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NTC THERMISTORS vishay

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www.vishay.comRevision: 25-Sep-06 1

Table of ContentsVishay

NTC THERMISTORS

NTC SMDGlobal Part Numbering Information NTC SMD ....................................................................................................... 42381 615 4. . . ./NTCS0402E3. . . Surface Mount, NTC Thermistors, 0402, NiSn terminations........................... 52381 615 3. . . ./NTCS0603E3. . . Surface Mount, NTC Thermistors, 0603, NiSn terminations........................... 152381 615 5. . . ./NTCS0805E3. . . . .T Surface Mount, NTC Thermistors, 0805, NiSn terminations........................... 27NTHS Surface Mount Chip NTC Thermistors............................................................ 392381 615 1. . . ./NTCS0805E4. . .(non preferred range) Surface Mount, NTC Thermistors, 0805, AgPd terminations.......................... 412381 615 2. . . ./NTCS0603E4. . .(non preferred range) Surface Mount, NTC Thermistors, 0603, AgPd terminations.......................... 52

NTC Glass EncapsulatedGlobal Part Numbering Information NTC Glass Encapsulated ............................................................................... 582381 633 3/8. . . ./NTCLG100E2. . . . . &2381 633 5. . . ./NTCSMELFE3. . . .T NTC Thermistors, High Temperature Sensors................................................ 59

NTC LeadedGlobal Part Numbering Information NTC Leaded ................................................................................................... 682381 640 5. . . ./NTCL202E3. . . . NTC Thermistors, Accuracy Line.................................................................... 692381 640 3/4/6. . . ./NTCLE100E3. . .B0/T1/T2 NTC Thermistors, Accuracy Line.................................................................... 752381 640 10. . ./NTCLE100E3. . .SB0 NTC Thermistors, Special Accuracy............................................................... 942381 640 90059/NTCLE301E4C90059 NTC Thermistors, Long Insulated Leads ....................................................... 982381 645 10/20. . . ./NTCLE. . .E3. . .SB0 NTC Thermistors, INSULATED Lead Sensors .............................................. 1002381 645 90028/NTCLE201E3C90028 NTC Thermistors, Long Non-Insulated Leads ................................................ 102M, C, T NTC Leaded Thermistors ............................................................................... 104

NTC MoldedGlobal Part Numbering Information NTC Molded.................................................................................................... 1102381 641 6. . . ./NTCLM101E3. . . .B0 NTC Thermistors, Molded Range ................................................................... 1112381 640 90004/98004/NTCLM101E3C90004/98004 NTC Thermistors, Molded Range ................................................................... 116

NTC Assemblies2381 641 2/3/4. . . . NTC Thermistors, Special Long Lead Sensors .............................................. 1182381 640 7. . . ./NTCSCWE3. . . NTC Thermistors, Screw Threaded Sensors ................................................. 122NTC Thermistor Assemblies Overview, Styles, and Script Sheet................................................................. 1232381 640 90042 NTC Thermistors, Steel Capped Sensors ...................................................... 133

NTC Naked ChipsGlobal Part Numbering Information NTC Naked Chips .......................................................................................... 1362381 640 0. . . ./NTCC100E4. . . . NTC Thermistors, Naked Chips ..................................................................... 137W Surface Mount Chip NTC Thermistors, Top and Bottom Surface Terminations,

High-Density Monolithic Ceramic Construction Packaging ............................ 144

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Model Numbers

Global Part Numbering Information ....................... 4

2381 615 4 . . . ./NTCS0402E3 . . . ......... 5

2381 615 3 . . . ./NTCS0603E3 . . . ......... 15

2381 615 5 . . . ./NTCS0805E3 . . . . . T...... 27

NTHS ............................... 39

2381 615 1 . . . ./NTCS0805E4 . . .(non preferred range)....... 41

2381 615 2 . . . ./NTCS0603E4 . . .(non preferred range)....... 52

NTCSMD

NTC SMD

Global Part Numbering InformationVishay BCcomponents

www.vishay.com For technical questions, contact: [email protected] Document Number: 330344 Revision: 22-Sep-06

GENERAL ORDER INFORMATION

PRODUCTFAMILY

R25 VALUE TOLERANCEON R25

B25/85 VALUE

U (ultra low):B25/85 < 3000

L (low):3000 ≤ B25/85 < 3500

M (medium):3500 ≤ B25/85 < 3750

H (high):3750 ≤ B25/85 < 4000

X (very high):4000 ≤ B25/85 < 4250

Z (ultra high):4250 ≤ B25/85

PART NUMBER: NTC S 0805 E3 103 F M T

PRODUCT DESCRIPTION:

EXECUTION SIZE RoHS COMPLIANCETERMINATION TYPE0805

06030402

E3 = NiSnE4 = AgPd

S = SMDNTC

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω

see spec. for values

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


F = 1 %G = 2 %H = 3 %J = 5 %K = 10 %

N T C S 0 8 0 5 E 3 1 0 3 F M T

RoHS COMPLIANCE EXECUTION

2381 = YES2322 = NO

2381

615 = SMD NTC

615 5

2381 615 5 3 103

5 = 0805 NiSn4 = 0402 NiSn3 = 0603 NiSn2 = 0603 AgPd1 = 0805 AgPd

PACKAGING

T = Paper Tape

SIZE + TYPE

3

5 = 1 %4 = 2 %6 = 3 %3 = 5 %

2 = 10 %

TOLERANCEON R25

103

R25 VALUE

Surface Mount, NTC Thermistors

2381 615 4..../NTCS0402E3...Vishay BCcomponents

Document Number: 29003 For technical questions, contact: [email protected] www.vishay.comRevision: 13-Sep-06 5

FEATURES• TCR from 6 to 2 %/K even at high temperatures

• Tolerance on B25/85 down to 3 %

• Suitable for wave or reflow soldering

• NiSn terminations

• Fully glass coated

• Old part number was 2322 615 4....

• Component in accordance to RoHS 2002/95/EC andWEEE 2002/96/EC

APPLICATIONS• Temperature compensation, sensing and protection in,

for example:

– Battery chargers

– Consumer equipment

– Office equipment

DESCRIPTIONSize 0402 chip thermistors with a negative temperaturecoefficient. The device has no marking.

PACKAGINGAvailable in 8 mm punched paper tape on reel package of10 000 units.

Note1. replace digit * by 5 for tol. on R25 °C = 1 %, by 4 for 2 %, 6 for 3 %, by 3 for 5 % and by 2 for 10 %2. replace digit * by J for 5 %, H for 3 %, G for 2 %, F for 1 % tolerance on R25 °C

QUICK REFERENCE DATAPARAMETER VALUE

Resistance value at 25 °C 4.7 kΩ to 100 kΩ

Tolerance on R25 - value± 1 %; ± 2 %; ± 3 %;

± 5 %; ± 10 %

Tolerance on B25/85 - value see Table below

Maximum dissipation at 25 °C 125 mW

Thermal time constant τ ≈ 8 s

Operating temperature range - 40 to + 150 °C

R/T values see Tables

Climatic category 40/125/56

Mass ≈ 0.002 g

ELECTRICAL DATA AND ORDERING INFORMATION

R25 - VALUE(kΩ)

B25/85 - VALUE(K)

TOLERANCEON B25/85

(%)

12NC ORDERING CODE2381 615 4...1)

SAP MATERIAL NO.NTCS0402E3...2)

4.7 3595 ± 3 *472 472*MT

10 3490 ± 3 *103 103*LT

15 3600 ± 3 *153 153*HT

22 3590 ± 3 *223 223*MT

33 3670 ± 3 *333 333*MT

47 4075 ± 3 *473 473*XT

68 3910 ± 3 *683 683*HT

100 3950 ± 3 *104 104*HT

2381 615 4..../NTCS0402E3...Vishay BCcomponents Surface Mount, NTC Thermistors


DIMENSIONS in millimeters

T

L1

W

L2 L3L4

L1 W T L2 and L3MIN.

L4MIN.

1.0 ± 0.15 0.5 ± 0.15 0.5 ± 0.15 0.1 0.3

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 4.7 kΩ

TOPER(°C)

CATALOG NUMBER 2381 615 4X472 OR SAP NO. NTCS0402E3472YMT

RT(Ω)

TCR(%/K)

ΔR/R DUE TO B-TOLERANCE(%)

- 40 117 851.65 - 6.08 11.22- 35 87 377.07 - 5.89 10.14- 30 65 414.86 - 5.69 9.10- 25 49 435.13 - 5.51 8.11- 20 37 699.56 - 5.33 7.15- 15 29 002.73 - 5.16 6.24- 10 22 501.16 - 4.99 5.35- 5 17 599.41 - 4.83 4.500 13 873.45 - 4.68 3.685 11 018.80 - 4.53 2.89

10 8814.97 - 4.39 2.1315 7101.03 - 4.26 1.4020 5758.62 - 4.13 0.6925 4700.00 - 4.00 0.0030 3859.67 - 3.88 0.6635 3188.38 - 3.76 1.3140 2648.86 - 3.65 1.9345 2212.67 - 3.55 2.5350 1858.03 - 3.44 3.1155 1568.12 - 3.34 3.6860 1329.87 - 3.25 4.2365 1133.09 - 3.16 4.7670 969.76 - 3.07 5.2875 833.56 - 2.98 5.7880 719.47 - 2.90 6.2785 623.48 - 2.83 6.7490 542.38 - 2.75 7.2095 473.58 - 2.68 7.65

100 414.98 - 2.61 8.09105 364.89 - 2.54 8.51110 321.91 - 2.47 8.93115 284.90 - 2.41 9.33120 252.92 - 2.35 9.73125 225.20 - 2.29 10.11130 201.09 - 2.24 10.48135 180.07 - 2.18 10.85140 161.67 - 2.13 11.20145 145.53 - 2.08 11.55150 131.33 - 2.03 11.89

2381 615 4..../NTCS0402E3...Surface Mount, NTC Thermistors Vishay BCcomponents


RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 10 kΩ

TOPER(°C)

CATALOG NUMBER 2381 615 4X103 OR SAP NO. NTCS0402E3103YLT

RT(Ω)

TCR(%/K)


- 40 214 063.67 - 5.72 11.22- 35 161 527.01 - 5.55 10.14- 30 122 938.33 - 5.38 9.10- 25 94 353.48 - 5.21 8.11- 20 73 003.30 - 5.05 7.15- 15 56 927.91 - 4.90 6.24- 10 44 729.13 - 4.75 5.35- 5 35 401.63 - 4.61 4.500 28 217.00 - 4.47 3.685 22 643.44 - 4.33 2.89

10 18 289.86 - 4.21 2.1315 14 866.53 - 4.08 1.4020 12 157.35 - 3.96 0.6925 10 000.00 - 3.85 0.0030 8271.77 - 3.74 0.6635 6879.27 - 3.63 1.3140 5751.02 - 3.53 1.9345 4831.94 - 3.43 2.5350 4079.35 - 3.34 3.1155 3459.99 - 3.25 3.6860 2947.82 - 3.16 4.2365 2522.30 - 3.08 4.7670 2167.17 - 2.99 5.2875 1869.50 - 2.92 5.7880 1618.94 - 2.84 6.2785 1407.18 - 2.77 6.7490 1227.51 - 2.70 7.2095 1074.48 - 2.63 7.65

100 943.67 - 2.56 8.09105 831.46 - 2.50 8.51110 734.86 - 2.44 8.93115 651.44 - 2.38 9.33120 579.17 - 2.32 9.73125 516.36 - 2.27 10.11130 461.60 - 2.22 10.48135 413.73 - 2.16 10.85140 371.77 - 2.11 11.20145 334.88 - 2.07 11.55150 302.36 - 2.02 11.89


TOPER(°C)

CATALOG NUMBER 2381 615 4X153 OR SAP NO. NTCS0402E3153YHT

RT(Ω)

TCR(%/K)


- 40 347 696.43 - 5.86 11.22- 35 260 574.24 - 5.68 10.14- 30 197 003.50 - 5.51 9.10- 25 150 213.26 - 5.34 8.11- 20 115 481.81 - 5.18 7.15- 15 89 488.82 - 5.02 6.24- 10 69 880.15 - 4.87 5.35- 5 54 973.10 - 4.73 4.500 43 555.42 - 4.59 3.68



5 34 746.94 - 4.45 2.8910 27 903.80 - 4.32 2.1315 22 551.53 - 4.20 1.4020 18 338.00 - 4.08 0.6925 15 000.00 - 3.96 0.0030 12 339.53 - 3.85 0.6635 10 206.62 - 3.74 1.3140 8486.97 - 3.64 1.9345 7092.93 - 3.54 2.5350 5956.89 - 3.44 3.1155 5026.40 - 3.35 3.6860 4260.51 - 3.26 4.2365 3627.13 - 3.18 4.7670 3100.93 - 3.09 5.2875 2661.84 - 3.01 5.7880 2293.88 - 3.94 6.2785 1984.26 - 3.86 6.7490 1722.68 - 2.79 7.2095 1500.85 - 2.72 7.65

100 1312.03 - 2.66 8.09105 1150.72 - 2.59 8.51110 1012.43 - 2.53 8.93115 893.49 - 2.47 9.33120 790.85 - 2.41 9.73125 702.01 - 2.36 10.11130 624.86 - 2.30 10.48135 557.68 - 2.25 10.85140 499.00 - 2.20 11.20145 447.62 - 2.15 11.55150 402.49 - 2.10 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 501 411.70 - 5.84 11.22- 35 376 174.12 - 5.66 10.14- 30 284 753.94 - 5.48 9.10- 25 217 416.83 - 5.31 8.11- 20 167 385.72 - 5.15 7.15- 15 129 899.74 - 4.99 6.24- 10 101 585.03 - 4.84 5.35- 5 80 030.20 - 4.70 4.500 63 497.49 - 4.56 3.685 50 724.55 - 4.43 2.89

10 40 787.18 - 4.30 2.1315 33 003.71 - 4.17 1.4020 26 867.64 - 4.06 0.6925 22 000.00 - 3.94 0.0030 18 115.28 - 3.83 0.6635 14 996.99 - 3.73 1.3140 12 479.89 - 3.62 1.9345 10 437.10 - 3.53 2.5350 8770.63 - 3.43 3.11



55 7404.33 - 3.34 3.6860 6278.71 - 3.25 4.2365 5347.05 - 3.17 4.7670 4572.46 - 3.09 5.2875 3925.65 - 3.01 5.7880 3383.28 - 2.94 6.2785 2926.64 - 2.86 6.7490 2540.69 - 2.79 7.2095 2213.23 - 2.73 7.65

100 1934.40 - 2.66 8.09105 1696.12 - 2.60 8.51110 1491.82 - 2.54 8.93115 1316.06 - 2.48 9.33120 1164.37 - 2.42 9.73125 1033.06 - 2.37 10.11130 919.03 - 2.31 10.48135 819.74 - 2.26 10.85140 733.03 - 2.21 11.20145 657.10 - 2.16 11.55150 590.44 - 2.12 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 831 938.59 - 6.14 11.22- 35 615 448.56 - 5.92 10.14- 30 460 193.66 - 5.71 9.10- 25 347 596.17 - 5.51 8.11- 20 265 065.49 - 5.33 7.15- 15 20 3963.61 - 5.15 6.24- 10 158 295.25 - 4.99 5.35- 5 123 853.56 - 4.83 4.500 97 655.81 - 4.68 3.685 77 566.21 - 4.54 2.89

10 62 041.07 - 4.40 2.1315 49 954.62 - 4.27 1.4020 40 478.91 - 4.15 0.6925 33 000.00 - 3.03 0.0030 27 059.17 - 3.91 0.6635 22 311.10 - 3.81 1.3140 18 493.97 - 3.70 1.9345 15 407.98 - 3.60 2.5350 12 899.59 - 3.51 3.1155 10 850.13 - 3.41 3.6860 9167.30 - 3.33 4.2365 7778.91 - 3.24 4.7670 6628.18 - 3.16 5.2875 5670.21 - 3.08 5.7880 4869.32 - 3.01 6.2785 4197.00 - 2.94 6.7490 3630.40 - 2.87 7.2095 3151.06 - 2.80 7.65

100 2744.06 - 2.73 8.09



105 2397.26 - 2.67 8.51110 2100.74 - 2.61 8.93115 1846.38 - 2.55 9.33120 1627.48 - 2.50 9.73125 1438.51 - 2.44 10.11130 1274.91 - 2.39 10.48135 1132.84 - 2.34 10.85140 1009.14 - 2.29 11.20145 901.13 - 2.24 11.55150 806.58 - 2.19 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)

CATALOG NUMBER 2381 615 4X473 OR SAP NO. NTCS0402E3473YXT

RT(Ω)

TCR(%/K)


- 40 1 514 773.04 - 6.19 11.22- 35 1 114 828.57 - 6.07 10.14- 30 825 416.78 - 5.95 9.10- 25 615 030.13 - 5.82 8.11- 20 461 300.34 - 5.69 7.15- 15 348 340.37 - 5.55 6.24- 10 264 846.40 - 5.41 5.35- 5 202 753.02 - 5.27 4.500 156 284.67 - 5.14 3.685 121 288.05 - 5.00 2.89

10 94 762.48 - 4.87 2.1315 74 529.09 - 4.74 1.4020 58 997.38 - 4.61 0.6925 47 000.00 - 4.48 0.0030 37 675.36 - 4.36 0.6635 30 383.98 - 4.24 1.3140 24 648.51 - 4.13 1.9345 20 110.62 - 4.01 2.5350 16 499.77 - 3.90 3.1155 13 610.61 - 3.80 3.6860 11 286.36 - 3.69 4.2365 9406.70 - 3.59 4.7670 7878.79 - 3.50 5.2875 6630.61 - 3.40 5.7880 5605.99 - 3.31 6.2785 4760.94 - 3.22 6.7490 4060.80 - 3.14 7.2095 3478.15 - 3.06 7.65

100 2991.19 - 2.98 8.09105 2582.50 - 2.90 8.51110 2238.12 - 2.83 8.93115 1946.79 - 2.75 9.33120 1699.40 - 2.68 9.73125 1488.54 - 2.62 10.11130 1308.18 - 2.55 10.48135 1153.38 - 2.49 10.85140 1020.05 - 2.43 11.20145 904.86 - 2.37 11.55150 805.02 - 2.31 11.89




TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 2 179 611.50 - 6.65 11.22- 35 1 573 199.63 - 6.40 10.14- 30 1 149 311.24 - 6.16 9.10- 25 849 224.01 - 5.94 8.11- 20 634 230.72 - 5.74 7.15- 15 478 461.46 - 5.54 6.24- 10 364 399.28 - 5.35 5.35- 5 280 036.50 - 5.18 4.500 217 045.88 - 5.01 3.685 169 588.77 - 4.86 2.89

10 133 528.58 - 4.71 2.1315 105 905.55 - 4.56 1.4020 84 581.95 - 4.43 0.6925 68 000.00 - 4.30 0.0030 55 014.80 - 4.18 0.6635 44 778.07 - 4.06 1.3140 36 656.44 - 3.95 1.9345 30 173.47 - 3.84 2.5350 24 968.25 - 3.74 3.1155 20 765.51 - 3.64 3.6860 17 353.94 - 3.54 4.2365 14 570.33 - 3.45 4.7670 12 287.85 - 3.36 5.2875 10 407.39 - 3.28 5.7880 8851.06 - 3.20 6.2785 7557.32 - 3.12 6.7490 6477.32 - 3.05 7.2095 5572.07 - 2.98 7.65

100 4810.32 - 2.91 8.09105 4166.88 - 2.84 8.51110 3621.41 - 2.77 8.93115 3157.34 - 2.71 9.33120 2761.19 - 2.65 9.73125 2421.90 - 2.59 10.11130 2130.39 - 2.54 10.48135 1879.16 - 2.48 10.85140 1662.00 - 2.43 11.20145 1473.74 - 2.38 11.55150 1310.08 - 2.33 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 3 238 142.11 - 6.57 11.22- 35 2 344 881.64 - 6.35 10.14- 30 1 716 473.25 - 6.13 9.10- 25 1 269 492.61 - 5.93 8.11- 20 948 194.33 - 5.74 7.15- 15 714 901.46 - 5.56 6.24- 10 543 869.12 - 5.38 5.35- 5 417 320.14 - 5.21 4.500 322 854.97 - 5.05 3.685 251 740.95 - 4.90 2.89

10 197 770.62 - 4.75 2.13



SOLDERING CONDITIONS

This SMD thermistor is only suitable for wave or reflow soldering, in accordance with “CECC 00802”. The maximum temperatureof 260 °C during 40 s should not be exceeded.

Typical examples of a soldering processes that will provide reliable joints without damage, are shown below.

15 156 492.00 - 4.61 1.4020 124 684.71 - 4.48 0.6925 100 000.00 - 4.35 0.0030 80 711.25 - 4.22 0.6635 65 539.50 - 4.11 1.3140 53 530.39 - 3.99 1.9345 43 966.79 - 3.88 2.5350 36 306.14 - 3.78 3.1155 30 135.26 - 3.68 3.6860 25 137.53 - 3.58 4.2365 21 068.83 - 3.48 4.7670 17 739.85 - 3.39 5.2875 15 002.94 - 3.31 5.7880 12 742.32 - 3.22 6.2785 10 866.72 - 3.14 6.7490 9303.84 - 3.07 7.2095 7996.08 - 2.99 7.65

100 6897.40 - 2.92 8.09105 5970.77 - 2.85 8.51110 5186.31 - 2.78 8.93115 4519.80 - 2.72 9.33120 3951.51 - 2.66 9.73125 3465.32 - 2.60 10.11130 3048.01 - 2.54 10.48135 2688.67 - 2.48 10.85140 2378.30 - 2.43 11.20145 2109.44 - 2.37 11.55150 1875.84 - 2.32 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)


C

A

Typical values (solid line)Process limits (dotted lines)Dimensions in mm

235 - 260 °C

10 s

second wave

first wave

200 K/s

100 - 130 °C

2 K/s

Time (s)

5 K/s

2 K/s

Tem

per

atu

re (

°C)

Temperature Characteristic with dual wave soldering

50

100

150

250

300

200

050 100 150 250 3002000

B

A = 0.5 mmB = 0.5 mmC = 1.5 mm



PACKAGING

TAPE SPECIFICATIONS

All tape specifications are in accordance with “IEC 60286-3”. Basic dimensions are given below . Carrier tape material is paper.

PAPER TAPE

Notes1. Measured 0.3 mm above base pocket2. P0 pitch tolerance over any 10 pitches is ± 1 mm

260 °C

245 °C215 °C180 °C

150 °C

130 °C

2 K/s

10 s

approx 40 s

10 s

Time (s)

0 50 100 150 200 250

200

250

100

150

Tem

per

atu

re (

°C)

50

0

300

normallimit

Temperature Characteristic with infrared soldering Lead (Pb)-free Reflow Soldering Profile

260 °C≈ 245 °C

235 °C

≈ 170 °C

≈ 120 °C

2 K/smax

Time (s)

0 50 100 150 200 350

200

250

100

150

Tem

per

atu

re (

°C)

50

0

30040 s max

≈ 60 s

20 s min

normallimit

250 300

6 K/smax

T1

D0

P0

E1

B0

P2

P1

A0

direction of unreeling

FW

G

T

Topcovertape

Bottomcovertape

DIMENSIONS OF PAPER TAPE in millimeters

PARAMETER DIMENSION TOLERANCE

A01) 0.65 ± 0.1

B01) 1.15 ± 0.1

D0 1.55 ± 0.05

P02) 2.00 ± 0.10

E1 1.75 ± 0.10

CUMULATIVE PITCH OVER 10 POSITIONS 0.00 ± 0.1

P2 1.00 ± 0.05

3.5 ± 0.05

T1 < 0.1 -

W 8 ± 0.2

T 0.8 max -



LEADER/TRAILER TAPE SPECIFICATION

TAPING PACKAGE REQUIREMENTS

Component is free and not sticking to top and/or bottom tape.Component should be easy to remove from carrier tape.

TESTS AND REQUIREMENTS

SOLDERABILITY AND RESISTANCE TO SOLDERING HEAT

IEC 60068-2-58 TESTMETHOD TEST PROCEDURE REQUIREMENTS

6 Tcsolderability 2 s at 235 °C min. 95 % of surface wetted

resistance to soldering heat 10 s at 260 °C ΔR/R < 5 %

Leader/trailer tape

empty compartmentswith cover tape(min. 240 mm)

cover tape only

leader ≥400 mmtrailer (min. 160 mm)

trailer end

leader end




FEATURES

• TCR from 6 to 2 %/K even at high temperatures





• Old part number was 2322 615 3...


APPLICATIONS

• Temperature compensation, sensing and protection in, forexample:




DESCRIPTION

Size 0603 chip thermistors with a negative temperaturecoefficient. The device has no marking.

PACKAGING

Available in 8 mm punched paper tape on reel package of4000 units.

Note

1. Replace * in 12NC by 3 for 5 %, 6 for 3 %, 4 for 2 %, 5 for 1 % tolerance on R25 °C

2. Replace * in SAP part no by J for 5 %, H for 3 %, G for 2 %, F for 1 % tolerance on R25 °C



Tolerance on R25 - value ± 1 %; ± 2 %; ± 3 %; ± 5 %

Tolerance on B25/85 - value see Table below




R/T values see Tables


Mass ≈ 0.0045 g


R25 - VALUE(kΩ)

B25/85 - VALUE(K)

TOLERANCEON B25/85

(%)

12NC ORDERING CODE2381 615 3...1)


2.0 3420 ± 1 *202 202*LT

2.2 3520 ± 1 *222 222*MT

2.7 3600 ± 1 *227 227*MT

4.7 3830 ± 1 *472 472*HT

10 3610 ± 1 *103 103*MT

15 3600 ± 1 *153 153*MT

22 3730 ± 1 *223 223*MT

33 3860 ± 1 *333 333*HT

47 3960 ± 1 *473 473*HT

68 3985 ± 1 *683 683*HT

100 4100 ± 1 *104 104*XT




T

L1

W

L2 L3L4

L1 W TL2 AND L3

MIN.L4

MIN.

1.6 ± 0.15 0.8 ± 0.15 0.8 ± 0.15 0.2 0.4


TOPER(°C)

CATALOG NUMBER 2381 615 3*202 OR SAP NO. NTCS0603E3202*MT

RT(Ω)

TCR(%/K)


- 40 44 296.84 - 5.93 7.58- 35 33 114.10 - 5.71 6.83- 30 25 010.30 - 5.51 6.13- 25 19 076.23 - 5.32 5.45- 20 14 687.34 - 5.14 4.80- 15 11 410.09 - 4.96 4.18- 10 8940.38 - 4.80 3.58- 5 7062.81 - 4.64 3.010 5623.37 - 4.48 2.465 4510.88 - 4.34 1.93

10 3644.43 - 4.20 1.4215 2964.60 - 4.06 0.9320 2427.39 - 3.94 0.4625 2000.00 - 3.81 0.0030 1657.75 - 3.70 0.2235 1381.96 - 3.58 0.4340 1158.40 - 3.48 0.6445 976.12 - 3.37 0.8450 826.68 - 3.27 1.0355 703.51 - 3.18 1.2260 601.48 - 3.09 1.4065 516.53 - 3.00 1.5870 445.49 - 2.92 1.7575 385.79 - 2.84 1.9280 335.42 - 2.76 2.0885 292.73 - 2.69 2.2390 256.40 - 2.61 2.5495 225.37 - 2.55 2.85

100 198.77 - 2.48 3.14105 175.88 - 2.42 3.43110 156.11 - 2.35 3.71115 138.98 - 2.29 3.98120 124.09 - 2.24 4.24125 111.11 - 2.18 4.50130 99.76 - 2.13 4.76135 89.80 - 2.08 5.00140 81.03 - 2.03 5.25145 73.30 - 1.98 5.48150 66.47 - 1.94 5.71




TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 53 502.61 - 6.11 7.58- 35 39 637.33 - 5.89 6.83- 30 29 679.76 - 5.68 6.13- 25 22 450.97 - 5.48 5.45- 20 17 148.62 - 5.29 4.80- 15 13 220.63 - 5.11 4.18- 10 10 283.06 - 4.94 3.58- 5 8066.16 - 4.77 3.010 6378.54 - 4.62 2.465 5083.09 - 4.47 1.93

10 4080.75 - 4.32 1.4215 3299.24 - 4.18 0.9320 2685.45 - 4.05 0.4625 2200.00 - 3.93 0.0030 1813.46 - 3.80 0.2235 1503.70 - 3.69 0.4340 1253.93 - 3.58 0.6445 1051.33 - 3.47 0.8450 886.05 - 3.37 1.0355 750.49 - 3.27 1.2260 638.72 - 3.18 1.4065 546.09 - 3.09 1.5870 468.95 - 3.00 1.7575 404.41 - 2.92 1.9280 350.18 - 2.84 2.0885 304.40 - 2.76 2.2390 265.61 - 2.69 2.5495 232.60 - 2.62 2.85

100 204.39 - 2.55 3.14105 180.22 - 2.49 3.43110 159.41 - 2.42 3.71115 141.44 - 2.36 3.98120 125.88 - 2.30 4.24125 112.35 - 2.25 4.50130 100.55 - 2.19 4.76135 90.24 - 2.14 5.00140 81.19 - 2.09 5.25145 73.23 - 2.04 5.48150 66.22 - 1.99 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 70 762.57 - 6.26 7.58- 35 52 048.04 - 6.03 6.83- 30 38 704.41 - 5.82 6.13- 25 29 084.12 - 5.61 5.45- 20 22 074.19 - 5.42 4.80- 15 16 914.12 - 5.23 4.18- 10 13 078.64 - 5.06 3.58- 5 10 201.06 - 4.89 3.010 8022.83 - 4.72 2.465 6359.87 - 4.57 1.93



10 5079.88 - 4.42 1.4215 4086.95 - 4.28 0.9320 3310.90 - 4.14 0.4625 2700.00 - 4.02 0.0030 2215.79 - 3.89 0.2235 1829.45 - 3.77 0.4340 1519.26 - 3.66 0.6445 1268.68 - 3.55 0.8450 1065.09 - 3.45 1.0355 898.74 - 3.35 1.2260 762.09 - 3.25 1.4065 649.26 - 3.16 1.5870 555.63 - 3.07 1.7575 477.56 - 2.99 1.9280 412.18 - 2.90 2.0885 357.17 - 2.83 2.2390 310.69 - 2.75 2.5495 271.26 - 2.68 2.85

100 237.68 - 2.61 3.14105 208.97 - 2.54 3.43110 184.33 - 2.48 3.71115 163.12 - 2.41 3.98120 144.79 - 2.35 4.24125 128.90 - 2.30 4.50130 115.08 - 2.24 4.76135 103.02 - 2.19 5.00140 92.47 - 2.13 5.25145 83.22 - 2.08 5.48150 75.07 - 2.04 5.71


TOPER(°C)

CATALOG NUMBER 2381 615 3*472 OR SAP NO. NTCS0603E3472*HT

RT(Ω)

TCR(%/K)


- 40 152 831.92 - 6.66 7.58- 35 110 192.48 - 6.43 6.83- 30 80 369.15 - 6.20 6.13- 25 59 267.29 - 5.98 5.45- 20 44 169.70 - 5.78 4.80- 15 33 252.16 - 5.58 4.18- 10 25 276.18 - 5.39 3.58- 5 19 391.74 - 5.21 3.010 15 009.33 - 5.04 2.465 11 715.98 - 4.87 1.93

10 9219.53 - 4.71 1.4215 7311.41 - 4.56 0.9320 5841.30 - 4.42 0.4625 4700.00 - 4.28 0.0030 3807.45 - 4.15 0.2235 3104.52 - 4.02 0.4340 2547.18 - 3.90 0.6445 2102.41 - 3.78 0.8450 1745.26 - 3.67 1.03


TOPER(°C)


RT(Ω)

TCR(%/K)




55 1456.75 - 3.56 1.2260 1222.36 - 3.46 1.4065 1030.87 - 3.36 1.5870 873.61 - 3.26 1.7575 743.79 - 3.17 1.9280 636.11 - 3.08 2.0885 546.36 - 3.00 2.2390 471.22 - 2.92 2.5495 408.03 - 2.84 2.85

100 354.67 - 2.77 3.14105 309.43 - 2.69 3.43110 270.91 - 2.62 3.71115 238.01 - 2.56 3.98120 209.79 - 2.49 4.24125 185.50 - 2.43 4.50130 164.53 - 2.37 4.76135 146.36 - 2.31 5.00140 130.57 - 2.26 5.25145 116.80 - 2.20 5.48150 104.76 - 2.15 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 243 448.30 - 6.06 7.58- 35 180 771.94 - 5.85 6.83- 30 135 622.82 - 5.65 6.13- 25 102 751.48 - 5.46 5.45- 20 78 575.54 - 5.28 4.80- 15 60 622.56 - 5.10 4.18- 10 47 167.68 - 4.94 3.58- 5 36 995.19 - 4.78 3.010 29 239.78 - 4.63 2.465 23 279.76 - 4.49 1.93

10 18 664.43 - 4.35 1.4215 15 064.25 - 4.22 0.9320 12 236.28 - 4.10 0.4625 10 000.00 - 3.98 0.0030 8220.27 - 3.86 0.2235 6795.17 - 3.75 0.4340 5647.32 - 3.65 0.6445 4717.53 - 3.55 0.8450 3960.30 - 3.45 1.0355 3340.37 - 3.36 1.2260 2830.32 - 3.27 1.4065 2408.64 - 3.18 1.5870 2058.41 - 3.10 1.7575 1766.22 - 3.02 1.9280 1521.40 - 2.95 2.0885 1315.43 - 2.87 2.2390 1141.44 - 2.80 2.5495 993.91 - 2.73 2.85

100 868.35 - 2.67 3.14


TOPER(°C)


RT(Ω)

TCR(%/K)




105 761.11 - 2.61 3.43110 669.19 - 2.54 3.71115 590.14 - 2.48 3.98120 521.94 - 2.43 4.24125 462.92 - 2.37 4.50130 411.68 - 2.32 4.76135 367.08 - 2.27 5.00140 328.14 - 2.22 5.25145 294.05 - 2.17 5.48150 264.12 - 2.12 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 362 484.49 - 6.07 7.58- 35 269 088.54 - 5.85 6.83- 30 201 887.78 - 5.64 6.13- 25 152 996.55 - 5.45 5.45- 20 117 051.45 - 5.26 4.80- 15 90 360.69 - 5.09 4.18- 10 70 354.10 - 4.92 3.58- 5 55 223.01 - 4.76 3.010 43 681.57 - 4.61 2.465 34 806.62 - 4.47 1.93

10 27 929.29 - 4.33 1.4215 22 560.62 - 4.20 0.9320 18 340.15 - 4.08 0.4625 15 000.00 - 3.96 0.0030 12 339.55 - 3.85 0.2235 10 207.46 - 3.74 0.4340 8488.74 - 3.64 0.6445 7095.43 - 3.54 0.84

50 5959.80 - 3.44 1.0355 5029.40 - 3.35 1.2260 4263.35 - 3.26 1.4065 3629.59 - 3.18 1.5870 3102.87 - 3.10 1.7575 2663.17 - 3.02 1.9280 2294.55 - 2.94 2.0885 1984.26 - 2.87 2.2390 1722.03 - 2.80 2.5495 1499.58 - 2.73 2.85

100 1310.17 - 2.67 3.14105 1148.34 - 2.61 3.43110 1009.58 - 2.55 3.71115 890.23 - 2.49 3.98120 787.23 - 2.43 4.24125 698.07 - 2.38 4.50130 620.67 - 2.32 4.76135 553.27 - 2.27 5.00140 494.43 - 2.22 5.25145 442.91 - 2.18 5.48150 397.69 - 2.13 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)





TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 603 211.80 - 6.28 7.58- 35 443 042.83 - 6.06 6.83- 30 328 857.73 - 5.86 6.13- 25 246 572.40 - 5.66 5.45- 20 186 660.99 - 5.47 4.80- 15 142 608.21 - 5.29 4.18- 10 109 909.84 - 5.12 3.58- 5 85 419.80 - 4.96 3.010 66 918.84 - 4.80 2.465 52 826.61 - 4.66 1.93

10 42 007.45 - 4.51 1.4215 33 638.10 - 4.38 0.9320 27 116.78 - 4.25 0.4625 22 000.00 - 4.12 0.0030 17 958.43 - 4.00 0.2235 14 745.66 - 3.89 0.4340 12 176.02 - 3.77 0.6445 10 108.62 - 3.67 0.8450 8435.86 - 3.57 1.0355 7075.02 - 3.47 1.2260 5962.13 - 3.38 1.4065 5047.43 - 3.29 1.5870 4291.97 - 3.20 1.75

75 3665.11 - 3.12 1.92

80 3142.63 - 3.04 2.08

85 2705.24 - 2.96 2.2390 2337.57 - 2.88 2.5495 2027.26 - 2.81 2.85

100 1764.33 - 2.74 3.14105 1540.72 - 2.68 3.43110 1349.86 - 2.61 3.71115 1186.38 - 2.55 3.98120 1045.88 - 2.49 4.24125 924.73 - 2.43 4.50130 819.95 - 2.38 4.76135 729.04 - 2.32 5.00140 649.93 - 2.27 5.25145 580.89 - 2.22 5.48150 520.48 - 2.17 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 1 061 183.25 - 6.70 7.58- 35 764 124.83 - 6.44 6.83- 30 557 157.76 - 6.20 6.13- 25 411 057.96 - 5.97 5.45- 20 306 646.44 - 5.75 4.80- 15 231 156.78 - 5.55 4.18- 10 175 976.71 - 5.36 3.58- 5 135 222.68 - 5.18 3.010 104 827.07 - 5.01 2.46



5 81 945.82 - 4.84 1.9310 64 568.99 - 4.69 1.4215 51 261.67 - 4.54 0.9320 40 989.49 - 4.40 0.4625 33 000.00 - 4.27 0.0030 26 740.98 - 4.14 0.2235 21 803.80 - 4.02 0.4340 17 883.65 - 3.91 0.6445 14 751.46 - 3.80 0.8450 12 233.79 - 3.69 1.0355 10 198.43 - 3.59 1.2260 8543.91 - 3.49 1.4065 7191.86 - 3.40 1.5870 6081.39 - 3.31 1.7575 5164.90 - 3.22 1.9280 4404.97 - 3.14 2.0885 3772.02 - 3.06 2.2390 3242.57 - 2.99 2.5495 2797.84 - 2.91 2.85

100 2422.78 - 2.84 3.14105 2105.27 - 2.78 3.43110 1835.47 - 2.71 3.71115 1605.39 - 2.65 3.98120 1408.51 - 2.59 4.24125 1239.47 - 2.53 4.50130 1093.87 - 2.47 4.76135 968.07 - 2.42 5.00140 859.04 - 2.36 5.25145 764.28 - 2.31 5.48150 681.69 - 2.26 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 1 643 692.75 - 6.85 7.58- 35 1 174 859.36 - 6.59 6.83- 30 850 461.50 - 6.34 6.13- 25 623 018.26 - 6.11 5.45- 20 461 556.69 - 5.89 4.80- 15 345 583.02 - 5.69 4.18- 10 261 354.11 - 5.49 3.58- 5 199 536.23 - 5.31 3.010 153 713.87 - 5.13 2.465 119 426.97 - 4.97 1.93

10 93 541.28 - 4.81 1.4215 73 831.58 - 4.66 0.9320 58 702.60 - 4.52 0.4625 47 000.00 - 4.38 0.0030 37 881.11 - 4.25 0.2235 30 725.55 - 4.13 0.4340 25 072.93 - 4.01 0.6445 20 578.93 - 3.89 0.8450 16 984.15 - 3.79 1.0355 14 091.76 - 3.68 1.22


TOPER(°C)


RT(Ω)

TCR(%/K)




60 11 751.42 - 3.58 1.4065 9847.55 - 3.49 1.5870 8290.73 - 3.40 1.7575 7011.37 - 3.31 1.9280 5954.99 - 3.22 2.0885 5078.74 - 3.14 2.2390 4348.67 - 3.07 2.5495 3737.83 - 2.99 2.85

100 3224.64 - 2.92 3.14105 2791.80 - 2.85 3.43110 2425.34 - 2.87 3.71115 2113.94 - 2.72 3.98120 1848.39 - 2.65 4.24125 1621.16 - 2.59 4.50130 1426.09 - 2.54 4.76135 1258.09 - 2.48 5.00140 1112.95 - 2.42 5.25145 987.19 - 2.37 5.48150 877.91 - 2.32 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 2 324 375.76 - 6.77 7.58- 35 1 667 529.37 - 6.52 6.83- 30 1 211 147.53 - 6.28 6.13- 25 889 916.80 - 6.05 5.45- 20 661 046.51 - 5.84 4.80- 15 496 103.17 - 5.64 4.18- 10 375 940.63 - 5.45 3.58- 5 287 504.04 - 5.28 3.010 221 786.10 - 5.11 2.465 172 502.28 - 4.95 1.93

10 135 221.13 - 4.79 1.4215 106 786.33 - 4.65 0.9320 84 928.25 - 4.51 0.4625 68 000.00 - 4.38 0.0030 54 796.21 - 4.26 0.2235 44 427.35 - 4.14 0.4340 36 231.83 - 4.02 0.6445 29 713.87 - 3.91 0.8450 24 499.27 - 3.81 1.0355 20 303.65 - 3.71 1.2260 16 909.48 - 3.61 1.4065 14 149.29 - 3.52 1.5870 11 893.39 - 3.43 1.7575 10 040.74 - 3.34 1.9280 8512.21 - 3.26 2.0885 7245.46 - 3.18 2.2390 6191.15 - 3.11 2.5495 5310.02 - 3.03 2.85

100 4570.69 - 2.96 3.14105 3947.95 - 2.90 3.43


TOPER(°C)


RT(Ω)

TCR(%/K)




110 3421.48 - 2.83 3.71115 2974.79 - 2.77 3.98120 2594.49 - 2.71 4.24125 2269.63 - 2.65 4.50130 1991.22 - 2.59 4.76135 1751.89 - 2.53 5.00140 1545.52 - 2.48 5.25145 1367.06 - 2.43 5.48150 1212.28 - 2.38 5.71


TOPER(°C)

CATALOG NUMBER 2381 615 3*104 OR SAP NO. NTCS0603E3104*XT

RT(Ω)

TCR(%/K)


- 40 3 921 252.41 - 7.03 7.58- 35 2 774 564.66 - 6.77 6.83- 30 1 988 706.07 - 6.52 6.13- 25 1 442 860.78 - 6.28 5.45- 20 1 058 901.24 - 6.06 4.80- 15 785 573.28 - 5.85 4.18- 10 588 792.99 - 5.65 3.58- 5 445 601.87 - 5.47 3.010 340 346.26 - 5.29 2.465 262 229.45 - 5.12 1.93

10 203 722.79 - 4.96 1.4215 159 521.65 - 4.80 0.9320 125 851.24 - 4.66 0.4625 100 000.00 - 4.52 0.0030 80 002.55 - 4.39 0.2235 64 422.07 - 4.26 0.4340 52 199.54 - 4.14 0.6445 42 548.23 - 4.02 0.8450 34 879.32 - 3.91 1.0355 28 748.92 - 3.80 1.2260 23 820.09 - 3.70 1.4065 19 835.37 - 3.60 1.5870 16 596.82 - 3.51 1.7575 13 951.27 - 3.42 1.9280 11 779.54 - 3.33 2.0885 9988.36 - 3.25 2.2390 8504.34 - 3.17 2.5495 7269.45 - 3.09 2.85

100 6237.53 - 3.02 3.14105 5371.72 - 2.95 3.43110 4642.45 - 2.88 3.71115 4025.87 - 2.81 3.98120 3502.66 - 2.75 4.24125 3057.12 - 2.68 4.50130 2676.44 - 2.62 4.76135 2350.10 - 2.57 5.00140 2069.46 - 2.51 5.25145 1827.38 - 2.46 5.48150 1617.93 - 2.40 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)




SOLDERING CONDITIONS

This SMD thermistor is only suitable for wave or reflow soldering, in accordance with “CECC 00802”. The maximum temperatureof 260 °C during 40 s should not be exceeded.


PACKAGING

TAPE SPECIFICATIONSAll tape specifications are in accordance with “IEC 60286-3”. Basic dimensions are given below. Carrier tape material is paper.

PAPER TAPE

Time (s)

0 50 100 150 200

200

250

100

150

Tem

per

atu

re (

°C)

50

0

300

250

260 °C

≈ 245 °C215 °C

180 °C130 °C

2 K/s

40 s

10 s

10 sReflow Soldering Lead (Pb)-free Reflow Soldering Profile

260 °C≈ 245 °C

235 °C

≈ 170 °C

≈ 120 °C

2 K/smax

Time (s)

0 50 100 150 200 350

200

250

100

150

Tem

per

atu

re (

°C)

50

0

30040 s max

≈ 60 s

20 s min

normallimit

250 300

6 K/smax

Typical values (solid line)Process limits (dotted lines)Dimensions in mm

Dimensions of the solder lands

2.4

1.0

0.8

FW

P0

P2D0

B0

A0P1

E1

T

T1



Note

1. Measured 0.3 mm above base pocket

2. P0 pitch cumulative error over any 10 pitches is ± 1.0 mm


TAPING PACKAGE REQUIREMENTSComponent is free and not sticking to top and/or bottom tape.

Component should be easy to remove from carrier tape.


DIMENSIONS OF PAPER TAPE in millimeters

PARAMETER DIMENSION TOLERANCE

A0; note 1 1.15 ± 0.1

B0; note 1 1.9 ± 0.1

K0 4.1 ± 0.1

W 8.0 ± 0.2

E1 1.75 ± 0.1

F 3.5 ± 0.05

D0 1.55 ± 0.05

D1 1.5 + 0.1/- 0.0

P0; note 2 4.0 ± 0.1

P1 12 ± 0.1

P2 2.0 ± 0.05

T tape thickness 1.1 max

T1 cover tape < 0.1 -

Leader/trailer tape


cover tape only

leader ≥ 400 mmtrailer (min. 160 mm)

trailer end

leader end


IEC 60068-2-58TEST

METHODTEST PROCEDURE REQUIREMENTS

6 TC

solderability 2 s at 235 °C min. 95 % of surface wetted



2381 615 5..../NTCS0805E3.....TVishay BCcomponents


FEATURES• TCR from 6 to 2 %/K even at high temperatures

• Tolerance on R25 down to 1 %, and on B25/85 down to 1 %






APPLICATIONS• Temperature compensation, sensing and protection in, for

example:





PACKAGINGAvailable in 8 mm punched paper tape on reel package of4000 units.

Note1. replace * in 12NC by 3 for 5 %, 6 for 3 %, 4 for 2 %2. replace * in SAP part no by J for 5 %, H for 3 %, G for 2 %, F for 1 % tolerance on R25 °C

QUICK REFERENCE DATA

PARAMETER VALUE



Tolerance on B25/85 - value see table below




R/T values see tables


Mass ≈ 0.0095 g


R25 - VALUE(kΩ)

B25/85 - VALUE(K)

TOLERANCEON B25/85

(%)

12NC ORDERING CODE2381 615 5....1)


2.2 3600 ± 1 *222 222*MT

4.7 3500 ± 1 *472 472*MT

10 3570 ± 3 *103 103*MT

15 3700 ± 1 *153 153*MT

22 3800 ± 1 *223 223*HT

33 3920 ± 1 *333 333*HT

47 3960 ± 1 *473 473*HT

68 4100 ± 1 *683 683*XT

100 4100 ± 1 *104 104*XT

330 3930 ± 1 *334 334*HT

470 4025 ± 1 *474 474*XT

680 4125 ± 1 *684 684*XT

2381 615 5..../NTCS0805E3.....TVishay BCcomponents Surface Mount, NTC Thermistors



JW165

T

L4

L1

L2 L3

W

L1 W T L2 and L3MIN.

L4MIN.

2.0 ± 0.2 1.25 ± 0.15 0.8 ± 0.15 0.2 0.55


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 57 658 - 6.26 7.58- 35 42 410 - 6.03 6.83- 30 31 537 - 5.82 6.13- 25 23 698 - 5.61 5.45- 20 17 986 - 5.42 4.80- 15 13 782 - 5.23 4.18- 10 10 657 - 5.06 3.58- 5 8312 - 4.89 3.010 6537 - 4.72 2.465 5182 - 4.57 1.93

10 4139 - 4.42 1.4215 3330 - 4.28 0.9320 2698 - 4.14 0.4625 2200 - 4.02 0.0030 1805 - 3.89 0.2235 1491 - 3.77 0.4340 1238 - 3.66 0.6445 1034 - 3.55 0.8450 868 - 3.45 1.0355 732 - 3.35 1.2260 621.0 - 3.25 1.4065 529.0 - 3.16 1.5870 452.7 - 3.07 1.7575 389.1 - 2.99 1.9280 335.8 - 2.90 2.0885 291.0 - 2.83 2.2390 253.2 - 2.75 2.5495 221.0 - 2.68 2.85

100 193.7 - 2.61 3.14105 170.3 - 2.54 3.43110 150.2 - 2.48 3.71115 132.9 - 2.41 3.98120 118.0 - 2.35 4.24125 105.0 - 2.20 4.50130 93.80 - 2.24 4.76135 83.94 - 2.19 5.00140 75.35 - 2.13 5.25145 67.81 - 2.08 5.48150 61.17 - 2.04 5.71

2381 615 5..../NTCS0805E3.....TSurface Mount, NTC Thermistors Vishay BCcomponents



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 101 275 - 5.75 7.58- 35 76 325 - 5.57 6.83- 30 58 034 - 5.39 6.13- 25 44 505 - 5.22 5.45- 20 43 413 - 5.06 4.80- 15 26 821 - 4.91 4.18- 10 21 065 - 7.76 3.58- 5 16 667 - 4.61 3.010 13 280 - 4.47 2.465 10 654 - 4.34 1.93

10 8603 - 4.21 1.4215 6991 - 4.09 0.9320 5716 - 3.97 0.4625 4700 - 3.86 0.0030 3887 - 3.75 0.2235 3231 - 3.64 0.4340 2700 - 3.54 0.6445 2268 - 3.44 0.8450 1914 - 3.35 1.0355 1623 - 3.26 1.2260 1381.7 - 3.17 1.4065 1181.7 - 3.09 1.5870 1014.7 - 3.01 1.7575 874.8 - 2.93 1.9280 757.1 - 2.85 2.0885 657.7 - 2.78 2.2390 573.3 - 2.71 2.5495 501.5 - 2.64 2.85

100 440.1 - 2.58 3.14105 387.5 - 2.52 3.43110 342.2 - 2.46 3.71115 303.1 - 2.40 3.98120 269.2 - 2.34 4.24125 239.8 - 2.29 4.50130 214.2 - 2.23 4.76135 191.82 - 2.18 5.00140 172.20 - 2.13 5.25145 154.96 - 2.09 5.48150 139.78 - 2.04 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 232 634 - 5.92 11.22- 35 173 538 - 5.71 10.14- 30 130 769 - 5.51 9.10- 25 99 489 - 5.33 8.11- 20 76 385 - 5.15 7.15- 15 59 157 - 4.98 6.24- 10 46 194 - 4.82 5.35- 5 36 356 - 4.67 4.500 28 829 - 4.52 3.685 23 025 - 4.38 2.89

10 18 515 - 4.25 2.13



15 14 986 - 4.12 1.4020 12 205 - 4.00 0.6925 10 000 - 3.88 0.0030 8240 - 3.77 0.6635 6827 - 3.66 1.3140 5687 - 3.56 1.9345 4760 - 3.46 2.5350 4004.16 - 3.37 3.1155 3383.77 - 3.28 3.6860 2872.26 - 3.19 4.2365 2448.52 - 3.11 4.7670 2095.90 - 3.03 5.2875 1801.17 - 2.95 5.7880 1553.80 - 2.88 6.2785 1345.33 - 2.81 6.7490 1168.95 - 2.74 7.2095 1019.16 - 2.67 7.65

100 891.48 - 2.61 8.09105 782.28 - 2.54 8.51110 688.56 - 2.48 8.93115 607.85 - 2.43 9.33120 538.14 - 2.37 9.73125 477.73 - 2.32 10.11130 425.24 - 2.26 10.48135 379.49 - 2.21 10.85140 339.51 - 2.17 11.20145 304.47 - 2.12 11.55150 273.69 - 2.07 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 391 251 - 6.14 11.22- 35 289 245 - 5.94 10.14- 30 215 960 - 5.75 9.10- 25 162 779 - 5.56 8.11- 20 123 815 - 5.38 7.15- 15 95 001 - 5.21 6.24- 10 73 505 - 5.05 5.35- 5 57 329 - 4.89 4.500 45 058 - 4.74 3.685 35 674 - 4.60 2.89

10 28 445 - 4.46 2.1315 22 834 - 4.33 1.4020 18 450 - 4.20 0.6925 15 000 - 4.08 0.0030 12 268 - 3.96 0.6635 10 092 - 3.85 1.3140 8347 - 3.74 1.9345 6941 - 3.64 2.5350 5801.08 - 3.54 3.1155 4872.07 - 3.44 3.6860 4111.09 - 3.35 4.2365 3484.70 - 3.26 4.7670 2966.62 - 3.18 5.2875 2536.16 - 3.09 5.78



80 2176.92 - 3.02 6.2785 1875.84 - 2.94 6.7490 1622.46 - 2.87 7.2095 1408.39 - 2.79 7.65

100 1226.82 - 2.73 8.09105 1072.25 - 2.66 8.51110 940.20 - 2.60 8.93115 827.00 - 2.54 9.33120 729.62 - 2.48 9.73125 645.60 - 2.42 10.11130 572.86 - 2.36 10.48135 509.71 - 2.31 10.85140 454.71 - 2.26 11.20145 406.69 - 2.21 11.55150 364.64 - 2.16 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 641 004 - 6.40 11.22- 35 468 038 - 6.18 10.14- 30 345 469 - 5.97 9.10- 25 257 644 - 5.77 8.11- 20 194 045 - 5.57 7.15- 15 147 521 - 5.39 6.24- 10 113 159 - 5.22 5.35- 5 87 544 - 5.05 4.500 68 281 - 4.89 3.685 53 672 - 4.74 2.89

10 42 503 - 4.59 2.1315 33 898 - 4.46 1.4020 27 220 - 4.32 0.6925 22 000 - 4.20 0.0030 17 892 - 4.07 0.6635 14 638 - 3.96 1.3140 12 045 - 3.84 1.9345 9965 - 3.74 2.5350 8288.27 - 3.63 3.1155 6928.39 - 3.54 3.6860 5819.79 - 3.44 4.2365 4911.40 - 3.35 4.7670 4163.41 - 3.26 5.2875 3544.57 - 3.18 5.7880 3030.24 - 3.10 6.2785 2600.91 - 3.02 6.7490 2240.99 - 2.94 7.2095 1938.04 - 2.87 7.65

100 1682.03 - 2.80 8.09105 1464.87 - 2.73 8.51110 1279.99 - 2.67 8.93115 1122.02 - 2.60 9.33120 986.60 - 2.54 9.73125 870.11 - 2.48 10.11130 769.60 - 2.43 10.48135 682.59 - 2.37 10.85



140 607.05 - 2.32 11.20145 541.28 - 2.27 11.55150 483.86 - 2.22 11.89


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 1 116 205 - 6.79 7.58- 35 800 263 - 6.53 6.83- 30 581 009 - 6.28 6.13- 25 426 845 - 6.05 5.45- 20 317 101 - 5.84 4.80- 15 238 064 - 5.63 4.18- 10 180 512 - 5.44 3.58- 5 138 166 - 5.26 3.010 106 700 - 5.08 2.465 83 100 - 4.92 1.93

10 65 241 - 4.76 1.4215 51 612 - 4.61 0.9320 41 127 - 4.47 0.4625 33 000 - 4.34 0.0030 26 654 - 4.21 0.2235 21 664 - 4.08 0.4340 17 714 - 3.97 0.6445 14 568 - 3.86 0.8450 12 046 - 3.75 1.0355 10 014 - 3.65 1.2260 8365.9 - 3.55 1.4065 7023.2 - 3.45 1.5870 5923.3 - 3.36 1.7575 5018.0 - 3.27 1.9280 4269.1 - 3.19 2.0885 3647.0 - 3.11 2.2390 3127.8 - 3.03 2.5495 2692.7 - 2.96 2.85

100 2326.6 - 2.89 3.14105 2017.4 - 2.82 3.43110 1755.2 - 2.75 3.71115 1532.1 - 2.69 3.98120 1341.6 - 2.63 4.24125 1178.3 - 2.57 4.50130 1038.0 - 2.51 4.76135 916.94 - 2.45 5.00140 812.24 - 2.40 5.25145 721.40 - 2.35 5.48150 642.37 - 2.30 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 1 521 799 - 6.60 7.58- 35 1 100 680 - 6.37 6.83- 30 805 081 - 6.15 6.13- 25 595 168 - 5.94 5.45



- 20 444 453 - 5.74 4.80- 15 335 105 - 5.56 4.18- 10 254 976 - 5.38 3.58- 5 195 699 - 5.21 3.010 151 452 - 5.05 2.465 118 137 - 4.89 1.93

10 92 847 - 4.74 1.4215 73 497 - 4.60 0.9320 58 581 - 4.47 0.4625 47 000 - 4.34 0.0030 37 946 - 4.22 0.2235 30 822 - 4.10 0.4340 25 180 - 3.99 0.6445 20 684 - 3.88 0.8450 17 082 - 3.78 1.0355 14 179 - 3.68 1.2260 11827.4 - 3.58 1.4065 9912.2 - 3.49 1.5870 8344.7 - 3.40 1.7575 7055.8 - 3.31 1.9280 5990.9 - 3.23 2.0885 5107.4 - 3.15 2.2390 4371.0 - 3.08 2.5495 3754.9 - 3.00 2.85

100 3237.3 - 2.93 3.14105 2800.8 - 2.86 3.43110 2431.3 - 2.80 3.71115 2117.4 - 2.73 3.98120 1849.8 - 2.67 4.24125 1620.9 - 2.61 4.50130 1424.6 - 2.55 4.76135 1255.53 - 2.50 5.00140 1109.60 - 2.44 5.25145 983.22 - 2.39 5.48150 873.49 - 2.34 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 2 596 437 - 6.92 7.58- 35 1 848 208 - 6.68 6.83- 30 1 331 164 - 6.45 6.13- 25 969 559 - 6.23 5.45- 20 713 753 - 6.02 4.80- 15 530 805 - 5.82 4.18- 10 398 593 - 5.64 3.58- 5 302 091 - 5.45 3.010 230 981 - 5.28 2.465 178 104 - 5.12 1.93

10 138 441 - 4.96 1.4215 108 442 - 4.81 0.9320 85 571 - 4.67 0.4625 68 000 - 4.53 0.0030 54 403 - 4.40 0.2235 43 806 - 4.27 0.4340 35 493 - 4.15 0.64



45 28 928 - 4.03 0.8450 23 712.10 - 3.92 1.0355 19 543.12 - 3.81 1.2260 16 191.85 - 3.71 1.4065 13 483.03 - 3.61 1.5870 11 281.91 - 3.52 1.7575 9484.20 - 3.43 1.9280 8008.76 - 3.34 2.0885 6792.08 - 3.25 2.2390 5784.22 - 3.17 2.5495 4945.65 - 3.09 2.85

100 4244.99 - 3.02 3.14105 3657.17 - 2.94 3.43110 3162.06 - 2.87 3.71115 2743.45 - 2.81 3.98120 2388.22 - 2.74 4.24125 2085.71 - 2.68 4.50130 1827.19 - 2.62 4.76135 1605.54 - 2.56 5.00140 1414.89 - 2.50 5.25145 1250.39 - 2.44 5.48150 1108.03 - 2.39 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 3 833 689 - 6.96 7.58- 35 2 724 206 - 6.71 6.83- 30 1 959 612 - 6.47 6.13- 25 1 426 014 - 6.25 5.45- 20 1 049 150 - 6.03 4.80- 15 779 950 - 5.83 4.18- 10 585 575 - 5.64 3.58- 5 443 786 - 5.45 3.010 339 343 - 5.28 2.465 261 695 - 5.11 1.93

10 203 455 - 4.96 1.4215 159 402 - 4.81 0.9320 125 811 - 4.66 0.4625 100 000 - 4.52 0.0030 80 021 - 4.39 0.2235 64 447 - 4.27 0.4340 52 224 - 4.15 0.6445 42 570 - 4.03 0.8450 34 897 - 3.92 1.0355 28 763 - 3.81 1.2260 23 830 - 3.71 1.4065 19 842.4 - 3.61 1.5870 16 601.3 - 3.52 1.7575 13 953.8 - 3.43 1.9280 11 780.6 - 3.34 2.0885 9988.4 - 3.26 2.2390 8503.6 - 3.18 2.5495 7268.2 - 3.10 2.85

100 6236.0 - 3.03 3.14105 5370.1 - 2.95 3.43



110 4640.8 - 2.88 3.71115 4024.3 - 2.82 3.98120 3501.2 - 2.75 4.24125 3055.8 - 2.69 4.50130 2675.3 - 2.63 4.76135 2349.16 - 2.57 5.00140 2068.70 - 2.51 5.25145 1826.80 - 2.46 5.48150 1617.53 - 2.41 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)



TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 10 487 886 - 6.53 7.58- 35 7 608 431 - 6.31 6.83- 30 5 579 063 - 6.10 6.13- 25 4 133 083 - 5.90 5.45- 20 3 091 952 - 5.71 4.80- 15 2 334 781 - 5.53 4.18- 10 1 778 826 - 5.35 3.58- 5 1 366 860 - 5.19 3.010 1 058 900 - 5.03 2.465 826 748 - 4.87 1.93

10 650 328 - 4.73 1.4215 515 223 - 4.59 0.9320 410 989 - 4.45 0.4625 330 000 - 4.33 0.0030 266 642 - 4.20 0.2235 216 752 - 4.08 0.4340 177 219 - 3.97 0.6445 145 704 - 3.86 0.8450 120 433.64 - 3.76 1.0355 100 058.09 - 3.66 1.2260 83 540.50 - 3.56 1.4065 70 081.02 - 3.47 1.5870 59 058.74 - 3.38 1.7575 49 988.97 - 3.29 1.9280 42 491.26 - 3.21 2.0885 36 265.45 - 3.13 2.2390 31 073.52 - 3.05 2.5495 26 725.79 - 2.98 2.85

100 23 070.38 - 2.91 3.14105 19 985.16 - 2.84 3.43110 17 371.44 - 2.77 3.71115 15 149.15 - 2.71 3.98120 13 253.08 - 2.64 4.24125 11 629.86 - 2.58 4.50130 10 235.70 - 2.52 4.76135 9034.48 - 2.47 5.00140 7996.32 - 2.41 5.25145 7096.44 - 2.36 5.48150 6314.17 - 2.31 5.71




TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 16 324 913 - 6.70 7.58- 35 11 742 019 - 6.48 6.83- 30 8 539 774 - 6.26 6.13- 25 6 276 830 - 6.05 5.45- 20 4 660 312 - 5.86 4.80- 15 3 493 589 - 5.67 4.18- 10 2 643 155 - 5.49 3.58- 5 2 017 389 - 5.32 3.010 1 552 759 - 5.15 2.465 1 204 778 - 5.00 1.93

10 941 992 - 4.85 1.4215 741 961 - 4.70 0.9320 588 538 - 4.56 0.4625 470 000 - 4.43 0.0030 377 772 - 4.31 0.2235 305 531 - 4.18 0.4340 248 579 - 4.07 0.6445 203 402 - 3.96 0.8450 167 350.17 - 3.85 1.0355 138 415.65 - 3.75 1.2260 115 064.97 - 3.65 1.4065 96 120.34 - 3.55 1.5870 80 671.71 - 3.46 1.7575 68 011.83 - 3.37 1.9280 57 588.01 - 3.29 2.0885 48 965.99 - 3.20 2.2390 41 802.84 - 3.12 2.5495 35 826.37 - 3.05 2.85

100 30 819.49 - 2.97 3.14105 26 608.25 - 2.90 3.43110 23 052.64 - 2.83 3.71115 20 039.47 - 2.77 3.98120 17 476.84 - 2.70 4.24125 15 289.84 - 2.64 4.50130 13 417.16 - 2.58 4.76135 11 808.44 - 2.53 5.00140 10 422.13 - 2.47 5.25145 9223.86 - 2.42 5.48150 8185.07 - 2.36 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


- 40 23 477 070.48 - 6.58 7.58- 35 16 980 387.40 - 6.38 6.83- 30 12 403 723.50 - 6.18 6.13- 25 9 147 128.87 - 6.00 5.45- 20 6 807 381.82 - 5.82 4.80- 15 5 110 686.48 - 5.65 4.18- 10 3 869 280.20 - 5.48 3.58- 5 2 953 163.91 - 5.33 3.010 2 271 498.26 - 5.17 2.465 1 760 240.58 - 5.03 1.93

10 1 373 851.20 - 4.89 1.4215 1 079 678.54 - 4.75 0.9320 854 123.99 - 4.62 0.46



SOLDERING CONDITIONSThis SMD thermistor is only suitable for wave or reflow soldering, in accordance with “CECC 00802”. The maximum temperatureof 260 °C during 40 s should not be exceeded.


25 680 000.00 - 4.50 0.0030 544 694.97 - 4.38 0.2235 438 888.31 - 4.26 0.4340 355 643.75 - 4.15 0.6445 289 764.74 - 4.04 0.8450 237 332.90 - 3.94 1.0355 195 375.08 - 3.84 1.2260 161 621.74 - 3.75 1.4065 134 330.27 - 3.65 1.5870 112 155.08 - 3.56 1.7575 94 051.50 - 3.48 1.9280 79 204.16 - 3.39 2.0885 66 973.40 - 3.31 2.2390 56 854.96 - 3.24 2.5495 48 449.34 - 3.16 2.85

100 41 438.65 - 3.09 3.14105 35 568.72 - 3.02 3.43110 30 635.51 - 2.95 3.71115 26 474.48 - 2.89 3.98120 22 952.42 - 2.82 4.24125 19 961.06 - 2.76 4.50130 17 412.04 - 2.70 4.76135 15 233.00 - 2.65 5.00140 13 364.46 - 2.59 5.25145 11 757.37 - 2.54 5.48150 10 371.09 - 2.48 5.71


TOPER(°C)


RT(Ω)

TCR(%/K)


Time (s)

0 50 100 150 200

200

250

100

150

Tem

per

atu

re (

°C)

50

0

300

250

260 °C

≈ 245 °C215 °C

180 °C130 °C

2 K/s

40 s

10 s

10 sReflow Soldering Lead (Pb)-free Reflow Soldering Profile

260 °C≈ 245 °C

235 °C

≈ 170 °C

≈ 120 °C

2 K/smax

Time (s)

0 50 100 150 200 350

200

250

100

150

Tem

per

atu

re (

°C)

50

0

30040 s max

≈ 60 s

20 s min

normallimit

250 300

6 K/smax

3.0

1.0

1.3

Dimensions of the solder lands



PACKAGING

TAPE SPECIFICATIONS

All tape specifications are in accordance with “IEC 60286-3”. Basic dimensions are given below. Carrier tape material is paper.

PAPER TAPE

Note1. Measured 0.3 mm above base pocket2. P0 pitch cumulative error over any 10 pitches ± 1.0 mm


TAPING PACKAGE REQUIREMENTSComponent is free and not sticking to top and/or bottom tape.Component should be easy to remove from carrier tape.


FW

P0

P2D0

B0

A0P1

E1

T

T1

PAPER TAPE DIMENSIONS IN MILLIMETERSPARAMETER DIMENSION TOLERANCE

A0; note 1 1.7 ± 0.2B0; note 1 2.35 ± 0.1W 8.0 ± 0.2E1 1.75 ± 0.1F 3.5 ± 0.05D0 1.55 ± 0.05P0; note 2 4.0 ± 0.1P1 4.0 ± 0.1P2 2.0 ± 0.05T tape thickness 1.1 maxT1 cover tape < 0.1 -



6 Tcsolderability 2 s at 235 °C min. 95 % of surface wetted



cover tape only

leader ≥ 400 mmtrailer (min. 160 mm)

trailer end

leader endLeader/trailer tape

www.vishay.com39

NTHSVishay

Document Number: 33008Revision 06-Oct-06

For technical questions, contact: [email protected]

% TOLERANCECURVE NTHS-0402 NTHS-0603 NTHS-0805 NTHS-1206 NTHS-1012AVAILABILITY

3 N/A 1000 - 2000 1000 - 2000 1000 - 2000 500 - 700 5 %, 10 %

6 4.7K - 5.0K 2K - 3.5K 1.5K - 2.8K 1.5K - 3.5K 1000 - 2000 5 %, 10 %

2 10K - 12K 6.8K - 12K 4.7K - 10K 4.7K - 10K 1.3K - 4.3K 3 %, 5 %, 10 %

10 18K - 25K 10K - 20K 6K - 12K 10K - 20K 4.5K - 7K 3 %, 5 %, 10 %

11 30K - 34K 22K - 32K 12K - 30K 20K - 33K 9K - 13K 3 %, 5 %, 10 %

5 47K - 50K 32K - 50K 35K - 50K 30K - 44K 15K - 20K 3 %, 5 %, 10 %

1 68K - 100K 32K - 100K 33K - 100K 32K - 70K 10K - 30K 1 % to 10 %

17 250K 150K - 200K 100K - 200K 100K - 200K 30K - 93K 3 %, 5 %, 10 %

4 350K 200K - 220K 200K - 220K 200K - 330K 93K - 140K 3 %, 5 %, 10 %

NTC Thermistors, Surface Mount Chip

FEATURES

• Solderable terminations

• Wraparound terminations

• Allows design flexibility for use with hybrid

circuitry

• High-density monolithic construction

GLOBAL CONDUCT OR CUR VE CHARACTERISTIC RESIST ANCE TO LERANCE PA CKAGIN G MODEL TYPE V ALUE CODE

NTHS0402 Nickel Barrier 01 N 1002 = 10K F = ± 1 % F = Lead (Pb)-free, BulkNTHS0603 02 J = ± 5 % E = Lead (Pb)-free,

T/R (Full) NTHS0805 03 K = ± 10 % P = Ti n/Lead, Bul k NTHS1206

04

R = Ti n/Lead T/R (Full) NTHS1012 05 0 6 10 11 1 7

GLOBAL PA RT NUMBER INFORMA TION New Global Part Numbering: NTHS1206N02N1002JR (preferred part numbering format)

N T H S 1 2 0 6 N 0 2 N 1 0 0 2 J R

Historical Part Number example: NTHS1206N02N1002JR (will continue to be accepted) NTHS1206 N 0 2 N 1002 J R HIST ORICAL CONDUCT OR CUR VE CHARACTERISTIC RESIST ANCE TO LERANCE PA CKAGIN G

MODEL TYPE V ALU E

NTHS PRODUCT R25 °C VALUE RANGE BY CURVE AVAILABILITY

www.vishay.com40

NTHSVishay

Document Number: 33008Revision 06-Oct-06


PART NUMBER L W BW

NTHS-04020.040 ± 0.004 0.022 ± 0.006 0.010 ± 0.004

[1.016 ± 0.102] [0.5 ± 0.051] [0.25 ± 0.102]

NTHS-06030.063 ± 0.008 0.031 ± 0.008 0.010 ± 0.006 [1.6 ± 0.20] [0.80 ± 0.20] [0.25 ± 0.15]

NTHS-08050.079 ± 0.008 0.049 ± 0.008 0.012 ± 0.006[2.00 ± 0.20] [1.25 ± 0.20] [0.30 ± 0.15]

NTHS-12060.126 ± 0.008 0.063 ± 0.008 0.018 ± 0.008[3.20 ± 0.20] [1.60 ± 0.20] [0.46 ± 0.20]

NTHS-10120.098 ± 0.008 0.126 ± 0.008 0.018 ±�0.008[2.50 ± 0.20] [3.20 ± 0.20] [0.46 ± 0.20]

DIMENSIONS in inches [millimeters]

W

L

BW


TYPICAL PRODUCT RTC CHARACTERISTICSCURVE 1 2 3 4 5 6 10 11 17

NTC%/°C at + 25 °C - 4.4 - 3.83 - 3.5 - 4.68 - 4.3 - 3.6 - 3.9 - 4.0 - 4.54

Beta + 25 °C/+ 75 °C 3964 3477 3181 4247 3890 3254 3500 3700 4064

Beta Tolerance is ± 3 %




REMARKNon preferred type(replaced by 2381 615 5..../NTCS0805E3.....T)

Note1. Tighter tolerances are available upon request

FEATURES



• AgPd terminations





example:






Note1. Replace digit Y in SAP part no by J for 5 %


Resistance value at 25 °C 2 to 470 kΩTolerance on R25 - value1) ± 5 %Tolerance on B25/85 - value see Electrical Data and

Ordering InformationMaximum dissipation at 25 °C 210 mWThermal time constant τ ≈ 10 sOperating temperature range - 55 to + 150 °CR/T values see tablesClimatic category 40/125/56Mass ≈ 0.0155 g



6 TCsolderability 3 s at 215 °C; 2 s at 235 °C ΔR/R < 5 %


ELECTRICAL DATA AND ORDERING INFORMATIONR25 - VALUE

(kΩ)TOLERANCE ON

R25 °CB25/85 - VALUE

(K)TOLERANCE ON B25/85

(%)12NC ORDERING CODE

2381 615 13...SAP MATERIAL NO.

NTCS0805E4...1)

2 5 % 3680 ± 3 202 202JMT

2.2 5 % 3680 ± 3 222 222JMT

4.7 5 % 3560 ± 1 472 472JMT

10 5 % 3620 ± 1 103 103JMT

15 5 % 3528 ± 1 153 153JMT

22 5 % 3930 ± 1.5 223 223JHT

33 5 % 3960 ± 3 333 333JHT

47 5 % 4090 ± 1.5 473 473JXT

68 5 % 3740 ± 3 683 683JMT

100 5 % 3650 ± 1 104 104JMT

330 5 % 4015 ± 3 334 334JXT

470 5 % 4130 ± 3 474 474JXT




T

L4

L1

L2 L3

W

L1 W TMAX.

L2 AND L3MIN.

L4MIN.

2.0 ± 0.2 1.25 ± 0.2 1.25 0.5 ± 0.25 0.5

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2000 Ω

TOPER(°C)

CATALOG NUMBER 2381 615 13202 OR SAP NO. NTCS0805E4202JMT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 27.23 - 6.21 54462.6 15.94 2.57- 35 20.06 - 6.02 40118.4 14.88 2.47- 30 14.92 - 5.83 29834.5 13.87 2.38- 25 11.20 - 5.65 22393.8 12.89 2.28- 20 8.481 - 5.47 16961.6 11.95 2.19- 15 6.480 - 5.29 12960.5 11.05 2.09- 10 4.994 - 5.13 9987.9 10.19 1.99- 5 3.880 - 4.97 7760.8 9.36 1.890 3.393 - 4.81 6078.6 8.56 1.785 2.399 - 4.66 4797.7 7.79 1.67

10 1.908 - 4.51 3815.0 7.05 1.5615 1.528 - 4.37 3055.3 6.34 1.4520 1.232 - 4.24 2463.8 5.66 1.3425 1.000 - 4.11 2000.0 5.00 1.2230 0.8170 - 3.98 1633.9 5.64 1.4235 0.6715 - 3.86 1343.1 6.26 1.6240 0.5553 - 3.74 1110.5 6.87 1.8345 0.4618 - 3.63 923.5 7.46 2.0550 0.3861 - 3.53 772.2 8.04 2.2855 0.3245 - 3.42 649.0 8.61 2.5160 0.2742 - 3.32 548.3 9.16 2.7665 0.2327 - 3.23 465.5 9.69 3.0070 0.1985 - 3.14 397.0 10.22 3.2675 0.1701 - 3.05 340.2 10.73 3.5280 0.1464 - 2.96 292.7 11.23 3.7985 0.1265 - 2.88 252.9 11.72 4.0790 0.1097 - 2.80 219.4 12.20 4.3595 0.0956 - 2.73 191.1 12.66 4.65

100 0.0835 - 2.65 167.1 13.12 4.95105 0.0733 - 2.58 146.6 13.56 5.25110 0.0645 - 2.51 129.1 14.00 5.57115 0.0570 - 2.45 114.0 14.42 5.89120 0.0505 - 2.38 101.0 14.84 6.22125 0.0449 - 2.32 89.8 15.24 6.56130 0.0400 - 2.26 80.1 15.64 6.91135 0.0358 - 2.21 71.6 16.03 7.26140 0.0321 - 2.15 64.2 16.41 7.62145 0.0289 - 2.10 57.7 16.78 7.99150 0.0260 - 2.05 52.1 17.15 8.37




TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 27.23 - 6.21 59 909 15.94 2.57- 35 20.06 - 6.02 44 130 14.88 2.47- 30 14.92 - 5.83 12 818 13.87 2.38- 25 11.20 - 5.65 24 633 12.89 2.28- 20 8.481 - 5.47 18 658 11.95 2.19- 15 6.480 - 5.29 14 257 11.05 2.09- 10 4.994 - 5.13 10 987 10.19 1.99- 5 3.880 - 4.97 8537 9.36 1.890 3.393 - 4.81 6686 8.56 1.785 2.399 - 4.66 5278 7.79 1.67

10 1.908 - 4.51 4196 7.05 1.5615 1.528 - 4.37 3361 6.34 1.4520 1.232 - 4.24 2710 5.66 1.3425 1.000 - 4.11 2200 5.00 1.2230 0.8170 - 3.98 1797 5.64 1.4235 0.6715 - 3.86 1477 6.26 1.6240 0.5553 - 3.74 1222 6.87 1.8345 0.4618 - 3.63 1016 7.46 2.0550 0.3861 - 3.53 849.4 8.04 2.2855 0.3245 - 3.42 714.0 8.61 2.5160 0.2742 - 3.32 603.2 9.16 2.7665 0.2327 - 3.23 512.0 9.69 3.0070 0.1985 - 3.14 436.7 10.22 3.2675 0.1701 - 3.05 374.2 10.73 3.5280 0.1464 - 2.96 322.0 11.23 3.7985 0.1265 - 2.88 278.2 11.72 4.0790 0.1097 - 2.80 241.4 12.20 4.3595 0.0956 - 2.73 210.2 12.66 4.65

100 0.0835 - 2.65 183.8 13.12 4.95105 0.0733 - 2.58 161.3 13.56 5.25110 0.0645 - 2.51 142.0 14.00 5.57115 0.0570 - 2.45 125.4 14.42 5.89120 0.0505 - 2.38 111.2 14.84 6.22125 0.0449 - 2.32 98.81 15.24 6.56130 0.0400 - 2.26 88.10 15.64 6.91135 0.0358 - 2.21 78.78 16.03 7.26140 0.0321 - 2.15 70.65 16.41 7.62145 0.0289 - 2.10 63.52 16.78 7.99150 0.0260 - 2.05 57.26 17.15 8.37


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 21.9261 - 5.75 103 053 8.50 1.48- 35 16.5224 - 5.57 77 655 8.16 1.46- 30 12.5583 - 5.40 59 024 7.84 1.45- 25 9.62492 - 5.24 45 237 7.53 1.44- 20 7.43618 - 5.08 34 950 7.23 1.42- 15 5.78976 - 4.93 27 212 6.94 1.41- 10 4.54158 - 4.78 21 345 6.67 1.39- 5 3.58813 - 4.64 16 864 6.40 1.380 2.85449 - 4.51 13 416 6.15 1.365 2.28599 - 4.38 10 744 5.90 1.35



10 1.84245 - 4.25 8659.5 5.66 1.3315 1.49414 - 4.13 7022.5 5.44 1.3220 1.21887 - 4.01 5728.7 5.21 1.3025 1.00 - 3.90 4700.0 5.00 1.2830 0.82494 - 3.80 3877.2 5.21 1.3735 0.68413 - 3.69 3215.4 5.41 1.4640 0.57025 - 3.59 2680.2 5.60 1.5645 0.47765 - 3.50 2245.0 5.79 1.6650 0.40198 - 3.40 1889.3 5.97 1.7555 0.33984 - 3.31 1597.2 6.15 1.8560 0.28856 - 3.23 1356.2 6.32 1.9665 0.24606 - 3.15 1156.5 6.48 2.0670 0.21067 - 3.07 990.1 6.64 2.1775 0.18108 - 2.99 851.06 6.80 2.2880 0.15623 - 2.91 734.29 6.95 2.3985 0.13529 - 2.84 635.86 7.10 2.5090 0.11757 - 2.77 552.56 7.24 2.6195 0.10251 - 2.71 481.81 7.38 2.73

100 0.08968 - 2.64 421.50 7.52 2.85105 0.07871 - 2.58 369.91 7.65 2.97110 0.06928 - 2.52 325.64 7.78 3.09115 0.06117 - 2.46 287.51 7.91 3.21120 0.05416 - 2.41 254.57 8.03 3.34125 0.04809 - 2.35 226.03 8.15 3.47130 0.04282 - 2.30 201.23 8.27 3.60135 0.03822 - 2.25 179.62 8.38 3.73140 0.0342 - 2.20 160.73 8.49 3.86145 0.03068 - 2.15 144.17 8.60 4.00150 0.02758 - 2.10 129.63 8.70 4.14


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 10 000 Ω

TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 23.0973 - 5.84 230 973 8.50 1.45- 35 17.3222 - 5.67 173 222 8.16 1.44- 30 13.1054 - 5.49 131 054 7.84 1.43- 25 9.99934 - 5.33 99 993 7.53 1.41- 20 7.69193 - 5.17 76 919 7.23 1.40- 15 5.96369 - 5.01 59 637 6.94 1.38- 10 4.6589 - 4.86 46 589 6.67 1.37- 5 3.66623 - 4.72 36 662 6.40 1.360 2.9054 - 4.58 29 054 6.15 1.345 2.31806 - 4.45 23 181 5.90 1.33

10 1.86153 - 4.32 18 615.3 5.66 1.3115 1.50429 - 4.20 15 042.9 5.44 1.2920 1.22295 - 4.08 12 229.5 5.21 1.2825 1.00 - 3.97 10 000.0 5.00 1.2630 0.82227 - 3.86 8222.7 5.21 1.3535 0.67977 - 3.75 6797.7 5.41 1.4440 0.56487 - 3.65 5648.7 5.60 1.5345 0.47174 - 3.55 4717.4 5.79 1.6350 0.39585 - 3.46 3958.5 5.97 1.7255 0.33371 - 3.37 3337.1 6.15 1.82



60 0.28258 - 3.28 2825.8 6.32 1.9265 0.24031 - 3.20 2403.1 6.48 2.0370 0.20521 - 3.12 2052.1 6.64 2.1375 0.17594 - 3.04 1759.37 6.80 2.2480 0.15142 - 2.96 1514.20 6.95 2.3585 0.1308 - 2.89 1308.04 7.10 2.4690 0.1134 - 2.82 1134.00 7.24 2.5795 0.09865 - 2.75 986.53 7.38 2.68

100 0.08611 - 2.69 861.10 7.52 2.80105 0.0754 - 2.62 754.04 7.65 2.92110 0.06624 - 2.56 662.36 7.78 3.04115 0.05836 - 2.50 583.58 7.91 3.16120 0.05157 - 2.45 515.67 8.03 3.28125 0.4569 - 2.39 456.94 8.15 3.41130 0.0406 - 2.34 406.01 8.27 3.54135 0.03617 - 2.29 361.71 8.38 3.67140 0.03231 - 2.23 323.06 8.49 3.80145 0.02893 - 2.19 289.26 8.60 3.93150 0.02596 - 2.14 259.61 8.70 4.07


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 23.3421 - 6.06 350 131 8.46 1.40- 35 17.336 - 5.84 260 040 8.13 1.39- 30 13.0176 - 5.62 195 263 7.81 1.39- 25 9.87717 - 5.42 148 158 7.50 1.38- 20 7.56881 - 5.23 113 532 7.21 1.38- 15 5.8546 - 5.05 87 819 6.93 1.37- 10 4.56918 - 4.87 68 538 6.65 1.37- 5 3.59635 - 4.71 53 945 6.39 1.360 2.85356 - 4.55 42 803 6.14 1.355 2.28163 - 4.40 34 224 5.89 1.34

10 1.83772 - 4.26 27 566 5.66 1.3315 1.49054 - 4.12 22 358 5.43 1.3220 1.21701 - 3.99 18 255 5.21 1.3125 1.00 - 3.87 15 000 5.00 1.2930 0.83154 - 3.75 12 473 5.20 1.3935 0.69408 - 3.63 10 411 5.40 1.4940 0.58149 - 3.53 8722.3 5.60 1.5945 0.48893 - 3.42 7334.0 5.78 1.6950 0.41256 - 3.32 6188.5 5.96 1.7955 0.34933 - 3.23 5240.0 6.14 1.9060 0.2968 - 3.14 4451.9 6.31 2.0165 0.253 - 3.05 3794.9 6.47 2.1270 0.21635 - 2.97 3245.3 6.63 2.2475 0.1856 - 2.89 2784.0 6.78 2.3580 0.15971 - 2.81 2395.7 6.94 2.4785 0.13785 - 2.73 2067.7 7.08 2.5990 0.11932 - 2.66 1789.8 7.22 2.7195 0.10358 - 2.59 1553.7 7.36 2.84

100 0.09016 - 2.53 1352.4 7.50 2.97105 0.0787 - 2.46 1180.5 7.63 3.10



110 0.06887 - 2.40 1033.1 7.76 3.23115 0.06043 - 2.34 906.41 7.88 3.36120 0.05315 - 2.29 797.27 8.00 3.50125 0.04687 - 2.23 702.99 8.12 3.64130 0.04142 - 2.18 621.33 8.24 3.78135 0.03669 - 2.13 550.42 8.35 3.92140 0.03258 - 2.08 488.72 8.46 4.07145 0.02899 - 2.03 434.88 8.57 4.22150 0.02585 - 1.98 387.81 8.67 4.37


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)

CATALOG NUMBER 2381 615 13223 OR SAP NO. NTCS0805E4223JHT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 30.7958 - 6.42 677 507.99 16.71 2.60- 35 22.4562 - 6.21 494 036.94 15.59 2.51- 30 16.5404 - 6.02 363 888.31 14.50 2.41- 25 12.3010 - 5.83 270 622.69 13.47 2.31- 20 9.2333 - 5.65 203 131.71 12.47 2.21- 15 6.9923 - 5.47 153 831.44 11.51 2.10- 10 5.3406 - 5.31 117 492.27 10.59 2.00- 5 4.1124 - 5.15 90 473.18 9.70 1.880 3.1916 - 4.99 70 215.46 8.85 1.775 2.4957 - 4.85 54 904.79 8.02 1.66

10 1.9656 - 4.70 43 243.49 7.23 1.5415 1.5589 - 4.57 34 295.62 6.46 1.4120 1.2446 - 4.44 27 380.67 5.72 1.2925 1.0000 - 4.31 22 000.00 5.00 1.1630 0.8084 - 4.19 17 785.47 5.69 1.3635 0.6574 - 4.08 14 463.33 6.36 1.5640 0.5377 - 3.97 11 828.57 7.01 1.7745 0.4421 - 3.86 9726.63 7.64 1.9850 0.3655 - 3.76 8040.24 8.25 2.2055 0.3036 - 3.66 6679.83 8.84 2.4260 0.2535 - 3.56 5576.61 9.41 2.6465 0.2126 - 3.47 4677.41 9.97 2.8770 0.1791 - 3.38 3940.90 10.51 3.1175 0.1516 - 3.30 3334.80 11.03 3.3580 0.1288 - 3.22 2833.74 11.54 3.5985 0.1099 - 3.14 2417.69 12.04 3.8490 0.0941 - 3.06 2070.77 12.52 4.0995 0.0809 - 2.99 1780.29 12.99 4.35

100 0.0698 - 2.92 1536.11 13.45 4.61105 0.0605 - 2.85 1330.07 13.89 4.88110 0.0525 - 2.78 1155.56 14.32 5.15115 0.0458 - 2.72 1007.23 14.74 5.43120 0.0400 - 2.65 880.71 15.15 5.71125 0.0351 - 2.59 772.44 15.55 6.00130 0.0309 - 2.54 679.48 15.94 6.29135 0.0272 - 2.48 599.41 16.32 6.58140 0.0241 - 2.43 530.24 16.70 6.88145 0.0214 - 2.37 470.31 17.06 7.19150 0.0190 - 2.32 418.23 17.41 7.50




TOPER(°C)

CATALOG NUMBER 2381 615 13333 OR SAP NO. NTCS0805E4333JHT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 32.68563 - 6.59 1 078 626 16.66 2.53- 35 23.6478 - 6.36 780 377 15.54 2.44- 30 17.29545 - 6.15 570 750 14.46 2.35- 25 12.78101 - 5.95 421 773 13.43 2.26- 20 9.538645 - 5.76 314 775 12.44 2.16- 15 7.186265 - 5.57 237 147 11.48 2.06- 10 5.463007 - 5.40 180 279 10.56 1.96- 5 4.18889 - 5.23 138 233 9.68 1.850 3.238476 - 5.07 106 870 8.83 1.745 2.523488 - 4.91 83 275 8.01 1.63

10 1.9812223 - 4.77 65 380.4 7.22 1.5115 1.566743 - 4.62 51 702.5 6.45 1.4020 1.247561 - 4.49 41 169.5 5.71 1.2725 1.00 - 4.36 33 000.0 5.00 1.1530 0.806666 - 4.24 26 620.0 5.69 1.3435 0.654682 - 4.12 21 604.5 6.36 1.5440 0.534445 - 4.00 17 636.7 7.00 1.7545 0.438742 - 3.89 14 478.5 7.63 1.9650 0.362121 - 3.79 11 950.0 8.24 2.1855 0.30043 - 3.68 9914.2 8.82 2.3960 0.250491 - 3.59 8266.2 9.40 2.6265 0.209854 - 3.49 6925.2 9.95 2.8570 0.17662 - 3.40 5828.5 10.49 3.0875 0.149308 - 3.32 4927.18 11.01 3.3280 0.126759 - 3.23 4183.06 11.52 3.5685 0.108058 - 3.15 3565.93 12.01 3.8190 0.092482 - 3.07 3051.89 12.49 4.0695 0.079453 - 3.00 2621.93 12.96 4.32

100 0.068511 - 2.93 2260.85 13.41 4.58105 0.059286 - 2.86 1956.42 13.85 4.85110 0.051479 - 2.79 1698.80 14.28 5.12115 0.044848 - 2.73 1479.98 14.70 5.39120 0.039196 - 2.66 1293.47 15.11 5.67125 0.034363 - 2.60 1133.96 15.51 5.96130 0.030215 - 2.54 997.09 15.90 6.25135 0.026645 - 2.49 879.28 16.28 6.55140 0.023562 - 2.43 777.55 16.65 6.84145 0.020892 - 2.38 689.45 17.01 7.15150 0.018573 - 2.33 612.93 17.36 7.46


TOPER(°C)

CATALOG NUMBER 2381 615 13473 OR SAP NO. NTCS0805E4473JXT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 37.156 - 6.82 1 746 331 11.02 1.62- 35 26.5657 - 6.60 1 248 589 10.44 1.58- 30 19.2065 - 6.38 902 705 9.89 1.55- 25 14.0347 - 6.17 659 632 9.35 1.52- 20 10.3608 - 5.97 486 956 8.84 1.48- 15 7.72365 - 5.78 363 012 8.35 1.44- 10 5.81188 - 5.60 273 158 7.87 1.41- 5 4.41266 - 5.42 207 395 7.42 1.370 3.37917 - 5.25 158 821 6.98 1.335 2.60609 - 5.09 122 627 6.55 1.29



10 2.03042 - 4.94 95 430 6.14 1.2415 1.59206 - 4.79 74 827 5.75 1.2020 1.2574 - 4.65 59 098 5.37 1.1525 1.00 - 4.51 47 000 5.00 1.1130 0.8006 - 4.38 37 628 5.36 1.2235 0.64506 - 4.26 30 318 5.70 1.3440 0.52294 - 4.14 24 578 6.04 1.4645 0.42644 - 4.02 20 043 6.36 1.5850 0.34971 - 3.91 16 437 6.67 1.7155 0.28836 - 3.81 13 553 6.98 1.8360 0.23901 - 3.70 11 233 7.27 1.9665 0.1991 - 3.60 9358 7.56 2.1070 0.16666 - 3.51 7833 7.83 2.2375 0.14016 - 3.42 6587 8.10 2.3780 0.1184 - 3.33 5565 8.37 2.5185 0.10045 - 3.25 4721 8.62 2.6690 0.08557 - 3.16 4022 8.87 2.8095 0.07319 - 3.09 3440 9.11 2.95

100 0.06285 - 3.01 2954 9.34 3.10105 0.05416 - 2.94 2546 9.57 3.26110 0.04685 - 2.87 2202 9.79 3.42115 0.04066 - 2.80 1911 10.01 3.58120 0.03541 - 2.73 1664 10.22 3.74125 0.03094 - 2.67 1454 10.43 3.91130 0.02711 - 2.61 1274 10.63 4.08135 0.02383 - 2.55 1120 10.82 4.25140 0.02101 - 2.49 987.6 11.02 4.42145 0.01858 - 2.44 873.2 11.20 4.60150 0.01647 - 2.38 774.1 11.38 4.78


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 25.783 - 6.07 1 753 245 16.02 2.64- 35 19.1253 - 5.88 1 300 524 14.96 2.54- 30 14.32 - 5.70 973 759.8 13.94 2.45- 25 10.8187 - 5.52 735 674.7 12.96 2.35- 20 8.24438 - 5.35 560 618 12.02 2.25- 15 6.33489 - 5.19 430 772.3 11.12 2.14- 10 4.90655 - 5.03 333 645.6 10.26 2.04- 5 3.82943 - 4.88 260 401.1 9.42 1.930 3.01078 - 4.74 204 733.3 8.62 1.825 2.3839 - 4.60 162 105 7.84 1.70

10 1.90036 - 4.47 129 224.7 7.09 1.5915 1.52479 - 4.34 103 686 6.37 1.4720 1.23112 - 4.22 83 716.26 5.67 1.3525 1.00 - 4.10 68 000 5.00 1.2230 0.81697 - 3.99 55 554.14 5.65 1.4235 0.67116 - 3.88 45 638.98 6.28 1.6240 0.55433 - 3.77 37 694.27 6.89 1.8345 0.46019 - 3.67 31 292.96 7.48 2.0450 0.38393 - 3.58 26 107.56 8.06 2.2555 0.32184 - 3.48 21 885.36 8.61 2.47



60 0.27103 - 3.39 18 430.3 9.15 2.7065 0.22926 - 3.30 15 589.41 9.67 2.9370 0.19475 - 3.22 13 242.67 10.18 3.1675 0.16611 - 3.14 11 295.44 10.67 3.4080 0.14225 - 3.06 9672.73 11.15 3.6485 0.12228 - 2.99 8314.81 11.62 3.8990 0.1055 - 2.92 7173.88 12.07 4.1495 0.09135 - 2.85 6211.55 12.51 4.40

100 0.07936 - 2.78 5396.80 12.94 4.66105 0.06918 - 2.71 4704.48 13.36 4.92110 0.0605 - 2.65 4114.12 13.77 5.19115 0.05307 - 2.59 3609 14.16 5.47120 0.0467 - 2.53 3175.38 14.55 5.75125 0.04121 - 2.47 2801.96 14.92 6.03130 0.03646 - 2.42 2479.38 15.29 6.32135 0.03235 - 2.37 2199.88 15.65 6.62140 0.02878 - 2.31 1957.02 16.00 6.91145 0.02567 - 2.26 1745.39 16.34 7.22150 0.02295 - 2.22 1560.48 16.67 7.52


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 23.8997 - 5.92 2 389 969 8.58 1.45- 35 17.8586 - 5.74 1 785 861 8.24 1.44- 30 13.465 - 5.56 1 346 502 7.91 1.42- 25 10.2407 - 5.39 1 024 071 7.59 1.41- 20 7.85378 - 5.23 785 378.1 7.28 1.39- 15 6.07181 - 5.07 607 181.2 6.99 1.38- 10 4.73061 - 4.92 473 061.1 6.71 1.36- 5 3.7132 - 4.77 371 319.7 6.44 1.350 2.93554 - 4.63 293 553.6 6.18 1.335 2.33677 - 4.50 233 677.1 5.92 1.32

10 1.87249 - 4.37 187 249.2 5.68 1.3015 1.51004 - 4.24 151 003.9 5.45 1.2820 1.22522 - 4.12 122 522.4 5.22 1.2725 1.00 - 4.01 100 000 5.00 1.2530 0.82081 - 3.89 82 081.36 5.21 1.3435 0.67742 - 3.79 67 741.67 5.42 1.4340 0.56201 - 3.68 56 201.1 5.62 1.5245 0.46863 - 3.59 46 862.56 5.81 1.6250 0.39266 - 3.49 39 266.09 5.99 1.7255 0.33055 - 3.40 33 055.34 6.18 1.8260 0.27953 - 3.31 27 952.66 6.35 1.9265 0.23741 - 3.22 23 740.56 6.52 2.0270 0.20248 - 3.14 20 247.74 6.69 2.1375 0.17339 - 3.06 17 338.63 6.85 2.2480 0.14905 - 2.99 14 905.37 7.00 2.3485 0.12862 - 2.91 12 861.77 7.15 2.4690 0.11139 - 2.84 11 138.64 7.30 2.5795 0.0968 - 2.77 9680.13 7.44 2.68

100 0.08441 - 2.71 8441.05 7.58 2.80105 0.07385 - 2.64 7384.60 7.72 2.92



110 0.06481 - 2.58 6480.76 7.85 3.04115 0.05705 - 2.52 5704.87 7.98 3.17120 0.05037 - 2.46 5036.67 8.11 3.29125 0.04459 - 2.41 4459.40 8.23 3.42130 0.03959 - 2.35 3959.18 8.35 3.55135 0.03524 - 2.30 3524.43 8.46 3.68140 0.03146 - 2.25 3145.52 8.58 3.81145 0.02814 - 2.20 2814.35 8.69 3.95150 0.02524 - 2.15 2524.15 8.80 4.09


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 33.3434 - 6.58 11 003.3 16.83 2.56- 35 24.1285 - 6.36 7962.4 15.69 2.46- 30 17.6422 - 6.16 5821.9 14.60 2.37- 25 13.0283 - 5.97 4299.4 13.55 2.27- 20 9.7132 - 5.78 3205.4 12.54 2.17- 15 7.3081 - 5.60 2411.7 11.57 2.07- 10 5.5470 - 5.43 1830.5 10.64 1.96- 5 4.2457 - 5.27 1401.1 9.75 1.850 3.2760 - 5.11 1081.1 8.88 1.745 2.5474 - 4.96 840.63 8.05 1.62

10 1.9955 - 4.81 658.52 7.25 1.5115 1.5744 - 4.67 519.55 6.47 1.3920 1.2506 - 4.54 412.71 5.72 1.2625 1.0000 - 4.41 330.00 5.00 1.1330 0.8046 - 4.29 265.53 5.70 1.3335 0.6514 - 4.17 214.95 6.38 1.5340 0.5304 - 4.05 175.02 7.03 1.7345 0.4343 - 3.94 143.31 7.67 1.9450 0.3575 - 3.84 117.97 8.28 2.1655 0.2958 - 3.74 97.62 8.88 2.3660 0.2460 - 3.64 81.18 9.46 2.6065 0.2056 - 3.55 67.83 10.02 2.8370 0.1726 - 3.45 56.94 10.56 3.0675 0.1455 - 3.37 48.02 11.09 3.2980 0.1232 - 3.28 40.66 11.61 3.5385 0.1048 - 3.20 34.57 12.11 3.7890 0.0894 - 3.12 29.52 12.59 4.0395 0.0767 - 3.05 25.30 13.07 4.29

100 0.0659 - 2.98 21.76 13.53 4.54105 0.0569 - 2.91 18.78 13.97 4.81110 0.0493 - 2.84 16.27 14.41 5.08115 0.0429 - 2.77 14.14 14.84 5.35120 0.0374 - 2.71 12.33 15.25 5.63125 0.0327 - 2.65 10.79 15.65 5.91130 0.0287 - 2.59 9.463 16.05 6.20135 0.0252 - 2.53 8.326 16.43 6.49140 0.0223 - 2.48 7.347 16.81 6.79145 0.0197 - 2.42 6.500 17.17 7.09150 0.0175 - 2.37 5.767 17.53 7.40




TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

5 % TOL.ΔT (K)

- 40 37.1288 - 6.79 17450.5 17.16 2.53- 35 26.5910 - 6.57 12497.8 15.99 2.44- 30 19.2505 - 6.36 9047.8 14.87 2.34- 25 14.0812 - 6.15 6618.2 13.79 2.24- 20 10.4026 - 5.96 4889.2 12.76 2.14- 15 7.7582 - 5.77 3646.4 11.76 2.04- 10 5.8389 - 5.60 2744.3 10.80 1.93- 5 4.4329 - 5.43 2083.5 9.88 1.820 3.3937 - 5.26 1595.0 8.99 1.715 2.6190 - 5.10 1230.93 8.14 1.59

10 2.0367 - 4.95 957.26 7.31 1.4815 1.5956 - 4.81 749.94 6.51 1.3520 1.2589 - 4.67 591.68 5.74 1.2325 1.0000 - 4.54 470.00 5.00 1.1030 0.7995 - 4.41 375.78 5.72 1.3035 0.6433 - 4.29 302.34 6.42 1.5040 0.5207 - 4.17 244.71 7.09 1.7045 0.4239 - 4.06 199.22 7.74 1.9150 0.3470 - 3.95 163.08 8.38 2.1255 0.2856 - 3.84 134.22 8.99 2.3460 0.2362 - 3.74 111.03 9.58 2.5665 0.1964 - 3.65 92.30 10.16 2.7970 0.1640 - 3.55 77.10 10.72 3.0275 0.1377 - 3.46 64.70 11.27 3.2580 0.1160 - 3.38 54.53 11.80 3.4985 0.0982 - 3.29 46.16 12.31 3.7490 0.0835 - 3.21 39.23 12.81 3.9995 0.0712 - 3.13 33.48 13.30 4.24

100 0.0610 - 3.06 28.68 13.77 4.50105 0.0525 - 2.99 24.66 14.23 4.77110 0.0453 - 2.92 21.27 14.68 5.03115 0.0392 - 2.85 18.42 15.12 5.31120 0.0340 - 2.78 16.00 15.54 5.58125 0.0297 - 2.72 13.94 15.96 5.87130 0.0259 - 2.66 12.189 16.36 6.15135 0.0227 - 2.60 10.688 16.76 6.45140 0.0200 - 2.54 9.398 17.15 6.74145 0.0176 - 2.49 8.288 17.52 7.05150 0.0156 - 2.43 7.329 17.89 7.35




REMARKNon preferred type(replaced by 2381 615 3..../NTCS0603E3...)

FEATURES


• AgPd terminations





example:






Note: R25 - values, B25/85 - values and catalog numbers. See Resistance Values Tables



Tolerance on R25 - value ± 5 %

Tolerance on B25/85 - value see Electrical Data and Ordering Information




R/T values see tables


Mass ≈ 0.0075 g

SOLDERABILITY AND RESISTANCE TO SOLDERING HEATIEC 60068-2-20

TESTMETHOD

TEST PROCEDURE REQUIREMENTS

6 TC

solderability 3 s at 215 °C; 2 s at 235 °C ΔR/R < 5 %



R25 - VALUE(kΩ)

TOLERANCE ON R25 °C(%)

B25/85 - VALUE(K)

TOLERANCEON B25/85

(%)

12NC ORDERING CODE2381 615 23...

SAP MATERIAL NO.NTCS0603E4...

4.7 5 % 3560 ± 3 472 472JMT

10 5 % 3620 ± 3 103 103JMT

47 5 % 3977 ± 3 473 473JHT

68 5 % 3740 ± 3 683 683JMT

100 5 % 3650 ± 3 104 104JMT




T

L1

W

L2 L3L4

L1 W TMAX.

L2 AND L3MIN.

L4MIN.

1.6 ± 0.15 0.8 ± 0.15 1.0 0.2 0.4


TOPER(°C)

CATALOG NO. 2381 615 23472 OR SAP NO. NTCS0603E4472JMT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

- 40 21.9261 - 5.75 103 053 16.71- 35 16.5224 - 5.57 77 655 15.59- 30 12.5583 - 5.40 59 024 14.50- 25 9.6249 - 5.24 45 237 13.47- 20 7.4362 - 5.08 34 950 12.47- 15 5.7898 - 4.93 27 212 11.51- 10 4.5416 - 4.78 21 345 10.59- 5 3.5881 - 4.64 16 864 9.700 2.8545 - 4.51 13 416 8.855 2.2860 - 4.38 10 744 8.02

10 1.8425 - 4.25 8659.5 7.2315 1.4941 - 4.13 7022.5 6.4620 1.2189 - 4.01 5728.7 5.7225 1.0000 - 3.90 4700.0 5.0030 0.8249 - 3.80 3877.2 5.6935 0.6841 - 3.69 3215.4 6.3640 0.57025 - 3.59 2680.2 7.0145 0.47765 - 3.50 2245.0 7.6450 0.40198 - 3.40 1889.3 8.2555 0.33984 - 3.31 1597.2 8.8460 0.28856 - 3.23 1356.2 9.4165 0.24606 - 3.15 1156.5 9.9770 0.21067 - 3.07 990.1 10.5175 0.18108 - 2.99 851.06 11.0380 0.15623 - 2.91 734.29 11.5485 0.13529 - 2.84 635.86 12.0490 0.11757 - 2.77 552.56 12.5295 0.10251 - 2.71 481.81 12.99

100 0.08968 - 2.64 421.50 13.45105 0.07871 - 2.58 369.91 13.89110 0.06928 - 2.52 325.64 14.32115 0.06117 - 2.46 287.51 14.74120 0.05416 - 2.41 254.57 15.15125 0.04809 - 2.35 226.03 15.55130 0.04282 - 2.30 201.23 15.94135 0.03822 - 2.25 179.62 16.32140 0.0342 - 2.20 160.73 16.70145 0.03068 - 2.15 144.17 17.06150 0.02758 - 2.10 129.63 17.41




TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

- 40 23.0973 - 5.84 230 973 16.71- 35 17.3222 - 5.67 173 222 15.59- 30 13.1054 - 5.49 131 054 14.50- 25 9.99934 - 5.33 99 993 13.47- 20 7.69193 - 5.17 76 919 12.47- 15 5.96369 - 5.01 59 637 11.51- 10 4.6589 - 4.86 46 589 10.59- 5 3.66623 - 4.72 36 662 9.700 2.9054 - 4.58 29 054 8.855 2.31806 - 4.45 23 181 8.02

10 1.86153 - 4.32 18 615.3 7.2315 1.50429 - 4.20 15 042.9 6.4620 1.22295 - 4.08 12 229.5 5.7225 1.00 - 3.97 10 000.0 5.0030 0.82227 - 3.86 8222.7 5.6935 0.67977 - 3.75 6797.7 6.3640 0.56487 - 3.65 5648.7 7.0145 0.47174 - 3.55 4717.4 7.6450 0.39585 - 3.46 3958.5 8.2555 0.33371 - 3.37 3337.1 8.8460 0.28258 - 3.28 2825.8 9.4165 0.24031 - 3.20 2403.1 9.9770 0.20521 - 3.12 2052.1 10.5175 0.17594 - 3.04 1759.37 11.0380 0.15142 - 2.96 1514.20 11.5485 0.1308 - 2.89 1308.04 12.0490 0.1134 - 2.82 1134.00 12.5295 0.09865 - 2.75 986.53 12.99

100 0.08611 - 2.69 861.10 13.45105 0.0754 - 2.62 754.04 13.89110 0.06624 - 2.56 662.36 14.32115 0.05836 - 2.50 583.58 14.74120 0.05157 - 2.45 515.67 15.15125 0.4569 - 2.39 456.94 15.55130 0.0406 - 2.34 406.01 15.94135 0.03617 - 2.29 361.71 16.32140 0.03231 - 2.23 323.06 16.70145 0.02893 - 2.19 289.26 17.06150 0.02596 - 2.14 259.61 17.41


TOPER(°C)

CATALOG NO. 2381 615 23473 OR SAP NO. NTCS0603E4473JHT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

- 40 33.21001 - 6.62 1 560 870 16.71- 35 23.99043 - 6.39 1 127 550 15.59- 30 17.52031 - 6.18 823 454 14.50- 25 12.92895 - 5.98 607 660 13.47- 20 9.63600 - 5.78 452 892 12.47- 15 7.25018 - 5.60 340 758 11.51- 10 5.50470 - 5.42 258 721 10.59- 5 4.21578 - 5.25 198 142 9.700 3.25548 - 5.09 153 008 8.855 2.53391 - 4.93 119 094 8.02

10 1.98726 - 4.79 93 401 7.2315 1.56988 - 4.64 73 784 6.46



20 1.24880 - 4.51 58 694 5.7225 1.00000 - 4.38 47 000 5.0030 0.80592 - 4.25 37 878 5.6935 0.65349 - 4.13 30 714 6.3640 0.53300 - 4.02 25 051 7.0145 0.43718 - 3.91 20 547 7.6450 0.36053 - 3.80 16 945 8.2555 0.29887 - 3.70 14 047 8.8460 0.24900 - 3.60 11 703 9.4165 0.20845 - 3.51 9797.0 9.9770 0.17531 - 3.42 8239.5 10.5175 0.14809 - 3.33 6960.4 11.0380 0.12564 - 3.26 5905.1 11.5485 0.10703 - 3.17 5030.6 12.0490 0.09154 - 3.09 4203.6 12.5295 0.09865 - 3.01 3694.1 12.99

100 0.08611 - 2.94 3183.4 13.45105 0.0754 - 2.87 2753.1 13.89110 0.06624 - 2.80 2389.1 14.32115 0.05836 - 2.74 2080.2 14.74120 0.05157 - 2.67 1817.0 15.15125 0.4569 - 2.61 1592.1 15.55130 0.0406 - 2.55 1399.2 15.94135 0.03617 - 2.50 1233.2 16.32140 0.03231 - 2.44 1090.0 16.70145 0.02893 - 2.39 966.0 17.06150 0.02596 - 2.34 858.4 17.41


TOPER(°C)

CATALOG NO. 2381 615 23473 OR SAP NO. NTCS0603E4473JHT

RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

- 40 25.783 - 6.07 1 753 245 16.71- 35 19.1253 - 5.88 1 300 524 15.59- 30 14.32 - 5.70 973 760 14.50- 25 10.8187 - 5.52 735 675 13.47- 20 8.24438 - 5.35 560 618 12.47- 15 6.33489 - 5.19 430 772 11.51- 10 4.90655 - 5.03 333 646 10.59- 5 3.82943 - 4.88 260 401 9.700 3.01078 - 4.74 204 733 8.855 2.3839 - 4.60 162 105 8.02

10 1.90036 - 4.47 129 225 7.2315 1.52479 - 4.34 103 686 6.4620 1.23112 - 4.22 83 716 5.7225 1.00 - 4.10 68 000 5.0030 0.81697 - 3.99 55 554.1 5.6935 0.67116 - 3.88 45 639.0 6.3640 0.55433 - 3.77 37 694.3 7.0145 0.46019 - 3.67 31 293.0 7.6450 0.38393 - 3.58 26 107.6 8.2555 0.32184 - 3.48 21 885.4 8.8460 0.27103 - 3.39 18 430.3 9.4165 0.22926 - 3.30 15 589.4 9.9770 0.19475 - 3.22 13 242.7 10.5175 0.16611 - 3.14 11 295.4 11.0380 0.14225 - 3.06 9672.7 11.54



85 0.12228 - 2.99 8314.8 12.0490 0.1055 - 2.92 7173.9 12.5295 0.09135 - 2.85 6211.6 12.99

100 0.07936 - 2.78 5396.8 13.45105 0.06918 - 2.71 4704.5 13.89110 0.0605 - 2.65 4114.1 14.32115 0.05307 - 2.59 3609.0 14.74120 0.0467 - 2.53 3175.4 15.15125 0.04121 - 2.47 2802.0 15.55130 0.03646 - 2.42 2479.4 15.94135 0.03235 - 2.37 2199.9 16.32140 0.02878 - 2.31 1957.0 16.70145 0.02567 - 2.26 1745.4 17.06150 0.02295 - 2.22 1560.5 17.41


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)


TOPER(°C)


RT/R25TCR(%/K)

RT(Ω)

5 % TOL.ΔR/R (%)

- 40 23.8997 - 5.92 2389969 16.71- 35 17.8586 - 5.74 1785861 15.59- 30 13.465 - 5.56 1346502 14.50- 25 10.2407 - 5.39 1024071 13.47- 20 7.85378 - 5.23 785378 12.47- 15 6.07181 - 5.07 607181 11.51- 10 4.73061 - 4.92 473061 10.59- 5 3.7132 - 4.77 371320 9.700 2.93554 - 4.63 293554 8.855 2.33677 - 4.50 233677 8.02

10 1.87249 - 4.37 187249 7.2315 1.51004 - 4.24 151004 6.4620 1.22522 - 4.12 122522 5.7225 1.00 - 4.01 100000 5.0030 0.82081 - 3.89 82081.4 5.6935 0.67742 - 3.79 67741.7 6.3640 0.56201 - 3.68 56201.1 7.0145 0.46863 - 3.59 46862.6 7.6450 0.39266 - 3.49 39266.1 8.2555 0.33055 - 3.40 33055.3 8.8460 0.27953 - 3.31 27952.7 9.4165 0.23741 - 3.22 23740.6 9.9770 0.20248 - 3.14 20247.7 10.5175 0.17339 - 3.06 17338.6 11.0380 0.14905 - 2.99 14905.4 11.5485 0.12862 - 2.91 12861.8 12.0490 0.11139 - 2.84 11138.6 12.5295 0.0968 - 2.77 9680.1 12.99

100 0.08441 - 2.71 8441.1 13.45105 0.07385 - 2.64 7384.6 13.89110 0.06481 - 2.58 6480.8 14.32115 0.05705 - 2.52 5704.9 14.74120 0.05037 - 2.46 5036.7 15.15125 0.04459 - 2.41 4459.4 15.55130 0.03959 - 2.35 3959.2 15.94135 0.03524 - 2.30 3524.4 16.32140 0.03146 - 2.25 3145.5 16.70145 0.02814 - 2.20 2814.4 17.06150 0.02524 - 2.15 2524.2 17.41

Model Numbers

Global Part Numbering Information ....................... 58

2381 633 3/8 . . . ./NTCLG100E2 . . . . . &2381 633 5 . . . ./NTCSMELFE3 . . . . T ...... 59NTC

Glass Encapsulated

NTC Glass Encapsulated




PRODUCTFAMILY


PART NUMBER: NTC L G100 E2 103 J B


EXECUTION TYPE RoHS COMPLIANCETERMINATION TYPEG100 =

glass leadMELF =

without leads

E2 = SnCuE3 = Sn

L = leadedNTC

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


F = 1 %G = 2 %H = 3 %J = 5 %

K = 10 %

N T C L G 1 0 0 E 2 1 0 3 J B


2381 = YES2322 = NO

2381

633 = glassencapsulated

633 8

2381 633 8 3 103

5 = SMD MELF8 = leaded glass

in bulk3 = leaded glass

on tape

PACKAGING

B = bulkT0 = tape

TYPE

3

3 = 5 %2 = 10 %

TOLERANCEON R25

103

R25 VALUE

Document Number: 29050 For technical questions, contact: [email protected] www.vishay.comRevision: 06-Oct-06 59

NTC Thermistors, High Temperature Sensors

2381 633 3/8..../NTCLG100E2..... & 2381 633 5..../NTCSMELFE3....TVishay BCcomponents

FEATURES

• Small diameter down to 1.7 mm

• Quick response time down to 0.9 s

• Wide temperature range from - 40 to + 200 °C• Resistant to corrosive atmospheres and harsh

environments

• Old part number was 2322 633 3/5/8....

• Component in accordance to RoHS 2002/95/EC and WEEE 2002/96/EC

• Available in bulk or on tape

APPLICATIONS

High temperature measurement control:Domestic appliances

Automotive systems

Industrial process control

DESCRIPTION

These thermistors have a negative temperature coefficient and are mounted in a glass envelope:

2381 633 5.... (SOD80) without leads and suitable for

surface mounting2381 633 8.... (SOD27) with tinned copper-clad iron leads

2381 633 3.... is the bandoiler version of 2381 633 8.... series

MOUNTING

By soldering

Note1. replace * in 12NC by 3 for 5 %, 2 for 10 % tolerance on R25 °C, the digit 8 stands for bulk components, the digit 3 stands for taped components2. replace * in SAP part no by J for 5 %, K for 10 % tolerance on R25 °C, the digit B stands for bulk components, for taped components replace

B by TO

QUICK REFERANCE DATA

PARAMETERVALUE

2381 633 5.... 2381 633 8....

Temperature range - 40 to + 200 °C

Resistance value at 25 °C (R25) 10 to 220 kΩ

Tolerance on R25 - value ± 5 % and ± 10 %

B25/85 - value 3977 K

Tolerance on B25/85 - value ± 1.3 %

Deviation in resistance value due to B-tolerance

see Resistance Values at

Intermediate Temperatures table for 2381 633 5.... series



Ratio RT/R25

Rated dissipation 100 mW

Dissipation factor 2.5 mW/K

Response time 0.9 s

Thermal time constant τ 6 s

Temperature coefficient





Climatic category 40/155/56 40/200/56

Mass ≈ 0.03 g ≈ 0.14 g

ELECTRICAL DATA AND ORDERING INFORMATIONR25(kΩ)

B25/85 - VALUE12NC ORDERING CODE

2381 633 3/8...1)SAP MATERIAL NO.

NTCLG100E2...2)12NC ORDERING CODE

2381 633 5...1)SAP MATERIAL NO.

NTCSMELFE3...2)

10 3977 K ± 1.3 % *103 103*B *103 103*T

20 3977 K ± 1.3 % *203 203*B *203 203*T

30 3977 K ± 1.3 % *303 303*B *303 303*T

100 3977 K ± 1.3 % *104 104*B *104 104*T

220 3797 K ± 3.0 % *224 224*B - -

www.vishay.com For technical questions, contact: [email protected] Document Number: 2905060 Revision: 06-Oct-06

2381 633 3/8..../NTCLG100E2..... & 2381 633 5..../NTCSMELFE3....TVishay BCcomponents NTC Thermistors, High Temperature Sensors


DERATING

STABILITY AND R-T CHARACTERISTICS

Component outline for 2381 633 8.... (SOD27)

O

4.25 max25.4 min 25.4 min

0.56max

1.85 maxO

Component outline for 2381 633 5.... (SOD80)

1.7max

0.3 0.3

O

3.7max

0 55- 40 85T (°C)

155

100

0

P(%)

amb

Derating curve for 2381 633 5.... series

0 55- 40 85 200T (°C)

100

0

P(%)

amb

Derating curve for 2381 633 8.... series

0

0.8

0.6

0.2

103 104 105 106

0.4

ΔRR

(%)

- 0.4

0

- 0.1

- 0.3

- 0.2

ΔT(K)

ΔT (25 K)

ΔT (85 K)

ΔR85/R85

ΔR25/R25

cycles

Stability of glass encapsulated NTCs after thermal shock test


2381 633 3/8..../NTCLG100E2..... & 2381 633 5..../NTCSMELFE3....TNTC Thermistors, High Temperature Sensors Vishay BCcomponents

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR 2381 633 5..../NTCSMELFE2...

TOPER(°C)

RT/R25

ΔR DUE TOB-TOLERANCE

(%)

TCR(%/K)

R25 (kΩ) for 2381 633/NTCSMELFE2 (see note 1)

5.103/103.T 5.203/203.T 5.303/303.T 5.104/104.T

- 40 33.06 4.65 6.59 330.6 661.2 991.8 3306- 35 23.90 4.21 6.37 239.0 478.1 717.1 2390- 30 17.47 3.79 6.16 174.7 349.4 524.1 1747- 25 12.90 3.38 5.96 129.0 258.0 387.0 1290- 20 9.621 2.99 5.77 96.21 192.4 288.6 962.1- 15 7.242 2.61 5.59 72.42 144.8 217.3 724.2- 10 5.501 2.24 5.41 55.01 110.0 165.0 550.1- 5 4.214 1.89 5.24 42.14 84.28 126.4 421.40 3.255 1.55 5.08 32.55 65.09 97.64 325.55 2.534 1.22 4.93 25.34 50.67 76.01 253.4

10 1.987 0.90 4.78 19.87 39.74 59.62 198.715 1.570 0.59 4.64 15.70 31.40 47.10 157.020 1.249 0.29 4.51 12.49 24.98 37.46 124.925 1.000 0.00 4.38 10.00 20.00 30.00 100.030 0.8059 0.28 4.25 8.059 16.12 24.18 80.5935 0.6534 0.55 4.13 6.534 13.07 19.60 65.3440 0.5329 0.82 4.02 5.329 10.66 15.99 53.2945 0.4371 1.08 3.91 4.371 8.742 13.11 43.7150 0.3604 1.34 3.80 3.604 7.209 10.81 36.0455 0.2988 1.58 3.70 2.988 5.976 8.963 29.8860 0.2489 1.82 3.60 2.489 4.978 7.467 24.8965 0.2084 2.06 3.51 2.084 4.168 6.251 20.8470 0.1753 2.29 3.42 1.753 3.505 5.258 17.5375 0.1481 2.51 3.33 1.481 2.961 4.442 14.8180 0.1256 2.73 3.24 1.256 2.512 3.769 12.5685 0.1070 2.95 3.16 1.070 2.141 3.211 10.7090 0.09156 3.16 3.08 0.9156 1.831 2.747 9.15695 0.07862 3.36 3.01 0.7862 1.572 2.359 7.862

100 0.06777 3.56 2.93 0.6777 1.355 2.033 6.777105 0.05863 3.76 2.86 0.5863 1.173 1.759 5.863110 0.05089 3.95 2.79 0.5089 1.018 1.527 5.089115 0.04433 4.13 2.73 0.4433 0.8865 1.330 4.433120 0.03873 4.32 2.66 0.3873 0.7747 1.162 3.873125 0.03395 4.50 2.60 0.3395 0.6791 1.019 3.395130 0.02985 4.67 2.54 0.2985 0.5971 0.8956 2.985135 0.02633 4.84 2.49 0.2633 0.5265 0.7898 2.633140 0.02328 5.01 2.43 0.2328 0.4656 0.6984 2.328145 0.02065 5.17 2.38 0.2065 0.4129 0.6194 2.065150 0.01836 5.33 2.32 0.1836 0.3671 0.5507 1.836

STABILITY AND R-T CHARACTERISTICS

- 50 50 150 250 350

104

10-2

102

103

1

10

10-1

T (°C)

R(Ω)

100 kΩ30 kΩ20 kΩ10 kΩ



Note1. Replace dot according to the following rule and depending on requested tolerance on R25 °C:

a) for 12NC 3 for 5 % and 2 for 10 % tolerance

b) for SAP ordering code J for 5 % and K for 10 % tolerance

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR 2381 633 8.../NTCLG100E2...

TOPER(°C)

RT/R25

ΔR DUE TOB-TOLERANCE FOR

103/203/303/104(%)

TCR(%/K)

R (kΩ) for 2381 633/NTCLG100E2 (see note 1)

8.103/103.T 8.203/203.T 8.303/303.T 8.104/104.T

- 40 33.06 4.65 6.59 330.6 661.2 991.8 3306- 35 23.90 4.21 6.37 239.0 478.1 717.1 2390- 30 17.47 3.79 6.16 174.7 349.4 524.1 1747- 25 12.90 3.38 5.96 129.0 258.0 387.0 1290- 20 9.621 2.99 5.77 96.21 192.4 288.6 962.1- 15 7.242 2.61 5.59 72.42 144.8 217.3 724.2- 10 5.501 2.24 5.41 55.01 110.0 165.0 550.1- 5 4.214 1.89 5.24 42.14 84.28 126.4 421.40 3.255 1.55 5.08 32.55 65.09 97.64 325.55 2.534 1.22 4.93 25.34 50.67 76.01 253.4

10 1.987 0.90 4.78 19.87 39.74 59.62 198.715 1.570 0.59 4.64 15.70 31.40 47.10 157.020 1.249 0.29 4.51 12.49 24.98 37.46 124.925 1.000 0.00 4.38 10.00 20.00 30.00 100.030 0.8059 0.28 4.25 8.059 16.12 24.18 80.5935 0.6534 0.55 4.13 6.534 13.07 19.60 65.3440 0.5329 0.82 4.02 5.329 10.66 15.99 53.2945 0.4371 1.08 3.91 4.371 8.742 13.11 43.7150 0.3604 1.34 3.80 3.604 7.209 10.81 36.0455 0.2988 1.58 3.70 2.988 5.976 8.963 29.8860 0.2489 1.82 3.60 2.489 4.978 7.467 24.8965 0.2084 2.06 3.51 2.084 4.168 6.251 20.8470 0.1753 2.29 3.42 1.753 3.505 5.258 17.5375 0.1481 2.51 3.33 1.481 2.961 4.442 14.8180 0.1256 2.73 3.24 1.256 2.512 3.769 12.5685 0.1070 2.95 3.16 1.070 2.141 3.211 10.7090 0.09156 3.16 3.08 0.9156 1.831 2.747 9.15695 0.07862 3.36 3.01 0.7862 1.572 2.359 7.862

100 0.06777 3.56 2.93 0.6777 1.355 2.033 6.777105 0.05863 3.76 2.86 0.5863 1.173 1.759 5.863110 0.05089 3.95 2.79 0.5089 1.018 1.527 5.089115 0.04433 4.13 2.73 0.4433 0.8865 1.330 4.433120 0.03873 4.32 2.66 0.3873 0.7747 1.162 3.873125 0.03395 4.50 2.60 0.3395 0.6791 1.019 3.395130 0.02985 4.67 2.54 0.2985 0.5971 0.8956 2.985135 0.02633 4.84 2.49 0.2633 0.5265 0.7898 2.633140 0.02328 5.01 2.43 0.2328 0.4656 0.6984 2.328145 0.02065 5.17 2.38 0.2065 0.4129 0.6194 2.065150 0.01836 5.33 2.32 0.1836 0.3671 0.5507 1.836155 0.01636 5.49 2.27 0.1636 0.3273 0.4909 1.636160 0.01455 5.65 2.23 0.1455 0.2910 0.4365 1.455165 0.01303 5.80 2.18 0.1303 0.2606 0.3909 1.303170 0.01169 5.95 2.14 0.1169 0.2339 0.3508 1.169175 0.01052 6.10 2.09 0.1052 0.2104 0.3156 1.052180 0.00948 6.24 2.05 0.09484 0.1897 0.2845 0.9484185 0.00857 6.38 2.01 0.08569 0.1714 0.2571 0.8569190 0.00776 6.52 1.97 0.07757 0.1551 0.2327 0.7757195 0.00704 6.66 1.93 0.07037 0.1407 0.2111 0.7037200 0.00640 6.79 1.89 0.06396 0.1279 0.1919 0.6396



RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES FOR 2381 633 83224/NTCLG100E2224T

TOPER(°C)

RT/R25


FOR 224(%)

TCR(%/K)

RESISTANCE(Ω)

- 40 25.7830 10.49 - 6.07 5 672 263.60- 35 19.1253 9.48 - 5.88 4 207 576.09- 30 14.3200 8.51 - 5.70 3 150 399.51- 25 10.8187 7.58 - 5.52 2 380 123.99- 20 8.2444 6.69 - 5.35 1 813 764.23- 15 6.3349 5.83 - 5.19 1 393 675.05- 10 4.9066 5.01 - 5.03 1 079 441.58- 5 3.8294 4.21 - 4.88 842 474.220 3.0108 3.44 - 4.74 662 372.595 2.3839 2.71 - 4.60 524 457.34

10 1.9004 1.99 - 4.47 418 079.8415 1.5248 1.31 - 4.34 335 454.7120 1.2311 0.64 - 4.22 270 846.7325 1.0000 0.00 - 4.10 220 000.0030 0.8170 0.62 - 3.99 179 733.9735 0.6712 1.22 - 3.88 147 655.5140 0.5543 1.80 - 3.77 121 952.0445 0.4602 2.37 - 3.67 101 241.9450 0.3839 2.91 - 3.58 84 465.6255 0.3218 3.44 - 3.48 70 805.5760 0.2710 3.95 - 3.39 59 627.4665 0.2293 4.45 - 3.30 50 436.3370 0.1947 4.93 - 3.22 42 843.9375 0.1661 5.40 - 3.14 36 544.0780 0.1422 5.86 - 3.06 31 294.1285 0.1223 6.30 - 2.99 26 900.8490 0.1055 6.74 - 2.92 23 209.6295 0.0913 7.16 - 2.85 20 096.19

100 0.0794 7.56 -2.78 17 460.22105 0.0692 7.96 - 2.71 15 220.36110 0.0605 8.35 - 2.65 13 310.39115 0.0531 8.73 - 2.59 11 676.18120 0.0467 9.09 - 2.53 10 273.29125 0.0412 9.45 - 2.47 9065.15130 0.0365 9.80 - 2.42 8021.51135 0.0324 10.14 - 2.37 7117.27140 0.0288 10.47 - 2.31 6331.54145 0.0257 10.80 - 2.26 5646.86150 0.0229 11.12 - 2.22 5048.62155 0.0206 11.43 - 2.17 4524.53160 0.0185 11.73 - 2.12 4064.21165 0.0166 12.02 - 2.08 3658.90170 0.0150 12.31 - 2.04 3301.16175 0.0136 12.60 - 2.00 2984.68180 0.0123 12.87 - 1.95 2704.05185 0.0112 13.14 - 1.92 2454.67190 0.0101 13.41 - 1.88 2232.58195 0.0092 13.67 - 1.84 2034.38200 0.0084 13.92 - 1.81 1857.14



PACKAGING

BLISTER TAPE AND REEL (2381 633 5....)

BLISTER TAPE AND REEL DIMENSIONS

SYMBOL PARAMETERNOMINAL

DIMENSIONSTOLERANCE UNIT

Blister tapeK overall thickness < 2.5 - mmPOCKET

A0 length 2.1 + 0.3 mmB0 width > 3.8 - mmK0 depth 2.1 + 0.3 mmB1 outside width < 4.5 - mm

Blister tape

K0

K

T1

D1

T

δ δ

B0B1

F

E

W1

W

P P2P0

D

Direction of unreeling

0

A5° max

0

O

E

U

leader

fixingtape

trailer

C B A

W

tReel



Note

The bandolier of a 180 mm reel contains at least 2500 devices with no more than 0.5 % empty positions.Three consecutive empty places may be found provided this gap is followed by 6 consecutive devices.The carrier tape starts (leader) and ends (trailer) with at least 75 empty positions (equivalent to 300 mm); the covering foil is at least 300 mm.In order to fix the carrier tape a self-adhesive tape of 20 to 50 mm width is applied.

P pitch 4.0 ± 0.1 mmD1 hole diameter 1.0 ± 0.1 mmFEED-HOLE

D0 diameter 1.5 ± 0.1 mmP0 pitch 4.0 ± 0.1 mmE distance 1.75 ± 0.1 mm

cumulative pitch error over 10 positions 0 ± 0.1 mmCENTRE LINE

P2 length 2.0 ± 0.05 mmF width 3.5 ± 0.1 mmFIXING TAPE

W1 width < 5.5 - mmT1 thickness < 0.1 - mmCARRIER TAPE mmW thickness 8.0 ± 0.2 mmδ bending < 0.3 - mmT thickness < 0.4 - mmReelFLANGE

A diameter 180 + 0 mmt thickness 1.5 + 0.5 mmW space between flanges 9.5 ± 0.5 mmHUB

B diameter 62.0 ± 1.5 mmC spindle hole 12.75 + 0.15/- 0 mmKEY SLIT

E width 2.0 ± 0.5 mmU depth 4.0 ± 0.5 mmO location 120 - °

BLISTER TAPE AND REEL DIMENSIONS

SYMBOL PARAMETERNOMINAL

DIMENSIONSTOLERANCE UNIT

MBC941

0.8 max

5 0.3

S

6 0.5

L2L1

53 1.5

1.2max

The components are centred so that ⎪L1 - L2⎪ = 1.2 mm max.

The cumulative space (S) measured over 10 spacings = 50 ± 2 mm.

THERMISTORS ON BANDOLIER (2381 633 3....)

www.vishay.com66

Model Numbers

Global Part Numbering Information .......................... 68

2381 640 5 . . . . /NTCL202E3 . . . . ............ 69

2381 640 3/4/6 . . . . /NTCLE100E3 . . . B0/T1/T2.. 75

2381 640 10 . . . /NTCLE100E3 . . . SB0 ........ 94

2381 640 90059/NTCLE301E4C90059.......... 98

2381 645 10/20 . . . . /NTCLE . . . E3 . . . SB0 ..... 100

2381 645 90028/ NTCLE201E3C90028 ....... 102

M, C, T ............................... 104

NTCLeaded

NTC Leaded




PRODUCTFAMILY


PART NUMBER: NTC L E100 E3 103 J B0


EXECUTION TYPE RoHS COMPLIANCETERMINATION TYPEE100 =

epoxy Cu 0.6 mm color

coding

E101 = epoxyCu 0.6 mm nocolor coding

E202 = epoxyNi 0.4 mm

E300 = epoxyETFE AWG30

wires

E201 = epoxyNi 0.3 mm

E301 = epoxyPEEK AWG30

E3 = SnE4 = silver

L = leadedNTC

103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


F = 1 %G = 2 %H = 3 %J = 5 %

K = 10 %

N T C L E 1 0 0 E 3 1 0 3 J B 0


2381 = YES2322 = NO

2381

633 = sawn chip(R25 in E-series)645 = sawn chip

(R25 not in E-series)

640 6

2381 640 6 3 103

leaded epoxy6 = Cu 0.6 mm

color coding5 = Ni 0.5 mm4 = Cu 0.6 mm

on tape 1e3 = Cu 0.6 mm

on tape 2e10 = Ni 0.3 mm

with specialR25 tolerances20 = insulated

Ni 0.25 mm withspecial tolerances

0 = Cu 0.6 mmwithout coding

PACKAGING

B0 = bulkT1 = on TDKtape pitch 1eT2 = on TDKtape pitch 2e

TYPE

3

5 = 1 %4 = 2 %6 = 3 %3 = 5 %

2 = 10 %

TOLERANCEON R25

103

R25 VALUE


2381 640 5..../NTCL202E3....Vishay BCcomponents

NTC Thermistors, Accuracy Line

Notes1. Response time in silicone oil MS200/50. This is the time needed

for the sensor to reach 63.2 % of the total temperature differencewhen subjected to a temperature change from 25 °C in air to85 °C in oil.

2. Valid for all types with the exception of 2381 640 5.474.

FEATURES

• Accurate over a wide temperature range (tolerance onB-value between 2.5 % and 0.5 %)

• Good stability over a long life

• Excellent price/performance ratio

• Flexible leads

• Low heat conductivity through 0.4 mm diameter Ni-leads



APPLICATIONS

• Temperature sensing and control

These thermistors have a negative temperature coefficient.The device consists of a chip with two tinned nickel leads andis color coded.

PACKAGING

The thermistors are packed in cardboard boxes; the smallestpacking quantity is 500 units.

MARKING

The thermistors are marked with colored bands; seeDimensions and “Electrical data and ordering information”

MOUNTING

By soldering in any position.

Notes

1. replace * in 12NC by 3 for ± 5 %, 6 for ± 3 %, 4 for ± 2 %, 5 for ± 1 %

2. replace * in SAP by J for ± 5 %, H for ± 3 %, G for ± 2 %, F for ± 1 %


Resistance value at 25 °C 2 to 470 kΩTolerance on R25 - value ± 5 %; ± 3 %; ± 2 %; ± 1 %Tolerance on B25/85 - value ± 2.5 to 0.5 %Maximum dissipation 100 mWDissipation factor δ 2.2 mW/KResponse time; note 1 ≈ 1.7 sThermal time constant τ 13 sOperating temperature range at:zero dissipation (continuously) - 40 to + 125 °Czero dissipation (for short ≤ 150 °Cmaximum dissipation (100 mW) 0 to + 55 °CClimatic category 40/125/56Mass ≈ 0.11 g


B25/85 - VALUE12NC ORDERING CODE

2381 640 5....SAP MATERIAL NO.

NTCL202E3......CODING (see dimensions)

I II

2 3528 K ± 0.5 % *202 202*BO orange orange2.7 3977 K ± 0.75 % *272 272*BO red red4.7 3977 K ± 0.75 % *472 472*BO green green5 3977 K ± 0.75% *502 502*BO black white

10 3977 K ± 0.75 % *103 103*BO blue blue12 3740 K ± 2 % *123 123*BO yellow yellow22 3740 K ± 2 % *223 223*BO white white47 4090 K ± 1.5 % *473 473*BO black black68 4190 K ± 1.5 % *683 683*BO grey grey

100 4190 K ± 1.5 % *104 104*BO brown brown470 4570 K ± 1.5 % *474 474*BO violet violet


2381 640 5..../NTCL202E3....Vishay BCcomponents NTC Thermistors, Accuracy Line

DIMENSIONS in millimeters DERATING AND LONG TERM STABILITY

6.0 max

40± 1.5

3.4 max.3

max.

I

II

I

II

2.54

2 ± 1.0

± 0.04Power derating curve

0 55- 40 85 125Tamb (°C)

100

0

P(%)

0.4

0.2

0

104103102

ΔR 25R25(%)

test duration (h)

3

2

1

- 0.2

LONG TERM STABILITY OF R25 AS A FUNCTION OF TEST DURATION AT MAXIMUM TEMPERATURE (150 °C)

Curves valid for 2.2 to 10 kΩCurve 1: maximum deviationCurve 2: average deviationCurve 3: minimum deviation

0.05

0

- 0.05

- 0.1104103102

test duration (h)

3

2

1ΔT

(K)

LONG TERM STABILITY OF T AS A FUNCTION OF TEST DURATION AT MAXIMUM TEMPERATURE (150 °C)

Curves valid for 2.2 to 10 kΩCurve 1: minimum deviationCurve 2: average deviationCurve 3: maximum deviation


TOPER(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 15.202

- 40 23.3402 1.65 - 6.06 46 684- 35 17.3347 1.49 - 5.84 34 672- 30 13.0166 1.34 - 5.62 26 035- 25 9.8764 1.19 - 5.42 19 754- 20 7.5682 1.05 - 5.23 15 138- 15 5.8541 0.92 - 5.05 11 709- 10 4.5688 0.79 - 4.87 9138- 5 3.5961 0.66 - 4.71 71930 2.8533 0.54 - 4.55 57075 2.2815 0.43 - 4.40 4563

10 1.8376 0.31 - 4.26 367515 1.4904 0.21 - 4.12 298120 1.2169 0.10 - 3.99 243425 1.0000 0.00 - 3.87 200030 0.8266 0.10 - 3.75 165335 0.6873 0.19 - 3.63 137540 0.5746 0.28 - 3.53 114945 0.4827 0.37 - 3.42 965.050 0.4073 0.46 - 3.32 814.7


2381 640 5..../NTCL202E3....NTC Thermistors, Accuracy Line Vishay BCcomponents

55 0.3452 0.54 - 3.23 690.560 0.2937 0.62 - 3.14 587.565 0.2508 0.70 - 3.05 501.770 0.2149 0.78 - 2.97 429.875 0.1847 0.85 - 2.89 369.580 0.1593 0.92 - 2.81 318.685 0.1377 0.99 - 2.73 275.590 0.1194 1.06 - 2.66 238.995 0.1038 1.13 - 2.59 207.6

100 0.09045 1.19 - 2.53 180.9105 0.07900 1.25 - 2.46 158.0110 0.06915 1.31 - 2.40 138.3115 0.06066 1.37 - 2.34 121.3120 0.05332 1.43 - 2.29 106.6125 0.04696 1.49 - 2.23 93.9130 0.04143 1.54 - 2.18 82.9135 0.03662 1.60 - 2.13 73.3140 0.03243 1.65 - 2.08 64.9145 0.02877 1.70 - 2.03 57.5150 0.02556 1.75 - 2.33 51.1

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2.7 kΩ , 4.7 kΩ, 5 kΩ & 10 kΩ

TOPER(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 15.272 5.472 5.502 5.103

- 40 33.21 2.66 6.57 89.67 156.1 166.1 332.1- 35 23.99 2.41 6.36 64.77 112.8 120.0 240.0- 30 17.52 2.17 6.15 47.31 82.35 87.60 175.2- 25 12.93 1.94 5.95 34.91 60.77 64.65 129.3- 20 9.636 1.71 5.76 26.02 45.30 48.18 96.36- 15 7.250 1.50 5.58 19.58 34.08 36.25 72.50- 10 5.505 1.29 5.40 14.86 25.87 27.52 55.05- 5 4.216 1.08 5.24 11.38 19.81 21.08 42.160 3.255 0.89 5.08 8.790 15.30 16.28 32.565 2.534 0.70 4.92 6.842 11.91 12.67 25.34

10 1.987 0.52 4.78 5.366 9.340 9.936 19.8715 1.570 0.34 4.64 4.239 7.378 7.849 15.7020 1.249 0.17 4.50 3.372 5.869 6.244 12.4925 1.000 0.00 4.37 2.700 4.700 5.000 10.0030 0.8059 0.16 4.25 2.176 3.788 4.030 8.05935 0.6535 0.32 4.13 1.764 3.072 3.267 6.53540 0.5330 0.47 4.02 1.439 2.505 2.665 5.33045 0.4372 0.62 3.91 1.180 2.055 2.186 4.37250 0.3605 0.77 3.80 0.973 1.694 1.803 3.60655 0.2989 0.91 3.70 0.807 1.405 1.494 2.98960 0.2490 1.05 3.60 0.672 1.170 1.245 2.49065 0.2084 1.18 3.51 0.562 0.9797 1.042 2.08470 0.1753 1.31 3.42 0.473 0.8239 0.8765 1.75375 0.1481 1.44 3.33 0.399 0.6960 0.7405 1.48180 0.1256 1.57 3.25 0.339 0.5905 0.6282 1.25685 0.1070 1.69 3.16 0.289 0.5031 0.5352 1.07090 0.09154 1.81 3.09 0.247 0.4303 0.4577 0.915495 0.07860 1.93 3.01 0.212 0.3694 0.3930 0.7860

100 0.06773 2.04 2.94 0.182 0.3183 0.3387 0.6773105 0.05858 2.15 2.87 0.158 0.2753 0.2929 0.5858110 0.05083 2.26 2.80 0.137 0.2389 0.2542 0.5083115 0.04426 2.37 2.73 0.1195 0.2080 0.2213 0.4426120 0.03866 2.47 2.67 0.1044 0.1817 0.1933 0.3866125 0.03387 2.57 2.61 0.0915 0.1592 0.1694 0.3387


TOPER(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 15.202



130 0.02977 2.67 2.55 0.0804 0.1399 0.1488 0.2977135 0.02624 2.77 2.49 0.0709 0.1233 0.1312 0.2624140 0.02319 2.86 2.43 0.0626 0.1090 0.1160 0.2319145 0.02055 2.96 2.38 0.0555 0.0966 0.1028 0.2055150 0.01826 3.05 2.33 0.0493 0.0858 0.0913 0.1826

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 12 kΩ AND 22 kΩ

TAMB(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 15.123 5.223

- 40 25.78 6.81 6.09 309.4 567.2- 35 19.13 6.16 5.89 229.5 420.8- 30 14.32 5.53 5.70 171.8 315.0- 25 10.82 4.93 5.52 129.8 238.0- 20 8.245 4.35 5.35 98.93 181.4- 15 6.335 3.80 5.19 76.02 139.4- 10 4.907 3.26 5.03 58.88 107.9- 5 3.830 2.74 4.88 45.95 84.250 3.011 2.24 4.73 36.13 66.245 2.384 1.76 4.60 28.60 52.45

10 1.900 1.30 4.46 22.80 41.8115 1.525 0.85 4.34 18.30 33.5520 1.231 0.42 4.21 14.77 27.0925 1.000 0.00 4.10 12.00 22.0030 0.8170 0.41 3.98 9.804 17.9735 0.6712 0.80 3.88 8.054 14.7740 0.5543 1.19 3.77 6.652 12.2045 0.4602 1.57 3.67 5.522 10.1250 0.3839 1.94 3.57 4.607 8.44755 0.3219 2.30 3.48 3.862 7.08160 0.2710 2.65 3.39 3.252 5.96365 0.2293 2.99 3.30 2.751 5.04470 0.1947 3.33 3.22 2.337 4.28475 0.1661 3.66 3.14 1.993 3.65480 0.1422 3.98 3.06 1.707 3.12985 0.1223 4.29 2.99 1.467 2.69090 0.1055 4.60 2.92 1.266 2.32195 0.09135 4.90 2.85 1.096 2.010

100 0.07937 5.19 2.78 0.9524 1.746105 0.06919 5.48 2.71 0.8302 1.522110 0.06050 5.76 2.65 0.7260 1.331115 0.05307 6.04 2.59 0.6369 1.168120 0.04670 6.31 2.53 0.5604 1.027125 0.04121 6.57 2.47 0.4945 0.9065


TAMB(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 15.473

- 40 33.81 5.55 6.55 1589- 35 24.50 5.02 6.34 1151- 30 17.93 4.52 6.15 842.8- 25 13.25 4.03 5.96 622.6- 20 9.875 3.56 5.78 464.1- 15 7.425 3.10 5.61 349.0- 10 5.630 2.67 5.45 264.6- 5 4.304 2.24 5.29 202.3

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES WITH R25 AT 2.7 kΩ , 4.7 kΩ, 5 kΩ & 10 kΩ

TOPER(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 15.272 5.472 5.502 5.103


2381 640 5..../NTCL202E3....NTC Thermistors, Accuracy Line Vishay BCcomponents

0 3.315 1.84 5.14 155.85 2.573 1.44 4.99 120.9

10 2.011 1.07 4.85 94.5315 1.583 0.70 4.72 74.4020 1.254 0.34 4.59 58.9525 1.000 0.00 4.46 47.0030 0.8024 0.33 4.34 37.7135 0.6474 0.66 4.23 30.4340 0.5255 0.98 4.12 24.7045 0.4288 1.28 4.01 20.1550 0.3518 1.59 3.91 16.5355 0.2901 1.88 3.81 13.6360 0.2403 2.17 3.71 11.3065 0.2001 2.45 3.62 9.40470 0.1674 2.72 3.53 7.86575 0.1406 2.99 3.44 6.60780 0.1186 3.25 3.36 5.57385 0.1004 3.51 3.28 4.72190 0.08542 3.76 3.20 4.01595 0.07292 4.00 3.13 3.427

100 0.06248 4.24 3.06 2.936105 0.05372 4.47 2.98 2.525110 0.04635 4.70 2.92 2.179115 0.04013 4.93 2.85 1.886120 0.03485 5.15 2.79 1.638125 0.03037 5.36 2.73 1.427130 0.02654 5.57 2.67 1.247135 0.02326 5.78 2.61 1.093140 0.02044 5.98 2.55 0.9608145 0.01802 6.18 2.50 0.8468150 0.01592 6.37 2.44 0.7483


TAMB(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 16.683 6.104

- 40 36.66 5.69 6.70 2493 3666- 35 26.38 5.15 6.49 1794 2638- 30 19.17 4.63 6.29 1303 1917- 25 14.06 4.13 6.10 956.2 1406- 20 10.41 3.65 5.92 708.0 1041- 15 7.779 3.18 5.74 528.9 777.9- 10 5.861 2.73 5.57 398.5 586.1- 5 4.453 2.30 5.41 302.8 445.30 3.409 1.88 5.26 231.8 340.95 2.631 1.48 5.11 178.9 263.1

10 2.044 1.09 4.97 139.0 204.415 1.600 0.72 4.83 108.8 160.020 1.261 0.35 4.70 85.74 126.125 1.000 0.00 4.57 68.00 100.030 0.7981 0.34 4.45 54.27 79.8135 0.6408 0.67 4.35 43.57 64.0840 0.5175 1.00 4.22 35.19 51.7445 0.4202 1.32 4.11 28.57 42.0250 0.3431 1.63 4.00 23.33 34.3155 0.2816 1.93 3.90 19.15 28.1660 0.2322 2.22 3.80 15.79 23.2265 0.1925 2.51 3.71 13.09 19.2570 0.1602 2.79 3.62 10.90 16.03


TAMB(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 15.473



Note

1. Replace dot in last 5 digits of catalog number by a number according to the following details and depending on tolerance on requiredR25 - value: 4 for a tolerance of ± 2 %; 6 for a tolerance of ± 3 %; 3 for a tolerance of ± 5 %; 2 for a tolerance of ± 10 %.

75 0.1340 3.06 3.53 9.114 13.4080 0.1126 3.33 3.45 7.655 11.2685 0.09496 3.59 3.36 6.457 9.49690 0.08042 3.85 3.28 5.469 8.04295 0.06837 4.10 3.21 4.649 6.837

100 0.05835 4.35 3.13 3.968 5.835105 0.04998 4.59 3.06 3.399 4.998110 0.04296 4.82 2.99 2.921 4.296115 0.03705 5.05 2.92 2.519 3.705120 0.03206 5.28 2.86 2.180 3.206125 0.02783 5.50 2.80 1.892 2.783


TAMB(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 1

5.474- 40 48.62 6.22 7.13 22 850- 35 34.19 5.63 6.91 16 068- 30 24.28 5.06 6.71 11 413- 25 17.42 4.51 6.52 8185- 20 12.61 3.98 6.33 5926- 15 9.211 3.47 6.15 4329- 10 6.788 2.98 5.98 3190- 5 5.045 2.51 5.82 23710 3.781 2.06 5.66 17765 2.855 1.62 5.50 1342

10 2.173 1.19 5.36 102115 1.666 0.78 5.22 783.020 1.286 0.38 5.08 604.625 1.000 0.00 4.95 470.030 0.7825 0.37 4.82 367.835 0.6163 0.74 4.70 289.640 0.4883 1.09 4.59 229.545 0.3892 1.44 4.47 182.950 0.3120 1.77 4.36 146.755 0.2515 2.10 4.26 118.260 0.2038 2.43 4.15 95.8065 0.1660 2.74 4.06 78.0370 0.1359 3.05 3.96 63.8875 0.1118 3.35 3.87 52.5580 0.09240 3.64 3.78 43.4385 0.07670 3.93 3.69 36.0590 0.06395 4.21 3.61 30.0695 0.05354 4.48 3.53 25.16

100 0.04501 4.75 3.45 21.15105 0.03798 5.01 3.37 17.85110 0.03218 5.27 3.30 15.12115 0.02736 5.52 3.23 12.86120 0.02335 5.77 3.16 10.97125 0.01999 6.01 3.09 9.396


TAMB(°C)

RT/R25


(%)

TCR(%/K)

R25

2381 640 .....; see note 16.683 6.104


2381 640 3/4/6..../NTCLE100E3...B0/T1/T2Vishay BCcomponents

NTC Thermistors, Accuracy Line

FEATURES• Accuracy over a wide temperature range

• High stability over a long life




APPLICATIONS• Temperature sensing and control

These thermistors have a negative temperature coefficient.The device consists of a chip with two tinned solidcopper-plated leads. It is grey lacquered and colour coded,but not insulated.

PACKAGINGThe thermistors are packed in bulk or tape on reel;see code numbers and relevant packaging quantities.

MARKINGThe thermistors are marked with coloured bands; seedimensions drawing and “Electrical data and orderinginformation”.

MOUNTINGBy soldering in any position.


Resistance value at 25 °C 3.3 Ω to 470 kΩ


Tolerance on B25/85 - value ± 0.5 % to ± 3 %

Maximum dissipation 500 mW

Dissipation factor δ (for information only)

7 mW/K8.5 mW/K

(for 640..338 to 689)

Response time 1.2 s

Thermal time constant τ(for information only)

15 s

Operating temperature range:

at zero dissipation; continuously - 40 to + 125 °C

at zero dissipation;for short periods

≤ 150 °C

at maximum dissipation (500 mW) 0 to 55 °C


Mass ≈ 0.3 g


R25 B25/85 - VALUEUL

APPROVED 12NC ORDERING CODE 2381 640 6....1)

SAP MATERIAL NO. NTCLE100E3......2)

COLOR CODE3)

(Ω) (K) (± %) (Y/N) I II III3.3 2880 3 N *338 338*B0 orange orange gold

4.7 2880 3 N *478 478*B0 yellow violet gold6.8 2880 3 N *688 688*B0 blue grey gold

10 2990 3 N *109 109*B0 brown black black15 3041 3 N *159 159*B0 brown green black

22 3136 3 N *229 229*B0 red red black33 3390 3 Y *339 339*B0 orange orange black

47 3390 3 Y *479 479*B0 yellow violet black

68 3390 3 Y *689 689*B0 blue grey black100 3560 0.75 N *101 101*B0 brown black brown

150 3560 0.75 N *151 151*B0 brown green brown220 3560 0.75 N *221 221*B0 red red brown

330 3560 0.75 N *331 331*B0 orange orange brown470 3560 0.75 N *471 471*B0 yellow violet brown

680 3560 0.75 N *681 681*B0 blue grey brown1000 3528 0.5 N *102 102*B0 brown black red

1500 3528 0.5 N *152 152*B0 brown green red


2381 640 3/4/6..../NTCLE100E3...B0/T1/T2Vishay BCcomponents NTC Thermistors, Accuracy Line

Notes1. Replace * in 12NC by 2 for 10 %, 3 for 5 %, 6 for 3 %, 4 for 2 %2. Replace * in SAP by K for 10 %, J for 5 %, H for 3 %, G for 2 %3. For R25 ± 2 % band IV is red, ± 3 % band IV is orange, ± 5 % band IV is gold and ± 10 % band IV is silver

DIMENSIONS in millimeters DERATING AND TEMPERATURE TOLERANCES

2000 3528 0.5 N *202 202*B0 red black red2200 3977 0.75 Y *222 222*B0 red red red

2700 3977 0.75 Y *272 272*B0 red violet red3300 3977 0.75 Y *332 332*B0 orange orange red

4700 3977 0.75 Y *472 472*B0 yellow violet red5000 3977 0.75 Y *502 502*B0 green black red

6800 3977 0.75 Y *682 682*B0 blue grey red10 000 3977 0.75 Y *103 103*B0 brown black orange

12 000 3740 2 Y *123 123*B0 brown red orange15 000 3740 2 Y *153 153*B0 brown green orange

22 000 3740 2 Y *223 223*B0 red red orange33 000 4090 1.5 N *333 333*B0 orange orange orange

47 000 4090 1.5 N *473 473*B0 yellow violet orange50 000 4190 1.5 N *503 503*B0 green black orange

68 000 4190 1.5 N *683 683*B0 blue grey orange100 000 4190 1.5 N *104 104*B0 brown black yellow

150 000 4370 2.5 Y *154 154*B0 brown green yellow220 000 4370 2.5 Y *224 224*B0 red red yellow

330 000 4570 1.5 N *334 334*B0 orange orange yellow470 000 4570 1.5 N *474 474*B0 yellow violet yellow


R25 B25/85 - VALUEUL

APPROVED 12NC ORDERING CODE 2381 640 6....1)

SAP MATERIAL NO. NTCLE100E3......2)

COLOR CODE3)

(Ω) (K) (± %) (Y/N) I II III

2381 640 6.338 to 6.474

L

TB

H2

H1

ΛΙΙΙΙΙΙΙ

dP

Power derating curve

100

0

P(%)

- 40 0 55 85Tamb (°C)

125

PHYSICAL DIMENSIONS FOR RELEVANT TYPE

CODE NUMBER 2381 640 .....

Bmax dH1

H2 MAX L P TmaxMIN. MAX.

6.338 to 6.221 5.0 0.6 ± 0.06 1.0 4.0 6.0 24 ±1.5 2.54 4.0

6.331 to 6.474 3.3 ± 0.5 0.6 ± 0.06 - 2.0 ± 1.0 6.0 24 ± 1.5 2.54 3.0


2381 640 3/4/6..../NTCLE100E3...B0/T1/T2NTC Thermistors, Accuracy Line Vishay BCcomponents

TEMPERATURE DEVIATION AS A FUNCTION OF THE AMBIENT TEMPERATURE






Curves valid for 2.2 to 10 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %Curve 4: ΔR25/R25 = 1 %(for 2381 640 5.... series only)

40 160

3.0

0

1.0

2.0

2.5

0.5

1.5

0 40 80 120

1

2

4

3

ΔT

(K)

T (°C)-

Curves valid for 33 to 47 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %Curve 4: ΔR25/R25 = 1 %(for 2381 640 5.... series only)

- 40 160

4.0

0

1.0

2.0

2.5

0.5

1.5

3.5

3.0

0 40 80 120

1

2

3

ΔT

(K)

T (°C)

4

Curves valid for 150 to 220 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %

T (°C)- 40 160

6

0

2

4

5

1

3

0 40 80 120

3

ΔT

(K)

2

1


T (°C)- 40 1600

2

4

5

1

3

0 40 80 120

1

2

3

ΔT

(K)

Curves valid for 68 to 100 kΩCurve 1: ΔR25/R25 = 5 %Curve 2: ΔR25/R25 = 3 %Curve 3: ΔR25/R25 = 2 %Curve 4: ΔR25/R25 = 1 %(for 2381 640 5.... series only)

T (°C)- 40 160

4.0

0

1.0

2.0

2.5

0.5

1.5

3.5

3.0

0 40 80 120

3

ΔT

(K)

4

2

1


T (°C)- 40 160

4.0

0

1.0

2.0

2.5

0.5

1.5

3.5

3.0

0 40 80 120

1

3

ΔT

(K)

2



RT VALUE AND TOLERANCEThese thermistors have a narrow tolerance on the B-value,the result of which provides a very small tolerance on thenominal resistance value over a wide temperature range. Forthis reason the usual graphs of R = f(T) are replaced byResistance Values at Intermediate Temperatures Tables,together with a formula to calculate the characteristics with ahigh precision.

FORMULAE TO DETERMINE NOMINAL RESISTANCE VALUESThe resistance values at intermediate temperatures, or theoperating temperature values, can be calculated using thefollowing interpolation laws(extended “Steinhart and Hart”):

where:A, B, C, D, A1, B1, C1 and D1 are constant valuesdepending on the material concerned; see table below.Rref is the resistance value at a reference temperature (inthis event 25 °C).T is the temperature in K.

Formulae numbered and are interchangeable with an errorof max. 0.005 °C in the range 25 °C to 125 °C and max.0.015 °C in the range - 40 °C to + 25 °C.

DETERMINATION OF THE RESISTANCE/TEMPERATURE DEVIATION FROM NOMINAL VALUEThe total resistance deviation is obtained by combiningthe ‘R25-tolerance’ and the ‘resistance deviation due toB-tolerance’.

When:X = R25-toleranceY = resistance deviation due to B-toleranceZ = complete resistance deviation,

then: or Z ≈ X + Y

When:TCR = temperature coefficientΔT = temperature deviation,

then:

The temperature tolerances are plotted in the graphs on theprevious page.Example: at 0 °C, assume X = 5 %, Y = 0.89 % andTCR = 5.08 %/K (see Table ), then:

A NTC with a R25 - value of 10 kΩ has a value of 32.56 kΩbetween - 1.17 and + 1.17 °C.

Notes1. Temperature < 25 °C2. Temperature ≥ 25 °C

R(T) Rref e A B T⁄ B T2⁄ C T3⁄+ + +( )×– (1)

T (R) = A1 B1R

Rref----------ln C1ln2 R

Rref---------- D1ln3 R

Rref----------+ ++⎝ ⎠

⎛ ⎞ 1–(2)

Z 1 X100----------+⎝ ⎠

⎛ ⎞ 1 Y100----------+⎝ ⎠

⎛ ⎞ 1–×= 100 %×

ΔT ZTCR-------------=

Z 1 5100----------+ 1 0.89

100-----------+ 1–×

⎩ ⎭⎨ ⎬⎧ ⎫

100%×=

1.05 1.0089 1–×{ } 100% 5.9345% 5.93%≈( )=× ·=

ΔT ZTCR------------- 5.93

5.08----------- 1.167 °C 1.17≈ ° C)(= = =

PARAMETER FOR DETERMINING NOMINAL RESISTANCE VALUES

NUMBERB25/85

(K) NAMETOL. B VALUE

%A B

(K)C

(K2)D

(K3) A1B1

(K−1)C1

(K−2)D1

(K−3)

1 2880 mat O.with Bn = 2880K 3 -9.094 2251.74 229098 -2.744820E+07 3.354016E-03 3.495020E-04 2.095959E-06 4.260615E-07

2 2990 mat P.with Bn = 3990K 3 -10.2296 2887.62 132336 -2.502510E+07 3.354016E-03 3.415560E-04 4.955455E-06 4.364236E-07

3 3041 mat Q.with Bn = 3041K 3 -11.1334 3658.73 -102895 5.166520E+05 3.354016E-03 3.349290E-04 3.683843E-06 7.050455E-07

4 3136 mat R.with Bn = 3136K 3 -12.4493 4702.74 -402687 3.196830E+07 3.354016E-03 3.243880E-04 2.658012E-06 -2.701560E-07

5 3390 mat S.with Bn = 3390K 3 -12.6814 4391.97 -232807 1.509643E+07 3.354016E-03 2.993410E-04 2.135133E-06 -5.672000E-09

635281)

mat.Iwith Bn = 3528K 0.5

-12.0596 3687.667 -7617.13 -5.914730E+06 3.354016E-03 2.909670E-04 1.632136E-06 7.192200E-08

35282) -21.0704 11903.95 -2504699 2.470338E+08 3.354016E-03 2.933908E-04 3.494314E-06 -7.712690E-07

7 3560 mat.Hwith Bn = 3560K 0.75 -13.0723 4190.574 -47158.4 -1.199256E+07 3.354016E-03 2.884193E-04 4.118032E-06 1.786790E-07

8 3740 mat.Bwith Bn = 3740K 2 -13.8973 4557.725 -98275 -7.522357E+06 3.354016E-03 2.744032E-04 3.666944E-06 1.375492E-07

9 3977 mat A.with Bn =3977K 0.75 -14.6337 4791.842 -115334 -3.730535E+06 3.354016E-03 2.569850E-04 2.620131E-06 6.383091E-08

10 4090 mat.Cwith Bn = 4090K 1.5 -15.5322 5229.973 -160451 -5.414091E+06 3.354016E-03 2.519107E-04 3.510939E-06 1.105179E-07

11 4190 mat.Dwith Bn = 4190K 1.5 -16.0349 5459.339 -191141 -3.328322E+06 3.354016E-03 2.460382E-04 3.405377E-06 1.034240E-07

12 4370 mat.Ewith Bn = 4370K 2.5 -16.8717 5759.15 -194267 -6.869149E+06 3.354016E-03 2.367720E-04 3.585140E-06 1.255349E-07

13 4570 mat.Fwith Bn = 4570K 1.5 -17.6439 6022.726 -203157 -7.183526E+06 3.354016E-03 2.264097E-04 3.278184E-06 1.097628E-07



RESISTANCE VALUES AT INTERMEDIATE TEMPERATURES

TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)

2381 640 .....; see note 1 at end of tables

6.338 6.478 6.688- 40 13.6364 8.08 - 4.97 45.00 64.09 92.73- 35 10.6806 7.30 - 4.80 35.25 50.20 72.63- 30 8.4350 6.55 - 4.64 27.84 39.64 57.36- 25 6.7148 5.84 - 4.48 22.16 31.56 45.66- 20 5.3866 5.15 - 4.33 17.78 25.32 36.63- 15 4.3532 4.49 - 4.19 14.37 20.46 29.60- 10 3.5432 3.85 - 4.05 11.69 16.65 24.09- 5 2.9035 3.24 - 3.92 9.58 13.65 19.740 2.3950 2.65 - 3.79 7.90 11.26 16.295 1.9880 2.08 - 3.66 6.56 9.34 13.52

10 1.6602 1.54 - 3.55 5.48 7.80 11.2915 1.3944 1.01 - 3.43 4.60 6.55 9.4820 1.1777 0.49 - 3.32 3.89 5.54 8.0125 1.0000 0.00 - 3.22 3.30 4.70 6.8030 0.8534 0.48 - 3.12 2.82 4.01 5.8035 0.7319 0.94 - 3.02 2.42 3.44 4.9840 0.6307 1.39 - 2.93 2.08 2.96 4.2945 0.5459 1.82 - 2.84 1.80 2.57 3.7150 0.4746 2.24 - 2.76 1.57 2.23 3.2355 0.4143 2.65 - 2.68 1.37 1.95 2.8260 0.3631 3.04 - 2.60 1.20 1.71 2.4765 0.3194 3.43 - 2.52 1.05 1.50 2.1770 0.2820 3.80 - 2.45 0.93 1.33 1.9275 0.2499 4.16 - 2.38 0.82 1.17 1.7080 0.2222 4.51 - 2.32 0.73 1.04 1.5185 0.1982 4.85 - 2.25 0.65 0.93 1.3590 0.1774 5.19 - 2.19 0.59 0.83 1.2195 0.1592 5.51 - 2.13 0.53 0.75 1.08

100 0.1433 5.82 - 2.07 0.47 0.67 0.97105 0.1294 6.13 - 2.02 0.43 0.61 0.88110 0.1171 6.43 - 1.97 0.39 0.55 0.80115 0.1063 6.72 - 1.92 0.35 0.50 0.72120 0.0967 7.00 - 1.87 0.32 0.45 0.66125 0.0882 7.28 - 1.82 0.29 0.41 0.60130 0.0806 7.55 - 1.77 0.27 0.38 0.55135 0.0739 7.81 - 1.73 0.24 0.35 0.50140 0.0678 8.07 - 1.69 0.22 0.32 0.46145 0.0624 8.32 - 1.65 0.21 0.29 0.42150 0.0575 8.56 - 1.61 0.19 0.27 0.39


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.109- 40 13.675 8.39 - 4.86 136.75- 35 10.763 7.58 - 4.72 107.63- 30 8.5318 6.81 - 4.58 85.32- 25 6.8097 6.06 - 4.44 68.10- 20 5.4717 5.35 - 4.31 54.72- 15 4.4253 4.66 - 4.18 44.25- 10 3.6017 4.00 - 4.06 36.02- 5 2.9494 3.37 - 3.94 29.49



0 2.4295 2.75 - 3.82 24.305 2.0128 2.16 - 3.71 20.13

10 1.6767 1.59 - 3.60 16.7715 1.4042 1.04 - 3.50 14.0420 1.1821 0.51 - 3.39 11.8225 1.0000 0.00 - 3.30 10.0030 0.8500 0.50 - 3.20 8.5035 0.7259 0.98 - 3.11 7.2640 0.6226 1.44 - 3.03 6.2345 0.5363 1.89 - 2.94 5.3650 0.4639 2.33 - 2.86 4.6455 0.4029 2.75 - 2.78 4.0360 0.3512 3.16 - 2.71 3.5165 0.3073 3.56 - 2.64 3.0770 0.2698 3.95 - 2.57 2.7075 0.2377 4.32 - 2.50 2.3880 0.2101 4.69 - 2.43 2.1085 0.1864 5.04 - 2.37 1.8690 0.1658 5.38 - 2.31 1.6695 0.1479 5.72 - 2.25 1.48

100 0.1323 6.05 - 2.20 1.32105 0.1187 6.36 - 2.14 1.19110 0.1068 6.67 - 2.09 1.07115 0.0964 6.98 - 2.04 0.96120 0.0871 7.27 - 1.99 0.87125 0.0790 7.56 - 1.94 0.79130 0.0717 7.84 - 1.90 0.72135 0.0653 8.11 - 1.85 0.65140 0.0596 8.37 - 1.81 0.60145 0.0545 8.63 - 1.77 0.55150 0.0500 8.89 - 1.73 0.50


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.159- 40 14.9855 8.65 - 5.16 224.78- 35 11.6319 7.79 - 4.98 174.47- 30 9.1099 6.98 - 4.80 136.65- 25 7.1957 6.21 - 4.64 107.93- 20 5.7297 5.47 - 4.48 85.94- 15 4.5975 4.76 - 4.33 68.96- 10 3.7160 4.08 - 4.19 55.74- 5 3.0245 3.43 - 4.05 45.370 2.4780 2.81 - 3.92 37.175 2.0431 2.20 - 3.80 30.65

10 1.6947 1.62 - 3.68 25.4215 1.4138 1.06 - 3.57 21.2120 1.1859 0.52 - 3.46 17.7925 1.0000 0.00 - 3.36 15.0030 0.8506 0.49 - 3.26 12.7635 0.7242 0.98 - 3.17 10.8640 0.6194 1.46 - 3.08 9.29


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.109



45 0.5322 1.92 - 2.99 7.9850 0.4591 2.36 - 2.91 6.8955 0.3978 2.79 - 2.83 5.9760 0.3459 3.21 - 2.75 5.1965 0.3020 3.62 - 2.68 4.5370 0.2645 4.02 - 2.61 3.9775 0.2326 4.41 - 2.54 3.4980 0.2051 4.78 - 2.48 3.0885 0.1815 5.15 - 2.41 2.7290 0.1611 5.51 - 2.35 2.4295 0.1434 5.85 - 2.30 2.15

100 0.1280 6.19 - 2.24 1.92105 0.1146 6.53 - 2.19 1.72110 0.1029 6.85 - 2.13 1.54115 0.0926 7.17 - 2.08 1.39120 0.0835 7.48 - 2.03 1.25125 0.0755 7.78 - 1.99 1.13130 0.0684 8.08 - 1.94 1.03135 0.0622 8.37 - 1.90 0.93140 0.0566 8.65 - 1.86 0.85145 0.0516 8.93 - 1.82 0.77150 0.0472 9.20 - 1.78 0.71


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.229- 40 17.042 8.80 - 5.54 374.92- 35 12.993 7.95 - 5.31 285.85- 30 10.017 7.14 - 5.10 220.38- 25 7.8037 6.36 - 4.90 171.68- 20 6.1382 5.61 - 4.71 135.04- 15 4.8719 4.89 - 4.53 107.18- 10 3.8996 4.20 - 4.37 85.79- 5 3.1461 3.53 - 4.22 69.210 2.5571 2.89 - 4.07 56.265 2.0930 2.27 - 3.94 46.05

10 1.7245 1.67 - 3.81 37.9415 1.4298 1.10 - 3.69 31.4520 1.1924 0.54 - 3.57 26.2325 1.0000 0.00 - 3.47 22.0030 0.8431 0.52 - 3.36 18.5535 0.7144 1.02 - 3.26 15.7240 0.6083 1.51 - 3.17 13.3845 0.5203 1.98 - 3.08 11.4550 0.4470 2.44 - 3.00 9.8355 0.3856 2.88 - 2.92 8.4860 0.3339 3.32 - 2.84 7.3565 0.2903 3.73 - 2.76 6.3970 0.2533 4.14 - 2.69 5.5775 0.2218 4.53 - 2.62 4.8880 0.1948 4.91 - 2.56 4.29


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.159



85 0.1717 5.29 - 2.50 3.7890 0.1518 5.65 - 2.44 3.3495 0.1346 6.00 - 2.38 2.96

100 0.1196 6.34 - 2.32 2.63105 0.1067 6.68 - 2.27 2.35110 0.0954 7.00 - 2.22 2.10115 0.0855 7.32 - 2.17 1.88120 0.0768 7.62 - 2.12 1.69125 0.0691 7.93 - 2.07 1.52130 0.0624 8.22 - 2.03 1.37135 0.0565 8.50 - 1.98 1.24140 0.0512 8.78 - 1.94 1.13145 0.0165 9.06 - 1.90 1.02150 0.0423 9.32 - 1.86 0.93


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.339 6.479 6.689- 40 21.4241 9.51 - 5.94 707.00 1006.93 1456.84- 35 16.0147 8.59 - 5.70 528.48 752.69 1089.00- 30 12.1074 7.72 - 5.49 399.54 569.05 823.30- 25 9.2511 6.87 - 5.28 305.29 434.80 629.07- 20 7.1395 6.06 - 5.09 235.60 335.56 485.49- 15 5.5619 5.29 - 4.90 183.54 261.41 378.21- 10 4.3715 4.54 - 4.73 144.26 205.46 297.26- 5 3.4647 3.82 - 4.57 114.33 162.84 235.600 2.7678 3.12 - 4.42 91.34 130.09 188.215 2.2276 2.45 - 4.27 73.51 104.70 151.48

10 1.8057 1.81 - 4.13 59.59 84.87 122.7915 1.4735 1.18 - 4.00 48.63 69.26 100.2020 1.2102 0.58 - 3.88 39.94 56.88 82.2925 1.0000 0.00 - 3.76 33.00 47.00 68.0030 0.8311 0.56 - 3.64 27.43 39.06 56.5135 0.6946 1.11 - 3.54 22.92 32.64 47.2340 0.5835 1.63 - 3.43 19.26 27.42 39.6845 0.4927 2.14 - 3.34 16.26 23.16 33.5050 0.4180 2.64 - 3.24 13.79 19.65 28.4255 0.3563 3.12 - 3.15 11.76 16.74 24.2360 0.3050 3.58 - 3.07 10.06 14.33 20.7465 0.2622 4.03 - 2.98 8.65 12.32 17.8370 .02263 4.47 - 2.90 7.47 10.64 15.3975 0.1961 4.90 - 2.83 6.47 9.22 13.3380 0.1705 5.31 - 2.76 5.63 8.02 11.6085 0.1489 5.71 - 2.69 4.91 7.00 10.1290 0.1304 6.11 - 2.62 4.30 6.13 8.8695 0.1146 6.49 - 2.55 3.78 5.38 7.79

100 0.1010 6.86 - 2.49 3.33 4.75 6.87105 0.0893 7.22 - 2.43 2.95 4.20 6.07110 0.0792 7.57 - 2.37 2.61 3.72 5.38115 0.0704 7.91 - 2.32 2.32 3.31 4.79120 0.0628 8.24 - 2.26 2.07 2.95 4.27125 0.0561 8.57 - 2.21 1.85 2.64 3.82


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.229



130 0.0503 8.88 - 2.16 1.66 2.37 3.42135 0.0452 9.19 - 2.11 1.49 2.13 3.07140 0.0407 9.49 - 2.07 1.34 1.91 2.77145 0.0368 9.79 - 2.02 1.21 1.73 2.50150 0.0333 10.08 - 1.98 1.10 1.56 2.26


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)

2381 640 .....; see note 1 AT END OF TABLES

6.101 6.151 6.221 6.331 6.471 6.681- 40 21.9261 2.50 - 5.75 2192.6 2388.9 4823.7 7236 10503 14910- 35 16.5224 2.26 - 5.57 1652.2 2478.4 3634.9 5452 7766 11235- 30 12.5583 2.03 - 5.40 1255.8 1883.7 2762.8 4144 5902 8540- 25 9.62492 1.80 - 5.24 962.5 1443.7 2117.5 3176 4524 6545- 20 7.43618 1.59 - 5.08 743.6 1115.4 1636.0 2454 3495 5057- 15 5.78976 1.39 - 4.93 579.0 868.5 1273.7 1911 2721 3937- 10 4.54158 1.19 - 4.78 454.2 681.2 999.1 1499 1235 3088- 5 3.58813 1.00 - 4.64 358.8 538.2 789.4 1184 1686 24400 2.85449 0.82 - 4.51 285.4 428.2 628.0 942.0 1342 19415 2.28599 0.64 - 4.38 228.6 342.9 502.9 754.4 1074 1554

10 1.84245 0.47 - 4.25 184.2 276.4 405.3 608.0 865.9 125315 1.49414 0.31 - 4.13 149.4 224.1 328.7 493.1 702.2 101620 1.21887 0.15 - 4.01 121.9 182.8 268.2 402.2 572.9 828.825 1.000 0.00 - 3.90 100.0 150.0 220.0 330.0 470.0 680.030 0.82494 0.15 - 3.80 82.5 123.7 181.5 272.2 387.7 561.035 0.68413 0.29 - 3.69 68.4 102.6 150.5 225.8 321.5 465.240 0.57025 0.43 - 3.59 57.0 85.5 125.5 188.2 268.0 387.845 0.47765 0.56 - 3.50 47.8 71.6 105.1 157.6 224.5 324.850 0.40198 0.69 - 3.40 40.2 60.3 88.4 132.7 188.9 273.355 0.33984 0.82 - 3.31 34.0 51.0 74.8 112.1 159.7 231.160 0.28856 0.94 - 3.23 28.9 43.3 63.5 95.23 135.6 196.265 0.24606 1.06 - 3.15 24.6 36.9 54.1 81.20 115.6 167.370 0.21067 1.17 - 3.07 21.1 31.6 46.3 69.52 99.00 143.375 0.18108 1.29 - 2.99 18.1 27.2 39.8 59.76 85.11 123.180 0.15623 1.39 - 2.91 15.6 23.4 34.4 51.56 73.43 106.285 0.13529 1.50 - 2.84 13.5 20.3 29.8 44.65 63.59 92.0090 0.11757 1.60 - 2.77 11.8 17.6 25.9 38.80 55.26 79.9595 0.10251 1.70 - 2.71 10.3 15.4 22.6 33.83 48.18 69.71

100 0.08968 1.80 - 2.64 8.97 13.5 19.7 29.59 42.15 60.98105 0.07871 1.89 - 2.58 7.87 11.8 17.3 25.97 36.99 53.52110 0.06928 1.99 - 2.52 6.93 10.4 15.2 22.86 32.56 47.11115 0.06117 2.08 - 2.46 6.12 9.18 13.5 20.19 28.75 41.60120 0.05416 2.16 - 2.41 5.42 8.12 11.9 17.87 25.46 36.83125 0.04809 2.25 - 2.35 4.81 7.21 10.6 15.87 22.60 32.70130 0.04282 2.33 - 2.30 4.28 6.42 9.42 14.13 20.12 29.11135 0.03822 2.41 - 2.25 3.82 5.73 8.41 12.61 17.96 25.99140 0.03420 2.49 - 2.20 3.42 5.13 7.52 11.29 16.07 23.25145 0.03068 2.57 - 2.15 3.07 4.60 6.75 10.12 14.42 20.86150 0.02758 2.65 - 2.10 2.76 4.14 6.07 9.10 12.96 18.76


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.339 6.479 6.689




TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.102 6.152 6.202- 40 23.3402 1.65 - 6.06 23342 35013 46684- 35 17.3347 1.49 - 5.84 17336 26004 34672- 30 13.0166 1.34 - 5.62 13018 19526 26035- 25 9.8764 1.19 - 5.42 9877 14816 19754- 20 7.5682 1.05 - 5.23 7569 11353 15138- 15 5.8541 0.92 - 5.05 5855 8782 11709- 10 4.5688 0.79 - 4.87 4569 6854 9138- 5 3.5961 0.66 - 4.71 3596 5395 71930 2.8533 0.54 - 4.55 2854 4280 57075 2.2815 0.43 - 4.40 2282 3422 4563

10 1.8376 0.31 - 4.26 1838 2457 367515 1.4904 0.21 - 4.12 1491 2236 298120 1.2169 0.10 - 3.99 1217 1826 243425 1.0000 0.00 - 3.87 1000 1500 200030 0.8266 0.10 - 3.75 826.7 1240 165335 0.6873 0.19 - 3.63 687.4 1031 137540 0.5746 0.28 - 3.53 574.6 861.9 114945 0.4827 0.37 - 3.42 482.7 724.1 965.050 0.4073 0.46 - 3.32 407.4 611.0 814.755 0.3452 0.54 - 3.23 345.2 517.8 690.560 0.2937 0.62 - 3.14 293.7 440.6 587.565 0.2508 0.70 - 3.05 250.8 376.2 501.770 0.2149 0.78 - 2.97 214.9 322.4 429.875 0.1847 0.85 - 2.89 184.8 277.1 369.580 0.1593 0.92 - 2.81 159.3 238.9 318.685 0.1377 0.99 - 2.73 137.7 206.6 275.590 0.11942 1.06 - 2.66 119.4 179.1 238.995 0.10380 1.13 - 2.59 103.8 155.7 207.6

100 0.09045 1.19 - 2.53 90.46 135.7 180.9105 0.07900 1.25 - 2.46 79.00 118.5 158.0110 0.06915 1.31 - 2.40 69.16 103.7 138.3115 0.06066 1.37 - 2.34 60.66 90.99 121.3120 0.05332 1.43 - 2.29 53.32 79.98 106.6125 0.04696 1.49 - 2.23 46.96 70.44 93.9130 0.04143 1.54 - 2.18 41.44 62.15 82.9135 0.03662 1.60 - 2.13 36.63 54.94 73.3140 0.03243 1.65 - 2.08 32.43 48.65 64.9145 0.02877 1.70 - 2.03 28.77 43.16 57.5150 0.02556 1.75 - 1.98 25.56 38.34 51.1


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.222 6.272 6.332 6.472 6.682 6.103- 40 33.21 2.66 6.57 73.06 89.67 109.6 156.1 225.8 332.1- 35 23.99 2.41 6.36 52.78 64.77 79.17 112.8 163.1 240.0- 30 17.52 2.17 6.15 38.55 47.31 57.82 82.35 119.1 175.2- 25 12.93 1.94 5.95 28.44 34.91 42.67 60.77 87.92 129.3- 20 9.636 1.71 5.76 21.20 26.02 31.80 45.30 65.53 96.36- 15 7.250 1.50 5.58 15.95 19.58 23.93 34.08 49.30 72.50- 10 5.505 1.29 5.40 12.11 14.86 18.16 25.87 37.43 55.05- 5 4.216 1.08 5.24 9.275 11.38 13.91 19.81 28.67 42.160 3.255 0.89 5.08 7.162 8.790 10.74 15.30 22.14 32.56



5 2.534 0.70 4.92 5.575 6.842 8.362 11.91 17.23 25.3410 1.987 0.52 4.78 4.372 5.366 6.558 9.340 13.51 19.8715 1.570 0.34 4.64 3.454 4.239 5.181 7.378 10.67 15.7020 1.249 0.17 4.50 2.747 3.372 4.121 5.869 8.492 12.4925 1.000 0.00 4.37 2.200 2.700 3.300 4.700 6.800 10.0030 0.8059 0.16 4.25 1.773 2.176 2.660 3.788 5.480 8.05935 0.6535 0.32 4.13 1.438 1.764 2.156 3.072 4.444 6.53540 0.5330 0.47 4.02 1.173 1.439 1.759 2.505 3.624 5.33045 0.4372 0.62 3.91 0.9618 1.180 1.443 2.055 2.972 4.37250 0.3605 0.77 3.80 0.7932 0.973 1.190 1.694 2.451 3.60655 0.2989 0.91 3.70 0.6575 0.807 0.9863 1.405 2.032 2.98960 0.2490 1.05 3.60 0.5478 0.672 0.8217 1.170 1.693 2.49065 0.2084 1.18 3.51 0.4586 0.562 0.6879 0.9797 1.417 2.08470 0.1753 1.31 3.42 0.3857 0.473 0.5785 0.8239 1.192 1.75375 0.1481 1.44 3.33 0.3258 0.399 0.4887 0.6960 1.007 1.48180 0.1256 1.57 3.25 0.2764 0.339 0.4146 0.5905 0.8544 1.25685 0.1070 1.69 3.16 0.2355 0.289 0.3532 0.5031 0.7278 1.07090 0.09154 1.81 3.09 0.2014 0.247 0.3021 0.4303 0.6225 0.915495 0.07860 1.93 3.01 0.1729 0.212 0.2594 0.3694 0.5345 0.7860

100 0.06773 2.04 2.94 0.1490 0.182 0.2235 0.3183 0.4607 0.6773105 0.05858 2.15 2.87 0.1289 0.158 0.1933 0.2753 0.3983 0.5858110 0.05083 2.26 2.80 0.1118 0.137 0.1677 0.2389 0.3457 0.5083115 0.04426 2.37 2.73 0.0974 0.1195 0.1461 0.2080 0.3010 0.4426120 0.03866 2.47 2.67 0.0851 0.1044 0.1276 0.1817 0.2629 0.3866125 0.03387 2.57 2.61 0.0745 0.0915 0.1118 0.1592 0.2303 0.3387130 0.02977 2.67 2.55 0.0655 0.0804 0.0982 0.1399 0.2024 0.2977135 0.02624 2.77 2.49 0.0577 0.0709 0.0866 0.1233 0.1784 0.2624140 0.02319 2.86 2.43 0.0510 0.0626 0.0765 0.1090 0.1577 0.2319145 0.02055 2.96 2.38 0.0452 0.0555 0.0678 0.0966 0.1398 0.2055150 0.01826 3.05 2.33 0.0402 0.0493 0.0603 0.0858 0.1242 0.1826


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.123 6.153 6.223- 40 25.78 6.81 6.09 309.4 386.8 567.2- 35 19.13 6.16 5.89 229.5 286.9 420.8- 30 14.32 5.53 5.70 171.8 214.8 315.0- 25 10.82 4.93 5.52 129.8 162.3 238.0- 20 8.245 4.35 5.35 98.93 123.7 181.4- 15 6.335 3.80 5.19 76.02 95.03 139.4- 10 4.907 3.26 5.03 58.88 73.60 107.9- 5 3.830 2.74 4.88 45.95 57.44 84.250 3.011 2.24 4.73 36.13 45.16 66.245 2.384 1.76 4.60 28.60 35.76 52.45

10 1.900 1.30 4.46 22.80 28.50 41.8115 1.525 0.85 4.34 18.30 22.87 33.5520 1.231 0.42 4.21 14.77 18.47 27.0925 1.000 0.00 4.10 12.00 15.00 22.0030 0.8170 0.41 3.98 9.804 12.26 17.9735 0.6712 0.80 3.88 8.054 10.07 14.7740 0.5543 1.19 3.77 6.652 8.315 12.20


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.222 6.272 6.332 6.472 6.682 6.103



45 0.4602 1.57 3.67 5.522 6.903 10.1250 0.3839 1.94 3.57 4.607 5.759 8.44755 0.3219 2.30 3.48 3.862 4.828 7.08160 0.2710 2.65 3.39 3.252 4.067 5.96365 0.2293 2.99 3.30 2.751 3.439 5.04470 0.1947 3.33 3.22 2.337 2.921 4.28475 0.1661 3.66 3.14 1.993 2.492 3.65480 0.1422 3.98 3.06 1.707 2.134 3.12985 0.1223 4.29 2.99 1.467 1.834 2.69090 0.1055 4.60 2.92 1.266 1.583 2.32195 0.09135 4.90 2.85 1.096 1.370 2.010

100 0.07937 5.19 2.78 0.9524 1.190 1.746105 0.06919 5.48 2.71 0.8302 1.038 1.522110 0.06050 5.76 2.65 0.7260 0.9075 1.331115 0.05307 6.04 2.59 0.6369 0.7961 1.168120 0.04670 6.31 2.53 0.5604 0.7005 1.027125 0.04121 6.57 2.47 0.4945 0.6181 0.9065


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.333 6.473- 40 33.81 5.55 6.55 1116 1589- 35 24.50 5.02 6.34 808.6 1151- 30 17.93 4.52 6.15 591.7 842.8- 25 13.25 4.03 5.96 437.1 622.6- 20 9.875 3.56 5.78 325.9 464.1- 15 7.425 3.10 5.61 245.0 349.0- 10 5.630 2.67 5.45 185.8 264.6- 5 4.304 2.24 5.29 142.0 202.30 3.315 1.84 5.14 109.4 155.85 2.573 1.44 4.99 84.91 120.9

10 2.011 1.07 4.85 66.37 94.5315 1.583 0.70 4.72 52.24 74.4020 1.254 0.34 4.59 41.39 58.9525 1.000 0.00 4.46 33.00 47.0030 0.8024 0.33 4.34 26.47 37.7135 0.6474 0.66 4.23 21.37 30.4340 0.5255 0.98 4.12 17.34 24.7045 0.4288 1.28 4.01 14.15 20.1550 0.3518 1.59 3.91 11.61 16.5355 0.2901 1.88 3.81 9.572 13.6360 0.2403 2.17 3.71 7.931 11.3065 0.2001 2.45 3.62 6.603 9.40470 0.1674 2.72 3.53 5.522 7.86575 0.1406 2.99 3.44 4.639 6.60780 0.1186 3.25 3.36 3.913 5.57385 0.1004 3.51 3.28 3.315 4.72190 0.08542 3.76 3.20 2.819 4.01595 0.07292 4.00 3.13 2.406 3.427

100 0.06248 4.24 3.06 2.062 2.936105 0.05372 4.47 2.98 1.773 2.525110 0.04635 4.70 2.92 1.530 2.179


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(Ω)


6.123 6.153 6.223



115 0.04013 4.93 2.85 1.342 1.886120 0.03485 5.15 2.79 1.150 1.638125 0.03037 5.36 2.73 1.002 1.427130 0.02654 5.57 2.67 0.8757 1.247135 0.02326 5.78 2.61 0.7675 1.093140 0.02044 5.98 2.55 0.6746 0.9608145 0.01802 6.18 2.50 0.5945 0.8468150 0.01592 6.37 2.44 0.5254 0.7483


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.683 6.104- 40 36.66 5.69 6.70 2493 3666- 35 26.38 5.15 6.49 1794 2638- 30 19.17 4.63 6.29 1303 1917- 25 14.06 4.13 6.10 956.2 1406- 20 10.41 3.65 5.92 708.0 1041- 15 7.779 3.18 5.74 528.9 777.9- 10 5.861 2.73 5.57 398.5 586.1- 5 4.453 2.30 5.41 302.8 445.30 3.409 1.88 5.26 231.8 340.95 2.631 1.48 5.11 178.9 263.1

10 2.044 1.09 4.97 139.0 204.415 1.600 0.72 4.83 108.8 160.020 1.261 0.35 4.70 85.74 126.125 1.000 0.00 4.57 68.00 100.030 0.7981 0.34 4.45 54.27 79.8135 0.6408 0.67 4.35 43.57 64.0840 0.5175 1.00 4.22 35.19 51.7445 0.4202 1.32 4.11 28.57 42.0250 0.3431 1.63 4.00 23.33 34.3155 0.2816 1.93 3.90 19.15 28.1660 0.2322 2.22 3.80 15.79 23.2265 0.1925 2.51 3.71 13.09 19.2570 0.1602 2.79 3.62 10.90 16.0375 0.1340 3.06 3.53 9.114 13.4080 0.1126 3.33 3.45 7.655 11.2685 0.09496 3.59 3.36 6.457 9.49690 0.08042 3.85 3.28 5.469 8.04295 0.06837 4.10 3.21 4.649 6.837

100 0.05835 4.35 3.13 3.968 5.835105 0.04998 4.59 3.06 3.399 4.998110 0.04296 4.82 2.99 2.921 4.296115 0.03705 5.05 2.92 2.519 3.705120 0.03206 5.28 2.86 2.180 3.206125 0.02783 5.50 2.80 1.892 2.783


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.333 6.473




TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.154 6.224- 40 41.02 10.10 6.89 6153 9024- 35 29.29 9.12 6.68 4394 6444- 30 21.12 8.18 6.48 3168 4646- 25 15.37 7.28 6.29 2305 3381- 20 11.28 6.42 6.11 1693 2483- 15 8.358 5.59 5.93 1254 1839- 10 6.242 4.80 5.76 936.4 1373- 5 4.700 4.03 5.60 705.0 10340 3.567 3.30 5.44 535.0 784.75 2.727 2.59 5.29 409.1 600.0

10 2.101 1.90 5.15 315.1 462.115 1.629 1.25 5.01 244.4 358.420 1.272 0.61 4.88 190.8 279.925 1.000 0.00 4.75 150.0 220.030 0.7910 0.59 4.62 118.6 174.035 0.6295 1.18 4.51 94.42 138.540 0.5039 1.74 4.39 75.58 110.945 0.4056 2.30 4.28 60.85 89.2450 0.3283 2.84 4.17 49.25 72.2455 0.2672 3.37 4.07 40.08 58.7860 0.2185 3.89 3.97 32.78 48.0865 0.1796 4.40 3.87 26.94 39.5170 0.1483 4.90 3.78 22.25 32.6375 0.1231 5.39 3.69 18.46 27.0780 0.1025 5.86 3.60 15.38 22.5685 0.08582 6.33 3.52 12.87 18.8890 0.07213 6.79 3.44 10.82 15.8795 0.06086 7.24 3.36 9.129 13.39

100 0.05155 7.68 3.28 7.732 11.34105 0.04383 8.11 3.21 6.574 9.642110 0.03740 8.53 3.14 5.610 8.228115 0.03203 8.94 3.07 4.804 7.046120 0.02752 9.35 3.00 4.128 6.054125 0.02372 9.75 2.94 3.559 5.219


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.334 6.474- 40 48.62 6.22 7.13 16044 22850- 35 34.19 5.63 6.91 11282 16068- 30 24.28 5.06 6.71 8013 11413- 25 17.42 4.51 6.52 5747 8185- 20 12.61 3.98 6.33 4161 5926- 15 9.211 3.47 6.15 3040 4329- 10 6.788 2.98 5.98 2240 3190- 5 5.045 2.51 5.82 1665 23710 3.781 2.06 5.66 1248 17765 2.855 1.62 5.50 942.3 1342

10 2.173 1.19 5.36 717.1 102115 1.666 0.78 5.22 549.8 783.020 1.286 0.38 5.08 424.5 604.625 1.000 0.00 4.95 330.0 470.0



30 0.7825 0.37 4.82 258.2 367.835 0.6163 0.74 4.70 203.4 289.640 0.4883 1.09 4.59 161.1 229.545 0.3892 1.44 4.47 128.4 182.950 0.3120 1.77 4.36 103.0 146.755 0.2515 2.10 4.26 83.00 118.260 0.2038 2.43 4.15 67.26 95.8065 0.1660 2.74 4.06 54.79 78.0370 0.1359 3.05 3.96 44.86 63.8875 0.1118 3.35 3.87 36.90 52.5580 0.09240 3.64 3.78 30.49 43.4385 0.07670 3.93 3.69 25.31 36.0590 0.06395 4.21 3.61 21.10 30.0695 0.05354 4.48 3.53 17.67 25.16

100 0.04501 4.75 3.45 14.85 21.15105 0.03798 5.01 3.37 12.53 17.85110 0.03218 5.27 3.30 10.70 15.12115 0.02736 5.52 3.23 9.029 12.86120 0.02335 5.77 3.16 7.704 10.97125 0.01999 6.01 3.09 6.597 9.396


TAMB(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.683 6.104- 40 36.66 5.69 6.70 2493 3666- 35 26.38 5.15 6.49 1794 2638- 30 19.17 4.63 6.29 1303 1917- 25 14.06 4.13 6.10 956.2 1406- 20 10.41 3.65 5.92 708.0 1041- 15 7.779 3.18 5.74 528.9 777.9- 10 5.861 2.73 5.57 398.5 586.1- 5 4.453 2.30 5.41 302.8 445.30 3.409 1.88 5.26 231.8 340.95 2.631 1.48 5.11 178.9 263.1

10 2.044 1.09 4.97 139.0 204.415 1.600 0.72 4.83 108.8 160.020 1.261 0.35 4.70 85.74 126.125 1.000 0.00 4.57 68.00 100.030 0.7981 0.34 4.45 54.27 79.8135 0.6408 0.67 4.35 43.57 64.0840 0.5175 1.00 4.22 35.19 51.7445 0.4202 1.32 4.11 28.57 42.0250 0.3431 1.63 4.00 23.33 34.3155 0.2816 1.93 3.90 19.15 28.1660 0.2322 2.22 3.80 15.79 23.2265 0.1925 2.51 3.71 13.09 19.2570 0.1602 2.79 3.62 10.90 16.0375 0.1340 3.06 3.53 9.114 13.4080 0.1126 3.33 3.45 7.655 11.2685 0.09496 3.59 3.36 6.457 9.49690 0.08042 3.85 3.28 5.469 8.042


TOPER(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.334 6.474



Note to Resistance Values At Intermediate Temperature Tables

1. Replace dot in last 5 digits of catalog number by a number according to the following details and depending on tolerance on requiredR25 - value: 4 for a tolerance of ± 2 %; 6 for a tolerance of ± 3 %; 3 for a tolerance of ± 5 %; 2 for a tolerance of ± 10 %.

95 0.06837 4.10 3.21 4.649 6.837100 0.05835 4.35 3.13 3.968 5.835105 0.04998 4.59 3.06 3.399 4.998110 0.04296 4.82 2.99 2.921 4.296115 0.03705 5.05 2.92 2.519 3.705120 0.03206 5.28 2.86 2.180 3.206125 0.02783 5.50 2.80 1.892 2.783


TAMB(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


6.683 6.104


TAMB(°C) RT/R25


(%)

TCR(%/K)

R25(kΩ)


5.474- 40 48.62 6.22 7.13 22850- 35 34.19 5.63 6.91 16068- 30 24.28 5.06 6.71 11413- 25 17.42 4.51 6.52 8185- 20 12.61 3.98 6.33 5926- 15 9.211 3.47 6.15 4329- 10 6.788 2.98 5.98 3190- 5 5.045 2.51 5.82 23710 3.781 2.06 5.66 17765 2.855 1.62 5.50 1342

10 2.173 1.19 5.36 102115 1.666 0.78 5.22 783.020 1.286 0.38 5.08 604.625 1.000 0.00 4.95 470.030 0.7825 0.37 4.82 367.835 0.6163 0.74 4.70 289.640 0.4883 1.09 4.59 229.545 0.3892 1.44 4.47 182.950 0.3120 1.77 4.36 146.755 0.2515 2.10 4.26 118.260 0.2038 2.43 4.15 95.8065 0.1660 2.74 4.06 78.0370 0.1359 3.05 3.96 63.8875 0.1118 3.35 3.87 52.5580 0.09240 3.64 3.78 43.4385 0.07670 3.93 3.69 36.0590 0.06395 4.21 3.61 30.0695 0.05354 4.48 3.53 25.16

100 0.04501 4.75 3.45 21.15105 0.03798 5.01 3.37 17.85110 0.03218 5.27 3.30 15.12115 0.02736 5.52 3.23 12.86120 0.02335 5.77 3.16 10.97125 0.01999 6.01 3.09 9.396



PACKAGING

TAPE SPECIFICATIONS

Notes1. Taped products with H = 45 ± 1, are available on request2. D ≤ 5 max for 6404.338 to 221

DIMENSIONS OF TAPE IN ACCORDANCE WITH “IEC 60286-2”

SYMBOL PARAMETERDIMENSIONS

(mm)

VALUE TOLERANCE

D body diameter2) 3.3 ± 0.5

T maximum total thickness ≤ 3 -

d lead diameter 0.6 ± 0.06

P pitch between thermistors 12.7 ± 1

P0 feed-hole pitch (cumulative pitch error ± 0.2 mm/20 products) 12.7 ± 0.3

P1 feed-hole centre to lead centre 5.08 ± 0.7

Δp component alignment 0 ± 1.3

F lead-to-lead distance 2.54 ± 0.3

Δh component alignment 0 ± 2

W tape width 18.0 + 1/- 0.5

W0 hold-down tape width ≥ 12.5 -

W1 feed-hole position 9.0 ± 0.5

W2 hold-down tape position ≤ 3 -

H component to tape centre 221) ± 1

H1 component height ≤ 32 -

L length of snipped lead ≤ 11 -

D0 feed-hole diameter 4.0 ± 0.2

t total tape thickness with cardboard tape 0.5 ± 0.1 mm 0.65 ± 0.2

inspection level: S3 mechanical - 1 %

1E pitch2322 640 4....

D

W2

P0

W0

W1L

HH1

Δ p Δ p Δ h Δ h

FD0

P1

P

O d

W

T

A

t

detail Adirection of unreeling

Thermistors on tape



Notes1. D ≤ 5 max for 640 3. 338 to 640 4. 2212. T ≤ 4 max for 640 3. 338 to 640 4. 221

W2

W0

W1

D0

P0 P1

O d

W A

direction of unreeling

10max

D

P

L

HH0

F

t

detail A

T

Δ p Δ p Δ h Δ h

2E pitch2322 640 3....

Thermistors on tape

DIMENSIONS OF TAPE IN ACCORDANCE WITH “IEC 60286-2”

SYMBOL PARAMETERDIMENSIONS

(mm)

VALUE TOLERANCE

D body diameter1) 3.3 ± 0.5

T maximum total thickness2) ≤ 3.2 -

d lead diameter 0.6 ± 0.06

P pitch between thermistors 12.7 ± 1

P0 feed-hole pitch (cumulative pitch error ± 0.2 mm/20 products) 12.7 ± 0.3

P1 feed-hole centre to lead centre 3.85 ± 0.7

Δp component alignment 0 ± 1.3

F lead-to-lead distance 5.08 ± 0.3

Δh component alignment 0 ± 2

W tape width 18.0 + 1/- 0.5

W0 hold-down tape width ≥ 12.5 -

W1 feed-hole position 9.0 + 0.75/- 0.5

W2 hold-down tape position ≤ 3 -

H component to tape centre 20 + 2

H0 lead wire clinch height 16 ± 0.5

L length of snipped lead ≤ 11 -

D0 feed-hole diameter 4.0 ± 0.3

t total tape thickness with cardboard tape 0.5 ± 0.1 mm 0.7 ± 0.2

inspection level: S3 mechanical - 1 %



TESTS AND REQUIREMENTSEssentially all tests are carried out in accordance with “IEC publication 60068-2; Environmental testing”, except where indicated.

Notes1. For R25 ≥ 100 kΩ the drift requirement is ΔR/R < 5 %2. For R25 from 2.2 kΩ to 10 kΩ, requirement is ± 2 % max

REEL SPECIFICATIONS CODE NUMBERS AND RELEVANT PACKAGING QUANTITIES

PARAMETER

BULK TAPE AND REEL1)

1E pitchTAPE AND REEL1)

2E pitch

2381 640 6..../NTCLE100E3....B0

2381 640 4..../NTCLE100E3....T1

2381 640 3..../NTCLE100E3....T2

Quantity 500 1500 per reel, 2 reels per box

1500 per reel, 2 reels per box

Note

1. The maximum number of emptz places per seel shall not exceed 0.1 % of the total numberof components per reel. With no consecutive positions empty.

CHARACTERISTICS OF TAPED PRODUCTSMinimum pull-out force of the component: 5 NMinimum peel-off force of adhesive tape: 6N

Minimum tearing force tape: 15 N

Minimum pull-off force of tape-reel: 5 N

STORAGE CONDITIONSStorage temperature range: - 25 to + 40 °CMaximum relative humidity: 80 %

22.5

30 +1− 0

77 85.6 92356max.

18

3

42 ±1

56 max

Dimensions of the reel

STABILITY TESTS

CECC 32 100CLAUSE

IEC60068-2

TEST METHODTEST PROCEDURE REQUIREMENTS

D3; 4.20.1 endurance 25 °C; 1000 hours ΔR/R < 1 %1 endurance - 40 °C; 1000 hours ΔR/R < 1 %

539 endurance 500 mW; 55 °C; 1000 hours ΔR/R < 3 %1)

2 dry heat,(steady state) 125 °C; 1000 hours ΔR/R < 3 %

D1; 4.19 3 damp heat (steady state) 56 days at 40 °C; 90 to 95 % RH ΔR/R < 3 %

C2; 4.14 14 rapid change of temperature - 40 °C to + 125 °C; 50 cycles ΔR/R < 2 %Other applicable tests

21robustness of leads:

ΔR/R ≤ 1 %tensile strength loading force 10 Nbending loading force 5 N

58 soldering:ΔR/R ≤ 1 %2)solderability 240 °C max.; duration 4 s max.

resistance to heat 265 °C max.; duration 5 s max.27 impact free fall; 1 m ΔR/R ≤ 1 %29 shock 490 m/s; half sinewave ΔR/R ≤ 1 %

45 resistance to solvent (isopropanol)

ambient temp for 5 min; 5 N with hydrophylic cotton wool

no traces of lacquer on cotton wool

6 vibration1.5 mm peak to peak: 10 to 58 Hz

10 gp: 50 to 500 Hz 1 octave/min. 2 hours in each direction in three orthogonal directions

no visible damageΔR/R < 1 %

2 inflammability 1980, needle flame test non-flammable


2381 640 10.../NTCLE100E3...SB0Vishay BCcomponents

NTC Thermistors, Special Accuracy

Notes

1. For values of nominal resistance value and tolerance atintermediate temperatures; see resistance values tables.

2. Response time in silicone oil MS 200/50. This is the time neededfor the sensor to reach 63.2 % of the total temperature differencewhen subjected to a temperature change from 25 °C in air to85 °C in oil.

FEATURES

• Excellent accuracy between 25 °C and 85 °C

• High stability over a long life.



APPLICATIONS

• Temperature sensing and control.

DESCRIPTION

These thermistors have a negative temperature coefficient.The device consists of a chip with two tin-plated copperleads. It is grey lacquered and not insulated. Thesethermistors are very accurate (± 0.5 °C) over a trajectoryfrom 25 °C to 85 °C.

PACKAGING

The thermistors are packed in cardboard boxes, each boxcontains 500 units.

MARKING

Grey lacquered body.

MOUNTING

By soldering in any position.


Resistance at 25 °C1) 4.7 to 100 kΩ

Temperature measurement accuracy(between 25 °C and 85 °C)

± 0.5 °C



Dissipation factor δ (for information only) 7 mW/K

Response time (for information only)2) 1.2 s

Thermal time constant τ (for information only) 11 s


at zero dissipation (continuously) - 40 to + 125 °C

at maximum dissipation 0 to + 55 °C

Mass ≈ 0.22 g


R25(Ω)

ΔR25/R25

(%)R85(Ω)

ΔR85/R85

(%)B25/85

(K)ΔB/B(%)

CATALOG NUMBER 2381 640 .....

SAP MATERIAL NO. NTCLE100E3......

4700 2.19 503.1 1.58 3977 0.75 10472 472SB0

10 000 2.19 1070 1.58 3977 0.75 10103 103SB0

47 000 2.23 4721 1.64 4090 1.5 10473 473SB0

100 000 2.29 9496 1.72 4190 1.5 10104 104SB0


2381 640 10.../NTCLE100E3...SB0NTC Thermistors, Special Accuracy Vishay BCcomponents

DIMENSIONS in millimeters TOLERANCE CURVE

2.54

17min.

3max.

Ø 0.6

3.3 ± 0.5

5max.

2 ± 1

ΔT(K)

1.0

- 0.5

- 1.0

0.5

0- 40 - 25 0 25 40 60 85 110 125

T(°C)

RESISTANCE VALUES AT INTERMEDIATE VALUES (2381 640.....)

TOPER(°C)

RT/R25TCR(%/K)

R25(kΩ)

2381 640 .....

10472 10103

- 40 33.21 6.57 156.1 332.1000- 35 23.99 6.36 112.8 240.0- 30 17.52 6.15 82.35 175.2- 25 12.93 5.95 60.77 129.3- 20 9.636 5.76 45.30 96.36- 15 7.250 5.58 34.08 72.50- 10 5.505 5.40 25.87 55.05- 5 4.216 5.24 19.81 42.160 3.255 5.08 15.30 32.565 2.534 4.92 11.91 25.34

10 1.987 4.78 9.340 19.8715 1.570 4.64 7.378 15.7020 1.249 4.50 5.869 12.4925 1.000 4.37 4.700 10.0030 0.8059 4.25 3.788 8.05935 0.6535 4.13 3.072 6.53540 0.5330 4.02 2.505 5.33045 0.4372 3.91 2.055 4.37250 0.3605 3.80 1.694 3.60655 0.2989 3.70 1.405 2.98960 0.2490 3.60 1.170 2.49065 0.2084 3.51 0.9797 2.08470 0.1753 3.42 0.8239 1.75375 0.1481 3.33 0.6960 1.48180 0.1256 3.25 0.5905 1.25685 0.1070 3.16 0.5031 1.07090 0.09154 3.09 0.4303 0.915495 0.07860 3.01 0.3694 0.7860

100 0.06773 2.94 0.3183 0.6773105 0.05858 2.87 0.2753 0.5858110 0.05083 2.80 0.2389 0.5083115 0.04426 2.73 0.2080 0.4426120 0.03866 2.67 0.1817 0.3866125 0.03387 2.61 0.1592 0.3387


2381 640 10.../NTCLE100E3...SB0Vishay BCcomponents NTC Thermistors, Special Accuracy

130 0.02977 2.55 0.1399 0.2977135 0.02624 2.49 0.1233 0.2624140 0.02319 2.43 0.1090 0.2319145 0.02055 2.38 0.0966 0.2055150 0.01826 2.33 0.0858 0.1826

RESISTANCE VALUES AT INTERMEDIATE VALUES (2381 640.....)

TOPER(°C)

RT/R25TCR(%/K)

R25(kΩ)

2381 640 .....

10472 10103

RESISTANCE VALUES AT INTERMEDIATE VALUES (2381 640 10473)

TOPER(°C)

RT/R25TCR(%/K)

R25(kΩ)

2381 640 10473

- 40 33.81 6.55 1589- 35 24.50 6.34 1151- 30 17.93 6.15 842.8- 25 13.25 5.96 622.6- 20 9.875 5.78 464.1- 15 7.425 5.61 349.0- 10 5.630 5.45 264.6- 5 4.304 5.29 202.30 3.315 5.14 155.85 2.573 4.99 120.9

10 2.011 4.85 94.5315 1.583 4.72 74.4020 1.254 4.59 58.9525 1.000 4.46 47.0030 0.8024 4.34 37.7135 0.6474 4.23 30.4340 0.5255 4.12 24.7045 0.4288 4.01 20.1550 0.3518 3.91 16.5355 0.2901 3.81 13.6360 0.2403 3.71 11.3065 0.2001 3.62 9.40470 0.1674 3.53 7.86575 0.1406 3.44 6.60780 0.1186 3.36 5.57385 0.1004 3.28 4.72190 0.08542 3.20 4.01595 0.07292 3.13 3.427

100 0.06248 3.06 2.936105 0.05372 2.98 2.525110 0.04635 2.92 2.179

115 0.04013 2.85 1.886

120 0.03485 2.79 1.638

125 0.03037 2.73 1.427

130 0.02654 2.67 1.247

135 0.02326 2.61 1.093

140 0.02044 2.55 0.9608

145 0.01802 2.50 0.8468

150 0.01592 2.44 0.7483


2381 640 10.../NTCLE100E3...SB0NTC Thermistors, Special Accuracy Vishay BCcomponents

RESISTANCE VALUES AT INTERMEDIATE VALUES (2381 640 10104)

TOPER(°C)

RT/R25TCR(%/K)

R25(kΩ)

2381 640 10104

- 40 36.66 6.70 3666

- 35 26.38 6.49 2638

- 30 19.17 6.29 1917

- 25 14.06 6.10 1406

- 20 10.41 5.92 1041

- 15 7.779 5.74 777.9

- 10 5.861 5.57 586.1

- 5 4.453 5.41 445.3

0 3.409 5.26 340.9

5 2.631 5.11 263.1

10 2.044 4.97 204.4

15 1.600 4.83 160.0

20 1.261 4.70 126.1

25 1.000 4.57 100.0

30 0.7981 4.45 79.81

35 0.6408 4.35 64.08

40 0.5175 4.22 51.74

45 0.4202 4.11 42.02

50 0.3431 4.00 34.31

55 0.2816 3.90 28.16

60 0.2322 3.80 23.22

65 0.1925 3.71 19.25

70 0.1602 3.62 16.03

75 0.1340 3.53 13.40

80 0.1126 3.45 11.26

85 0.09496 3.36 9.496

90 0.08042 3.28 8.042

95 0.06837 3.21 6.837

100 0.05835 3.13 5.835

105 0.04998 3.06 4.998

110 0.04296 2.99 4.296

115 0.03705 2.92 3.705

120 0.03206 2.86 3.206

125 0.02783 2.80 2.783


2381 640 90059/NTCLE301E4C90059Vishay BCcomponents

NTC Thermistors, Long Insulated Leads

FEATURES

• Long and flexible leads for special mounting or assemblyrequirements

• Insulated leads for prevention of short circuits

• Electrical features of ‘accuracy line’ sensors

• Small diameter

• Old part number was 2322 640 90059

• Components in accordance to RoHS 2002/95/EC andWEEE 2002/96/EC

APPLICATIONS


These thermistors have a negative temperature coefficient.The device consists of a chip with two insulated nickel leads.

PACKAGING

The thermistors are packed in cardboard boxes; the smallestpacking quantity is 1000 units.

MARKING

The body is coated with ochre-colored epoxy lacquer and isnot marked.

MOUNTING

By soldering in any position



PARAMETER VALUE

Resistance value at:

0 °C 9000 Ω

25 °C 2769 Ω

Tolerance on R25 - value:

0 °C ± 2 %

25 °C ± 3.82 %

B25/85 - value 3977 K


Dissipation factor δ 1.35 mW/K

Minimum dielectric withstanding voltage (RMS) between leads and coating

500 V

Response time 1.25 s


at zero power - 40 to + 125 °C

at maximum power 0 to + 55 °C


Mass ≈ 0.16 g

2.0 min2.5 max

2.0 min2.5 max

6.0 ± 1

Ø 0.58 max

Ø 0.255 ± 2

110 ± 3


2381 640 90059/NTCLE301E4C90059NTC Thermistors, Long Insulated Leads Vishay BCcomponents


TOPER(°C)

RESISTANCE(Ω)

TCR(%/K)

RESISTANCETOLERANCE

(%)

- 40 90 923 6.57 ± 5.60

- 35 65 808 6.35 ± 5.09

- 30 48 141 6.15 ± 4.60

- 25 35 578 5.95 ± 4.13

- 20 26 550 5.76 ± 3.67

- 15 19 998 5.58 ± 3.23

- 10 15 197 5.40 ± 2.81

- 5 11 648 5.24 ± 2.40

0 9000 5.08 ± 2.00

5 7008.6 4.92 ± 2.38

10 5498.8 4.78 ± 2.76

15 4345.1 4.64 ± 3.12

20 3457.2 4.50 ± 3.47

25 2769.0 4.37 ± 3.82

30 2231.7 4.25 ± 4.16

35 1809.6 4.13 ± 4.48

40 1476.0 4.02 ± 4.80

45 1210.6 3.91 ± 5.12

50 998.37 3.80 ± 5.42

55 827.59 3.70 ± 5.72

60 689.46 3.60 ± 6.01

65 577.15 3.51 ± 6.29

70 485.38 3.42 ± 6.57

75 410.02 3.33 ± 6.84

80 347.86 3.25 ± 7.10

85 296.35 3.16 ± 7.36

90 253.47 3.09 ± 7.61

95 217.64 3.01 ± 7.86

100 187.57 2.94 ± 8.10

105 162.24 2.87 ± 8.33

110 140.81 2.80 ± 8.56

115 122.63 2.73 ± 8.79

120 107.14 2.67 ± 9.01

125 93.90 2.61 ± 9.22


2381 645 10/20..../NTCLE...E3...SB0Vishay BCcomponents

NTC Thermistors, Long Lead Sensors

FEATURES• Accuracy of 0.5 °C between 0 °C and 50 °C• Small diameter• High stability over a long life• Long and flexible leads for special mounting or assembly

requirements• Old part number was 2322 645 10/20....• Components in accordance to RoHS 2002/95/EC and

WEEE 2002/96/EC

APPLICATIONS• Temperature sensing and controlThese thermistors have a negative temperature coefficient.The device consists of a chip with two insulated ornon-insulated nickel leads.

PACKAGINGThe thermistors are packed in cardboard boxes; the smallestpacking quantity is 1000 units.

MARKINGThe body is colored with ochre lacquer and not marked.

MOUNTINGBy soldering in any position.




0 °C see Resistance Values Table

50 °C see Resistance Values Table

B25/85 - value 3977 K

ΔT ensured between 0 °C and 50 °C ± 0.5 °C

Temperature coefficient see Resistance Values Table


Minimum dielectric withstanding voltage (RMS) between leads and coating

500 V



Mass ≈ 0.2 g

ELECTRICAL DATA AND ORDERING INFORMATIONR25 - VALUE

(kΩ)B25/85 - VALUE

(K)12NC ORDERING CODE

2381 645....SAP MATERIAL NO.

NTCLE201E3...

3 3977 10302 302SB0

5 3977 10502 502SB0

10 3977 10103 103SB0

R25 - VALUE(kΩ)

B25/85 - VALUE(K)

12NC ORDERING CODE2381 645....

SAP MATERIAL NO.NTCLE300E3...

3 3977 20302 302SB

5 3977 20502 502SB

10 3977 20103 103SB

38 ± 28 max

0.3 ± 0.03

2.4max

2.4max

Component outline for 2381 645 10/NTCLE201E3... series

38 ± 2

6 ± 1

8 max

0.58 max

0.25 ± 0.025

2.4max

2.4max

Component outline for 2381 645 20/NTCLE300E3... series


2381 645 10/20..../NTCLE...E3...SB0NTC Thermistors, Long Lead Sensors Vishay BCcomponents

DERATING

0 55- 40 85 125T ( C)o

100

0

P(%)

- 25

amb



TOPER(°C)

RT/R25ΔT(K)

TCR(%/K)

R25 -VALUE (kΩ)

2381 645 10... (NTCLE201E3...SB0) OR 2381 645 20... (NTCLE300E3...SB)

302 502 103

- 40 33.21 0.68 6.57 99.63 166.1 332.1- 35 23.99 0.66 6.36 71.97 120.0 239.9- 30 17.52 0.64 6.15 52.56 87.60 175.2- 25 12.93 0.62 5.95 38.79 64.65 129.3- 20 9.636 0.59 5.76 28.91 48.18 96.36- 15 7.250 0.57 5.58 21.75 36.25 72.50- 10 5.505 0.55 5.40 16.51 27.52 55.05- 5 4.216 0.52 5.24 12.65 21.08 42.160 3.255 0.50 5.08 9.766 16.28 32.565 2.534 0.50 4.92 7.602 12.67 25.34

10 1.987 0.50 4.78 5.962 9.936 19.8715 1.570 0.50 4.64 4.710 7.849 15.7020 1.249 0.50 4.50 3.746 6.244 12.4925 1.000 0.50 4.37 3.000 5.000 10.0030 0.8059 0.50 4.25 2.418 4.030 8.05935 0.6535 0.50 4.13 1.960 3.267 6.53540 0.5330 0.50 4.02 1.599 2.665 5.33045 0.4372 0.50 3.91 1.312 2.186 4.37250 0.3605 0.50 3.80 1.082 1.803 3.60655 0.2989 0.55 3.70 0.8966 1.494 2.98960 0.2490 0.61 3.60 0.7470 1.245 2.49065 0.2084 0.66 3.51 0.6253 1.042 2.08470 0.1753 0.72 3.42 0.5259 0.8765 1.75375 0.1481 0.77 3.33 0.4443 0.7405 1.48180 0.1256 0.83 3.25 0.3769 0.6282 1.25685 0.1070 0.89 3.16 0.3211 0.5352 1.07090 0.09154 0.95 3.09 0.2746 0.4577 0.915495 0.07860 1.02 3.01 0.2358 0.3930 0.7860

100 0.06773 1.08 2.94 0.2032 0.3387 0.6773105 0.05858 1.14 2.87 0.1757 0.2929 0.5858110 0.05083 1.21 2.80 0.1525 0.2542 0.5083115 0.04426 1.27 2.73 0.1328 0.2213 0.4426120 0.03866 1.34 2.67 0.1160 0.1933 0.3866125 0.03387 1.41 2.61 0.1016 0.1694 0.3387

www.vishay.com For technical questions, contact: [email protected] Document Number: 29057102 Revision: 20-Jun-06

2381 645 90028/NTCLE201E3C90028Vishay BCcomponents

NTC Thermistors, Long Non-Insulated Leads

FEATURES• Long and flexible leads for special mounting or assembly

requirements

• Small diameter


• Components in accordance to RoHS 2002/95/EC andWEEE 2002/96/EC

APPLICATIONS


These thermistors have a negative temperature coefficient.The device consists of a chip with two tinned nickel leads.

PACKAGING

The thermistors are packed in cardboard boxes; each boxcontaining 1000 units (10 plastic bags, each containing100 units).

MARKING

The body of the device is coated with a yellow colored EPQlacquer.

MOUNTING

By soldering in any position

DIMENSIONS in millimeters DERATING


PARAMETER VALUE

Resistance value at 25 °C 10 kΩ


B25/100 - value 3993 K

Tolerance on B25/100 - value ± 1.2 %

Rated dissipation 100 mW

Dissipation factor τ 1.4 mW/K


at zero dissipation - 40 to + 125 °C


Mass ≈ 0.16 g

2.5 max.

Ø 0.3± 0.03

8.0max.

2.5 max.

110± 5.0

0 55- 40 85 125Tamb (°C)

100

0

P(%)


Document Number: 29057 For technical questions, contact: [email protected] www.vishay.comRevision: 20-Jun-06 103

2381 645 90028/NTCLE201E3C90028NTC Thermistors, Long Non-Insulated Leads Vishay BCcomponents

RESISTANCE VALUES AT INTERMEDIATE TEMPERATURESTOPER(°C)

RESISTANCE(Ω)

TCR(%/K)

RESISTANCE TOLERANCE(%)

- 40 328.4 6.57 ± 9.5

- 35 237.7 - -

- 30 173.9 6.15 ± 8.7

- 25 128.5 - -

- 20 95.89 5.76 ± 7.9

- 15 72.23 - -

- 10 54.89 5.40 ± 7.2

- 5 42.07 - -

0 32.51 5.08 ± 6.5

5 25.31 - -

10 19.86 4.78 ± 5.9

15 15.69 - -

20 12.49 4.50 ± 5.3

25 10.00 4.37 ± 5.0

30 8.060 4.25 ± 5.3

35 6.536 - -

40 5.331 4.02 ± 5.8

45 4.372 - -

50 3.606 3.80 ± 6.3

55 2.989 - -

60 2.490 3.60 ± 6.8

65 2.085 - -

70 1.753 3.42 ± 7.2

75 1.481 - -

80 1.256 3.25 ± 7.6

85 1.070 - -

90 0.9155 3.09 ± 8.0

95 0.7861 - -

100 0.6775 2.94 ± 8.4

105 0.5860 - -

110 0.5086 2.80 ± 8.8

115 0.4429 - -

120 0.3870 2.67 ± 9.2

125 0.3392 - -

Document Number: 33003Revision 22-Sep-04

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M, C, TVishay Dale


FEATURES

• Small size - conformally coated.

• Wide resistance range.

• Available in 11 different R-T curves.

NTC Thermistors, Coated

DESCRIPTIONModels M, C, and T are conformally coated, leaded thermistors for standard PC board mounting or assembly in probes.The coating is baked-on phenolic for durability and long-term stability. Models M and C have tinned solid copper leads.Model T has solid nickel wires with Teflon® insulation to provide isolation when assembled in metal probes or housings.

LD DIAMETER WIRE SIZEType M AWG 30: 0.0100 [0.254]Type C AWG 28: 0.0126 [0.320]Type T AWG 30: 0.0100 [0.254]

DIMENSIONS in inches [millimeters]

TINNED COPPER WIRE TEFLON INSULATED NICKEL WIRE

BODY DIA.MAX. BODY DIA.

MAX.

1.5 [36.1] MIN.CLEAN LEAD LENGTH

1/4 NOM.

3 ± 0.25 [76.2 ± 6.4]

CURVE GLOBAL MODEL RESISTANCE VALUE POINT MATCH TOLERANCE PACKAGING01 C 2001 = 2K F = ± 1 % F = Lead (Pb)-free, Bulk02 M J = ± 5 %03 T K = ± 10 %

P = Tin/Lead, Bulk040708091213

14

17

GLOBAL PART NUMBER INFORMATIONNew Global Part Numbering: 01C2001FP (preferred part numbering format)

0 1 C 2 0 0 1 F P

Historical Part Number example: 1C2001FP (will continue to be accepted)

01 C 2001 F PHISTORICAL CURVE GLOBAL MODEL RESISTANCE VALUE TOLERANCE CODE PACKAGING

CURVE GLOBAL MODEL RESISTANCE VALUE CHARACTERISTICS PACKAGING CURVE TRACK TOLERANCE*01 C 2001 = 2K F = Lead (Pb)-free, BulkS02 M

T03 P = Tin/Lead, Bulk04070809121314

17

New Global Part Numbering: 01C2001SPC3 (preferred part numbering format)

0 1 C 2 0 0 1 S P C 3

Historical Part Number example: 1C2001SPC3 (will continue to be accepted)1 C 2001 S P C3

HISTORICAL CURVE GLOBAL MODEL RESISTANCE VALUE CHARACTERISTIC PACKAGING CURVE TRACK TOLERANCE

A3B3C3A2B2C2A4B4A5B5C5A8B8C8

*See following pages for Tolerance explanations and details.

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M, C, TVishay Dale



1 2 3 4 7 8 9 12 14 1727 •33 ••50 •••56 •••68 • •••82 •• •••

100 •• •••120 •• •••150 ••• •••180 ••• •••220 ••• •••270 •••330 • •••390 •• •••470 •• •••500 •• •••560 •• •••680 •••820 •••1K •••

1.2K •••1.5K •••1.8K • •••2.2K • •••2.7K •• •••3.3K •• •••3.9K •••4.7K •••5K •••

5.6K •••6.8K ••• •8.2K ••• • •10K ••• • •• ••12K ••• • •• ••15K ••• •• ••• •••18K ••• •• ••• •••22K •• ••• •••27K •• • • ••• •••33K ••• • •• ••• •••39K ••• •• •• ••• •••47K ••• •• ••• ••• •••50K ••• •• ••• ••• •••56K ••• ••• ••• •••68K ••• ••• •••82K ••• ••• •••

100K ••• ••• •••120K ••• •••150K ••• •••180K ••• •••220K •••270K •••330K •390K ••470K ••500K •••560K •••680K •••820K •••1 Meg •••

R25(Ohms)

CURVE NUMBER

SELECTION GUIDE FOR TYPE M, C, AND T THERMISTORS

NOTE:

1. Intermediate resistance values betweenthe standard value series are available.Size would be the same as the colorgrouping.

2. Other body diameters available. Beaddiameter increases as Res. decreases.(Consult Factory)

3. Leaded series of thermistors includesadditional styles: (Consult Factory)

Type B: 26AWG lead, 0.0159 [0.40]Type F: 32AWG lead, 0.008 [0.20]Type E: 24AWG lead, 0.020 [0.51]Type D: 22AWG lead, 0.025 [0.64]Type G: 20AWG lead, 0.032 [0.81]Type H: 18AWG lead, 0.040 [1.02]

MAXIMUM BODY DIAMETER

• 0.125 [3.2]

•• 0.110 [2.8]

••• 0.095 [2.4]

DISSIPATION CONSTANT2 - 3 mWatts/°C

THERMAL TIME CONSTANT6 - 14 Seconds



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M, C, TVishay Dale


DESCRIPTION OF THERMISTOR TOLERANCESThe many applications of thermistors have mandated the need for two basic tolerance schemes for these products - CurveTracking and Point Match Thermistors. An example of the resistance tolerance at various temperatures for the two differenttolerancing methods is described in the following graph:

CURVE TRACKING TOLERANCE

Thermistors are calibrated at the high temperature of the curve track range and then final tested at the low temperature of thecurve track range. This ensures that the thermistor will meet the specified temperature accuracy at every temperature withinthe desired temperature range. Several temperature ranges are available and the accuracy of the thermistor may be ± 0.2 °C,± 0.5 °C, and ± 1.0 °C. The Curve Tracking temperature ranges and their code designators are shown in Figure 1 and Table 1.

To specify, add the appropriate suffix from the following table to the part number.

Example: 1M1002-B3 = Curve 1, 10 kilohms at + 25 °C, curve tracking to ± 0.5 °C from 0 °C to + 70 °C

TOLERANCES AVAILABLE FOR TYPE M, C AND T THERMISTORS

TO

LE

RA

NC

E (±

%)

TEMPERATURE (°C)

± 5 % POINT MATCH CURVE

± 1 °C CURVE TRACK CURVE25 °C

10

9

8

7

6

5

4

3

2

1

0

- 50

- 40

- 30

- 20

- 10 0 10 20 30 40 50 60 70 80 90 10

0

110

120

130

140

150

A2A8

A3

A5A4

STANDARD ELECTRICAL SPECIFICATIONS FOR CURVE TRACKING THERMISTORS

TEMP. RANGE 0 °C to + 70 °C - 20 °C to + 50 °C 0 °C to + 100 °C 25 °C to + 90 °C 0 °C to + 50 °C

TOLERANCE ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C ± 1 °C ± 0.5 °C ± 0.2 °C

PART NO. SUFFIX - A3 - B3 - C3 - A2 - B2 - C2 - A4 - B4 - C4 - A5 - B5 - C5 - A8 - B8 - C8

C 1 X X X X X X X X N/A X X X X X X

U 2 X X X X X X X X N/A X X X X X X

R 4 X X X X X X X X N/A X X X X X X

V 8 X X X X X X X X N/A X X X X X X

E 9 X X X X X X X X N/A X X X X X X


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M, C, TVishay Dale



The standard leaded thermistors are calibrated and tested at 25 °C to a tolerance of ± 5 % or ± 10 %; however, tightertolerance, point matched thermistors are readily available as are special point match temperatures to fit your application.

Since these thermistors have only one controlled point of reference (the point match temperature), the resistance at othertemperatures is given by the "Resistance vs. Temperature Conversion Tables" for the appropriate material curve. The resistancevalue at any temperature is the ratio factor times the resistance at 25 °C.

Example: 1M1002-5, +70 °C resistance = (Resistance factor for curve 1 at 70 °C is 0.1990) X (10000 ohm resistance at 25 °C)= 1990 ohms.

The tolerance of the resistance at any temperature is described by Figure 2.

Point match resistance tolerances at temperatures other than25 ºC are not the same as the calibration temperature. Thisdifference is presented in Figure 2.

The tolerance at any given temperature is the point matchtolerance + the MT ± % (Manufacturing Tolerance).

The MT ± % may be obtained from the R vs. T Conversiontables and is added to the point match temperature, i.e.,± 1 % Tol. at 25 ºC + ± 2.6 % at - 30 ºC for Curve 1 equals atotal tolerance of ± 3.6 % at - 30 ºC.

A spreadsheet is available for the Vishay Thermistor Materials that calculates Beta, Steinhart-Hart Equation Constants A, B,and C, the resistance at any temperature based upon the Steinhart constants or Beta, the temperature equivalent of theresistance reading, and resistance temperature coefficients.

This spread sheet will also calculate the total resistance tolerance of any point matched thermistor for temperatures in 10 ºCincrements, and the resistance tolerance at any temperature within the calibrated range of curve tracking thermistors. Pleasecontact factory if interested in this Excel™ spreadsheet.

POINT MATCH TOLERANCE

COMPUTER AIDS FOR THERMISTOR SELECTION

FIGURE 2POINT MATCH TOLERANCES VS. TEMPERATURE

RE

SIS

TAN

CE

TEMPERATURE

25 °C

NOMINAL R vs. T

MAX. R vs. T

MIN. R vs. T

PIVOT POINT(CALIBRATION TEMPERATURE)


www.vishay.com108

Model Numbers

Global Part Numbering Information ......................110

2381 641 6. . . ./NTCLM101E3 . . . . B0....111

2381 640 90004/98004/NTCLM101E3C90004/98004..............................116

NTCMolded

NTC Molded




PRODUCTFAMILY


PART NUMBER: NTC L M100 E3 103 J B0


EXECUTION TYPE RoHS COMPLIANCETERMINATION TYPEM100 =

molded range E3 = SnL = leaded

NTC103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


F = 1 %G = 2 %H = 3 %J = 5 %

K = 10 %

N T C L M 1 0 0 E 3 1 0 3 J B 0


2381 = YES2322 = NO

2381

641 = molded

641 6

2381 641 6 3 123

6 = leads 0.6 mm

PACKAGING

B0 = bulk

TYPE

3

5 = 1 %4 = 2 %6 = 3 %3 = 5 %

2 = 10 %

TOLERANCEON R25

123

R25 VALUE


2381 641 6..../NTCLM101E3....B0Vishay BCcomponents

NTC Thermistors, Molded Range

FEATURES• Excellent for surface temperature measurement

• Designed for harsh environments

• Based on the “2322 640 0....” naked thermistor chips.



APPLICATIONS• Temperature control.

These thermistors have a negative temperature coefficient.The device consists of a moulded chip with two tin-platedsolid nickel leads. The body color is white and the device isnon-flammable.

PACKAGINGThe smallest packing quantity is 500 units.

MARKINGWhite colored body.

MOUNTINGBy soldering in any position or mechanical fixing.

Note

1. R25 - values, TC, mass, dimentions and catalog numbers.

a) Other R25 - values are available on request.

2. Replace dot in the code numbers by one of the following, depending on required R25 - value:4 for a tolerance of ± 2 %6 for a tolerance of ± 3 %3 for a tolerance of ± 5 %2 for a tolerance of ± 10 %

3. Replace * by G for a tolerance of 2 %, H for 3 %, J for 5 % and K for 10 %

QUICK REFERENCE DATAPARAMETER VALUEResistance value at 25 °C (R25) 2.2 to 470 kΩTolerance on R25 - value ± 2 %, ± 3 %, ± 5 %,

± 10 %

B25/85 - values 3740 to 4570 KMaximum dissipation 250 mWResponse time ≈ 2.7 sOperating temperature range:at zero dissipation - 40 to + 125 °Cat maximum dissipation 0 to 55 °CMinimum dielectric withstanding voltage (RMS) between leads and lead insulation

350 V

Minimum insulation resistance between leads and lead insulation at 100 V (DC)

100 MΩ

Climatic category 40/125/56Mass ≈ 0.3 g


R25(kΩ)

TC(%/K)

MASS(g)

W(mm)

H(mm)

L(mm)

P(mm)

T(mm)

D(mm)

B25/8512 NC

2381 641 .....(2)

SAPPART NO.

NTCLM101E3(3)KTOL. (%)

2.2 - 4.37 ≈ 0.3 4 ± 0.2 4.4 ± 0.2 21 ± 1 2.54 ± 0.3 2.5 ± 0.2 0.6 ± 0.15 3977 ± 0.75 6.222 222*B02.7 - 4.37 ≈ 0.3 4 ± 0.2 4.4 ± 0.2 21 ± 1 2.54 ± 0.3 2.5 ± 0.2 0.6 ± 0.15 3977 ± 0.75 6.272 272*B012 - 4.10 ≈ 0.3 4 ± 0.2 4.4 ± 0.2 21 ± 1 2.54 ± 0.3 2.5 ± 0.2 0.6 ± 0.15 3740 ± 2.0 6.123 123*B015 - 4.10 ≈ 0.3 4 ± 0.2 4.4 ± 0.2 21 ± 1 2.54 ± 0.3 2.5 ± 0.2 0.6 ± 0.15 3740 ± 2.0 6.153 153*B033 - 4.46 ≈ 0.3 4 ± 0.2 4.4 ± 0.2 21 ± 1 2.54 ± 0.3 2.5 ± 0.2 0.6 ± 0.15 4090 ± 1.5 6.333 333*B0

100 - 4.57 ≈ 0.3 4 ± 0.2 4.4 ± 0.2 21 ± 1 2.54 ± 0.3 2.5 ± 0.2 0.6 ± 0.15 4190 ± 1.5 6.104 104*B0470 - 4.95 ≈ 0.3 4 ± 0.2 4.4 ± 0.2 21 ± 1 2.54 ± 0.3 2.5 ± 0.2 0.6 ± 0.15 4570 ± 1.5 6.474 474*B0


2381 641 6..../NTCLM101E3....B0Vishay BCcomponents NTC Thermistors, Molded Range

DIMENSIONS in millimeters DERATING

Fig.1 Component outline.

For dimensions see Electrical Data and Ordering Information Table

0 5540 85 125T ( C)o

100

0

P(%)

amb

Power derating curve.


TOPER(°C)

RT/R25


(%)

TC(%/K)

RT(Ω)

2381 641 .....(1)

6.222 6.272- 40 33.21 2.66 - 6.57 73 062 89 667- 35 23.99 2.41 - 6.36 52 779 64 774- 30 17.52 2.17 - 6.15 38 545 47 305- 25 12.93 1.94 - 5.95 28 444 34 908- 20 9.636 1.71 - 5.76 21 199 26 017- 15 7.250 1.50 - 5.58 15 950 19 575- 10 5.505 1.29 - 5.40 12 110 14 863- 5 4.216 1.08 - 5.24 9275 11 3830 3.255 0.89 - 5.08 7162 87905 2.534 0.70 - 4.92 5575 6842

10 1.987 0.52 - 4.78 4372 536615 1.570 0.34 - 4.64 3454 423920 1.249 0.17 - 4.50 2747 337225 1.000 0.00 - 4.37 2200 270030 0.8059 0.16 - 4.25 1773 217635 0.6535 0.32 - 4.13 1438 176440 0.5330 0.47 - 4.02 1173 143945 0.4372 0.62 - 3.91 961.8 118050 0.3605 0.77 - 3.80 793.2 973.455 0.2989 0.91 - 3.70 657.5 807.060 0.2490 1.05 - 3.60 547.8 672.365 0.2084 1.18 - 3.51 458.6 562.870 0.1753 1.31 - 3.42 385.7 473.375 0.1481 1.44 - 3.33 325.8 399.980 0.1256 1.57 - 3.25 276.4 339.285 0.1070 1.69 - 3.16 235.5 289.090 0.09154 1.81 - 3.09 201.4 247.295 0.07860 1.93 - 3.01 172.9 212.2

100 0.06773 2.04 - 2.94 149.0 182.9105 0.05858 2.15 - 2.87 128.9 158.2110 0.05083 2.26 - 2.80 111.8 137.2115 0.04426 2.37 - 2.73 97.37 119.5120 0.03866 2.47 - 2.67 85.05 104.4125 0.03387 2.57 - 2.61 74.52 91.46


2381 641 6..../NTCLM101E3....B0NTC Thermistors, Molded Range Vishay BCcomponents


TOPER(°C)

RT/R25


(%)

TC(%/K)

RT(Ω)

2381 641 .....(1)

6.123 6.153- 40 25.78 6.81 - 6.09 309 403 386 754- 35 19.13 6.16 - 5.89 229 509 286 887- 30 14.32 5.53 - 5.70 171 844 214 805- 25 10.82 4.93 - 5.52 129 828 162 285- 20 8.245 4.35 - 5.35 98 935 123 669- 15 6.335 3.80 - 5.19 76 020 95 025- 10 4.907 3.26 - 5.03 58 880 73 600- 5 3.830 2.74 - 4.88 45 954 57 4430 3.011 2.24 - 4.73 36 130 45 1635 2.384 1.76 - 4.60 28 607 35 759

10 1.900 1.30 - 4.46 22 805 28 50615 1.525 0.85 - 4.34 18 298 22 87220 1.231 0.42 - 4.21 14 774 18 46725 1.000 0.00 - 4.10 12 000 15 00030 0.8171 0.41 - 3.98 9804 12 25535 0.6712 0.80 - 3.88 8054 10 06840 0.5543 1.19 - 3.77 6652 831545 0.4602 1.57 - 3.67 5522 690350 0.3839 1.94 - 3.57 4607 575955 0.3219 2.30 - 3.48 3862 482860 0.2710 2.65 - 3.39 3252 406665 0.2293 2.99 - 3.30 2751 343970 0.1947 3.33 - 3.22 2337 292175 0.1661 3.66 - 3.14 1993 249280 0.1422 3.98 - 3.06 1707 213485 0.1223 4.29 - 2.99 1467 183490 0.1055 4.60 - 2.92 1266 158395 0.09135 4.90 - 2.85 1096 1370

100 0.07937 5.19 - 2.78 952.2 1190105 0.06919 5.48 - 2.71 830.2 1038110 0.06050 5.76 - 2.65 726.0 907.5115 0.05307 6.04 - 2.59 636.9 796.1120 0.04670 6.31 - 2.53 560.4 700.5125 0.04121 6.57 - 2.47 494.5 618.1


TOPER(°C)

RT/R25


(%)

TC(%/K)

RT(Ω)

2381 641 .....(1)

6.104- 40 36.66 5.69 - 6.70 3 666 321- 35 26.38 5.15 - 6.49 2 637 604- 30 19.17 4.63 - 6.29 1 916 588- 25 14.06 4.13 - 6.10 1 406 120- 20 10.41 3.65 - 5.92 1 041 190- 15 7.779 3.18 - 5.74 777 851- 10 5.861 2.73 - 5.57 586 100- 5 4.453 2.30 - 5.41 445 2600 3.409 1.88 - 5.26 340 9445 2.631 1.48 - 5.11 263 055

10 2.044 1.09 - 4.97 204 44715 1.600 0.72 - 4.83 160 01520 1.261 0.35 - 4.70 126 08725 1.000 0.00 - 4.57 100 000


2381 641 6..../NTCLM101E3....B0Vishay BCcomponents NTC Thermistors, Molded Range

30 0.7981 0.34 - 4.45 79 80835 0.6408 0.67 - 4.35 64 07740 0.5175 1.00 - 4.22 51 74645 0.4202 1.32 - 4.11 42 02150 0.3431 1.63 - 4.00 34 30855 0.2816 1.93 - 3.90 28 15660 0.2322 2.22 - 3.80 23 22365 0.1925 2.51 - 3.71 19 24670 0.1602 2.79 - 3.62 16 02575 0.1340 3.06 - 3.53 13 40280 0.1126 3.33 - 3.45 11 25885 0.09496 3.59 - 3.36 949690 0.08042 3.85 - 3.28 804295 0.06837 4.10 - 3.21 6837

100 0.05835 4.35 - 3.13 5835105 0.04998 4.59 - 3.06 4998110 0.04296 4.82 - 2.99 4296115 0.03705 5.05 - 2.92 3705120 0.03206 5.28 - 2.86 3206125 0.02783 5.50 - 2.80 2783


TOPER(°C)

RT/R25


(%)

TC(%/K)

RT(Ω)

2381 641 .....(1)

6.104


TOPER(°C)

RT/R25


(%)

TC(%/K)

RT(Ω)

2381 641 .....(1)

6.474

- 40 48.62 6.22 - 7.13 22 849 885- 35 34.19 5.63 - 6.91 16 068 156- 30 24.28 5.06 - 6.71 11 412 861- 25 17.42 4.51 - 6.52 8 185 271- 20 12.61 3.98 - 6.33 5 925 780- 15 9.211 3.47 - 6.15 4 329 092- 10 6.788 2.98 - 5.98 3 190 465- 5 5.045 2.51 - 5.82 2 371 3020 3.781 2.06 - 5.66 1 776 9205 2.855 1.62 - 5.50 1 342 065

10 2.173 1.19 - 5.36 1 021 37215 1.666 0.78 - 5.22 783 03720 1.286 0.38 - 5.08 604 58325 1.000 0.00 - 4.95 470 00030 0.7825 0.37 - 4.82 367 79235 0.6163 0.74 - 4.70 289 64640 0.4883 1.09 - 4.59 229 50945 0.3892 1.44 - 4.47 182 93850 0.3120 1.77 - 4.36 146 65255 0.2515 2.10 - 4.26 118 21560 0.2038 2.43 - 4.15 95 80165 0.1660 2.74 - 4.06 78 03770 0.1359 3.05 - 3.96 63 88475 0.1118 3.35 - 3.87 52 54980 0.09240 3.64 - 3.78 43 42785 0.07670 3.93 - 3.69 30 05590 0.06395 4.21 - 3.61 25 16395 0.05354 4.48 - 3.53 21 153

100 0.04501 4.75 - 3.45 17 852105 0.03798 5.01 - 3.37 15 123


2381 641 6..../NTCLM101E3....B0NTC Thermistors, Molded Range Vishay BCcomponents

Note

1. Replace dot in the code numbers by one of the following, depending on required R25 - value:4 for a tolerance of ± 2 %6 for a tolerance of ± 3 %3 for a tolerance of ± 5 %2 for a tolerance of ± 10 %

110 0.03218 5.27 - 3.30 12 859115 0.02736 5.52 - 3.23 10 973120 0.02335 5.77 - 3.16 9396125 0.01999 6.01 - 3.09 9325


TOPER(°C)

RT/R25


(%)

TC(%/K)

RT(Ω)

2381 641 .....(1)

6.474


TOPER(°C)

RT/R25


(%)

TC(%/K)

RT(Ω)

2381 641 .....(1)

6.333

- 40 33.81 5.55 - 6.55 1116- 35 24.50 5.02 - 6.34 808.6- 30 17.93 4.52 - 6.15 591.7- 25 13.25 4.03 - 5.96 437.1- 20 9.875 3.56 - 5.78 325.9- 15 7.425 3.10 - 5.61 245.0- 10 5.630 2.67 - 5.45 185.8- 5 4.304 2.24 - 5.29 142.00 3.315 1.84 - 5.14 109.45 2.573 1.44 - 4.99 84.91

10 2.011 1.07 - 4.85 66.3715 1.583 0.70 - 4.72 52.2420 1.254 0.34 - 4.59 41.3925 1.0000 0.00 - 4.46 33.0030 0.8024 .033 - 4.34 26.4735 0.6474 0.66 - 4.23 21.3740 0.5255 0.98 - 4.12 17.3445 0.4288 1.28 - 4.01 14.1550 0.3518 1.59 - 3.91 11.6155 0.2901 1.88 - 3.81 9.57260 0.2403 2.17 - 3.71 7.93165 0.2001 2.45 - 3.62 6.60370 0.1674 2.72 - 3.53 5.52275 0.1406 2.99 - 3.44 4.63980 0.1186 3.25 - 3.36 3.91385 0.1004 3.51 - 3.28 3.31590 0.08542 3.76 - 3.20 2.81995 0.07292 4.00 - 3.13 2.406

100 0.06248 4.24 - 3.06 2.062105 0.05372 4.47 - 2.98 1.773110 0.04635 4.70 - 2.92 1.530115 0.04013 4.93 - 2.85 1.324120 0.03485 5.15 - 2.79 1.150125 0.03037 5.36 - 2.73 1.002

NTC Thermistors, Molded Range


2381 640 90004/98004/NTCLM101E3C90004/98004Vishay BCcomponents

Notes

1. Measurements made in still air with the thermistor mounted on aheatsink of 100 cm2, thickness 1.5 mm, connected betweenphosphor-bronze wires (∅ 1.3 mm).

2. The thermistor being transferred from ambient air of + 25 °C toa silicone oil (MS200/50) bath of 85 °C.

FEATURES• Designed for harsh environments

• Excellent for surface temperature measurement

• Metal strip for heat conduction and easy mounting(2381 640 98004)

• High accuracy at 100 °C

• Minimum 350 V dielectric withstanding voltage

• Old part number was 2322 640 90004/98004


APPLICATIONSHigh temperature measurement control.

DESCRIPTIONMolded chip thermistor with negative temperature controland two solid tinned nickel leads. The body color is white andthe device is non-flammable.The thermistor 2381 640 98004 is provided with a metal stripfor mounting.

MARKINGThe thermistors are marked with a grey dot.

MOUNTING2381 640 90004: by soldering in any position2381 640 98004: by means of the mounting strip.

PACKAGINGThe thermistors are packed in cardboard boxes:

2381 640 90004: 500 units

2381 640 98004: 400 units



PARAMETER

VALUE

2381 640 90004

2381 640 98004


+ 25 °C 12 kΩ

+ 100 °C 950 Ω

Tolerance on R25 - value:

+ 25 °C ± 7 %

+ 100 °C ± 5 %

B25/85 - value 3750 K

Temperature coefficient - 4.2 %/K

Maximum dissipation 0.25 W

Dissipation factor 7 mW/K 9.5 mW/K

when mounted on a heatsink; note 1 19 mW/K 27 mW/K

Thermal time constant 19 s 33 s

when mounted on a heatsink; note 2 10 s 5 s

Heat capacity of ceramic (in air) 0.028 J/K 0.028 J/K

when mounted on a heatsink 0.13 J/K 0.3 J/K

Response time; note 2 3 s


at zero dissipation - 10 to + 125 °C


Dielectric withstanding voltage (RMS) between terminals and coating

min. 350 V

Insulation resistance between terminals and coating at 100 V (DC)

min. 100 MΩ

Mass ≈ 0.3 g ≈ 0.5 g

Component outline 2381 640 90004.

4 ± 0.2

4.4

± 0

.221

± 0

.1

27 ±

28

± 0

.2

2.5 ± 0.2 18 ± 0.2 3.6 ± 0.40.6

dia 0.6

R 1.25

0.6 ± 0.15

2.54 ± 0.3

5.3 ± 0.4

2.54 ± 0.3

Model Numbers

2381 641 2/3/4. . . . ......118

2381 640 7. . . ./NTCSCWE3 . . . ...........122

NTC ThermistorAssemblies......................123

2381 640 90042..............133

NTC Assemblies

www.vishay.com For technical questions, contact: [email protected] Document Number: 29060118 Revision: 12-Apr-05

2381 641 2/3/4....Vishay BCcomponents

NTC Thermistors, Special Long Lead Sensors

Notes1. Response time in silicone oil MS 200/50. This is the time needed

for the sensor to reach 63.2 % of the total temperature differencewhen subjected to a temperature change from 25 °C in air to85 °C in oil.

2. Wire length and wire type are optional on request. The productscan be provided with a connector on request.

3. Tighter tolerances on R25 are available upon request.

FEATURES• Accurate over wide temperature range

• High stability


• High adhesive strength between PVC wire and theencapsulating laquer



APPLICATIONS

Temperature sensing and control

These thermistors have a negative temperature coefficient.

The epoxy-coated type (2381 641 2....) consists of a chipwith UL wire and is lacquered and insulated with black epoxy.

The sleeved type (2381 641 3....) and the brass-pipe type(2381 641 4....) are suitable for application in variousenvironmental conditions.

MARKING

UL mark on wire, no mark on body.

PACKAGING

The thermistors are packed in cardboard boxes; each boxcontaining 500 pcs.

Notes1. Other values based on the 2322 640 0.... series are available on request.2. The specified catalog numbers refer to products with L = 400 mm, without connector and adopt UL-2468.AWG24 wire.

QUICK REFERENCE DATAPARAMETER VALUE UNITResistance value at 25 °C (R25) 2.2 to 100 kΩTolerance on R25 - value ± 3 %Tolerance on B25/85 - value ± 1.5 or ± 0.75 %Maximum dissipation 250 mWDissipation factor:2381 641 2.... 6.0 mW/K2381 641 3.... 8.0 mW/K2381 641 4.... 6.0 mW/KResponse time; note 1:2381 641 2.... ≈ 7 s2381 641 3.... ≈ 15 s2381 641 4.... ≈ 10 sOperating temperature range:at zero dissipation - 40 to + 85 °Cat maximum dissipation 0 to + 50 °CClimatic category 40/085/56Lead wire; note 2 UL-2468.AWG24 wireMass:2381 641 2.... ≈ 4 g2381 641 3.... ≈ 6 g2381 641 4.... ≈ 6 g


R25(KΩ)

B25/85 - VALUE

CATALOG NUMBER 2381 641 .....(2)

EPOXY-COATED TYPESLEEVED

TYPEBRASS-PIPE

TYPE

2.2 3977 K ± 0.75 % 26222 36222 462225 3977 K ± 0.75 % 26502 36502 −

10 3977 K ± 0.75 % 26103 36103 4610347 4090 K ± 1.5 % 26473 36473 −

100 4190 K ± 1.5 % 26104 36104 46104

Document Number: 29060 For technical questions, contact: [email protected] www.vishay.comRevision: 12-Apr-05 119

2381 641 2/3/4....NTC Thermistors, Special Long Lead Sensors Vishay BCcomponents


DERATING

Epoxy-coated type 2381 641 2....

L = 400 mm + 15/- 0Other wire lengths available on request.

L

6 max

17 ± 3

5 ± 2


L

8 max

25 ± 5

15 max

5 ± 2

Sleeved type 2381 641 3....


6 ± 0.1

25 ± 0.5

L

5 ± 2

Brass-pipe type 2381 641 4....

Power derating curve.

0 5540 85 125T ( C)o

100

0

P(%)

amb


2381 641 2/3/4....Vishay BCcomponents NTC Thermistors, Special Long Lead Sensors

R-T CHARACTERISTICS


TAMB(°C)

RT/R25


(%)

TC(%/K)

R25(KΩ)

2381 641 2/3/4 .....; see note 1 at end of tables

.6222 .6502 .6103- 40 33.21 2.66 6.57 73.06 166.1 332.1- 35 23.99 2.41 6.36 52.78 120.0 240.0- 30 17.52 2.17 6.15 38.55 87.60 175.2- 25 12.93 1.94 5.95 28.44 64.65 129.3- 20 9.636 1.71 5.76 21.20 48.18 96.36- 15 7.250 1.50 5.58 15.95 36.25 72.50- 10 5.505 1.29 5.40 12.11 27.52 55.05- 5 4.216 1.08 5.24 9.275 21.08 42.160 3.255 0.89 5.08 7.162 16.28 32.565 2.534 0.70 4.92 5.575 12.67 25.34

10 1.987 0.52 4.78 4.372 9.936 19.8715 1.570 0.34 4.64 3.454 7.849 15.7020 1.249 0.17 4.50 2.747 6.244 12.4925 1.000 0.00 4.37 2.200 5.000 10.0030 0.8059 0.16 4.25 1.773 4.030 8.05935 0.6535 0.32 4.13 1.438 3.267 6.53540 0.5330 0.47 4.02 1.173 2.665 5.33045 0.4372 0.62 3.91 0.9618 2.186 4.37250 0.3605 0.77 3.80 0.7932 1.803 3.60655 0.2989 0.91 3.70 0.6575 1.494 2.98960 0.2490 1.05 3.60 0.5478 1.245 2.49065 0.2084 1.18 3.51 0.4586 1.042 2.08470 0.1753 1.31 3.42 0.3857 0.8765 1.75375 0.1481 1.44 3.33 0.3258 0.7405 1.48180 0.1256 1.57 3.25 0.2764 0.6282 1.25685 0.1070 1.69 3.16 0.2355 0.5352 1.070


TAMB(°C)

RT/R25


(%)

TC(%/K)

R25(KΩ)

2381 641 2/3/4 ....; see note 1 at end of tables

.6473- 40 33.81 5.55 6.55 1589- 35 24.50 5.02 6.34 1151- 30 17.93 4.52 6.15 842.8- 25 13.25 4.03 5.96 622.6- 20 9.875 3.56 5.78 464.1- 15 7.425 3.10 5.61 349.0- 10 5.630 2.67 5.45 264.6

- 5 4.304 2.24 5.29 202.30 3.315 1.84 5.14 155.85 2.573 1.44 4.99 120.9

10 2.011 1.07 4.85 94.5315 1.583 0.70 4.72 74.4020 1.254 0.34 4.59 58.9525 1.000 0.00 4.46 47.0030 0.8024 0.33 4.34 37.7135 0.6474 0.66 4.23 30.4340 0.5255 0.98 4.12 24.7045 0.4288 1.28 4.01 20.1550 0.3518 1.59 3.91 16.5355 0.2901 1.88 3.81 13.63


2381 641 2/3/4....NTC Thermistors, Special Long Lead Sensors Vishay BCcomponents

Note

1. Replace dot in last 5 digits of catalog number by a number according to the following details:

a) 2 for epoxy-coated type

b) 3 for water-resistant type

c) 4 for brass-pipe type


60 0.2403 2.17 3.71 11.3065 0.2001 2.45 3.62 9.40470 0.1674 2.72 3.53 7.86575 0.1406 2.99 3.44 6.60780 0.1186 3.25 3.36 5.57385 0.1004 3.51 3.28 4.721


TAMB(°C)

RT/R25


(%)

TC(%/K)

R25(KΩ)

2381 641 2/3/4 ....; see note 1

.6104- 40 36.66 5.69 6.70 3666- 35 26.38 5.15 6.49 2638- 30 19.17 4.63 6.29 1917- 25 14.06 4.13 6.10 1406- 20 10.41 3.65 5.92 1041- 15 7.779 3.18 5.74 777.9- 10 5.861 2.73 5.57 586.1

- 5 4.453 2.30 5.41 445.30 3.409 1.88 5.26 340.95 2.631 1.48 5.11 263.1

10 2.044 1.09 4.97 204.415 1.600 0.72 4.83 160.020 1.261 0.35 4.70 126.125 1.000 0.00 4.57 100.030 0.7981 0.34 4.45 79.8135 0.6408 0.67 4.35 64.0840 0.5175 1.00 4.22 51.7445 0.4202 1.32 4.11 42.0250 0.3431 1.63 4.00 34.3155 0.2816 1.93 3.90 28.1660 0.2322 2.22 3.80 23.2265 0.1925 2.51 3.71 19.2570 0.1602 2.79 3.62 16.0375 0.1340 3.06 3.53 13.4080 0.1126 3.33 3.45 11.2685 0.09496 3.59 3.36 9.496

STABILITY TESTS

IEC CECC TEST PROCEDURE DRIFT REQUIREMENT

D3; 4.20.1 endurance 85 °C; 1000 hours ΔR/R < 5 %68-2-1 endurance - 40 °C; 1000 hours ΔR/R < 5 %539 endurance 250 mW; 55 °C; 1000 hours ΔR/R < 5 %68-2-3 D1; 4.19 damp heat, steady state 56 days at 40 °C; 90 to 95 % RH ΔR/R < 7 %68-2-14 C2; 4.14 rapid change of temperature - 40 to + 85 °C; 50 cycles ΔR/R < 5 %


TAMB(°C)

RT/R25


(%)

TC(%/K)

R25(KΩ)

2381 641 2/3/4 ....; see note 1 at end of tables

.6473

www.vishay.com For technical questions, contact: [email protected] Document Number: 29065122 Revision: 10-Feb-06

2381 640 7..../NTCSCWE3... Vishay BCcomponents

NTC Thermistors, Screw Threaded Sensors

Note1. Measured with screw mounted on an aluminium heatsink of

100 cm2, thickness 1.5 mm, in still air at Tamb = + 25 °C.2. Other R25 values based on 640 0 series are available upon

request.3. Other tolerances on R25 are available upon request.4. Insulated leads available upon request.

FEATURES• Easy mounting• Rugged construction• Old part number was 2322 640 7....• Component in accordance to RoHS 2002/95/EC and

WEEE 2002/96/EC

APPLICATIONSSuitable for many applications, especially when a goodelectrical insulation and a good thermal contact with thechassis is required.Thermistor with negative temperature coefficient and twosolid tinned copper leads.The device is mounted in the head of aluminium screwssize M4.

PACKAGINGThe thermistors are packed in cardboard boxes; the smallestpackaging quantity is 100 units.

MARKINGThe last 4 digits of the catalog number are printed on the studin accordance with the information in Electrical Data andOrdering Information Table.

MOUNTINGBy means of a washer and M4 nut supplied with the device.Applied torque shall not exceed 1.2 Nm. Leads to besoldered or crimped.


NoteR25 - values, temperature coefficients and catalog numbers.The thermistors have a 12-digit catalog number starting with 2381 640 7. The subsequent 4 digits indicate the resistance value and tolerance.




B25/85 - value 3740 to 4570 K

Dissipation factor; note 1 ≈ 23 mW/K

Thermal time constant; note 1 ≈ 7.5 s

Operating temperature range at:

zero dissipation - 40 to + 100 °C

maximum dissipation 0 to + 55 °C

Mass ≈ 1.5 g

Min. dielectric withstanding voltage between terminals and Al. case

1500 Vac (1 s)

Insulation resistance between terminals and Al. case

min. 100 Mohm

8max.8 ± 0.1 6.7

max.

Ø 0.6

37 ± 3

5.5min.

M4

Component outline

ELECTRICAL DATA AND ORDERING INFORMATIONR25

(KΩ)B25/85 - VALUE

TC(%/K)

12NC ORDERING CODE 2381 640 7...

SAP MATERIAL NO.NTCSCWE3...

2.2 3977 K ± 0.75 % - 4.37 3222 222J4.7 3977 K ± 0.75 % - 4.37 3472 472J10 3977 K ± 0.75 % - 4.37 3103 103J12 3740 K ± 1.5 % - 4.10 3123 123J15 3740 K ± 1.5 % - 4.10 3153 153J47 4090 K ± 1.5 % - 4.46 3473 473J

100 4190 K ± 1.5 % - 4.57 3104 104J150 4370 K ± 2.5 % - 4.75 3154 154J470 4570 K ± 2 % - 4.95 3474 474J


NTC Thermistor AssembliesVishay Dale

NTC Thermistor Assemblies

FEATURES• Standard and custom assemblies are available in a variety

of configurations

• Assemblies can conveniently attach to or be an integralpart of any system to monitor or control temperature

• No added labor required prior to assembly in the intendedapplication

Standard and custom assemblies are available in a variety of configurations. The choice of assembly style is dependent on theapplication. The primary factors which determine the optimum configuration of a thermistor assembly are the operatingenvironment, mounting, time response and minimum dissipation constant.

The two factors which do vary considerably with assembly design are time constant and dissipation constant. The time constantwill typically be of greater duration in encapsulated thermistors. This is, of course, due to additional mass surrounding thethermistor element; therefore, extending the thermal transfer time. Dissipation constant will also be greater in assemblies. Theadditional housing mass serves well as a heat sink. Greater power is therefore required to induce self-heating.

Both time constant and dissipation constant will vary with the selected thermistor and housing. Heat transfer properties of thehousing, thermistor location, mass and wire type determine these constants. It is recommended to evaluate or consult the factoryin applications where TC and DC are critical.

ASSEMBLY STYLES

IMMERSION PROBES

1. Thread Mounted

2. Penetration Probe

3. Tubular Stainless Steel

4. Tubular Pyrex®

5. Flexible Immersion

GENERAL PURPOSE SENSORS

6. Delrin® Housing

7. Stainless Steel Rod

8. Gold Anodized Flanged Sensor

9. ABS Housing

10. Polyester Housing

11. Epoxy Tip Probe

12. Pipe Sensor

SURFACE SENSORS

13. Ring Tongue Lugs

14. Heat Sink Sensors

15. Rectangular Block Sensors

Refer to “How to Select an NTC Thermistor” for generaldesign aids in choice of thermistor value, tolerance and R-Tcurve.

ORDERING INFORMATION1. Choose Style: R07

2. Select Wire Type: PVC Insulated - example 300

3. Select Wire Length: L06

4. Select Thermistor - See thermistor selector sheet 1) Curve 01

2) Resistance value numeric code - 31

3) Resistance tolerance 10

5. Contact factory for part numbers.


NTC Thermistor AssembliesVishay Dale NTC Thermistor Assemblies

IMMERSION TYPE ASSEMBLY HOUSING

STANDARD WIRE LENGTHS: 3, 6, 9, 12, 24, 36 Inches

HOOK-UP WIRETYPE

STANDARD WIRE FOR HEX/TUBE HOUSINGS

X1/X5 X2 X3 X4 T1 - T4 T5 - T10 T11 - T12 T13 - T14

Cable 508 503 503 503 508 503 503 508

Teflon Insulated Wire 208 202 202 202 208 202 202 208

PVC Insulated Wire 300 300 300 300 300 300 300 300

Twisted Pair Wire 702 702 702 702 702 702 702 702

Zip (Flat) Wire 601 601 601 601 601 601 601 601

Ni Wire, Teflon Insulated 400 400 400 400 400 400 400 400

LEAD TYPE SHRINK WRAP

PROBE + HEX HOUSING

LEAD LENGTH

LEAD TYPE

SHRINK WRAP

PROBE

THERMISTOR

“L”“L” = 1.15, 3.6 INCHES

1/8 [3.18]

01.05 [2.67]MATERIAL #304 STAINLESS STEEL

“L”“L” = 1, 1.5, 2.5, 3, 4, 6, 8 INCHES


“L”“L” = 2.5, 6 INCHES

1/4 [6.35]


“L”“L” = 1.25, 6.25 INCHES

MATERIAL #304 STAINLESS STEEL

1/8 [3.18]

0.105 [2.67]

1/8” PROBE

25 20 0.38[6.35] [5.08] [9.65]

0.438[11.12]

0.160[4.06] THREAD 1/8 NPT

1/8” PROBE

MATERIAL: #303 STAINLESS STEEL

0.25 0.20 0.38[9.65]

0.160[4.06] THREAD 1/8-27-NPT

3/16” PROBE

0.438[11.12]

MATERIAL: #303 & #304 STAINLESS STEEL

0.475[12.06]0.188

[4.78]0.438

[11.12]0.156[3.96]

1/8-27-NPT1/4-20-NC TAP

0.563[14.3]


0.295[7.49]

0.938[23.82]

MATERIAL: BRASS


0.650[16.51]

0.30[7.62]

0.160 [4.06]

3/16 [4.78]

0.960[24.38]

0.312[7.92]

X1 X2

X3 X4

X5

T1 = 1” T2 = 1.5” T3 = 3” T4 = 6”

T5 = 1.5” T6 = 2.5” T7 = 3” T8 = 4” T9 = 6” T10 = 8”

T11 = 2.5” T12 = 6”

T13 = 1.25” T14 = 6.25”

TUBES T1, T2, T3, T4, T13, T14 FIT TOHEX BUSHING “X1”

TUBES T5, T6, T7, T8, T9, T10 FIT TOHEX BUSHING “X2”

TUBES T1, T2, T3, T4, T13, T14 FIT TOCOUPLING “X5”

ALL TUBES MAY BE USED INDEPENDENTOF ANY BUSHING OR COUPLING

X1 T1 300 L24 04 33 C3

RESISTANCE TOLERANCE

RESISTANCE VALUE NUMERIC CODE

THERMISTOR MATERIAL CURVE USED IN ASSEMBLY

LENGTH OF WIRE

TYPE OF INTERCONNECTION WIRE

TUBE SELECTION

HEX BUSHING/PROBE SELECTION

SEE THERMISTOR SELECTION SHEET

NTC Thermistor AssembliesNTC Thermistor Assemblies Vishay Dale


CUP TYPE ASSEMBLY HOUSING


HOOK-UP WIRETYPE

STANDARD WIRE FOR CUP HOUSINGS

C01 C02 C03 C04 C05 C06 C07 C08

Cable 503 N/A 508 508 508 503 503 508



Zip (Flat) Wire 601 601 601 601 601 601 601 601



LEAD LENGTHCUP SELECTION

THERMISTOR LEAD TYPE

1.500[38.1] Ø 0.28

[7.11]

0.248[6.3]

C01

MATERIAL: ALUMINUM

C02

0.875[22.2] Ø 0.156

[3.96]

0.125[3.18]


C03

0.875[22.2]

0.188[4.78]

0.162[4.11]

MATERIAL: #2011 ALUMINUM

C04

0.631[16.03]

0.200[5.08]

0.175[4.44]

MATERIAL: NICKEL PLATED BRASS

C05

0.453[11.51]

0.248[6.3]

0.169[4.29]

0.140[3.56]

0.63[16.0]

C06

0.251[5.46]

0.274[6.96]

0.035[0.89]

0.298[7.57]

MUNIMULA DEZIDONA DLOG :LAIRETAMMUNIMULA 4T-4202# :LAIRETAM

Ø 0.28[7.11]

1.500[38.1]

0.22[5.59]

MATERIAL: CELANEX 2012-2 (BLACK POLYESTER)

C07

0.500[12.7]

C08

0.170[4.32]

0.140[3.56]

MATERIAL: DELRIN II#500 WHITE & BLACK

C09

0.476[12.09] 0.230

[5.84]

MATERIAL: MOLDED ABS

0.170[4.32]

0.040[1.02]

C07 202 L24 04 33 C3




LENGTH OF WIRE


CUP SELECTION




TEX BUSHING/PROBE TYPE ASSEMBLY HOUSING


HOOK-UP WIRETYPE

STANDARD WIRE FOR HEAT SINK HOUSINGS

H01 H02 H03 H04 H05 H06 H07 H08

Cable 508 508 508 503 503 503 503 508




Zip (Flat) Wire 601 601 601 601 601 601 601 601


H06 202 L24 04 33 C3




LENGTH OF WIRE


CUP SELECTION

LEAD LENGTH

LEAD TYPETHERMISTOR

HEAT SINK SELECTION

H01Ø 0.110

[2.8]

0.250[6.35]

TAP METRIC M3-5 0.500[12.7]

0.160[4.06]0.060

[1.52]0.130 [3.3]

0.160[4.06]

MATERIAL ALUMINUM

H02

MATERIAL ALUMINUM

Ø 0.125[3.18]

0.094[2.39]

0.188[4.78]

0.750[19.05] 0.375

[9.52]0.375[9.52]

0.150[3.81] 0.300

[7.62]

Ø 0.125 Ø 0.125

H03

MATERIAL ANODIZED ALUMINUM

0.540[13.72]

0.180[4.57]

0.180[4.57]

0.188[4.76]

0.890[22.61]

0.170[4.32]

0.320[8.13] 0.122

[3.1]

0.125[3.18]

0.188[4.78]

0.050[1.27

THREAD 10-32UNC-2A

0.313[7.95]

0.188[4.78]

H04 H05 & H06 H07 H08

MATERIAL BRASS CA-132 MATERIAL ALUMINUM (H5) & BRASS (H6) MATERIAL 2024-T4 ALUMINUM MATERIAL #303 STAINLESS STEEL

0.571[14.5]

0.315[8.00] 0.256

[6.5]0.140[3.56]

0.305[7.75]

0.236[6.0]

0.040[1.02]

THREADM4 X 0.7 6g

0.500[12.7]

0.250[6.35] 0.250

[6.35] 0.140[3.56]

0.050[1.27]

0.200[5.08]

1/4[6.35]

0.570[14.48]

0.250[6.35]

0.320[33.53] 0.122

[3.1]

5/16[7.95]

0.250[6.35]

0.030[0.76]

THREAD6-32UNC-2A

THREAD10-32UNF-2A

0.750[19.05]

0.375[9.52]

0.375[9.52]

0.187[4.75]

0.112[2.84]

0.075[1.9]

THREAD4-40 UNC-2A 0.128

[3.25]




RING TONGUE TYPE ASSEMBLY HOUSING


HOOK-UP WIRETYPE

STANDARD WIRE FOR HEAT SINK STYLES

R01 R02 R03 R04 R05 R06 R07 R08

Cable 503 503 503 503 N/A 508 508 503



Twisted Pair Wire 703 703 703 703 N/A 703 703 702

Zip (Flat) Wire 601 601 601 601 601 601 601 601


RING TOUNGUE LUG SELECTION

LEAD LENGTH

LEAD TYPETHERMISTOR

R01

0.250 [6.35]0.119 [3.02]

0.032 THICK[0.81]

0.212 [5.38]

0.250 [6.35]

0.770[19.56]

0.616[15.65]

R02

0.250 [6.35]0.146 [3.71]

0.032 THICK[0.81]

0.233 [5.92]

INSULATEDBARREL

INSULATEDBARREL

0.250 [6.35]

0.770[19.56]

0.635[16.13]

R03

0.173 [4.39]

0.032 THICK[0.81]

0.290 [7.36]

0.230 [5.84]

INSULATEDBARREL

0.890[22.61]

0.705[17.90]

R04

0.266 [6.76]0.544 [13.82]

0.032 THICK[0.81]

0.543 [13.8]

0.250 [6.35]

INSULATEDBARREL

1.23[31.24]

0.958[24.33]

R05 R06 R07 R08

BARE METALBARREL

BARE METALBARREL

BARE METALBARREL

BARE METALBARREL

0.117 [2.97]0.032 THICK

[1.02]

0.160 [4.06]

0.158 [4.01]

0.550[13.97]

0.430[10.92]

0.145 [3.68]

0.040 THICK[1.02]

0.270 [6.86]

0.220 [5.6]

0.820[20.83]

0.660[16.76]

0.173 [4.39]0.040 THICK

[1.02]

0.270 [6.86]

0.220 [5.6]

0.820[20.83]

0.660[16.76]

0.200 [5.08]0.051 THICK

[1.3]

0.359 [9.12]

0.285 [7.24]

0.945[24.00]

0.742[18.85]

R03 202 L24 04 33 C3




LENGTH OF WIRE


CUP SELECTION




PIPE STYLE ASSEMBLY HOUSING


HOOK-UP WIRETYPE

STANDARD WIRE FOR PIPE HOUSINGS

P01 P02 P03 P04 P05 P06

Cable 508 508 N/A 503 N/A N/A

Teflon Insulated Wire 202 202 202 202 202 202

PVC Insulated Wire 304 304 301 304 301 301

Zip (Flat) Wire 601 601 601 601 601 601

Twisted Pair Wire 703 703 703 703 703 703

Ni Wire, Teflon Insulated 400 400 400 400 400 400

THERMISTOR

CUP SELECTION

TIE DOWNLEAD TYPE

LEAD LENGTH

2.15 MAX[54.6]

0.200[5.08]

0.156[3.96]

0.550 [13.97]

0.0625[1.59]

0.925[23.5]

CONTACTLENGTH

0.290[7.37]

1.180[29.97]

0.560[14.22]

0.385[9.78]

Ø 0.195[4.95]

Ø 0.235[5.97]

Ø 0.140[3.56]

Ø 0.312[7.92]

Ø 0.332[8.43]

0.065[1.65]


Ø 0.287[7.29]

Ø 0.287[7.29]

0.300[7.62]

0.250 R[6.35]

0.158[4.01]0.040

[1.02]

MATERIAL: CELANEX 2012-2 (BLACK POLYESTER)

0.168 R[4.27]


P01 P02 P03

P04 P05

P06 202 L24 04 33 C3




LENGTH OF WIRE


CUP SELECTION



P06



ASSEMBLY CONNECTORS

ASSEMBLY STRAIN RELIEF AND MARKING

S1: SHRINK WRAP STRAIN RELIEF, HOUSING/LEAD

S2: SHRINK WRAP STRAIN RELIEF, LEADS

S3: SHRINK WRAP WITH MARKING

S4: AVERY LABEL MARKING

S5: SPRING - STRAIN RELIEF

I4

I6

I8I7

I5

I1 I2 I3

1 PLUGHOUSINGS2 TERMINALS

2 CAP HOUSINGS2 SOCKETS

18 - 22 WIRE

20 - 24 WIRE

24 - 26 WIRE

RECEPTABLE FOR 3/16 X 0.020 TAB

SOCKET (18 - 24 AWG)(AMP P/N: 350889-1)

CAP HOUSING(AMP P/N: 350888-1)

MALE TERMINAL (18 - 24 AWG)(AMP P/N: 350690-2)

BRASS W/GOLD PLATEFEMALE TERMINAL (18 - 24 AWG)

(MOLEX P/N: 39-00-0039)BRASS W/TIN PLATE

1 MINI-FIT HOUSING2 TERMINALS

2-CIRCUIT PLUG HOUSING(AMP P/N: 350777-1)

2-GKT MINI-FIT HOUSING(MOLEX P/N: 39-01-2020)

FEMALE TERMINAL (24 - 30 AWG)(MOLEX P/N: 02-08-1132)

BRASS W/TIN PLATE

FREE HANGING RECEPTACLE(MOLEX P/N: 03-06-1023)

1 RECEPTACLE2 TERMINALS

TIN COPPER ALLOY CONTACTS, GOLD PLATED

HOUSING(AMP P/N: 641219-2)

COVER(AMP P/N: 640551-2)

22 AWG. 2-CIRCUIT HOUSING AND DUST COVER

CU

ST.

P/N

CUSTOMER P/N

S5

S1S2

S3

S4



HOOK UP WIRES AVAILABLE

WIREP/N

#COND’S

AWGCONDUCTOR

MATERIALINSULATOR

NOM.DIA

COMMENTS

Bare, Copper Wire, Tin Plated

100 1 20 Cu/Tin Plate 0.032 “G” Series Thermistor Std. 250201-05

101 1 22 Cu/Tin Plate 0.025 250201-04

102 1 26 Cu/Tin Plate 0.016 “B” Series Thermistor Std. 220049-04

103 1 28 Cu/Tin Plate 0.013 “C” Series Thermistor Std. 220049-01

104 1 30 Cu/Tin Plate 0.010 “M” Series Thermistor Std. 220049-02

105 1 32 Cu/Tin Plate 0.008 “F” Series Thermistor Std. 220049-03

Copper Conductor, Silver Plated with Teflon Insulation

200 1 18 - 19/30 Cu/Silver Plate Teflon 0.079 Black 220019-06


202 1 24 - 7/32 Cu/Silver Plate Teflon 0.047 Black, White 220019-02, -03

203 1 24 - 19/36 Cu/Silver Plate Teflon 0.047 White 220019-05


205 1 26 - 19/38 Cu/Silver Plate Teflon 0.042 Red

206 1 28 - 7/36 Cu/Silver Plate Teflon 0.038 Orange, Red, Black 220086-02, -03, -09

207 1 28 - 7/36 Cu/Silver Plate Teflon 0.027 Black, White, Green 220166-01, -02, -04


209 1 24 Cu/Silver Plate Teflon 0.040 Black, White 220019-01, -07

210 1 26 Cu/Silver Plate Teflon 0.035 Black

211 1 28 Cu/Silver Plate Teflon 0.032 Black 220086-06

212 1 30 Cu/Silver Plate Teflon 0.029 Black 220086-08

Copper Conductor, Tin Plated with PVC Insulation

300 1 26 - 19/38 Cu/Tin Plate PVC 0.038 Black, White, MIL-W-16878/1, Type B 220079-01

301 1 28 - 7/36 Cu/Tin Plate PVC 0.034 Black, White,Green, MIL-W-16878/1, Type B 220079-02, -05, -11

302 1 24 - 7/32 Cu/Tin Plate PVC 0.044 Black, White, MIL-W-16878/1, Type B 220079-04, -06

303 1 22 - 19/34 Cu/Tin Plate PVC 0.050 Black, MIL-W-16878/1, Type B 220079-07

304 1 30 - 7/38 Cu/Tin Plate PVC 0.032 Black, MIL-W-16878/1, Type B 220079-08

305 1 22 - 7/30 Cu/Tin Plate PVC 0.095 Black, UL 1015 220234-01

306 1 24 - 7/32 Cu/Tin Plate PVC 0.089 Yellow, UL 1015 220234-03

307 1 22 - 7/30 Cu/Tin Plate PVC 0.062 White, UL 1569 220234-02

308 1 26 - 7/34 Cu/Tin Plate PVC 0.038 Light Blue, UL 1061 220262-01




312 1 24 Cu/Tin Plate PVC 0.040 Black, UL 1061 220332-01

313 1 30 Cu/Tin Plate PVC 0.027 Black 220181-01

Miscellaneous Insulated Wires

400 1 30 Nickel Teflon 0.020 Yellow, Black, “T” Series Thermistor 220215-02, -03

401 1 30 Cu/Silver Plate Kynar 0.020 Black, UL 1423 220316-01

402 1 28 - 7/36 Cu/Silver Plate Kapton 0.025 Black 220317-01



HOOK UP WIRES AVAILABLE (continued)

WIREP/N

#COND’S

AWGCONDUCTOR

MATERIALINSULATOR

NOM.O.D.

COMMENTS

Cables - Wires w/ Jackets Exterior

500 2 18 - 19/30 Cu/Tin Plate PVC 0.22/0.075 Gray Jacket w/ Black/White/Braid Shield 220298-01

501 2 20 - 7/28 Cu/Tin Plate PVC 0.175/0.059 Gray Jacket w/ Red/Black Wires 220014-02

502 2 22 - 19/34 Cu/Silver Plate Teflon 0.142/0.050 White Jacket w/ Black/White/Braid Shield 220131-01


504 3 22 - 7/30 Cu/Tin Plate PVC 0.160/0.048 Gray Jacket w/ Red/Black/White Wires 220014-03

505 3 22 - 7/30 Cu/Tin Plate PVC 0.130/0.048 Gray Jacket w/ Red/Black/Drain Wires 220112-01


507 3 22 - 7/30 Cu/Tin Plate PVC 0.160/0.048 Gold Jacket w/ Black/White Wires 220121-01

508 2 28 - 7/36 Cu/Tin Plate PVC 0.100/0.033 Gray Jacket w/ Black/White/Paper Wrap 220202-01

509 3 20 Cu/Tin Plate Teflon 0.150 Red, White, Black in Stainless Steel Braid 220021-01

Flat Wire & Zip Cords

600 2 24 - 7/32 Cu/Tin & Cu PVC0.065 X 0.130

Clear w/ 1 Tin Plated Cu and 1 Bare Cu 220016-01

601 2 28 - 7/36 Cu/Tin & Cu PVC0.034 X 0.067

Black w/ 1 Tin Plated Cu and 1 Bare Cu 220016-03

602 2 18 - 41/34 Cu/Tin & Cu PVC0.105 X 0.205

Black w/ 1 Tin Plated Cu and 1 Bare Cu 220180-01

603 2 28 - 7/36 Cu/Tin Plate PVC0.200 X 0.041

Gray, UL 2651 220223-01

Twisted Pair Wires

700 2 24 - 7/32 Cu/Silver Plate Teflon 0.044 White, UL 1213 - 2 Twists/Inch 220334-01

701 2 22 - 19/34 Cu/Tin Plate Tefzel 0.043 Blue 220113-01

702 2 22 - 7/30 Cu/Tin Plate PVC 0.063 Black/White, UL 1007 220176-01

703 2 24 - 7/32 Cu/Tin Plate PVC 0.057 Black/White, UL 1007 220176-02

704 2 24 - 7/32 Cu/Tin Plate PVC 0.057 White/White, UL 1007 220176-03



Curve 1, 10K Thermistor, ± 5 % at 25 °C

01 31 05CURVE NUMBER VALUE CODE TOLERANCE at + 25 °C

THERMISTOR SELECTIONS FOR SPECIAL ASSEMBLIESR25

CodeR25

(Ohms)CURVE NUMBER

01 02 03 04 07 08 09 12 14 1701 50 •02 56 •03 68 •04 82 •05 100 •06 120 •07 150 • •08 180 • •09 220 • •10 270 •11 330 •12 390 •13 470 •14 500 •15 560 •16 680 •17 820 •18 1K •19 1.2K •20 1.5K •21 1.8K •22 2.2K •23 2.7K •24 3.3K •25 3.9K •26 4.7K •27 5K •28 5.6K •29 6.8K •30 8.2K •31 10K •32 12K •33 15K • • •34 18K • • •35 22K • •36 27K • •37 33K • • •38 39K • • •39 47K • • • •40 50K • • • •41 56K • • • •42 68K • • •43 82K • • •44 100K • • •45 120K • •46 150K • •47 180K • •48 220K •49 270K •49 500K •50 560K •51 680K •52 820K •53 1 Meg •

THERMISTOR TOLERANCES

POINT MATCHED AT 25 °C

01 ± 1 %

02 ± 2 %

03 ± 3 %

05 ± 5 %

10 ± 10 %

CURVE TRACKINGB3 ± 0.5 % 0 °C to + 70 °CA3 ± 1 % 0 °C to + 70 °CB4 ± 0.5 % 0 °C to + 100 °CA4 ± 1 % 0 °C to + 100 °CB5 ± 0.5 % + 25 °C to + 90 °CA5 ± 1 % + 25 °C to + 90 °CB8 ± 0.5 % 0 °C to + 50°CC8 ± 1 % 0 °C to + 50 °C

2381 640 90042Vishay BCcomponents


NTC Thermistors, Steel Capped Sensors

Notes

1. Measured with AMP connectors in still air with solid copper wiresof 1 mm diameter.

2. The response time is the time necessary to change 63.2 % of thetotal difference between the initial and the final bodytemperature, when subjected to a step function change inambient temperature.Step change:

a) initial temperature: air at 25 °C

b) final temperature: water at 100 °C

3. The temperature gradient is the difference per degree Celsiusbetween the true temperature of the liquid (water) and thetemperature measured by the sensor.

FEATURES

• High mechanical strength

• AMP connectors for easy connection

• Excellent accuracy over a wide temperature range



APPLICATIONS

• Sensors for water temperature control in, for example:

– washing machines

– dish washers

– heat pumps– electric boilers.

These thermistors have a negative temperature coefficient.The device consists of a ceramic material which is mountedin a capsule of stainless steel and provided with two 6.3 mmtinned bronze spade connectors.

The device is non-flammable and the housing is stainlesssteel in accordance with “DIN 1.4301” (× 5 CrNi 18 9).

MOUNTING

Connect to two FASTONS 6.3 x 0.8 or equivalent.

PACKAGING

The thermistors are packed in cardboard boxes; the smallestpackaging quantity is 50 units.


Resistance value at:0 °C 35 875 Ω ± 7 %25 °C 12 000 Ω ± 4 %85 °C 1475 Ω ± 3 %100 °C 963 Ω ± 4.2 %B25/85 - value 3730 KTemperature coefficient - 4.2 %/KMaximum dissipation 250 mWDissipation factor:in still air (for information only); note 1 7.5 mW/Kin still water (for information only); note 1 18 mW/KThermal time constant (t) in still air; note 1 285 sResponse time; note 2 13 to 16 sTemperature gradient; note 3 ≤ 0.02 K/KOperating temperature range:at zero power; continuously - 25 to + 110 °Cat zero power; peak 130 °Cat maximum power 0 to + 55 °CMinimum dielectric withstanding voltage (RMS) between terminals and capsule during:1 minute 1500 V10 seconds 1650 VMinimum insulation resistance between terminals and capsule at 100 V (DC)

100 MΩ

Mass ≈ 8 g

30.5- 0.5017.5

+ 20

12.4- 0.2

0

0.4 ± 0.1

1.1 max

6.3 ± 0.1

4 ± 1

4 ± 1

0.8

0+ 1

0

9.8± 0.1O O

(1)

(1)

Component outline



2381 640 90042Vishay BCcomponents NTC Thermistors, Steel Capped Sensors

METHOD OF APPLICATION DERATING

sensor plate

water


T (°C)

P(%)

100

00 55 90- 25 110 130

Tmax Tpeak

Model Numbers

Global Part Numbering Information ......................136

2381 640 0. . . ./NTCC100E4. . . . .........137

W.....................................144NTCNaked Chips

NTC Naked Chips




PRODUCTFAMILY


PART NUMBER: NTC C 100 E4 103 J B


EXECUTION TYPE RoHS COMPLIANCETERMINATION TYPE100 =

standard size E4 = SnC = naked

chipsNTC103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


103 = 10 x 103 Ω102 = 10 x 102 Ω101 = 10 x 101 Ω109 = 10 x 10-1 Ω108 = 10 x 10-2 Ω


F = 1 %G = 2 %H = 3 %J = 5 %

K = 10 %

N T C C 1 0 0 E 4 1 0 3 J B


2381 = YES2322 = NO

2381

640 = sawnchip NTC

640 0

2381 640 0 3 103

0 = naked without leads

PACKAGING

B = bulk

TYPE

3

5 = 1 %4 = 2 %6 = 3 %3 = 5 %

2 = 10 %

TOLERANCEON R25

103

R25 VALUE


NTC Thermistors, Naked Chips

2381 640 0..../NTCC100E4....Vishay BCcomponents

FEATURES

• High stability (tolerance on B-value between ± 2.5 % and± 0.75 %) over a long life


• For mechanical fixing in a housing or soldering directly to‘non-standard’ leads

• Old part number was 2322 640 0.....


APPLICATIONS• Temperature sensing and control

DESCRIPTIONThese thermistors have a negative temperature coefficient.The device consists of a silver metallized square chip.

PACKAGINGThe naked chips are placed in sealed polythene bags andpacked in cardboard boxes. The smallest packaging quantityis 5000 units.

MOUNTINGBy reflow or wave soldering in any position or mechanicalfixing.

The use of ultrasonic soldering is not recommended.

Note1. repace * in 12NC by 3 for 5 %, 6 for 3 %, 4 for 2 % and 5 for 1 % tolerance on R25 °C2. repace * in SAP part no by J for 5 %, H for 3 %, G for 2 % and F for 1 % tolerance on R25 °C


Resistance value at 25 °C (R25) 2.2 to 470 kΩ


B25/85 - value 3740 to 4570K

Tolerance on B25/85 - value ± 2.5 % to ± 0.75 %



at zero dissipation (continuously) - 40 to + 125 °C

for short periods ≤ 150 °C


Masssee Electrical Data and

Ordering Information table


TCR(%/K)

D(mm)

Tmax(mm)

B25/85 VALUE(K)

TOL. ON B25/85 (%)

12NC ORDERING CODE 2381 640 0...1)

SAP MATERIAL NO. NBCC100E3...2)

2.2 4.37 2.3 ± 0.4

1.3

3977 ± 0.75 *222 222*B2.7 4.37 2.3 ± 0.4 3977 ± 0.75 *272 272*B3.3 4.37 2.0 ± 0.4 3977 ± 0.75 *332 332*B4.7 4.37 2.0 ± 0.4 3977 ± 0.75 *472 472*B5.0 4.37 2.0 ± 0.4 3977 ± 0.75 *502 502*B6.0 4.37 2.0 ± 0.4 3977 ± 0.75 *602 602*B6.8 4.37 2.0 ± 0.4 3977 ± 0.75 *682 682*B8.0 4.37 2.0 ± 0.4 3977 ± 0.75 *802 802*B10 4.37 2.0 ± 0.4 3977 ± 0.75 *103 103*B12 4.10 2.0 ± 0.4 3740 ± 2.0 *123 123*B15 4.10 2.0 ± 0.4 3740 ± 2.0 *153 153*B22 4.10 2.0 ± 0.4 3740 ± 2.0 *223 223*B33 4.46 2.0 ± 0.4 4090 ± 1.5 *333 333*B47 4.46 2.0 ± 0.4 4090 ± 1.5 *473 473*B68 4.57 2.0 ± 0.4 4190 ± 1.5 *683 683*B

100 4.57 2.0 ± 0.4 4190 ± 1.5 *104 104*B150 4.75 2.0 ± 0.4 4370 ± 2.5 *154 154*B220 4.75 2.0 ± 0.4 4370 ± 2.5 *224 224*B330 4.95 2.0 ± 0.4 4570 ± 1.5 *334 334*B470 4.95 2.0 ± 0.4 4570 ± 1.5 *474 474*B


2381 640 0..../NTCC100E4....Vishay BCcomponents NTC Thermistors, Naked Chips



TOPER(°C) RT/R25


(%)

TCR(%/K)

R (kΩ) for 2381 640 .../NTCC100E4 (see note 3)

0.222/222.T 0.272/272.T 0.332/332.T 0.472/472.T

- 40 33.21 2.66 6.57 73.06 89.67 109.6 156.1- 35 23.99 2.41 6.36 52.78 64.77 79.17 112.8- 30 17.52 2.17 6.15 38.55 47.31 57.82 82.35- 25 12.93 1.94 5.95 28.44 34.91 42.67 60.77- 20 9.636 1.71 5.76 21.20 26.02 31.80 45.30- 15 7.250 1.50 5.58 15.95 19.58 23.93 34.08- 10 5.505 1.29 5.40 12.11 14.86 18.16 25.87- 5 4.216 1.08 5.24 9.275 11.38 13.91 19.810 3.255 0.89 5.08 7.162 8.790 10.74 15.305 2.534 0.70 4.92 5.575 6.842 8.362 11.91

10 1.987 0.52 4.78 4.372 5.366 6.558 9.34015 1.570 0.34 4.64 3.454 4.239 5.181 7.37820 1.249 0.17 4.50 2.747 3.372 4.121 5.86925 1.000 0.00 4.37 2.200 2.700 3.300 4.70030 0.8059 0.16 4.25 1.773 2.176 2.660 3.78835 0.6535 0.32 4.13 1.438 1.764 2.156 3.07240 0.5330 0.47 4.02 1.173 1.439 1.759 2.50545 0.4372 0.62 3.91 0.9618 1.180 1.443 2.05550 0.3605 0.77 3.80 0.7932 0.973 1.190 1.69455 0.2989 0.91 3.70 0.6575 0.807 0.9863 1.40560 0.2490 1.05 3.60 0.5478 0.672 0.8217 1.17065 0.2084 1.18 3.51 0.4586 0.562 0.6879 0.979770 0.1753 1.31 3.42 0.3857 0.473 0.5785 0.823975 0.1481 1.44 3.33 0.3258 0.399 0.4887 0.696080 0.1256 1.57 3.25 0.2764 0.339 0.4146 0.590585 0.1070 1.69 3.16 0.2355 0.289 0.3532 0.503190 0.09154 1.81 3.09 0.2014 0.247 0.3021 0.430395 0.07860 1.93 3.01 0.1729 0.212 0.2594 0.3694

100 0.06773 2.04 2.94 0.1490 0.182 0.2235 0.3183105 0.05858 2.15 2.87 0.1289 0.158 0.1933 0.2753110 0.05083 2.26 2.80 0.1118 0.137 0.1677 0.2389115 0.04426 2.37 2.73 0.0974 0.1195 0.1461 0.2080120 0.03866 2.47 2.67 0.0851 0.1044 0.1276 0.1817125 0.03387 2.57 2.61 0.0745 0.0915 0.1118 0.1592130 0.02977 2.67 2.55 0.0655 0.0804 0.0982 0.1399135 0.02624 2.77 2.49 0.0577 0.0709 0.0866 0.1233

Component outline

For dimensions see Electrical Data and Ordering Information Table

MLC901

D

D Tmax


2381 640 0..../NTCC100E4....NTC Thermistors, Naked Chips Vishay BCcomponents

140 0.02319 2.86 2.43 0.0510 0.0626 0.0765 0.1090145 0.02055 2.96 2.38 0.0452 0.0555 0.0678 0.0966150 0.01826 3.05 2.33 0.0402 0.0493 0.0603 0.0858


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.502/502.T 0.602/602.T 0.682/682.T 0.802/802.T 0.103/103.T

- 40 33.21 2.66 6.57 166.1 199.3 225.8 265.7 332.1- 35 23.99 2.41 6.36 120.0 143.9 163.1 191.9 240.0- 30 17.52 2.17 6.15 87.60 105.1 119.1 140.2 175.2- 25 12.93 1.94 5.95 64.65 77.57 87.92 103.4 129.3- 20 9.636 1.71 5.76 48.18 57.82 65.53 77.09 96.36- 15 7.250 1.50 5.58 36.25 43.50 49.30 58.00 72.50- 10 5.505 1.29 5.40 27.52 33.03 37.43 44.04 55.05- 5 4.216 1.08 5.24 21.08 25.30 28.67 33.73 42.160 3.255 0.89 5.08 16.28 19.53 22.14 26.04 32.565 2.534 0.70 4.92 12.67 15.20 17.23 20.27 25.34

10 1.987 0.52 4.78 9.936 11.92 13.51 15.90 19.8715 1.570 0.34 4.64 7.849 9.419 10.67 12.56 15.7020 1.249 0.17 4.50 6.244 7.493 8.492 9.990 12.4925 1.000 0.00 4.37 5.000 6.000 6.800 8.000 10.0030 0.8059 0.16 4.25 4.030 4.836 5.480 6.447 8.05935 0.6535 0.32 4.13 3.267 3.921 4.444 5.228 6.53540 0.5330 0.47 4.02 2.665 3.198 3.624 4.264 5.33045 0.4372 0.62 3.91 2.186 2.623 2.972 3.497 4.37250 0.3605 0.77 3.80 1.803 2.163 2.451 2.884 3.60655 0.2989 0.91 3.70 1.494 1.793 2.032 2.391 2.98960 0.2490 1.05 3.60 1.245 1.494 1.693 1.992 2.49065 0.2084 1.18 3.51 1.042 1.251 1.417 1.668 2.08470 0.1753 1.31 3.42 0.8765 1.052 1.192 1.402 1.75375 0.1481 1.44 3.33 0.7405 0.8886 1.007 1.185 1.48180 0.1256 1.57 3.25 0.6282 0.7538 0.8544 1.005 1.25685 0.1070 1.69 3.16 0.5352 0.6422 0.7278 0.8563 1.07090 0.09154 1.81 3.09 0.4577 0.5493 0.6225 0.7324 0.915495 0.07860 1.93 3.01 0.3930 0.4716 0.5345 0.6288 0.7860

100 0.06773 2.04 2.94 0.3387 0.4064 0.4607 0.5419 0.6773105 0.05858 2.15 2.87 0.2929 0.3515 0.3983 0.4686 0.5858110 0.05083 2.26 2.80 0.2542 0.3050 0.3457 0.4067 0.5083115 0.04426 2.37 2.73 0.2213 0.2656 0.3010 0.3541 0.4426120 0.03866 2.47 2.67 0.1933 0.2320 0.2629 0.3093 0.3866125 0.03387 2.57 2.61 0.1694 0.2032 0.2303 0.2710 0.3387130 0.02977 2.67 2.55 0.1488 0.1786 0.2024 0.2382 0.2977135 0.02624 2.77 2.49 0.1312 0.1574 0.1784 0.2099 0.2624140 0.02319 2.86 2.43 0.1160 0.1391 0.1577 0.1855 0.2319145 0.02055 2.96 2.38 0.1028 0.1233 0.1398 0.1644 0.2055150 0.01826 3.05 2.33 0.0913 0.1096 0.1242 0.1461 0.1826


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.222/222.T 0.272/272.T 0.332/332.T 0.472/472.T




TOPER(°C) RT/R25

ΔR DUE TOB-TOLERANCE (%)

TCR(%/K)

R (kΩ) FOR 2381 640 .../NTCC100E4 (see note 3)

0.123/123.T 0.153/153.T 0.223/223.T

- 40 25.78 6.81 6.09 309.4 386.8 567.2- 35 19.13 6.16 5.89 229.5 286.9 420.8- 30 14.32 5.53 5.70 171.8 214.8 315.0- 25 10.82 4.93 5.52 129.8 162.3 238.0- 20 8.245 4.35 5.35 98.93 123.7 181.4- 15 6.335 3.80 5.19 76.02 95.03 139.4- 10 4.907 3.26 5.03 58.88 73.60 107.9- 5 3.830 2.74 4.88 45.95 57.44 84.250 3.011 2.24 4.73 36.13 45.16 66.245 2.384 1.76 4.60 28.60 35.76 52.45

10 1.900 1.30 4.46 22.80 28.50 41.8115 1.525 0.85 4.34 18.30 22.87 33.5520 1.231 0.42 4.21 14.77 18.47 27.0925 1.000 0.00 4.10 12.00 15.00 22.0030 0.8170 0.41 3.98 9.804 12.26 17.9735 0.6712 0.80 3.88 8.054 10.07 14.7740 0.5543 1.19 3.77 6.652 8.315 12.2045 0.4602 1.57 3.67 5.522 6.903 10.1250 0.3839 1.94 3.57 4.607 5.759 8.44755 0.3219 2.30 3.48 3.862 4.828 7.08160 0.2710 2.65 3.39 3.252 4.067 5.96365 0.2293 2.99 3.30 2.751 3.439 5.04470 0.1947 3.33 3.22 2.337 2.921 4.28475 0.1661 3.66 3.14 1.993 2.492 3.65480 0.1422 3.98 3.06 1.707 2.134 3.12985 0.1223 4.29 2.99 1.467 1.834 2.69090 0.1055 4.60 2.92 1.266 1.583 2.32195 0.09135 4.90 2.85 1.096 1.370 2.010

100 0.07937 5.19 2.78 0.9524 1.190 1.746105 0.06919 5.48 2.71 0.8302 1.038 1.522110 0.06050 5.76 2.65 0.7260 0.9075 1.331115 0.05307 6.04 2.59 0.6369 0.7961 1.168120 0.04670 6.31 2.53 0.5604 0.7005 1.027125 0.04121 6.57 2.47 0.4945 0.6181 0.9065


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.333/333.T 0.473/473.T

- 40 33.81 5.55 6.55 1116 1589- 35 24.50 5.02 6.34 808.6 1151- 30 17.93 4.52 6.15 591.7 842.8- 25 13.25 4.03 5.96 437.1 622.6- 20 9.875 3.56 5.78 325.9 464.1- 15 7.425 3.10 5.61 245.0 349.0- 10 5.630 2.67 5.45 185.8 264.6- 5 4.304 2.24 5.29 142.0 202.30 3.315 1.84 5.14 109.4 155.85 2.573 1.44 4.99 84.91 120.9

10 2.011 1.07 4.85 66.37 94.5315 1.583 0.70 4.72 52.24 74.4020 1.254 0.34 4.59 41.39 58.95



25 1.000 0.00 4.46 33.00 47.0030 0.8024 0.33 4.34 26.47 37.7135 0.6474 0.66 4.23 21.37 30.4340 0.5255 0.98 4.12 17.34 24.7045 0.4288 1.28 4.01 14.15 20.1550 0.3518 1.59 3.91 11.61 16.5355 0.2901 1.88 3.81 9.572 13.6360 0.2403 2.17 3.71 7.931 11.3065 0.2001 2.45 3.62 6.603 9.40470 0.1674 2.72 3.53 5.522 7.86575 0.1406 2.99 3.44 4.639 6.60780 0.1186 3.25 3.36 3.913 5.57385 0.1004 3.51 3.28 3.315 4.72190 0.08542 3.76 3.20 2.819 4.01595 0.07292 4.00 3.13 2.406 3.427

100 0.06248 4.24 3.06 2.062 2.936105 0.05372 4.47 2.98 1.773 2.525110 0.04635 4.70 2.92 1.530 2.179115 0.04013 4.93 2.85 1.342 1.886120 0.03485 5.15 2.79 1.150 1.638125 0.03037 5.36 2.73 1.002 1.427130 0.02654 5.57 2.67 0.8757 1.247135 0.02326 5.78 2.61 0.7675 1.093140 0.02044 5.98 2.55 0.6746 0.9608145 0.01802 6.18 2.50 0.5945 0.8468150 0.01592 6.37 2.44 0.5254 0.7483


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.683/683.T 0.104/104.T

- 40 36.66 5.69 6.70 2493 3666- 35 26.38 5.15 6.49 1794 2638- 30 19.17 4.63 6.29 1303 1917- 25 14.06 4.13 6.10 956.2 1406- 20 10.41 3.65 5.92 708.0 1041- 15 7.779 3.18 5.74 528.9 777.9- 10 5.861 2.73 5.57 398.5 586.1- 5 4.453 2.30 5.41 302.8 445.30 3.409 1.88 5.26 231.8 340.95 2.631 1.48 5.11 178.9 263.1

10 2.044 1.09 4.97 139.0 204.415 1.600 0.72 4.83 108.8 160.020 1.261 0.35 4.70 85.74 126.125 1.000 0.00 4.57 68.00 100.030 0.7981 0.34 4.45 54.27 79.8135 0.6408 0.67 4.35 43.57 64.0840 0.5175 1.00 4.22 35.19 51.7445 0.4202 1.32 4.11 28.57 42.0250 0.3431 1.63 4.00 23.33 34.3155 0.2816 1.93 3.90 19.15 28.1660 0.2322 2.22 3.80 15.79 23.2265 0.1925 2.51 3.71 13.09 19.2570 0.1602 2.79 3.62 10.90 16.03


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.333/333.T 0.473/473.T



75 0.1340 3.06 3.53 9.114 13.4080 0.1126 3.33 3.45 7.655 11.2685 0.09496 3.59 3.36 6.457 9.49690 0.08042 3.85 3.28 5.469 8.04295 0.06837 4.10 3.21 4.649 6.837

100 0.05835 4.35 3.13 3.968 5.835105 0.04998 4.59 3.06 3.399 4.998110 0.04296 4.82 2.99 2.921 4.296115 0.03705 5.05 2.92 2.519 3.705120 0.03206 5.28 2.86 2.180 3.206125 0.02783 5.50 2.80 1.892 2.783


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.154/154.T 0.224/224.T

- 40 41.02 10.10 6.89 6153 9024- 35 29.29 9.12 6.68 4394 6444- 30 21.12 8.18 6.48 3168 4646- 25 15.37 7.28 6.29 2305 3381- 20 11.28 6.42 6.11 1693 2483- 15 8.358 5.59 5.93 1254 1839- 10 6.242 4.80 5.76 936.4 1373- 5 4.700 4.03 5.60 705.0 10340 3.567 3.30 5.44 535.0 784.75 2.727 2.59 5.29 409.1 600.0

10 2.101 1.90 5.15 315.1 462.115 1.629 1.25 5.01 244.4 358.420 1.272 0.61 4.88 190.8 279.925 1.000 0.00 4.75 150.0 220.030 0.7910 0.59 4.62 118.6 174.035 0.6295 1.18 4.51 94.42 138.540 0.5039 1.74 4.39 75.58 110.945 0.4056 2.30 4.28 60.85 89.2450 0.3283 2.84 4.17 49.25 72.2455 0.2672 3.37 4.07 40.08 58.7860 0.2185 3.89 3.97 32.78 48.0865 0.1796 4.40 3.87 26.94 39.5170 0.1483 4.90 3.78 22.25 32.6375 0.1231 5.39 3.69 18.46 27.0780 0.1025 5.86 3.60 15.38 22.5685 0.08582 6.33 3.52 12.87 18.8890 0.07213 6.79 3.44 10.82 15.8795 0.06086 7.24 3.36 9.129 13.39

100 0.05155 7.68 3.28 7.732 11.34105 0.04383 8.11 3.21 6.574 9.642110 0.03740 8.53 3.14 5.610 8.228115 0.03203 8.94 3.07 4.804 7.046120 0.02752 9.35 3.00 4.128 6.054125 0.02372 9.75 2.94 3.559 5.219


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.683/683.T 0.104/104.T



Note:3. Replace dot according to the following rule and depending on requested tolerance on R25 °C

a) for 12NC, 3 for 5 %, 6 for 3 %, 4 for 2 % and 5 for 1 % tolerance on R25 °Cb) for SAP ordering code J for 5 %, H for 3 %, G for 2 % and F for 1 % tolerance on R25 °C


TOPER(°C) RT/R25


(%)

TCR(%/K)


0.334/334.T 0.474/474.T

- 40 48.62 6.22 7.13 16 044 22 850- 35 34.19 5.63 6.91 11 282 16 068- 30 24.28 5.06 6.71 8013 11 413- 25 17.42 4.51 6.52 5747 8185- 20 12.61 3.98 6.33 4161 5926- 15 9.211 3.47 6.15 3040 4329- 10 6.788 2.98 5.98 2240 3190- 5 5.045 2.51 5.82 1665 23710 3.781 2.06 5.66 1248 17765 2.855 1.62 5.50 942.3 1342

10 2.173 1.19 5.36 717.1 102115 1.666 0.78 5.22 549.8 783.020 1.286 0.38 5.08 424.5 604.625 1.000 0.00 4.95 330.0 470.030 0.7825 0.37 4.82 258.2 367.835 0.6163 0.74 4.70 203.4 289.640 0.4883 1.09 4.59 161.1 229.545 0.3892 1.44 4.47 128.4 182.950 0.3120 1.77 4.36 103.0 146.755 0.2515 2.10 4.26 83.00 118.260 0.2038 2.43 4.15 67.26 95.8065 0.1660 2.74 4.06 54.79 78.0370 0.1359 3.05 3.96 44.86 63.8875 0.1118 3.35 3.87 36.90 52.5580 0.09240 3.64 3.78 30.49 43.4385 0.07670 3.93 3.69 25.31 36.0590 0.06395 4.21 3.61 21.10 30.0695 0.05354 4.48 3.53 17.67 25.16

100 0.04501 4.75 3.45 14.85 21.15105 0.03798 5.01 3.37 12.53 17.85110 0.03218 5.27 3.30 10.70 15.12115 0.02736 5.52 3.23 9.029 12.86120 0.02335 5.77 3.16 7.704 10.97125 0.01999 6.01 3.09 6.597 9.396


WVishay Dale


FEATURES• Top and bottom surface terminations• High-density monolithic ceramic construction• Allows design flexibility for use with hyprid circuitry• Model W is a thermistor die with silver conductors fired on

the top and bottom surfaces. The bottom surface can bereflow soldered or conductive epoxied directly to asubstrate bonding pad and the top surface wire bonded tocomlete the circuit connection.

STANDARD ELECTRICAL SPECIFICATIONS AND DIMENSIONS in inches [millimeters]

R25 (Ω) PART NUMBER CURVE NUMBER L W T (nominal)10.0M 12W1004 12 0.043 ± 0.004 [10.1 ± 0.10] 0.043 ± 0.004 [10.1 ± 0.10] 0.020 [0.51]

500 000 12W5003 12 0.053 ± 0.004 [10.4 ± 0.10] 0.053 ± 0.004 [10.4 ± 0.10] 0.016 [0.41]250 000 12W2503 12 0.075 ± 0.006 [10.9 ± 0.15] 0.075 ± 0.006 [10.9 ± 0.15] 0.016 [0.41]200 000 7W2003 7 0.041 ± 0.004 [10.0 ± 0.10] 0.041 ± 0.004 [10.0 ± 0.10] 0.033 [0.84]100 000 12W1003 12 0.119 ± 0.008 [30.0 ± 0.20] 0.119 ± 0.008 [30.0 ± 0.20] 0.016 [0.41]100 000 8W1003 8 0.049 ± 0.004 [10.2 ± 0.10] 0.049 ± 0.004 [10.2 ± 0.10] 0.029 [0.74]100 000 7W1003 7 0.054 ± 0.005 [10.4 ± 0.13] 0.054 ± 0.005 [10.4 ± 0.13] 0.029 [0.74]80 000 8W8002 8 0.049 ± 0.004 [10.2 ± 0.10] 0.049 ± 0.004 [10.2 ± 0.10] 0.024 [0.61]50 000 8W5002 8 0.053 ± 0.004 [10.4 ± 0.10] 0.053 ± 0.004 [10.4 ± 0.10] 0.018 [0.46]50 000 7W5002 7 0.051 ± 0.004 [10.3 ± 0.10] 0.051 ± 0.004 [10.3 ± 0.10] 0.014 [0.36]30 000 8W3002 8 0.072 ± 0.005 [10.8 ± 0.13] 0.054 ± 0.005 [10.4 ± 0.13] 0.015 [0.38]30 000 7W3002 7 0.069 ± 0.005 [10.8 ± 0.13] 0.069 ± 0.005 [10.8 ± 0.13] 0.015 [0.38]30 000 1W3002 1 0.029 ± 0.003 [0.74 ± 0.08] 0.029 ± 0.003 [0.74 ± 0.08] 0.032 [0.81]20 000 1W2002 1 0.035 ± 0.004 [0.89 ± 0.10] 0.035 ± 0.004 [0.89 ± 0.10] 0.032 [0.81]15 000 1W1502 1 0.041 ± 0.004 [10.0 ± 0.10] 0.041 ± 0.004 [10.0 ± 0.10] 0.032 [0.81]10 000 1W1002 1 0.050 ± 0.005 [10.3 ± 0.13] 0.050 ± 0.005 [10.3 ± 0.13] 0.032 [0.81]3000 1W3001 1 0.068 ± 0.005 [10.7 ± 0.13] 0.054 ± 0.004 [10.4 ± 0.10] 0.015 [0.38]2000 1W2001 1 0.101 ± 0.006 [20.6 ± 0.15] 0.054 ± 0.004 [10.4 ± 0.10] 0.015 [0.38]2000 2W2001 2 0.049 ± 0.004 [10.2 ± 0.10] 0.049 ± 0.004 [10.2 ± 0.10] 0.037 [0.94]1000 2W1001 2 0.053 ± 0.004 [10.4 ± 0.10] 0.053 ± 0.004 [10.4 ± 0.10] 0.022 [0.56]1000 1W1001 1 0.105 ± 0.006 [20.7 ± 0.15] 0.105 ± 0.006 [20.7 ± 0.15] 0.015 [0.38]500 2W5000 2 0.060 ± 0.005 [10.5 ± 0.13] 0.060 ± 0.005 [10.5 ± 0.13] 0.015 [0.38]500 1W5000 1 0.148 ± 0.006 [30.8 ± 0.15] 0.148 ± 0.006 [30.8 ± 0.15] 0.015 [0.38]300 2W3000 2 0.077 ± 0.006 [20.0 ± 0.15] 0.077 ± 0.006 [20.0 ± 0.15] 0.015 [0.38]50 2W0500 2 0.188 ± 0.012 [40.8 ± 0.31] 0.188 ± 0.012 [40.8 ± 0.31] 0.015 [0.38]

GLOBAL PART NUMBER INFORMATIONNew Global Part Numbering: 08W8002KT (preferred part number format)

CURVE GLOBAL MODEL RESISTANCE VALUE TOLERANCE CODE PACKAGING

0102070812

W 1002 = 10K J = ± 5 %K = ± 10 %

E = Lead (Pb)-free, Tray

T = Tin/Lead, Tray

Historical Part Number example: TOMC16011002Z (will continue to be accepted)

08 W 8002 K T

HISTORICAL CURVE GLOBAL MODEL RESISTANCE VALUE TOLERANCE CODE PACKAGING

T

W

L

1 0 0 2 TK8 W0

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