Charging electric vehicles wirelessly is promising because of its convenience as well as
saving of charging cables. However, the existing wireless power transfer systems suffer from …

The circular coil is extensively employed in different wireless power transfer (WPT)
applications due to its simple structure and satisfactory magnetic coupling capabilities …

Conventional design and optimization methods for resonant coils in wireless power transfer
systems (WPTSs) heavily rely on finite element simulations, which are very time-consuming …

摘要当磁谐振无线电能传输系统的初级与次级都为谐振补偿网络时, 系统的传输性能随着传输
距离的变化发生较大的波动. 为了使磁谐振无线电能传输系统在不同的传输距离下拥有相对**稳 …

This article proposes a voltage sense circuit and a current sense circuit for extracting the
fundamental ac voltage and current in variable-frequency inductive power transfer systems …

Many traditional wireless power transfer systems (WPTSs) often use resonant coil windings
with segmented straight lines and sharp corners, which not only break the continuity of …

This paper introduces an adaptive self-tuned controller IC for resonant wireless power
transfer (RWPT) systems. The new controller IC comprises an on-the-fly very-high-frequency …

In this paper, first, to realize the constant current charging for EV's Battery and ZVS operation
of primary inverter simultaneously, variable frequency and phase shift control strategy (VF …

This paper introduces a novel analytical model for the accurate inductance calculation of
rounded rectangular coils in wireless power transfer systems (WPTSs). Comprehensive …

One of the difficulties in wireless power transfer systems (WPTs) at 6.78 MHz is a large
variation of the transmitter (Tx) coil impedance due to effect of metal near receivers (Rxs) …