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Part Manufacturer Description Datasheet BUY
DUALOUTPUT-ISOFLYBACK-REF Texas Instruments Dual Output Isolated Flyback Design: 5V @ 0.2A, 12V @ 2.1A w/2 addl out 3.3V @ 0.5A, 5V @ 0.5A visit Texas Instruments
PMP5807 Texas Instruments Isolated Flyback with synchronous bucks and boost visit Texas Instruments
PMP6010 Texas Instruments 50W PFC Flyback with LM3466 current equalizer visit Texas Instruments
PMP8917 Texas Instruments High Efficiency Synchronous Flyback with 36-72Vin to 5Vout@2A visit Texas Instruments
PMP7765 Texas Instruments 25W PoE plus design with isolated flyback topology visit Texas Instruments
ISO3086TDW Texas Instruments Isolated 485 Transceiver with integrated transformer driver 16-SOIC -40 to 85 visit Texas Instruments Buy

LinkSwitch-TN* with flyback transformer

Catalog Datasheet MFG & Type PDF Document Tags

isolation Application Note LNK304

Abstract: LNK304 Application Note load. The transformer was wound with shields to counteract common-mode displacement currents , -58 Wide-range Flyback using LNK304 May 4, 2005 7. Transformer Specification 7.1. Transformer , Flyback using LNK304 May 4, 2005 8. Transformer Spreadsheets Page 12 of 22 Power Integrations , Design Example Report Title 3W Wide Range Flyback Power Supply using LNK304P Specification , Features · · · · · · · · StackFETTM Flyback Topology delivers full load over extremely wide
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57-580VAC DER-58 isolation Application Note LNK304 LNK304 Application Note LinkSwitch-TN* with flyback transformer lnk304 flyback transformer pin ee13 transformer 240 AC to 12V AC transformer circuit diagram 265VAC 261/A

schematic of tny268

Abstract: Top245 battery charger worldwide. · High Standby Efficiency · Less than 1 W input power with greater than 0.5 W output · , With Standby and No-load Energy Consumption APPLICATION REFERENCE DESIGN OUTPUT POUT at 1 W , Feedback System with Competitor Device C ILIMIT: ±20%, fOSC: ±10% System with Competitor Device B ILIMIT: ±12%, fOSC: ±10% System with Competitor Device A ILIMIT: ±10%, fOSC: ±10% System with PI Device · PI ICs exhibit an Internal Current Limit (ILIMIT) tolerance of only ±7% and
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schematic of tny268 Top245 battery charger TNY268 APPLICATION NOTE china DVD player schematic EPR-08 lnk306 EP-14 EP-16 EP-18 EP-29

tny280 flyback

Abstract: flyback samsung (with I2f parameter) 0% 50% 100% 150% 200% 250% Variation in Flyback Converter , input power with greater than 0.67 W output Sample Reference Designs With Standby and No-load Energy , Tight Device Tolerances ­ Reduces System Cost System with Competitor Device C ILIMIT: ±20%, fOSC: ±10% System with Competitor Device B ILIMIT: ±12%, fOSC: ±10% System with Competitor Device A - Reduces necessary power rating in a reliable design for the output rectifier, transformer and
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tny280 flyback flyback samsung TNY276 tny 290 TNY 277 equivalent TV flyback transformer

core EEL16 transformer

Abstract: EEL16 Design Idea DI-124 ® LinkSwitch-TN Ultra-wide Input Range (57-580 VAC) Flyback Power , clamped by VR5 and D9 with R10 added to reduce ringing and thereby, EMI. StackFET flyback topology delivers full load over extremely wide input voltage range E-ShieldTM transformer construction for , / Industrial LNK304 3W 57-580 VAC 12 V, 250 mA StackFET Flyback Design Highlights · A 600 , the source of Q1 while the drain of Q1 drives the transformer primary. The drain voltage of U1 is
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core EEL16 transformer EEL16 EEL16 transformer topswitch StackFET 1N4007 operating frequency StackFET

lnk304pn

Abstract: core EEL16 transformer DI-124 Design Idea LinkSwitch-TN ® Ultrawide Input Range (57 ­ 580 VAC) Flyback Power Supply , LNK304PN 3W 57 ­ 580 VAC 12 V, 250 mA StackFET Flyback Design Highlights · StackFETTM flyback topology delivers full load over extremely wide input voltage range · E-ShieldTM transformer construction for reduced common-mode EMI (>10 dBV margin) · 66 kHz switching frequency with jitter reduces , to one end of the transformer primary winding. The 450 V input capacitors are stacked with parallel
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LNK304PN pin details TRANSFORMER EeL16 flyback transformer construction FREE DOWNLOAD PDF LNK304PN YC-1604-1 EEL16 bobbin EN55022

LNK304PN

Abstract: EEL16 DI-124 Design Idea LinkSwitch-TN TM Ultrawide Input Range (57 ­ 580 VAC) Flyback Power Supply , LNK304PN 3W 57 ­ 580 VAC 12 V, 250 mA StackFET Flyback Design Highlights · StackFETTM flyback topology delivers full load over extremely wide input voltage range · E-ShieldTM transformer construction for reduced common-mode EMI (>10 dBmV margin) · 66 kHz switching frequency with jitter reduces , to one end of the transformer primary winding. The 450 V input capacitors are stacked with parallel
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eel-16 switching time 1N4007 P6KE150A pc817a EEL16 8 pin 1N4007

top253

Abstract: LNK304DN current regulation, compensating for transformer and internal parameter tolerances along with input , converters for a wide range of electronic products, AC-DC, DC-DC and LED lighting applications. With , built with linear transformers. Full-Featured PSU Controller We combine a high-voltage MOSFET switch with a controller on a single chip to provide key power supply functions, such as: ­ ­ ­ ­ ­ , automatically determines the critical components (including transformer specifications) needed to generate a
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top253 LNK304DN top257 top258 TOP254 TOP255 D-80336

top253

Abstract: TOP258 converters for a wide range of electronic products, AC-DC, DC-DC and LED lighting applications. With , built with linear transformers. Since its introduction in 1998, EcoSmart® energy-efficiency , annual emissions of 3 million automobiles. We combine a high-voltage MOSFET switch with a controller , output voltage and current regulation, compensating for transformer and internal parameter tolerances along with input voltage variations. AC-DC Product Overview 5 V, 1 A HiperPLCTM RTN
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TOP256 lnk616 LNK632 TOP262 top261 top260

TNY 264 equivalent

Abstract: LTV817D Transformer (DAK-85) 2 W, 6 V, 0.33 A, 90 ­ 265 VAC INPUT FLYBACK POWER SUPPLY 6 V, 0.33 A 90 - 265 , /Buck-Boost Converters TOPSwitch-JX CAPZero Isolated Flyback Main, Bias or Standby Supply , Characteristic Requirements (Wide Input 85 ­ 265 VAC) Linear Transformer/ Loose CV/CC No OPTO KEY , LinkSwitch-TN LNK302 LNK304 LNK305 LNK306 P/G/D P/G/D P/G/D P/G/D CCM3 230 VAC ± 15% 63 120 , ambient. 2. Minimum practical continuous power in an open frame design with adequate heat sinking
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LNK603 LTV817D TNY 264 equivalent LNK626 50sq100 smd LTV-817D lnk606 LNK613 LNK623 RDK-243 1N5253B

lnk304pn

Abstract: LNK306PN output regulation, compensating for transformer and internal parameter tolerances, along with input , LinkSwitch-II 85-265 8.4 0.7 Flyback LinkSwitch-TN 108-132 9 0.13 DER-186, DI , and DC-DC applications. With industry-leading product quality and delivery, the company has shipped , , and flyback. ­­ Phase-controlled TRIAC dimmability ­­ Single-stage power factor correction (PFC) and , Design-in made easy with PI ExpertTM design tools For more detailed information about Power Integrations
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LNK406EG LNK306PN top247yn LNK304PN equivalent lnk302pn LNK606PG PLC810PG DL4007 5KE200A MBRS4201T3G UF4007 DL4936 SB3100

lnk304pn

Abstract: 1N5204 Buck/Buck-Boost Converters TOPSwitch-JX Isolated Flyback Main, Bias or Standby Supply , Characteristic Requirements (Wide Input 85 ­ 265 VAC) Linear Transformer/ Loose CV/CC No OPTO KEY , (mA) Product4 MDCM2 MDCM2 230 VAC ± 15% LinkSwitch-TN LNK302 LNK304 LNK305 LNK306 , 50 °C ambient. 2. Minimum practical continuous power in an open frame design with adequate heat , with minimal heat sinking, measured at a device ambient of 50 °C. 2. Minimum continuous power in an
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TNY278PN 1N5204 TNY 177 PN EQUIVALENT tny 175 pn tny 177 pn TOP266EG SB1100 PI-5405-040309 RDK-91 1N5255B UF4003

LNK304

Abstract: lnk30* an-37 typically only 7/12 mW in flyback topology with external bias at 115/230 VAC input with no load · Meets , LinkSwitch-TN Family ® Non-Isolated Buck or Buck-Boost Converter Solution for Linear/Passive , SOLUTIONS · Supports buck, buck-boost and flyback topologies · Excellent line and load regulation even w/ typical configuration · High bandwidth provides fast turn-on with no overshoot · Current limit operation , AC-DC converter with sample devices, an unpopulated pcb, data sheet, comprehensive engineering report
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LNK304-306 LNK302P LNK305P LNK306P lnk30* an-37 lnk304 equivalent Energy Efficient Off-Line Switcher IC

TNY275PN

Abstract: LNK623PG TOPSwitch-JX Isolated Flyback Main, Bias or Standby Supply TM CAPZero 50 W 75 W 90 W 177 W , 0W KEY LinkSwitch-TN LNK562 Loose CV No OPTO LinkSwitch-TN 6W 625 626 TNY , Output Current1 (mA) MDCM2 LinkSwitch-TN LNK302 LNK304 LNK305 LNK306 P/G/D P/G/D P/G/D P/G , adapter measured at 50 °C ambient. 2. Minimum practical continuous power in an open frame design with , . Minimum continuous power in a typical non-ventilated encased adapter with minimal heat sinking, measured
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TNY275PN LNK623PG tny 176 tny275pn replacement top258pn ug2d equivalent LNK362 MUR160 PC357C LM117 TL431 PI-5409-052009

TNY275PN

Abstract: TNY275PN equivalent TOPSwitch-JX Isolated Flyback Main, Bias or Standby Supply CAPZero / SENZero TM TM 50 W 75 W , 364 LNK623 CV ±2% OPTO KEY LinkSwitch-TN LNK584 LNK562 LNK362 Loose CV No OPTO LinkSwitch-TN TM 6W 625 626 TNY274 6.5 W 8W 8.9 W 10 W 11.5 W 15 W 18 W 21.5 W 25 W , Supply Replacement (360 mA) Product4 Output Current1 (mA) MDCM 2 LinkSwitch-TN LNK302P/G/D , 50 °C ambient. 2. Minimum practical continuous power in an open frame design with adequate heat
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TNY275PN equivalent equivalent for TOP258PN TNY275PN DATASHEET TOP264E TNY 177 CAP004D LNK304P/G/D LNK305P/G/D LNK306P/G/D RDK-252 CAP014DG PI-5886-041310

LNK306

Abstract: Schematic design of buck-boost converter Converter, in that the transformer is replaced with a single low cost inductor (L2). RF1 is a fusible link , Low cost off the shelf inductor ­ no custom transformer required 15 components including EMI filter , herein (including circuits external to the products and transformer construction) may be covered by one , .11 8.1 Switch Node Voltage and LinkSwitch-TN Drain Current, Normal Operation.11 8.2 Output , isolation transformer to provide the AC input to the prototype board. Design Reports contain a power supply
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DER-59 Schematic design of buck-boost converter SCI 222K lnk306 power supply IC lnk306 1N4004GP

LNK305P

Abstract: 824MY-152K non-isolated version of the Flyback Converter, in that the transformer is replaced with a single low cost , line, this in conjunction with the built-in frequency jitter of the LinkSwitch-TN (U1) ensure , to output Low cost off the shelf inductor ­ no custom transformer required 15 components including , applications illustrated herein (including circuits external to the products and transformer construction) may , , all testing should be performed using an isolation transformer to provide the AC line input to the
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DER-49 824MY-152K Power Integrations 9200 AC Transformer 12V capacitor 10uF/400V

lnk306

Abstract: lnk306 power supply version of the Flyback Converter, in that the transformer is replaced with a single low cost inductor (L2 , conjunction with the built-in frequency jitter of the LinkSwitch-TN (U1) ensure sufficient conducted EMI , Topology - no direct path from input to output Low cost off the shelf inductor ­ no custom transformer , products and applications illustrated herein (including circuits external to the products and transformer , performed using an isolation transformer to provide the AC input to the prototype board. Design Reports
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integrations 200v 10uf 85-135VAC 17F-3

LTV817A

Abstract: lnk306pn U2 PC81711NSZ R9 Product Selector Guide Non-Isolated ® LinkSwitch-TN Buck/Buck-Boost Converters ® TOPSwitch-JX Isolated Flyback Main, Bias or Standby Supply ® TinySwitch-III , LinkSwitch-TN LNK302 LNK304 LNK305 LNK306 P/G/D P/G/D P/G/D P/G/D CCM3 230 VAC ± 15% 63 120 , adapter measured at 50 °C ambient. 2. Minimum practical continuous power in an open frame design with , with minimal heat sinking, measured at a device ambient of 50 °C. 2. Minimum continuous power in an
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LTV817A LM431AIM3DR TOP250YN TNY280 buck LNK605DG TOP250Y BYV28-200 UF4002 PN2907A 1N4148 50LPBF BAV19WS

FERRITE core nicera NC-2H

Abstract: PFS708EG IC and LQA05TC600 diode for the PFC front end, with a LNK302 utilized in a non-isolated flyback , non-isolated flyback supply to provide auxiliary power. Transformer T1 is very small, utilizing an EE10 core , fault conditions. Transformer T2 was designed for a leakage inductance of 50 H. This, along with , LNK302DG from LinkSwitch-TN family of ICs ï'· CAPZero (CAP002DG) IC used to discharge X capacitors for higher efficiency compared to resistive solution ï'· High frequency (250 kHz) LLC for small transformer
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FERRITE core nicera NC-2H RDR-292 LCS702HG

lnk306pn

Abstract: RF1141 . The power supply proposes a coupled inductor design with the 5 V output in a flyback configuration , OUTPUT 100 132 50 12.00 0.200 0.70 UNIT LinkSwitch-TN_Rev_2-6.xls: LinkSwitch-TN Design , Features Two non-isolated outputs with coupled inductor for good cross regulation Wide operating , applications illustrated herein (including transformer construction and circuits external to the products) may , .10 8 Transformer Design Spreadsheet
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DER-226 RF1141 diode BY 226 LNK306PN ROHS Renco RL-8064-3 MFR-25FBF-10K7
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