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PMIC - PFC (Power Factor Correction)
PMIC - PFC (Power Factor Correction)

PMIC - PFC (Power Factor Correction) - Product Category Overview

1. Definition of PMIC - PFC (Power Factor Correction)

PMIC - PFC (Power Factor Correction) refers to a specialized category of Power Management Integrated Circuits (PMICs) designed to improve the power factor in electronic systems. Power Factor Correction ensures efficient energy usage by aligning the phase relationship between voltage and current, reducing reactive power, and minimizing harmonic distortion. These ICs are critical in applications where high power efficiency and compliance with energy regulations (such as IEC 61000-3-2) are required.

2. Types of PMIC - PFC Products

PMIC - PFC solutions are available in various configurations to suit different power management needs:
- Active PFC ICs: Utilize switching techniques to dynamically correct power factor, commonly used in AC-DC converters, industrial equipment, and high-power applications.
- Passive PFC ICs: Employ passive components (inductors, capacitors) for simpler, cost-effective correction in lower-power systems.
- Digital PFC Controllers: Incorporate programmable control algorithms for adaptive power factor optimization in advanced power supplies.
- Integrated PFC + PWM Combos: Combine PFC with pulse-width modulation (PWM) for compact, high-efficiency designs in consumer electronics and server PSUs.

3. Key Considerations When Purchasing PMIC - PFC ICs

To select the right PFC solution for your application, evaluate the following:
- Efficiency Targets: Look for high power factor (>0.95) and low THD (Total Harmonic Distortion) ratings.
- Topology Compatibility: Match the IC (e.g., boost, buck-boost) to your system s voltage/current requirements.
- Regulatory Compliance: Ensure adherence to standards like ENERGY STAR, 80 PLUS, or EU CoC Tier-2.
- Thermal & Packaging: Consider thermal resistance (R JA) and package options (e.g., SOIC, QFN) for space-constrained designs.
- Design Support: Opt for vendors offering reference designs, simulation tools, and evaluation boards for faster prototyping.

By integrating PMIC - PFC solutions, engineers can enhance energy efficiency, reduce operational costs, and meet stringent environmental standards making them indispensable in modern power electronics.

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NCP1937A3DR2G

IC PFC CTRLR CRM 20SOIC


UCC38502DWTR

IC PFC CTR AVERAGE 100KHZ 20SOIC


PFS7624L

IC PFC CTRLR CCM 123KHZ ESIP-16G


ADP1047ARQZ-R7

IC PFC CTR AVERAGE 400KHZ 24QSOP


NCP1602BEASNT1G

IC PFC CTRLR CRM 6TSOP


ICE2PCS05G

ICE2PCS05 - PFC-CCM (CONTINUOUS


PFS7627H

IC PFC CTRLR CCM 123KHZ 16ESIP


FAN7528N

POWER FACTOR CONTROLLER


UC2853AD

IC PFC CTR AVER CURR 94KHZ 8SOIC


PFS726EG

IC PFC CTRLR CCM 95KHZ ESIP-7G


NCP1618ADR2G

HIGH-VOLTAGE, MULTIMODE POWER FA


ISL6730AFUZ-T

IC PFC CTRLR CCM 125KHZ 10MSOP


NCP1651DR2G

ANA PWR FACTOR CONTROLLER


UCC28517N

POWER FACTOR CONTROLLER


UCC28056ADBVT

ISOLATED DRIVER


UCC3817DWTR

IC PFC CTR AVERAGE 220KHZ 16SOIC


ML4805CP

ML4805 - VARIABLE FEEDFORWARD PF


LT8312HMS#PBF

IC PFC CTRLR DCM 400KHZ 16MSOP


SG6980DZ

POWER FACTOR CONTROLLER


UCC28070APWR

IC PFC CTL CCM ADJUSTABL 20TSSOP


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