Closed Loop Performance Analysis of AFZ Converter with Improved Voltage Stability

The primary objective of this research study is on the simulation and modeling of a DC-DC MIC module powered by solar panels. It is suggested that a type-Zeta resonant reset autotransformer forward converter (AFZ) be used. The AFZ converter's key characteristics are its low component count, simplicity, and good dynamic performances that are on par with those of the Forward converter. Notable features of this component include its ability to step the voltage, an optimized autotransformer with only two windings, and lower power loss. Notable features of this part include its voltage-stepping capacity, and decreased power losses. The resonant reset of an autotransformer of type Zeta allows for soft switching transitions. To reduce noise in sliding mode control, many scientists have turned to fuzzy logic. Only a small number of researchers have adopted the novel strategy of incorporating SMC within a FLC. The impact of autotransformer leakage inductance is factored into a theoretical analysis of closed-loop SMC and FLC controlled steady-state. The time domain response of the converter is compared to that of SMC and FLC controlled systems. The theoretical analysis verify results from the experiments.