In recent past, multilevel inverters (MLIs) are treated as sophisticated power conversion
systems demanded for high power medium voltage applications. The aim of this article is to …

In general, multilevel inverters (MLIs) are regarded as advanced power conversion systems
required for medium-voltage and high-power applications. The purpose of this article is to …

Cascaded multilevel inverter (CMI) is one of the most popular multilevel inverter topologies.
This topology is synthesized with some series-connected identical H-bridge cells. CMI …

This paper presents a multilevel inverter that has been conceptualized to reduce component
count, particularly for a large number of output levels. It comprises floating input dc sources …

A new cascade topology for multilevel converter is introduced in this paper which comprises
series connection of several submultilevel units. To determine the magnitudes of the dc …

In this paper, a novel cascaded seven-level inverter topology with a single input source
integrating switched-capacitor techniques is presented. Compared with the traditional …

Voltage source multilevel inverters with reduced leakage current, single-stage voltage step-
up feature, compact design, and an efficient performance are a promising technology for …

Multilevel inverters (MLIs) with reduced number of switching devices and dc sources have
compact size, reduced cost, and higher efficiency. This article proposes a transformer-based …

Multilevel inverters have been developed to handle high power and high voltage in the
flexible power systems. These inverters offer some inherent advantages over conventional 2 …

The study develops a new topology for a single phase cascaded H‐bridge multilevel inverter
(CHBMLI) with a focus to reduce the number of power switching devices in the path for the …