MnZn soft magnetic ferrites have been widely utilized in power electronics, owing to the
combined merits of high permeability and low energy loss. However, their deployment would …

MnZn soft magnetic ferrites are essential materials for energy conversion in power
electronics. The rapid development of miniaturized and energy-saving electronics has put …

Spinel ferrites have drawn intensive attention because of their adjustable magnetic
properties by ion doping, among which calcium (Ca) is an essential dopant that is widely …

In this study, high-frequency MnZn ferrites are prepared for power applications at 10 MHz
using solid-state reaction method. The sample doped with 3000 ppm TiO 2 yields the …

MnZn power ferrites for MHz and wide temperature applications were prepared by ceramic
process and effects of Co 2 O 3 and MoO 3 co-doping on the microstructure and magnetic …

Soft magnetic composites serve in electrical applications and sustainable energy supply, the
magnetic flux changes in response to changes of the applied magnetic field, with energy …

High-flux ferronickel powder cores are widely used in high-frequency transformers and other
fields due to their high saturation flux density and low core loss. In this paper, FeNi@ Al2O3 …

With the increasing power density of the switched mode power supply (SMPS) developed
nowadays, higher efficiency is required from the magnetic core, where the MnZn ferrites are …

Manganese-zinc (MnZn) ferrites have important applications in energy conversion,
transmission, and harvesting. MnZn ferrite for magnetic field energy harvesting is expected …

Abstract Fe-Si-Co soft magnetic composites (SMCs) coated with silicone resin were
successfully prepared in this work. The influences of annealing treatment on the …