With rapid advances in semiconductor technology, inductive components have emerged as a key limitation for further improvements in power electronic systems. Challenges such as magnetization losses and unwanted eddy currents at high switching frequencies restrict the reduction of device volume. New materials, innovative design approaches, and advanced power converter topologies combined with flexible digital controls provide opportunities to reduce component size and increase power density—critical factors for mobile and compact applications.
This book provides an authoritative overview for researchers, industry professionals, and device manufacturers, summarizing the latest developments to mitigate unwanted effects in magnetic components and reduce device volumes. Compiled by specialists in materials, device design, and power electronics applications, it emphasizes practical guidance and real-world examples to help readers implement effective solutions.
Key topics include:
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Soft ferrite, metallic, and powdered magnetic materials
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Measurement and selection of magnetic materials
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Modelling, software tools, and integrated inductive component design
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Permanent magnets and orthogonal magnetization
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Multi-phase coupling and high-power medium-frequency components
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Solid-state transformers and high-frequency magnetic components
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EMI filtering, mode suppression, and ripple cancellation
This comprehensive reference equips readers with the knowledge to design efficient, high-performance magnetic components for modern power electronics.
