MARKING 3GW Search Results

Contextual Info: T O SH IB A 3GWJ2C42,U3GWJ2C42 TOSHIBA SCHOTTKY BARRIER RECTIFIER STACK SCHOTTKY BARRIER TYPE 3GWJ2C42, U3GWJ2C42 SWITCHING TYPE POWER SUPPLY APPLICATION CONVERTER & CHOPPER APPLICATION • • • 3GWJ2C42 5.2 ± 0.2 O +1 LO 0.610.15 MARKING ! z 2 0.95MAX

marking 60h

Abstract: 3gwj
Contextual Info: 3GWJ42 SCHOTTKY BARRIER TYPE RECTIFIER O HIGH SPEED RECTIFIER APPLICATIONS. U nit in mm • • • Average Forward Current : I f AV =3.0A Reverse Recovery Time : trr = 35ns (MAX.) Low Forward Voltage : Vyj^=0.55V (MAX.) M A X IM U M RATING SYMBOL CHARACTERISTIC

btj 57

Abstract: 3GWJ42 D0-201AD
Contextual Info: TOSHIBA 3GWJ42 TOSHIBA SCHOTTKY BARRIER RECTIFIER HIGH SPEED RECTIFIER APPLICATIONS • • SCHOTTKY BARRIER TYPE 3GWJ42 Average Forward Current Low Forward Voltage • ÏF tA V ^ .O A : VfM = 0.55V Max. MAXIMUM RATINGS SYMBOL RATING UNIT V 40 V rrm A 3.0

3GWJ2C42

Abstract: U3GWJ2C42
Contextual Info: TOSHIBA 3GWJ2C42,U3GWJ2C42 TOSHIBA SCHOTTKY BARRIER RECTIFIER STACK SCHOTTKY BARRIER TYPE 3GWJ2C42, U3GWJ2C42 SWITCHING TYPE POWER SUPPLY APPLICATION CONVERTER & CHOPPER APPLICATION • • • Unit in mm 3GWJ2C42 Average Output Rectified Current : Io = 3A

3GWJ2C42

Abstract: U3GWJ2C42 TOSHIBA RECTIFIER
Contextual Info: 3GWJ2C42,U3GWJ2C42 TOSHIBA SCHOTTKY BARRIER RECTIFIER STACK SCHOTTKY BARRIER TYPE 3GWJ2C42,U3GWJ2C42 SWITCHING MODE POWER SUPPLY APPLICATION CONVERTER & CHOPPER APPLICATION Average Output Rectified Current : IO = 3 A Repetitive Peak Reverse Voltage : VRRM = 40 V

Contextual Info: TOSHIBA 3GWJ42C TOSHIBA SCHOTTKY BARRIER RECTIFIER SCHOTTKY BARRIER TYPE 3G W J 4 2 C Unit in mm HIGH SPEED RECTIFIER APPLICATIONS • • Average Forward Current : Ip Ay = 3.0A Low Forward Voltage : Vp]y[ = 0.55V (Max.) M A X IM U M RATINGS (Ta = 25°C)

Contextual Info: TOSHIBA 3GWJ42 TOSHIBA SCHOTTKY BARRIER RECTIFIER SCHOTTKY BARRIER TYPE Unit in mm HIGH SPEED RECTIFIER APPLICATIONS • • Average Forward Current : Ip A V = ^-0A Low Forward Voltage : V f M “ 0.55V (Max.) M A XIM U M RATINGS (Ta = 25°C) CHARACTERISTIC

3gw marking

Abstract: marking 3gw
Contextual Info: TOSHIBA 3GW J42 TOSHIBA SCHOTTKY BARRIER RECTIFIER SCHOTTKY BARRIER TYPE 3GW J42 Unit in mm HIGH SPEED RECTIFIER APPLICATIONS • • Average Forward Current Low Forward Voltage : Ijr AV = 3.0A : V f m = 0.55V (Max.) M A X IM U M RATINGS (Ta = 25°C) CHARACTERISTIC

3GWJ2C42

Abstract: U3GWJ2C42
Contextual Info: TOSHIBA 3GWJ2C42,U3GWJ2C42 TOSHIBA SCHOTTKY BARRIER RECTIFIER STACK SCHOTTKY BARRIER TYPE 3GWJ2C42, U3GWJ2C42 SWITCHING TYPE POWER SUPPLY APPLICATION CONVERTER & CHOPPER APPLICATION • Average Output Rectified Current : Io = 3A • Repetitive Peak Reverse Voltage

3GWJ42

Abstract: D0-201AD TOSHIBA RECTIFIER
Contextual Info: TOSHIBA 3GWJ42 TOSHIBA SCHOTTKY BARRIER RECTIFIER HIGH SPEED RECTIFIER APPLICATIONS • • Average Forward Current Low Forward Voltage SCHOTTKY BARRIER TYPE 3GWJ42 Unit in mm : Ip Ay = 3.0A : V f M = 0.55V (Max.) - - MAXIMUM RATINGS (Ta = 25°C) SYMBOL

Contextual Info: T O SH IB A 3GWJ42 TOSHIBA SCHOTTKY BARRIER RECTIFIER HIGH SPEED RECTIFIER APPLICATIONS • • SCHOTTKY BARRIER TYPE 3GWJ42 Average Forward Current Low Forward Voltage : i F AV = 3-0a : VFM = 0.55V (Max.) MAXIMUM RATINGS SYMBOL CHARACTERISTIC Repetitive Peak Reverse Voltage

3GWJ42C

Abstract: D0-201AD TOSHIBA RECTIFIER
Contextual Info: TOSHIBA 3GWJ42C TOSHIBA SCHOTTKY BARRIER RECTIFIER SCHOTTKY BARRIER TYPE 3GWJ42C Unit in mm HIGH SPEED RECTIFIER APPLICATIONS • • Average Forward Current : Ijr a v = 3.0A Low Forward Voltage : V f M~ 0.55V (Max.) -o - MAXIMUM RATINGS (Ta = 25°C) CHARACTERISTIC

Contextual Info: T O SH IB A 3GWJ2C42,U3GWJ2C42 TOSHIBA SCHOTTKY BARRIER RECTIFIER STACK SCHOTTKY BARRIER TYPE 3GWJ2C42, U3GWJ2C42 SWITCHING TYPE POWER SUPPLY APPLICATION CONVERTER & CHOPPER APPLICATION • • • Unit in mm 3GWJ2C42 Average Output Rectified Current : Io = 3A

W1634

Contextual Info: VIDEO PATCH PANELS 149 SWITCHCRAFT, INC. 5555 N. Elston Ave. • C h ica g o , IL 60630 • 773 792-2700 • FAX: 773 792-2129 • w w w .sw itch cra ft.co m VIDEO PATCH PANELS Video Insulated Panels, Series VIP, patch 24 or 26 channels from DC to 750 MHz allows for serial digital video patching.

2SC4288A

Abstract: c5411 c5411 transistor 2Sc5858 equivalent MA 8910 2SD2499 equivalent 2SC5446 equivalent 2sc5858 2SD2539 equivalent TV horizontal Deflection Systems
Contextual Info: 2003-9 PRODUCT GUIDE BCE0015A Horizontal-Deflection Output Transistors 2003 http://www.semicon.toshiba.co.jp/eng 1 Outline Toshiba has developed a range of fifth-generation horizontal-deflection-output transistors HV-Trs . Radical redesign of the emitter electrode and the contact pattern has yielded significant improvements, resulting in higher current density

c5411

Abstract: c5411 transistor S2000N equivalent 2SC5570 equivalent S2055N equivalent 2SD1555 equivalent c5411 equivalent S2055AF equivalent 2SD2539 equivalent 2SD2499 equivalent
Contextual Info: Horizontal-Deflection Output Transistors PRODUCT GUIDE Outline Toshiba has developed a range of fifth-generation horizontal-deflection-output transistors HV-Trs . Radical redesign of the emitter electrode and the contact pattern has yielded significant improvements, resulting in higher current density

webcam circuit diagram

Abstract: 47803 NXP 125 kHz RFID tag EM4001 webcam Schematic Diagram schematic satellite finder finder delay relay
Contextual Info: NI myRIO Project Essentials Guide Ed Doering NI myRIO Project Essentials Guide Ed Doering Electrical and Computer Engineering Department Rose-Hulman Institute of Technology iv Printed April 23, 2014. Download the latest version at http://www.ni.com/myrio/project-guide.

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