Implementation of a Matrix Converter Space Vector Control in Programmable Logic | ||||||
Author(s) | J. Weigold; O. Simon; J. Mahlein; J. Igney | |||||
Abstract | To control a matrix converter different modulations are possible. To benefit from the new topology the rectifying and inverting vector modulation (RIVM) can be used. It is a complex theory but this article presents a realization in one single programmable logic device. Additionally pulse pattern execution (PWM, commutation strategies and input voltage/current filtering) are situated in the same device. This was possible after the optimization and the reduction of the necessary calculation steps. This new solution works without an extra micro-controller or a digital signal processor (DSP). It allows great reduction in costs of matrix converter control's implementation and increases the performance. |
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Type | Members Only | |||||
Date | Last modified 2006-04-19 by Unknown | |||||
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