Introduction
Inverter-driven induction motors have many advantages: (a)
use of rugged and inexpensive induction motors without the
disadvantage of high starting currents, and (b) speed control
over a wide range, and (c) economic operation in applications
of variable speed. Intensive research activities focus on
improvements of inverter-driven induction motors. This
research can be facilitated with high fidelity models of these
systems and animation and visualization methods. This paper
presents such an approach.