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1 3 .. 4 .. 4 .. 5 .. 5 FT Thermistor 40 C 250 C .. 6 7 AP Thermistor 60 C 150 C .. 8 9 AT Thermistor 50 C 110 C .. 10 11 ET Thermistor 40 C 100 C .. 1 2 JT Thermistor 50 C 125 C .. 1 3 KT Thermistor 40 C 125 C .. 14 15 HT Thermistor 50 C 125 C .. 16 17 NT Thermistor 50 C 300 C .. 1 8 CT Thermistor 50 C 250 C .. 1 9 NC Sensor 10 C 150 C .. 2 0 THERMOPILE 20 C 100 C .. 2 1 Power Thermistor 50 C 200 C .. 22 23 INDEX ET ThermistorAT ThermistorAP ThermistorJT ThermistorHT ThermistorKT ThermistorFT ThermistorNT ThermistorCT ThermistorNC SensorTHERMOPILEP ower Thermistor 56D 222 A E 53D 222 B V 516D211 AO 516D211 AO3 4 Thermistor Thermally Sensitive Resistor NTC 3-1.

2 1 R1 R2exp[B 1-1T1T2 ] 1 T1 T2 K R1 R2 T1 T2 B K 3-2. 3-3. B 2 2 B lnR1 lnR21-1T1T2 2 logR 1/T (k ) (1 T 103)1005025 CB:3,500B:4,8653-4. 1 C 3 1 dR 100 B 100R dTT2 3 %/K T K R T K B B K 3-5. JIS-C2570-1 1 C P mW mW/ C 4 P= Tb-Ta =P/ Tb-Ta =I2R/ Tb-Ta 4 P mW mW/ C Ta C Tb C I mA R Tb C 3-6. JIS-C2570-1 2 3 % n = 2 = 3 = 25 C mW 5 NTC NTC

3 Vout 5 Vout VccRth+Rs Rs 5 Vcc V Vout V Rth Rs 2 103AT-2 503AT-2 2 10k 5k Vout VccVoutRthRs C NTC 6L1L5L4L2L3 103 1 5PA1005FT 1 Pt 2 Au/Ni 3 AuB A 3370K B 3435K D 3969K Fig1 at 25 C 103 10 10 R 5P 5 T 1 FT FT Thermistor OA PC LCD L1L2L3L4L5 mm 1 1005 Fig1 2 L5 R25 3R25 B 4 mW/ C 5 s mW at 25 C C1 Pt2 Au/Ni3 5%3370K 1% 40 250 350 40 125 40 3435K 1% 3969K 1% 3370K 1% 3435K 1% 3370K 1% 3370K 1% 3 25 C 4 25 C 85 C 5 2 Au/Ni260 C 5 C 5s 90% H= 3 R, B 1% DC100V100M 1 Pt3 Au250 C 1000h R 5%, B 1% 2 Au/Ni125 C 1000h R 3%, B 1% -40 C 1000h R 3%, B 1% -40 C 30min 3min 125 C 30min 100 R 3%.

4 B 1% 1 Pt 2 Au/Ni 3 Au 7 FT + + T FT FT 350 C FT 10,000 / C ,0026,7636, ,9843, ,4212, ,5161, k 8 AP R25 B25/85 60 C 70 C CAP 42 mm AP 2 B at 25 C 103 10 10 OA HE R25 1R25 B 2 mW/ C 3 s mW at 25 C 3976K 156 60 3976K 3976K 3435K 103AP-2-A3976K 3976K 4220K 104AP-2100k 4261K 204AP-2200k 4470K 1 25 C 2 25 C 85 C 3 260 C 10s R, B 340 C 245 C 2s.

5 90 2N 10s R, B 90 1 H 1m 3 AC 1000V 1 1mA DC 500V100M 150 C 1000h R, B 40 C 90%RH 1000h -60 C 30min 3min 150 C 30min 3min 100 3mm 1 2N 2N 1 5mm 50W 340 C 7 9 C 202AP-2232AP-2502AP-2103AP-2103AP-2-A203 AP-2503AP-2104AP-2204AP-2-60 1202 2497 794015510-50 1211 3729 733917830-40 1868 3702 8750-30 1943 4461-20 1056 2359-10 12910 k C C 10 AT

6 B 1% AT Thermistor5 1600 TPE 42 102"5 2 202"5 2 502"5 2 103"5 2 203"5 2 42 AWG3040 3 16 130 1 CP 103 AT FTAT 5 F T at 25 C 103 10 103 11 Fig1 2 Fig2 3 Fig3 4 Fig4 5 Fig5 OA HE Fig1 Fig2 Fig3 Fig4 Fig5 R25 R25 mW/ C 3 s mW at 25 C 1 3100 1 7513 50 3182 1 3324 1 50 3435 1 4013 1 3100 1 1510 50 3182 1 3324 1 50 110103AT-2 3435 1 4013 1 3435 1 10 30 3435 1 50 110 1 25 C 2 25 C 85 C 3 mm mm mm mm mm 11 AT-2,3,4 260 C 10s or 350 C R, B 1 AT-5 260 C 5s or 350 C AT-2,3 245 C 2s : 90 AT-4,5 235 C 2s.

7 AT-11 30N 10s R, B 1 AT-2,3 2N 10s AT-4 5N 60s AT-5 2N 3s AT-11 5N 90 10 AT-2,3 90 1 AT-4 1N 90 5 AT-5 90 2 AT-11,2,3 H=1m 3 AT-4 H= 3 AT-5 H=1m 1 AT-11,2,3,5 AC 1000V 1 1mA AT-4 DC 100V 1 AT-11,2,3,5 DC 500V100M AT-4 DC 100V AT-11 105 C 90 C 4 1000h R, B 1 AT-2,3,5 110 C 90 C 4 1000h AT-4 90 C 1000h AT-11 70 C 90% DC 1mA 1000h AT-2,3,4,5 40 C 90% DC 1mA 1000h AT-11 -55 C 30min 3min 85 C 30min 3min 100 AT-2,3 -30 C 30min 3min 90 C 30min 3min 100 AT-4 -20 C 5min 1min 70 C 5min 1min 100 AT-5 -30 C 5min 3min 90 C 5min 3min 100 4 102AT-11, 202AT-11, 102AT-2, 202AT-2 AT-2 3 5 3mm 1 2N 2 2N 1 2 5mm 50W 340 C 350 C 7 2 AT-5 C k mm AT 5 2,500 3 max.

8 ET B ET Thermistor Fig1 Fig2 Fig3 3 187 1 1 42 ETB 42 mm 87 23 1 CP CP 103 ET R25 1P 1 3 ETB 2 3H at 25 C 103 10 103 1 Fig1 2 Fig2B Fig2 3H Fig3 HE LCD 1 1N 1N 1 5mm 50W 340 C 7 R25 1R25 B 2 3%3850K 1% 40 + 3100K 1% 3614K 1% 3250K 1% 3450K 1% 40 + 3760K 1% 3525K 1% 4055K 1% 4013K 1%104ET100k 4132K 1% 40 +90224ET226k 4021K 1% 40 +100234ET232k 4274K 1% 1% 2%3435K 1% 40 +90 W/ C 3 4 at 25 C 1 25 C 2 25 C 85 C 3 4 ET-1 R37 5R37 B 6 40 +100 W/ C 7 at 25 C 5 37 C 6 30 C 45 C 7 260 C 10s R, B 1 245 C 2s : 90 1N 10s R, B 1 , H 1m 3 DC 100V100M 100 C 90 C 8 1000h R, B 1 2% 9 40 C 90% 1000h -20 C 5min 3min 100 C 80 C 8 5min 3min 100 8 212ET 103ET 104ET 103 ETB 9 212ET 103ET 104ET 103 ETB C 7833.

9 316022664332570059046204. 3250K3450K 3760K3525K4055K4013K4132K 4021K 4274K3435K3944K 6 10 45 C k 13 JT 500 m JT Thermistor mm 25 15 42 Fig1 50 1 75 1 100 15 Fig2 103 JT 025 Fig1 25mm050 Fig2 50mm075 Fig2 75mm100 Fig2 100mm at 25 C 103 10 103 LCD ,150 C , 3mm ,7mm R25 1 B 2 mW/ C s 3 mW at 25 C 1 3435K 1 50 125104JT100 k 4390K 1 1 25 C 2 25 C 85 C 3 260 C 5s R, B 1% 245 C 2s : 90% 1N 10s R, B 1% 90 1 H= 3 AC 100V 1 1mA DC 100V100M 125 C 1000h R.

10 B 1% 40 C 90%DC 1mA 1000h -25 C 30min 3min 125 C 30min 3min 100 7mm min3mm min 90 1 C 103JT104JT 4390 k 14 SMD KT 1 B 1 EIAJ 1005 1608 KT ThermistorL1L1 WLT 103KT 1608T SMD at 25 C 103 10 103 EIAJ Fig1 R25 1P 1 2P 2 3P 3 OA LCD HIC AV R25 R25 mW/ C s 3 mW at 25 C C103KT1608T1 0 1 2% 3%3435 1 40 125503KT1608T5 0 4055 1 104KT1608T100 4390 1 103KT1005T1 0 3435 1 25 C 25 C 85 C 260 C 10s , 3 235 C 5s : 75 5 10s , 3 2mm 5s 10 10s 125 C 1000 , 3 40 C 90 1000 -25 C 30min 15min 100 C 30min 15min 50 ( )