In modern power electronic systems, voltages across inductors or transformers generally
show rectangular shapes, including periods of zero voltage. In the stage of zero applied …

The calculation of core losses in inductive components is difficult and has not yet been
entirely solved. In particular, it is impossible to predict the influence of a dc premagnetization …

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 …

Loss models of inductive components are thoroughly investigated, thereby all different
aspects of loss modeling are considered. The impact of peak-to-peak flux density ΔB …

Interleaved dc-dc converters with integrated magnetic components capable to achieve high
power density have recently gained attention in automotive applications for eco-friendly …

A novel iron loss calculation method is proposed based on an iron loss map for an AC filter
inductor used in a pulsewidth-modulation (PWM) inverter. The iron loss map, previously …

Traditional predicted core loss models, such as the improved Steinmetz equations, cannot
show the whole changing tendency of core losses in different topologies. In this article, a …

The authors have proposed two methods for iron loss evaluation of the ac filter inductor used
in a pulsewidth modulation (PWM) inverter. The first method is a loss map method, which …

Core loss prediction is quite complex as the excitation of magnetic materials varies
depending on the topology and the operating mode of switched-mode power supplies. In …

Core loss estimation of filter inductors is increasingly important for modeling and optimizing
high-frequency, high-efficiency, and high-density pulsewidth modulation (PWM) power …