Multilevel inverters (MLIs) are used in a variety of industrial applications in high-and medium-
voltage systems. The modularity, high-power output from medium voltages, and low …

Multilevel inverters are now becoming an important element for medium-voltage high-power
applications. A low switch count multilevel inverters are currently attracting more attention …

The need for a multilevel inverter for medium voltage high power applications has attracted
researchers and industrialists to focus on the design of hybrid multilevel inverter topology …

A new fault-tolerant (FT) multilevel inverter (MLI) structure that can tolerate the faults on the
switches and sources is introduced in this article. The presence of redundant states in the …

Generating higher voltage levels with fewer power electronic components and fault
tolerance is a challenging issue for multilevel inverters (MLIs). In this article, a new …

The high failure rate of semiconductor devices and capacitors, matched with their high
requirement in the architecture of a multilevel inverter (MLI) topology, results in low reliability …

Low reliability of the inverter is caused by high failure rates of semiconductor components
and capacitors as well as high requirements for these components in the design of multilevel …

Reliability is one of the significant worries of multilevel inverter (MLI) owing to the higher
number of capacitors and switches. In this regard, fault‐tolerant single‐phase MLI topology …

Recently, multilevel inverters (MLIs) are gaining notable importance due to their noteworthy
features of “reduced voltage stress” and “total harmonic distortion (THD).” Though MLIs …

An improved carrier‐based pulse‐width‐modulation (CBPWM) technique for a three‐level
(3L) F‐type neutral point‐clamped (FNPC) inverter is presented in this paper. By using the …