This study proposes an approach to obtain maximum power via wireless power transfer
using a single primary-side capacitor. It is shown that higher power is achieved when …

This paper proposes a new and general method to optimize a working frequency and a load
resistance in order to realize highly efficient wireless power transfer. It should be noticed that …

Most research on wireless power transfer (WPT) has been focused on how to achieve a high-
efficiency power transfer. Our study found that under the impedance matching for achieving …

In this paper, a capacitive wireless power transfer link with two repeaters between the
transmitter and receiver is analyzed. The performance of the system is optimized by …

Wireless Power Transfer (WPT) system commonly compensates by a symmetric pair of
inductor and capacitor on the primary-secondary circuits to use the idea of resonance. It …

This paper naively inquires when power transmission is optimized by tuning possible
parameters of a wireless power transfer system. It is well known that tuning the frequency of …

In this paper, an analysis into the wireless power transfer system using inductive coupling
with multiple transmitters and single receiver is presented. It is proved that, with certain total …

Capacitive wireless power transfer uses the varying electric field for wireless power transfer
from a transmitter plate to a receiver plate. The amount of power transferred to the load and …

Wireless power transfer from one transmitter to multiple receivers through inductive coupling
is slowly entering the market. However, for certain applications, capacitive wireless power …

Capacitive wireless power transfer is performed using large electrodes or using a medium
having high relative permittivity such as water. The transfer efficiency demonstrates a …