UNIVERSAL FLYBACK TRANSFORMER Search Results

Contextual Info: Document 724 Flyback Transformer For Texas Instruments UCC28600 Flyback Green Mode Controller • Triple-output flyback transformer • Designed to operate at 50 kHz with universal ac input • 3000 Vrms, one minute isolation from primary and bias to secondaries

UCC28600

Abstract: FERRITE flyback HA4018-AL SR-332 12 pin flyback transformer HA-401
Contextual Info: Document 724 Flyback Transformer For Texas Instruments UCC28600 Flyback Green Mode Controller • Triple-output flyback transformer • Designed to operate at 50 kHz with universal ac input • 3000 Vrms isolation from primary and bias to secondaries Core material Ferrite

HA4018-AL

Abstract: HA4018 universal flyback transformer specification
Contextual Info: Document 724 Flyback Transformer For Texas Instruments UCC28600 Flyback Green Mode Controller • Triple-output flyback transformer • Designed to operate at 50 kHz with universal ac input • 3000 Vrms, one minute isolation from primary and bias to secondaries

Contextual Info: UM10520 TEA1721 isolated 3-phase universal mains flyback converter demo board Rev. 1.2 — 15 May 2013 User manual Document information Info Content Keywords TEA1721, isolated, 3-phase universal mains, AC/DC conversion, flyback converter, Switched Mode Power Supply SMPS

NCP1236

Abstract: KA5038-BL on ncp1236 universal flyback transformer specification AN006
Contextual Info: Document 914 Flyback Transformer For ON Semiconductor NCP1236 Fixed Frequency PWM Controller • Flyback transformer for ON Semiconductor NCP1236 Fixed Frequency PWM Controller • Referenced on Akros Silicon Application Note AN006 • Universal input; 66 W output

Contextual Info: Document 914 Flyback Transformer For ON Semiconductor NCP1236 Fixed Frequency PWM Controller • Flyback transformer for ON Semiconductor NCP1236 Fixed Frequency PWM Controller • Referenced on Akros Silicon Application Note AN006 • Universal input; 66 W output

KA5038-BL

Abstract: on ncp1236 NCP1236 Akros Silicon AN006
Contextual Info: Document 914 Flyback Transformer For ON Semiconductor NCP1236 Fixed Frequency PWM Controller • Flyback transformer for ON Semiconductor NCP1236 Fixed Frequency PWM Controller • Referenced on Akros Silicon Application Note AN006 • Universal input; 66 W output

Contextual Info: Document 245 Flyback Transformers These transformers have been specially developed for use in flyback power supplies with the ON Semiconductor NCP1200 PWM Current-Mode Controller. They are designed for universal input, 85 – 265 Vac. For ON Semiconductor

Contextual Info: Document 245 For ON Semiconductor NCP1200 Controller Flyback Transformers These transformers have been specially developed for use in flyback power supplies with the ON Semiconductor NCP1200 PWM Current-Mode Controller. They are designed for universal input, 85 – 265 Vac.

Z9260-AL

Abstract: Y8844-AL Y8848-AL Z9007-BL NCP1200 Y8844-A Y8848-A Z9007-B Z9260-A flyback transformers
Contextual Info: Document 245 For ON Semiconductor NCP1200 Controller Flyback Transformers These transformers have been specially developed for use in flyback power supplies with the ON Semiconductor NCP1200 PWM Current-Mode Controller. They are designed for universal input, 85 – 265 Vac.

Contextual Info: Document 245 For ON Semiconductor NCP1200 Controller Flyback Transformers These transformers have been specially developed for use in flyback power supplies with the ON Semiconductor NCP1200 PWM Current-Mode Controller. They are designed for universal input, 85 – 265 Vac.

Contextual Info: Document 245 For ON Semiconductor NCP1200 Controller Flyback Transformers These transformers have been specially developed for use in flyback power supplies with the ON Semiconductor NCP1200 PWM Current-Mode Controller. They are designed for universal input, 85 – 265 Vac.

Contextual Info: Document 245 For ON Semiconductor NCP1200 Controller Flyback Transformers These transformers have been specially developed for use in flyback and forward power supplies with the ON Semiconductor NCP1200 PWM Current-Mode Controller. They are designed for universal input, 85 – 265 Vac.

Contextual Info: Document 245 For ON Semiconductor NCP1200 Controller Flyback Transformers These transformers have been specially developed for use in flyback and forward power supplies with the ON Semiconductor NCP1200 PWM Current-Mode Controller. They are designed for universal input, 85 – 265 Vac.

smps transformers

Abstract: SMPS CIRCUIT DIAGRAM flyback transformers 10 amp smps universal smps diagrams smps PCB LAYOUT smps transformer SMPS flyback PCB layout 2W flyback transformer
Contextual Info: ST SERIES Standard SMPS Transformers Flyback Transformers for Stand-by Switch Power Supplies Features - Low power and low cost flyback transformers for Stand-by SMPS - Universal input voltage - Output power level up to 2W 6Vdc / 0.3 Amp - Includes auxiliary winding to supply PWM IC

MA5475-AL

Abstract: MA5475
Contextual Info: Document 1076 Flyback Transformer For Maxim MAX17595 Flyback Controller • Mounted on Maxim MAX17595 Evaluation Kit • Bias winding output: 12 V, 20 mA • Universal and telecom 36 V – 72 V input • 3500 Vrms, one minute primary and bias to secondary isolation

TEA1721XT

Contextual Info: UM10523 TEA1721 universal mains white goods flyback SMPS demo board Rev. 1 — 27 January 2012 User manual Document information Info Content Keywords TEA1721XT, flyback, non-isolated, dual output, white goods, SMPS, very low no-load power, primary-side feedback

Contextual Info: UM10582 SSL21151 5 W universal non-dimmable flyback GU10 demo board Rev. 1 — 11 December 2012 User manual Document information Info Content Keywords SSL21151, SSL21151DB1090, LED Driver, LED retrofit lamp, universal input, isolated, primary sensing Abstract

TOP243

Abstract: TOP245 DTPA1053 top243-245
Contextual Info: DTPA1053 35 Watt Flyback Transformer 3 • • • • • • • • • Power Integrations TOPSwitch-GX Family Transformer Designed for TOP243-245 Chip Sets* Universal Input 85-265 Volts Low Leakage Inductance Universal Input 85-265 Volts Designed to meet IEC950

2501 optocoupler

Contextual Info: User’s Guide SLUUAI4A Using the UCC28910FBEVM-526 6W Universal Off-Line Flyback Converter with Primary Side Regulation 1. Introduction: The UCC28910FBEVM-526 evaluation module is an offline flyback power supply that provides isolated output voltage and current regulation without the use of an optocoupler. The input

EE 16 bobbin vertical

Abstract: EE 16 bobbin horizontal EE 20 bobbin EE-42211 Bobbin EE 16 NCP1217 T44C T44D EE 23 bobbin vertical EE4-2211
Contextual Info: DN06024/D Design Note – DN06024/D Universal AC 40 W Programmable Output Device Application Input Voltage Output Power Topology I/O Isolation NCP1217 Programmable ACDC Adapter Universal 88-269 Vac 40 Watt Flyback 3 kV Other Specifications Output Voltage 4 Possible Configurations

a6169

Abstract: STR-A6159 stra6151 STR-A6151 A6151 Application Note 28102.20 STR-A6169 a6159 28102.20 str flyback mosfet
Contextual Info: STR-A6169 Data Sheet 28102.24 ih ng rs tc lato i Sw egu R Universal-Input/5 W Flyback Switching Regulator The STR-A6169 is a PRC topology fixed off-time regulator specifically designed to satisfy the requirements for increased integration and reliability in flyback converters. It incorporates a primary control

a6169

Abstract: STR-A6169 Application Note 28102.20 a6159 A6151 28102.20 STRA6159 STR-A6159 universal smps diagrams STR-A6100 Application
Contextual Info: STR-A6169 Data Sheet 28102.24 ih ng rs tc lato i Sw egu R Universal-Input/5 W Flyback Switching Regulator The STR-A6169 is a PRC topology fixed off-time regulator specifically designed to satisfy the requirements for increased integration and reliability in flyback converters. It incorporates a primary control

str6153

Abstract: STR-6153E STR-A6100 STR-A6153E str-6153 28103.20
Contextual Info: STR-A6153E Data Sheet 28103.23* ih ng rs tc lato i Sw egu R Universal-Input/20 W Flyback Switching Regulator The STR-A6153E is a PRC topology fixed off-time regulator specifically designed to satisfy the requirements for increased integration and reliability in flyback converters. It incorporates a primary control