During the past 50 years, the aim to reduce the eddy current losses in magnetic cores to a
minimum led to the formulation of new materials starting from electrically insulated iron …

The global drive to reduce energy consumption poses new challenges for designers of
electrical machines. Losses in the core are a significant part of losses, especially for …

In inductor applications, different soft magnetic materials are used depending on the
frequency range. Owing to powder metallurgy technology and to the increase in the …

The soft magnetic composite (SMC) toroidal cores were prepared by the compaction method
from ball-milled Fe-Si-B-Nb-Cu nanocrystalline ribbon with 20 vol%(3.7 wt%) resin addition …

The FeSiBCuNb soft magnetic composities (SMCs) with five different particle size
distribution (PSD) were prepared. The PSD of powders was quantified by using the …

Recently, researchers have focused on improving motor performance and efficiency. To
manufacture motors with performance and efficiency higher than those of motors …

The soft magnetic composite (SMC) toroidal cores were prepared by the moulding method.
Despite a high binder content, the composites presented excellent magnetic properties: μ a …

This paper gives a broad overview of methods to model core losses from the magnetization
of soft magnetic iron cores in electrical machines. The review study starts with some …

This study experimentally analyzed the impact of air gaps between a magnetic sheet and a
test board with a microstrip line, which is used to measure the near-field magnetic shielding …

Magnetic powder cores are involved in many inductors used in power electronics, due to
their tailored magnetic properties. This work investigates the hysteresis curves, measured by …