EPC3130-X
Abstract: TOP249Y "12-pin" flyback smps TOP247Y TOP234Y viper 100 TOP244Y viper flyback transformer TOP234 TOP247y transformer
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X[-S] & EPC3130-X[-S]-LF • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • Add “-LF” after part number for Lead-Free
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epc3130-xepc3130-1epc3130-2-s-lfcsc3130-x+9top249y12-pin" flyback smpstop247ytop234yviper 100top244yviper flyback transformertop234top247y transformer
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TOP234
Abstract: viper flyback transformer TOP249Y TOP244Y top247y viper 100 TOP234Y Viper 15 "12-pin" flyback smps EPC3130-1
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X & EPC3130-X-LF • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • Add “-LF” after part number for Lead-Free • UL 94V-0 Recognized Components
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epc3130-xepc3130-x-lfepc3130-1epc3130-2+15epc3130-3epc3130-4epc3130-5epc3130-6op249yop234ytop234viper flyback transformertop249ytop244ytop247yviper 100top234yviper 1512-pin" flyback smps
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CSC3130-X
Abstract: TOP234Y TOP247y transformer TOP244Y 12N35
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • UL 94V-0 Recognized Components • UL 1446 Class F Insulation System
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epc3130-xepc3130-1epc3130-2epc3130-3+10epc3130-4epc3130-5op249yop234yop247ycsc3130-xtop234ytop247y transformertop244y12n35
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TOP234Y
Abstract: TOP247Y top249y TOP247y transformer CSC3130-X
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • UL 94V-0 Recognized Components • UL 1446 Class F Insulation System
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epc3130-xepc3130-1epc3130-2epc3130-3+9epc3130-4op249yop234yop247ytop234ytop247ytop249ytop247y transformercsc3130-x
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TOP249Y
Abstract: top247y TOP234Y TOP247y transformer
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • UL 94V-0 Recognized Components • UL 1446 Class F Insulation System
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epc3130-xepc3130-1epc3130-2epc3130-3+8epc3130-4op249yop234yop247ytop249ytop247ytop234ytop247y transformer
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TOP249Y
Abstract: TOP234Y
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • UL 94V-0 Recognized Components • UL 1446 Class F Insulation System
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epc3130-xepc3130-1epc3130-2epc3130-3+6op249yop234yop247ycsc3130-xtop249ytop234y
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CSC3130-X
Abstract: TOP249 TOP247y transformer TOP249Y 12N35
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • UL 94V-0 Recognized Components • UL 1446 Class F Insulation System
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epc3130-xepc3130-1epc3130-2epc3130-3+10epc3130-4epc3130-5op249yop234yop247ycsc3130-xtop249top247y transformertop249y12n35
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TOP234Y
Abstract: VIPER 27 TOP249Y TOP247Y TOP244Y ST VIPER 27 TOP247y transformer viper flyback transformer viper 100 Viper 15
Contextual Info: Flyback Power Transformer ELECTRONICS INC. EPC3130-X • Used in SMPS Flyback Topology • Designed for use with Power Integration Chip • Reinforced Insulation Triple Insulated Wire • UL 94V-0 Recognized Components • UL 1446 Class F Insulation System
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epc3130-xop249yop234yop247y+14op244yepc3130-1epc3130-2epc3130-32top234yviper 27top249ytop247ytop244yst viper 27top247y transformerviper flyback transformerviper 100viper 15
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TOP249Y
Abstract: TDA16837 12 pin flyback transformer PHILIPS philips flyback transformer 14 pin flyback transformer philips TOP248Y ETD44 myrra 74070 Diodes S4
Contextual Info: FLYBACK TRANSFORMER • • • • • • SIZE ETD44 • 4 OUTPUTS : 5+12 / 5+12v Primary / Secondary Insulation ≥ 4000V Primary / Auxiliary Insulation ≥ 1500V Creepage distance Primary / Secondary ≥ 8mm Ambient temperature < 50°C Construction conforms to IEC950, IEC335, IEC61558 for reinforced insulation
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etd44iec950iec335iec61558+14ul94-v0132khz265vrmsop249yop248ytop249ytda1683712 pin flyback transformer philipsphilips flyback transformer 14 pinflyback transformer philipstop248ymyrra74070diodes s4
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HT 1000-4
Abstract: EE16 10 pin bobbin transformers EE16 10 pin bobbin datasheet MMTB3904 CapXon electrolytic capacitor EER28L c103 mosfet TRANSISTOR atx power supply schematic dc 600 watts 12-0-12 transformer transformer for top249
Contextual Info: Engineering Prototype Report for EP–31 Multiple Output 180 W AC-DC Power Supply using TOP249Y TOPSwitch-GX and TNY266P (TinySwitch-II) and Title Specification Application 110 VAC Doubled or 230 VAC Input, +5 V, +3.3 V, +12 V, –12 V & +5 V Stdby Outputs
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op249ytny266p18-dec-2003requir91-80-5113-8020+10ht 1000-4ee16 10 pin bobbin transformersee16 10 pin bobbin datasheetmmtb3904capxon electrolytic capacitoreer28lc103 mosfet transistoratx power supply schematic dc 600 watts12-0-12 transformertransformer for top249
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atx power supply schematic dc 600 watts
Abstract: MMTB3904 EE16 transformer atx transformer for top249 MP1305 MP1305P-4AS EER28L-Z CapXon electrolytic capacitor an 7591 power amp capxon LP
Contextual Info: Engineering Prototype Report for EP–31 Multiple Output 180 W AC-DC Power Supply using TOP249Y TOPSwitch -GX and TNY266P (TinySwitch®-II) and Title Specification Application 110 VAC Doubled or 230 VAC Input, +5 V, +3.3 V, +12 V, –12 V & +5 V Stdby Outputs
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op249ytny266p01-feb-05atx power supply schematic dc 600 watts+9mmtb3904ee16 transformer atxtransformer for top249mp1305mp1305p-4aseer28l-zcapxon electrolytic capacitoran 7591 power ampcapxon lp
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TOP249YN
Abstract: TOP249YN pin detail R-1750V 2N3908 TOP249Y topswitch-gx power amp schematic capacitor D105 MBR2045 UF4002
Contextual Info: DI-30 Design Idea TOPSwitch-GX 180 W PC Main SFX Supply Application Device Power Output Input Voltage Output Voltage Topology PC Main TOP249YN 180 W 90 – 130 VAC / 180 – 265 VAC 3.3 V / 5 V / 12 V / -12 V Forward Design Highlights 180 W cont. 200 W peak in PC SFX form factor
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di-30op249yno-220top249yn+9top249yn pin detailr-1750v2n3908top249ytopswitch-gxpower amp schematiccapacitor d105mbr2045uf4002
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transformer for top249
Abstract: TOP249 TOP249Y 2N3908 topswitch-gx capacitor D105 UF4002 TL431 zener topswitch pfc MBR3045
Contextual Info: Design Idea DI-30 ® TOPSwitch-GX 180 W PC Main SFX Supply Application Device Power Output PC Main TOP249Y 180 W Output Voltage Input Voltage 90-130 VAC / 180-265 VAC 3.3 V / 5 V / 12 V / -12 V • 180 W cont. 200 W peak in PC SFX form factor • Includes passive power factor correction (PFC)
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di-30op249yo-220transformer for top249+9top249top249y2n3908topswitch-gxcapacitor d105uf4002tl431 zenertopswitch pfcmbr3045
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TOP249YN
Abstract: laptop adapter schematic laptop power circuit schematic Laptop adapter MBR20100 vr1 p6ke200 BPQ26 TDK pc40 TOP249Y TOP249YN pin detail
Contextual Info: DI-22 Design Idea TOPSwitch-GX 70 W, 19 V External Laptop Adapter Application Device Power Output Input Voltage Output Voltage Topology Laptop Adapter TOP249YN 70 W 85 – 265 VAC 19 V Flyback Design Highlights • High efficiency: 84% at 85 VAC with 50 °C external ambient
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di-22op249yncispr22b/en55022b+10top249ynlaptop adapter schematiclaptop power circuit schematiclaptop adaptermbr20100vr1 p6ke200bpq26tdk pc40top249ytop249yn pin detail
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TOP243 equivalent
Abstract: TOP249 TOP244 TOP246 equivalent topswitch 243Y flyback top249 TOP246 247Y TOP245 TOP244 data
Contextual Info: ® TOPSwitch -GX Flyback Quick Selection Curves Application Note AN-29 Introduction This application note is intended for engineers starting a flyback power supply design with TOPSwitch-GX. It offers a quick method to select the proper TOPSwitch-GX device from
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an-29top243 equivalenttop249top244+7top246 equivalenttopswitch 243yflyback top249top246247ytop245top244 data
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AN-29
Abstract: Power Integrations transformer for top249 TOP244 TOP249 TOP243 TOP246 TOP247 TOPSWITCH TOP248
Contextual Info: ® TOPSwitch -GX Flyback Quick Selection Curves Application Note AN-29 Introduction This application note is intended for engineers starting a flyback power supply design with TOPSwitch-GX. It offers a quick method to select the proper TOPSwitch-GX device from
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an-29power integrationstransformer for top249top244+6top249top243top246top247topswitchtop248
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TOP249
Abstract: transformer for top249 TOP249 circuit diagram TOP249Y Circuit test power integrations dual flyback 300w converter TOP249Y equivalent TOP249Y pq26 bobbin inductor coil QP 102 laptop power adapter
Contextual Info: Title Engineering Prototype Report 70 W 19 V 3.66A Universal Input Adapter (EP11) Target Applications Laptop Adapters, LCD Monitors, Audio, High Power Adapters Author Power Integrations Applications Dept. Doc Num EPR-00011 Date 22-January-2001 Revision 1.4
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epr-0001122-january-2001top249transformer for top249+8top249 circuit diagramtop249y circuit testpower integrations dual flyback 300w convertertop249y equivalenttop249ypq26 bobbininductor coil qp 102laptop power adapter
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ups transformer winding formula
Abstract: ups PURE SINE WAVE schematic diagram schematic diagram UPS numeric digital 600 plus schematic diagram online UPS schematic diagram of double conversion online UPS smd diode ae c604 d1n4149 dc-ac inverter PURE SINE WAVE schematic diagram UC3843 lead acid battery charger application note 3 phase ups PURE SINE WAVE schematic diagram
Contextual Info: Single Phase On-Line UPS Using MC9S12E128 Designer Reference Manual HCS12 Microcontrollers DRM064 Rev. 0 09/2004 freescale.com Single Phase On-Line UPS Using MC9S12E128 Designer Reference Manual by: Ivan Feno, Pavel Grasblum and Petr Stekl Freescale Semiconductor Czech System Laboratories
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mc9s12e128hcs12drm064ups transformer winding formula+9ups pure sine wave schematic diagramschematic diagram ups numeric digital 600 plusschematic diagram online upsschematic diagram of double conversion online upssmd diode ae c604d1n4149dc-ac inverter pure sine wave schematic diagramuc3843 lead acid battery charger application note3 phase ups pure sine wave schematic diagram
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TOP245Y equivalent
Abstract: top247y CIRCUIT DIAGRAM TOP247Y TOP243Y smd transistor 46B VC 5022 IC TOP246 TOPSWITCH TOP249Y TOP244Y
Contextual Info: TOP242-249 TOPSwitch®-GX Family Extended Power, Design Flexible, EcoSmart®, Integrated Off-line Switcher Product Highlights Lower System Cost, High Design Flexibility • Extended power range to 250 W • Features eliminate or reduce cost of external components
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op242-249top245y equivalenttop247ycircuit diagram top247y+7top243ysmd transistor 46bvc 5022ic top246topswitchtop249ytop244y
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schematic of tny268
Abstract: Top245 battery charger TNY268 APPLICATION NOTE china DVD player schematic EPR-08 TNY263-268 lnk306 lnk354 flyback samsung TNY268
Contextual Info: November 2004 Design Simplification The Power Integrations solution – • Eliminates up to 50 discrete components, reducing board, layout and assembly costs • Integrates functions including high-voltage MOSFET switch, controller, high-voltage start-up, short-circuit and open-loop protection, programmable current limit, line
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schematic of tny268top245 battery chargertny268 application notechina dvd player schematic+6epr-08tny263-268lnk306lnk354flyback samsungtny268
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S4 56a SMD diode
Abstract: smd transistor 56B TOP250 TOP242-250 smd diode s6 64a transformer for top250 capacitor 336 35K 102 smd diode S4 64a TOP244 TOP243 equivalent
Contextual Info: TOP242-250 TOPSwitch-GX Family Extended Power, Design Flexible, ® EcoSmart, Integrated Off-line Switcher Product Highlights Lower System Cost, High Design Flexibility • Extended power range for higher power applications • No heatsink required up to 34 W using P/G packages
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op242-250s4 56a smd diodesmd transistor 56btop250+7top242-250smd diode s6 64atransformer for top250capacitor 336 35k 102smd diode s4 64atop244top243 equivalent
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IC TOP246
Abstract: smd transistor 56B TOP242-250 Diode smd s6 63A TOP244 TOP245 PN transistor equivalenT MBR20100 capacitor 336 35K 102 pin DIAGRAM OF DIP8 TOP 244 PN IN645
Contextual Info: TOP242-250 TOPSwitch-GX Family Extended Power, Design Flexible, ® EcoSmart, Integrated Off-line Switcher Product Highlights Lower System Cost, High Design Flexibility • Extended power range for higher power applications • No heatsink required up to 34 W using P package
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op242-250ic top246smd transistor 56btop242-250+7diode smd s6 63atop244top245 pntransistor equivalent mbr20100capacitor 336 35k 102pin diagram of dip8 top 244 pnin645
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TOP250Y
Abstract: IC TOP246 pin DIAGRAM OF DIP8 TOP 244 PN rms 600 watt mosfet schematic transformer for top249 TOP245 transformer for top250 Diode smd s6 63A smd transistor 56B two pin diode SMD 54a
Contextual Info: TOP242-250 TOPSwitch-GX Family Extended Power, Design Flexible, ® EcoSmart, Integrated Off-line Switcher Product Highlights Lower System Cost, High Design Flexibility • Extended power range for higher power applications • No heatsink required up to 34 W using P package
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op242-250top250yic top246pin diagram of dip8 top 244 pn+7rms 600 watt mosfet schematictransformer for top249top245transformer for top250diode smd s6 63asmd transistor 56btwo pin diode smd 54a
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2561 optocoupler
Abstract: S4 56a SMD diode LIGHT LASER DIODE SAMSUNG 1N4148 SMD PACKAGE 2561 opto TOP244 n transformer for top250 Three-terminal Off-line PWM Switch Diode smd s6 63A TOP250
Contextual Info: TOP242-250 TOPSwitch-GX Family Extended Power, Design Flexible, ® EcoSmart, Integrated Off-line Switcher Product Highlights Lower System Cost, High Design Flexibility • Extended power range for higher power applications • No heatsink required up to 34 W using P package
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op242-2502561 optocouplers4 56a smd diodelight laser diode samsung+71n4148 smd package2561 optotop244 ntransformer for top250three-terminal off-line pwm switchdiode smd s6 63atop250
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