IN4007GP
Abstract: variable resistor 2.2k 450V 47UF
Text: www.fairchildsemi.com KA7526 Power Factor Correction Controller Features Descriptions • Internal Startup Timer • Internal R/C filter which eliminates the Need for an External R/C filter • Overvoltage Comparator eliminates Runaway Output Voltage • Zero Current Detector
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KA7526
KA7526
KA7526DTF
KA7526D
AN-4004:
AN-4004
IN4007GP
variable resistor 2.2k
450V 47UF
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IN4007GP
Abstract: fan7527
Text: www.fairchildsemi.com FAN7527 Power Factor Correction Controller Description • Internal Startup Timer • Internal R/C filter which eliminates the Need for an External R/C filter • Overvoltage Comparator eliminates Runaway Output Voltage • Zero Current Detector
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FAN7527
KA7527
IN4007GP
fan7527
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diac N413
Abstract: fan7527 application note FAN7527 10K variable resistor N413 transistor DNR10D471 DIODE IN4007 DNR10D DBT-002 EI2820
Text: www.fairchildsemi.com Application Note 4107 Power Factor Correction Controller 1. Introduction FAN7527 is high performance, boundary conduction, current-mode power factor controller specifically designed for use in active preconverters with minimal external components. This device provides the necessary features which are required to significantly enhance poor power factor loads by keeping the ac line
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FAN7527
diac N413
fan7527 application note
10K variable resistor
N413 transistor
DNR10D471
DIODE IN4007
DNR10D
DBT-002
EI2820
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.47j 63v
Abstract: N413N IN4007GP KA7526 BYV26C IN4148 IN4007g diac 400V IN4007
Text: www.fairchildsemi.com KA7526 Power Factor Correction Controller Features Descriptions • Internal startup timer • Internal R/C filter which eliminates the need for an external R/C filter • Overvoltage comparator eliminates runaway output voltage • Zero current detector
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KA7526
KA7526
.47j 63v
N413N
IN4007GP
BYV26C
IN4148
IN4007g
diac 400V
IN4007
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ee1614
Abstract: EE-1614 IN4007 0.22uF 400V GE
Text: KA7526 POWER FACTOR CORRECTION The KA7526 provides simple, yet high performance active power factor correction. KA7526 is optimized for electronic ballast and low power, high density power supplies requiring a minimum board area, reduced component count and low power dissipation. Addition of
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KA7526
KA7526
ee1614
EE-1614
IN4007
0.22uF 400V GE
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ceramic capacitor 0.22uf 63V
Abstract: .47j 63v 0.22UF-630V IN4007GP ballast Self-Oscillating N413N 12v ballast ic 1N4148 75V 150mA Diodes EE1614 H philips NTC 22k
Text: www.fairchildsemi.com KA7526 Power Factor Correction Controller Features Descriptions • Internal Startup Timer • Internal R/C filter which eliminates the Need for an External R/C filter • Overvoltage Comparator eliminates Runaway Output Voltage • Zero Current Detector
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KA7526
KA7526
ceramic capacitor 0.22uf 63V
.47j 63v
0.22UF-630V
IN4007GP
ballast Self-Oscillating
N413N
12v ballast ic
1N4148 75V 150mA Diodes
EE1614 H
philips NTC 22k
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IN4007GP
Abstract: d1 in4007gp KA7542 ABCO samsung electrolytic capacitor KA7525 24v 5a smps IN4148 5T IN4004 IRF830
Text: Ver. 3.0 KA7525/B/26 POWER FACTOR CORRECTION The KA7525/B/26 provides simple, yet high performance active power factor correction. KA7525/B/26 is optimized for electronic ballast and low power, high density power supplies requiring a minimum board area, reduced component count and low power dissipation.
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KA7525/B/26
KA7525/B/26
IN4007GP
d1 in4007gp
KA7542
ABCO
samsung electrolytic capacitor
KA7525
24v 5a smps
IN4148 5T
IN4004
IRF830
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PDF
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R1916
Abstract: ee1614 EI2519
Text: www.fairchildsemi.com KA7526 Power Factor Correction Features Descriptions • Internal Startup Timer • Internal R/C filter which eliminates the Need for an External R/C filter • Overvoltage Comparator eliminates Runaway Output Voltage • Zero Current Detector
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KA7526
KA7526
R1916
ee1614
EI2519
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2535 ic 12V DC to 36V dC converter circuit diagram
Abstract: EI2519 1000v 1A smps
Text: KA7525/B POWER FACTOR CORRECTION The KA7525/B provides simple and high performance active power factor correction. KA7525/B is optimized for electronic ballast and low power, high density power supplies requiring a minimum board area, reduced component count and low power dissipation. Addition of internal current sense blanking KA7525:LEB;KA7525B:Internal R,C
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KA7525/B
KA7525/B
KA7525
KA7525B
390k-J,
2200pF,
1000pF,
4700pF,
2535 ic 12V DC to 36V dC converter circuit diagram
EI2519
1000v 1A smps
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diac 20v
Abstract: diode zener 18v 1w .47uF 400V electrolytic capacitor transistor w 431 KA7525B
Text: www.fairchildsemi.com KA7525B Power Factor Correction Controller Features Description • Internal Startup Timer • Internal Current Sense Blanking which eliminates the Need for an External R/C filter • Overvoltage Comparator eliminates Runaway Output Voltage
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KA7525B
KA7525B
KA7525BD
KA7525BDTF
diac 20v
diode zener 18v 1w
.47uF 400V electrolytic capacitor
transistor w 431
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KA7525
Abstract: 450V 47UF IN4004 IN4007GP IN4148 IN4937 IRF830 KA7525B PBP204 N413N
Text: www.fairchildsemi.com KA7525B Power Factor Correction Controller Features Description • Internal Startup Timer • Internal Current Sense Blanking which eliminates the Need for an External R/C filter • Overvoltage Comparator eliminates Runaway Output Voltage
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KA7525B
KA7525B
KA7525
450V 47UF
IN4004
IN4007GP
IN4148
IN4937
IRF830
PBP204
N413N
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PDF
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Untitled
Abstract: No abstract text available
Text: KA7525/B POWER FACTOR CORRECTION The KA7525/B provides simple and high performance active power factor correction. KA7525/B is optimized for electronic ballast and low power, high density power supplies requiring a minimum board area, reduced component count and low power dissipation. Addition of internal current sense blanking KA7525:LEB;KA7525B:Internal R,C
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KA7525/B
KA7525/B
KA7525
KA7525B
4700pF,
2200pF,
8200pF,
IN4007GP
BYV26C
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IN4007GP
Abstract: IN4937 N413N IN4004 IN4148 IRF830 KA7525 KA7525B PBP204 SMPS using IRF830
Text: www.fairchildsemi.com KA7525B Power Factor Correction Controller Features Description • Internal Start-up Timer • Internal Current Sense Blanking Which Eliminates the Need for an External R/C filter • Overvoltage Comparator Eliminates Runaway Output
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KA7525B
KA7525B
IN4007GP
IN4937
N413N
IN4004
IN4148
IRF830
KA7525
PBP204
SMPS using IRF830
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2A237
Abstract: MST105D MST205N MSP105F A7TA MSP205R 513008 STHW68S MSP105D MST405N
Text: Untitled Cross Reference List - Apem Competitor P/N STHW68S STHW69N STHW69R STJW65N STJW65NTR STJW65R STJW65RTR STJW66N STJW66NTR STJW67N STJW67NTR STJW67R STW67RTR STJW68S STJW68STR STJW69N STJW69NTR STJW69R STJW69RTR SDTM21N SDTM21NTR SDTM21R SDTM21RTR SDTM21RWTR
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STHW68S
STHW69N
STHW69R
STJW65N
STJW65NTR
STJW65R
STJW65RTR
STJW66N
STJW66NTR
STJW67N
2A237
MST105D
MST205N
MSP105F
A7TA
MSP205R
513008
STHW68S
MSP105D
MST405N
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Transistor NEC 12d
Abstract: IN4007GP IN4007g saMSUNG ELECTROLYTIC capacitor SD series IN4007 d1 in4007gp
Text: Ver. 3.0 KA7525/B/26 POWER FACTOR CORRECTION The KA7525/B/26 provides simple, yet high perfor mance active power factor correction. KA7525/B/26 is optimized for electronic ballast and low power, high den sity power supplies requiring a minimum board area,
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KA7525/B/26
KA7525/B/26
150mA
IN4007GP
RGP15J
IN4148
BSF2125
EI2820
Transistor NEC 12d
IN4007g
saMSUNG ELECTROLYTIC capacitor SD series
IN4007
d1 in4007gp
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PDF
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Transistor NEC 12d
Abstract: IN4007GP
Text: Ver. 3.0 POWER FACTOR CORRECTION KA7525/B/26 The KA7525/B/26 provides simple, yet high perfor m ance active pow er factor correction. KA7525/B/26 is optim ized for electronic ballast and low power, high d en sity pow er supplies requiring a m inim um board area,
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OCR Scan
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KA7525/B/26
KA7525/B/26
EI2820
EE1619
INR140,
IRF830
Transistor NEC 12d
IN4007GP
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