SA733 Search Results

CS9013

Abstract: CS9011 CS9012 BC327 SOT 23-6 CS8050 BC547 CS9018 BF494 to-92 .y1 do-213ac
Contextual Info: Discrete POWER & Signal Technologies Pro Electron Diode Series Leaded Switching Diodes Device No. Vrrm I rrm V Min (nA) Min BAV19 BAV20 BAV21 BAV102 BAV103 100 150 200 150 200 100 100 100 100 100 BAW62 BAW76 BAX13 BAX16 BAY19 75 50 50 150 100 BAY71 BAY72

SA733

Abstract: CS9016 2SC1815 CS9018 2SA1015 CS9014C CS9015C CS9016F CS9016H CS9018D
Contextual Info: Consumer Series Consumer Series continued ^080 ^C E O VEBO *CBO Case Style Min Min Min CS9014C TO-92 (92) 50 40 5 50 CS9015C TO-92 (92) 50 40 5 CS9016F TO-92 (92) 30 20 CS9016H TO-92 (92) 30 I CS9018D TO-92 (92) CS9018F TE SOhOO Device No. S5h DETTOSI I

PC1031

Abstract: SA733 SC945 TV horizontal Deflection Systems
Contextual Info: UTC PC1031 LINEAR INTEGRATED CIRCUIT TV HORIZONTAL DEFLECTION CIRCUIT DESCRIPTION UTC PC1031 is designed for B/W TV and small screen color TV. It generates deflection signal and drives deflection coil. FEATURES *Low external components required *Wide operating supply voltage 9V-18V

2SA1015

Contextual Info: I t i 50113Q 00M0S31 MBS I Consumer Series Consumer Series continued y ceo V EBO (V) Min (V) Min (V) Min TO-92 (92) 50 40 5 50 CS9015C TO-92 (92) 50 40 5 CS9016F TO-92 (92) 30 20 CS9016H TO-92 (92) 30 CS9018D TO-92 (92) CS9018F Device No. Case Style CS9014C

SD965

Abstract: J13003 sd965 transistor j13003 TRANSISTOR BC846 SOT-23 EBC J31C Transistor J31C J127 mosfet J42C SC4242
Contextual Info: Mini size of Discrete semiconductor elements Diode Rectifier Schottky SOD-723 / SOD-523 / SOD-323 TO-252 / TO263 SOT-23-6 / TSSOP-8 / SOP-8 mini-MELF / MELF SMA / SMB / SMC Switching SOT-523 / SOT-323 / SOT-23 Bridge Single phase / Three phase RF ( low capacitance ) & Varactor

SA733

Abstract: SC945 2200mf 10v PC1031 Contek Microelectronics 2200mf 13VP-P
Contextual Info: PC1031 LINEAR INTEGRATED CIRCUIT TV HORIZONTAL DEFLECTION CIRCUIT DESCRIPTION Contek PC1031 is designed for B/W TV and small screen color TV. It generates deflection signal and drives deflection coil. FEATURES *Low external components required *Wide operating supply voltage 9V-18V

Contextual Info: UTC PC1031 LINEAR INTEGRATED CIRCUIT TV HORIZONTAL DEFLECTION CIRCUIT DESCRIPTION UTC PC1031 is designed for B/W TV and small screen color TV. It generates deflection signal and drives deflection coil. FEATURES *Low external components required *Wide operating supply voltage 9V-18V

MDM 6600

Abstract: mt 1389 de 2061 D nikko AR9344 bosch AL 1115 CV denso alternator 7805/3A bosch al 1450 dv CATERPILLAR 207-1560 ba 4918
Contextual Info: No. 9800-OERF-007 Replaces • Remplace • Substituye No. 9800-OERF-005 Dixie Electric Ltd. OEM CROSS REFERENCE GUIDE DE RÉFÉRENCE GUÍA DE REFERENCIA 2007 Index • Índice AGCO .1

Contextual Info: UTC1031 LINEAR INTEGRATED CIRCUIT TV VERTICAL DEFLECTION SYSTEM DESCRIPTION The UTC1031 is a monolithic integrated circuit designed for use in the vertical deflection circuit of monochrome and small color television receivers. It oscillates vertical synchronizing with the vertical

SA733

Abstract: SC945 PC1031 2200U TA420
Contextual Info: UTC PC1031 LINEAR INTEGRATED CIRCUIT TV HORIZONTAL DEFLECTION CIRCUIT DESCRIPTION UTC PC1031 is designed for B/W TV and small screen color TV. It generates deflection signal and drives deflection coil. FEATURES *Low external components required *Wide operating supply voltage 9V-18V

ssb550

Abstract: SC1815 SSB050 cs9013 CS9014 CS9015 CS9012 NA31 ED1502 sa1015
Contextual Info: 0037177 O uT z io © z S' •8 z o o o o T" eg in o T" in T“ o o o CO in un CO U) o <o CO N. T” o CO o o T“ o T" o CNJ T" r“ r“ - CO d CO o in m z B s s? T“ 05 R O O) s z © z o T" o r*. CO -T-3l~Ol 0 g 2 O s © 2 1 1 5 D JjaS O H B D f*r—

CS9016

Abstract: SA733 CS9015 2SA1015 CS9014C CS9015C CS9016F CS9016H CS9018D CS9018F
Contextual Info: This Consumer Series Material Consumer Series IT continued In a bJ fcj Copyrighted a a jr a tn UJ b-1 By -C O) Device No. Case Style CS9014C ^C E O VEBO *CBO hFE w 'c V V CE(SAT) V BE(SAT) •c NF (dB) Max Test Conditions Process No. fT C<* Min Max (mA)