Pulse width modulation (PWM) converters generate switching common-mode voltages
(CMVs) across the load terminals. These voltages cause common-mode currents, leading to …

Currently, open-end winding induction motors fed by a dual inverter (OEWIM-DI) present an
innovative approach to enhance the performance of modern electric drive systems, such as …

In this paper, the near-state pulse width modulation (NSPWM), adapted to be used in dual-
voltage source inverter (VSI) fed open-end load, is introduced primarily aiming to …

Dual-inverter configuration has been attracting increasing attention, especially in motor
drives, for its advantages in fault tolerance, multilevel modulation effect, dc voltage …

In this paper, angular modulation index (AMI) implemented through a modified space vector
modulation for the dual voltage source inverters (VSI) is proposed with the primarily aiming …

In this paper, the near-state pulsewidth modulation (NSPWM), adapted to be implemented in
dual-voltage-source inverter (VSI) fed open-end motor, is proposed with the aim of mitigating …

MOSFETs built using wide band gap (WBG) materials offer numerous benefits to power
electronic circuits. These benefits are quite apparent in applications requiring breakdown …

This paper proposes a space vector pulse width modulation (SVPWM) technique to
eliminate common mode voltage (CMV) and common mode current for dual‐inverter six …

Open-end winding (OEW) three-phase drives with dual inverter configuration present high
voltage gain, which is very valuable for electric vehicle (EV) applications. However, they can …

An open-end winding induction motor drive system fed by two boost inverters with fault-
tolerant capability is presented to improve the reliability and safety of the drive system. The …