Along with the technology boom regarding electric vehicles such as lithium-ion batteries,
electric motors, and plug-in charging systems, inductive power transfer (IPT) systems have …

Three-phase ac–dc converters are more commonly used for high-power applications
compared with single-phase converters. For high-power wireless power transfer (WPT) …

This article proposes a dual-frequency wireless power transfer (WPT) with dual CLCL hybrid
compensation topology and multilayer self-decoupled compact coils (MLSDCCs). It extends …

In this paper, a dual-phase-shift control strategy combining with a switch-controlled capacitor
(SCC) is proposed to realize efficiency maximization while realizing zero voltage switching …

In frequency-modulated spread-spectrum (FMSS) EMI suppression, the switching frequency
of the transmitter is continuously modulated across below and above the nominal frequency …

Misalignment tolerance and wide load range capability are necessary for a practical
inductive power transfer system. In pursuit of high performance, input unity power factor and …

To meet the requirements of charging the mainstream rechargeable batteries, in this work, a
dual-bridge resonant converter (DBRC) is operated as a battery charger. Thanks to the …

A three-phase double-sided series and LCC hybrid compensation converter is proposed in
this article to achieve high misalignment tolerance and power capability of the wireless …

For double-sided LCC compensation topology, it is not easy to maintain the output current
and output voltage constant over the variation of coupling coefficient and load …

A single-stage wireless power transfer (WPT) system based on the switching control
capacitor (SCC) is proposed in this paper. Using the SCC instead of an ordinary capacitor …