This paper presents a study of the magnetic near field produced by an inductive power
transfer (IPT) system composed of an array of magnetically coupled resonators that may be …

In this paper the magnetic near field from a wireless power transfer (WPT) system that
employs an array of magnetically coupled resonators is assessed with the aim of examining …

The increasing development and commercialization of electric and hybrid electric vehicles
includes the challenge of enabling an efficient and comfortable charging process of a car's …

The aim of this work is to evaluate how design parameters of a power pad for an electric
vehicles wireless charging device have an effect on the exposure of people to …

The knowledge about the field distribution of the alternating magnetic field in an inductive
power transfer system is of considerable relevance for the use in an electric vehicle. On the …

This paper presents a study on the behaviour of the currents in a 1-D resonator array of
inductive power transfer (IPT) systems that can be used for electric vehicle (EV) charging …

In this paper the conducted emissions generated by an inductive power transfer (IPT) system
composed of an array of magnetically coupled stranded-wire resonators and powered by an …

This article presents a study on electromagnetic radiation generated by integrated inductors
fabricated with and without magnetic material. The study is performed in simulation using …

In the frame of inductive power transfer (IPT) systems, arrays of magnetically coupled
resonators have received increasing attention as they are cheap and versatile due to their …

The magnetic wireless power transfer (WPT) technology represents a promising application
in contactless electric vehicle battery charging systems. In this framework, a bench prototype …