In three-phase unbalanced systems, where the circulation of zero sequence current is
necessary, four-leg converters provide a neutral connection for single-phase or other …

In the past five years substantial amounts of rooftop photovoltaic (PV) generation have been
installed across the low voltage distribution networks. These networks often have design …

Using analog wireless communication, we demonstrate a master–slave load-sharing control
of a parallel dc–dc buck converter system, thereby eliminating the need for physical …

A predictive control scheme for the indirect matrix converter including a method to mitigate
the resonance effect of the input filter is presented. A discrete-time model of the converter …

This paper extends the Z-source concept to matrix converters and explores a family of Z-
source matrix converters. Their principles and characteristics are analyzed, and a simplified …

Matrix converters (MCs) are a very attractive alternative to conventional back-to-back
converters with dc links. In this paper, a performance comparison between the well …

This paper presents a control method for direct matrix converters that combines the
advantages of predictive control with active damping. The active damping is used to …

This paper deals with the design, control, and implementation of a three-phase ground
power-supply unit for aircraft servicing. Instead of a classical back-to-back converter …

An input filter is necessary for a matrix converter (MC) system to improve the input current
quality with low harmonic components, as well as to reduce the input voltage distortion …

In this paper, the performance of a grid-connected wind energy conversion system (WECS),
based on a doubly fed induction generator (DFIG) fed by a matrix converter (MC), is …