How an LLC resonant transformer works inside the resonant tank, why its magnetising and leakage inductances are design targets, and what to put in…
Where the heat in a high-frequency transformer comes from: core loss, skin and proximity effects, fringing and leakage, and the design steps that reduce…
How current transformers and power transformers differ in connection, core flux, design goals and failure modes, including why a CT secondary must stay closed.
EE, EF, ETD, EER, PQ, RM, UU or toroid? A practical comparison of ferrite core shapes covering power handling, shielding, leakage, winding effort and…
A plain-language walk through flyback transformer design: energy storage, turns ratio, primary inductance, air gap, saturation margin, leakage and insulation.
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…
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