Wei Zhou

TL;DR: In this article, a mixed-resonant topology consisting of a CLC resonant circuit on the primary side and a T- CLC circuit on secondary side for multiple pickups constant current output applications was proposed.

TL;DR: The results of dynamic charging conditions show that the circuit is appropriate for balancing the battery string, and the system efficiency with the proposed approach reaches 94.1% at rated 28-W input power.

TL;DR: Practical measurements show that the magnetic flux density near the edges of the metal barrier is higher than that in the middle region, and the output power around the edge is also higher although it is more sensitive to the variation of the distance and positioning of the receiving coil.

TL;DR: The results show that the PReSCE circuit eliminates the inrush current and increases the balance speed three times than the parallel pure switched-capacitor equalizer.

TL;DR: This paper proposed a novel wireless power transfer system with full-duplex communication on a shared channel for capacitively coupled power transfer systems using a frequency-domain model of the power and signal channels and an interference suppression strategy by taking the interference from the ipsilateral channel into consideration.