Wireless power transmission (WPT) is a critical technology that provides an alternative for
wireless power and communication with implantable medical devices (IMDs). This article …

In this article, we demonstrate the near electric field reduction ability of spiral resonators
arrays (SRAs) in resonant inductive wireless power transfer (WPT) applications. In particular …

The use of magnetic metasurfaces in Wireless Power Transfer systems is becoming a
popular research topic: they have proven to be a valid approach to increase the …

Hydrocephalus patients suffers from overdrainage issue caused shunt failure. Wisconsin
Hydrocephalus Project group created a pseudo-ventricle fluidic platform to simulate the …

Delivering long-range power over great distances is very interesting in the future. For this
reason, the Wireless Power transfer (WPT) is a versatile modern technique that can be used …

This paper compares the performance of the Electromagnetic Halbach Array-Wireless
Power Transfer (EHA-WPT) systems with three different geometries, ie square prism …

A methodology for efficiency recovering in Wireless Power Transfer (WPT) systems under a
misalignment condition between driver and receiver is presented. The configuration is made …

In this paper we introduce a retrieval method to derive an equivalent lumped circuital model
for spiral resonators arrays in inductive Wireless Power Transfer applications. We first …

A methodology for the design of a multifrequency Wireless Power transfer (WPT) and data
transfer (DT) applications with reduced computational burden, is presented. The …

On the Flexibility Characteristics of an Array of Resonators for Simultaneous Power and Data
Transfer purposes in Inductive Power Transfer Systems | IEEE Conference Publication | IEEE …