Current-dependent inductors are power magnetics deliberately designed so that their inductance varies with DC current. Rather than treating inductance roll-off...
Read moreDetailsCurrent sense transformers are widely used to measure AC currents in power electronics, providing galvanic isolation and high bandwidth with...
Read moreDetailsElectromagnetic interference (EMI) remains one of the key challenges in modern electronics, affecting both signal integrity and the reliable operation...
Read moreDetailsDesigners selecting cores for high‑frequency power inductors often face the choice between ferrite and nanocrystalline materials, with conflicting advice on...
Read moreDetailsSimulation tools such as REDEXPERT and eDesignSuite are increasingly central to modern power converter design workflows, because they let engineers...
Read moreDetailsThis article based on prof. Sam Ben-Yaakov video summarizes how current sense transformers work, how to interpret their datasheet parameters...
Read moreDetailsPlanar magnetics are becoming a key enabler for compact, high‑efficiency USB Type‑C power adapters and embedded power stages. This article...
Read moreDetailsMagnetics in High‑Frequency GaN Converters: Design Lessons for the 0.5–1 MHz Era This article summarizes key insights from a Frenetic...
Read moreDetailsThis article based on video tutorial by prof. Sam Ben-Yaakov explains fundamentals, benefits and design notes related to tapped inductor...
Read moreDetailsThis article based on Frenetic webinar summarizes a practical design workflow using Frenetic AI, Frenetic Simulator and the new Planar...
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