This article motivates the development of sophisticated data-driven models for power
magnetic material characteristics. Core losses and hysteresis loops are critical information in …

Medium-frequency transformers (MFTs) are one of the fundamental building blocks of
modern power electronic converters. The usage of increased frequencies leads to improved …

This article aims to study the core losses behavior at high frequency (MHz range) with
superimposed dc bias in ferrite. Inductive compensation method is employed in the …

Manganese–zinc (Mn-Zn) ferrites are the primary choice for high-frequency and high-power
magnetic components. Optimum material selection is essential for high-performance …

This article presents a comprehensive investigation of the high-frequency magnetic flux
distributions in manganese-zinc ferrite ring cores. New experimental characteristics are …

A magnetic integration method of single-and multi-stage electromagnetic interference (EMI)
filters is presented. Common-mode and differential-mode inductors are integrated into a …

The different dielectric strength behaviour that occurs when the metal particles broken off
from the iron core and copper windings penetrate into the transformer oil needs to be …

An integrated inductor for a highly compact embedded battery charger is designed in this
article. A zero-voltage switching (ZVS) buck converter is the selected topology to achieve …

Ferrites are the choice magnetic materials for high-frequency and high power-applications.
However, the typical material specification does not provide sufficient information to enable …

Radio-Frequency (RF) power inductors are critical to many applications such as
communications, RF heating, and plasma generation for semiconductor processing. Their …