This article based on Frenetic webinar summarizes a practical design workflow using Frenetic AI, Frenetic Simulator and the new Planar...
Read moreDetailsFringing field effects at air gaps represent a significant but often underestimated source of additional winding losses in magnetic components....
Read moreDetailsThis post is based on edited tutorial video by Sam Ben-Yaakov that provides an educational content about power inductor design...
Read moreDetailsResearchers from State Key Laboratory of Digital Steel, Northeastern University, Shenyang, China developed high‑crystallinity Fe‑based nanocrystalline soft magnetic composites that...
Read moreDetailsPower-line energy harvesting using current transformers offers an elegant way to power distributed electronics directly from existing AC conductors. This...
Read moreDetailsLLC transformer design can integrate the series resonant inductance into transformer leakage, eliminating a separate resonant choke when the winding...
Read moreDetailsAccurate thermal prediction in magnetics is critical to avoid overheating, improve loss estimation and shorten design cycles. The Frenetic magnetic...
Read moreDetailsPlanar magnetics promise compact, low‑profile magnetics, but accurate loss, leakage, and capacitance modeling is significantly more complex than for conventional...
Read moreDetailsGalvanic isolation separates circuits without a direct conductive connection while allowing signals or power to cross an insulating barrier. For...
Read moreDetailsEarthing (grounding) systems are a fundamental part of low‑voltage electrical installations, directly influencing fault current paths, touch voltages and the...
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