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B57541G1103H000

P1-P3P4-P6P7-P9P10-P12P13-P15P16-P18P19-P21P22-P23
R/T characteristics
R/T No.
8307 8324 8342
T (°C) B
25/100
= 3492 K B
25/100
= 3497 K B
25/100
= 4006 K
R
T
/R
25
α (%/K) R
T
/R
25
α (%/K) R
T
/R
25
α (%/K)
55.0 52.624 6.4 53.720 6.5 100.56 7.5
50.0 38.452 6.2 39.080 6.2 69.453 7.3
45.0 28.401 6.0 28.768 6.0 48.647 7.0
40.0 21.194 5.8 21.412 5.8 34.525 6.7
35.0 15.972 5.6 16.104 5.6 24.808 6.5
30.0 12.149 5.4 12.231 5.4 18.036 6.3
25.0 9.3246 5.2 9.3758 5.2 13.258 6.1
20.0 7.2181 5.0 7.2507 5.1 9.8478 5.8
15.0 5.6332 4.9 5.6542 4.9 7.3874 5.7
10.0 4.4308 4.7 4.4444 4.7 5.5937 5.5
5.0 3.5112 4.6 3.5200 4.6 4.2733 5.3
0.0 2.8024 4.4 2.8080 4.5 3.2922 5.1
5.0 2.252 4.3 2.2555 4.3 2.5567 5.0
10.0 1.8216 4.2 1.8236 4.2 2.0007 4.8
15.0 1.4827 4.1 1.4838 4.1 1.577 4.7
20.0 1.2142 3.9 1.2146 3.9 1.2516 4.5
25.0 1.0000 3.8 1.0000 3.8 1.0000 4.4
30.0 0.82818 3.7 0.82789 3.7 0.80501 4.3
35.0 0.68954 3.6 0.68906 3.6 0.65207 4.2
40.0 0.57703 3.5 0.57644 3.5 0.53135 4.0
45.0 0.48525 3.4 0.48461 3.4 0.43546 3.9
50.0 0.41 3.3 0.40933 3.3 0.35884 3.8
55.0 0.34798 3.2 0.34732 3.2 0.29726 3.7
60.0 0.29663 3.2 0.29599 3.2 0.24751 3.6
65.0 0.25392 3.1 0.25331 3.1 0.20709 3.5
70.0 0.21824 3.0 0.21767 3.0 0.17408 3.4
75.0 0.1883 2.9 0.18777 2.9 0.147 3.3
80.0 0.16307 2.8 0.16259 2.8 0.12468 3.3
85.0 0.14174 2.8 0.14130 2.8 0.10618 3.2
90.0 0.12362 2.7 0.12323 2.7 0.0908 3.1
95.0 0.10818 2.6 0.10783 2.6 0.077949 3.0
100.0 0.094973 2.6 0.094663 2.6 0.067168 2.9
105.0 0.08364 2.5 0.083368 2.5 0.058088 2.9
110.0 0.073881 2.5 0.073645 2.5 0.050412 2.8
115.0 0.06545 2.4 0.065247 2.4 0.043898 2.7
120.0 0.058144 2.3 0.057972 2.3 0.038351 2.7
125.0 0.051794 2.3 0.051649 2.3 0.033611 2.6
130.0 0.046259 2.2 0.046139 2.2 0.029546 2.5
135.0 0.04142 2.2 0.041323 2.2 0.02605 2.5
140.0 0.037179 2.1 0.037102 2.1 0.023033 2.4
145.0 0.033451 2.1 0.033393 2.1 0.020421 2.4
150.0 0.030166 2.0 0.030125 2.0 0.018154 2.3
155.0 0.027264 2.0 0.027238 2.0 0.016181 2.3
Temperature measurement B57541G1
Glass-encapsulated sensors with insulation G1541
Page 7 of 23Please read Cautions and warnings and
Important notes at the end of this document.
R/T No.
8307 8324 8342
T (°C) B
25/100
= 3492 K B
25/100
= 3497 K B
25/100
= 4006 K
R
T
/R
25
α (%/K) R
T
/R
25
α (%/K) R
T
/R
25
α (%/K)
160.0 0.024694 2.0 0.024669 1.9 0.014458 2.2
165.0 0.022414 1.9 0.022398 1.9 0.01295 2.2
170.0 0.020385 1.9 0.020383 1.9 0.011626 2.1
175.0 0.018577 1.8 0.018589 1.8 0.010462 2.1
180.0 0.016961 1.8 0.016987 1.8 0.0094347 2.0
185.0 0.015514 1.8 0.015552 1.7 0.0085267 2.0
190.0 0.014216 1.7 0.014263 1.7 0.0077222 2.0
195.0 0.013049 1.7 0.013104 1.7 0.0070076 1.9
200.0 0.011999 1.7 0.012060 1.6 0.0063716 1.9
205.0 0.011051 1.6 0.011117 1.6 0.0058044 1.8
210.0 0.010194 1.6 0.010264 1.6 0.0052974 1.8
215.0 0.0094181 1.6 0.0094930 1.5 0.0048434 1.8
220.0 0.0087144 1.5 0.0087939 1.5 0.004436 1.7
225.0 0.0080751 1.5 0.0081599 1.5 0.0040697 1.7
230.0 0.0074933 1.5 0.0075842 1.4 0.0037398 1.7
235.0 0.0069631 1.5 0.0070611 1.4 0.0034422 1.6
240.0 0.0064791 1.4 0.0065853 1.4 0.0031732 1.6
245.0 0.0060366 1.4 0.0061522 1.3 0.0029296 1.6
250.0 0.0056316 1.4 0.0057577 1.3 0.0027087 1.6
255.0 0.0052602 1.4
260.0 0.0049193 1.3
265.0 0.0046059 1.3
270.0 0.0043173 1.3
275.0 0.0040514 1.3
280.0 0.003806 1.2
285.0 0.0035793 1.2
290.0 0.0033696 1.2
295.0 0.0031753 1.2
300.0 0.0029952 1.2
Temperature measurement B57541G1
Glass-encapsulated sensors with insulation G1541
Page 8 of 23Please read Cautions and warnings and
Important notes at the end of this document.
Mounting instructions
1 Soldering
1.1 Leaded NTC thermistors
Leaded thermistors comply with the solderability requirements specified by CECC.
When soldering, care must be taken that the NTC thermistors are not damaged by excessive
heat. The following maximum temperatures, maximum time spans and minimum distances have
to be observed:
Dip soldering Iron soldering
Bath temperature max. 260 °C max. 360 °C
Soldering time max. 4 s max. 2 s
Distance from thermistor min. 6 mm min. 6 mm
Under more severe soldering conditions the resistance may change.
1.1.1 Wave soldering
Temperature characteristic at component terminal with dual wave soldering
1.2 Leadless NTC thermistors
In case of NTC thermistors without leads, soldering is restricted to devices which are provided
with a solderable metallization. The temperature shock caused by the application of hot solder
may produce fine cracks in the ceramic, resulting in changes in resistance.
To prevent leaching of the metallization, solder with silver additives or with a low tin content
Temperature measurement B57541G1
Glass-encapsulated sensors with insulation G1541
Page 9 of 23Please read Cautions and warnings and
Important notes at the end of this document.
P1-P3P4-P6P7-P9P10-P12P13-P15P16-P18P19-P21P22-P23

B57541G1103H000

Mfr. #:
Buy B57541G1103H000
Manufacturer:
EPCOS / TDK
Description:
NTC Thermistors ALUM LYTIC RADIAL 1 000 UF 35 V
Lifecycle:
New from this manufacturer.
Delivery:
DHL FedEx Ups TNT EMS
Payment:
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