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M级交错N重开关并联移相驱动的单相功率因数校正器
引用本文:王男,陆飞,杨喜军,刘明霖,雷淮刚. M级交错N重开关并联移相驱动的单相功率因数校正器[J]. 变频器世界, 2013, 0(1): 63-69,83
作者姓名:王男  陆飞  杨喜军  刘明霖  雷淮刚
作者单位:上海交通大学;上海儒竞电子科技有限公司
基金项目:国家自然科学基金(60934005)支持;2011年闵行区技术创新项目一企校合作专项(2011MH101)支持
摘    要:对于单相交流电源供电的大功率家用变频空调、通讯电源等用电设备,需要采用大功率单相功率因数校正器,如多级交错APFC或在单级APFC中采取多个功率器件并联。本文提出和理论分析了一种M级交错、N重开关并联且所有功率器件移相驱动的APFc(MXNAPFC),分析了其电路结构和工作原理.包括电压变比、纹波电流、驱动方法和控制方...

关 键 词:功率因数校正  多级交错  多重并联  移相驱动

Single-phase Power Factor Corrector with Phase-shifted Driving M-phase Inter-leaved N-Paralleled Switches
Wang Nan Lu Fei Yang Xijun Liu Minglin Lei Huaigang. Single-phase Power Factor Corrector with Phase-shifted Driving M-phase Inter-leaved N-Paralleled Switches[J]. THE WORLD OF INVERTERS, 2013, 0(1): 63-69,83
Authors:Wang Nan Lu Fei Yang Xijun Liu Minglin Lei Huaigang
Affiliation:Wang Nan Lu Fei Yang Xijun Liu Minglin Lei Huaigang
Abstract:For high-power home inverter air conditioners and other electrical equipment which are supplied by single-phase AC power source, single-phase power factor correction is needed. For example, multi-level interleaved APFC or single-level APFC with multiple power devices in parallel. This paper proposes a new single-phase M level and N power devices in parallel PFC which is driven by shift phase control method. Then the paper analysis its circuit structure and working principle, including voltage transformation ratio, ripple current, driving method and control methods. This MxN APFC can transmit high power and reduce the switching frequency of the power devices. This circuit structure simplifies the selection of power devices. Meanwhile, it can also maintain the operating frequency of the boost inductor unchanged or maintain the switching frequency of the power device constant. This control method improves the operating frequency of the boost inductor several times and simplifies the inductor design. Then this method is simulated and analyzed by MATLAB/SIMULINK The result verifies that this control method is workable.
Keywords:Power factor corrector Multi-phase interleaved Multiple paralleled Phase shift drive
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