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    DESIGN OF ISOLATED CONVERTERS USING SIMPLE SWITCH Search Results

    DESIGN OF ISOLATED CONVERTERS USING SIMPLE SWITCH Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    DCL541A01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=3:1) / Default Output Logic: Low / Input disable Visit Toshiba Electronic Devices & Storage Corporation
    DCL542H01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=2:2) / Default Output Logic: High / Output enable Visit Toshiba Electronic Devices & Storage Corporation
    DCL541B01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=3:1) / Default Output Logic: High / Input disable Visit Toshiba Electronic Devices & Storage Corporation
    DCL542L01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=2:2) / Default Output Logic: Low / Output enable Visit Toshiba Electronic Devices & Storage Corporation
    DCL540H01 Toshiba Electronic Devices & Storage Corporation Digital Isolator / VDD=2.25~5.5V / 150Mbps / 4 channel(F:R=4:0) / Default Output Logic: High / Output enable Visit Toshiba Electronic Devices & Storage Corporation

    DESIGN OF ISOLATED CONVERTERS USING SIMPLE SWITCH Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    LM25875

    Abstract: Design of Isolated Converters Using Simple Switch OPTO-coupler used for current output LM2587-ADJ opto-coupler LM2587-5 opto isolator IC LM2587 optocoupler base resistor 6 pin opto coupling
    Text: Design of Isolated Converters Using Simple Switchers Ravindra Ambatipudi Introduction: Isolated converters are required to provide electrical isolation between two interrelated systems. Isolation between the power source and the load is required in certain


    Original     		PDF UL1459, 10kHz 10khz LM25875 Design of Isolated Converters Using Simple Switch OPTO-coupler used for current output LM2587-ADJ opto-coupler LM2587-5 opto isolator IC LM2587 optocoupler base resistor 6 pin opto coupling

    LM3100

    Abstract: lm5035 Design of Isolated Converters Using Simple Switch LM2747 TSSOP-20 SIGNAL PATH designer
    Text: POWER designer Expert tips, tricks, and techniques for powerful designs No. 112 Feature Article.1-7 Synchronous Rectification in High– Performance Power Converter Design SIMPLE SWITCHER Synchronous Regulator.2 — By Robert Selders, Jr., Applications Engineer


    Original     		PDF

    opto coupler

    Abstract: of an optocoupler LM2587 nonisolated flyback converter opto-coupler OPTOCOUPLER CNY17 LM258X 6 pin Optocoupler Opto Couplers opto isolator
    Text: National Semiconductor Application Note 1095 Ravindra Ambatipudi August 1998 Introduction DESIGN OF POWER STAGE COMPONENTS Isolated converters are required to provide electrical isolation between two interrelated systems. Isolation between the power source and the load is required in certain applications


    Original     		PDF UL1459, AN-1095 opto coupler of an optocoupler LM2587 nonisolated flyback converter opto-coupler OPTOCOUPLER CNY17 LM258X 6 pin Optocoupler Opto Couplers opto isolator

    OPTO COUPLER

    Abstract: LM2587 OPTO-coupler used for current output optocoupler base resistor OPTO ISOLATOR optocoupler 8 pin configuration optO isolators AN-1095 LM258X LM3411
    Text: National Semiconductor Application Note 1095 Ravindra Ambatipudi August 1998 INTRODUCTION Isolated converters are required to provide electrical isolation between two interrelated systems. Isolation between the power source and the load is required in certain applications


    Original     		PDF UL1459, tio959 OPTO COUPLER LM2587 OPTO-coupler used for current output optocoupler base resistor OPTO ISOLATOR optocoupler 8 pin configuration optO isolators AN-1095 LM258X LM3411

    VIPER27L

    Abstract: VIPer16 VIPER27 viper26ld VIPER27h VIPER27HN VIPER26 VIPer16 applications EN550022 VIPER16HN
    Text: VIPerPlus Truly innovative AC-DC conversion April 2009 www.st.com/viper Advanced solutions for switch-mode power supplies In addition to benefits such as optimized current-mode control and comprehensive built-in protection circuits, the VIPerPlus family represents the easiest solution to comply


    Original     		PDF STEVAL-ISA058V1 AN2864 VIPER28HN EVLVIPER28H-10W VIPER28LN EVLVIPER28L-10W S016N BRVIPERP0309 VIPER27L VIPer16 VIPER27 viper26ld VIPER27h VIPER27HN VIPER26 VIPer16 applications EN550022 VIPER16HN

    newport components 76250 transformer

    Abstract: lem lc 1000-s ZDX60 LME0305D LEM LC 500-S newport 76250 zener diode 5zs smps based 45 watt inverter 76250 transformer ML-120 transistor
    Text: CONTENTS CORPORATE OVERVIEW . . . . . . . . . . . . . . . . . . . . . . 1-5 QUALITY OVERVIEW . . . . . . . . . . . . . . . . . . . . . . . . 1-7 DESIGN OVERVIEW 1-9 . . . . . . . . . . . . . . . . . . . . . . . . 1-3 1 - CONTENTS General Information Founded in 1982, with a history stretching


    Original     		PDF

    VIPER17

    Abstract: VIPER17L VIPER17H 6W Buck Topology EVALVIPER17H-6W adjustable output smps flyback flyback snubber design VIPER17LN viper flyback converter design EVLVIP17-5WCHG
    Text: VIPer17: Advanced solutions for switch-mode power supplies The most cost-effective and efficient power supplies using an advanced single-package high-voltage converter The new VIPerTM plus family is introducing innovation and value for power supply solutions. The new products include


    Original     		PDF VIPer17: VIPer17, VIPer17HN EVALVIPer17L-7W VIPer17LN EVLVIP17-5WCHG EVALVIPer17H-6W FLVIPER0508 VIPER17 VIPER17L VIPER17H 6W Buck Topology EVALVIPER17H-6W adjustable output smps flyback flyback snubber design VIPER17LN viper flyback converter design EVLVIP17-5WCHG

    sharp pin flyback transformer schematics

    Abstract: PUSHPULL CONVERTER TRANSFORMER DESIGN NOTES 1N4148 AN660 APP660 tutorial transformer multiple winding Transformer SHARP FLYBACK TRANSFORMER
    Text: Maxim > App Notes > Battery management Power-supply circuits Keywords: regulator, power supply, regulator topologies, switching regulator, step-up, step down, inverter, linear regulator, charge pump, buck, boost, flyback, push-pull switch mode Jan 31, 2001


    Original     		PDF 1N4148 com/an660 AN660, APP660, Appnote660, sharp pin flyback transformer schematics PUSHPULL CONVERTER TRANSFORMER DESIGN NOTES AN660 APP660 tutorial transformer multiple winding Transformer SHARP FLYBACK TRANSFORMER

    ZDX60

    Abstract: zdx60 equivalent LME0305D NMA0512D dc-dc converter step up 12v t0 48v Zener Diodes 500mW NMA0512 NME0524 EIA-232 NMA0505S
    Text: DC-DC CONVERTER APPLICATIONS Contents terminology . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 isolation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 connecting DC-DC converters in series . . . . . . . . . . . . . . 7 connecting DC-DC converters in parallel . . . . . . . . . . . . . 8


    Original     		PDF IEC950 300Vrms 420VAC) EN60950 ZDX60 zdx60 equivalent LME0305D NMA0512D dc-dc converter step up 12v t0 48v Zener Diodes 500mW NMA0512 NME0524 EIA-232 NMA0505S

    LM3578 equivalent

    Abstract: lm2577 with external transistor 12V Fixed-Voltage Lm317 LM333 equivalent lm2577 boost buck LM317 sot-23 LM317 voltage regulator SHUNT REGULATOR LM317 LM2576 DC-DC CONVERTER 12V D00A
    Text: LM3411 Precision Secondary Regulator/Driver General Description The LM3411 is a low power fixed-voltage 3.3V or 5.0V precision shunt regulator designed specifically for driving an optoisolator to provide feedback isolation in a switching regulator. The LM3411 circuitry includes an internally compensated op


    Original     		PDF LM3411 AN-1095: 26-Aug-98 5-Aug-2002] LM3578 equivalent lm2577 with external transistor 12V Fixed-Voltage Lm317 LM333 equivalent lm2577 boost buck LM317 sot-23 LM317 voltage regulator SHUNT REGULATOR LM317 LM2576 DC-DC CONVERTER 12V D00A

    RS232 to parallel converter

    Abstract: ZENER DIODE 24V 50W zener diode 50w 24V capacitor vehicle mttf Design of Isolated Converters Using Simple Switch DC-DC Converters nme0524 NME0505D converter circuit dc/dc 100V output MIL-HDBK-271F
    Text: DC-DC CONVERTERS Application Notes CONTENTS 1 Terminology 2 Isolation 3 Connecting DC-DC converters in series 4 Connecting DC-DC converters in parallel 5 Recommended values for paralleled DC-DC Converters 6 Filtering 7 Limiting inrush current 8 Maximum output capacitance


    Original     		PDF EIA-232 RS232 to parallel converter ZENER DIODE 24V 50W zener diode 50w 24V capacitor vehicle mttf Design of Isolated Converters Using Simple Switch DC-DC Converters nme0524 NME0505D converter circuit dc/dc 100V output MIL-HDBK-271F

    single phase fully controlled rectifier 48v

    Abstract: IR2086S IR2086 IR2085S 12v in 48v out controller driver 48v to 24v buck dc-dc converter 12v in 48v out driver can bus DC-DC Converter half bridge self oscillating transformer Powerful MOSFET top level key protected
    Text: BENEFITS OF THE DC BUS CONVERTER IN DISTRIBUTED POWER ARCHITECTURES FOR NETWORKING & COMMUNICATIONS SYSTEMS By Carl Smith International Rectifier 233 Kansas St., El Segundo, CA 90245, USA As presented at Electronica USA, April 2004 continually driving the need for more


    Original     		PDF iP1202, single phase fully controlled rectifier 48v IR2086S IR2086 IR2085S 12v in 48v out controller driver 48v to 24v buck dc-dc converter 12v in 48v out driver can bus DC-DC Converter half bridge self oscillating transformer Powerful MOSFET top level key protected

    PA2454NL

    Abstract: 9V input to 5V output flyback converter DCM flyback transfer function isolated flyback converter with optocoupler high efficiency current mode flyback converter flyback transformer for medical flyback converter 2A 15V isolated feedback flyback converter flyback converter DC flyback transformer
    Text: L DESIGN IDEAS Primary-Side Sensing Takes Complexity out of Isolated Flyback Converter Design Introduction Flyback converters are widely used in isolated DC/DC applications, but they are not necessarily a designer’s first choice. Power supply designers grudgingly choose a flyback out


    Original     		PDF LT3573 PA2454NL 9V input to 5V output flyback converter DCM flyback transfer function isolated flyback converter with optocoupler high efficiency current mode flyback converter flyback transformer for medical flyback converter 2A 15V isolated feedback flyback converter flyback converter DC flyback transformer

    80x51

    Abstract: three phase sine wave generator simple filter turns square waves into sine waves ISO102 AB-083 AB-161 switched integrator AB022 Voltage to Current Converter dual 4-20mA circuit precision 4-20ma current source
    Text: Burr-Brown Corporation Application Bulletin Index AB-001 Increasing INA117 Differential Input Range AB-002 Make a Precision Current Source or Current Sink AB-003 Voltage-Reference Filters AB-004 Make a Precision -10V Reference AB-005 Make a Precision ±10V Reference


    Original     		PDF AB-001 AB-002 AB-003 AB-004 AB-005 AB-006 AB-007 AB-008 AB-009 AB-010 80x51 three phase sine wave generator simple filter turns square waves into sine waves ISO102 AB-083 AB-161 switched integrator AB022 Voltage to Current Converter dual 4-20mA circuit precision 4-20ma current source

    LTspice

    Abstract: Acbel schematic diagram switching power supply NTC 15K LT8582 LT3786 XAL6060-472ML High Current Battery Charger adapter battery hp 19V Sanyo supercapacitors LTC3115-1
    Text: April 2012 I N T H I S I S S U E 2.5MHz, dual monolithic supply with integrated 3A power switches 12 digital power manager sequences any number of supplies 28 dual monolithic ideal diode extends battery life 34 supercapacitor-based power supply backup 36 µModule DC/DC converter


    Original     		PDF com/554 LTM8052 SW-COC-001530 LTspice Acbel schematic diagram switching power supply NTC 15K LT8582 LT3786 XAL6060-472ML High Current Battery Charger adapter battery hp 19V Sanyo supercapacitors LTC3115-1

    flyback transformer LTC 509

    Abstract: flyback transformer for medical Linear Technology - Simplify Flyback Design LT3511 LT8300 High voltage diode BY 509 flyback transformer 24V flyback transformer 12v dc LT3575 feedback flyback converter
    Text: Micropower Isolated Flyback Converter with Input Voltage Range from 6V to 100V Design Note 509 Zhongming Ye Introduction Flyback converters are widely used in isolated DC/DC applications because of their relative simplicity and low cost compared to alternative isolated topologies. Even so, designing a traditional flyback is not


    Original     		PDF LT3574, LT3575, LT3511 LT3512, LT8300 4V/20mA) com/8300 flyback transformer LTC 509 flyback transformer for medical Linear Technology - Simplify Flyback Design High voltage diode BY 509 flyback transformer 24V flyback transformer 12v dc LT3575 feedback flyback converter

    Untitled

    Abstract: No abstract text available
    Text: Intrinsic Safety Circuit Design Making instruments intrinsically safe need not seem like a nightmare. Here, the basics of intrinsic safety circuit design are discussed. Paul S. Babiarz Intrinsically Safe Apparatus Intrinsically Safe Applications % Switching


    Original     		PDF Z-142

    offline switcher

    Abstract: 12 pin flyback transformer 18 pin flyback transformer flyback transformer formula LT3837 Si7336ADP Si7852DP 2N3906 B0540W BAS16
    Text: LT3837 Isolated No-Opto Synchronous Flyback Controller FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTION The LT 3837 is an isolated switching regulator controller designed for medium power flyback topologies. A typical application is 10W to 60W with the part powered from a


    Original     		PDF LT3837 50kHz 250kHz 16-Lead LT3837 LT3781/LT1698 LTC3803 OT-23 200kHz LTC3806 offline switcher 12 pin flyback transformer 18 pin flyback transformer flyback transformer formula Si7336ADP Si7852DP 2N3906 B0540W BAS16

    MAX1630

    Abstract: MAX1637 MAX1638 MAX1652 optocoupler fiber fabrication of an isolation circuit using optocoupler UL950
    Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: Power Supplies for Telecom Systems Sep 06, 2000 APPLICATION NOTE 280 Power Supplies for Telecom Systems Ever-higher levels of integration offered by new semiconductor technology are enabling today's telecom systems


    Original     		PDF com/an280 MAX1638: AN280, APP280, Appnote280, MAX1630 MAX1637 MAX1638 MAX1652 optocoupler fiber fabrication of an isolation circuit using optocoupler UL950

    flyback feedback

    Abstract: step down transformer winding ratio "secondary side controller" transformer n-channel 230 AC to 18V ac transformer design 6TPE220MI boost ridley FL 10-9 flyback PCB layout flyback transformer for medical regulation using optoisolator feedback
    Text: LT3837 Isolated No-Opto Synchronous Flyback Controller FEATURES DESCRIPTION n The LT 3837 is an isolated switching regulator controller designed for medium power flyback topologies. A typical application is 10W to 60W with the part powered from a DC supply.


    Original     		PDF LT3837 50kHz 250kHz 16-Lead LT3837 LT3781/LT1698 LTC3803 OT-23 200kHz LTC3806 flyback feedback step down transformer winding ratio "secondary side controller" transformer n-channel 230 AC to 18V ac transformer design 6TPE220MI boost ridley FL 10-9 flyback PCB layout flyback transformer for medical regulation using optoisolator feedback

    multiple winding Transformer

    Abstract: LT3837 Snubber Design pulse transformer if 0309 Power MOSFET Cross Reference Guide 2N3906 B0540W BAS16 FMMT618 FMMT718
    Text: LT3837 Isolated No-Opto Synchronous Flyback Controller FEATURES DESCRIPTION n The LT 3837 is an isolated switching regulator controller designed for medium power flyback topologies. A typical application is 10W to 60W with the part powered from a DC supply.


    Original     		PDF LT3837 50kHz 250kHz 16-Lead LT3837 LT3781/LT1698 LTC3803 OT-23 200kHz LTC3806 multiple winding Transformer Snubber Design pulse transformer if 0309 Power MOSFET Cross Reference Guide 2N3906 B0540W BAS16 FMMT618 FMMT718

    G084001LF

    Abstract: TL431 G0840 ely transformers ely transformers r4 TPS 1028 BAS16 MBRS330T3 TCMT1107 TL431A
    Text: Power Management Texas Instruments Incorporated Using a portable-power boost converter in an isolated flyback application By Jeff Falin, Senior Applications Engineer, and Brian King, Member, Group Technical Staff Some electronic applications require an isolated auxiliary


    Original     		PDF TPS61175, E093008 SLYT323 G084001LF TL431 G0840 ely transformers ely transformers r4 TPS 1028 BAS16 MBRS330T3 TCMT1107 TL431A

    buck converter vout 100v

    Abstract: forward isolated converter control ic PA0815 polyphase controlled rectifier UPS using buck converter latest ups design with ic technology UPS Telecom IT LTC3725 HAT2165H IHLP2525CZER1R0M01
    Text: advertisement Isolated Converters Have Buck Simplicity and Performance Design Note 377 Kurk Mathews timing and optoisolator feedback to control the output secondary . The circuit shown in Figure 1 offers a more direct approach using fewer components. The LTC3706


    Original     		PDF LTC3706 LTC3725 LTC3725 LTC3706 dn377f buck converter vout 100v forward isolated converter control ic PA0815 polyphase controlled rectifier UPS using buck converter latest ups design with ic technology UPS Telecom IT HAT2165H IHLP2525CZER1R0M01

    PA0815

    Abstract: UPS Telecom IT HAT2165H FCX491A FDC2512 LTC3706 LTC3725 PA1294 Si7450DP ltc3705 transformer
    Text: advertisement Isolated Converters Have Buck Simplicity and Performance Design Note 377 Kurk Mathews timing and optoisolator feedback to control the output secondary . The circuit shown in Figure 1 offers a more direct approach using fewer components. The LTC3706


    Original     		PDF LTC3706 LTC3725 LTC3725 LTC3706 dn377f PA0815 UPS Telecom IT HAT2165H FCX491A FDC2512 PA1294 Si7450DP ltc3705 transformer