This paper introduces a novel design for a soft magnetic core (SMC) using laminated
nanocrystalline flake ribbons (NFR) to improve the efficiency and thermal performance of EV …

This article investigates a novel magnetic power distribution (MPD) system that utilizes
conductive magnetic power transfer and wireless power transfer methods. The proposed …

The special challenge for drone wireless inflight charging is to keep a constant charging
power with a large air gap under the variation of mutual inductance and the limited payload …

Self-resonant wireless power transfer (WPT) gains industrial attention for its high power
density due to eliminating additional capacitors in the compensation network. While current …

Nanocrystalline pads are normally considered to be infeasible in IPT systems due to their
excessive loss-thermal behavior. This article proposes a novel frequency-dependent …

The novel permeability configurable nanocrystalline flake ribbons (NFR) utilizing Fe-based
nanocrystalline material has been increasingly adopted in diverse energy conversion …

For wireless power transfer (WPT) systems, traditional pulse density modulation (PDM) can
easily induce oscillation during continuous power adjustment, leading to serious current …

The first resonant frequency (f R) is usually believed to be mainly determined by material
properties. Therefore, nanocrystalline common-mode inductors are typically used at …

Compact and high current inductors determine the power density and efficiency of voltage
regulators (VRs) for computing ICs. Conventional moulding structures using powder cores …

Inductive power transfer (IPT) systems are pivotal in various applications, relying heavily on
the accurate estimation of mutual inductance to enable system interoperability discrimination …