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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT3439EFE#TRPBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#PBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#TR Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT1949-1EMS8TR Linear Technology IC PWM DC/DC CONV 1A SWTCH 8MSOP
LTC1517ES5-3.3#TR Linear Technology LTC1517-3.3 - Micropower, Regulated 3.3V Charge Pump in a 5-Pin SOT-23 Package; Package: SOT; Pins: 5; Temperature Range: -40°C to 85°C

5V DC planar transformer Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
AN3581

Abstract: planar transformer layout C1608X7R1H104 capacitor 2220 5V DC planar transformer planar transformer pcb FERRITE TRANSFORMER ee ER23 high efficiency rectifier 100v 1a tdk transformer design
Text: detailed schematic, complete component list with manufacturer's part numbers, and a planar transformer , -layer planar transformer was built, the layout of which is given for reference. Features q q q q q q , 7.5kW ±1 % resistor (0603) T1 1 20W Custom Planar Transformer with ER23 ferrite core U1 1 , power supply. Page 4 of 7 Figure 3. Example of transformer realisation with planar technology , Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: MAX5074, dc-dc, dc / dc , isolated, forward


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PDF MAX5074, 250khz, 36-72v MAX5074 20MHz, com/an3581 MAX5074: AN3581 planar transformer layout C1608X7R1H104 capacitor 2220 5V DC planar transformer planar transformer pcb FERRITE TRANSFORMER ee ER23 high efficiency rectifier 100v 1a tdk transformer design
1988 - design of 20 khz step up ferrite transformer

Abstract: resonant single ended forward converter Siliconix Application Note schindengen TCMT1020 design of 250 khz step up ferrite transformer AN717 LL4148 TL431CLP PL20
Text: AN717 Siliconix Integrated Printed Circuit Board Planar Magnetics DC / DC Converters Bijan E , Figure 1. Integrated PCB Planar Transformer (03/28/95) 1 AN717 Siliconix Using Planar , VOUT = 5V dc Switching Frequency IOUT = 0 to 3A Output Current Minimum/Maximum DVOUT = , : Planar Transformer The transient response of the circuit under switched load was tested and found to , 10.2 mW = = 17.5 mW 4.5 mH Planar Choke DC Resistance Inductance Figure 6. Step


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PDF AN717 Si9114A 750kHz. PESC88 design of 20 khz step up ferrite transformer resonant single ended forward converter Siliconix Application Note schindengen TCMT1020 design of 250 khz step up ferrite transformer AN717 LL4148 TL431CLP PL20
2003 - MAX5051 Evaluation Kit

Abstract: 105k 250v capacitor 105k 250v ceramic R027F Payton planar transformer layout payton transformer PA0370 MAX5051 C3523
Text: 500V galvanic isolation is achieved by optocouplers and a planar surface-mount transformer . Operation , ) T1 1 Planar transformer Pulse Engineering PA0370 or Payton Planar Magnetics Ltd. 50659* U1 , -72V DC source used in the telecom/datacom markets (48V modules), industrial environments, or in , -323) Diodes Incorporated 1N4448HWS 1 2.4µH, 20A inductor Payton Planar Magnetics Ltd. 50661 or Pulse , +3.3V at up to 15A output. The circuit can be powered from a ±36V to ±72V DC source. The user should


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PDF MAX5051 V/10A 250kHz MAX5051EVKIT 100LFM 100pF MAX5051 MAX5051 Evaluation Kit 105k 250v capacitor 105k 250v ceramic R027F Payton planar transformer layout payton transformer PA0370 C3523
flyback transformer pin connections

Abstract: planar transformer pcb flyback PCB layout dc-dc converter 48v to 24v 3a P6140-2 flyback converter DC/DC 18v output Flyback transformer planar flyback transformer pin description switching transformer winding 10 pin flyback transformer schematics
Text: PRODUCT DATA SHEET PLANAR POWER TRANSFORMER Features Applications P6140 Planar windings 4mm height above PCB Low leakage inductance High frequency operation , Flyback converters 48V or 24V systems 15V @ 1A output 5V @ 3A output DESCRIPTION P6140 is a planar power transformer using multilayer PCB technology. It is intended for low profile high frequency , (3+4+5):2 Interwinding capacitance 100kHz, 1V - 325 - pF Total transformer losses


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PDF P6140 P6140 500kHz. P6140- 100--350kHz 500Vrms 350--500kHz 200mT) FIN-03101, flyback transformer pin connections planar transformer pcb flyback PCB layout dc-dc converter 48v to 24v 3a P6140-2 flyback converter DC/DC 18v output Flyback transformer planar flyback transformer pin description switching transformer winding 10 pin flyback transformer schematics
1999 - sem800 dixon

Abstract: planar transformer layout 260kHz flyback transformer UC3848s unitrode closing the feedback loop SEM700 SEM-800 u135 precision switching transformer Application Note U-97
Text: and has 1.2~ maximum on resistance at 25°C. A planar transformer and coupled output inductor from Signal Transformer Co. [8] are used, which offer several advantages over custom wound components. Planar , allow maximum transformer and switch utilization. A three output, 200 watt off-line design example is presented which also features planar magnetics and a coupled output inductor. INTRODUCTION The UC3848 , simple and reliable, but nonoptimum in transformer and switch utilization, the single switch forward has


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PDF U-135 UC3848 sem800 dixon planar transformer layout 260kHz flyback transformer UC3848s unitrode closing the feedback loop SEM700 SEM-800 u135 precision switching transformer Application Note U-97
planar transformer 24V

Abstract: ferrite core transformer construction 10 pin flyback transformer schematics planar transformer pcb transformer 3A 24V flyback transformer pin connections flyback transformer pin description flyback transformer 12v dc High power planar Transformer 2232V
Text: PRODUCT DATA SHEET PLANAR POWER TRANSFORMER Features Applications P6142 Planar windings 4mm height above PCB Low leakage inductance High frequency operation , Flyback converters 24V or 12V systems 15V @ 1A output 5V @ 3A output DESCRIPTION P6142 is a planar power transformer using multilayer PCB technology. It is intended for low profile high frequency , (3+4+5):2 Interwinding capacitance 100kHz, 1V - 325 - pF Total transformer losses


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PDF P6142 P6142 500kHz. P6142- 500Vrms 350--500kHz P6142-1 P6142-2 100--350kHz planar transformer 24V ferrite core transformer construction 10 pin flyback transformer schematics planar transformer pcb transformer 3A 24V flyback transformer pin connections flyback transformer pin description flyback transformer 12v dc High power planar Transformer 2232V
U135

Abstract: APT801R2BN SEM-800 sem800 dixon uc19432 planar transformer layout 30 volt transformer construction 260kHz flyback transformer flyback 200w switching transformer winding
Text: and has 1.2~ maximum on resistance at 25°C. A planar transformer and coupled output inductor from Signal Transformer Co. [8] are used, which offer several advantages over custom wound components. Planar , allow maximum transformer and switch utilization. A three output, 200 watt off-line design example is presented which also features planar magnetics and a coupled output inductor. INTRODUCTION The UC3848 , simple and reliable, but nonoptimum in transformer and switch utilization, the single switch forward has


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PDF U-135 UC3848 APT801R2BN SEM800 SEM700 UC3848 U135 SEM-800 sem800 dixon uc19432 planar transformer layout 30 volt transformer construction 260kHz flyback transformer flyback 200w switching transformer winding
14-Layer

Abstract: powerone SFS13ZA-M6 RFS06ZB-M6 RFS06ZA-M6 RDS06ZB-M6 NDS03ZD-M6 NDS03ZB-M6 5V DC planar transformer SFS08ZG-M6
Text: open-board construction, with a single substrate planar transformer as the motherboard onto which all other , integration of planar transformer windings into a multiple-layer PWB to provide additional thermal mass for , TM One-SMarT Surface Mount DC / DC Converters An Innovative New Series of Surface Mount DC / DC Converters Overview TM The One-SMarT family of surface mountable DC / DC converters provide isolated , singlesubstrate planar transformers. These techniques also increase reliability through uniform heat dissipation


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PDF 24VDC. 14-Layer powerone SFS13ZA-M6 RFS06ZB-M6 RFS06ZA-M6 RDS06ZB-M6 NDS03ZD-M6 NDS03ZB-M6 5V DC planar transformer SFS08ZG-M6
2003 - planar transformer pcb

Abstract: planar transformer pcb pulse LT3781 LTC1698 Si7456DP Si7884DP 5V DC planar transformer high frequency transformer 48v
Text: regulation of the 5V output. A planar transformer PA0285 built by Pulse Engineering is employed as the power transformer in this design. This transformer is constructed on a PQ20 core with five turns of , DESCRIPTION Demonstration circuit 467 is a 150W 5V output isolated DC / DC power supply with 36V to 72V input , Frequency Efficiency Output Voltage VOUT TRIM On/Off Control Isolation Voltage 5V ±2% 230kHz , 5V output, as well as the gate drive for the synchronous MOSFETs in the 5V output stage. The error


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PDF LT3781 LTC1698 230kHz. planar transformer pcb planar transformer pcb pulse LTC1698 Si7456DP Si7884DP 5V DC planar transformer high frequency transformer 48v
planar transformer pcb

Abstract: planar transformer layout Flyback transformer planar 48v to 5v dc schematic planar transformer P7602 High power planar Transformer flyback transformer pin connections p614 planar transformer 24V
Text: PRODUCT DATA SHEET PLANAR POWER TRANSFORMER Features Applications P6141 Planar windings 4mm height above PCB Low leakage inductance High frequency operation , converters 48V or 24V inputs 5V @ 5A output 3.3V @ 7A output DESCRIPTION P6141 is a planar power transformer using multilayer PCB technology. It is intended for low profile high frequency DC-DC forward , 100kHz, 1V primary : secondary - 308 - pF Total transformer losses Vout = 5V at Iout =


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PDF P6141 P6141 500kHz. P7602-1003-3R8Y P6141T 500Vrms 135mT) FIN-03101, planar transformer pcb planar transformer layout Flyback transformer planar 48v to 5v dc schematic planar transformer P7602 High power planar Transformer flyback transformer pin connections p614 planar transformer 24V
2003 - planar transformer layout

Abstract: UMK325BJ105 resistor 2010 r025f MAX5042EVKIT MAX5042 EEVFK2A221M dale r025f CTR CAPACITOR 100v C3216X7R2E333K
Text: ) T1 1 200µH, 50W planar transformer Pulse Engineering PA0365 U1 1 U2 1 None 1 , can be provided from either a +36V to +75V or -36V to -75V DC source used in the telecom/datacom , at the primary side. Galvanic isolation is achieved by an optocoupler and the surface-mount planar transformer . Operation at 250kHz allows the use of small magnetics and output capacitors. The EV kit , . Features Isolated, Hot-Pluggable 40W Forward DC-DC Converter ±36V to ±75V Input Range + 5V Output Up


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PDF MAX5042 MAX5042 planar transformer layout UMK325BJ105 resistor 2010 r025f MAX5042EVKIT EEVFK2A221M dale r025f CTR CAPACITOR 100v C3216X7R2E333K
U135

Abstract: sem800 dixon 260kHz flyback transformer unitrode manual magnetics design for switching power supplies dixon 2 application note gate driver with bootstrap capac SEM-800
Text: [7], is rated at 800V and has 1.2Q maximum on resistance at 25°C . A planar transformer and coupled , seminar pro ceedings, 1992 [7] Planar Magnetics data sheet, Signal Transformer Co., Inwood, NY , volt-second limiting allow maximum transformer and switch utilization. A three out put, 200 watt off-line design example is presented which also features planar magnetics and a coupled output inductor , . Generally considered simple and reliable, but non optimum in transformer and switch utilization, the single


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PDF U-135 UC3848 C24-C30 220pF 390pF 330pF 470pF U135 sem800 dixon 260kHz flyback transformer unitrode manual magnetics design for switching power supplies dixon 2 application note gate driver with bootstrap capac SEM-800
2004 - LTC1681

Abstract: 72V DC to 12V dC converter circuit diagram LT1698 FZT690 buck converter vout 100v 48V to 12V buck transformer Si4450 6 pin pulse transformer LT1006S8 MBR0540T1
Text: . 36V­72V DC to 5V /7A synchronous forward converter Linear Technology Magazine · September 2001 9 , , logic voltages continue to fall well below 5V . Designing an efficient supply to convert high voltages (typically 36V to 72V) to low voltages (1.8V to 5V ) without tying up too much board space can be quite a , THERM SYNC SGND SS VC SHDN 5VREF FSET 5 6 3 7 4 8 3.3 LTC1693-2 5V OUT 0.047µF , 270k 0.25W 5V OUT VCC1 VCC2 IN2 OUT2 IN1 OUT1 GND2 GND1 1k 1% 6 5


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PDF LT1681 LTC1698 LT1681/LTC1698 V/20A 250kHz LTC1681 72V DC to 12V dC converter circuit diagram LT1698 FZT690 buck converter vout 100v 48V to 12V buck transformer Si4450 6 pin pulse transformer LT1006S8 MBR0540T1
2000 - opto 1230

Abstract: optocoupler pc 817 MOC207 optocoupler configuration LTC1698IS LTC1698IGN LTC1698ES LTC1698EGN mosfet short circuit protection schematic diagra LT1681
Text: transformer provides DC isolation and delivers energy from the primary to the secondary. Unlike the flyback , isolated power supply. The LT1681 synchronizes the LTC1698 through a small pulse transformer and the , ±0.8% Output Voltage Accuracy Dual N-Channel MOSFET Synchronous Drivers Pulse Transformer , APPLICATIONS s s s s 48V Input Isolated DC / DC Converters Isolated Telecommunication Power Systems , GERR Error Amplifier Open-Loop DC Gain VCOMP = 0.8V to 1.2V, Load = 2k, 100pF q 65 90


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PDF LTC1698 LT1681 LTC1698 LT1431 LT1680 LT1681 LT1725 LT1737 1689i opto 1230 optocoupler pc 817 MOC207 optocoupler configuration LTC1698IS LTC1698IGN LTC1698ES LTC1698EGN mosfet short circuit protection schematic diagra
2000 - optocoupler pc 817

Abstract: FZT690 LTC1698IS LTC1698IGN LTC1698ES LTC1698EGN LTC1698 LT1681 optocoupler 817 LT1006S8
Text: transformer provides DC isolation and delivers energy from the primary to the secondary. Unlike the flyback , completely isolated power supply. The LT1681 synchronizes the LTC1698 through a small pulse transformer and , Current Range ±0.8% Output Voltage Accuracy Dual N-Channel MOSFET Synchronous Drivers Pulse Transformer , APPLICATIONS s s s s 48V Input Isolated DC / DC Converters Isolated Telecommunication Power Systems , GERR Error Amplifier Open-Loop DC Gain VCOMP = 0.8V to 1.2V, Load = 2k, 100pF q 65 90


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PDF LTC1698 LT1681 LTC1698 LT1431 LT1680 LT1681 LT1725 LT1737 1689i optocoupler pc 817 FZT690 LTC1698IS LTC1698IGN LTC1698ES LTC1698EGN optocoupler 817 LT1006S8
r14 diode

Abstract: 300w dc-dc driver schematic variable resistor SMD footprint UG DIODE TP4AHEQ25 smd 2U 78 diode IR2086 smd zener sod 80 diode 5v smd 2U planar transformer layout
Text: TC54VN2702ECB71CT Digi-Key TP4AEQP25/23 Plate MH&W T2 Planar Transformer Planar Transformer , % efficient, 48V-to-9.6V (35A), unregulated full bridge DC bus converter. The featured chipset solution , (IRF6635), primary side biasing FET (IRF7380) and the secondary side gate clamp FET (IRF6621). The DC bus , primary switches. This feature also guarantees the flux balance of the transformer . 2. The reverse , Capability (a) (b) Fig. 1. The pictures of DC bus converter demo board with IR2086S Chipset: (a


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PDF IRDC2086-330W UG-0601 IR2086S IRF7380 E14/3 5/5-3F3-A160 TC54VN2702ECB71CT TP4AEQP25/23 r14 diode 300w dc-dc driver schematic variable resistor SMD footprint UG DIODE TP4AHEQ25 smd 2U 78 diode IR2086 smd zener sod 80 diode 5v smd 2U planar transformer layout
X4 DIODE SMD

Abstract: planar transformer pcb IRDC2086-330W IR2086S ZENER DIODE 12V IRF7380 IR2086-330W planar transformer layout J152 t1A transistor smd
Text: Digi-Key TP4AEQP25/23 Plate MH&W T2 Planar Transformer Planar Transformer TP4AEQP25/23 , % efficient, 48V-to-9.6V (35A), unregulated full bridge DC bus converter. The featured chipset solution , (IRF6635), primary side biasing FET (IRF7380) and the secondary side gate clamp FET (IRF6621). The DC bus , primary switches. This feature also guarantees the flux balance of the transformer . 2. The reverse , Capability (a) (b) Fig. 1. The pictures of DC bus converter demo board with IR2086S Chipset: (a


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PDF IRDC2086-330W UG-0601 IR2086S IRF7380 E14/3 5/5-3F3-A160 TC54VN2702ECB71CT TP4AEQP25/23 X4 DIODE SMD planar transformer pcb ZENER DIODE 12V IRF7380 IR2086-330W planar transformer layout J152 t1A transistor smd
orega flyback transformer

Abstract: motorola transistor cross reference OREGA FERRITE transformer zener diodes 0-15v ANE424 motorola ane424 AN479 40 hz frequency power FERRITE TRANSFORMER design MJH18010 thomson orega flyback
Text: controller MC44602 and a MJH18010 switching planar power transistor. Depending on timebase frequency and , MC44602 has a separate synchronisation input which resets the oscillator when a 5V positive pulse is , , input. (See figure 1.) The synchronisation transformer is a toroidal bifilar core which receives the pulses from the time base of the monitor. The sync, pulse will have 5V amplitude and about 2 nS width , polution MOTOROLA AN479/D 2 f ClibPDF - www.fastio.com TRANSFORMER DESIGN Since the transformer plays


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PDF AN479/D AN479 MC44602P2, AN479/D orega flyback transformer motorola transistor cross reference OREGA FERRITE transformer zener diodes 0-15v ANE424 motorola ane424 AN479 40 hz frequency power FERRITE TRANSFORMER design MJH18010 thomson orega flyback
germanium

Abstract: BUY23A Germanium drift transistor epitaxial mesa gardners transformers Germanium itt BLY63
Text: (3D M ) Epitaxial Planar (EP) Robustness Switching Speeds Selection Summary SW ITCHING REG ULA TO , Windings Core Size Transformer Core Losses Temperature Rise Loss Distribution High Frequency Transformer Core Size POWER D IO DES Diode Power Losses Forward Loss, Reverse (Blocking) Loss, Transient , equipment having to be operated from a single d.c . power source, inverters and converters are now being , . waveform from a d.c . power source, perhaps the most well known application* is for the fluorescent


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PDF 2924E. CA123 germanium BUY23A Germanium drift transistor epitaxial mesa gardners transformers Germanium itt BLY63
2010 - 76V0A

Abstract: MCHP-045-V31-1 AN1335 48V 100w SMPS forward High-Speed PWM DS70323 buck boost converter closed loop in matlab "High-Speed PWM" DS70323 DS70296 DSC full-bridge dsPIC dsPIC33FJ16GS502
Text: Hardware design for the isolated PSFB Quarter Brick DC / DC Converter · Planar magnetics design · Digital , Design Full-Bridge Planar Transformer Design Magnetics design also plays a crucial role in achieving high efficiency and density. In the Quarter Brick DC / DC Converter design, planar magnetics are , least number of integer turns possible. FIGURE 16: PLANAR TRANSFORMER 21.00 mm (0.83") 14.90 , transformer arrangement is shown in Table 5. TABLE 5: Planar Output Inductor Design layers The


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PDF AN1335 VDC-76 dsPIC33F DS01335A-page 76V0A MCHP-045-V31-1 AN1335 48V 100w SMPS forward High-Speed PWM DS70323 buck boost converter closed loop in matlab "High-Speed PWM" DS70323 DS70296 DSC full-bridge dsPIC dsPIC33FJ16GS502
Design -5V dc power supply using center-tapped transformer

Abstract: planar transformer tutorial flyback transformer for medical MAX884 MAX856 MAX850 MAX761 MAX751 MAX619 MAX253
Text: conversion of 3.3V to 5V is a key DC / DC converter application, as the PCMCIA 3V/ 5V Working Group prepares to , . Flyback regulators are similar to boost regulators; the example in Figure 7 is a DC transformer . This , transformer to isolate the output voltage from the input voltage. This regulator converts DC to AC voltage to forward-drive the DC transformer . After examining various power-supply designs, your first choice for these , International Association, Type-1 PCMCIA, 3.3V PC-card standard, 3V to 5V converter, step-up DCDC converter


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PDF MAX856 MAX884 200mA com/an658 AN658, APP658, Appnote658, Design -5V dc power supply using center-tapped transformer planar transformer tutorial flyback transformer for medical MAX850 MAX761 MAX751 MAX619 MAX253
uA720

Abstract: LX20T mitsumi pvc variable TOKO RF TRANSFORMER RBO-6A5105BM toko 1013 Toko variable coil RLC-4A5130N toko if transformer TOKO rlc variable CAPACITANCE
Text: monolithic AM Radio Receiver System made with the patented Fairchild Planar * epitaxial process. The device , ) Molded DIP (Soldering, 10 seconds) 16V 40 mA 670 mW 20 mA 10mA 10mA ±10mA 10mA — 5V 0V -40°C to , oscillator input output decouple v+ if output filter input Sea note« on following page. ' Planar Is a , ) PARAMETERS CONDITIONS MIN TYP MAX UNITS DC CHARACTERISTICS (Oscillator OFF, S-| in Pos 2, S3 in Pos 2 , _I AM CAR RADIO APPLICATION (SLUG TUNED) i »3 > 220k — 12 .005 TRANSFORMER (T1) TRANSFORMER


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PDF //A3064 //A3065 TBA970 //A746, //A780, //A781, //A787, //A788 TAA630S, TBA510, uA720 LX20T mitsumi pvc variable TOKO RF TRANSFORMER RBO-6A5105BM toko 1013 Toko variable coil RLC-4A5130N toko if transformer TOKO rlc variable CAPACITANCE
2004 - planar transformer mounting in pcb

Abstract: GLDW34V03
Text: transformer compared to planar magnetics and metal baseplate designs. · Higher reliability than planar transformer designs that can suffer from via fatigue from thermal cycling, and metal baseplate designs with , DORADO HV High-efficiency DC / DC Converter 48V Input, 18V to 34VDC Output, 3A Output The , : 87% at 3A, 34V Droop Feature Allows Current Sharing Very Low Common-mode Noise for a Commercial DC / DC Converter Two-stage Input Filter Constant Switching Frequency Remote Sense Single Board Design


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PDF 34VDC 01-001-C planar transformer mounting in pcb GLDW34V03
2011 - PA0876

Abstract: No abstract text available
Text: with a pulse width determined by the input and output voltages and the transformer turns ratio. Each , transformer . The resulting secondary voltage is then rectified and filtered with an LC filter to provide a , the primary of the power transformer is 1/2 the input voltage (VIN) compared to a full VIN in a , approximately 1.5A. Therefore, to fully test the LM5045 evaluation board a DC power supply capable of at least , AN-2111 LM5045 Evaluation Board 7 5V Evaluation Board www.ti.com Figure 9 shows a typical


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PDF SNVA468C AN-2111 LM5045 420kHz 4V/32V PA0876
2002 - Not Available

Abstract: No abstract text available
Text: as a result of lower capacitance in the transformer compared to planar magnetics and metal baseplate designs. · Higher reliability than planar transformer designs that can suffer from via fatigue , LEO Series Industry's Highest Current, Highest Efficiency DC / DC Converter. 48V or 24V Input , range The Leo is a 3/4 brick CoolConverterTM in the Galaxy family of high-efficiency DC / DC , Line, Load & Temperature Voltage Ripple 5V 5V 3.3V 3.3V Current Range 5V 3.3V 2.5V 1.8V


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PDF 600kHz,
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