Three-level neutral-point-clamped (NPC) inverter is used in many industrial applications due
to its attractive advantages in terms of harmonics content, achieved power level, and …

The five-level active neutral-point (NP)-clamped (ANPC) converter is a newly emerging
topology which can overcome the drawbacks of traditional NP-clamped and flying-capacitor …

Multilevel converters have gained popularity in both medium voltage and low voltage
applications. To find out the connections between various multilevel voltage-source …

Interleaving pulse width modulation (PWM) waveforms is a proven method to reduce ripple
in dc-dc converters. The present study explores interleaving for three-phase motor drives …

This paper presents theoretical analysis of a network fault tolerant hybrid cascaded
multilevel converter when operated as one unit using multilevel pulse width modulation. The …

Four-level neutral-point-clamped (NPC) multilevel converter topologies have been proposed
and actively studied for low/medium voltage applications. As an inherent issue with these …

Given the high complexity of the conventional three-level space-vector pulsewidth
modulation (3L SVPWM), simplified SVPWM algorithms are usually adopted instead …

This paper provides a comprehensive analysis for a four-level π-type converter for low-
voltage applications. This topology is a kind of reduced device-count neutral-point-clamped …

To solve the issue of neutral-point (NP) balancing in the three-level NP-clamed inverter, a
novel carrier-based pulsewidth modulation (CPWM) strategy of double modulation …

Multilevel power electronic topologies are being proposed in the recent technical literature
for use in power generating units, especially when the reduction in the power filter overall …