Abstract
An N-level inverter has `N' discrete levels in the pole voltage, and hence multilevel inverter can be viewed as a multi-valued logic device. A space vector pulse width modulation (SVPWM) scheme for multilevel inverter is presented based on the principle of multi-valued logic. The multi-valued logic operations are utilized to realize a computationally efficient space vector PWM scheme. The algorithm used to realize the reference space vector are generated using multi-valued logic. The scheme is experimentally verified using a 3-level inverter in cascade configuration and experimental results are presented to validate the scheme.
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