R2A20114
Abstract: r2a20104 R2A20104FP 25 fmr 160 R2A20114FP
Text: Preliminary Datasheet R2A20114 Series Continuous Conduction Mode Interleaving PFC Control IC R03DS0008EJ0100 Rev.1.00 Sep 03, 2010 Description R2A20114 series is a boost converter control IC with PFC Power Factor Correction . Employing continuous conduction mode interleaving PFC, it performs higher efficiency and lower switching noise even for high power use.
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Original
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R2A20114
R03DS0008EJ0100
R2A20114
R2A20104SP/FP)
R2A20114SP/FP)
c9044
r2a20104
R2A20104FP
25 fmr 160
R2A20114FP
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PDF
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R2A20104SP
Abstract: R2A20114
Text: Preliminary Datasheet R2A20114 Series Continuous Conduction Mode Interleaving PFC Control IC R03DS0008EJ0100 Rev.1.00 Sep 03, 2010 Description R2A20114 series is a boost converter control IC with PFC Power Factor Correction . Employing continuous conduction mode interleaving PFC, it performs higher efficiency and lower switching noise even for high power use.
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Original
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R2A20114
R03DS0008EJ0100
R2A20114
R2A20104SP/FP)
R2A20114SP/FP)
c9044
R2A20104SP
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PDF
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r2a20104
Abstract: R2A20114 shunt release coil function interleaved Boost PFC capacitor power factor correction home use three phase pfc shunt resistor current R2A20114FP resistor specification LQFP-40
Text: Renesas Technology to Release R2A20114 Series Power Factor Correction Control ICs with Continuous Conduction Mode Interleaving for High-Power Products ⎯ Enabling Implementation of Compact, Highly Efficient, Low-Noise Power Supply Units for High-Power Products Such as Computer Servers and Air Conditioners ⎯
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Original
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R2A20114
OP-20/LQFP-40
r2a20104
shunt release coil function
interleaved Boost PFC
capacitor power factor correction home use
three phase pfc
shunt resistor current
R2A20114FP
resistor specification
LQFP-40
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PDF
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R2A20114
Abstract: No abstract text available
Text: Data Sheet R2A20104/114 Series Continuous Conduction Mode Interleaving PFC Control IC R03DS0008EJ0200 Rev.2.00 Apr 18, 2014 Description R2A20104/114 series is a boost converter control IC with PFC Power Factor Correction . Employing continuous conduction mode interleaving PFC, it performs higher efficiency and lower switching noise even for high power use.
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Original
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R2A20104/114
R03DS0008EJ0200
R2A20114
R2A20104SP/FP)
R2A20114SP/FP)
conv2886-9022/9044
R2A20114
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PDF
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