



MECHANICAL

NOTES


6 7


FEATURES

SERIES


DAE-1F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAE1-xx11F

DAE1-xx12F

DAE1-xx13F

DAE1-xx14F

DAE1-xx15F

DAE1-xx21F

DAE1-xx22F

DAE1-xx23F

DAE1-xx24F

DAE1-xx25F

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5, 12

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAE1-xx11H

DAE1-xx12H

DAE1-xx13H

DAE1-xx14H

DAE1-xx15H

DAE1-xx21H

DAE1-xx22H

DAE1-xx23H

DAE1-xx24H

DAE1-xx25H

MECHANICAL

Pin#

Pin Connections

1

2

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

Dual

+Vin

GND

-Vo

COM

+Vo


Net weight: 2.4g

Pin#

Pin Connections

1

2

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

Dual

+Vin

GND

-Vo

COM

+Vo


Net weight: 2.7g

> 3 Year Warranty> 6000Vdc Isolation Voltage> Low Isolation Capacitance> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DAE-1H



MECHANICAL

NOTES


Pin#

Pin Connections

1

2

4

6

Single

+Vin

GND

-Vo

+Vo


Net weight: 2.4g

8 9

> 3 Year Warranty> 1000Vdc Isolation Voltage> Fully Regulated with Low Ripple and Noise> Single and Dual Output Models> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

SIP PACKAGE1Watt, 1KV, Regulated, ±5% Input Range

DAR-1

ELECTRICALLine regulationLoad regulationRipple and noiseProtectionOperating temperatureI/O isolation voltage

±0.25% (regulated)±1% (10%~100% full load)<100mVp-pContinuous short circuit -40°C to +85°C1000Vdc

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

72

72

72

72

72

200

110

83

68

42

DAR1-xx11

DAR1-xx12

DAR1-xx13

DAR1-xx14

DAR1-xx15

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

±5

±9

±12

±15

±24

5, 5

9, 9

12, 12

15, 15

24, 24

72

72

72

72

72

72

72

72

72

72

100

55

40

33

21

100

55

40

33

21

DBR1-xx21

DBR1-xx22

DBR1-xx23

DBR1-xx24

DBR1-xx25

DBR1-xx01

DBR1-xx02

DBR1-xx03

DBR1-xx04

DBR1-xx05

MECHANICAL

> 3 Year Warranty> 1000Vdc Isolation Voltage> Fully Regulated with Low Ripple and Noise> Dual and Isolated Twin Output Models> Continuous Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DBR-1



MECHANICAL

NOTES


Pin#

Pin Connections

1

2

7

8

9

10

Dual

+Vin

GND

+Vo

No pin

-Vo

COM

Twin

+Vin

GND

+Vo 1

-Vo 1

-Vo 2

+Vo 2


Net weight: 4.5g

Pin#

Pin Connections

1

2

4

6

Single

+Vin

GND

-Vo

+Vo


Net weight: 2.4g

8 9

> 3 Year Warranty> 1000Vdc Isolation Voltage> Fully Regulated with Low Ripple and Noise> Single and Dual Output Models> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DAR-1



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

72

72

72

72

72

200

110

83

68

42

DAR1-xx11

DAR1-xx12

DAR1-xx13

DAR1-xx14

DAR1-xx15

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

±5

±9

±12

±15

±24

5, 5

9, 9

12, 12

15, 15

24, 24

72

72

72

72

72

72

72

72

72

72

100

55

40

33

21

100

55

40

33

21

DBR1-xx21

DBR1-xx22

DBR1-xx23

DBR1-xx24

DBR1-xx25

DBR1-xx01

DBR1-xx02

DBR1-xx03

DBR1-xx04

DBR1-xx05

MECHANICAL


FEATURES

SERIES


DBR-1



MECHANICAL

NOTES


Pin#

Pin Connections

1

2

7

8

9

10

Dual

+Vin

GND

+Vo

No pin

-Vo

COM

Twin

+Vin

GND

+Vo 1

-Vo 1

-Vo 2

+Vo 2


Net weight: 4.5g

Pin#

Pin Connections

1

2

4

6

Single

+Vin

GND

-Vo

+Vo


Net weight: 2.4g

10 11

> 3 Year Warranty> 3000Vdc Isolation Voltage> Fully Regulated with Low Ripple and Noise> Continuous Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DAR-1F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

72

72

72

72

72

200

110

83

68

42

DAR1-xx11F

DAR1-xx12F

DAR1-xx13F

DAR1-xx14F

DAR1-xx15F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

±5

±9

±12

±15

±24

72

72

72

72

72

100

55

40

33

21

DBR1-xx21F

DBR1-xx22F

DBR1-xx23F

DBR1-xx24F

DBR1-xx25F

MECHANICAL


FEATURES

SERIES


DBR-1F

MECHANICAL

Pin#

Pin Connections

1

2

7

9

10

Dual

+Vin

GND

+Vo

-Vo

COM


Net weight: 4.5g

Pin#

Pin Connections

1

2

4

6

Single

+Vin

GND

-Vo

+Vo


Net weight: 2.4g

10 11

> 3 Year Warranty> 3000Vdc Isolation Voltage> Fully Regulated with Low Ripple and Noise> Continuous Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DAR-1F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

72

72

72

72

72

200

110

83

68

42

DAR1-xx11F

DAR1-xx12F

DAR1-xx13F

DAR1-xx14F

DAR1-xx15F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

±5

±9

±12

±15

±24

72

72

72

72

72

100

55

40

33

21

DBR1-xx21F

DBR1-xx22F

DBR1-xx23F

DBR1-xx24F

DBR1-xx25F

MECHANICAL


FEATURES

SERIES


DBR-1F

MECHANICAL

Pin#

Pin Connections

1

2

7

9

10

Dual

+Vin

GND

+Vo

-Vo

COM


Net weight: 4.5g

12 13

> 3 Year Warranty> 1500Vdc Isolation Voltage> Wide (2:1) Input Voltage Range> Regulated Single, Dual Output Models> Continuous Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

SIP PACKAGE1Watt, 1.5KV, Regulated with 2:1 Input Range

DAV-1


±0.2% (regulated)±0.5% (10%~100% full load)<100mVp-pContinuous short circuit -40°C to +85°C1500Vdc

NOTES

xx = Input Voltage, range is 2:1, i.e. 5(4.5~9VDC), 12(9~18VDC), 24(18~36VDC)*Minimum Load = 10%, and specifications valid for 10% minimum load onlyMeasured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

100

55

40

33

21

DBV1-xx01

DBV1-xx02

DBV1-xx03

DBV1-xx04

DBV1-xx05

MECHANICAL

> 3 Year Warranty> 1500Vdc Isolation Voltage> Wide (2:1) Input Voltage Range> Regulated Isolated Twin Output Models> Continuous Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DBV-1

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAV1-xx11

DAV1-xx12

DAV1-xx13

DAV1-xx14

DAV1-xx15

DAV1-xx21

DAV1-xx22

DAV1-xx23

DAV1-xx24

DAV1-xx25



NOTES


Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

Pin#

Pin Connections

1

2

6

7

8

9

10


Net weight: 4.5g

Twin

GND

+Vin

+Vo 1

-Vo 1

CS

-Vo 2

+Vo 2

12 13

> 3 Year Warranty> 1500Vdc Isolation Voltage> Wide (2:1) Input Voltage Range> Regulated Single, Dual Output Models> Continuous Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DAV-1



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

100

55

40

33

21

DBV1-xx01

DBV1-xx02

DBV1-xx03

DBV1-xx04

DBV1-xx05

MECHANICAL


FEATURES

SERIES


DBV-1

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAV1-xx11

DAV1-xx12

DAV1-xx13

DAV1-xx14

DAV1-xx15

DAV1-xx21

DAV1-xx22

DAV1-xx23

DAV1-xx24

DAV1-xx25



NOTES


Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

Pin#

Pin Connections

1

2

6

7

8

9

10


Net weight: 4.5g

Twin

GND

+Vin

+Vo 1

-Vo 1

CS

-Vo 2

+Vo 2

Pin#

Pin Connections

1

2

4

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

No pin

Dual

+Vin

GND

-Vo

COM

+Vo

No pin

Twin

+Vin

GND

-Vo 1

+Vo 1

-Vo 2

+Vo 2


Net weight: 2.5g

14 15

> 3 Year Warranty> 3000Vdc Isolation Voltage> Wide (2:1) Input Voltage Range> Regulated Single and Dual Output Models> Continuous Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

SIP PACKAGE1Watt, 3KV, Regulated with 2:1 Input Range

DAV-1F

MECHANICAL


FEATURES

SERIES


DAE-2

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAV1-xx11F

DAV1-xx12F

DAV1-xx13F

DAV1-xx14F

DAV1-xx15F

DAV1-xx21F

DAV1-xx22F

DAV1-xx23F

DAV1-xx24F

DAV1-xx25F



NOTES


Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g



NOTES

xx = Input Voltage, range is ±10%, i.e. 5(4.5~9VDC), 12(9~18VDC), 24(18~36VDC)*Minimum Load = 10%, and specifications valid for 10% minimum load onlyMeasured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

68

42

200

110

80

68

42

DAE2-xx11

DAE2-xx12

DAE2-xx13

DAE2-xx14

DAE2-xx15

DAE2-xx21

DAE2-xx22

DAE2-xx23

DAE2-xx24

DAE2-xx25

DAE2-xx01

DAE2-xx02

DAE2-xx03

DAE2-xx04

DAE2-xx05

Pin#

Pin Connections

1

2

4

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

No pin

Dual

+Vin

GND

-Vo

COM

+Vo

No pin

Twin

+Vin

GND

-Vo 1

+Vo 1

-Vo 2

+Vo 2


Net weight: 2.5g

14 15


FEATURES

SERIES


DAV-1F

MECHANICAL


FEATURES

SERIES


DAE-2

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

200

110

83

68

42

100

55

40

33

21

DAV1-xx11F

DAV1-xx12F

DAV1-xx13F

DAV1-xx14F

DAV1-xx15F

DAV1-xx21F

DAV1-xx22F

DAV1-xx23F

DAV1-xx24F

DAV1-xx25F



NOTES


Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g



NOTES

xx = Input Voltage, range is ±10%, i.e. 5(4.5~9VDC), 12(9~18VDC), 24(18~36VDC)*Minimum Load = 10%, and specifications valid for 10% minimum load onlyMeasured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

68

42

200

110

80

68

42

DAE2-xx11

DAE2-xx12

DAE2-xx13

DAE2-xx14

DAE2-xx15

DAE2-xx21

DAE2-xx22

DAE2-xx23

DAE2-xx24

DAE2-xx25

DAE2-xx01

DAE2-xx02

DAE2-xx03

DAE2-xx04

DAE2-xx05

Pin#

Pin Connections

1

2

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

Dual

+Vin

GND

-Vo

COM

+Vo


Net weight: 2.5g

Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

16 17


FEATURES

SERIES


DAE-2F

MECHANICAL


FEATURES

SERIES

SIP PACKAGE2Watt, 1.5KV, Regulated with 2:1 input range

DAV-2

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

68

42

DAE2-xx11F

DAE2-xx12F

DAE2-xx13F

DAE2-xx14F

DAE2-xx15F

DAE2-xx21F

DAE2-xx22F

DAE2-xx23F

DAE2-xx24F

DAE2-xx25F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

66

42

DAV2-xx11

DAV2-xx12

DAV2-xx13

DAV2-xx14

DAV2-xx15

DAV2-xx21

DAV2-xx22

DAV2-xx23

DAV2-xx24

DAV2-xx25


±0.2% (regulated)±0.5% (10%~100% full load)<100mVp-pContinuous short circuit-40°C to +85°C1500Vdc

NOTES


Pin#

Pin Connections

1

2

5

6

7

Single

+Vin

GND

-Vo

No pin

+Vo

Dual

+Vin

GND

-Vo

COM

+Vo


Net weight: 2.5g

Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

16 17


FEATURES

SERIES


DAE-2F

MECHANICAL


FEATURES

SERIES

SIP PACKAGE2Watt, 1.5KV, Regulated with 2:1 input range

DAV-2

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

68

42

DAE2-xx11F

DAE2-xx12F

DAE2-xx13F

DAE2-xx14F

DAE2-xx15F

DAE2-xx21F

DAE2-xx22F

DAE2-xx23F

DAE2-xx24F

DAE2-xx25F



NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

66

42

DAV2-xx11

DAV2-xx12

DAV2-xx13

DAV2-xx14

DAV2-xx15

DAV2-xx21

DAV2-xx22

DAV2-xx23

DAV2-xx24

DAV2-xx25


±0.2% (regulated)±0.5% (10%~100% full load)<100mVp-pContinuous short circuit-40°C to +85°C1500Vdc

NOTES




NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

200

110

80

66

42

DBV2-xx01

DBV2-xx02

DBV2-xx03

DBV2-xx04

DBV2-xx05

Pin#

Pin Connections

1

2

6

7

8

9

10


Net weight: 4.5 g

Twin

GND

+Vin

+Vo 1

-Vo 1

CS

-Vo 2

+Vo 2

Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

18 19


FEATURES

SERIES


DBV-2

MECHANICAL


FEATURES

SERIES


DAV-2F

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

66

42

DAV2-xx11F

DAV2-xx12F

DAV2-xx13F

DAV2-xx14F

DAV2-xx15F

DAV2-xx21F

DAV2-xx22F

DAV2-xx23F

DAV2-xx24F

DAV2-xx25F



NOTES




NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 5

9, 9

12, 12

15, 15

24, 24

80

80

80

80

80

200

110

80

66

42

DBV2-xx01

DBV2-xx02

DBV2-xx03

DBV2-xx04

DBV2-xx05

Pin#

Pin Connections

1

2

6

7

8

9

10


Net weight: 4.5 g

Twin

GND

+Vin

+Vo 1

-Vo 1

CS

-Vo 2

+Vo 2

Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

18 19


FEATURES

SERIES


DBV-2

MECHANICAL


FEATURES

SERIES


DAV-2F

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

±24

80

80

80

80

80

80

80

80

80

80

400

220

166

136

84

200

110

80

66

42

DAV2-xx11F

DAV2-xx12F

DAV2-xx13F

DAV2-xx14F

DAV2-xx15F

DAV2-xx21F

DAV2-xx22F

DAV2-xx23F

DAV2-xx24F

DAV2-xx25F



NOTES


Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

20 21


FEATURES

SERIES


DAV-3

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

80

80

80

80

80

80

80

80

80

600

333

250

200

125

300

165

125

100

DAV3-xx11

DAV3-xx12

DAV3-xx13

DAV3-xx14

DAV3-xx15

DAV3-xx21

DAV3-xx22

DAV3-xx23

DAV3-xx24



NOTES


Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g

> 3 Year Warranty> 1500Vdc Isolation Voltage> Metal/Plastic Case with Low Ripple and Noise> Short Circuit and Input Under Voltage Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

DIP24 PACKAGE3Watt, 1.5KV, Regulated with 2:1 Input Range

DNV-3

MECHANICAL

ELECTRICALOutput voltage accuracyLine regulationLoad regulationDynamic response (transient/recovery time)Ripple and noise

Operating frequencyTurn-on delay timeIsolation voltage (<0.5mA/min)Efficiency

Protection

Operating temperature Storage temperature MTBF

Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuit Input under voltage -40°C to +85°C-55°C to +120°C2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

5

12

24

±5

±12

±15

±24

82

82

82

82

82

82

82

600

250

125

300

125

100

60

DNV3-xx11

DNV3-xx12

DNV3-xx13

DNV3-xx21

DNV3-xx22

DNV3-xx23

DNV3-xx24

NOTES

xx = Input Voltage, range is 2:1, i.e. 12(9~18VDC), 24(18~36VDC), 48(36~72VDC)Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Pin#

Pin Connections

1

2

3

5

6

7

8

Single

GND

+Vin

CTRL

NC

+Vo

-Vo

CS

Dual

GND

+Vin

CTRL

NC

+Vo

COM

-Vo


Net weight: 4.8g

20 21


FEATURES

SERIES


DAV-3

MECHANICAL

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5, 12, 24

5

9

12

15

24

±5

±9

±12

±15

80

80

80

80

80

80

80

80

80

600

333

250

200

125

300

165

125

100

DAV3-xx11

DAV3-xx12

DAV3-xx13

DAV3-xx14

DAV3-xx15

DAV3-xx21

DAV3-xx22

DAV3-xx23

DAV3-xx24



NOTES


Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g


FEATURES

SERIES


DNV-3

MECHANICAL



Protection



Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

5

12

24

±5

±12

±15

±24

82

82

82

82

82

82

82

600

250

125

300

125

100

60

DNV3-xx11

DNV3-xx12

DNV3-xx13

DNV3-xx21

DNV3-xx22

DNV3-xx23

DNV3-xx24

NOTES


22 23

Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

5

12

24

±5

±12

±15

±24

82

82

82

82

82

82

82

600

250

125

300

125

100

60

DNV3W-xx11

DNV3W-xx12

DNV3W-xx13

DNV3W-xx21

DNV3W-xx22

DNV3W-xx23

DNV3W-xx24

NOTES

xx = Input Voltage, range is 4:1, i.e. 18(9~36VDC), 36(18~72VDC) Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified


FEATURES

SERIES


DNV-3W

MECHANICAL



Protection

Operating temperature Storage temperatureMTBF


Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g

NOTES

xx = Input Voltage, range is 2:1, i.e. 5(4.5~9VDC), 12(9~18VDC), 24(18~36VDC), 48(36~72VDC)Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1000

410

330

210

500

205

165

100

DNV5-xx11

DNV5-xx12

DNV5-xx13

DNV5-xx14

DNV5-xx21

DNV5-xx22

DNV5-xx23

DNV5-xx24


FEATURES

SERIES


DNV-5

MECHANICAL



Protection

Operating temperatureStorage temperature MTBF

Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuitInput under voltage -40°C to +85°C-55°C to +120°C2x100KHrs

22 23

Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

5

12

24

±5

±12

±15

±24

82

82

82

82

82

82

82

600

250

125

300

125

100

60

DNV3W-xx11

DNV3W-xx12

DNV3W-xx13

DNV3W-xx21

DNV3W-xx22

DNV3W-xx23

DNV3W-xx24

NOTES



FEATURES

SERIES


DNV-3W

MECHANICAL



Protection



Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g

NOTES

xx = Input Voltage, range is 2:1, i.e. 5(4.5~9VDC), 12(9~18VDC), 24(18~36VDC), 48(36~72VDC)Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5, 12, 24, 48

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1000

410

330

210

500

205

165

100

DNV5-xx11

DNV5-xx12

DNV5-xx13

DNV5-xx14

DNV5-xx21

DNV5-xx22

DNV5-xx23

DNV5-xx24


FEATURES

SERIES


DNV-5

MECHANICAL



Protection



24 25

Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g


FEATURES

SERIES


DNV-5W

MECHANICAL



Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤50mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuitInput under voltage-40°C to +85°C-55°C to +125°C2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1000

410

330

210

500

205

165

100

DNV5W-xx11

DNV5W-xx12

DNV5W-xx13

DNV5W-xx14

DNV5W-xx21

DNV5W-xx22

DNV5W-xx23

DNV5W-xx24

NOTES

xx = Input Voltage, range is 4:1, i.e. 18(9~36VDC), 36(18~72VDC)Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g

NOTES



FEATURES

SERIES


DNV-6

MECHANICAL



Protection



Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1200

500

400

250

600

250

200

125

DNV6-xx11

DNV6-xx12

DNV6-xx13

DNV6-xx14

DNV6-xx21

DNV6-xx22

DNV6-xx23

DNV6-xx24

24 25

Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g


FEATURES

SERIES


DNV-5W

MECHANICAL



Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤50mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuitInput under voltage-40°C to +85°C-55°C to +125°C2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1000

410

330

210

500

205

165

100

DNV5W-xx11

DNV5W-xx12

DNV5W-xx13

DNV5W-xx14

DNV5W-xx21

DNV5W-xx22

DNV5W-xx23

DNV5W-xx24

NOTES


Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g

NOTES



FEATURES

SERIES


DNV-6

MECHANICAL



Protection



Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

12, 24, 48

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1200

500

400

250

600

250

200

125

DNV6-xx11

DNV6-xx12

DNV6-xx13

DNV6-xx14

DNV6-xx21

DNV6-xx22

DNV6-xx23

DNV6-xx24

> 3 Year Warranty> 1500Vdc Isolation Voltage> Metal Case with Low Ripple and Noise> Short Circuit and Input Under Voltage Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

DIP1”x1” PACKAGE3Watt, 1.5KV, Regulated with 2:1 Input Range

DMV-3

MECHANICAL

ELECTRICALOutput voltage accuracyLine regulationLoad regulation

Dynamic response (transient/recovery time)Ripple and noise


Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%(20%~100% full load)∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuitInput under voltage -40°C to +85°C-55°C to +120°C2x100KHrs

NOTES

xx = Input Voltage, range is 2:1, i.e. 5(4.5~9VDC), 12(9~18VDC), 24(18~36VDC), 48(36~72VDC), 110(72~144VDC)Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

600

600

330

250

200

125

300

300

165

125

100

60

DMV3-xx11

DMV3-xx12

DMV3-xx13

DMV3-xx14

DMV3-xx15

DMV3-xx16

DMV3-xx21

DMV3-xx22

DMV3-xx23

DMV3-xx24

DMV3-xx25

DMV3-xx26

Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 12.9g

26 27

Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g


FEATURES

SERIES


DNV-6W

MECHANICAL



Protection



Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1200

500

400

250

600

250

200

125

DNV6W-xx11

DNV6W-xx12

DNV6W-xx13

DNV6W-xx14

DNV6W-xx21

DNV6W-xx22

DNV6W-xx23

DNV6W-xx24

NOTES



FEATURES

SERIES


DMV-3

MECHANICAL

ELECTRICALOutput voltage accuracyLine regulationLoad regulation

Dynamic response (transient/recovery time)Ripple and noise


Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%(20%~100% full load)∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuitInput under voltage -40°C to +85°C-55°C to +120°C2x100KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

600

600

330

250

200

125

300

300

165

125

100

60

DMV3-xx11

DMV3-xx12

DMV3-xx13

DMV3-xx14

DMV3-xx15

DMV3-xx16

DMV3-xx21

DMV3-xx22

DMV3-xx23

DMV3-xx24

DMV3-xx25

DMV3-xx26

Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 12.9g

26 27

Pin#

Pin Connections

2

3

9

10

11

14

15

16

22

23

Single

-Vin

-Vin

NC

No pin

NC

+Vo

No pin

GND

+Vin

+Vin

Dual

-Vin

-Vin

COM

No pin

-Vo 2

+Vo 1

No pin

COM

+Vin

+Vin


Net weight: 16g


FEATURES

SERIES


DNV-6W

MECHANICAL



Protection



Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

5

12

15

24

±5

±12

±15

±24

82

82

82

82

82

82

82

82

1200

500

400

250

600

250

200

125

DNV6W-xx11

DNV6W-xx12

DNV6W-xx13

DNV6W-xx14

DNV6W-xx21

DNV6W-xx22

DNV6W-xx23

DNV6W-xx24

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

600

600

330

250

200

125

300

300

165

125

100

60

DMV3W-xx11

DMV3W-xx12

DMV3W-xx13

DMV3W-xx14

DMV3W-xx15

DMV3W-xx16

DMV3W-xx21

DMV3W-xx22

DMV3W-xx23

DMV3W-xx24

DMV3W-xx25

DMV3W-xx26


FEATURES

SERIES

DIP1”x1” PACKAGE3Watt, 1.5KV, Regulated with4:1 Input Range

DMV-3W

MECHANICAL



Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuit Input under voltage-40°C to +85°C-55°C to +120°C2x100KHrs

NOTES


Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 12.9g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

1000

1000

550

410

330

210

500

500

275

205

165

100

DMV5-xx11

DMV5-xx12

DMV5-xx13

DMV5-xx14

DMV5-xx15

DMV5-xx16

DMV5-xx21

DMV5-xx22

DMV5-xx23

DMV5-xx24

DMV5-xx25

DMV5-xx26


FEATURES

SERIES


DMV-5

MECHANICAL



Protection



Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 16g

28 29

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

600

600

330

250

200

125

300

300

165

125

100

60

DMV3W-xx11

DMV3W-xx12

DMV3W-xx13

DMV3W-xx14

DMV3W-xx15

DMV3W-xx16

DMV3W-xx21

DMV3W-xx22

DMV3W-xx23

DMV3W-xx24

DMV3W-xx25

DMV3W-xx26


FEATURES

SERIES

DIP1”x1” PACKAGE3Watt, 1.5KV, Regulated with4:1 Input Range

DMV-3W

MECHANICAL



Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuit Input under voltage-40°C to +85°C-55°C to +120°C2x100KHrs

NOTES


Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 12.9g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

5, 12, 24, 48, 110

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

1000

1000

550

410

330

210

500

500

275

205

165

100

DMV5-xx11

DMV5-xx12

DMV5-xx13

DMV5-xx14

DMV5-xx15

DMV5-xx16

DMV5-xx21

DMV5-xx22

DMV5-xx23

DMV5-xx24

DMV5-xx25

DMV5-xx26


FEATURES

SERIES


DMV-5

MECHANICAL



Protection



Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 16g

28 29

SERIES


DNV-10

Pin#

Pin Connections

1

2

3

4

5

Single

+Vin

-Vin

+Vo

No pin

GND


Net weight: 21g

NOTES

xx = Input Voltage, range is 2:1, i.e. 12(9~18VDC), 24(18~36VDC), 48(36~72VDC), 110(66~160VDC)Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

30 31

> 3 Year Warranty> 1500Vac Isolation Voltage> Six-side Shielded Metal Case with Low Ripple and Noise> Over Voltage, Over Current, Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

MECHANICAL

ELECTRICALOutput voltage accuracyLine regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseIsolation voltage (<2mA/min)

Isolation resistance Temperature coefficientOperating temperatureStorage temperatureProtection

Relative humidityConducted emission MTBF

≤ 1%±0.2% max.±0.5% max.∆Vo1/∆t: ±5.0%/500μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1000Vdc (Input to case)500Vdc (Output to case)20MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°COver current, short circuit, over voltage10% - 90% max.EN55022 (CLASS A)2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

3.3

5.1

12.1

15.1

24.2

87

89

89

90

90

3000

2000

800

700

400

DNV10-xx11

DNV10-xx12

DNV10-xx13

DNV10-xx14

DNV10-xx15


FEATURES

SERIES


DMV-5W

MECHANICAL



Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuitInput under voltage -40°C to +85°C-55°C to +120°2x100KHrs

Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 12.9g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

1000

1000

550

410

330

210

500

500

275

205

165

100

DMV5W-xx11

DMV5W-xx12

DMV5W-xx13

DMV5W-xx14

DMV5W-xx15

DMV5W-xx16

DMV5W-xx21

DMV5W-xx22

DMV5W-xx23

DMV5W-xx24

DMV5W-xx25

DMV5W-xx26

NOTES


SERIES


DNV-10

Pin#

Pin Connections

1

2

3

4

5

Single

+Vin

-Vin

+Vo

No pin

GND


Net weight: 21g

NOTES


30 31


FEATURES

MECHANICAL


Isolation resistance Temperature coefficientOperating temperatureStorage temperatureProtection


≤ 1%±0.2% max.±0.5% max.∆Vo1/∆t: ±5.0%/500μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1000Vdc (Input to case)500Vdc (Output to case)20MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°COver current, short circuit, over voltage10% - 90% max.EN55022 (CLASS A)2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

3.3

5.1

12.1

15.1

24.2

87

89

89

90

90

3000

2000

800

700

400

DNV10-xx11

DNV10-xx12

DNV10-xx13

DNV10-xx14

DNV10-xx15


FEATURES

SERIES


DMV-5W

MECHANICAL



Protection


Vo1, Vo2: ±1.0%, ±3.0%Vo1, Vo2: ±0.2%, ±1.5%Vo1, Vo2: ±0.5%, ±4.0%∆Vo1/∆t: ±4.0%/500μs (5%-50%-75% load capacity)Vo≤5.0V, ≤50mVp-p Vo≥48V, ≤180mVp-pOther, ≤100mVp-p300KHz typ./330KHz max.≤200ms1500Vdc (Input to output)500Vdc (Input to case)Vo≤5.0V, 80% typ. Vo>5.0V, 82% typ.Short circuitInput under voltage -40°C to +85°C-55°C to +120°2x100KHrs

Pin#

Pin Connections

1

2

3

4

5

Single

-Vin

+Vin

+Vo

No pin

GND

Dual

-Vin

+Vin

+Vo 1

COM

-Vo 2


Net weight: 12.9g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

18, 36

3.3

5

9

12

15

24

±3.3

±5

±9

±12

±15

±24

82

82

82

82

82

82

82

82

82

82

82

82

1000

1000

550

410

330

210

500

500

275

205

165

100

DMV5W-xx11

DMV5W-xx12

DMV5W-xx13

DMV5W-xx14

DMV5W-xx15

DMV5W-xx16

DMV5W-xx21

DMV5W-xx22

DMV5W-xx23

DMV5W-xx24

DMV5W-xx25

DMV5W-xx26

NOTES


Pin#

Pin Connections

1

2

3

4

5

Single

+Vin

-Vin

+Vo

No pin

GND


Net weight: 21g

NOTES


32 33


FEATURES

SERIES


DNV-15

MECHANICAL

> 3 Year Warranty> 1500Vac Isolation Voltage> Six-side Shielded Metal Case with Low Ripple and Noise> Over Voltage, Over Current, Short Circuit Protection> Operating Temperature Range -40°C to +85°C> Remote on/off> Adjustable Output Voltage

FEATURES

SERIES


DNV-20

MECHANICAL

ELECTRICALRemote on/off controlOutput voltage accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseIsolation voltage (<2mA/min)

Isolation resistance Temperature coefficientOperating temperature Storage temperature Protection

Conducted emissionMTBF

Yes≤ 1%±10% ±0.2% (Nominal Load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/200μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°CInput under voltage, over current, short circuit, over voltageEN55022 (CLASS A )2x100KHrs




V≤ 1%±0.2% max.±0.5% max.∆Vo1/∆t: ±5.0%/500μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1000Vdc (Input to case)500Vdc (Output to case)20MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°COver current Short circuit Over voltage10% - 90% max.EN55022 (CLASS A)2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48,110

3.3

5.1

12.1

15.1

24.2

88

90

89

90

90

6

4

1.6

1.3

0.8

DNV20-xx11

DNV20-xx12

DNV20-xx13

DNV20-xx14

DNV20-xx15

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

3.3

5.1

12.1

15.1

24.2

89

89

89

90

90

4000

3000

1200

1000

800

DNV15-xx11

DNV15-xx12

DNV15-xx13

DNV15-xx14

DNV15-xx15

Pin#

Pin Connections

1

2

3

4

5

6

Single

+Vin

-Vin

REM

TRIM

GND

+Vo


Net weight: 30g

Pin#

Pin Connections

1

2

3

4

5

Single

+Vin

-Vin

+Vo

No pin

GND


Net weight: 21g

NOTES


32 33


FEATURES

SERIES


DNV-15

MECHANICAL


FEATURES

SERIES


DNV-20

MECHANICAL



Conducted emissionMTBF

Yes≤ 1%±10% ±0.2% (Nominal Load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/200μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°CInput under voltage, over current, short circuit, over voltageEN55022 (CLASS A )2x100KHrs




V≤ 1%±0.2% max.±0.5% max.∆Vo1/∆t: ±5.0%/500μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1000Vdc (Input to case)500Vdc (Output to case)20MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°COver current Short circuit Over voltage10% - 90% max.EN55022 (CLASS A)2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48,110

3.3

5.1

12.1

15.1

24.2

88

90

89

90

90

6

4

1.6

1.3

0.8

DNV20-xx11

DNV20-xx12

DNV20-xx13

DNV20-xx14

DNV20-xx15

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

3.3

5.1

12.1

15.1

24.2

89

89

89

90

90

4000

3000

1200

1000

800

DNV15-xx11

DNV15-xx12

DNV15-xx13

DNV15-xx14

DNV15-xx15

Pin#

Pin Connections

1

2

3

4

5

6

Single

+Vin

-Vin

REM

TRIM

GND

+Vo


Net weight: 30g

Pin#

Pin Connections

1

2

3

4

5

6

Single

+Vin

-Vin

REM

TRIM

GND

+Vo


Net weight: 30g

NOTES


34 35


FEATURES

SERIES


DNV-30

MECHANICAL


FEATURES

SERIES


DNV-40

MECHANICAL


Isolation resistance Temperature coefficientOperating temperature Storage temperature Protection MTBF

Yes≤ 1%±10% ±0.2% (Nominal Load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/400μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°C

Input under voltage, over current,

short circuit, over voltage2x100KHrs

ELECTRICALRemote on/off controlOutput setting accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseIsolation voltage (<2mA/min)


Yes≤ 1%±10%±0.2% (Nominal Load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/200μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°CInput under voltage, over current, short circuit, over voltage2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

24, 48, 110

24, 48

5.1

12.1

15.1

24.2

48.2

90

90

90

90

89

8

3.3

2.67

24.2

0.83

DNV40-xx11

DNV40-xx12

DNV40-xx13

DNV40-xx14

DNV40-xx15

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

3.3

5.1

12.1

15.1

24.2

85

88

88

87

87

8

6

2.5

2

1.25

DNV30-xx11

DNV30-xx12

DNV30-xx13

DNV30-xx14

DNV30-xx15

Pin#

Pin Connections

1

2

4

5

6

7

8

Single

+Vin

-Vin

REM

No pin

+Vo

GND

ADJ


Net weight: 59g

Pin#

Pin Connections

1

2

3

4

5

6

Single

+Vin

-Vin

REM

TRIM

GND

+Vo


Net weight: 30g

NOTES


34 35


FEATURES

SERIES


DNV-30

MECHANICAL


FEATURES

SERIES


DNV-40

MECHANICAL



Yes≤ 1%±10% ±0.2% (Nominal Load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/400μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°C

Input under voltage, over current,

short circuit, over voltage2x100KHrs

ELECTRICALRemote on/off controlOutput setting accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseIsolation voltage (<2mA/min)


Yes≤ 1%±10%±0.2% (Nominal Load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/200μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°CInput under voltage, over current, short circuit, over voltage2x100KHrs

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

24, 48, 110

24, 48

5.1

12.1

15.1

24.2

48.2

90

90

90

90

89

8

3.3

2.67

24.2

0.83

DNV40-xx11

DNV40-xx12

DNV40-xx13

DNV40-xx14

DNV40-xx15

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

3.3

5.1

12.1

15.1

24.2

85

88

88

87

87

8

6

2.5

2

1.25

DNV30-xx11

DNV30-xx12

DNV30-xx13

DNV30-xx14

DNV30-xx15

Pin#

Pin Connections

1

2

4

5

6

7

8

Single

+Vin

-Vin

REM

No pin

+Vo

GND

ADJ


Net weight: 59g

Pin#

Pin Connections

1

2

4

5

6

7

8

Single

+Vin

-Vin

REM

No pin

+Vo

GND

ADJ


Net weight: 59g

36 37


FEATURES

SERIES


DNV-50

MECHANICAL



Yes≤ 1%±10% ±0.2% (Nominal load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/400μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°CInput under voltage, over current, short circuit, over voltage2x100KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

24, 48, 110

24, 48

5.1

12.1

15.1

24.2

48.2

89

89

89

89

89

10

4.2

3.3

2

1

DNV50-xx11

DNV50-xx12

DNV50-xx13

DNV50-xx14

DNV50-xx15 NOTES

Measured at 25°C ambient temperature, nominal input voltage, full load and after warm-up, unless otherwise specified

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

4.75~28

6.5~32

15~32

3.3

5

12

90

93

95

500

500

500

DMV7803-500

DMV7805-500

DMV7812-500

3 Year Warranty> Ultra Wide Input Voltage Range> Low Ripple & Noise> High Efficiency up to 95%> No Need for Heatsink> Drop-in Replacement for LM78 Linear Regulators> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

Non-isolated3 PIN, Switching Regulators

DMV78

MECHANICAL

ELECTRICALOutput voltage accuracyLine regulationLoad regulationOperating frequencyOperating temperature Storage temperature Protection

MTBF

±2% (full load)±0.3%±0.2% (20%-100% full load) .350KHz typ.-40°C to +85°C-55°C to +120°CShort circuit, over temperature at 150°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

Single

+Vin

GND

+Vo


Net weight: 1.3g

Pin#

Pin Connections

1

2

4

5

6

7

8

Single

+Vin

-Vin

REM

No pin

+Vo

GND

ADJ


Net weight: 59g

36 37


FEATURES

SERIES


DNV-50

MECHANICAL



Yes≤ 1%±10% ±0.2% (Nominal load, full voltage)±0.5% (20%~100% rated load)∆Vo1/∆t: ±5.0%/400μs (5%-50%-75% load capability)1% Vout max.1500Vdc (Input to output)1500Vdc (Input to case)500Vdc (Output to case)100MΩ±0.02%/°C max.-40°C to +85°C-45°C to +120°CInput under voltage, over current, short circuit, over voltage2x100KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12, 24, 48, 110

12, 24, 48, 110

12, 24, 48, 110

24, 48, 110

24, 48

5.1

12.1

15.1

24.2

48.2

89

89

89

89

89

10

4.2

3.3

2

1

DNV50-xx11

DNV50-xx12

DNV50-xx13

DNV50-xx14

DNV50-xx15 NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(mA)

Input Voltage (VDC)

4.75~28

6.5~32

15~32

3.3

5

12

90

93

95

500

500

500

DMV7803-500

DMV7805-500

DMV7812-500

3 Year Warranty> Ultra Wide Input Voltage Range> Low Ripple & Noise> High Efficiency up to 95%> No Need for Heatsink> Drop-in Replacement for LM78 Linear Regulators> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DMV78

MECHANICAL


MTBF


Pin#

Pin Connections

1

2

3

Single

+Vin

GND

+Vo


Net weight: 1.3g

> 5 Year Warranty> 1500Vac Isolation Voltage> Output Current up to 30A> Wide (2:1) input voltage range> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C> Remote on/off> Adjustable Output Voltage

FEATURES

SERIES

1/16 BRICK60W, Isolated, 2:1 Input Range

BAS

MECHANICAL

ELECTRICALRemote ON/OFF controlOutput voltage accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseI/O isolation voltageIsolation resistance Safety

Temperature coefficientOperating temperatureStorage temperatureProtection

MTBF

Negative or positive logic ±1%±10%±0.2% (isolated)±0.5% (10%~100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)75mVp-p max.1500Vdc (Input to output)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943300ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

+Vin

REM

-Vin

GND

-S

TRIM

+S

+Vo


Net weight: 13.4g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

1.2

3.3

3.3

3.3

5.0

5.0

83

89

89

89

91

89

30

15

10

20

6

12

BAS48-12V30

BAS48-33V15

BAS48-33V10

BAS48-33V20

BAS48-50V6

BAS48-50V12

NOTES


38 39

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

4.75~28

6.5~32

15~32

3.3

5

12

90

93

95

1000

1000

1000

DMV7803-1000

DMV7805-1000

DMV7812-1000

> 3 Year Warranty> Ultra Wide Input Voltage Range> Low Ripple & Noise> High Efficiency up to 95%> No Need for Heatsink> Drop-in Replacement for LM78 Linear Regulators> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DMV78

MECHANICAL


MTBF


Pin#

Pin Connections

1

2

3

Single

+Vin

GND

+Vo


Net weight: 1.6g

> 5 Year Warranty> 1500Vac Isolation Voltage> Output Current up to 30A> Wide (2:1) input voltage range> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C> Remote on/off> Adjustable Output Voltage

FEATURES

SERIES


BAS

MECHANICAL

ELECTRICALRemote ON/OFF controlOutput voltage accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseI/O isolation voltageIsolation resistance Safety


MTBF

Negative or positive logic ±1%±10%±0.2% (isolated)±0.5% (10%~100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)75mVp-p max.1500Vdc (Input to output)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943300ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

+Vin

REM

-Vin

GND

-S

TRIM

+S

+Vo


Net weight: 13.4g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

1.2

3.3

3.3

3.3

5.0

5.0

83

89

89

89

91

89

30

15

10

20

6

12

BAS48-12V30

BAS48-33V15

BAS48-33V10

BAS48-33V20

BAS48-50V6

BAS48-50V12

NOTES


38 39

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

4.75~28

6.5~32

15~32

3.3

5

12

90

93

95

1000

1000

1000

DMV7803-1000

DMV7805-1000

DMV7812-1000

> 3 Year Warranty> Ultra Wide Input Voltage Range> Low Ripple & Noise> High Efficiency up to 95%> No Need for Heatsink> Drop-in Replacement for LM78 Linear Regulators> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


DMV78

MECHANICAL


MTBF


Pin#

Pin Connections

1

2

3

Single

+Vin

GND

+Vo


Net weight: 1.6g

40 41

> 5 Year Warranty> 1500Vdc Isolation Voltage> Output Current up to 30A> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C> Optional Heat Sink, Remote on/off> Adjustable Output Voltage

FEATURES

SERIES


BAE

MECHANICAL


FEATURES

SERIES


BAEW

MECHANICAL

ELECTRICALRemote ON/OFF controlOutput voltage accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseOperating frequencyIsolation voltage

Isolation resistance Safety


MTBF

Negative or positive logic ±1%-20% - +10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<100mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

+Vin

REM

-Vin

GND

-S

TRIM

+S

+Vo


Net weight: 23.7g

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

+Vin

REM

-Vin

GND

-S

TRIM

+S

+Vo


Net weight: 23.7g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(18~72)

48(18~72)

5

12

89

92

15

4

BAE48W-50V15

BAE48W-120V4



Temperature coefficientOperating temperature Storage temperature Protection

MTBF

Negative or positive logic ±1% -20% - +10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<100mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3

1.2

1.8

1.8

2.5

3.3

3.3

3.3

3.3

3.3

5

5

5

5

12

12

15

88

86

88

85

91

88

92

91

91

91

92

92

93

92

89

92

92

25

25

20

25

25

10

15

20

25

30

10

15

20

25

4

6

3.5

BAE24-33V25

BAE48-12V25

BAE48-18V20

BAE48-18V25

BAE48-25V25

BAE48-33V10

BAE48-33V15

BAE48-33V20

BAE48-33V25

BAE48-33V30

BAE48-50V10

BAE48-50V15

BAE48-50V20

BAE48-50V25

BAE48-120V4

BAE48-120V6

BAE48-150V4

40 41


FEATURES

SERIES


BAE

MECHANICAL


FEATURES

SERIES


BAEW

MECHANICAL




MTBF

Negative or positive logic ±1%-20% - +10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<100mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

+Vin

REM

-Vin

GND

-S

TRIM

+S

+Vo


Net weight: 23.7g

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

+Vin

REM

-Vin

GND

-S

TRIM

+S

+Vo


Net weight: 23.7g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(18~72)

48(18~72)

5

12

89

92

15

4

BAE48W-50V15

BAE48W-120V4




MTBF


NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3

1.2

1.8

1.8

2.5

3.3

3.3

3.3

3.3

3.3

5

5

5

5

12

12

15

88

86

88

85

91

88

92

91

91

91

92

92

93

92

89

92

92

25

25

20

25

25

10

15

20

25

30

10

15

20

25

4

6

3.5

BAE24-33V25

BAE48-12V25

BAE48-18V20

BAE48-18V25

BAE48-25V25

BAE48-33V10

BAE48-33V15

BAE48-33V20

BAE48-33V25

BAE48-33V30

BAE48-50V10

BAE48-50V15

BAE48-50V20

BAE48-50V25

BAE48-120V4

BAE48-120V6

BAE48-150V4

42 43

> 5 Year Warranty> 1500Vdc Isolation Voltage> Output Current up to 30A> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C> Remote on/off> Adjustable Output Voltage

FEATURES

SERIES


BAQ SERIES


BAQ

ELECTRICALRemote ON/OFF controlOutput voltage accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noise

Operating frequencyIsolation voltage



MTBF

Negative or positive logic ±1%±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)Output=12V, 200mVp-pOther, <100mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3

5

5

5

5

12

12

1.2

1.2

2.5

2.5

2.5

2.5

2.5

3.3

3.3

3.3

3.3

3.3

3.3

5

5

5

5

5

5

12

12

12

12

88

90

91

90

90

90

93

87

87

89

91

91

91

88

88

91

91

91

91

91

89

93

91

94

90

91

91

92

91

93

25

10

15

20

30

4.2

8.33

25

30

10

15

20

25

30

10

15

20

25

30

35

6

10

15

20

25

30

8.3

10

12.5

25

BAQ24-33V25

BAQ24-50V10

BAQ24-50V15

BAQ24-50V20

BAQ24-50V30

BAQ24-120V4

BAQ24-120V8

BAQ48-12V25

BAQ48-12V30

BAQ48-25V10

BAQ48-25V15

BAQ48-25V20

BAQ48-25V25

BAQ48-25V30

BAQ48-33V10

BAQ48-33V15

BAQ48-33V20

BAQ48-33V25

BAQ48-33V30

BAQ48-33V35

BAQ48-50V6

BAQ48-50V10

BAQ48-50V15

BAQ48-50V20

BAQ48-50V25

BAQ48-50V30

BAQ48-120V8

BAQ48-120V10

BAQ48-120V13

BAQ48-120V25

MECHANICAL

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

-Vin

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight:38.1g

42 43


FEATURES

SERIES


BAQ SERIES


BAQ





MTBF

Negative or positive logic ±1%±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)Output=12V, 200mVp-pOther, <100mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3

5

5

5

5

12

12

1.2

1.2

2.5

2.5

2.5

2.5

2.5

3.3

3.3

3.3

3.3

3.3

3.3

5

5

5

5

5

5

12

12

12

12

88

90

91

90

90

90

93

87

87

89

91

91

91

88

88

91

91

91

91

91

89

93

91

94

90

91

91

92

91

93

25

10

15

20

30

4.2

8.33

25

30

10

15

20

25

30

10

15

20

25

30

35

6

10

15

20

25

30

8.3

10

12.5

25

BAQ24-33V25

BAQ24-50V10

BAQ24-50V15

BAQ24-50V20

BAQ24-50V30

BAQ24-120V4

BAQ24-120V8

BAQ48-12V25

BAQ48-12V30

BAQ48-25V10

BAQ48-25V15

BAQ48-25V20

BAQ48-25V25

BAQ48-25V30

BAQ48-33V10

BAQ48-33V15

BAQ48-33V20

BAQ48-33V25

BAQ48-33V30

BAQ48-33V35

BAQ48-50V6

BAQ48-50V10

BAQ48-50V15

BAQ48-50V20

BAQ48-50V25

BAQ48-50V30

BAQ48-120V8

BAQ48-120V10

BAQ48-120V13

BAQ48-120V25

MECHANICAL

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

-Vin

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight:38.1g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(18~60)

48(18~60)

3.3

12

89

92

25

16.67

BAQ48W-33V25

BAQ48W-120V17

44 45


FEATURES

SERIES


BAQW

MECHANICAL




Temperature coefficientOperating temperature Storage temperatureProtection

MTBF

Negative or positive logic ±1%±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)Output=12V, 200mVp-pOther, <100mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

-Vin

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 38.1g


FEATURES

SERIES


BBQ

MECHANICAL

ELECTRICALRemote ON/OFF ControlOutput voltage accuracyOutput voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseOperating frequencyIsolation voltage



MTBF

Negative logic±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<70mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3

3.3

3.3

5

90

93

93

91

40

45

50

40

BBQ48-33V40

BBQ48-33V45

BBQ48-33V50

BBQ48-50V40

Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

10

Single

-Vin

REM

+Vin

GND

-S

TRIM

+S

+Vo1

+Vo1

GND


Net weight: 38.1g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(18~60)

48(18~60)

3.3

12

89

92

25

16.67

BAQ48W-33V25

BAQ48W-120V17

44 45


FEATURES

SERIES


BAQW

MECHANICAL




Temperature coefficientOperating temperature Storage temperatureProtection

MTBF

Negative or positive logic ±1%±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)Output=12V, 200mVp-pOther, <100mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

Single

-Vin

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 38.1g


FEATURES

SERIES


BBQ

MECHANICAL




MTBF

Negative logic±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<70mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +125°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3

3.3

3.3

5

90

93

93

91

40

45

50

40

BBQ48-33V40

BBQ48-33V45

BBQ48-33V50

BBQ48-50V40

Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

10

Single

-Vin

REM

+Vin

GND

-S

TRIM

+S

+Vo1

+Vo1

GND


Net weight: 38.1g

46 47

> 5 Year Warranty> 1500Vdc Isolation Voltage> Two Outputs> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C> Remote on/off> Adjustable Output Voltage

FEATURES

SERIES

1/4 BRICK2 Channels, 65W, Isolated, 2:1 Input Range

BCQ

MECHANICAL

ELECTRICALRemote ON/OFF ControlOutput voltage accuracy

Output voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseOperating frequencyIsolation voltageIsolation resistance Safety


MTBF

Negative logic±1% (Input voltage range)±3% (Full load range)±10%Vo1, vo2: ±0.2% (isolated)Vo1, vo2: ±0.5% (10%-100% load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<80mVp-p300KHz typ.1500Vdc (Input to output)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +100°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs




MTBF


NOTES


Model Selections

ModelEfficiency

(%) Typ

Vout/Iout1

(VDC/A)

Vout/Iout2

(VDC/A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3/8

3.3/8

3.3/8

3.3/8

3.3/8

3.3/8

3.3/8

3.3/9

5/3

5/6

±12/±2.7

85

85

85

85

85

85

85

85

85

85

87

1.2/8

1.2/13

1.5/8

1.5/12

1.8/8

1.8/10

2.5/8

2.5/8

3.3/3.5

3.3/7

BCQ48-33V8-12V8

BCQ48-33V8-12V13

BCQ48-33V8-15V8

BCQ48-33V8-15V12

BCQ48-33V8-18V8

BCQ48-33V8-18V10

BCQ48-33V8-25V8

BCQ48-33V9-25V8

BCQ48-50V3-33V4

BCQ48-50V6-33V7

BCQ48-120V7-120V7

Pin#

Pin Connections

1

2

3

4

5

6

7

Single

-Vin

REM

+Vin

+Vo2

GND

TRIM

+Vo1


Net weight: 38.1g


FEATURES

SERIES


BAH

MECHANICAL

NOTES


Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 61.3g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

2.5

3.3

3.3

3.3

5.0

5.0

5.0

12.0

88

92

93

89

94

93

92

93

30

25

30

60

15

30

40

25

BAH48-25V30

BAH48-33V25

BAH48-33V30

BAH48-33V60

BAH48-50V15

BAH48-50V30

BAH48-50V40

BAH48-120V25

46 47

> 5 Year Warranty> 1500Vdc Isolation Voltage> Two Outputs> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C> Remote on/off> Adjustable Output Voltage

FEATURES

SERIES

1/4 BRICK2 Channels, 65W, Isolated, 2:1 Input Range

BCQ

MECHANICAL

ELECTRICALRemote ON/OFF ControlOutput voltage accuracy

Output voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseOperating frequencyIsolation voltageIsolation resistance Safety


MTBF

Negative logic±1% (Input voltage range)±3% (Full load range)±10%Vo1, vo2: ±0.2% (isolated)Vo1, vo2: ±0.5% (10%-100% load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<80mVp-p300KHz typ.1500Vdc (Input to output)10MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +85°C-40°C to +100°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs




MTBF


NOTES


Model Selections

ModelEfficiency

(%) Typ

Vout/Iout1

(VDC/A)

Vout/Iout2

(VDC/A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

3.3/8

3.3/8

3.3/8

3.3/8

3.3/8

3.3/8

3.3/8

3.3/9

5/3

5/6

±12/±2.7

85

85

85

85

85

85

85

85

85

85

87

1.2/8

1.2/13

1.5/8

1.5/12

1.8/8

1.8/10

2.5/8

2.5/8

3.3/3.5

3.3/7

BCQ48-33V8-12V8

BCQ48-33V8-12V13

BCQ48-33V8-15V8

BCQ48-33V8-15V12

BCQ48-33V8-18V8

BCQ48-33V8-18V10

BCQ48-33V8-25V8

BCQ48-33V9-25V8

BCQ48-50V3-33V4

BCQ48-50V6-33V7

BCQ48-120V7-120V7

Pin#

Pin Connections

1

2

3

4

5

6

7

Single

-Vin

REM

+Vin

+Vo2

GND

TRIM

+Vo1


Net weight: 38.1g


FEATURES

SERIES


BAH

MECHANICAL

NOTES


Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 61.3g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current(mA)*

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

2.5

3.3

3.3

3.3

5.0

5.0

5.0

12.0

88

92

93

89

94

93

92

93

30

25

30

60

15

30

40

25

BAH48-25V30

BAH48-33V25

BAH48-33V30

BAH48-33V60

BAH48-50V15

BAH48-50V30

BAH48-50V40

BAH48-120V25

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12(9.5~18)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(31~60)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

12

12

12

15

15

24

24

28

48

48

12

12

12

12

15

15

24

24

24

24

24

28

28

48

48

3.3, 12

24

12

12

15

15

24

24

28

84

86

86

87

87

87

86

91

89

86

89

86

86

87

90

87

87

87

88

87

87

86

93

88

87

84

89

87

86

87

87

87

86

87

8.33

6.25

12.5

6.67

10

3.1

6.25

12.5

1.5

2.08

4.2

6.25

8.33

12.5

3.3

6.67

2.08

3.1

4.16

6.25

12.5

3.57

12.5

1.1

4

6, 2

8.33

6.25

12.5

6.7

10

3

6.25

5.4

BCH12-120V8

BCH24-120V6

BCH24-120V13

BCH24-150V7

BCH24-150V10

BCH24-240V3

BCH24-240V6

BCH24-280V13

BCH24-480V1

BCH24-480V2

BCH48-120V4

BCH48-120V6

BCH48-120V8

BCH48-120V13

BCH48-150V3

BCH48-150V7

BCH48-240V2

BCH48-240V3

BCH48-240V4

BCH48-240V6

BCH48-240V13

BCH48-280V4

BCH48-280V13

BCH48-480V1

BCH48-480V4

BCH48-33V6-120V2

BCH48-240V8

BCH110-120V6

BCH110-120V13

BCH110-150V7

BCH110-150V10

BCH110-240V3

BCH110-240V6

BCH110-280V5

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

110(66~154)

110(66~154)

3.3

5

5

5

5

3.3

3.3

3.3

3.3

3.3

5

5

5

5

5, 3.3

5, 3

5

5

84

87

88

86

85

88

88

88

86

83

90

90

90

87

84

86

87

87

30

10

15

20

30

10

15

20

30

40

10

15

20

30

3, 5

12, 15

15

30

BBH24-33V30

BBH24-50V10

BBH24-50V15

BBH24-50V20

BBH24-50V30

BBH48-33V10

BBH48-33V15

BBH48-33V20

BBH48-33V30

BBH48-33V40

BBH48-50V10

BBH48-50V15

BBH48-50V20

BBH48-50V30

BBH48-50V3-33V5

BBH48-50V12-30V15

BBH110-50V15

BBH110-50V30

48 49

> 5 Year Warranty> 1500Vdc Isolation Voltage> Wide (2:1) Input Voltage Range> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C> Remote on/off> Adjustable Output Voltage

FEATURES

SERIES


BBH

MECHANICAL




MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<180mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)30MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 76.5g


FEATURES

SERIES


BCH





MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)48V, <480mVp-p Other, <240mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)30MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

12(9.5~18)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(31~60)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

110(66~154)

12

12

12

15

15

24

24

28

48

48

12

12

12

12

15

15

24

24

24

24

24

28

28

48

48

3.3, 12

24

12

12

15

15

24

24

28

84

86

86

87

87

87

86

91

89

86

89

86

86

87

90

87

87

87

88

87

87

86

93

88

87

84

89

87

86

87

87

87

86

87

8.33

6.25

12.5

6.67

10

3.1

6.25

12.5

1.5

2.08

4.2

6.25

8.33

12.5

3.3

6.67

2.08

3.1

4.16

6.25

12.5

3.57

12.5

1.1

4

6, 2

8.33

6.25

12.5

6.7

10

3

6.25

5.4

BCH12-120V8

BCH24-120V6

BCH24-120V13

BCH24-150V7

BCH24-150V10

BCH24-240V3

BCH24-240V6

BCH24-280V13

BCH24-480V1

BCH24-480V2

BCH48-120V4

BCH48-120V6

BCH48-120V8

BCH48-120V13

BCH48-150V3

BCH48-150V7

BCH48-240V2

BCH48-240V3

BCH48-240V4

BCH48-240V6

BCH48-240V13

BCH48-280V4

BCH48-280V13

BCH48-480V1

BCH48-480V4

BCH48-33V6-120V2

BCH48-240V8

BCH110-120V6

BCH110-120V13

BCH110-150V7

BCH110-150V10

BCH110-240V3

BCH110-240V6

BCH110-280V5

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

110(66~154)

110(66~154)

3.3

5

5

5

5

3.3

3.3

3.3

3.3

3.3

5

5

5

5

5, 3.3

5, 3

5

5

84

87

88

86

85

88

88

88

86

83

90

90

90

87

84

86

87

87

30

10

15

20

30

10

15

20

30

40

10

15

20

30

3, 5

12, 15

15

30

BBH24-33V30

BBH24-50V10

BBH24-50V15

BBH24-50V20

BBH24-50V30

BBH48-33V10

BBH48-33V15

BBH48-33V20

BBH48-33V30

BBH48-33V40

BBH48-50V10

BBH48-50V15

BBH48-50V20

BBH48-50V30

BBH48-50V3-33V5

BBH48-50V12-30V15

BBH110-50V15

BBH110-50V30

48 49


FEATURES

SERIES


BBH

MECHANICAL




MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<180mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)30MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

NOTES


Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 76.5g


FEATURES

SERIES


BCH





MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)48V, <480mVp-p Other, <240mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (Output to case)30MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 110°C typ.2x1000KHrs

50 51

SERIES


BCH


FEATURES

SERIES

FULL BRICK300W, Isolated, 2:1 Input Range

BAF

MECHANICAL




MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<200mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (output to case)100MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 105°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 190.1g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

5

12

24

86

86

85

60

25

12.5

BAF48-50V60

BAF48-120V25

BAF48-240V13

MECHANICAL

Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 61.3g

50 51

SERIES


BCH


FEATURES

SERIES


BAF

MECHANICAL




MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<200mVp-p300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (output to case)100MΩIEC-60950-1, UL-60950-1EN-60950-1, GB4943200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 105°C typ.2x1000KHrs

Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 190.1g

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

48(36~72)

48(36~72)

48(36~72)

5

12

24

86

86

85

60

25

12.5

BAF48-50V60

BAF48-120V25

BAF48-240V13

MECHANICAL

Pin#

Pin Connections

1

2

3

4

5

6

7

8

9

Single

-Vin

FG

REM

+Vin

GND

-S

TRIM

+S

+Vo


Net weight: 61.3g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

3-5.5

3-5.5

3-5.5

9-14

9-14

9-14

0.8-3.63

0.75-3.63

0.75-3.63

0.75-5.5

0.75-5.5

0.75-5.5

94

93

94

87

90

92

15

10

16

2

10

16

BAL5-33T15

BAL5-33T10

BAL5-33T16

BAL12-50T2

BAL12-50T10

BAL12-50T16

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

4.5-5.5

9-14

1.2

1.2

1.5

1.5

1.8

1.8

2.1

2.5

3.3

5

87

86

90

84

92

91

93

94

95

90

6

10

6

10

6

10

6

6

10

10

BAL5-12V6

BAL5-12V10

BAL5-15V6

BAL5-15V10

BAL5-18V6

BAL5-18V10

BAL5-21V6

BAL5-25V6

BAL5-33V10

BAL12-50V10

TRIMABLE

UNTRIMABLE

NOTES


52 53


FEATURES

SERIES


BBF

MECHANICAL

> 5 Year Warranty> Remote on/off> Output Current up to 16A> Under Voltage, Over Current, Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES

Non-isolatedContinuous Trimable Converters

BAL

MECHANICAL

ELECTRICALRemote ON/OFF controlOutput voltage accuracy

Output voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseOperating frequencyTemperature coefficientOperating temperature Storage temperature Protection

MTBF

Negative or positive logic ±3% (Adjustable output)±1% (Fixed voltage output)Continuously adjustable±0.3%±0.4% (10%-100% full load)∆Vo1/∆t: ±5.0%/400μs (5%-50%-75% load capability)<100mVp-p 300KHz typ.200ppm-40°C to +85°C-55°C to +125°CUnder voltage, over current, short circuit2x1000KHrs


Isolation resistance SafetyTemperature coefficientOperating temperature Storage temperature Protection

MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<240mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (output to case)100MΩEN-60950200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 105°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

28

12

24

24

28

28

88

89

85

94

94

94

21.5

42

12.5

26

18

25

BBF24-280V22

BBF48-120V42

BBF48-240V13

BBF48-240V26

BBF48-280V18

BBF48-280V25

Pin#

Pin Connections

1

2

3

4

5 6 7

8 9 10

11

12

13

14

15

16

Single

-Vin

+Vin

-REM

+REM

GND

+Vo

AUX

IOG

PC

TRIM

+S

-S


Net weight: 190.1g

Pin#

Pin Connections

1

2

3

4

5

6

7

8

A

9

10

Single

+Vo

+Vo

Sense

+Vo

COM

COM

+Vin

+Vin

NC

TRIM

REM


Net weight: 4.3g

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

3-5.5

3-5.5

3-5.5

9-14

9-14

9-14

0.8-3.63

0.75-3.63

0.75-3.63

0.75-5.5

0.75-5.5

0.75-5.5

94

93

94

87

90

92

15

10

16

2

10

16

BAL5-33T15

BAL5-33T10

BAL5-33T16

BAL12-50T2

BAL12-50T10

BAL12-50T16

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

4.5-5.5

9-14

1.2

1.2

1.5

1.5

1.8

1.8

2.1

2.5

3.3

5

87

86

90

84

92

91

93

94

95

90

6

10

6

10

6

10

6

6

10

10

BAL5-12V6

BAL5-12V10

BAL5-15V6

BAL5-15V10

BAL5-18V6

BAL5-18V10

BAL5-21V6

BAL5-25V6

BAL5-33V10

BAL12-50V10

TRIMABLE

UNTRIMABLE

NOTES


52 53


FEATURES

SERIES


BBF

MECHANICAL

> 5 Year Warranty> Remote on/off> Output Current up to 16A> Under Voltage, Over Current, Short Circuit Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


BAL

MECHANICAL


Output voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noiseOperating frequencyTemperature coefficientOperating temperature Storage temperature Protection

MTBF

Negative or positive logic ±3% (Adjustable output)±1% (Fixed voltage output)Continuously adjustable±0.3%±0.4% (10%-100% full load)∆Vo1/∆t: ±5.0%/400μs (5%-50%-75% load capability)<100mVp-p 300KHz typ.200ppm-40°C to +85°C-55°C to +125°CUnder voltage, over current, short circuit2x1000KHrs


Isolation resistance SafetyTemperature coefficientOperating temperature Storage temperature Protection

MTBF

Negative or positive logic ±1% ±10%±0.2% (isolated)±0.5% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)<240mVp-p 300KHz typ.1500Vdc (Input to output)1050Vdc (Input to case)500Vdc (output to case)100MΩEN-60950200ppm-40°C to +100°C-40°C to +105°CUnder voltage, over current, short circuit, over voltage, over temperature at 105°C typ.2x1000KHrs

NOTES


Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

24(18~36)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

48(36~72)

28

12

24

24

28

28

88

89

85

94

94

94

21.5

42

12.5

26

18

25

BBF24-280V22

BBF48-120V42

BBF48-240V13

BBF48-240V26

BBF48-280V18

BBF48-280V25

Pin#

Pin Connections

1

2

3

4

5 6 7

8 9 10

11

12

13

14

15

16

Single

-Vin

+Vin

-REM

+REM

GND

+Vo

AUX

IOG

PC

TRIM

+S

-S


Net weight: 190.1g

Pin#

Pin Connections

1

2

3

4

5

6

7

8

A

9

10

Single

+Vo

+Vo

Sense

+Vo

COM

COM

+Vin

+Vin

NC

TRIM

REM


Net weight: 4.3g

Definitions and TestingGeneral Test Set-Up

PI Filter

Output Voltage Accuracy

The maximum allowed deviation of the DC output of a power supply or DC/DC converter from its ideal or nominal value. Expressed as a percentage of output voltage. Often called output voltage tolerance.

Input Voltage RangeThe high and low input voltage limits within which a power supply or DC/DC converter may be operated. A common specif icat ion for DC/DC converters is to specify the ratio of high line to low line (i.e. a range of 2:1 for 18VDC to 36VDC or a range of 4:1 for 18VDC to 72VDC).

A commonly used filter at the input of a DC/DC converter, connected before and after a series inductor to reduce reflected ripple current. The filter usually consists of two parallel capacitors and a series inductance.

Figure 2: PI Filter

InputC1 C2

L

Output

Unless otherwise specified, all parameters are tested at rated input, rated load and 25 °C am-bient temperature. If the converter has remote sense pins, connect these pins to their respec-tive output pins.

Voltage BalanceThe difference in magnitude, in percent, be-tween the two output voltages of a dual output power supply or DC/DC converter where the voltages have equal nominal values with oppo-site polarities.

Transient Recovery Time

The time required for the output voltage of a power supply or DC/DC converter to settle within specified output accuracy limits following a step change in output load current or a step change in input voltage.

Line RegulationsThe variation of an output voltage due to a change in the input voltage, with all other fac-tors held constant. Line regulation is expressed as the maximum percentage change in output voltage as the input voltage varied over its specified range.

Load RegulationVariation of the output voltage due to a change in the output’ s load within a specified range with all other factors held constant. The load change may be specified for other than no load to full load such as 20 % load to full load or 10 % load to 90 % load and it is expressed as a percentage of the nominal DC output voltage.

EfficiencyThe ratio of output load power consumption to input power consumption expressed as a per-centage. Normally measured at ful l rated output power and nominal input voltage.

Switching FrequencyThe rate at which the DC voltage is switched in a DC-DC converter or switching power supply. The ripple frequency is double the switching frequency in push-pull designs.

Figure 1: General test set-up

A

V

A

VDCPowerSource

C1

Vin- Vin-

Vin+ Vin+

C2 (VDC orVRMS)

AdjustableLoad

DC/DCConverter

55

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

3-5.5

9-14

0.75-3.63

0.75-5.5

93

94

16

16

BBL5-33T16

BBL12-50T16

3-3.6

3-3.6

3-3.6

3-3.6

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

4.5-5.5

-48

1.8

2

2.5

1.2

1.2

1.8

2

2.5

2.5

3.3

72

89

91

94

85

84

89

89

92

93

93

0.03

7

7

7

10

16

10

10

10

16

10

BBL3-480V003

BBL3-18V7

BBL3-20V7

BBL3-25V7

BBL5-12V10

BBL5-12V16

BBL5-18V10

BBL5-20V10

BBL5-25V10

BBL5-25V16

BBL5-33V10

TRIMABLE

UNTRIMABLE

NOTES


54

> 5 Year Warranty> Output Current up to 16A> Remote on/off> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


BBL

MECHANICAL


Output voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noise

Operating frequencyTemperature coefficientOperating temperature Storage temperature Protection

MTBF

Negative or positive logic ±3% (Adjustable output)±1% (Fixed voltage output)Continuously adjustable±0.3%±0.4% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)Output=-48V, 140mVp-pOther, 50mVp-p max.300KHz typ.200ppm-40°C to +85°C-55°C to +125°CUnder voltage, over current, short circuit 2x100KHrs

Pin#

Pin Connections

1

2

3

4

5

6

Single

+Vin

-Vin

REM

TRIM

GND

+Vo


Net weight: 6.3g

Definitions and TestingGeneral Test Set-Up

PI Filter

Output Voltage Accuracy

The maximum allowed deviation of the DC output of a power supply or DC/DC converter from its ideal or nominal value. Expressed as a percentage of output voltage. Often called output voltage tolerance.

Input Voltage RangeThe high and low input voltage limits within which a power supply or DC/DC converter may be operated. A common specif icat ion for DC/DC converters is to specify the ratio of high line to low line (i.e. a range of 2:1 for 18VDC to 36VDC or a range of 4:1 for 18VDC to 72VDC).

A commonly used filter at the input of a DC/DC converter, connected before and after a series inductor to reduce reflected ripple current. The filter usually consists of two parallel capacitors and a series inductance.

Figure 2: PI Filter

InputC1 C2

L

Output

Unless otherwise specified, all parameters are tested at rated input, rated load and 25 °C am-bient temperature. If the converter has remote sense pins, connect these pins to their respec-tive output pins.

Voltage BalanceThe difference in magnitude, in percent, be-tween the two output voltages of a dual output power supply or DC/DC converter where the voltages have equal nominal values with oppo-site polarities.

Transient Recovery Time

The time required for the output voltage of a power supply or DC/DC converter to settle within specified output accuracy limits following a step change in output load current or a step change in input voltage.

Line RegulationsThe variation of an output voltage due to a change in the input voltage, with all other fac-tors held constant. Line regulation is expressed as the maximum percentage change in output voltage as the input voltage varied over its specified range.

Load RegulationVariation of the output voltage due to a change in the output’ s load within a specified range with all other factors held constant. The load change may be specified for other than no load to full load such as 20 % load to full load or 10 % load to 90 % load and it is expressed as a percentage of the nominal DC output voltage.

EfficiencyThe ratio of output load power consumption to input power consumption expressed as a per-centage. Normally measured at ful l rated output power and nominal input voltage.

Switching FrequencyThe rate at which the DC voltage is switched in a DC-DC converter or switching power supply. The ripple frequency is double the switching frequency in push-pull designs.

Figure 1: General test set-up

A

V

A

VDCPowerSource

C1

Vin- Vin-

Vin+ Vin+

C2 (VDC orVRMS)

AdjustableLoad

DC/DCConverter

55

Model Selections

ModelEfficiency

(%) Typ

Output Voltage(VDC)

Output Current

(A)

Input Voltage (VDC)

3-5.5

9-14

0.75-3.63

0.75-5.5

93

94

16

16

BBL5-33T16

BBL12-50T16

3-3.6

3-3.6

3-3.6

3-3.6

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

3-5.5

4.5-5.5

-48

1.8

2

2.5

1.2

1.2

1.8

2

2.5

2.5

3.3

72

89

91

94

85

84

89

89

92

93

93

0.03

7

7

7

10

16

10

10

10

16

10

BBL3-480V003

BBL3-18V7

BBL3-20V7

BBL3-25V7

BBL5-12V10

BBL5-12V16

BBL5-18V10

BBL5-20V10

BBL5-25V10

BBL5-25V16

BBL5-33V10

TRIMABLE

UNTRIMABLE

NOTES


54

> 5 Year Warranty> Output Current up to 16A> Remote on/off> Under Voltage, Over Current, Short Circuit, Over Voltage Protection> Operating Temperature Range -40°C to +85°C

FEATURES

SERIES


BBL

MECHANICAL


Output voltage adjustable Line regulationLoad regulationDynamic response (transient/recovery time)Ripple and noise

Operating frequencyTemperature coefficientOperating temperature Storage temperature Protection

MTBF

Negative or positive logic ±3% (Adjustable output)±1% (Fixed voltage output)Continuously adjustable±0.3%±0.4% (10%-100% full load) ∆Vo1/∆t: ±4.0%/500μs (25%-50%-75% load capability)Output=-48V, 140mVp-pOther, 50mVp-p max.300KHz typ.200ppm-40°C to +85°C-55°C to +125°CUnder voltage, over current, short circuit 2x100KHrs

Pin#

Pin Connections

1

2

3

4

5

6

Single

+Vin

-Vin

REM

TRIM

GND

+Vo


Net weight: 6.3g

56

Transient Recovery TimeThe time required for the output voltage of a power supply or DC/DC converter to settle within specified output accuracy limits following a step change in output load current or a step change in input voltage.

Operating Temperature Range

The range of ambient or case temperature within a power supply at which it operates safely and meets its specifications.

Storage Temperature RangeThe range of ambient temperatures within a power supply at non-operating condition, with no degradation in its subsequent operation.

Under voltage LockoutA protection system for power supplies or DC/DC converters where the power supply or DC/DC converter is deliberately shut down if the input voltage drops below a pre-defined level. Some hysteresis is usually present to prevent the power supply or DC/DC converter oscillating on and off. Under voltage lockout is usually needed with battery systems where the voltage decreases gradually with the time rather than snaps off quickly.

Current LimitingOutput current is limited to prevent damage of the converter at overload situations. If the output is shorted, the output voltage is regu-lated down so the current from the outputs cannot be excessive.

IsolationThe electrical separation between the input and output of a converter, (consisting of resistive and capacitive isolation) normally determined by transformer characteristics and circuit spac-ing.

Ambient Temperature

The temperature of still air immediately sur-rounding a power supply or converter. The tem-perature measurement should be made about 100 mm (4 inch) from the body of the con-verter or underneath of the power supply.

Thermal ShutdownExtended operation at excessive temperature will initiate over temperature shutdown trig-gered by a temperature sensor inside the PWM controller. This operates similarly to overcurrent and short circuit mode. The inception point of the over temperature condition depends on the average power delivered, the ambient tempera-ture and the extent of forced cooling airflow.

Remote Sensing A method of moving the measuring point for the regulation from the output terminals to the load. Compensates voltage drops in the power d ist r ibut ion bus, but negat ive impact on dynamic load behavior must be tolerated.

Output Ripple and NoiseThe magnitude of AC voltage on the output of DC/DC converter, expressed in millivolts peak-to-peak or RMS, at a specified band width (typically 20MHz). This is the result of the feed through of the rectified line frequency, internal switching transients and other random noise

Figure 3: Ripple and Noise

ate with no additional external capacitance if these conditions are met.For best performance, we recommend installing a low-ESR capacitor immediately adjacent to the converter’ s input terminals. The capacitor should be a ceramic type or a polymer type. Make sure that the input terminals do not go below the under voltage shutdown voltage at all times. More input bulk capacitance may be added in parallel (either electrolytic or tanta-lum) if needed. ure, excessive voltage could be applied to your circuit. Consider using an appropriate fuse in series with the output.

Application ConsiderationsStart Up Considerations

Input Fusing

Output Fusing

Input Filtering

Most of our bricks are extensively protected against current, voltage and temperature extremes. However your output application cir-cuit may need additional protection. In the extremely unlikely event of output circuit fail-ure, excessive voltage could be applied to your circuit. Consider using an appropriate fuse in series with the output.

The user must assure that the input source has low AC impedance to provide dynamic stability and that the input supply has little or no induc-tive content, including long distributed wiring to a remote power supply. The converter will oper-

Certain applications and/or safety agencies may require fuses at the inputs of power con-version components. Fuses should also be used when there is the possibility of sustained input voltage reversal which is not current-limited. For greatest safety, we recommend a fast blow fuse installed in the ungrounded input supply line

When power is first applied to the DC-DC con-verter, there is some risk of startup difficulties if you do not have both low AC and DC imped-ance and adequate regulation of the input source. Make sure that your source supply does not allow the instantaneous input voltage to go below the minimum voltage at all times.Use a moderate size capacitor very close to the input terminals. You may need two or more parallel capacitors. A larger electrolytic or ce-ramic cap supplies the surge current and a smaller parallel low-ESR ceramic cap gives low AC impedance.Remember that the input current is carried both by the wiring and the ground plane return. Make sure the ground plane uses adequate thickness copper. Run additional bus wire if necessary.

Output FilteringThe converter wil l achieve its rated output ripple and noise with no additional external ca-pacitor. However, the user may install more external output capacitance to reduce the ripple even further or for improved dynamic response. Again, use low-ESR ceramic or poly-mer capacitors. Mount these close to the con-verter. Measure the output ripple under your load conditions.Use only as much capacitance as required to achieve your ripple and noise objectives. Exces-sive capacitance can make step load recovery sluggish or possibly introduce instability. Do not exceed the maximum rated output capacitance listed in the datasheets.

Maximum Output CapacitanceA simple method of reducing the output ripple is simply to add a large external capacitor. This can be a low cost alternative to the LC filter approach, although not as effective. There is, however, also the possibility of causing startup problems, if the output capacitance is too large. With a large output capacitance at switch on, there is no charge on the capacitors and the DC-DC converter immediately experiences a large current demand at its output. The inrush current can be so large as to exceed the ability of the DC-DC converter, and the device can go into current limit. 57

56

Transient Recovery TimeThe time required for the output voltage of a power supply or DC/DC converter to settle within specified output accuracy limits following a step change in output load current or a step change in input voltage.

Operating Temperature Range

The range of ambient or case temperature within a power supply at which it operates safely and meets its specifications.

Storage Temperature RangeThe range of ambient temperatures within a power supply at non-operating condition, with no degradation in its subsequent operation.

Under voltage LockoutA protection system for power supplies or DC/DC converters where the power supply or DC/DC converter is deliberately shut down if the input voltage drops below a pre-defined level. Some hysteresis is usually present to prevent the power supply or DC/DC converter oscillating on and off. Under voltage lockout is usually needed with battery systems where the voltage decreases gradually with the time rather than snaps off quickly.

Current LimitingOutput current is limited to prevent damage of the converter at overload situations. If the output is shorted, the output voltage is regu-lated down so the current from the outputs cannot be excessive.

IsolationThe electrical separation between the input and output of a converter, (consisting of resistive and capacitive isolation) normally determined by transformer characteristics and circuit spac-ing.

Ambient Temperature

The temperature of still air immediately sur-rounding a power supply or converter. The tem-perature measurement should be made about 100 mm (4 inch) from the body of the con-verter or underneath of the power supply.

Thermal ShutdownExtended operation at excessive temperature will initiate over temperature shutdown trig-gered by a temperature sensor inside the PWM controller. This operates similarly to overcurrent and short circuit mode. The inception point of the over temperature condition depends on the average power delivered, the ambient tempera-ture and the extent of forced cooling airflow.

Remote Sensing A method of moving the measuring point for the regulation from the output terminals to the load. Compensates voltage drops in the power d ist r ibut ion bus, but negat ive impact on dynamic load behavior must be tolerated.

Output Ripple and NoiseThe magnitude of AC voltage on the output of DC/DC converter, expressed in millivolts peak-to-peak or RMS, at a specified band width (typically 20MHz). This is the result of the feed through of the rectified line frequency, internal switching transients and other random noise

Figure 3: Ripple and Noise

ate with no additional external capacitance if these conditions are met.For best performance, we recommend installing a low-ESR capacitor immediately adjacent to the converter’ s input terminals. The capacitor should be a ceramic type or a polymer type. Make sure that the input terminals do not go below the under voltage shutdown voltage at all times. More input bulk capacitance may be added in parallel (either electrolytic or tanta-lum) if needed. ure, excessive voltage could be applied to your circuit. Consider using an appropriate fuse in series with the output.

Application ConsiderationsStart Up Considerations

Input Fusing

Output Fusing

Input Filtering

Most of our bricks are extensively protected against current, voltage and temperature extremes. However your output application cir-cuit may need additional protection. In the extremely unlikely event of output circuit fail-ure, excessive voltage could be applied to your circuit. Consider using an appropriate fuse in series with the output.

The user must assure that the input source has low AC impedance to provide dynamic stability and that the input supply has little or no induc-tive content, including long distributed wiring to a remote power supply. The converter will oper-

Certain applications and/or safety agencies may require fuses at the inputs of power con-version components. Fuses should also be used when there is the possibility of sustained input voltage reversal which is not current-limited. For greatest safety, we recommend a fast blow fuse installed in the ungrounded input supply line

When power is first applied to the DC-DC con-verter, there is some risk of startup difficulties if you do not have both low AC and DC imped-ance and adequate regulation of the input source. Make sure that your source supply does not allow the instantaneous input voltage to go below the minimum voltage at all times.Use a moderate size capacitor very close to the input terminals. You may need two or more parallel capacitors. A larger electrolytic or ce-ramic cap supplies the surge current and a smaller parallel low-ESR ceramic cap gives low AC impedance.Remember that the input current is carried both by the wiring and the ground plane return. Make sure the ground plane uses adequate thickness copper. Run additional bus wire if necessary.

Output FilteringThe converter wil l achieve its rated output ripple and noise with no additional external ca-pacitor. However, the user may install more external output capacitance to reduce the ripple even further or for improved dynamic response. Again, use low-ESR ceramic or poly-mer capacitors. Mount these close to the con-verter. Measure the output ripple under your load conditions.Use only as much capacitance as required to achieve your ripple and noise objectives. Exces-sive capacitance can make step load recovery sluggish or possibly introduce instability. Do not exceed the maximum rated output capacitance listed in the datasheets.

Maximum Output CapacitanceA simple method of reducing the output ripple is simply to add a large external capacitor. This can be a low cost alternative to the LC filter approach, although not as effective. There is, however, also the possibility of causing startup problems, if the output capacitance is too large. With a large output capacitance at switch on, there is no charge on the capacitors and the DC-DC converter immediately experiences a large current demand at its output. The inrush current can be so large as to exceed the ability of the DC-DC converter, and the device can go into current limit. 57

58

Figure 4: Recommended external SCP

Figure 5: Input under voltage protection

Output Short-circuit Protection (SCP)Most of unregulated DC/DC converters with RCC topology do not have built-in short circuit protection while in certain applications external short circuit protection may be necessary.

Input Under Voltage Protection (UVP)When the input voltage drops, or is momen-tarily removed, the output circuit would suffer similar voltage drops. For short period input voltage drops, such as when other connected c i r cu i t s have an ins tan taneous cu r ren t demand, or devices are plugged in or removed from the supply rail, a simple circuit as follows can prevent the output circuit from being effected.

Overload ProtectionAlthough the use of filtering will prevent exces-sive current at power-on under normal operat-ing conditions, many of the lower cost convert-ers have no protection against an output circuit taking excessive power or even going short-circuit. When this happens, the DC-DC con-nverter will take a large input current to try to supply the output. Eventually the converter will overheat and destroy itself if this condition is not rectified.There are several ways to prevent overload at the outputs destroying the DC-DC converter. The simplest being a straight forward fuse (also refer to Input Fusing). Suff ic ient to lerance for inrush current is required to ensure the fuse does not blow on power-on. Another simple scheme that can be applied is a circuit breaker. There are several other current limiting tech-niques that can be used to detect an overload situation, the suitability of these is left to the designer. The most important thing to consider is how this information will be used. If the system needs to signal to a controller the loca-tion or module causing the overload, some form of intel l igence wil l be needed. If the device simply needs to switch off, a simple fuse type arrangement will be adequate.Wide input range regulated converters offer overload protection / short circuit protection via

No Load OperationUnregulated DC-DC converters are expected to be under a minimum of 10% load, hence below this load level the output voltage is undefined. In certain circuits this could be a potential problem.The easiest way to ensure the output voltage remains within a specified tolerance, is to add external resistors, so that there is always a minimum 10% loading on the device. This is rather inefficient in that 10% of the power is always being taken by this load, hence only 90% is available to the additional circuitry.Zener diodes on the output are another simple method. It is recommended that these be used with a series resistor or inductor, as when the Zener action occurs, a large current surge may induce signal noise into the system.

For converters with a constant power limit, the effect of a large capacitive load is to make the output voltage slowly ramp up over time. How-ever, for converters with a hiccup protected output, the device could continuously oscillate as it tries to start, goes into overload shutdown and then retries again. The DC-DC converter may not survive if this condition persists. For unregulated converters, the overload condi-tion caused by the capacitor charging current could damage the converter. If instead of single capacitors on outputs an RC-filter or LC-Filter is used, the maximum capacitive load can be higher because the resistor/choke reduces the capacitor inrush current peak. However, fairly large resistors or inductances are required to have a meaningful effect.

an internal circuit that interferes with the pri-mary oscillator so the switching is regulated back in situations of overload or output short circuit.

Vin+ +

-

R1

Q2

R2Q1

Vin- Iin

Iin

In DC DC Out LOAD

Vin+ +

-

R3

R2

R1

Q2

Q1

Vin-

In DC DC Out LOAD

58

Figure 4: Recommended external SCP

Figure 5: Input under voltage protection

Output Short-circuit Protection (SCP)Most of unregulated DC/DC converters with RCC topology do not have built-in short circuit protection while in certain applications external short circuit protection may be necessary.

Input Under Voltage Protection (UVP)When the input voltage drops, or is momen-tarily removed, the output circuit would suffer similar voltage drops. For short period input voltage drops, such as when other connected c i r cu i t s have an ins tan taneous cu r ren t demand, or devices are plugged in or removed from the supply rail, a simple circuit as follows can prevent the output circuit from being effected.

Overload ProtectionAlthough the use of filtering will prevent exces-sive current at power-on under normal operat-ing conditions, many of the lower cost convert-ers have no protection against an output circuit taking excessive power or even going short-circuit. When this happens, the DC-DC con-nverter will take a large input current to try to supply the output. Eventually the converter will overheat and destroy itself if this condition is not rectified.There are several ways to prevent overload at the outputs destroying the DC-DC converter. The simplest being a straight forward fuse (also refer to Input Fusing). Suff ic ient to lerance for inrush current is required to ensure the fuse does not blow on power-on. Another simple scheme that can be applied is a circuit breaker. There are several other current limiting tech-niques that can be used to detect an overload situation, the suitability of these is left to the designer. The most important thing to consider is how this information will be used. If the system needs to signal to a controller the loca-tion or module causing the overload, some form of intel l igence wil l be needed. If the device simply needs to switch off, a simple fuse type arrangement will be adequate.Wide input range regulated converters offer overload protection / short circuit protection via

No Load OperationUnregulated DC-DC converters are expected to be under a minimum of 10% load, hence below this load level the output voltage is undefined. In certain circuits this could be a potential problem.The easiest way to ensure the output voltage remains within a specified tolerance, is to add external resistors, so that there is always a minimum 10% loading on the device. This is rather inefficient in that 10% of the power is always being taken by this load, hence only 90% is available to the additional circuitry.Zener diodes on the output are another simple method. It is recommended that these be used with a series resistor or inductor, as when the Zener action occurs, a large current surge may induce signal noise into the system.

For converters with a constant power limit, the effect of a large capacitive load is to make the output voltage slowly ramp up over time. How-ever, for converters with a hiccup protected output, the device could continuously oscillate as it tries to start, goes into overload shutdown and then retries again. The DC-DC converter may not survive if this condition persists. For unregulated converters, the overload condi-tion caused by the capacitor charging current could damage the converter. If instead of single capacitors on outputs an RC-filter or LC-Filter is used, the maximum capacitive load can be higher because the resistor/choke reduces the capacitor inrush current peak. However, fairly large resistors or inductances are required to have a meaningful effect.

an internal circuit that interferes with the pri-mary oscillator so the switching is regulated back in situations of overload or output short circuit.

Vin+ +

-

R1

Q2

R2Q1

Vin- Iin

Iin

In DC DC Out LOAD

Vin+ +

-

R3

R2

R1

Q2

Q1

Vin-

In DC DC Out LOAD

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