首页> 外文会议>Annual IEEE Applied Power Electronics Conference and Exposition >Primary parallel secondary series flyback converter (PPSSFC) with multiple transformers for very high step-up ratio in capacitive load charging applications
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Primary parallel secondary series flyback converter (PPSSFC) with multiple transformers for very high step-up ratio in capacitive load charging applications

机译:具有多个变压器的初级并联次级串联反激转换器(PPSSFC),在电容性负载充电应用中具有很高的升压比

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Flyback converters are widely used in several applications, however, with this topology it is very challenging to achieve high voltage operation especially with very high step-up ratio (>500) within limited space. This paper presents a new flyback-based topology which utilizes primary parallel and secondary series transformer connection in order to achieve very high step-up ratio (up to 650) as well as high voltage operation (∼2 kV) in a small volume. The topology is presented and analyzed. The advantages and disadvantages of the proposed topology are discussed. A prototype used to verify the proposed topology has been implemented. Finally, experimental results are used to validate the performance of the proposed topology.
机译:反激转换器广泛用于多种应用中,但是,采用这种拓扑结构,尤其是在有限的空间内实现非常高的升压比(> 500)时,要实现高电压工作是非常具有挑战性的。本文提出了一种新的基于反激式的拓扑结构,该拓扑结构利用初级并联和次级串联变压器连接,以在很小的体积内实现很高的升压比(高达650)以及高压运行(〜2 kV)。介绍并分析了拓扑。讨论了所提出的拓扑的优缺点。已经实现了用于验证提议的拓扑的原型。最后,实验结果用于验证所提出拓扑的性能。

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