Flyback Transformer Design Basics: A Practical Guide
A plain-language walk through flyback transformer design: energy storage, turns ratio, primary inductance, air gap, saturation margin, leakage and insulation.
A plain-language walk through flyback transformer design: energy storage, turns ratio, primary inductance, air gap, saturation margin, leakage and insulation.
From the AC inlet to the vehicle connector: the chokes, inductors and ferrite transformers inside an EV charger and what each one must achieve.
A method for qualifying a second manufacturer for inductors, chokes and transformers so that both sources behave the same in your circuit.
Core loss is the heat generated inside the magnetic material itself. Understand hysteresis and eddy current losses, what drives them and how material choice…
Why variable frequency drives generate EMI, how the noise travels through cables, motors and earth, and which filters and installation practices control it.
How a gate drive transformer works, why volt-seconds and duty cycle limit it, which parameters matter and how to specify one for a bridge…
General principles of isolation, interwinding capacitance and leakage current for transformers and chokes used in medical power supplies.
Wide-bandgap switches move the limits of a converter from the semiconductor to the wound components. Here is what changes in cores, windings, EMI and…
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