FPGA-based controllers for direct sliding mode control of PWM boost rectifiers
Having in mind the need to show the reported FPGA advantages, the authors present in this chapter the FPGA implementation of a direct sliding mode control for both single-phase and three-phase PWM rectifiers. The choice of the sliding mode theory was motivated by the fact that it offers a powerful analysis tool, which is well adapted for direct control of power converters. So, by means of this theory, the authors attempt to synthesize the current control loop for PWM rectifiers control algorithms. Also, the FPGA implementation of the synthesized algorithms is discussed.
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