An Isolated Composite Resonant Multilevel Converter with Partial Power Voltage Regulation for Telecom Application
An Isolated Composite Resonant Multilevel Converter with Partial Power Voltage Regulation for Telecom Application
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DOI：
10.1109/ecce.2018.8557462
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发表时间：
2018-09
期刊：
影响因子：
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通讯作者：
Yanchao Li;X. Lyu;Ze Ni;Jalen Johnson;Dong Cao
中科院分区：
文献类型：
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作者：
Yanchao Li;X. Lyu;Ze Ni;Jalen Johnson;Dong Cao
在本文中，一种新的转换器，包括隔离复合谐振多电平转换器（ICRMC），使用复合转换器的概念和部分功率电压调节器（PPVR）已被提出用于电信应用。所提出的转换器可以实现高效率在标称工作点，因为它需要最小的努力来调节输出电压在这一点上。比较研究表明，与建议的两种工作模式的ICRMC，建议的转换器具有最好的能力，以保持最低的总半导体功率应力之间的现有国家的最先进的解决方案，当输入电压从36 V到60 V变化。此外，ICRMC中的开关器件在不同的工作点下都能实现零电流开关（ZCS）。对一个600W的变换器进行了仿真验证。估计峰值效率可高达97.65%。本文提供了完全调试的原型和实验结果。
In this paper, an new converter that includes isolated composite resonant multilevel converter (ICRMC) that uses composite converter concept and partial power voltage regulator (PPVR) has been proposed for telecommunication application. The proposed converter can achieve high efficiency at nominal operating point since it takes minimum effort to regulate the output voltage at this point. A comparative study shows that with the proposed two operation modes of ICRMC, the proposed converter has the best capability to maintain lowest total semiconductor power stress among the existing state of the art solutions when the input voltage varies from 36V to 60V. Furthermore, zero current switching (ZCS) can be always achieved on the switching devices in ICRMC under different operating points. A 600W converter has been simulated to validate the theoretical analysis. The estimated peak efficiency can be as high as 97.65%. Fully debugged prototype and experimental results are provided in this paper.