Magnetically coupled resonance wireless power transfer systems (MCR WPT) have been
developed in recent years. There are several key benefits of such systems, including …

The transition from conventional to electric transportation has become inevitable in recent
years owing to the significant impact of electric vehicles (EVs) on energy sustainability …

Wireless power transfer (WPT) is an old subject, introduced for the first time by Nikola Tesla
in the twentieth century [1]. His patent proposal was based on the magnetic resonance of …

Over the past few years, interest and research in wireless power transfer (WPT) have been
rapidly incrementing, and as an effect, this is a remarkable technology in many electronic …

This paper presents and compares two single-ended inverter-based amplifier topologies,
with and without active frequency compensation, both with the same area and the same …

Magnetic resonant coupling (MRC) is one of the techniques that are widely used in wireless
power transfer (WPT) systems. The technique is commonly used for enhancing distance …

Wireless power transfer (WPT) is an ideal power delivery solution for many light-load
applications, such as for the Internet of Things. A regulated solution for WPT may utilize a …

LPWANs are emerging to provide solutions for covering very low-power Internet of Things
devices and applications which may be distributed over large geographical areas. LPWANs …

In this paper, we analyze the backscatter response of inductive link-based wireless power
transfer systems. This analysis leads to a model that predicts the power levels received back …

In this article, we report the test strategy and the results obtained from measurements of a
CMOS integrated power amplifier. The power amplifier was designed to optimally-drive an …