Abstract
The current source inverter-fed induction motor (CSI-IM) drive has emerged today as a reliable, rugged and high performance adjustable-speed ac drive. During the last several years, various attempts have been made to obviate its several limitations when compared with the voltage source inverter-fed induction motor drive. This paper reviews the present status of the research efforts in understanding and improving the performance of the CSI-IM drive- particularly with regard to the commutation analysis, frequency range, torque pulsations, stability and control strategies-including microprocessor-based control.
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