Impedance networks cover the entire of electric power conversion from dc (converter,
rectifier), ac (inverter), to phase and frequency conversion (ac-ac) in a wide range of …

This study presents a novel three‐level neutral‐point‐clamped quasi‐Z‐source inverter in
the single‐stage buck‐boost multilevel inverter family. The topology was derived by …

Application of multilevel inverters for higher voltage goals in industries has become more
popular. In this study, new structures for symmetric, asymmetric and hybrid multilevel inverter …

Impedance-source networks are an increasingly popular solution in power converter
applications, especially in single-stage buck-boost power conversion to avoid additional …

This paper proposes the combination of a novel modified quasi-Z-source (MqZS) inverter
with a single-phase symmetrical hybrid three-level inverter in order to boost the inverter …

A new cascaded multilevel inverter (MLI) is presented with the aim of utilising lesser number
of switches, better modularity and reduced voltage stress. The new structure configured …

This study deals with a class of the switched‐inductor boost inverters (SLBIs) including the
DC‐linked type, continuous, discontinuous and ripple input current topologies. Compared …

In this study, novel multilevel inverter structures for medium and high-voltage applications
are proposed. The proposed topologies can generate a great number of output voltage …

Multi‐level inverter (MLI) is a promising technology, able to generate high‐quality power
with lower switching frequency. Therefore it leads to high conversion efficiency and low …

This paper proposes a new fault-tolerant strategy for a multilevel converter with an
integrated impedance-source network. The proposed fault-tolerant strategy leverages the …