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Abstract
Hardware-in-the-loop (HIL) simulation is very popular in various fields such as aerospace, automotive industry, power engineering, etc. It is a technique used to develop and test different complex systems in real time. The HIL simulator can almost ideally replace a real physical device or system, during the phase of rapid prototyping of the control structures of that device or system. In this paper, the HIL simulator of various thyristor-based power electronics converters is proposed and experimentally verified. Except the HIL simulator, the regulator for the control of the mean and effective value of the converter's output voltage is also implemented.
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