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PMP3020 Texas Instruments Isolated Fly Back 12V@2.5A visit Texas Instruments
PMP5770 Texas Instruments Offline, 30 watt fly back LED driver (dimmable) visit Texas Instruments
PMP5013 Texas Instruments Offline, 10 watt fly back LED driver (dimmable) visit Texas Instruments
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
150025012 GE Critical Power Galaxy Pluto Plus Controller Back Plane – 48V Version visit GE Critical Power
ICL7673CPAZ Intersil Corporation Automatic Battery Back-Up Switch; PDIP8, SOIC8; Temp Range: 0° to 70° visit Intersil

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fly-back

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Abstract: ) Features Flyback / Buck 50.5 200 35 Y 300 Burst mode; Safe Restart Flyback / Buck 50.5 200 35 Y 450 Burst mode; Safe Restart TSOP6 Flyback / Buck 27.5 / 65 / 82 30 Y Latched; VCO mode TEA1731TS TSOP6 Flyback / Buck 26.5 / 65 / 80 30 Y Safe Restart; VCO mode TEA1733AT SO8 Flyback / Buck 91.5 30 Y Safe Restart; VCO mode TEA1733BT SO8 Flyback / Buck 123 30 Y Safe Restart; VCO mode TEA1733CP NXP Semiconductors
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TEA1733P TEA1733CT TEA1733LT TEA1733T TEA1738FT TEA1723FT
Abstract: ) Features Flyback / Buck 52 40 Burst mode; Safe Restart SO8 Flyback / Buck 52 40 Burst mode; Safe Restart TEA1731LTS TSOP6 Flyback / Buck 27.5 / 65 / 82 30 (35) Latched; VCO mode TEA1731TS TSOP6 Flyback / Buck 27.5 / 65 / 82 30 (35) Safe Restart; VCO mode TEA1732TS TSOP6 Flyback / Buck 65 / 80 30 (35) Safe Restart, Peak Power, Brown-out TEA1732LTS TSOP6 Flyback / Buck 65 / 80 30 (35) Latched, Peak Power, Brown-out NXP Semiconductors
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tea*1733p TEA1732CTS TEA1791T TEA1791AT TEA1792T TEA1792TS TEA1792AT
Abstract: TEA1723AT TEA1723BT TEA1723DT TEA1723FT Package name SO7 SO7 SO7 SO7 SO7 SO7 SO7 Topology Flyback Flyback Flyback Flyback Flyback Flyback Flyback fosc (kHz) 51.5 51.5 51.5 51.5 51.5 51.5 51.5 VCC [max] (V) 60 60 , Flyback QR PFC + QR Flyback QR PFC + QR Flyback QR PFC + QR Flyback QR PFC + QR Flyback QR PFC + QR Flyback PFC + Resonant PFC + Resonant fosc (kHz) 125 / 125 125 / 125 250 / 125 250 / 125 250 / 125 250 , Topology QR Flyback QR Flyback QR Flyback QR Flyback Resonant Resonant Flyback Flyback Flyback Flyback NXP Semiconductors
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TEA1721AT TEA1721DT TEA1751T TEA1751LT TEA1753T TEA1795T tea1752l tea1611 AC-DC Controllers TEA1716 TEA1721BT TEA1752T
Abstract: peak. Features â'¢ Driver â'¢ Output stage and protection circuits â'¢ Flyback generator â , during flyback (pin 5) V5-4M < 55 V Output current (peak-to-peak value) l5(p-p) max. 3 A Operating , (pin 5) Repetitive peak flyback generator output current (pin 8) Non-repetitive peak flyback , A Output current flyback generator (pin 8) -'8 - 1,35 1,6 A Output current flyback generator (pin 8) >8 - 1,25 1,5 A Output voltage Peak voltage during flyback V5-4M - - 55 V Saturation -
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TDA3652 TDA3652Q TDA2579 flyback data pin diagram flyback pin diagram The vertical deflection
Abstract: for transformer demagnetization detection and overvoltage protection (OVP) of the flyback. The , 1.6 V 10 FBSENSE Current sense input for flyback. At this pin, the voltage across the flyback , flyback. The flyback will only start when the internal current source is able to charge the soft start , guarantee the enabling of the flyback. 11 PFCSENSE Overcurrent protection input for PFC. This , start-up current source (output at pin 1), and valley sensing of the flyback. The combination of the NXP Semiconductors
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AN10782 TEA1750 Flyback Transformer Design FOR QR IC tea1750 application note TV flyback transformer PFc lcd TV problem with active clamp flyback pfc Quasi Resonant Converter flyback SO-16
Abstract: flyback. The combination of the demagnetization detection and the valley detection at pin HV is , ) = -15 A 10 FBSENSE Current sense input for flyback. At this pin, the voltage across the , enable the flyback. The flyback will only start when the internal current source is able to charge the , is required to guarantee the enabling of the flyback. 11 PFCSENSE Overcurrent protection , valley sensing of the flyback. The combination of the demagnetization detection at the FBAUX pin and the NXP Semiconductors
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AN10789 tea1751 flyback pfc using constant on-time HV Flyback schematic flyback transformer for medical DCM flyback transfer function TEA1751
Abstract: LDESIGN IDEAS Primary-Side Sensing Takes Complexity out of Isolated Flyback Converter Design Introduction Flyback converters are widely used in isolated DC/DC applications, but they are not necessarily a designer's first choice. Power supply designers grudgingly choose a flyback out of necessity for electronic isolation; certainly not because they are an easy to design. A flyback converter requires that , off-the-shelf transformer selection and the necessity for customized magnetics. Moreover, the flyback converter Linear Technology
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LT3573 PA2454NL 9V input to 5V output flyback converter flyback converter 2A 15V isolated feedback flyback converter flyback converter L10-1022
Abstract: TEA1755LT HV start-up DCM/QR flyback controller with integrated DCM/QR PFC controller Rev. 1 - , Power Factor Correction (PFC) and a flyback controller. Its high level of integration enables , functions provide high efficiency at all power levels. At high power levels the flyback operates in QR mode or DCM with valley detection. At medium power levels, the flyback controller switches to Frequency , switches off to maintain high efficiency. At very low power levels, when the flyback switching frequency NXP Semiconductors
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TEA1755 flyback hv
Abstract: integration and reliability in off-line quasi-resonant flyback converters with indirect feedback. The device , OFF-LINE QUASI-RESONANT FLYBACK SWITCHING REGULATOR FUNCTIONAL BLOCK DIAGRAM V |N I N H IB I T , MicroSystems, Inc. OFF-LINE QUASI-RESONANT FLYBACK SWITCHING REGULATOR STR-S5703 ELECTRICAL , information only. OFF-LINE QUASI-RESONANT FLYBACK SWITCHING REGULATOR TYPICAL CHARACTERISTICS STR-S5703 COLLECTOR CURRENT in AMPERES OFF-LINE QUASI-RESONANT FLYBACK SWITCHING REGULATOR TYPICAL -
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Flyback transformer design and ratings flyback transformer pin configuration Flyback transformer ratings 8050S REGULATOR F6628 Quasi-resonant flyback transformer 220/240V 110/120V
Abstract: Sample the Flyback. . . . . . . . . . . . . . . . . 25 7.3 Determining Coil Current and Flyback Polarity , connection externally in order to perform stall detection using flyback. TIM0_ch0 TIM0_ch1 TIM0_ch2 , (Back EMF) . . . . . . . . . . . . . . 2 Flyback . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Stall Detection Using Flyback Time. . . . . . . . . . . . . . . . . 5 , Measuring Flyback Time Using S12HY. . . . . . . . . 11 S12HY Hardware Implementation . . . . . . . . . . . Freescale Semiconductor
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S12XHY FLYBACK MONITOR MICROSTEP 64LQFP Microstepping Control motor stall AN4024
Abstract: referenced to the middle of the line flyback. This stage will detect the coincidence between the line sync , FRAME OSCILLATOR 2 19 SUPER SANDCASTLE OUTPUT VCC2 3 18 LINE FLYBACK INPUT FRAME FLYBACK GENERATOR 4 17 LINE OUTPUT GROUND 5 16 GROUND GROUND 6 15 GROUND , Power stage Flyback generator - YOKE 10 Video Input 2us 20 18 7 Frame-Synchro generator Line flyback detector Output stage 17 Phase detector Input stage STMicroelectronics
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TDA8215B TDA8213 TDA8217 TDA8215 HT11 TDA8213 application note
Abstract: flyback. This stage will detect the coincidence between the line sync pulse (if present) and a 2us , FLYBACK INPUT FRAME FLYBACK GENERATOR 4 17 LINE OUTPUT GROUND 5 16 GROUND , Identification 2 2us Video Input Line flyback detector 4 Flyback generator Power , Flyback 13 12 11 8214B-02.EPS Vcc1 Vcc1 ABSOLUTE MAXIMUM RATINGS Symbol Parameter Value Unit 30 V Flyback Generator Supply Voltage 35 V Frame Power Supply Voltage STMicroelectronics
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TDA8214B fly back TDA8214 1n4148 v4 LT11 delay line ms-19 8214B-01 DIP20PW PMDIP20W
Abstract: Sample the Flyback. . . . . . . . . . . . . . . . . 25 7.3 Determining Coil Current and Flyback Polarity , microcontrollers may have to make this connection externally in order to perform stall detection using flyback. , (Back EMF) . . . . . . . . . . . . . . 2 Flyback . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Stall Detection Using Flyback Time. . . . . . . . . . . . . . . . . 5 , Measuring Flyback Time Using S12HY. . . . . . . . . 11 S12HY Hardware Implementation . . . . . . . . . . . Freescale Semiconductor
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TIMER COIL
Abstract: 400 mA bipolar bipolar S5703 Quasi-resonant flyback converter 110/120 V 140 W 500 V 6A bipolar S5707 Quasi-resonant flyback converter 85-265 V 220/240V 90 W 140 W 850 V 6A bipolar S5708 Quasi-resonant flyback converter 85-265 V 220/240 V 120 W 180 W 850 V 7.5 A bipolar F6624 Quasi-resonant flyback converter 100/120 V 130 W 450 V 0.92 MOSFET F6626 Quasi-resonant flyback converter 100/120 V 190 W 450 V Allegro MicroSystems
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G6651 F6654 f6656 f6653 8205 A mosfet s6707 8205 dual mosfet AMS-173-10 3002M 3004M F6652 F6653
Abstract: flyback. Thus, the flyback voltage is twice the supply voltage. Functional Description (Cont'd , Pre­Amplifier with Differential Inputs D Powerless Vertical Shift D Flyback Voltage Generation Suitable for Two Operating Modes (Doubling the Supply Voltage or External Supply for the Short Flyback Time, this , . . . . ±1.5A Flyback Current on Pin7 (Peak Value), I7 (M) . . . . . . . . . . . . . . . . . . . . , Current V2, V3 I2, I3 Flyback Generator Output Voltage V7 Flyback Output Current (Maximum NTE Electronics
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NTE7136 tv flyback FLYBACK TV flyback feedback flyback NTE7132
Abstract: protection â'¢ Flyback generator â'¢ Voltage stabilizer QUICK REFERENCE DATA Supply voltage (pin 9) Vg-4 = VP 0 to 50 V Peak output voltage during flyback (pin 5) V5-4M < 55 V Output current , ) input â  DRIVER VOLTAGE STABILIZER & CURRENT SOURCE THERMAL PROTECTION IT TDA3651A O FLYBACK , short-circuit currents to ground, whereas, during flyback, the 'lower' power transistor is protected against too , is also applied to pin 3 which is the input of a switching circuit. When the flyback starts, this -
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TDA3651AQ TDA3651 TDA2578A transistor 157B IEC134 7Z88390 AT1236/20
Abstract: * Application AC In Max PO Power Switch 5703 Quasi-Resonant Flyback Converter 110/120 V 140 W 500 V 6A Bipolar 5707 Quasi-Resonant Flyback Convertter 85-265 V 220/240V 90 W 140 W 850 V 6A Bipolar 5708 Quasi-Resonant Flyback Converter 85-265 V 220/240 V 120 W 180 W 850 V 7.5 A Bipolar 6511 Quasi-Resonant Flyback Converter 110/120 V 180 W 450 V 11 A MOSFET 6525 Quasi-Resonant Flyback Converter 85-265 V Allegro MicroSystems
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ac to dc flyback converter mosfet ac switch Mosfet selection universal flyback MOSFET resonant converter
Abstract: generator supplies the vertical output stage during flyback. The TDA4864J is used with separate flyback , 200 Hz The TDA4864J needs a separate flyback supply voltage, so the supply voltages are independently adjustable to optimize power consumption and flyback time. · High linear sawtooth signal amplification · Flyback generator: ­ TDA4864J: separate adjustable flyback supply voltage up to 60 V For the TDA4864AJ the flyback supply voltage will be generated internally by doubling the supply voltage Philips Semiconductors
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tda4864 TDA4864aj diagram TDA4864AJ equivalent VP233 circuit TDA4864AJ BYV27
Abstract: SSL8516BT Greenchip PFC and flyback controller Rev. 1 â'" 26 May 2015 Product data sheet 1 , ) controller ICs. The SSL8516BT combines a controller for Power Factor Correction (PFC) and a flyback , high efficiency at all power levels. At high power levels, the flyback operates in QR mode or DCM with valley detection. At medium power levels, the flyback controller switches to Frequency Reduction (FR , off to maintain high efficiency. At very low power levels, when the flyback switching frequency drops NXP Semiconductors
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Abstract: Protection (OPP) and OverVoltage Protection (OVP) of the flyback. The combination of the demagnetization , flyback. At this pin the sum of three voltages across three resistors is measured. Selecting the proper , function for the flyback. The flyback only starts when the internal current source can charge the soft , required to guarantee the enabling of the flyback. The current source Iadj(FBSENSE) is 3 A. It is intended , pin 1) and valley sensing of the flyback. The combination of the demagnetization detection at the NXP Semiconductors
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AN10861 TEA1752 flyback transformer pin description TEA1752 TEA1791 flyback transformer pin connections PQ3220 flyback transformer diagram
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