Enhancement of dc bus voltage utilization for a five-level inverter with single dc source and
capacitor-fed H-bridge (CHB) units is investigated in this paper. A carrier-based modulation …

Conventional multilevel inverter topologies like neutral point clamped (NPC), flying capacitor
(FC), and cascade H bridge (CHB) are employed in the industry but require a large number …

In this paper, a neutral point (NP) voltage balancing scheme suitable for three phase 5-level
active NP clamped and T-type NP clamped (TNPC) inverters is discussed. Carrier-based …

This article proposes a novel floating capacitor (FC) and dc-link capacitor voltage balancing
scheme for a single-source three-phase nine-level inverter with reduced part count …

Two novel floating capacitor voltage balancing schemes are proposed in this article, which
enhance the linear modulation range of single-source seven-level inverters having floating …

A three-phase 9-level multilevel inverter (MLI) using single dc source and reduced device
count is discussed in this paper. The hybrid MLI has a 3-level T-type inverter cascaded by a …

Multi Level Inverters (MLI) are commonly used in high voltage and high power applications
due to their lower filtering requirements, smaller dv/dt transitions and better EMI/EMC …

The nine-level cascaded multilevel inverter is presented in this article. It is mainly used for
medium voltage and medium power applications. The main intention of this research work is …

This study proposed a Multilevel Inverter (MLI) topology that generates a high number of
output voltage levels with a reduced number of components. The proposed topology was …

In this paper, a novel nine-level inverter is developed by connecting a switched-capacitor
(SC) unit at the rear stage of the conventional three-level neutral-point-clamped (NPC) …