The HF transformer: Facts you may have missed
An intuitive explanation of the operation and design of the HF transformer, including a discussion of some key issues such as the effect of a short, DC current injection, the possible need of an air gap and flat magnetics.
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Gapped, ungapped, and distributed gap toroids in power electronics - corrections below
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Lecture 28: EMI Filters, Part 1
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HF magnetic-core losses
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Lecture 37: Resonant Converters: Matching Networks
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Flat magnetics for switch mode converters: A primer
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A deeper look at the approximate design of power inductors with gapped ferrite cores
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Lecture 19: Inverters, Part 3
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Thyristors Did to Power What Transistors Did to Logic
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Snubber Design
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Current sensing in power electronics systems
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Lecture 18: Inverters, Part 2
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Exposing The Solid State Donut Battery. It's Over.
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Why the Ferrite in an air gapped core?
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ElectronicBits#22 - HF Power Inductor Design
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Mutual inductance versus transformer: the power electronics perspective
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Conducted Emission (CE) of switch mode systems
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Ferrite transformer calculations for SMPS
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Understanding VSWR and Return Loss
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Design of Flyback magnetics: The Ap approach
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