Latest Three-Phase CVCF Sinwave Power Conditioner with New Quasi-Resonant ZVS DC and High-Frequency AC Link for Telephone Power Supply Systems

H. Yonemori, H. Nagura, M. Nakaoka
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Abstract

This paper presents a newly-developed high-performance 3¿CVCF power conversion conditioner incorporating a new Quasi-Resonant DC Link (QRDCL) single-phase inverter with PWM function and high-frequency AC transformer linked cycloconverter topology. The operating characteristics of a proposed QRDCLI are discussed on the basis of computer-aided simulating results. In order to achieve a significant improvement in high performance and quick control response, the specially-designed voltage Pulse Distributed vector control Modulation (Modified PDM) scheme is introduced through employing DSP software-based control implementation. In addition, this instantaneous voltage vector controlled 3¿CVCF power conditioning and processing system suitable for a low EMI, high-power density UPS is evaluated and discussed for linear and non-linear electrical loads under the conditions of large load variations from a practical point of view.
用于电话供电系统的新型准谐振ZVS直流和高频交流链路的最新三相CVCF Sinwave功率调节器
本文介绍了一种新开发的高性能3¿CVCF功率转换调节器,该调节器采用具有PWM功能的新型准谐振直流链路(QRDCL)单相逆变器和高频交流变压器连接的环变换器拓扑结构。在计算机辅助仿真结果的基础上,讨论了所提出的QRDCLI的工作特性。为了在高性能和快速控制响应方面取得显著进步,采用基于DSP软件的控制实现,引入了专门设计的电压脉冲分布矢量控制调制(Modified PDM)方案。此外,从实际的角度对这种适用于低EMI、高功率密度UPS的瞬时电压矢量控制3¿CVCF功率调节和处理系统进行了评估和讨论,以适应大负载变化条件下的线性和非线性电负载。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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