FAN302HL
Abstract: FAN302
Text: FAN302HL mWSaver PWM Controller for Low Standby Power Battery-Charger Applications Features • Description mWSaver™ Technology Provides Industry’s Bestin-Class Standby Power - Achieve Under 10mW; Far Below Energy Star’s 5-Star Level <30mW - Proprietary 500V High-Voltage JFET Startup
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FAN302HL
85kHz
FAN302HL
FAN302
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SGCC
Abstract: No abstract text available
Text: FAN302HLMY_F117 PWM Controller for Low Standby Power BatteryCharger Applications — mWSaver Technology Features Description • The FAN302HLMY_F117 advanced PWM controller significantly simplifies isolated power supply design that requires CC regulation of the output. The output current
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FAN302HLMY
SGCC
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FAN302
Abstract: FAN302HLMY TEX-E wire 7130h
Text: FAN302HLMY_F117 PWM Controller for Low Standby Power BatteryCharger Applications — mWSaver Technology Features Description • The FAN302HLMY_F117 advanced PWM controller significantly simplifies isolated power supply design that requires CC regulation of the output. The output current
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FAN302HLMY
FAN302
TEX-E wire
7130h
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in4937
Abstract: in4933 in4935 .IN4937 p6000 IN4934 IN4936 diode p6000 j PK IN4937 IN493
Text: IN4933 thru IN4937 CHENG- YI FAST SWITCHING RECTIFIER ELECTRONIC VOLTAGE RANGE 50 TO 600 Volts CURRENT 1.0 Amperes DO-41 FEATURE Low forward voltage High current capability Low leakage current High surge capability Low cost MECHANICAL DATA Case:Mold plastic use UL 94V-0 recognized
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IN4933
IN4937
DO-41
MIL-STD-202,
IN4933
IN4934
IN4935
50/100ns/cm
in4937
in4935
.IN4937
p6000
IN4934
IN4936
diode p6000 j
PK IN4937
IN493
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Untitled
Abstract: No abstract text available
Text: FAN302HLMY_F117 PWM Controller for Low Standby Power BatteryCharger Applications — mWSaver Technology Features • Description mWSaver™ Technology Provides Industry’s Best-in-Class Standby Power - Achieves <10mW Below Energy Star’s 5-Star Level: <30mW
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FAN302HLMY
85kHz
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IN4935
Abstract: IN4936 1N4933-1N4937 IN4934 IN4937 IN4933 .IN4937 mps1550
Text: 1N4933-1N4937 FAST RECOVERY RECTIFIER VOLTAGE RANGE CURRENT FEATURES 50 to 600 Volts 1.0 Ampere Low cost construction .034 0.9 Fast switching for high efficency. DO-41 DIA. .028(0.7) Low reverse leakage 1.0(25.4) High forward surge current capability MIN
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1N4933-1N4937
DO-41
UL94V-0
MIL-STD-202E
50mVp-p
P6000
50/100ns/cm
IN4935
IN4936
1N4933-1N4937
IN4934
IN4937
IN4933
.IN4937
mps1550
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IN4934
Abstract: in4935 IN4936 IN4937
Text: 1N4933-1N4937 Fast Recovery Rectifier DO-41 Features Low cost construction Fast switching for high efficency. Low reverse leakage High forward surge current capability High temperature soldering guaranteed: o 260 C/10 seconds/0.375 ＂ 9.5mm lead length at 5 lbs (2,3kg) tension
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1N4933-1N4937
DO-41
IN4933
IN4934
IN4935
IN4936
IN4937
50mVp-p
P6000
50/100ns/cm
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1N4148 SOD-80
Abstract: AN-6078SC fairchild AN-6078SC atx power 500W 24 pin smd transistor 2f Core-ERL35 TRANSFORMER ERL35 smd transistor 3 fz C20A smd VC1031
Text: www.fairchildsemi.com AN-6078SC FAN480X PFC+PWM集成控制器 FAN4800A / FAN4800C / FAN4801 / FAN4802 FAN480X可取代FAN4800與ML4800，只需在周邊 1. 簡介 這篇應用指南用於幫助使用者使用FAN480X設計 高效率的電源供應器，FAN480X由採用平均電流控制
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AN-6078SC
FAN480X
FAN4800A
FAN4800C
FAN4801
FAN4802
FAN480XFAN4800ML4800
FAN480X
FAN4801/2PFC
1N4148 SOD-80
AN-6078SC fairchild
AN-6078SC
atx power 500W 24 pin
smd transistor 2f
Core-ERL35
TRANSFORMER ERL35
smd transistor 3 fz
C20A smd
VC1031
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TEX-E wire
Abstract: FAN302HL FFM107-M
Text: FAN302HLMY_F117 PWM Controller for Low Standby Power BatteryCharger Applications — mWSaver Technology Features Description • The FAN302HLMY_F117 advanced PWM controller significantly simplifies isolated power supply design that requires CC regulation of the output. The output current
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FAN302HLMY
TEX-E wire
FAN302HL
FFM107-M
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IN4937
Abstract: IN4935 in4933 IN4936 IN4934 fuse 1amp
Text: IN4933 THRU IN4937 FAST RECOVERY RECTIFIER VOLTAGE RANGE CURRENT FEATURES 50 to 600 Volts 1.0 Ampere Low cost construction .034 0.9 Fast switching for high efficency. .028(0.7) DO-41 DIA. Low reverse leakage 1.0(25.4) High forward surge current capability
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IN4933
IN4937
DO-41
UL94V-0
MIL-STD-202E
50mVp-p
P6000
50/100ns/cm
IN4937
IN4935
IN4936
IN4934
fuse 1amp
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AL1510
Abstract: FL4010 ag204 IN5822 diode ag208 IN4007 bridge rectifier ic IN4007S IN5405 diode AG206 Diode IN5398
Text: 1. Q U IC K R E F E R E N C E TABLE FOR R EC TIFIE R DIO D E 1-1 1 AMPERE TO 6 AMPERES GENERAL PURPOSE AXIAL LEAD SILICON RECTIFIER VF V @IO (DC) PACKAGE PAGE 50 100 200 300 400 500 600 800 1000 FWD SURGE (A) 1.0 IN4001 IN4002 1N4003 - IN4004 - IN4005 IN4006
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OCR Scan
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IN4001
1N4007
IN4001S
IN4007S
IN5391
IN5399
PS200
PS2010
IN5400
IN5408
AL1510
FL4010
ag204
IN5822 diode
ag208
IN4007 bridge rectifier ic
IN5405 diode
AG206
Diode IN5398
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in5404 dc
Abstract: IN5404 IN5402 IN4007 IN5401 IN5397 in4935 IN4936 IN5406 IN5395
Text: E H A ELECTRONICS CORP 02E D T^ ol-O Ì 343fl=]ñfl 0 G 0 0 0 1 4 G • F E M T -o S -a! SILICON RECTIFIERS Type Max V RPR Max V RM S Max V DCB Type Max V RPR Max V RMS Max V DCB 6.0 AM PERES Package: R6 1.0 AM PERE Package: DO-41 IN4001 50 35 50 PX6A01 50
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OCR Scan
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0G00014
DO-41
DO-201AD
IN4001
IN4002
IN4003
IN4004
IN4005
IN4006
in5404 dc
IN5404
IN5402
IN4007
IN5401
IN5397
in4935
IN4936
IN5406
IN5395
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PDF
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in4935
Abstract: IN4937 IN4936 RP158 IN4934 RP103 in4933 RP100 RP101 RP102
Text: ALLIED ELEK & SEIUCOND 4. b5E D • USE^Bël 00000B7 30b ■ ALLT D RECOVERY A X IA L -L E A D SILICON RETIFIERS Individual Technical Data Sheets Giving Ratings and Characteristic Curves are Available 4-1. T ~ 0 3 -0 \ 1 Ampere — Recovery Silicon Rectifier/DO-41 Package
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OCR Scan
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Rectifier/DO-41
RP100
RP101
RP102
RP150
RP151
RP152
RP153
RP154
RP155
in4935
IN4937
IN4936
RP158
IN4934
RP103
in4933
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FRi55
Abstract: FR304 RL854 21F150 FR303 RL852 SFR105 FR101 FR102 RL101F RL102F RL103F
Text: Re c tron ltd 24E D • 7 3 1 0 2 4 2 DG0G011 T -0 3 -0 } FAST RECOVERY RECTIFIERS OPERATING AND STORAGE TEMPERATURE -65 °C to +1B0°C TYPE Maximum Peak Reverse Voltage Maximum Average Rectified Current @ Half-Wave Resistive Load 60Hz Maximum Forward Peak Surge Current
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OCR Scan
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T-03-0)
SFR306
RL820
RL821
RL822
RL824
RL826
SFR601
SFR602
SFR603
FRi55
FR304 RL854
21F150
FR303 RL852
SFR105
FR101
FR102
RL101F
RL102F
RL103F
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PQ2620 voltage
Abstract: PQ2620
Text: SG3561A 5ILICDN b eÑe r a l POWER FACTOR CONTROLLER LINEAR INTEGRATED CIRCUITS DESCR IPTIO N FEA TU R ES This monolithic integrated circuit provides all the necessary functions for designing an active power factor correction circuit in conjunction with off-line
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OCR Scan
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SG3561A
SG3561
PQ2620
IRFBE42,
1N4007,
1N4935,
MR856,
047jiF,
1000pF,
PQ2620 voltage
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in4935
Abstract: IN4936 IN4934 IN4937 IN4942 SFR061 SFR061L SFR062 SFR062L SFR063
Text: SINO-AtlERICAN S IL IC O N 24E 2> M flafll74L. ODDDOaS T • FAST RECOVERY R E C T I F I E R S ^ O PERATIN G AND STO RA G E T EM PER A T U R E - 6 5 °C to + 175°C TYPE MaximumPeak Reverse Voltage Maximum Forward Peak Surge Current @ 8.3 ms Superimposed Maximum Reverse
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OCR Scan
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PLASTIC/DO-41
SFR061
SFR062
SFR063
SFR064
SFR065
SFR066
SFR067
SFR101
in4935
IN4936
IN4934
IN4937
IN4942
SFR061L
SFR062L
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in4937g
Abstract: SFR101G SFR102G SFR103G SFR104G SFR105G SFR107G IN4946G TW05 IN4947G
Text: 54E J> • SINÔ-AMERICAN SILICON û2017Mti QGQD04D b ■ F A S T R E C O V E R Y G L A S S 'T'-^-os P A S S IV A T E D R E C T IF IE R S Maximum Peak Reverse Voltage TYPE- PRV V pk OPERATING AND STORAGE TEMPERATURE -6 5 °C to +175°C Maximum ,. Maximum Forward , Maximum Reverse- ; Maximum Forward
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OCR Scan
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02017Mb
0D00040
T-w-05
PASSIVATED/DO-41
SFR101G
SFR102G
IN4934G
IN4935G
IN49366
IN4937G
SFR102G
SFR103G
SFR104G
SFR105G
SFR107G
IN4946G
TW05
IN4947G
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PDF
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SFR061
Abstract: SFR061L SFR062 SFR062L SFR063 SFR064 SFR065 SFR066 SFR067
Text: S IN O -A tlE R IC A N S ILIC O N 24E 2> M fla fll7 4 L . ODDDOaS T • FA ST RECOVERY R E C T I F I E R S ^ OPERATING AND STO R A G E TEM PERA TU RE - 6 5 ° C t o + 175°C TYPE MaximumPeak Reverse Voltage Maximum Forward Peak Surge Current @ 8.3 ms Superimposed
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OCR Scan
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PLASTIC/DO-41
SFR061
SFR062
SFR063
SFR064
SFR065
SFR066
SFR067
DO-41
350x350x345
SFR061L
SFR062L
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PDF
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IN4937G
Abstract: SFR101G SFR102G SFR103G SFR104G SFR105G SFR107G IN4942G IN4944
Text: 54E J> • SINÔ-AMERICAN SILICON û2017Mti QGQD04D b ■ F A S T R E C O V E R Y G L A S S 'T'-^-os P A S S I V A T E D R E C T IF IE R S OPERATING AND STORAGE TEMPERATURE -6 5 °C to +175°C Maximum Peak Reverse Voltage TYPE- PRV Vpk 1.0 Maximum , . Maximum Forward , Maximum Reverse- ; Maximum Forward
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OCR Scan
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02017Mb
0D00040
T-w-05
PASSIVATED/DO-41
SFR101G
SFR102G
DO-41
350x350x345
DO-15
IN4937G
SFR102G
SFR103G
SFR104G
SFR105G
SFR107G
IN4942G
IN4944
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PDF
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in5397
Abstract: IN5402 IN5406 IN4936 IN4937 IN4007 IN5395 IN5404 IN5393 in4002
Text: E H A ELECTRONICS CORP 02E D 343fl=]ñfl 0G00014 G • F E M T ^ o l- O T - o S - a ! SILICON RECTIFIERS Type Max V RPR Max V RM S Ì Max V DCB Type Max V RPR Max V RMS Max V DCB 6.0 AM PERES Package: R6 1.0 AM PERE Package: DO-41 IN4001 50 35 50 PX6A01 50
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OCR Scan
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0G00014
DO-41
DO-201AD
IN4001
IN4002
IN4003
IN4004
IN4005
IN4006
in5397
IN5402
IN5406
IN4936
IN4937
IN4007
IN5395
IN5404
IN5393
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PDF
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IN4935
Abstract: IN4936 PS151R
Text: 4. FAST RECOVERY SILICON RECTIFIER PIV Peak Inverse Voltage MAX AVQ Rectified C urrent @ Half W ave Res. Load 6 0 ta MAX FW D Peak Surge Current t-6 0 Hz Superimposed MAX Reverse C urrent @PIV Voltage @25°C T A MAX Forw ard Voltage MAX @25 "C T Recovery Time
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OCR Scan
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DO-41
PS100R
PS101R
PS102R
PS104R
PS106R
PS10BR
PS1010R
IN4935
IN4936
PS151R
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