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Part Manufacturer Description Datasheet BUY
PMP4242 Texas Instruments 90VAC-400VAC Input, 12V/3W Quasi-Resonant Flyback visit Texas Instruments
PMP5394 Texas Instruments 90VAC-400VAC Input 24V/3W Quasi-Resonant Flyback visit Texas Instruments
PMP4891 Texas Instruments 90VAC-265VAC Input, 12V/4.2A Quasi-Resonant Flyback visit Texas Instruments
PMP6740 Texas Instruments 90VAC-265VAC Input, 12V @ 18W Flyback With Primary-Side Regulation visit Texas Instruments
PMP6570 Texas Instruments 90VAC-300VAC Input, 5V/10W Output PFC-Flyback With Synchronous Rectification visit Texas Instruments
PMP4302B Texas Instruments 90Vac~264Vac input 100W 4x500mA LED lighting driver without auxilary Flyback power supply for Vcc visit Texas Instruments

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90VAC

Catalog Datasheet MFG & Type PDF Document Tags

SW6N70

Abstract: 600V/SW6N70 ~240Vac 90Vac~264Vac 47Hz~63Hz 82% >78% 10.6W , cable end 90Vac~264Vac 90Vac~264Vac and 0~2A 90Vac~264Vac 90Vac~264Vac 90Vac~264Vac, 1uF+0.1uF CAP@E-load At No/Full load,115Vac&230Vac 90Vac~264Vac and 0~2A At 1m USB cable end 0.1A-1.9A, 0.25A/us , Load Curves 86 84 Efficiency(%) 82 80 115Vac 78 230Vac 90Vac 76 264Vac 74 72 , DN05073/D I-V Curves 6 5.5 5 4.5 4 Vo(V) 3.5 115Vac 3 230Vac 2.5 90Vac 264Vac
ON Semiconductor
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SW6N70 600V/SW6N70 PCH477M6R3S1AGE08K NCP1360BBCC NCP1360BCCC NCP1360 NCP1360/5

90VAC

Abstract: Model 0.90 90Vac 1.00 1 20Vac 0.90 240Vac 0.80 300Vac Output Power (W) Output , Temp (C) 90Vac 1.00 1 20Vac 0.90 240Vac 0.80 300Vac 0.70 0.60 60 70 0 , ) Minimum Output Pow er VS Tem perature 50Hz 8V Model 1.10 0.90 90Vac 1.00 1 20Vac 0.90 , Tem perature 60Hz 14V Model 1.10 90Vac 20 30 240Vac 0.60 0 1.20 10 1 20Vac 0.70 70 Typical Output Pow er VS Tem perature 60Hz 14V Model 1.30 0 90Vac 0.80
BIAS Power Technology
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90VAC 120VAC 50/60H

CHANGHONG

Abstract: 12. 90Vac,Full load Channel 1:Vin,100V/Div Channel 4:Iin,500mA/Div Figure 13. 264Vac , DR825-A-page12 Fremont Micro Devices FT825 7.2 Output Voltage and Output Current Vin=90Vac Vin , 100 Vin=90Vac 50 Vin=264Vac 0 15 20 25 30 35 40 45 50 55 , EUT running 30minutes and under room temperature. Test Conditions: Vin=90Vac, Full-load Vin , Riseï¼â"ƒï¼‰ 90Vac 115Vac 230Vac 264Vac 90Vac 115Vac 230Vac 264Vac U1 50.6
Fremont Micro Devices
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CHANGHONG FT825-12S480 EN55015 DR825-A-
Abstract: Sheet, Page 1 of 4 BIAS Power BPW 2-DS-A7 www.biaspower.com 300 BIAS Power 90Vac , 0 Output Power (W) Minimum Output Power VS Temperature 50Hz 14V Model 90Vac 1.80 1 , 40 50 60 70 90Vac 1 20Vac 240Vac 300Vac 2.20 90Vac 2.10 1 20Vac 2.00 240Vac 1.90 300Vac 1.80 1.70 0 Temp (C) 1.80 1.90 90Vac 1.80 1 20Vac 1.70 , Model 2.20 90Vac 1.70 1 20Vac 1.60 240Vac 1.50 300Vac 1.40 1.30 0 10 20 BIAS Power Technology
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FEBFSL126MR_H432V1

Abstract: sck053 ceramic . Startup Time (AC Input to VCC UVLO HIGH) = 1133.75ms, 90VAC and Full-Load Condition, CH1: VDS (200V/div , , 90VAC and Full-Load Condition, CH1: VDS (200V/div), CH2: VCC (5V/div), CH3: VFB (2V/div), CH4: IDS , . 1.0.1 Figure 10. Startup Time (AC Input to VCC UVLO HIGH) = 1125.81ms, 90VAC and No-Load Condition , Figure 11. Soft-Start, 90VAC and No-Load Condition, CH1: VDS (200V/div), CH2: VCC (5V/div), CH3: VFB (2V , FEBFSL126MR_H432v1 · Rev. 1.0.1 1.2. Normal Operation Figure 14. 90VAC and Full-Load Condition, CH1: VDS (200V
Fairchild Semiconductor
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FEBFSL126MR_H432V1 sck053 ceramic buss SR-5 UU9.8 ferrite core E157822 E85640 FSL126MR

OPTOISO1

Abstract: AN1025a hence the input line voltage (for example, the rate at 90VAC in is much lower than the rate at 230VAC , (CH2) and FB voltage (CH1) 90VAC in Full load Fig 2) shows the drain voltage of the IRIS4011 and the FB voltage with full load output at 90VAC input. Note that point X marked on the drain waveform , transformer primary winding. Note that if the input voltage was 90VAC and there was a full load output, there , current (CHA) at 90VAC in/Full load output Fig 5) shows the same waveforms as in fig 4), but this time
International Rectifier
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OPTOISO1 AN1025a smps transformer 230vac to primary 12v transformer TP-LINK smps transformer design AN1018 AN1024 AN1025 IRIS40 2KBP08 8TQ100

KNB1560

Abstract: SMD resistor royal ohm : 90Vac/50Hz, Ch2:Vout Risetime : 18.2msec Ch3 (5Amp/V) : Iout = 6Amp Ch1 : 90Vac / 50Hz, Ch2 : Vout , Ch1 : 90Vac / 50Hz, Iout = 6Amp (90W) Ch2 : Vout , Holduptime : 12.5msec www.irf.com REFERENCE , _Rev.2 Page 7 of 11 IRISMPS5 Ch1 : 90Vac / 50Hz, Ch3 (5Amp/V) : Iout = 6Amp Ch2 : Output Ripple & , 166mVpp Ch1 : 90Vac / 50Hz, Ch3 (5Amp/V) : Iout = 6Amp Ch2 : Output Switching Noise = 173mVpp 90Vacin, Ch1 : Vds, Ch3 (5A/V) : I out = 6A Ch4 (1A / V) : Drain current, Fsw : 43kHz Ch1 : 115Vac
International Rectifier
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KNB1560 SMD resistor royal ohm ISKRA KNB2520 Iskra KNB1560 KNB1560 iskra KNB2520 50-60H IRIS4015

FEBFSL206MRN_H428V1

Abstract: SAMXON KM Series Performance Figure 7. Startup Time (AC Input to VCC UVLO HIGH) = 114ms, 90VAC and Full-Load Condition (CH1 , 8. Soft-Start, 90VAC and Full-Load Condition (CH1: VDS (200V/div), CH2: VFB (2V/div), CH3: VCC (10V , Figure 11. Full-Load Condition, 90VAC, (CH1: VDS (200V/div), CH2: VFB (2V/div), CH3: VCC (10V/div), CH4 , , 90VAC, (CH1: VDS (200V/div), CH2: VFB (2V/div), CH3: VCC (10V/div), CH4: IDS (200mA/div), Time: 10ms/div Figure 14. No-Load Condition, 90VAC, (CH1: VDS (200V/div), CH2: VFB (2V/div), CH3: VCC (10V/div), CH4
Fairchild Semiconductor
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FEBFSL206MRN FEBFSL206MRN_H428V1 SAMXON KM Series samxon capacitor jackcon lhk E156256 jackcon LHK series FSL206MRN

TL431 2.5V

Abstract: PWM AC 50HZ LED 90VAC 135VAC VBUCK 45V AC 90VAC 1/2 64V VBUCK 15V (dv) (i) (POUT/VBUCK , 90° DC (VDC) VDC VBUCK LED : AC 90VAC 135VAC LM3445 LED , 1. AC 90VAC 135VAC LM3445 2. Valley fill (1 2 3 ) Valley fill (2 ) 20 , LM3445 5. C11 R4 6. R4 (50A 100A) 70A : 1. 2. 3. 4. (90VAC 135VAC) LED 7 , . Valley fill AC VAC 90VAC VBUCK 60V ( LED ) AC 20V 2. VBUCK 3. AC VBUCK tOFF
National Semiconductor
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TL431 2.5V PWM AC 50HZ low voltage ac led dimmer schematic mosfet firing circuit dimmer -triac -led AC ac dimmer mosfet 80VAC 270VAC DS300603-07-JP MUB10A JESD22-A114-C 135VACVLED
Abstract: , 90VAC, 60HZ 24V OUT, FULL LOAD, 90VAC, 60HZ 24V OUT, NO LOAD, 264VAC, 50HZ www.slpower.com , % TO 75% LOAD STEP Output Overload Characteristic 24V OUT, 90VAC 24V OUT, 264VAC Short , the output is shorted. 24V OUT, 90VAC www.slpower.com 24V OUT, 264VAC GB60S 18-APRIL-13 6 , to SL Power Electronics
Original
90-264V CSA/EN/IEC/UL60950-1 EN60950 GB60S12K 4-18V GB60S15K
Abstract: parallel across it, 20MHz BW. 24V OUT, NO LOAD, 90VAC, 60HZ 24V OUT, FULL LOAD, 90VAC, 60HZ 24V , 24V OUT, 90VAC 24V OUT, 264VAC Short Circuit Protection Supply shall protect itself against Short Circuit conditions. No damage will occur if the output is shorted. 24V OUT, 90VAC 24V OUT , trip ranges. 24V OUT, FULL LOAD, 90VAC, 60HZ 24V OUT, FULL LOAD, 264VAC, 50HZ Turn On Time 24V OUT, FULL LOAD, 90VAC, 60HZ 24V OUT, FULL LOAD, 264VAC, 50HZ Hold Up Time 24V OUT, FULL SL Power Electronics
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GB60S24K 8-36V GB60S36K 2-54V GB60S48K 6-72V

IRIS40xx

Abstract: 230vac to primary 12v transformer (for example, the rate at 90VAC in is much lower than the rate at 230VAC in). The current ramps until , conditions Fig 2) Drain (D) voltage of IRIS4009 (CH2) and FB voltage (CH1) 90VAC in Full load Fig 2) shows the drain voltage of the IRIS4009 and the FB voltage with full load output at 90VAC input. Note , winding capacitance of the transformer primary winding. Note that if the input voltage was 90VAC and , ) voltage of IRIS4009 (CH1) and the Drain current (CHA) at 90VAC in/Full load output Fig 5) shows the same
International Rectifier
Original
LM431 IRIS40xx 230vac to primary 15v transformer capacitor 47uF/400V flyback transformer design an-1025 IRIS40xx Series 16CTQ100 UF1005 1N4148 H11A817 FMMT2907A

230vac to primary 12v transformer

Abstract: optocoupler h11a817 (for example, the rate at 90VAC in is much lower than the rate at 230VAC in). The current ramps until , conditions Fig 2) Drain (D) voltage of IRIS4009 (CH2) and FB voltage (CH1) 90VAC in Full load Fig 2) shows the drain voltage of the IRIS4009 and the FB voltage with full load output at 90VAC input. Note , winding capacitance of the transformer primary winding. Note that if the input voltage was 90VAC and , ) voltage of IRIS4009 (CH2) and the Drain current (CHA) at 90VAC in/Full load output Fig 5) shows the
International Rectifier
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optocoupler h11a817 BRIDGE-RECTIFIER 12v 1A CHA capacitor Series 90-265VAC 12v electronic transformer RECTIFIER 11DQ03 FMMT2222A

MB60S

Abstract: , 90VAC, 60HZ 24V OUT, FULL LOAD, 90VAC, 60HZ 24V OUT, NO LOAD, 264VAC, 50HZ www.slpower.com , % LOAD STEP Output Overload Characteristic 24V OUT, 90VAC 24V OUT, 264VAC Short Circuit , is shorted. 24V OUT, 90VAC 24V OUT, 264VAC www.slpower.com MB60S 6-July-15 8 MB60S 60W , nominal in
SL Power Electronics
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IEC60601-1 MB60S12K MB60S15K MB60S18K MB60S24K MB60S36K

VIPER53 EQUIVALENT

Abstract: PC817 opto coupler VIN 90VAC, 12V / 0.8A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 , . . . . 13 Output voltages at VIN 90VAC, 5V / 3A . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . 14 Output voltages at VIN 90VAC, ­12V / 0.8A . . . . , at VIN 90VAC, ­5V / 3A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 , . . . . . . . . 7 Drain voltage and current at VIN = 90VAC - 50Hz and full load . . . . . . . . . .
STMicroelectronics
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AN2426 VIPER53 EQUIVALENT PC817 opto coupler L78L33 L78L33 regulator 3.3v PC817 opto Resistor Fuse 4.91 53EDIP STEVAL-ISA023V1

atx 450W P4

Abstract: DT4501 Voltage. 90VAC to 264VAC Input Frequency. 47Hz to , B No Minimum Load Required Single and Multiple Output Universal input 90VAC to 264VAC Low , 78-87% depending on model. Input Voltage. 90VAC to 264VAC Input Frequency , EMI FCC Class B No Minimum Load Required Single and Multiple Output Universal input 90VAC to 264VAC , Input Voltage. 90VAC to 264VAC Input Frequency
Tri-Mag
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atx 450W P4 DT4501 atx p4 450w dc24-2250atx DT430M atx power supply 450W 16AWG

230vac to primary 15v transformer

Abstract: OPTOISO1 dependent on the DC bus voltage and hence the input line voltage (for example, the rate at 90VAC in is much , ) voltage of IRIS4013K (CH1) and FB voltage (CH3) 90VAC in Full load Fig 2) shows the drain voltage of the IRIS4013K and the FB voltage with full load output at 90VAC input. Note that point X marked on the drain , transformer primary winding. Note that if the input voltage was 90VAC and there was a full load output, there , ) pin voltage (CH3) at 90VAC in/3A load output Fig 5) shows the same waveforms as in fig 4), but this
International Rectifier
Original
DT01-1 IRIS4013 240v input 12v output transformer transformer from 230V AC to 15V 230v ac dc smps circuit diode 230V AC to 90V DC IR40XX
Abstract: '1A25â'42 90â'280VAC 90VAC 10VAC MIN 2mA MAX 3+ 3.4mA TYP RS3â'1A10â'52* â'4 22mA MAX , 4mA MAX RS3â'1A40â'22 90â'280VAC 90VAC 10VAC MIN 2mA MAX RS3â , '1D40â'21R* 3â'32VDC â'" â'" 90â'280VAC 90VAC 10VAC MIN 2mA MAX RS3â'1D75â'21* 3â'32VDC NTE Electronics
Original
20VAC 240VAC 330VAC 530VAC 100VDC NTE441A
Abstract: GE Data Sheet CAR1248FP series rectifier Input: 90VAC to 264VAC; Output: 48VDC @ 1200W; 5 , rectifier Input: 90VAC to 264VAC; Output: 48VDC @ 1200W; 5 VDC @ 0.5A Absolute Maximum Ratings Stresses , ) Holdup time Vin= 230VAC (VOUT= 48VDC, TAMB 25ï'°C, IOUT=IO, max) VIN= 90VAC Early warning prior to , . Page 2 GE Data Sheet CAR1248FP series rectifier Input: 90VAC to 264VAC; Output: 48VDC @ , CAR1248FP series rectifier Input: 90VAC to 264VAC; Output: 48VDC @ 1200W; 5 VDC @ 0.5A Parameter GE
Original
EN/IEC/UL60950-1 EN55022 EN6100 GR-63-CORE 48VOUT CAR1248FPXXXZ01A

RS3-1A75-22

Abstract: 90VAC 90VAC MAX 3VDC 90VAC MAX 3VDC MAX - - 90VAC MAX Must Release Voltage 1VDC MIN 1VDC MIN 20VAC MIN 10VAC
-
OCR Scan
RS3-1D10-51 RS3-1A75-22 35-32VDC 3-32VDC 90-280VAC 9Q-280VAC 5-32VDC 80VDC

1SVR423417R1000

Abstract: 1SVR423416R0000 voltage: Output current: 47 - 440Hz 20ms at 100% load max. 0.8A (90VAC) typ. 0.7A (117VAC) typ , . 1.8A (90VAC) typ. 1.3A (115VAC) typ. 0.63A (230VAC) 40A (260V) 2.0A(T) 24V DC ± 3% T 40ºC T
ABB Automation
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1SVR423418R3000 1SVR423418R1000 1SVR423415R1000 1SVR423417R1000 1SVR423416R0000 1SVR423416R1000 1SVR423418R0000 1SVR423416R0100 90-260VAC/ 105-260VDC 1SVR423418R4000 CP-12/2 12VDC/2A

GT-81083-0513-1

Abstract: GT-81083-0513-AUS-1 VIN 90VAC, 12V / 0.8A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 , . . . . 13 Output voltages at VIN 90VAC, 5V / 3A . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . 14 Output voltages at VIN 90VAC, ­12V / 0.8A . . . . , at VIN 90VAC, ­5V / 3A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 , . . . . . . . . 7 Drain voltage and current at VIN = 90VAC - 50Hz and full load . . . . . . . . . .
GlobTek
Original
GT-81083-0513-1 GT-81083-0513-AUS-1 NEMA Level IV power supply CHINA GT-81083-YYZZ-X UL60950-1 4242VDC 1-15P GT-81083-0404-X GT-81083-0506-X

top258pn

Abstract: schematic LG lcd power supply unit : 90Vac/50Hz, Ch2:Vout Risetime : 18.2msec Ch3 (5Amp/V) : Iout = 6Amp Ch1 : 90Vac / 50Hz, Ch2 : Vout , Ch1 : 90Vac / 50Hz, Iout = 6Amp (90W) Ch2 : Vout , Holduptime : 12.5msec www.irf.com REFERENCE , _Rev.2 Page 7 of 11 IRISMPS5 Ch1 : 90Vac / 50Hz, Ch3 (5Amp/V) : Iout = 6Amp Ch2 : Output Ripple & , 166mVpp Ch1 : 90Vac / 50Hz, Ch3 (5Amp/V) : Iout = 6Amp Ch2 : Output Switching Noise = 173mVpp , / 50Hz, Ch3 (5Amp/V) : Iout = 6Amp Ch2 : Output Ripple & Noise = 169mVpp Ch1 : 90Vac input , Ch3
Power Integrations
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top258pn schematic LG lcd power supply unit samsung lcd monitor power supply circuit diagram equivalent for TOP258PN LG flyback E-Shield Transformer Techniques for Low EMI RDR-142 CISPR-22 261/A
Abstract: (for example, the rate at 90VAC in is much lower than the rate at 230VAC in). The current ramps until , conditions Fig 2) Drain (D) voltage of IRIS4009 (CH2) and FB voltage (CH1) 90VAC in Full load Fig 2) shows the drain voltage of the IRIS4009 and the FB voltage with full load output at 90VAC input. Note , winding capacitance of the transformer primary winding. Note that if the input voltage was 90VAC and , ) voltage of IRIS4009 (CH1) and the Drain current (CHA) at 90VAC in/Full load output Fig 5) shows the same Fairchild Semiconductor
Original
FEBFL7732 L29U021A FL7732

l6561 flyback pfc led

Abstract: AN2838 (for example, the rate at 90VAC in is much lower than the rate at 230VAC in). The current ramps until , conditions Fig 2) Drain (D) voltage of IRIS4009 (CH2) and FB voltage (CH1) 90VAC in Full load Fig 2) shows the drain voltage of the IRIS4009 and the FB voltage with full load output at 90VAC input. Note , winding capacitance of the transformer primary winding. Note that if the input voltage was 90VAC and , ) voltage of IRIS4009 (CH2) and the Drain current (CHA) at 90VAC in/Full load output Fig 5) shows the
STMicroelectronics
Original
AN2838 L6562A EVL6562A-35WFLB l6561 flyback pfc led MAGNETICA TRANSFORMER 4126 l6562A flyback pfc l6562A flyback pfc led MAGNETICA ferrite TRANSFORMER

Samyoung nxh

Abstract: FL7733 dependent on the DC bus voltage and hence the input line voltage (for example, the rate at 90VAC in is much , ) voltage of IRIS4013K (CH1) and FB voltage (CH3) 90VAC in Full load Fig 2) shows the drain voltage of the IRIS4013K and the FB voltage with full load output at 90VAC input. Note that point X marked on the drain , transformer primary winding. Note that if the input voltage was 90VAC and there was a full load output, there , ) pin voltage (CH3) at 90VAC in/3A load output Fig 5) shows the same waveforms as in fig 4), but this
Fairchild Semiconductor
Original
FL7733 Samyoung nxh Keithley 138 FEBFL7733 L50U008A
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