The quality of power has become a very important issue in power system operations when switched mode DC–DC converters are employed. The proposed converter is having better efficiency attributable to cancellation of source current ripple, reduction of ripple content in both output voltage and current, and improvement of transient performance. Both the CCC and the proposed ICC are simulated and validated experimentally. Accordingly an interleaved cuk converter (ICC) is proposed and designed to reduce the input current ripple and also to improve transient performances. In this study, the conventional cuk converter (CCC) having a continuous current at both input and output sides is taken as the candidate for performance analysis. The quality of power required is very high when DC–DC converters are employed for transferring the requisite amount of power. Since there is no filter inductor on output side, output current of boost converter is pulsed and it is not desirable. It is also used in switched mode power supplies. IET Generation, Transmission & Distributionīoost DC–DC converters are widely used in non-conventional power conversions namely in solar and wind power generation systems.IET Electrical Systems in Transportation.IET Cyber-Physical Systems: Theory & Applications.IET Collaborative Intelligent Manufacturing.CAAI Transactions on Intelligence Technology.
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