Fe-based nanocrystalline ribbon is an alternative to the ferrite for high-frequency magnetic
cores due to its low hysteresis loss and high magnetic saturation. The drawback of the Fe …

This article presents a novel planar-based transformer winding and core structure with
controllable leakage inductance generation for integrated magnetics applications. As a …

Large-scale adoption of wide band gap semiconductors in switched-mode power converters
enables miniaturization of power electronic systems. With switching frequencies …

This letter reports characterization of the novel nanocrystalline flake ribbon (NFR) soft
magnetic material. The comparative analysis among the ferrite N87, N27, and the NFR is …

The resonant inductor in a high-frequency converter features small inductance with a high
current ripple. A design methodology is introduced to select a minimum core volume and an …

This article is focused on modeling and design optimization of high-current-ripple planar
inductors in liquid-cooled high-power applications, such as electric-vehicle drivetrain …

For several decades, the design and manufacture of electrical machines has been
considered a technically mature area and, as a result, research and development in the area …

Planar magnetics design has been widely used in power electronics field because of the low
profile, ease of manufacturability, and high power density. This paper first proposes a 3-level …

Miniaturization and efficiency of power electronics are limited by magnetic components,
which are difficult to scale to small size and high frequency (HF). Inductor structures using …

The importance of the high-frequency transformer in power electronics devices cannot be
overstated. Its compact design is made possible by operating in a high-frequency range …