Wireless Power Transfer

A paper on a robust self-regulated rectifier for parallel-resonant receiver coils in multiple-receiver wireless power transmission systems was published in IEEE Journal of Emerging and Selected Topics in Power Electronics.

A paper on a robust multi-output self-regulated rectifier for wirelessly powered biomedical applications was published in IEEE Transactions on Industrial Electronics.

A robust self-regulated rectifier for a parallel-resonant Rx coil in a multiple-receiver wireless power transmission system.

An efficient, load-independent, and self-regulated wireless power transfer system with multiple loads for long-distance IoT applications.

An edited book on wireless power/data telemetry and energy harvesting system design.

Wirelessly powered cage designs for supporting long-term experiments on small freely behaving animals in a large experimental arena.

An optimization method for magnetic field focusing and null steering to enable selective wireless power transfer.

A book chapter on wireless applications in biochip and biomedical systems.

A multi-phase resonance-based boosting rectifier with dual outputs for wireless power transmission.

An inductive power transmission system for wearable textile heaters using a series-none topology.