ANALYSIS OF CONVERTER BASED COUPLED –INDUCTORWITH SWITCH CAPACITOR

A. K. Singh, S. A. Dahat, R. Somalwar
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Abstract

In recent converter technology, same of energy loss in inductor used in that converter. So, Efficiency of converter is reduces because of this loss energy. This loss is minimizing by using coupled inductor with switch capacitor. The recommended structure consist voltage multiplier circuits with coupled inductor to get maximum voltage gain. Two capacitors are charged amid the turn off period utilizing stored energy of coupled inductor windings which helps to increase the voltage conversion efficiency. The leakage inductive current is recycled through the clamp circuit because of that the voltage stress on switch is reduced and durability of converter will increase as well as efficiency. In this paper, Converter in view of Coupled inductor and Switch Capacitor is analyzed by using MATLAB SIMULINK and hardware implementation.
基于变换器的开关电容耦合电感分析
在目前的变换器技术中,电感器的能量损耗与变换器相同。因此,由于能量的损失,变换器的效率降低了。通过使用带开关电容的耦合电感,可以将这种损耗降到最低。推荐的结构包括电压倍增电路和耦合电感,以获得最大的电压增益。两个电容器在关断期间利用耦合电感绕组的存储能量充电,这有助于提高电压转换效率。漏电感性电流通过钳位电路回收,减少了开关上的电压应力,提高了变换器的耐用性和效率。本文利用MATLAB SIMULINK对电感与开关电容耦合的变换器进行了分析,并进行了硬件实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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