The main techniques used for failure analysis in induction motors are limited because they
are not capable of detecting all the faults present in an induction motor. However, a …

Nine-Switch inverter (NSI) has been recently introduced for independent control of dual ac
motors. Although this topology reduces the number of active switches by 25% compared to …

This paper presents a dual-hysteresis band control method for multi-drive systems based on
a nine-switch inverter. The drive system contains two independent three-phase induction …

Compact and efficient power converter solutions are seen to be the backbone of future
transportation systems in order to cope with the ongoing transition toward greener systems …

This paper proposes a new family of discontinuous PWM strategies to control the quasi-Z-
source nine-switch inverters (qZS-NSI). The presented strategies provide buck and boost …

The nine-switch converter (NSC) was developed aiming at the reduction in the number of
power converter switches in multiport systems, such as variable-speed drives for power …

Featured Application This work introduces a Fuzzy-Type-2 controller to address the issue of
the low-power factor operation of microgrids. The power factor is an essential index for …

This article proposes a nonisolated dual-output single-phase boost inverter with reduced
active and passive components. The suggested inverter can serve two single-phase ac …

This article proposes a doubly fed induction generator (DFIG) wind energy conversion
system (WECS) based on nine-switch converter. In this article, a new concept of virtual-leg is …

Finite Control Set Model Predictive Control appears as a powerful tool for the control of
power electronic converters, allowing fast dynamics without the use of voltage modulators …