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Controlling DC-DC power converters is to provide better performance and to ensure the system closed loop stability. Using a simplified averaged model of the converter we propose, in this paper, a design approach of a fuzzy PID. Unlike classical design approach of fuzzy controllers, we choose in our case to fix the controller gains according to the system stability requirements. The proposed approach...
DC-DC power converters are characterized by cyclic switching of circuit topologies, which gives rise to a variety of nonlinear behaviors. This makes the system analysis and its behavior prediction difficult. So, a fuzzy logic approach is used in this paper to suppress theses nonlinear phenomena and to uphold the regulation performance in a wide range of the system parameters variation
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