Inductive power transmission depends on many parameters such as the distance and the
alignment between the coils, the working frequency, the current excitation, the geometry and …

Wireless power transmission via inductive links has been more and more developed in the
last years for low power applications. In this paper we will explore a solution to obtain a …

This work proposes the use of inductive links to wirelessly power an autonomous sensor in a
vehicle application. The selected application is intended for occupancy and belt detection in …

Multi-coil inductive power transmission systems become more and more important in
industrial, medical and smart home applications. They are very useful to realize power …

A major technical challenge for wireless power transmission via inductive link is to realize
efficient and reliable energy transmission taking into account influencing effects such as the …

Multi-coil inductive power transmission technology has been widely investigated due to their
ability to charge devices in large transmission area. In this paper, an implementation of multi …

This work proposes powering autonomous sensors via inductive links in presence of
metallic structures. The intended application is occupancy and belt detection in removable …

Wireless Power Transfer (WPT) is applicable in portable electronic devices, industrial
equipment's, medical instruments, electric vehicles for road and industrial transport. Limited …

Inductive power transfer provides interesting possibilities for supplying movable devices. In
this paper, an analysis of the inductive link for a multi coil system consisting of an array of air …

This work is focused on the voltage regulation stage of autonomous sensors powered via
inductive links. At the receiving network, a rectifier and a voltage regulator are required to …