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    • Optimizing winding designs for high-frequency magnetic components.

    • Optimizing winding designs for high-frequency magnetic components.
    • Electric generators -- Windings. Electric inductors -- Design and construction -- Mathematical models. Electric current converters -- Design and construction -- Mathematical models. Energy dissipation -- Mathematical models.
    • Magnetic components for high-frequency power conversion applications can have significant losses that compromise the performance of the converter. In particular, winding losses can be large due to high-frequency effects that are difficult to model...
    • Eddy current loss in windings.

    • Eddy current loss in windings.
    • Eddy currents (Electric) -- Mathematical models. Electric generators -- Windings. Finite element method.
    • Magnetic components, such as transformers and inductors, are essential parts of most power electronics circuits. They usually are the largest components in the circuit, and also account for a large portion of the power loss. Reducing the volume of...

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