| Description
| This course aims to equip graduate students with both theoretical foundations and practical design skills for magnetic components used in high-frequency power converters. The course covers the electromagnetic principles, modeling techniques, and engineering practices involved in the design of high-frequency transformers and inductors.
Starting from magnetic material properties, magnetic circuit modeling, and loss mechanisms, the course introduces a systematic design methodology for high-frequency power magnetics. Key topics include core selection, turns calculation, leakage inductance control, parasitic parameter modeling, conductor loss analysis, and thermal considerations in magnetic component design.
In addition to theoretical analysis, the course emphasizes practical design methodologies and simulation tools. Students will learn to use electromagnetic simulation software (e.g., ANSYS Maxwell) to construct magnetic component models and analyze magnetic field distribution, leakage
|
|---|