Wireless power transfer systems, particularly those based on inductive coupling, provide an
increasingly attractive method to safely deliver power to biomedical implants. Although there …

Simultaneous wireless power and data transfer (SWPDT) is widely investigated because of
the increasing requirement for real-time communication between the primary and secondary …

This paper presents closed form expressions for self-inductance and mutual inductance of
circular wire-wound coils (WWCs) used in near-field wireless power transfer systems. The …

In this article, a wireless shaded-pole induction motor (SPIM) is proposed and implemented,
which artfully integrates wireless power transfer into a single-phase SPIM to achieve the first …

This article proposes and implements an optimized omnidirectional wireless power transfer
(WPT) system using distributed transmitter coils. Under the consideration of practical WPT …

Electric mobility is rapidly gaining popularity owing to the increas-ing CO2-awareness and
the lower total cost of ownership of Electric Vehicles (EV). Rising market shares of EV …

This article is to present the design, analysis, and verification of a new hybrid wireless power
transfer (HWPT) system, which has a space-saving coupler structure. The key of the design …

The expanding functions of the emerging smart grid have posed new technical challenges
on the power supplies for online monitoring systems in the transmission and distribution …

This article proposes an analytical model that provides accurate self-inductance and mutual
inductance calculations for two mutually coupled rectangular, planar, and spiral coils with an …

The major parameters of transformers used in wireless Power Transfer (WPT) are self
inductance, mutual inductance and coefficient of coupling. Due to unique and complex …