This article provides an overview of how artificial intelligence (AI) is applied in designing
high-frequency magnetic components, primarily high-frequency inductors and transformers …

Litz wire is known for its ability to minimize winding losses in high-frequency applications.
However, its implementation in PCB winding poses significant challenges. This paper …

The PCB winding-based transformer is renowned for its low profile, easy manufacturability,
and cost-effectiveness. However, it encounters challenges in high-power applications due to …

A variable-frequency critical-soft-switching (VF-CSS) model predictive control method is
developed combining with a modified nonisolated inverter to improve the efficiency. A two …

Power factor correction (PFC) converters can be significantly reduced in size by integrating
control circuits, sensing circuits, gate drivers, and power switches. However, magnetic …

A receding horizon estimation (RHE) method is designed in combination with model
predictive control (MPC) to improve the dynamic performance of LC-Based Power Module …

The booming development of electric transportations has enlightened the need of high
power converters with high power density at low cost. Conventional wire-wound inductors …

The rapid pace of electrification and adoption of renewable energy sources necessitate the
development of efficient, cost-effective, and compact power electronic converters. Among the …

Abstract ith the rapid advancements in modern technology and the increasing demand for
efficient energy conversion, the field of medium voltage power conversion has experienced …

Printed circuit boards have been commonly used in various power converters covering a
wide range of power levels for reliability, low cost, and ease of mass production. Increasing …