多升力主系列2、4升力推挽开关电容罗变换器PI控制器的设计与性能评价

R. R. Kumar, M. Ramachandra, S. Saranya, H. Divya
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引用次数: 1

摘要

DC-DC变换器是由电感、电容器、二极管和开关等无源元件组合而成。所有的经典转换器都具有低功率密度和大尺寸。为了提高功率密度,需要采用微功耗技术。设计电子电路的常用方法是电压提升技术。为了实现更小的尺寸,需要更大的增益和更大的功率密度,可以使用开关电容,也可以将其集成到功率IC中,并且具有更低的电磁干扰。本工作涉及正输出多升力推挽开关电容DC-DC 2和4升力罗变换器的PI控制器的性能评估,并且在本工作中使用基于MATLAB-SIMULINK的负载和线路干扰仿真来评估带有上述控制器的所选罗变换器的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and performance evaluation of PI controller for multiple lift main series 2 and 4 lift push pull switched capacitor Luo converter
DC-DC Converter is a combination of passive components like inductors, capacitors, diodes and switches. All Classical converters are having low power density and large in size. To increase the power density, micro-power consumption technique is required. Design an electronic circuit the popularly method is voltage lift technique. For compact size, needed more gain and more power density Switched capacitor can be used and also incorporate into power IC and having lower EMI. This work deals the performance evaluation of PI controller for positive output multiple-lift push-pull switched-capacitor DC-DC 2&4 lift Luo converters and also performances of the chosen Luo converters with the above controllers will be evaluate in this work using MATLAB-SIMULINK based simulation under load and line disturbances.
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