一种适用于可再生能源应用的无变压器二次型降压变换器

H. Gholizadeh, A. Sarikhani, M. Hamzeh
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引用次数: 21

摘要

本文介绍了一种具有正负载端电压的二次型降压-升压变换器。与传统的降压-升压变换器相比,所引入的拓扑的电压比是传统拓扑的平方倍。宽的输出电压跨度是所引入的拓扑结构的优点之一。输入电流的连续性使这种类型的变换器方便用于可再生能源。连续输出电流是引入的变换器的另一个优点,它减少了负载端电容器的电流应力。原理运算和稳态分析在连续电流模式下完成。最后,通过仿真结果对所引入拓扑的实现进行了评估。
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A Transformerless Quadratic Buck-Boost Converter Suitable for Renewable Applications
This paper introduces a quadratic buck-boost converter with positive load terminal voltage. Compared to conventional buck-boost converter, the voltage ratio of the introduced topology is squared times of the conventional one. Broad span of the output voltage is one of the advantages of the introduced topology. The continuity of the input current makes this type of converters convenient for renewable energy sources. Continuous output current is another advantage of introduced converter, which decreases the current stress on the load terminal capacitor. Principle operations and steady state analysis are done in continuous current mode. Eventually, the implementation of the introduced topology is evaluated on simulation outcomes.
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