This book presents a multiobjective design approach for power magnetic devices. It addresses the complex challenges faced by engineers in optimizing the design of inductors, transformers, and other magnetic components, which often involve conflicting objectives such as minimizing size, maximizing efficiency, and reducing cost. The text provides a framework for systematically analyzing and solving these design problems, drawing on principles of electrical engineering and optimization theory.

This text is positioned as a specialized engineering resource, likely aimed at graduate students and practicing engineers in the field of power electronics. Its focus on a multiobjective design approach suggests a rigorous, analytical treatment of the subject matter, emphasizing systematic problem-solving and optimization techniques. The content is expected to be dense and technically detailed, suitable for those with a strong foundation in electrical engineering principles.