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A Hybrid Bidirectional Push-Pull DC-DC Converter with a Ladder Switched-Capacitor Cell

机译:具有梯形开关电容器单元的混合双向推挽DC-DC转换器

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Dc-dc power conversion has been an important topic research in the last years, due to increased use of distributed generation, electric vehicles, energy storage and uninterruptible power supplies. In these applications, it is common to have situations where there’s no specific load or power supply side, that is, both sides can behave like a power supply or a load, which highlights the importance of studying bidirectional converters. This paper proposes a new hybrid push-pull dc-dc converter with a switched capacitor ladder cell and will be presented the converter analysis, deduction of mathematical equations of static gain and design, control strategy and simulation results. The advantages of this topology are bidirectionality, soft switching, high gain, natural voltage clamping, reduced switch voltage and high-frequency isolation.
机译:DC-DC电力转换在过去几年中是一个重要的主题研究,因为使用分布式发电,电动车辆,能量存储和不间断电源的使用增加。在这些应用中,通常具有没有特定负载或电源侧的情况,即,两侧都可以表现出电源或负载,这突出了学习双向转换器的重要性。本文提出了一种具有开关电容梯形图电池的新型混合推拉式DC-DC转换器,将介绍转换器分析,扣除静态增益和设计,控制策略和仿真结果的数学方程。这种拓扑的优点是双向,软切换,高增益,自然电压钳位,降低的开关电压和高频隔离。

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