Abstract
The steady-state analysis of an induction motor when fed from a voltage-source inverter for varied types of operation using a numerical approach is presented in contrast to the existing theories such as instantaneous symmetrical component transformation and the state-variable technique. This approach has the added advantage over that of the state variable technique in that there is no change in the elements of the machine-matrix when more than one state exists, in addition to that of obtaining directly the nature of variation of currents, voltages and torque with respect to time.

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