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    Bourns Automotive BMS Signal Transformer Combines Reinforced Isolation and Common-Mode Noise Rejection

    Murata Launches 100V 10 µF Lead-Type MLCCs for 48V Systems

    Bourns Extends Current Sense Resistors for High-Current Power Designs with 0.1 mΩ, 15 W

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    Vishay Introduces Automotive Low Loss SMD Common-Mode Chokes

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    Current-Dependent Inductors: Using Non-Linear Inductance in Buck Converters and PFC Stages

    Vishay Releases High-Power Thick Film Resistors for Compact Power Modules

    Wk 32 Electronics Supply Chain Digest

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Potential Benefits and Limitations of Amorphous Core for APFC inductors

29.7.2024
Reading Time: 1 min read
A A

prof. Sam Ben-Yaakov in this video elaborates on potential benefits and limitations of amorphous core for Active Power Factor Correction APFC inductors.

Content

RelatedPosts

Current-Dependent Inductors: Using Non-Linear Inductance in Buck Converters and PFC Stages

Current Sense Transformers: Ferrite vs Nanocrystalline Cores for Accurate Current Measurement

Ferrite versus Nanocrystalline Power Inductor Cores: Turns, Gap and Size

  • required specification for APFC inductor
  • ferrite vs amorphous core
  • switching frequency considerations

related video: PSPICE simulation of APFC inductor current and core losses (CCM)

An intuitive explanation on how to estimate the rms value of the APFC inductor’s ripple current and the high frequency component of th magnetic flux density needed to estimate core losses. The APFC control used in simulation is based on the metod of APFC control without sensing of input voltage.

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Source: Sam Ben-Yaakov

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