Performance Investigation Of Resonant Converter With And Without Controller

N. Madhanakkumar, Arulkumar Subramanian, M. Vijayaragavan, V. Sriramkumar
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引用次数: 0

Abstract

The surviving on present literature focusing the design of resonant converter to work on various drives. In this literature, the PI controller is subjected to perform co-ordinates with resonant converter with DC input voltage of 55V for 80ohms nominal load. The designed resonant converter is exposed to both line and load side disturbances. The time domain specification (TDS) of proposed resonant converter is observed. The positive and effective feedback is come from PI controller combining with proposed resonant converter than the common designed converter. The time domain provisions like Delay time, Rise time, Peak time, Peak Overshoot and Settling time of PI controller co-ordinates with proposed resonant converter is basically effective than resonant converter working alone.
带和不带控制器的谐振变换器性能研究
现存的文献集中在谐振变换器的设计,以工作在各种驱动器。在本文献中,PI控制器在80欧姆标称负载下与直流输入电压为55V的谐振变换器进行坐标。所设计的谐振变换器同时受到线路和负载侧的干扰。观察了该谐振变换器的时域特性。与一般设计的变换器相比,PI控制器与谐振变换器相结合产生了有效的正反馈。与所提出的谐振变换器相协调的PI控制器的延迟时间、上升时间、峰值时间、峰值超调时间、沉降时间等时域规定基本比谐振变换器单独工作有效。
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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