TB04-103 5% Thermistor Specification upd2018 · 2019-10-22 · Title: TB04-103 5% Thermistor_Specification_upd2018 Author: Tim Gromov Subject: TB04-103 5% Thermistor_Specification_upd2018

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Schwarzschildstr.8,Berlin,12489,Germany.Ph:+49-030-6789-3314,Fax:+49-030-6789-3315,web:www.tec-microsystems.comCopyright2018TECMicrosystemsGmbH.ThedesignandspecificaQonsofproductscanbechangedwithoutnoQce.

THERMISTOR SPECIFICATION TYPE TB04-103

12mmmax

0.4mmdia

Thermistor TB04-103Type NTCBody Glass-beadedTerminalWires Ptwires,50umdia

NominalResistance 10kOhm@20ºCTolerance: 5%

TemperatureRange Steinhart-HartEquaAonCoeffiAentsT1,°C T3,°C A B C-60 125 8.905E-04 2.736E-04 9.097E-10-60 20 8.878E-04 2.740E-04 8.040E-22

20 125 8.950E-04 2.727E-04 6.336E-09

R0 Ohm 10,000dR % 5Beta K-1 3,650dBeta % 3

T0 °C 20

DescripAon

NominalValues TemperatureCoefficients

Resistan

ceRT,Ohm

10

100

1,000

10,000

100,000

1,000,000

10,000,000

100,000,000

TemperatureT,ºC

-60 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120

CalibraAonCurve A+Bxln(RT)+Cx(ln(RT))31T

=

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T,°C T,K RT,Ohm R/R0 NTC,%/K ΔR,±% ΔT,±K-60 213.15 1,070,319 107.032 -7.99 20.80 2.60-59 214.15 988,110.3 98.811 -7.91 20.51 2.59

-58 215.15 912,891.9 91.289 -7.84 20.22 2.58-57 216.15 844,016.0 84.402 -7.77 19.93 2.57-56 217.15 780,899.4 78.090 -7.70 19.64 2.55-55 218.15 723,016.6 72.302 -7.63 19.36 2.54-54 219.15 669,893.8 66.989 -7.56 19.09 2.53-53 220.15 621,103.7 62.110 -7.49 18.81 2.51

-52 221.15 576,260.2 57.626 -7.42 18.54 2.50-51 222.15 535,014.5 53.501 -7.36 18.27 2.48-50 223.15 497,050.9 49.705 -7.29 18.01 2.47-49 224.15 462,083.8 46.208 -7.23 17.75 2.46-48 225.15 429,854.6 42.985 -7.16 17.49 2.44

-47 226.15 400,128.4 40.013 -7.10 17.24 2.43-46 227.15 372,692.5 37.269 -7.04 16.98 2.41-45 228.15 347,353.7 34.735 -6.98 16.73 2.40-44 229.15 323,936.2 32.394 -6.92 16.49 2.38-43 230.15 302,280.3 30.228 -6.86 16.24 2.37-42 231.15 282,240.8 28.224 -6.80 16.00 2.35

-41 232.15 263,685.2 26.369 -6.74 15.77 2.34-40 233.15 246,493.1 24.649 -6.68 15.53 2.32-39 234.15 230,554.3 23.055 -6.63 15.30 2.31-38 235.15 215,768.6 21.577 -6.57 15.07 2.29-37 236.15 202,044.3 20.204 -6.51 14.84 2.28-36 237.15 189,297.6 18.930 -6.46 14.61 2.26

-35 238.15 177,452.0 17.745 -6.41 14.39 2.25-34 239.15 166,437.4 16.644 -6.35 14.17 2.23-33 240.15 156,189.7 15.619 -6.30 13.95 2.21-32 241.15 146,650.1 14.665 -6.25 13.74 2.20-31 242.15 137,764.6 13.776 -6.20 13.52 2.18-30 243.15 129,484.0 12.948 -6.15 13.31 2.17

-29 244.15 121,762.8 12.176 -6.10 13.10 2.15-28 245.15 114,559.4 11.456 -6.05 12.90 2.13-27 246.15 107,835.5 10.784 -6.00 12.69 2.12-26 247.15 101,555.8 10.156 -5.95 12.49 2.10-25 248.15 95,688.0 9.569 -5.90 12.29 2.08

-24 249.15 90,202.2 9.020 -5.86 12.09 2.06-23 250.15 85,071.0 8.507 -5.81 11.89 2.05-22 251.15 80,269.1 8.027 -5.76 11.70 2.03-21 252.15 75,773.1 7.577 -5.72 11.51 2.01-20 253.15 71,561.4 7.156 -5.67 11.32 2.00-19 254.15 67,614.2 6.761 -5.63 11.13 1.98

CalibraAonTable

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T,°C T,K RT,Ohm R/R0 NTC,%/K ΔR,±% ΔT,±K-18 255.15 63,913 6.391 -5.58 10.94 1.96-17 256.15 60,441.1 6.044 -5.54 10.76 1.94

-16 257.15 57,182.6 5.718 -5.50 10.57 1.92-15 258.15 54,122.9 5.412 -5.46 10.39 1.90-14 259.15 51,248.6 5.125 -5.41 10.21 1.89-13 260.15 48,547.3 4.855 -5.37 10.03 1.87-12 261.15 46,007.4 4.601 -5.33 9.86 1.85-11 262.15 43,618.3 4.362 -5.29 9.68 1.83

-10 263.15 41,370.0 4.137 -5.25 9.51 1.81-9 264.15 39,253.2 3.925 -5.21 9.34 1.79-8 265.15 37,259.5 3.726 -5.17 9.17 1.77-7 266.15 35,380.9 3.538 -5.13 9.00 1.75-6 267.15 33,610.0 3.361 -5.10 8.84 1.73

-5 268.15 31,940.0 3.194 -5.06 8.67 1.71-4 269.15 30,364.4 3.036 -5.02 8.51 1.69-3 270.15 28,877.4 2.888 -4.98 8.35 1.67-2 271.15 27,473.3 2.747 -4.95 8.19 1.65-1 272.15 26,147.1 2.615 -4.91 8.03 1.630 273.15 24,893.9 2.489 -4.87 7.87 1.61

1 274.15 23,709.2 2.371 -4.84 7.71 1.592 275.15 22,588.9 2.259 -4.80 7.56 1.573 276.15 21,529.1 2.153 -4.77 7.41 1.554 277.15 20,526.1 2.053 -4.74 7.26 1.535 278.15 19,576.5 1.958 -4.70 7.10 1.516 279.15 18,677.2 1.868 -4.67 6.96 1.49

7 280.15 17,825.2 1.783 -4.64 6.81 1.478 281.15 17,017.7 1.702 -4.60 6.66 1.459 282.15 16,252.1 1.625 -4.57 6.52 1.4310 283.15 15,526.0 1.553 -4.54 6.37 1.4011 284.15 14,837.1 1.484 -4.51 6.23 1.3812 285.15 14,183.3 1.418 -4.47 6.09 1.36

13 286.15 13,562.6 1.356 -4.44 5.95 1.3414 287.15 12,973.0 1.297 -4.41 5.81 1.3215 288.15 12,412.9 1.241 -4.38 5.67 1.2916 289.15 11,880.6 1.188 -4.35 5.54 1.2717 290.15 11,374.6 1.137 -4.32 5.40 1.25

18 291.15 10,893.4 1.089 -4.29 5.27 1.2319 292.15 10,435.6 1.044 -4.26 5.13 1.2020 293.15 10,000.0 1.000 -4.23 5.00 1.1821 294.15 9,585.3 0.959 -4.21 4.87 1.1622 295.15 9,190.5 0.919 -4.18 4.74 1.1323 296.15 8,814.4 0.881 -4.15 4.61 1.11

CalibraAonTable(conAnue)

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T,°C T,K RT,Ohm R/R0 NTC,%/K ΔR,±% ΔT,±K24 297.15 8,456 0.846 -4.12 4.48 1.0925 298.15 8,114.7 0.811 -4.09 4.36 1.06

26 299.15 7,789.1 0.779 -4.07 4.23 1.0427 300.15 7,478.7 0.748 -4.04 4.11 1.0228 301.15 7,182.5 0.718 -4.01 3.98 0.9929 302.15 6,900.0 0.690 -3.99 3.86 0.9730 303.15 6,630.3 0.663 -3.96 3.74 0.9431 304.15 6,372.8 0.637 -3.93 3.62 0.92

32 305.15 6,126.9 0.613 -3.91 3.50 0.8933 306.15 5,892.0 0.589 -3.88 3.38 0.8734 307.15 5,667.5 0.567 -3.86 3.26 0.8435 308.15 5,453.0 0.545 -3.83 3.14 0.8236 309.15 5,247.9 0.525 -3.81 3.03 0.79

37 310.15 5,051.8 0.505 -3.78 2.91 0.7738 311.15 4,864.1 0.486 -3.76 2.80 0.7439 312.15 4,684.6 0.468 -3.74 2.68 0.7240 313.15 4,512.8 0.451 -3.71 2.57 0.6941 314.15 4,348.3 0.435 -3.69 2.46 0.6742 315.15 4,190.9 0.419 -3.67 2.35 0.64

43 316.15 4,040.0 0.404 -3.64 2.24 0.6144 317.15 3,895.5 0.390 -3.62 2.13 0.5945 318.15 3,757.0 0.376 -3.60 2.02 0.5646 319.15 3,624.3 0.362 -3.57 1.91 0.5447 320.15 3,497.0 0.350 -3.55 1.81 0.5148 321.15 3,374.9 0.337 -3.53 1.70 0.48

49 322.15 3,257.9 0.326 -3.51 1.60 0.4650 323.15 3,145.5 0.315 -3.49 1.49 0.4351 324.15 3,037.8 0.304 -3.47 1.39 0.4052 325.15 2,934.3 0.293 -3.44 1.29 0.3753 326.15 2,834.9 0.283 -3.42 1.18 0.3554 327.15 2,739.5 0.274 -3.40 1.08 0.32

55 328.15 2,647.9 0.265 -3.38 0.98 0.2956 329.15 2,559.8 0.256 -3.36 0.88 0.2657 330.15 2,475.2 0.248 -3.34 0.78 0.2358 331.15 2,393.9 0.239 -3.32 0.68 0.2159 332.15 2,315.7 0.232 -3.30 0.59 0.18

60 333.15 2,240.5 0.224 -3.28 0.49 0.1561 334.15 2,168.2 0.217 -3.26 0.39 0.1262 335.15 2,098.6 0.210 -3.24 0.30 0.0963 336.15 2,031.7 0.203 -3.22 0.20 0.0664 337.15 1,967.2 0.197 -3.20 0.11 0.0365 338.15 1,905.2 0.191 -3.18 0.02 0.00


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T,°C T,K RT,Ohm R/R0 NTC,%/K ΔR,±% ΔT,±K66 339.15 1,845 0.185 -3.17 0.08 0.0267 340.15 1,787.9 0.179 -3.15 0.17 0.05

68 341.15 1,732.5 0.173 -3.13 0.26 0.0869 342.15 1,679.2 0.168 -3.11 0.35 0.1170 343.15 1,627.7 0.163 -3.09 0.44 0.1471 344.15 1,578.1 0.158 -3.08 0.53 0.1772 345.15 1,530.3 0.153 -3.06 0.62 0.2073 346.15 1,484.3 0.148 -3.04 0.71 0.23

74 347.15 1,439.8 0.144 -3.02 0.80 0.2675 348.15 1,397.0 0.140 -3.00 0.89 0.2976 349.15 1,355.6 0.136 -2.99 0.97 0.3377 350.15 1,315.7 0.132 -2.97 1.06 0.3678 351.15 1,277.2 0.128 -2.95 1.14 0.39

79 352.15 1,240.0 0.124 -2.94 1.23 0.4280 353.15 1,204.1 0.120 -2.92 1.31 0.4581 354.15 1,169.4 0.117 -2.90 1.40 0.4882 355.15 1,136.0 0.114 -2.89 1.48 0.5183 356.15 1,103.6 0.110 -2.87 1.56 0.5484 357.15 1,072.4 0.107 -2.86 1.65 0.58

85 358.15 1,042.2 0.104 -2.84 1.73 0.6186 359.15 1,013.0 0.101 -2.82 1.81 0.6487 360.15 984.8 0.098 -2.81 1.89 0.6788 361.15 957.5 0.096 -2.79 1.97 0.7189 362.15 931.1 0.093 -2.78 2.05 0.7490 363.15 905.6 0.091 -2.76 2.13 0.77

91 364.15 881.0 0.088 -2.75 2.21 0.8092 365.15 857.1 0.086 -2.73 2.29 0.8493 366.15 834.0 0.083 -2.72 2.36 0.8794 367.15 811.6 0.081 -2.70 2.44 0.9095 368.15 790.0 0.079 -2.69 2.52 0.9496 369.15 769.0 0.077 -2.67 2.59 0.97

97 370.15 748.7 0.075 -2.66 2.67 1.0098 371.15 729.1 0.073 -2.64 2.74 1.0499 372.15 710.1 0.071 -2.63 2.82 1.07100 373.15 691.6 0.069 -2.62 2.89 1.11101 374.15 673.8 0.067 -2.60 2.97 1.14

102 375.15 656.4 0.066 -2.59 3.04 1.17103 376.15 639.7 0.064 -2.58 3.11 1.21104 377.15 623.4 0.062 -2.56 3.19 1.24105 378.15 607.6 0.061 -2.56 3.26 1.27106 379.15 592.4 0.059 -2.56 3.33 1.30107 380.15 577.5 0.058 -2.56 3.40 1.33


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T,°C T,K RT,Ohm R/R0 NTC,%/K ΔR,±% ΔT,±K108 381.15 563.1 0.056 -2.56 3.47 1.36109 382.15 549.2 0.055 -2.56 3.54 1.38

110 383.15 535.7 0.054 -2.56 3.61 1.41111 384.15 522.5 0.052 -2.56 3.68 1.44112 385.15 509.8 0.051 -2.56 3.75 1.46113 386.15 497.4 0.050 -2.56 3.82 1.49114 387.15 485.4 0.049 -2.56 3.89 1.52115 388.15 473.7 0.047 -2.56 3.95 1.54

116 389.15 462.4 0.046 -2.56 4.02 1.57117 390.15 451.4 0.045 -2.56 4.09 1.60118 391.15 440.7 0.044 -2.56 4.15 1.62119 392.15 430.4 0.043 -2.56 4.22 1.65120 393.15 420.3 0.042 -2.56 4.29 1.67

121 394.15 410.5 0.041 -2.56 4.35 1.70122 395.15 401.0 0.040 -2.56 4.42 1.72123 396.15 391.7 0.039 -2.56 4.48 1.75124 397.15 382.7 0.038 -2.56 4.55 1.77125 398.15 374.0 0.037 -2.56 4.61 1.80


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NTCglass-beadedthermistortypeismountedtoTECcoldsideceramicsedgebydefault.ThemounQngismadebythermoconducQveepoxygluing.SuchmounQngmethodisthemostopQmalforTECswithceramicsthickness0.5mmorthickerone.TheposiQonofthermistorposiQoncanbeadjustedbyrequest.

THERMISTOR MOUNTING METHODS

StandardMounAngMethod

Glass-beadedNTCthermistorstypesTB222andTB103have0.4mmdia.Itispossibletoapplythestandardmourningmethodwithgluingtocoldceramicsedge,butthereisacertainriskofdetachment.Incaseofceramicsthinnerthan0.5mmit’srecommendedtoavoidmounQngtoceramicsedgeandapplymounQngoncoldsidetopsurface.

MounAngonthinceramics

Fig.3Fig.1

SomeQmesit’smoreopQmaltoinstallthethermistorasclosetotheobjectonTECcoldsideaspossibleforprecisetemperatureregulaQon.NTCglass-beadedthermistorcanbemountedtoanylocaQononTECcoldsidebyCustomerrequest.

CustomizedPosiAonMounAng

Fig.4

Safe

0.5mm

Fig.2

“Flatsurface“moun;ng

Risky

Documents

TB04-103 5% Thermistor Specification upd2018 · 2019-10-22 · Title: TB04-103 5% Thermistor_Specification_upd2018 Author: Tim Gromov Subject: TB04-103 5% Thermistor_Specification_upd2018