QTG10 Search Results

Contextual Info: RRE5C : 33 0 0 □ HMC: +/-107. P T C : . 7 '/ . / C □ F' ERATI NG RANGE : - 5 5 TG 1R5 C GTGRAGE R A N G E : - 5 5 TG 150 C T HE RMA L T I M E EGNC:TANT >1 0 0:ELL MAX D I G GI P A T I □ N C G N G T A N T : R , 5 n W/ C MI N POWER R A T I N G : , 06EW@E5 C , DER AT E TG 1E5

Contextual Info: RREGC : ISO 0 □ HMG: +/ - G X PTC : .7 '/. / C PECICTANCE □ F' ERATI NG RANGE : - 5 5 TG 1R5 C GTGRAGE R A N G E ' - 5 5 TG 150 C T HE RMA L T I M E EGNG:TANT >10 CELL MAX D I G GI P A T I □ N C G N G T A N T : R , 5 n W/ C MI N POWER R A T I N G ' , ObRWiERG C , DER AT E TG 1E5

Contextual Info: R3 2 5 C : ISO GHMG: + / - 10'/. PTC : . 7 /. / C □ F' ERATI NG RANGE : - 5 5 TG 1R5 C GTGRAGE R A N G E : - 5 5 TG 150 C T HE RMA L T I M E EGNG:TANT >10 CELL MAX D I G GI P A T I □ N C G N G T A N T : R , 5 n W/ C MI N POWER R A T I N G : , 0b£W@£5 C , DER AT E TG 1E5

Contextual Info: R 6 E 5 E :ft2 0 0 □ HMft: + /-5R PTC : . 7 ft/"ft O P E R A T I N G R A N G E : - 5 5 TG I RS C STORAGE R A N G E : - 5 5 TO 150 C T HE RMA L T I M E CON ft:T A N T: 10 ft EC, MA X D I ft ft I P A T I □ N C D N ft T A N T : R , 5 n W/ C MI N FEWER R A T I N G : , UbRWPRS C , DER AT E TO 1R5

thermistor 40k table

Abstract: ptc thermistor 10k of thermistor 470 ohms ptc PTC 680 OHMS thermistor ptc 10k
Contextual Info: "Industry's Partner In Quality & Performance" POSITIVE TEMPERATURE COEFFICIENT THERMISTORS Positive Temperature Coefficient PTC thermistors have a resistance gain of approximately .7% per degree centigrade and exhibit a linear resistance vs. temperature change over given increments of temperature change.

G714

Abstract: 8dn8
Contextual Info: RÊ25C I 68 0 0 □HM0: + /- 107. R O C ! .7 '/./ 0 □ P E P A T I NG R A N G E ¡-55 TG 185 G 8 T G R A G E R A N G E :-55 TG 150 G THE R M A G T I M E G G N 8 T A N T : 1 0 0:E 8 MA X H I8 8 1 F A T I G N G G N G T A N T '8 ,5 n W / G MI N P O W E R R A T I N G 0 b £ W @ £ 5 G ,D E R A T E TG 185

G101

Abstract: QTG10
Contextual Info: R Ê 2 5 C i 1 0 GHMC PTC : .7 /. / +/- 1Û7. C □ P E P A T I NG P A N G E i - 5 5 TG 1 2 5 2 C T G E A G G F:ANGE ! - 5 5 TG 1 5 0 C T H E R M A L T I M E CEN C T A N T >10 C E C , MA X H I 5 5 1 F A T I □ N C G N 5 T A N T ! 2 , 5 n W/ C M I N POWER R A T I N G 0 b £ W@£ 5 C , D E R A T E T E

Contextual Info: P P 2 5 E :2 7 E H M U P T C : .7 /. / U + 7-5/1 □ P E P A T I NG P A N G E i - 5 5 TG 125 G G T G P A G G P A N G E : - 5 5 TG 150 C T H E R M A L T I M E C E N C T A N T >10 CEC, M A X D I7 7 1 F’A T I □ N 7 G N 7 T A N T :2 ,5 n W / 7 MI N F E W E R F A T I N G : , 0 b 2 W G 2 5 C ,D E R A T E TG 125

Contextual Info: RE EEC : bS 0 0 □ HMC: + / - 107. PTC : . 7 '/./ C □ F' ERATI NG RANGE : - 5 5 TG 1R5 C GTGRAGE R A N G E : - 5 5 TG 150 C T HE RMA L T I M E EGNC:TANT >10 CELL MAX D I G GI P A T I □ N C G N G T A N T : R , 5 n W/ C MI N POWER R A T I N G : , ObEWEES C , DER AT E TG 1E5

777C

Contextual Info: P P 3 5 3 : 3 3 Ü DH M3 P T C : . 7 7./ C + / - 1 0 '/. □ P E P A T I NG R A N G E ' - 5 5 T E 1 2 5 E C T E R A G E R A N G E ' - 5 5 T E 150 C T H E R M A L T I M E C E N 3:T A N T i 10 0 E C , MA X D I 3 5 1 F A T I □ N 0 E N 3 T A N T ! 2 , 5 n W/ E M I N

Contextual Info: R Ê 2 5 C I5 0 O H M 0 + 0 - 10/1 PTC ! .7 '/./ 0 □ P E P A T I 01G P A N C E i-55 TC 105 0 O T C P A G E P A N G E !-55 TG 150 G T H E P M A G T I M E C G N 0:T A N T > 1 0 0 E 0 MAX H I0 0 1 F A T I G N G G N 0 T A N T !0 ,5 n W 0 G M I N P O W E R R A T I N G O b O W @ G 5 0 , D E R A T E TE 105

Contextual Info: R Ê 2 5 C i4 7 E H M G +/-1Û7. P T C : .7 /./ C □ P E P A T I NG P A N G E i - 5 5 TG 125 G C T G R A G G F:ANGE !- 5 5 T G 1 5 0 G T H E R M A L T I M E C E N C T A N T >10 C EC, M A X H I G GI F’A T I G N C G N G T A N T '2 ,5 n W / C M I N P O W E R R A T I N G 0 b £ W @ £ 5 C ,D E R A T E T E

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: R RE 5 E : f t 2 0 0 □ HMft: PTC : . 7 ft/"ft +/-107. OPERATING RANGE:-55 TG IRS C GTGRAGE R A N G E :-55 TG 150 C THERMAL TIME EE N ft: T A N T >10 ftEC, M A X D IftftIP A T I□ N C G N ftT A N T :R ,5 n W / C MI N FEWER R A T I N G U b R W P R S C ,DERATE TE 1R5

QTG10-1OGG

Contextual Info: R Ê 2 5 C I 1 0 00 0 DHME + /-1 LOI PTC : . 7 0 / 0 O P E R A T I N G R A N G E ¡ - 5 5 TG 1 2 5 0 O T G R A G E R A N G E ! - 5 5 TG 1 5 0 0 T H E R M A L T I M E C G N C T A N T : 10 C E C , MA X D I 5 5 1 F A T I 0 N 0 G N 5 T A N T : 2 , 5 n W/ 0 M I N

Contextual Info: R Ê 2 5 C I 12 0 □ H M 2 + / - 1 0 X PTC ! .7 y./ c O P E R A T I N G R A N G E ¡-55 TG 125 G 2 T G E A G G R A N G E ! - 5 5 TG 150 C T H E R M A L T I M E L G N 2 T A N T >10 2 EC, MAX H I2 2 1 F A T I G N C G N 2 T A N T :2 ,5 n W / 2 M I N F E W E R F A T I N G 0 b £ W @ £ 5 C ,D E P A T E TG 125

Contextual Info: F G 2 5 E :4 7 E H M 7 P T C : .7 /./ C +/-5X □ P E P A T I NG P A N G E i - 5 5 TG 125 C 7 T G P A G G P A N G E : - 5 5 TG 150 C T H E R M A L T I M E C E N C T A N T >10 CEC, M A X D I7 7 1 F’A T I □ N 7 G N 7 T A N T :2 ,5 n W / 7 MI N F E W E R F A T I N G : , 0 b 2 W G 2 5 C ,D E R A T E TG ICE

777C

Contextual Info: R G 25 C : 27 Ü Û GHMC P T C : . 7 '/ . / C + /-5X □ P E P A T I NG P A N E E ¡ - 5 5 TE 1E5 7 7 T E R AG E P A N E E ! -55 TE 150 E THERMAL T I M E L E N 7 TANT >1 0 7 E L MAX H I 7 7 1F’A T I E LI E E N7 T A LI T : 2 , 5 n W/ E MI N POWER R A T I N G 0b£W@£5 C , D E R A T E T E 1E5

copper thermal

Contextual Info: ELECTRICAL CHARACTERISTICS: .070 NOM. R25C=XXX OHMS X% PTC= 0.7%/C .015 NOM TINNED COPPER THERMAL TIME CONSTANT: 10 SEC. MAX. OPERATING TEMPERATURE: -55C TO 125C STORAGE TEMPERATURE: -55C TO 150C DISSIPATION CONSTANT: 2.5mW/C MIN. POWER RATING: .062W @25C, DERATE TO 125C

Contextual Info: R Ê 2 5 C I £ 2 0 0 OHM: + Y-1Ü/1 P T C : . 7 '/. / C P E 2 I 2TANGE □ P E P A T I N G P A N C E i - 5 5 TC 125 C 2 T E R A G E P A N G E ! - 5 5 T E 150 C T H E R M A L T I M E E D N 2 T A N T >10 2 E 2 MAX H I 2 2 1 P A T I □ N 2 E N 2 T A N T : 2 , 5 n W/ 2 M I N

Contextual Info: R Ê 2 5 C I £ 7 Û G H M7 P T C ! . 7 y. / c + 7 - 1 ON P E 7 1 7 T ANCE □ P E P A T I NG P A N E E ¡ - 5 5 T E 1 E 5 E 7 T E P A G E P A N E E ! - 5 5 T E 150 E T H E R M A L T I M E ED N 7 T A N T >10 7 E C . MA X H I C 7 1 F’ A T I E N E E N 7 T A N T : 2 , 5 n W7 E M I N

Contextual Info: R Ê 2 5 C I£2 0 G H M C + 0 - 1 OX PTC ! .7 y. / c □ P E P A T I NG P A N E E ¡-55 TE 1E5 C C T E F A E E P A N E E ! - 5 5 TE 150 E T H E R M A L T I M E ED N E T A N T >10 5 EC. MA X H IC CI F’A T I E N E E N 5 T A N T :P ,5 n W / E M I N F E W E R R A T I N G : , 0 b P W @ £ 5 C ,D E R A T E TE 1£5

0332P

Contextual Info: RÊ25C I 3 9 0 0 □ HM0: + / - 1 0 7 . ROC ! .7 '/./ 0 □ P E P A T I NG R A N G E ¡-55 TG 135 3 3 T G R A G E R A N G E !-55 TG 150 C T H E R M A L T I M E E G N 5 T A N T : 1 0 0:EC. MAX H IC CI F A T I G N C G N 5 T A N T :3 ,5 n W / C M I N P O W E R R A T I N G 0 b £ W @ £ 5 C ,D E R A T E TG 135

Contextual Info: RRR5E : 5 0 0 0 □ HM3 +/ - 5 X P T C : . 7 '/. / C O P E R A T I N G R A N G E : - 5 5 TG I RS C STORAGE R A N G E : - 5 5 TO 150 0: T HE RMA L T I M E CON5:TANT: 10 3 E C. MAX D I 5 5 1 P A T I □ N C D N 5 T A N T : R , 5 n W/ C MI N POWER R A T I N G : , UbRWPRS C , DER AT E TO 1R5