Recently, multilevel inverters (MLIs) have gained lots of interest in industry and academia,
as they are changing into a viable technology for numerous applications, such as renewable …

In this paper, a novel space-vector pulsewidth modulation technique for a five-level active
neutral-point clamped (5L-ANPC) inverter is proposed to eliminate the common-mode …

This paper analyzes the combination in a cascaded H-bridge multilevel inverter (CHBI)
based on transformers with the different turn ratios for increasing the voltage level and …

Multilevel converters are widely used in medium-and high-voltage high-power industrial
applications. Space vector pulsewidth modulation (SVPWM) is one of the very promising …

This research proposed a control approach for the cascaded multilevel inverters based on
the sliding mode control technique. The sliding mode controller has been explored to …

Multilevel current-source inverters have proved to be a high-performance option for
industrial applications due to reliability, fault-tolerant capabilities, quasi soft switching, and …

Multilevel inverters emerged as the solution for overcoming the limitations of two level
inverters, such as total harmonic distortion, high magnetic interference, and high dv/dt in …

Multilevel inverters are one of the most brilliant technology evolution in power conversion. It
provides a stair wave output signal out of multi DC sources used as input. This paper …

This paper proposes a four-level multilevel converter configuration achieved through the
stacking of low voltage basic inverter cells coupled with an cascaded H-bridge (CHB) …

In this paper, modified H-bridge seven-level inverter topology is proposed. The performance
of the proposed topology is evaluated in terms of the THD and the fundamental component …