3GH45 Search Results

Contextual Info: T O SH IB A 3GH45 TOSHIBA FAST RECOVERY RECTIFIER SILICON DIFFUSED TYPE 3G H4 5 SWITCHING TYPE POWER SUPPLY APPLICATIONS • • • = 400V ! f AV = 3.0A trr = 200ns (Max.) Repetitive Peak Reverse Voltage Average Forward Current Very Fast Reverse-Recovery Time

Contextual Info: 3GH45 SILICON DIFFUSED TYPE FAST RECOVERY RECTIFIER SWITCHING TYPE POWER SUPPLY APPLICATIONS. Unit in mm . Repetitive Peak Reverse Voltage : V r r m = 400V . Average Forward Current o V : If AV =3.0A 's. . V e r y F a s t R e v e r s e - R e c o v e r y T i m e : t r r = 200ns(llax.)

3GH45

Abstract: D0-201AD
Contextual Info: TOSHIBA 3GH45 TOSHIBA FAST RECOVERY RECTIFIER SILICON DIFFUSED TYPE 3G H4 5 SWITCHING TYPE POWER SUPPLY APPLICATIONS • • • Repetitive Peak Reverse Voltage Average Forward Current Very Fast Reverse-Reeovery Time VrRM = 400V : F A V = 3.0A trr = 200ns (Max.)

TOSHIBA RECTIFIER

Contextual Info: TOSHIBA 3GH45 TOSHIBA FAST RECOVERY RECTIFIER SILICON DIFFUSED TYPE 3 r; h â. s M T • ■ MT SWITCHING TYPE PO W ER SUPPLY APPLICATIONS • • Repetitive Peak Reverse Voltage : VRRM = 400V Average Forward Current : If AV = 3.0A Very Fast Reverse-Recovery Time : trr = 200ns (Max.)

smd 1gw

Abstract: diode Z47 1ZB36 1ZB20 zener U1DL49 1ZB20 6B4B41 FAST RECOVERY DIODE 200ns 2a 1B4B41 J2C42
Contextual Info: a SELECTOR GUIDE The following products are recommended for use in any new circuitry designs. General Purpose Rectifiers —> Peak Repetitive Reverse Voltage 600V 1000V 1S 1887 1S 1888 1S 1830 S5277B S5277G S5277J S5277N D O -41S S5566B S5566G S5566J S5566N

1ZB36

Abstract: 2z47 1J4B41 1B4B42 100L6P43 1Z16 6G4B41 3Z150 30L6P45 10GL2CZ
Contextual Info: 1 PART NUMBER INDEX P art No. 05B4B48 05G4B48 05GU4B48 05J4B48 05NH45 05NH46 05NU41 05NU42 0R8GU41 100G6P43 100L6P43 100Q6P43 100U6P43 10B4B41 10DL2C41A 10DL2C48A 10DL2CZ47A 10FL2C48A 10FL2CZ47A 10G4B41 10GL2CZ47A 10GWJ2C48C 10GWJ2CZ47C 10J4B41 10JL2CZ47 10JWJ2CZ47

BY228 equivalent

Abstract: BYD14G RU20A cross reference
Contextual Info: VISHAY INTERTECHNO L O G Y , INC . INTERACTIVE data book Sinterglass Avalanche Diodes vishay semiconductors vSE-db0112-1009 Notes: 1. To navigate: a Click on the Vishay logo on any datasheet to go to the Contents page for that section. Click on the Vishay logo on any Contents

1gw transistor

Abstract: TSA1000 1J4B41 1G4B41 1B4B41 magnetron power control scr driver ic for rectifier 3 phase scr drive circuit diagram 4G4B41 1B4B42
Contextual Info: mAPPLICATION CIRCUIT 1. Igniter . 448 2. Strobe . 449

bvy27-200

Abstract: BY228 equivalent ERD29-08 ERC06-15s ERC05-10b BYD14J RGP15J equivalent BYD14G ERD28-06S BVY28-200
Contextual Info: VISHAY Vishay Semiconductors Cross Reference This guide includes a code letter system which designates the compatibility between Vishay Semiconductors devices and those of other manufacturers. Code Definitions 1 = equivalent 2 = minor electrical difference

1ZB36

Abstract: 0R1QYZ41 4D4B44 6b4b41 4D4B41 s5502n 0R1NYZ41 30jh11 10L6P44 30L6P43A
Contextual Info: [ 10 ] 保守廃止品種一覧表 [ 10 ] 保守廃止品種一覧表 次の品種が保守品種および廃止品種となっております。新規採用は代替推奨品種にてご検討くださいま すようお願いいたします。 2003-3-1 現在

TB1253N

Abstract: TB1240 TA8792N TA8792 tb1238 f062dsl TC90A65F TB1238BN F1814B LB 122s
Contextual Info: 2000-2 エネルギーとエレクトロニクス 東芝半導体システムカタログ TV編 Y1A1AH TVの機能別基本ブロック図 音声処理部 周波数シンセサイザ部 音声多重復調 SIF UHF/VHF チューナ サラウンド 機能 SAW

S11V

Abstract: Schottky diode TO220 15A 1000V 5tuz47 diode diode schottky 1000V 2a lead 5TUZ47 DO-41SS 20GWJ2CZ47 rectifier 5A 1000V DIP 1R5DL41A 20L6P45
Contextual Info: 1 NEW PRODUCTS DIGEST High-Breakdown Voltage 400V, 600V , Hlgh-Efficlency Diode (HEP) For prim ary flywheel use (600V) and secodary rectification use (400V) in com pact, high-efficiency switching pow er supplies. 5GLZ47A : V rrm = 4 0 0 V , IF(av) = 5A, trr« 5 n s

IN5363B

Abstract: IN5361B P6KEI5CA IN5956B TFK S 417 T IM200Z in5349b IN5384B in5366b P6KEI5A
Contextual Info: Cross Reference Every care has b een taken in compiling this cross referen­ ce list which is published in good faith to assist engineers, Readers are rem inded that this list is intended for guidance only FAGOR ELECTRÓNICA can not be held responsible for any