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Part Manufacturer Description Datasheet Download Buy Part
LT3748EMS#TRPBF Linear Technology LT3748 - 100V Isolated Flyback Controller; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT1425CS#PBF Linear Technology LT1425 - Isolated Flyback Switching Regulators; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C
LT3748EMS#PBF Linear Technology LT3748 - 100V Isolated Flyback Controller; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT1425IS#TRPBF Linear Technology LT1425 - Isolated Flyback Switching Regulators; Package: SO; Pins: 16; Temperature Range: -40°C to 85°C
LT3748HMS#TRPBF Linear Technology LT3748 - 100V Isolated Flyback Controller; Package: MSOP; Pins: 16; Temperature Range: -40°C to 125°C
LT3748HMS#PBF Linear Technology LT3748 - 100V Isolated Flyback Controller; Package: MSOP; Pins: 16; Temperature Range: -40°C to 125°C

orega flyback transformer Datasheets Context Search

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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: www.fastio.com TRANSFORMER CONSTRUCTION The technique used is the multi slot developed and widely used by OREGA , describes an easy to build, high performance, low cost 100W FLYBACK power supply, able to work on any mains , associated with flyback power supplies, make it ideal for this kind of application. New multi-sync high , For multi output voltages at 100W output power, the best choice is the SINGLE ENDED FLYBACK TOPOLOGY , , input. (See figure 1.) The synchronisation transformer is a toroidal bifilar core which receives the


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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
2000 - power supply DVD schematic diagram

Abstract: orega flyback transformer wkp 1n m ICE2A265 ED29 diode dvd smps DVD power supply orega orega transformer high voltage SCHEMATIC DIAGRAM SMPS 12v 5A
Text: : . 8 Transformer Construction , supply in flyback converter topology with six output voltages and secondary control. This type of switch , output voltages can also be implemented very easily by a simple modification of the transformer and the , : Introduction The ICE2A265 chip used here was particularly designed for the use in flyback converters. As shown , separate transformer winding with associated rectification D10 and buffering C2, C21. The Resistor R8 is


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PDF DN-EVALMF2ICE2A265-1 ICE2A265 DN-EVALMF2ICE2A265 power supply DVD schematic diagram orega flyback transformer wkp 1n m ICE2A265 ED29 diode dvd smps DVD power supply orega orega transformer high voltage SCHEMATIC DIAGRAM SMPS 12v 5A
12v 50w smps

Abstract: 230v to 12v dc smps circuit diagram 12v 50w class t amplifier orega flyback transformer VIPER flyback 100W 270v ac dc smps circuit VIPER100 Application Note OFF-LINE SMPS USING VIPer100 viper100 flyback transformer 230v ac dc smps circuit
Text: . Dynamic cross-regulation is also very good. The flyback transformer used in the discontinuous mode can , for implementing a current mode flyback configuration in the discontinuous inductor current mode , FLYBACK CONVERTERS The main advantages of the Flyback Converters operating in the discontinuous , Flyback Converters operating in the discontinuous inductor current mode. For both circuits the switching , R3 180 to 270V AC input 100W output L OPTO1 N Off-Line Flyback SMPS with secondary


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PDF VIPer100TM VIPer100. VIPer100 00V/3 5KE200P RN114-2/02 BYT11/400 1N4448 VIPer100 LM7812 12v 50w smps 230v to 12v dc smps circuit diagram 12v 50w class t amplifier orega flyback transformer VIPER flyback 100W 270v ac dc smps circuit VIPER100 Application Note OFF-LINE SMPS USING VIPer100 viper100 flyback transformer 230v ac dc smps circuit
1994 - diode BY100

Abstract: Power Diode BY100 orega flyback transformer BY100 transistor f344 TEA5170 BY100-200 TV flyback transformer BY100 diode orega
Text: DURATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . TRANSFORMER , the primary side of the main transformer . The function of the regulation and synchronization are , operation, the falling edge of PWM signal may be synchronized by an external signal (e.g. by line flyback , master-slave mode. The master circuit is simultaneously synchronized with the line flyback signal. - Power , ground Secondary ground (isolated from mains) 3/12 5170-14.EPS Pulse Transformer TEA5170 -


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PDF TEA5170 TEA5170 diode BY100 Power Diode BY100 orega flyback transformer BY100 transistor f344 BY100-200 TV flyback transformer BY100 diode orega
2002 - T2AL250V

Abstract: VIPer smps 20w 12V P6K180A schematic SMPS set top box orega flyback transformer TV flyback transformer VIPER flyback 20W etd20 viper flyback transformer VIPER 22
Text: application the Flyback transformer has 7 windings, since one winding is dedicated to supply the VIPer, as , for leakage inductance spike. The transformer is a slot type manufactured by OREGA . In this demo , digital Set Top Box (STB) is introduced. The converter uses VIPower VIPer50 in Flyback configuration with , Set Top Box is introduced. The converter uses VIPower VIPer50 in Flyback configuration with output , been selected considering both transformer size and EMI behavior; in fact the harmonics to be


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PDF AN1539 VIPer50 VIPer50 T2AL250V VIPer smps 20w 12V P6K180A schematic SMPS set top box orega flyback transformer TV flyback transformer VIPER flyback 20W etd20 viper flyback transformer VIPER 22
2002 - T2AL250V

Abstract: VIPer smps 20w 12V VIPER flyback 20W P6K180A orega flyback transformer VIPER50 application note viper flyback transformer ST VIPER 27 220vac to 110vac voltage converter schematic orega
Text: based on winding coupling. In the considered application the Flyback transformer has 7 windings, since , digital Set Top Box (STB) is introduced. The converter uses VIPower VIPer50 in Flyback configuration with , power supply for digital Set Top Box is introduced. The converter uses VIPower VIPer50 in Flyback , both transformer size and EMI behavior; in fact the harmonics to be evaluated will start from the , circuit and optimized transformer coupling. All the outputs are directly connected to the load, except


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PDF AN1539 VIPer50 VIPer50 T2AL250V VIPer smps 20w 12V VIPER flyback 20W P6K180A orega flyback transformer VIPER50 application note viper flyback transformer ST VIPER 27 220vac to 110vac voltage converter schematic orega
1994 - diode BY100

Abstract: Power Diode BY100 transistor f344 BY100-200 orega flyback transformer f344 TEA5170 MASTER-SLAVE SMPS FOR TV TEA2164 diode IV5
Text: is generated from the line flyback . Figure 12 EHT TRANSFORMER C Rp 8 V SYNC R V Rt Rt n5 The , TRANSFORMER CHARACTERISTICS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , the slave TEA2164 which is located on the primary side of the main transformer . The function of the , line flyback signal in TV applications). II.2 - Burst Mode During start-up and stand-by phases, no , master-slave mode. The master circuit is simultaneously synchronized with the line flyback signal. - Power


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PDF TEA5170 diode BY100 Power Diode BY100 transistor f344 BY100-200 orega flyback transformer f344 MASTER-SLAVE SMPS FOR TV TEA2164 diode IV5
2002 - top246yn

Abstract: orega flyback transformer orega transformer OREGA smt DI-16 TOP246YN TOP-246-YN vr1 p6ke200 OREGA orega flyback transformer high voltage orega transformer high voltage
Text: TOP246YN 43 W cont, 57 W pk 180 ­ 265 VAC 3.3 V / 5 V / 12 V / 18 V / 33 V Flyback Design , BVDSS rating) without damaging the TOPSwitch-GX. Transformer T1 is constructed using a slotted bobbin, enabling automated transformer winding and assembly. The transformer turns ratio is optimized (including , output voltages are set by the transformer turns ratio. The 12 V, 18 V, and 33 V outputs are DC-stacked , VAC, 43 W). Table 1. Transformer Build Information. Transformer Parameters Core & Bobbin


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PDF DI-16 OP246YN CISPR22B/EN55022B EN61000-4-5) DI-16 top246yn orega flyback transformer orega transformer OREGA smt DI-16 TOP246YN TOP-246-YN vr1 p6ke200 OREGA orega flyback transformer high voltage orega transformer high voltage
2002 - orega flyback transformer

Abstract: top246y OREGA smt P6KE200 BYV32-200 TOP246 DI-16 of D1 TL431CLP MBR1045 UF4003
Text: 43 W cont./57 W peak 180-265 VAC 3.3 V / 5 V / 12 V / 18 V / 33 V Flyback Design , TOPSwitch-GX. · Transformer T1 is constructed using a slotted bobbin, enabling automated transformer winding and assembly. · The transformer turns ratio is optimized (including output diode forward drops) to , the transformer turns ratio. The 12 V, 18 V, and 33 V outputs are DC-stacked on the 5 V output for , Finish Pin 13 Finish Pin 10 Finish Pin 16 Finish Pin 17 Finish Pin 4 Orega SMT 18 core/bobbin set


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PDF DI-16 OP246Y CISPR22B/EN55022B EN61000-4-5) orega flyback transformer top246y OREGA smt P6KE200 BYV32-200 TOP246 DI-16 of D1 TL431CLP MBR1045 UF4003
1998 - orega transformer SMT4

Abstract: MC44603P THOMSON B2 ferrite material orega flyback transformer orega flyback transformers MC44603 orega transformer E-4215A transistor use in oscillator diode 1N4733
Text: Lp3 L12 Lp3 L42 L42 L12 E­4215A Material Lp4 Flyback transformer , L12 E­4215A Material Lp4 Flyback transformer construction For cost reduction and , Flyback transformer construction For cost reduction and simplicity, all windings have the same size. For , of this application note is to present a way of designing the MC44603 in a fly­back dedicated to a , chosen oscillator period is shorter than the cycle time for transformer magnetization and complete


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PDF AN1669/D AN1669 MC44603 MC44603. orega transformer SMT4 MC44603P THOMSON B2 ferrite material orega flyback transformer orega flyback transformers orega transformer E-4215A transistor use in oscillator diode 1N4733
2004 - VOGT P4

Abstract: irf*6n60 Self-Oscillating Flyback mosfet orega flyback transformers resonant power supply VOGT TRANSFORMER P3 vogt b3 transformer vogt transformer VOGT P3 orega flyback transformer
Text: standby ripple generator: 82 pF/50 V C8 *For a ZVS transformer , order OREGA ref. G7209-03 (C22 , Quasi-square wave resonant converters, also known as quasi-resonant (QR) converters, allow designing flyback , Quasi-Resonance? Figure 1. A Truly Resonating VDS Signal on a Quasi-resonant Flyback Converter The term , side of the transformer via the coupling flux. However, the leakage inductance, which models the coupling between both transformer sides, reverses its voltage and imposes a quickly rising drain voltage


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PDF AND8145/D NCP1207 VOGT P4 irf*6n60 Self-Oscillating Flyback mosfet orega flyback transformers resonant power supply VOGT TRANSFORMER P3 vogt b3 transformer vogt transformer VOGT P3 orega flyback transformer
2000 - MC44603P

Abstract: THOMSON B2 ferrite material orega transformer SMT4 flyback transformer construction ferrite thomson lcc orega flyback transformer mc44603 orega flyback transformers OREGA smt4 MTP6N60E equivalent
Text: Primary Winding (Lp1//Lp3//Lp5) + (Lp2//Lp4) Flyback transformer construction Laux Auxiliary , //Lp3//Lp5) + (Lp2//Lp4) Flyback transformer construction For cost reduction and simplicity, all , //Lp5) + (Lp2//Lp4) Flyback transformer construction For cost reduction and simplicity, all , application note is to present a way of designing the MC44603 in a fly-back dedicated to a 110 W output , oscillator period is shorter than the cycle time for transformer magnetization and complete demagnetization


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PDF AN1669/D MC44603 r14525 MC44603P THOMSON B2 ferrite material orega transformer SMT4 flyback transformer construction ferrite thomson lcc orega flyback transformer orega flyback transformers OREGA smt4 MTP6N60E equivalent
1997 - T1 BC548

Abstract: china tv schematic diagram orega 220nf 250V L4981 PFC colour tv power supply system ic TEA5170 transistor buh517 IC No. TEA2261 L4981A
Text: designed to provide a complete supply for colour TV. The system has been configured using a Flyback DC-DC , Voltage: 400 Efficiency: > 80% Operating Frequency: 15kHZ Synchronised (only Fly-Back Section , ,10 C7 470µF C10 220nF 400V TR2 OREGA G5155-01 1 3 19 T1 BC548 R20 1K , R42 10M C30 1µF T5 BC308 R40 3.3K G5154-02 OREGA R45 330 2 6 1 R43 , 2ms/div) Photo 2: Flyback Section (Pout = 230W; IC = 1A/div; Vce = 200V/div; t = 10µs/div) Ic


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PDF L4981A TEA2261 TEA5170 TEA2261 T1 BC548 china tv schematic diagram orega 220nf 250V L4981 PFC colour tv power supply system ic transistor buh517 IC No. TEA2261
1998 - VIPER100 Application Note

Abstract: orega smps diagram schematics 12v 50w smps thomson orega flyback OFF-LINE SMPS USING VIPer100 OREGA 10543330-PI schematics switched power supply ac dc 100UF 400V B82731-R2801
Text: is a wide-range input off-line 50W single switch Flyback , working at 100 kHz. It is based on a new , of this monolithic device. Such a device can be easily used in any off-line Flyback SMPS, with a 100 , the complete schematics of this off line flyback converter. 2.1 Feedback loop This demoboard allows , R6 10 L5 10543330-P1 OREGA C6 1nF 1kV C4 1000uF 16V BYW81P150 D3 ISO1 4N25 , NTC 2 K 4.7 K 10 3,9 K 5,1 K OREGA 10543330-PI DESCRIPTION Film Electrolitic,high voltage


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PDF VIPer100 VIPer100. VIPer100 VIPER100 Application Note orega smps diagram schematics 12v 50w smps thomson orega flyback OFF-LINE SMPS USING VIPer100 OREGA 10543330-PI schematics switched power supply ac dc 100UF 400V B82731-R2801
1997 - TEA2261

Abstract: L4981 PFC orega colour tv power supply system ic flyback converter DC/DC 400V BYT11-1000 equivalent china tv schematic diagram L4981A colour tv circuit diagram T1 BC548
Text: designed to provide a complete supply for colour TV. The system has been configured using a Flyback DC-DC , Voltage: 400 Efficiency: > 80% Operating Frequency: 15kHZ Synchronised (only Fly-Back Section , 470µF C10 220nF 400V TR2 OREGA G5155-01 1 3 19 T1 BC548 R20 1K C12 1nF D7 , 1µF T5 BC308 R40 3.3K G5154-02 OREGA R45 330 2 C29 220nF 3 6 1 R43 , ). Photo 1: PFC Section (Pout = 230W; IL = 1A/div; Vi = 100V/div; t = 2ms/div) Photo 2: Flyback


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PDF L4981A TEA2261 TEA5170 TEA2261 L4981 PFC orega colour tv power supply system ic flyback converter DC/DC 400V BYT11-1000 equivalent china tv schematic diagram colour tv circuit diagram T1 BC548
2007 - schematics smps satellite receiver

Abstract: VIPER100 Application Note OREGA 10543330-PI 1000 WATT smps orega VIPER100-E 1000 WATT smps circuit diagram 600 watt smps schematic 10543330-P1 LED VIPER
Text: board prototype is a wide-range input off-line 50 W single switch Flyback , working at 100 kHz. It is , a device can be easily used in any off-line flyback SMPS, with a 100 W power capability for a , flyback converter. Feedback loop This evaluation board allows the user to choose between primary and , 5.1k JP1 JUMPER S G S P R5 4.7 R6 10 L5 10543330-P1 OREGA C6 1nF 1kV , 3.9 k 0.25 W R8 10 5.1 k 0.25 W L5 (*) OREGA 10543330-PI (2) 1. L2 is a


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PDF AN1094 VIPer100-E VIPer100-E. VIPer100-E schematics smps satellite receiver VIPER100 Application Note OREGA 10543330-PI 1000 WATT smps orega 1000 WATT smps circuit diagram 600 watt smps schematic 10543330-P1 LED VIPER
2003 - china tv schematic diagram

Abstract: T1 BC548 2200uf 25v capacitor 10uF 450v tv CAPACITOR TEA2261 orega 2200uF 100v capacitor colour tv power supply system ic TEA5170 SCHEMATIC DIAGRAM OF POWER factor controller
Text: Flyback DC-DC converter with an upstream PFC section in order to improve the characteristics of the whole , Fly-Back Section) Minimum Output Power Synchronised : 8.5 W Others: Short Circuit, Overload and Open Load , R8 2.7K 1,7,10 C7 470µF C10 220nF 400V TR2 OREGA G5155-01 1 3 19 T1 , C28 4.7nF R42 10M C30 1µF T5 BC308 R40 3.3K G5154-02 OREGA R45 330 2 6 , 2ms/div) Photo 2: Flyback Section (Pout = 230W; IC = 1A/div; Vce = 200V/div; t = 10µs/div) Ic


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PDF L4981A TEA2261 TEA5170 TEA2261 china tv schematic diagram T1 BC548 2200uf 25v capacitor 10uF 450v tv CAPACITOR orega 2200uF 100v capacitor colour tv power supply system ic SCHEMATIC DIAGRAM OF POWER factor controller
L6561

Abstract: T4A/250V l6561 flyback pfc led STP7NB80FI l6561 flyback pfc orega flyback transformer L5591 l6561 flyback pfc ac to dc dc-dc L6561 L6561 AN966
Text: table 3), OREGA T2 RDT13560 Flyback transformer (see table 4), RD Elettronica ZR1 S14K300 , Notes 7 Table 4. 80W AC-DC adapter with PFC and Standby: Flyback transformer spec (p.n. RDT13560 , winding needs to be derived from the transformer of the flyback stage. The coupling of this winding with , 11V, which would narrow down the allowable Vcc range. Using the flyback transformer to generate the , controller and a back-end DC-DC converter in flyback topology that makes use of the L5991A PWM controller


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PDF AN1440 L6561 L5991A L6561 L5991A, T4A/250V l6561 flyback pfc led STP7NB80FI l6561 flyback pfc orega flyback transformer L5591 l6561 flyback pfc ac to dc dc-dc L6561 L6561 AN966
flyback transformer construction

Abstract: THOMSON B2 ferrite material orega transformer SMT4 AN4001 MOSFET IRF 540 AS A SWITCH E-4215A Thomson capacitors lcc 28V to 110V transformer ferrite thomson lcc c4460
Text: Wire size (mm2) 0.315 all windings Flyback transformer construction For cost reduction and simplicity , Former specific Thomson design Wire size (mm2) 0.315 all windings Flyback transformer construction For , windings Flyback transformer construction For cost reduction and simplicity, all windings have the same , application note is to present a way of designing the MC44603 in a fly-back dedicated to a 110W output power , oscillator period is shorter than the cycle time for transformer magnetization and complete demagnetization


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PDF AN4001/D MC44603 80-140Vrms 180-280Vrms 110Vrms 220Vrms MC44603. XM41-2447 flyback transformer construction THOMSON B2 ferrite material orega transformer SMT4 AN4001 MOSFET IRF 540 AS A SWITCH E-4215A Thomson capacitors lcc 28V to 110V transformer ferrite thomson lcc c4460
1999 - uc3845 SCHEMATIC smps

Abstract: flyback MC34063 mc34063 flyback uc3845 power supply schematic flyback smps uc3845 uc3845 schematic MC34063 MOSFET UC3845 spice model MC34063 current source application notes mc34063
Text: output transformer is connected so as to benefit from the flyback voltage but also from the forward , your transformer . Any transformer used on an hysteretic SMPS will generate audible noise at low 1 AN1689 frequency. You either buy a good transformer whose price blasts your final target or, as offered by figure 1's circuit, you ensure a low the peak current. This prevents your transformer to "sing" , or the switching frequency (C9) to keep the output power constant. The transformer features a


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PDF AN1689/D AN1689 R38010 uc3845 SCHEMATIC smps flyback MC34063 mc34063 flyback uc3845 power supply schematic flyback smps uc3845 uc3845 schematic MC34063 MOSFET UC3845 spice model MC34063 current source application notes mc34063
2002 - orega transformer

Abstract: BYT03-400 L6560 L6561 L6561D Po-80W
Text: TRANSFORMER T: core THOMSON-CSF B1ET2910A (ETD 29 x 16 x 10mm) OR EQUIVALENT ( OREGA 473201A7) primary 90T of , x 220K R6 = 0.82/2 R7 = 2 x 499K, 1% R9 = 2 x 909K TRANSFORMER T: core THOMSON-CSF B1ET2910A (ETD 29 x 16 x 10mm) OR EQUIVALENT ( OREGA 473201A8) primary 90T of Litz wire 10 x 0.2mm secondary 7T , =400V Po=80W 68K L6561 Vac (85V to 265V) + C3 1µF R1 - NTC T TRANSFORMER T: core THOMSON-CSF B1ET2910A (ETD 29 x 16 x 10mm) OR EQUIVALENT ( OREGA 473201A8) primary 90T of Litz


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PDF L6561 400mA L6561D orega transformer BYT03-400 L6560 L6561 L6561D Po-80W
ESM 740

Abstract: tea2164 1N404 esm740 an409 transistor ESM 740 flyback transformer philips TV by218 TEA2164 equivalent CC825
Text: The TEA2164 control circuit has been designed primarily for discontinuous mode flyback built with a , transistor switching-off with an external signal (line flyback ) and due to an adaptedburst-mode operation , located at the secondary side. The link between both circuits is realized by a small pulse transformer , transformer . For the TEA2164 positive pulses are transistor switchingon commands ; and negative pulses are , (Figure 7). In flyback converters, this function protects the power supply against output voltage


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PDF TEA2164 TEA2164 ESM 740 1N404 esm740 an409 transistor ESM 740 flyback transformer philips TV by218 TEA2164 equivalent CC825
1997 - 220k 400V

Abstract: BYT03-400 L6560 L6561 L6561D D97IN550B OREGA 473201A8 orega transformer
Text: TRANSFORMER T: core THOMSON-CSF B1ET2910A (ETD 29 x 16 x 10mm) OR EQUIVALENT ( OREGA 473201A7) primary 90T of , 1W R8 6.34K 1% C5 56µF 450V - D97IN550B TRANSFORMER T: core THOMSON-CSF B1ET2910A (ETD 29 x 16 x 10mm) OR EQUIVALENT ( OREGA 473201A8) primary 90T of Litz wire 10 x 0.2mm secondary 7T , =400V Po=80W 68K L6561 Vac (85V to 265V) + C3 1µF R1 - NTC T TRANSFORMER T: core THOMSON-CSF B1ET2910A (ETD 29 x 16 x 10mm) OR EQUIVALENT ( OREGA 473201A8) primary 90T of Litz


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PDF L6561 400mA L6561D 220k 400V BYT03-400 L6560 L6561 L6561D D97IN550B OREGA 473201A8 orega transformer
1998 - ESM 740

Abstract: TEA2164SH 1N404 diode smps 10kW philips bu508a TEA2164 equivalent orega TEA5170 TEA2164S TEA2164SL
Text: ESM 740 BA157 LINE FLYBACK 500µH LINE YOKE EHT TRANSFORMER 1k 33 Frame , primarily for discontinuous mode flyback built with a master-slave architecture, whatever the field of , (line flyback ) and due to an adaptedburst-mode operation for a low power stand-by operation, the , . The link between both circuits is realizedby a small pulse transformer (Figure 4). The PWM signal are sent towards the primary side through small differentiating transformer . For the


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PDF TEA2164S TEA2164Scontrol TEA2164S DIP16PW ESM 740 TEA2164SH 1N404 diode smps 10kW philips bu508a TEA2164 equivalent orega TEA5170 TEA2164SL
2001 - ST34063A

Abstract: st34063 ST34063 STMicroelectronics ST VIPER application notes 220UF50V orega transformer Rubycon 400V 100uF capacitor ST VIPER 22 application notes NTC 2k2 thermistor Full bridge SMPS
Text: failures. The transformer is slot type, manufactured by OREGA , in accordance with the EN60950. The , 20K - 1/4W - 5% SFR25 BEYSCHLAG T1 G6988-01 POWER TRANSFORMER OREGA HS1 6099B , AN1487 APPLICATION NOTE ® 35W FLYBACK CONVERTERS FOR SET-TOP BOX APPLICATIONS USING THE , the transformer size and the harmonics of the switching frequency, in order to optimise the input filter size and its cost. The transformer reflected voltage is ~50V, providing enough room for the


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PDF AN1487 VIPer100A 265Vrms) VIPer100A ST34063A st34063 ST34063 STMicroelectronics ST VIPER application notes 220UF50V orega transformer Rubycon 400V 100uF capacitor ST VIPER 22 application notes NTC 2k2 thermistor Full bridge SMPS
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