Fuzzy Logic Controlled Current-Mode Switch Mode Power Supply with Enhanced Steady State Response

Switched mode power supplies are widely employed nowadays in a variety of sensitive and electronic equipment that needs a
more reliable, permanent power source. The modeling and simulation of an Interleaved Flyback Switched Mode Power Supply
(IFSMPS) system with Power Factor Correction (PFC) is described. This study suggests using a fuzzy logic controller to interleave flyback
converters to produce the necessary DC voltage. Systems controlled by fuzzy logic and closed-loop fractional order PID (F.O.P.I.D)
are simulated, and the results are compared. The results show that the CMC-FLC based system outperformed the CMC-FO.P.I.D
controlled IFSMPS system in terms of dynamic response.