Fuzzy Voltage Tracking Control for the DC/DC Boost Power Electronic Converter

This work presents a fuzzy control for solving the voltage tracking task over the “DC/DC Boost power electronic converter”. In such a control the inputs are the voltage error and a reference electric current, while the output is the duty cycle. The used inference method is of the Mamdani type and the defuzzification one is the well-known centroid. The numerical and circuit simulation results for different desired voltage trajectories demonstrate that the tracking is acceptable achieved, even in the presence of abrupt perturbations at the load level.