Analysis and average-value modeling of dual line-commutated converter-6-phase synchronous machine systems

Analytical relationships are established which can be used to predict the average value characteristics of a dual line-commutated power converter/6-phase synchronous machine system. In particular, basic relationships are established in which the average DC power converter voltages and the average q- and d-axis stator currents are related to the power converter firing delay angles. These relationships should be useful in the design and average value simulation of dual line-commutated power converter/6-phase synchronous machine systems.<
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