MIL-PRF-23648/19C
TABLE II. Factors for determining resistance at various temperatures.
Resistance range (ohms)
Temperature
(°C)
10-75
82-160
180-510
560-1.3k
1.5k 6.2k
6.8k-10k
-55
0.615
0.582
0.560
0.550
0.515
0.510
-15
0.790
0.770
0.755
0.740
0.730
0.730
0
0.863
0.847
0.838
0.835
0.825
0.825
25
1.0
1.0
1.0
1.0
1.0
1.0
50
1.160
1.170
1.180
1.20
1.230
1.190
75
1.350
1.370
1.400
1.420
1.450
1.400
100
1.545
1.584
1.623
1.656
1.670
1.610
125
1.750
1.80
1.860
1.920
1.960
1.830
3.7 Short time overload. The maximum allowable change in zero-power resistance as the result of the
short time load test shall be ±2 percent.
3.8 Low temperature storage. The maximum allowable change in zero-power resistance as the result
of the low temperature storage test shall be ±2 percent.
3.9 High temperature storage. The maximum allowable change in zero-power resistance as the result
of the high temperature storage test shall be ±1 percent.
3.10 Terminal strength. When tested in accordance with 4.2, the maximum allowable change in zero-
power resistance shall be ±1 percent.
3.11 Thermal shock. The maximum allowable change in zero-power resistance as the result of the
thermal shock test shall be ±2 percent.
3.12 Resistance to soldering heat, type S. The maximum allowable change in zero-power resistance
as the result of the resistance to soldering heat test shall be ±1 percent.
3.13 Moisture resistance. The maximum allowable change in zero-power resistance as the result of the
moisture resistance test shall be ±3 percent.
3.14 Life. The maximum allowable change in zero-power resistance as the result of the life test shall be
±5 percent.
3.15 High temperature exposure. The maximum allowable change in zero-power resistance as the
result of the high temperature exposure test shall be ±1 percent after 100 hours, and ±2 percent after
1,000 hours.
3.16 Vibration, high frequency. The maximum allowable change in zero-power resistance as the result
of the vibration test shall be ±2 percent.
3.17 Shock, specified pulse. The maximum allowable change in zero-power resistance as the result of
the shock test shall be ±2 percent.
4
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