Article
DESIGN AND ANALYSIS OF WAVELET TRANSFORM TECHNIQUE BASED INTERLEAVED BOOST CONVERTER
This paper utilizes the discrete wavelet method to display an in-depth study of three standard and two level convolved DC to DC converters. DC to DC adapters are becoming more and more important in a variety of application areas, including biomedicine, manufacturing, and household. owing to their incredible talent to magnify the voltage level to meet the demands of the preferred load voltage. However, ability to handle an elevated input signal when trying to design an output power inverters for high voltage applications is a significant challenge. The overlapping converter is the best power converter topology for small photovoltaic modules because of its higher efficiency, compact size, present sharing between levels, low input power ripple, and higher reliability. Using the discrete wavelet method, the achievement of the three - stage proposed converter is especially in comparison to that of the two level interleaved boost source inverterThe results of the simulation study, which was conducted in the MATLAB SIMULINK environment, are in good agreement with previously published research.
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