Abstract
The paper presents a brief overview of methods and tools used for modelling of power semiconductor systems in educational practice. Simulated phenomena, models of semiconductor devices, and software tools are classified; mutual availability is discussed. Special attention is given to the simplified device models applied to the simulation of complicated phenomena, combining commutation and control processes of power semiconductor converters. Two principal sets of simulation tools are recommended—non-linear static models in port diagram and switch models in block diagram. Both cases are illustrated by the examples solved. Some possible applications in educational practice are outlined.
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