Non-isolated high voltage gain DC to DC converter based on the diode a capacitor switches

<p><span>Many researchers have put great endeavor to develop DC converter’s designs, into studying how increase voltage gain with low switching stress and ripple current. This paper has proposed a circuit boost the high conversion ratio. It is combined adverse parallel two conversion. Two inductors are connected on both sides of input source decrease current-ripple current output utilizing interleaving technique. The converter integrated an active-network based multiplier cells capacitors. stresses across power semiconductors been determined using steady-state analysis. In addition, current- voltage-ripple analysis reported. converter's operate in continuous conduction mode (CCM). designed capable achieving significant while maintaining duty Furthermore, active switches diodes under stress. As result, components can be used loss cost. Finally, this was simulated MATLAB/Simulink software verify theoretical calculations.</span></p>