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LT3748EMS#TRPBF Linear Technology LT3748 - 100V Isolated Flyback Controller; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3748EMS#PBF Linear Technology LT3748 - 100V Isolated Flyback Controller; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1425CS#PBF Linear Technology LT1425 - Isolated Flyback Switching Regulators; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1425CS Linear Technology LT1425 - Isolated Flyback Switching Regulators; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1425IS#PBF Linear Technology LT1425 - Isolated Flyback Switching Regulators; Package: SO; Pins: 16; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1425CS#TR Linear Technology LT1425 - Isolated Flyback Switching Regulators; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy

flyback PCB layout

Catalog Datasheet MFG & Type PDF Document Tags

69063

Abstract: scr D106 Base PCB Circuit Diagram No: 62039 Location: E8 to E10 Boost Layout Drawing: 11671 Location , Circuit Located on: Alpha 400 Forward PCB Circuit Diagram No: 62040 Forward Converter Layout Drawing , PCB Circuit Diagram No: 62039 Boost Layout Drawing No: 11671 Location: B8 Location: C4 When , Located on: Alpha 400 Base PCB Circuit Diagram No: 62039 Location: E4 Boost Layout Drawing No: 11671 , Base PCB Circuit Diagram No : 62039 Location Layout Drawing No : 1 Location : E2 and C2 : B6
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scr D106

Abstract: uc3842 half bridge Base PCB Circuit Diagram No: 62039 Location: E8 to E10 Boost Layout Drawing: 11671 Location , . 2.2.6 Inrush circuit Located on : Alpha 400 Base PCB Circuit Diagram No: 62039 Boost Layout Drawing , control circuit Located on: Alpha 400 Base PCB Circuit Diagram No: 62039 Boost Layout Drawing No: 11671 , converters to the forward converter. 2.2.1 0 Flyback Located on: Alpha 400 Base PCB Circuit Diagram No : 62039 Layout Drawing No :1 Location : E2 and C2 Location : B6 An independent flyback converter
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flyback snubber

Abstract: 9W LED Driver circuit IC 1. 2. 3. 4. www.irf.com 30 January 2014 AN-1195 1 11. PCB Layout Considerations , Flyback inductor and laying out the PCB. This application note provides detailed design information to , using the IC protection features. Surge and EMI considerations are presented and PCB layout guidelines , Figure 20: High Voltage Diode and Bulk Capacitor 11. PCB Layout Considerations For correct circuit , requirements. 9) See Figure 21 for PCB layout guidelines around the IRS2983. IC and Programming
International Rectifier
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flyback snubber 9W LED Driver circuit IC

smd 7002

Abstract: Microspire transformer PCB Layout (suggested) 16.3 MAX MAX 22 16 24 1 4 1.3 to 1.6 7.9 3 x 3.81 , both engineering teams Typical Dimensions (mm, top view) 8 PCB Layout (suggested) 130 µm , teams Typical Dimensions (mm, top view) 8 PCB Layout (suggested) 130 µm 2.1 x 0.45 MAX 5 , 62 Flyback Transformers for DC/DC Embedded Applications FLYT Series .High Grade Technologies. .Power Magnetics. .Flyback Transformers. Package
Microspire
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ECSS-Q-70-02 smd 7002 Microspire transformer SMD MARKING CODE 7002 5V DC planar transformer P1 smd marking code FLYT15 FLYT18 FLYT22 FLYT32 100KH MIL-STD-202

SMD MARKING CODE 7002

Abstract: flyback planar transformer 12v dc teams Typical Dimensions PCB Layout (mm, top view) 1.2 x 0.4 MAX 8 (suggested) 130 , technical agreement between both engineering teams Typical Dimensions PCB Layout (mm, top view , Typical Dimensions PCB Layout (mm, top view) 2.1 x 0.45 MAX 8 (suggested) 130 µm 5 , · Microspire's « SESI Technology» planar solution for DC/DC flyback converters · Seven standard , . .Power Magnetics. .Flyback Transformers. Flyback Transformers for DC/DC
Microspire
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SESI22 flyback planar transformer 12v dc flyback transformers SESI15 Microspire Flyback transformer planar flyback transformer 12v dc DO-160 DO-160D UL94-V0 IEC85

PA0751

Abstract: PB2134 16.3MM X 8.4MM) 15W Flyback Transformer 24 with PB2187 Vin=18-72v, Freq.=500kHz 16T aux Vout=5v/3A , 500 1300 25 760 AR IN PA1039 15W Flyback Transformer Vin=18-72v, Freq.=500kHz Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback Transformer Vin=18-72v, Freq.=500kHz Vout=3.3v/3A, 5.6v/10mA10v/20mA Pri. 12 EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM X 9.5MM) 15W Flyback Transformer 16 with , SMT - (26.2MM X 21.8MM X 10.4MM) 30W Flyback Transformer 16 with PB2003 Vin=36-72v, Freq
Pulse Engineering
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EFD15 EFD20 EFD25 PA0476 PA0691 PA0751 PB2134 15efd flyback transformer 8 pin schematics 15efd data sheet F-39270

Flyback transformer planar

Abstract: flyback smps planar I I .tn ti«- ] « Iâ'"!-'fV I â'" - 103? - IJ.ii SJ Recommended PCB layout Recommended PCB layout Schematics Primary Auxiliar Second ary FLYBACK 149 , ±2S) (HH) (PrfcSac) (W) P215FK3DX1 100-350 3,3 4,5 15 400 0,47 Flyback 144 0,3 30:1 0,46 P215FK3DX2 100-350 5 3 15 400 0,41 Flyback 138 0,3 27:1 0,4« P215FK3DX3 100-350 12 1,25 15 400 0,46 Flyback 144 0,3
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OCR Scan
flyback smps planar flyback PCB layout smps PCB LAYOUT ac-dc planar transformer transformer planar transformer layout planar transformer ac-dc UL1950 EN60950
Abstract: . Dim ensions > : l~~ L ur ; r k s -1 L â'" 1017 Recommended PCB layout â'" Recommended PCB layout Schem atics Primary c *) Second a ry f Auxiliar FLYBACK 149 , Flyback 144 0,3 30:1 P215FK3DX2 100-350 5 3 15 400 0,41 Flyback 138 0,3 27:1 0,46 0,4« P215FK3DX3 100-350 12 1,25 15 400 0,46 Flyback 144 -
OCR Scan

12 pin flyback transformer

Abstract: 12v transformer (21.6MM X 16.3MM X 8.4MM) 15W Flyback Transformer 24 with PB2187 Vin=36-75v, Freq.=225kHz 16T aux , 3 10 500Vrms 79 PA0691 PA1039 PA1067 15W Flyback Transformer Vin=18-72v, Freq.=500kHz Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback Transformer Vin=18-72v, Freq.=500kHz Vout=3.3v/3A, 5.6v , 15 - 12 PIN SMT - (22.2MM X 17.2MM X 8.4MM) 15W Flyback Transformer 16 with PA0476 Vin , Transformer 16 with PA0273 Vin=36-72v, Freq.=250kHz 10T aux Vout=12v/4.5A, 12v/0.1A 13W Flyback
Pulse Engineering
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12 pin flyback transformer 12v transformer 10 pin flyback transformer schematics 12v 6A flyback efd-15 transformer PA0769

EFD15 5v flyback

Abstract: 12v transformer . Sec. A B EFD 15 PLATFORMS - UP TO 30W EFD 15 - 10 PIN SMT - (21.6MM X 16.3MM X 8.4MM) 15W Flyback , X 8.4MM) 15W Flyback Transformer PA0476 Vin=18-72v, Freq.=500kHz 16 Vout=5v/3A, 10v/20mA 15W Flyback Transformer PA0691 Vin=30-57v, Freq.=100kHz 52 Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback Transformer PA1039 , X 21.8MM X 10.4MM) 30W Flyback Transformer PB2003 Vin=36-72v, Freq.=300kHz 16 Vout=5v/6A, 15v/0.1A , .=250kHz 16 Vout=12v/4.5A, 12v/0.1A 13W Flyback Transformer PA0751 Vin=25-75v, Freq.=250kHz 26 Vout=3.3v/4.5A
Pulse Engineering
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EFD15 5v flyback 6 pin pulse transformer efd15 5v 2a transformer EFD TRANSFORMER PA1040 PA0397 PA0302 PA0700 D-71083

EFD20 - TRANSFORMER

Abstract: PA0751 . Sec. A B EFD 15 PLATFORMS - UP TO 30W EFD 15 - 10 PIN SMT - (21.6MM X 16.3MM X 8.4MM) 15W Flyback , X 8.4MM) 15W Flyback Transformer PA0476 Vin=18-72v, Freq.=500kHz 16 Vout=5v/3A, 10v/20mA 15W Flyback Transformer PA0691 Vin=30-57v, Freq.=100kHz 52 Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback Transformer PA1039 , X 21.8MM X 10.4MM) 30W Flyback Transformer PB2003 Vin=36-72v, Freq.=300kHz 16 Vout=5v/6A, 15v/0.1A , .=250kHz 16 Vout=12v/4.5A, 12v/0.1A 13W Flyback Transformer PA0751 Vin=25-75v, Freq.=250kHz 26 Vout=3.3v/4.5A
Pulse Engineering
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EFD20 - TRANSFORMER efd-25 transformer SPM2007 PB2041 PB2089 PB2157 PB2042

12v 6A transformer

Abstract: flyback transformer 12v dc ) 15W Flyback Transformer PB2187NL Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM X 8.4MM) 15W Flyback Transformer PA0476NL Vin=18-72v, Freq.=500kHz 16 Vout=5v/3A, 10v/20mA 15W Flyback Transformer PA0691NL Vin=30-57v, Freq.=100kHz 52 Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback Transformer PA1039NL 50 Vin=29-59v, Freq.=100kHz Vout=5v/2A, 7.5v , , 12v/0.1A EFD 20 - 10 PIN SMT - (26.2MM X 21.8MM X 10.4MM) 30W Flyback Transformer PB2003NL Vin
Pulse Engineering
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12v 6A transformer flyback transformer 10 pin flyback transformer 10/12 pin flyback transformer 12V 1A Transformer specification PA0769NL PA1067NL 1500V

mepco RESISTOR

Abstract: MEPCO . PCB Layout for a flyback converter References 1. Brown, Marty, Power Supply Cookbook , breadboard is a good start, but the final, critical challenge is to layout the PCB. Fortunately , designer to execute a good PCB layout, knowing the signals that flow between components is very important. Appreciating the subtle "black magic" aspects to the PCB layout is essential to the success of the product , requirements as the input power switch loop. An example layout for the rectifier loop within a flyback
Fairchild Semiconductor
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AN1031 mepco RESISTOR MEPCO mepco capacitor 594D227X0010D2T WSL-2010-R040-F fds4410

EFD20 - TRANSFORMER

Abstract: . Sec. A B EFD 15 PLATFORMS - UP TO 30W EFD 15 - 10 PIN SMT - (21.6MM X 16.3MM X 8.4MM) 15W Flyback , 17.2MM X 8.4MM) 15W Flyback Transformer PA0476NL Vin=18-72v, Freq.=500kHz 16 Vout=5v/3A, 10v/20mA 15W Flyback Transformer PA0691NL Vin=30-57v, Freq.=100kHz 52 Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback , 10 PIN SMT - (26.2MM X 21.8MM X 10.4MM) 30W Flyback Transformer PB2003NL Vin=36-72v, Freq.=300kHz 16 , Vin=36-72v, Freq.=250kHz 16 Vout=12v/4.5A, 12v/0.1A 13W Flyback Transformer PA0751NL Vin=25-75v, Freq
Pulse Engineering
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PA1040NL PA0273NL

flyback transformer PB2187 application note

Abstract: 12v transformer (21.6MM X 16.3MM X 8.4MM) 15W Flyback Transformer PB2187 Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM X 8.4MM) 15W Flyback Transformer PA0476 Vin=18-72v, Freq.=500kHz 16 Vout=5v/3A, 10v/20mA 15W Flyback Transformer PA0691 Vin=30-57v, Freq.=100kHz 52 Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback Transformer PA1039 50 Vin=29-59v, Freq.=100kHz Vout , EFD 20 - 10 PIN SMT - (26.2MM X 21.8MM X 10.4MM) 30W Flyback Transformer PB2003 Vin=36-72v, Freq
Pulse Engineering
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flyback transformer PB2187 application note forward TRANSFORMER 15w flyback 5v 2a transformer 0-12 1a transformer

transformer 3A

Abstract: 80w flyback . Sec. A B EFD 15 PLATFORMS - UP TO 30W EFD 15 - 10 PIN SMT - (21.6MM X 16.3MM X 8.4MM) 15W Flyback , X 8.4MM) 15W Flyback Transformer PA0476 Vin=18-72v, Freq.=500kHz 16 Vout=5v/3A, 10v/20mA 15W Flyback Transformer PA0691 Vin=30-57v, Freq.=100kHz 52 Vout=3.3v/3A, 5.6v/10mA10v/20mA 15W Flyback Transformer PA1039 , 21.8MM X 10.4MM) 30W Flyback Transformer PB2003 Vin=36-72v, Freq.=300kHz 16 Vout=5v/6A, 15v/0.1A EFD 20 - , Vout=12v/4.5A, 12v/0.1A 13W Flyback Transformer PA0751 Vin=25-75v, Freq.=250kHz 26 Vout=3.3v/4.5A, 15v
Pulse Engineering
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transformer 3A 80w flyback PA104

CXM03

Abstract: Legrand 047 05 NXP Semiconductors 230 V 7 W flyback converter SSL2101 reference board 9. PCB layout The board , W flyback converter SSL2101 reference board DDD#16;#19;#19;#23;#22;#19;#22; Fig 17. PCB layout (bottom view) 10 , , therefore avoiding ground loops. A PCB layout example is shown in Figure 15 and the actual PCB layout is , #16;#19;#19;#23;#22;#19;#21; Fig 15. PCB layout example DDD#16;#19;#19;#23;#22;#19;#25; Fig 16. PCB layout (top view) UM10560 User manual , . 15 PCB layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 Inductor specification
NXP Semiconductors
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CXM03 Legrand 047 05 SSL2101DB1069

tny280 flyback

Abstract: flyback samsung optocoupler ßSimplifies PCB layout R1 37.4 k Small value Y capacitor for low line leakage current , reference design specification, schematic, bill of materials, transformer documentation, and pcb layout , supply design specification, schematic, bill of materials, transformer documentation, and pcb layout , Power Integrations solution ­ · Eliminates up to 50 discrete components, reducing board, layout and , (with I2f parameter) 0% 50% 100% 150% 200% 250% Variation in Flyback Converter
Power Integrations
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tny280 flyback flyback samsung lnk306 TNY276 tny 290 TNY 277 equivalent EP-14 EP-16
Abstract: History DOCUMENT LAYOUT This document describes how to install the MCP19114 - Flyback Stand-Alone , . â'Schematic and Layoutsâ' â'" Shows the schematic and layout diagrams for the MCP19114 - Flyback Stand-Alone , optimized Printed Circuit Board (PCB) layout that minimizes parasitics while increasing efficiency and power density. Proper PCB layout is critical to achieve optimum MCP19114 operation as well as power , MCP19114 - Flyback Stand-Alone Evaluation Board Userâ'™s Guide  2014 Microchip Technology Microchip Technology
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DS50002255A
Abstract: , Texas Instruments Incorporated 17 EVM Assembly Drawing and PCB Layout 9 www.ti.com EVM Assembly Drawing and PCB Layout Figure 26 through Figure 34 present EVM Assembly Drawing and PCB Layout , Instruments Incorporated SLUU434 â'" August 2010 EVM Assembly Drawing and PCB Layout www.ti.com , EVM Assembly Drawing and PCB Layout www.ti.com TEXAS I NSTRUMENTS Figure 30. Top Silk , Drawing and PCB Layout www.ti.com Figure 32. Layer 2 Copper Figure 33. Bottom Layer Copper Texas Instruments
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UCC24610EVM-563 UCC28610 UCC24610 SLUSA87
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