JNR10S300L

φ 10mm (NTC ‐ ‐ Inrush Current Limiting Thermistor)    Part Number Resistanc e at 25°C (Ohms) Tolerance min max Imax Thermal Therma Maximum Material RImax dissipatio l Capacitanc constant . n Time e B(±10% coefficient constant AC( μF) ) (Amps ) (Ω) (mW/Ԩ) (sec.) (240V) (°K) JNR10S2R5 M 2.5 23 5 0.751 14 45 150 2750 JNR10S030M 3 2.4 3.6 4 0.118 15 45 150 2750 JNR10S040M 4 3.2 4.8 4 0.16 17 45 150 2750 JNR10S050M 5 46 4 0.176 17 80 150 2750 JNR10S060L 6 5.1 6.9 3 1.114 17 80 330 2750 JNR10S070L 7 5.95 8.05 3 0.297 18 80 330 2750 JNR10S080L 8 6.8 9.2 3 0.329 19 80 330 2750 JNR10S100L 10 8.5 11.5 3 0.343 19 86 330 2800 JNR10S120L 12 10.2 13.8 2.5 0.436 19 86 330 2800 JNR10S130L 13 11.0 14.9 55 2.5 0.467 19 88 330 2850 JNR10S150L 15 12.7 17.2 55 2.5 0.492 18 88 330 2850 JNR10S160L 16 13.6 18.4 2.5 0.325 18 57 330 3100 JNR10S200L 20 17 23 2 0.576 19 57 330 3100 JNR10S250L 25 21.2 28.7 55 2 0.595 19 57 330 3100 JNR10S300L 30 25.5 34.5 2 0.666 19 64 330 3100 JNR10S470L 47 39.9 54.0 55 2 0.795 20 70 330 3100 JNR10S500L 50 42.5 57.5 2 0.905 22 97 330 3100 JNR10S800L 80 68 92 1 2.217 17 66 390 3400 JNR10S121L 120 102 138 1 2.693 17 95 390 3400      φ 13mm (NTC ‐ ‐ Inrush Current Limiting Thermistor)    Part Number Resistanc e at 25°C Tolerance Imax RImax . Thermal dissipatio n coefficient Therma l Time constan t Maximum Capacitanc e AC( μF) Material consta...