QTGN12 Search Results

QTGN12

Contextual Info: DATA SHEET 7 EfU QUALITY THERMISTOR INC. CUSTOM MONOLITHIC GLASS PACKAGES FOR NTC THERMISTORS QTGN12 QTGNW .020 " TINNED DUMET 105"DIA. M AX . 300 " .2 0 0 " QTGNI2 -1 -2 -3 -4 -5 -6 -7 -8 -9 -10 -11 -12 -13 -14 -15 -16 -17 RESISTANCE 25C 100 250 500 1,000

qtgn

Contextual Info: 5 0 0 0 0 EHMC 4 / G: G 2 5 G +/ - 5 / 1 □ P E P A T I NG F A N G E : - 5 5 TG 1 5 0 G G T G R A G G RANGG ! - 6 5 TG 1 5 0 G T H E R M A O T I M E C E N 0:T A N T : 5 G E 0: , N E M H I G GI R A T I G N G G N G T A N T ! G n W/ G POWER P A T I N O ! , 1 2 5 W 0 2 5 0 , D E R A T E T E

Contextual Info: ER25C 5 0 0 OHM: + / - 5 X NTC -3 5 '/. / C M 2 5 C □ F'ERATING R A N G E :- 5 5 TG 150 C G T G R A G E R A N G E :-85 TG 150 C TH ERMAL TIME E E N E T A N T :5 E E E , N □M D IE EI P A T I □ N C G N E T A N T : G n W / C FEWER R A T I N G 1 E 5 W P E 5 E,DERATE

QTGN12

Abstract: THERMISTORS SCK 055 QTO220FZ-103 QTO220FZ copper bond wire qtgn ntc 0510 NTC 472 NTC 0515 THERMISTORS SCK 016
Contextual Info: "Industry's Partner In Quality & Performance" INTRODUCTION A thermistor, or thermally sensitive resistor, is a resistor that changes resistance with a change in temperature. There are two basic types of thermistors, PTC and NTC. A PTC Positive Temperature Coefficient device will

Contextual Info: ER25C 5 0 0 OHM: +/-17. NTC -3 5 '/. / C M 2 5 C □ F'ERATING R A N G E :- 5 5 TG 150 C G T G R A G E R A N G E :-85 TG 150 C TH ERMAL TIME E E N E T A N T :5 E E E , N □M D IE EI P A T I □ N C G N E T A N T : G n W / C FEWER R A T I N G 1 E 5 W P E 5 E,DERATE

Contextual Info: R Ê 2 5 C i 5 0 0 0 0 EHMC + / - 1 / 1 NTL: - 4 4 / G: G 2 5 G □ P E P A T I NG F A N G E : - 5 5 TG 1 5 0 G GTGRAGG RANGG ! - 6 5 TG 1 5 0 G THERMAO T I M E C E N 0:T ANT : 5 GE0: , N EM H I G GI R A T I GN GG N G T A N T ! G n W/ G POWER P A T I N O ! , 1 2 5 W 0 2 5 0 , DERATE T E

Contextual Info: RÊ25C i 50Û000 NTC 9 EH ME: +/-5 7 . / C:F 2 5 C: □ P E P A T I N G R A N G E ¡ - 5 5 TG 1 5 0 C G T G P A G G R A N G E : - 6 5 TG 1 5 0 C T H E R M A L T I M E L G N G T A N T : 5 G E G , N GM H I G G I F A T I □ N G G N G T A N T ! G n W/ C FEWER F A T I N G 125 WP 25 E , D E P A T E T E

Contextual Info: ER25C 5 0 0 OHM: +/-£/. NTC -3 5 '/. / C M 2 5 C □ F'ERATING R A N G E :- 5 5 TG 150 C G T G R A G E R A N G E :-85 TG 150 C TH ERMAL TIME E E N E T A N T :5 E E E , N □M D IE EI P A T I □ N C G N E T A N T : G n W / C FEWER R A T I N G 1 E 5 W P E 5 E,DERATE

Contextual Info: R Ê 2 5 C i 5 0 0 0 0 EHMC + / - 1 Û 7 . NTL: - 4 4 / C: P 2 5 G □ P E P A T I NG R A N G O : - 5 5 TG 1 5 0 G GTGRAGG RANGG ! - 6 5 TG 1 5 0 G THERMAO T I M E C E N 0:T ANT : 5 GE0: , N EM H I G GI R A T I GN GG N G T A N T ! G n W/ G POWER P A T I N O ! , 1 2 5 W P 2 5 0 , DERATE T E

qtgn

Contextual Info: 5 0 0 0 0 OHME 4 / C: G 2 5 C: +/ - £ % □ P E P A T I NG F A N G O : - 5 5 TG 1 5 0 G G T G R A G G RANGG ! - 6 5 TG 1 5 0 G T H E R M A O T I M E C E N 0:T A N T : 5 G E 0: , N E M H I G GI R A T I G N G G N G T A N T ! G n W/ G POWER P A T I N O ! , 1 2 5 W 0 2 5 0 , D E R A T E T E

Contextual Info: ER25C 500 OHM: +/-107. NTC -3 5 '/./ C M 2 5 C □ F'ERATING RANGE :-55 TG 150 C GT GRAGE R A N G E :-85 TG 150 C TH ERMAL TIME E E N E T A N T :5 E E E , N □M D IE EI P A T I□ N C G N E T A N T : G n W / C FEWER R A T I N G 1 E 5 W P E 5 E, DERATE TE 1E5