3GZ41 Search Results

3BZ marking

Abstract: 3GZ41 toshiba marking code transistor 3BZ41 3JZ41 3NZ41 3bz marking code
Contextual Info: 3BZ41,3GZ41,3JZ41,3NZ41 TOSHIBA Rectifier Silicon Diffused Type 3BZ41, 3GZ41, 3JZ41, 3NZ41 General Purpose Rectifier Applications • Average Forward Current: IF AV = 3.0 A (Ta = 45°C) • Repetitive Peak Reverse Voltage: VRRM = 100 V, 400 V, 600 V, 1000 V

Contextual Info: TO SHIBA 3BZ41 ,3GZ41,3JZ41,3NZ41 TOSHIBA RECTIFIER SILICON DIFFUSED TYPE 3BZ41, 3GZ41, 3JZ41, 3NZ41 Unit in mm GENERAL PURPOSE RECTIFIER APPLICATIONS. • • • Average Forward Current : Ip AV = 3.0A Repetitive Peak Reverse Voltage : V rr m = 100 —1000 V

3BZ41

Abstract: T 3GZ
Contextual Info: TOSHIBA 3BZ41#3GZ41#3JZ41#3NZ41 TO S H IB A RECTIFIER SILICON DIFFUSED TYPE 3BZ41, 3GZ41, 3JZ41, 3NZ41 Unit in mm GENERAL PURPOSE RECTIFIER APPLICATIO NS • • • Average Forward Current : Ip AV = 3.0 A Repetitive Peak Reverse Voltage : V r r m = 100—1000 V

3BZ marking

Contextual Info: 3BZ41,3GZ41,3JZ41,3NZ41 TOSHIBA Rectifier Silicon Diffused Type 3BZ41, 3GZ41, 3JZ41, 3NZ41 General Purpose Rectifier Applications • Average Forward Current: IF AV = 3.0 A (Ta = 45°C) • Repetitive Peak Reverse Voltage: VRRM = 100 V, 400 V, 600 V, 1000 V

3BZ41

Abstract: 3GZ41 3JZ41 3NZ41 D0-201AD
Contextual Info: TOSHIBA 3BZ41#3GZ41#3JZ41#3NZ41 TOSHIBA RECTIFIER SILICON DIFFUSED TYPE 3BZ41, 3GZ41, 3JZ41, 3NZ41 Unit in mm GENERAL PURPOSE RECTIFIER APPLICATIONS. • • • Average Forward Current : Ip AV = 3.0A Repetitive Peak Reverse Voltage : V rrm = 100~ 1000V

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

1gw transistor

Abstract: 1j4b41 Toshiba thyristors smd 1gw transistor smd 1zc diode s5688G PFR 215 N equivalent 1J4B41 equivalent
Contextual Info: 2. RATINGS AND USAGE 2.1 Maximum Ratings 2.1.3 Current Ratings. 1 Steady state operation current rating. TcMax (or Ta Max)- If(AV) (or Io) , curves show current which can be supplied at steady state. These curves are set so as to make the junction temperature o f elements

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

3BZ41

Contextual Info: TO SH IB A 3BZ41,3GZ41,3JZ41,3NZ41 TOSHIBA RECTIFIER 3R7A1 g w nor • Mr SILICON DIFFUSED TYPE j ? I7ZL1 g mm3N7A1 v ■ ■ ■ V ■ GENERAL PURPOSE RECTIFIER APPLICATIONS. • • • U nit in mm Average Forward Current : Ip AV = 3.0A Repetitive Peak Reverse Voltage : V r r m —100~1000V

s1854

Abstract: toshiba f5d BRIDGE RECTIFIER TOSHIBA 3B F0R3D S6565G BRIDGE RECTIFIER TOSHIBA 3b 4 f0r3b 4G4B44 1D4B42 3529A
Contextual Info: — wtmmmmmmmm TOSHIBA 9. Power Supply Systems 9-1 4 0 0 ~ 5 0 0 V Switching Transistors ^ ^ \P a c k a g e lC A ^ 2 5 \ T 0 -2 2 0 A B TO -2 20 IS T O -3 P II] TO-3P (N) TO-3P (L i - 2SC2552 2SC3560/1 # 2 S K 5 2 7 /8 # - - 2SC2553 S 3529A # 2 S K 5 3 0 /1 #

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

3BZ marking

Abstract: 3GZ41 3bz marking code
Contextual Info: 3BZ41,3GZ41,3JZ41,3NZ41 TOSHIBA Rectifier Silicon Diffused Type 3BZ41,3GZ41,3JZ41,3NZ41 General Purpose Rectifier Applications Unit: mm • Average Forward Current: IF AV = 3.0 A (Ta = 45°C) • Repetitive Peak Reverse Voltage: VRRM = 100 V, 400 V, 600 V, 1000 V

T 3GZ

Abstract: TOSHIBA RECTIFIER
Contextual Info: DIFFUSED TY PE RECTIFIER O • • • ß ß Q j GENERAL PURPOSE RECTIFIER APPLICATIONS. U n it in m m Average Forward Current : IF AV =3.0A Repetitive Peak Reverse Voltage : V r r m =100~1000V Peak One Cycle Surge Forward C urrent (Non Repetitive) : I f SM = 180A (50Hz)

induction cooker fault finding diagrams

Abstract: MG100J2YS1 nikkei S-200 grease TOSHIBA IGBT MG50J2YS1 MG50J2YS1 induction cooker st induction cooker MOSFET IGBT DRIVERS THEORY nikkei jointal grease nikkei S-200 NIKKEI JOINTAL 200
Contextual Info: [5] Handling Precautions 1 Using Toshiba Semiconductors Safely TOSHIBA is continually working to improve the quality and reliability of its products. Nevertheless, semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when

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

4D4B44

Abstract: 4G4B44 4B4B44 4B4B41 1ZB36 U1Z36 S5188 S5500G 4J4B44 U1Z13
Contextual Info: D I S C O N T I N U E D T Y P E L IS T P art No. 0R06NXZ31 0R06YXZ31 0R5D4B42 1DZ6K1N5059 1GZ61 1N5060) 1JZ61 ( 1N5061 ) 1LE11 1LZ6K1N5Û62) 1N4001A 1N4002A 1N4003A 1N4004A 1N4005A 1N4006A 1N4006E 1N4007A 1NE11 1QE11 1S220 1S221 1S222 1S223 1S224 1S225

BTA136

Abstract: ft0818mw SM4007 Panjit BY288 FT2516NH FS0802NH FT0817MH ft1208MW ft0618mh equivalent components of diode her207
Contextual Info: Cross Reference Cross Reference Every care has been taken in compiling this cross reference list which is published in good faith to assist engineers. Readers are reminded that list is intended for guidance only. FAGOR ELECTRÓNICA can not be held responsible for any

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