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三相高功率因数整流器技术综述

Summarization of Three-Phase High Power Factor Rectifiers Technology
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摘要 三相高功率因数整流电路的研究近年来成为研究热点,本文综述了三相整流电路的发展及近年来在此方面得到的最新研究成果,并对将来的发展进行了展望。 The study on the Three-Phase high Power Factor Rectifiers has become more and more important in recently years. The paper surveyed the development of the three-phase power factor correction rectifiers and the latest achievements on this subject. It also prospected the further development.
作者 张泽义 袁爱进 陈汝义
机构地区 大连交通大学
出处 《仪器仪表标准化与计量》 2006年第5期4-6,共3页 Instrument Standardization & Metrology
关键词 三相功率因数校正 谐波 软开关技术 Three-Prase Power Factor Correction Harmonics Soft-switching Techniques
分类号 TM461 [电气工程—电器]
  • 相关文献

参考文献8

  • 1[1]Mohamed Tou,Kamal Al-Haddad.Analgsis and Design of Single-Controlled Switch Threephase Rectifier with Unity Power Factor and Sinusoidal Input Current.IEEE Trans.on Power Electronics,1997,12(4):608 ～ 614
  • 2武志贤,蔡丽娟,汤酉元.三相高功率因数整流器的研究现状及展望[J].电气传动,2005,35(2):3-7. 被引量：21
  • 3[3]Prasad A.R,Ziogas P.D,Manias S.An Active Power Factor Correction Technique for ThreePhase Diode Rectifiers,IEEE Transactions on Power Electronics,1991,83 ～ 92
  • 4[4]Q.Huang,F.Lee.Harmonic Reduction in a Single-Switch,Three-Phase Boost Rectifier with High order Harmonic Injected PWM,PESC,1996,790～ 797
  • 5[5]J.W.Kolar.H.Ertl,F.C.Zach.A Novel Three-phase Single Switch Discontinuous-Mode AC-DC Buck-Boost Converter with High-Quality Input Current Waveforms and Isolated Output.IEEE Trans.On Power Electronics,1994,9(2):160～172
  • 6[6]Peter M Barbosa,Fred C Lee.Design Aspects of Paralleled Three-phase DCM Boost Rectifier Center for Power Electronics System-CPES,IEEE,1999:331 ～ 336
  • 7[7]Chongming Qiao,Keyue M Semdley.A General Three-phase PFC Controller Part Ⅱ.for Rectifiers with a series Connected Dual Boost Topology.IEEE,1999:2512～ 2519
  • 8杨德刚,刘润生,赵良炳.三相高功率因数整流器的电流控制[J].电工技术学报,2000,15(2):83-87. 被引量：59

二级参考文献15

  • 1Chongming Qiao, Keyue M Semdley. A General Threephase PFC Controller Part Ⅰ . for Rectifiers with a Parallel Connected Dual Boost Topology. IEEE, 1999:2054～2511.
  • 2Tero Viitanen, Heikki Tuusa. A State Power Loss Consideration of the 50 kW VIENNA I and PWM Full-bridge Three-phase Rectifier. IEEE, 2002 : 915 ～ 920?A.
  • 3Hengchun Mao, Lee C Y, Boroyevich Silva Hiti. Review of High-performance Three-phase Power-factor Correction Circuits. IEEE Transactions on IE, 1997, 44(4):437～446?A.
  • 4Jaehong Hahn, Prasad N Enjeti, Jra J Pitel. A New Threephase Power Factor Correction (PFC) Scheme Using Two Single-phase PFC Modules. IEEE, 2001:813～819?A.
  • 5Peter M Barbosa, Fred C Lee. Design Aspects of Paralleled Three-phase DCM Boost Rectifier. Center for Power Electronics System-CPES, IEEE, 1999: 331～336?A.
  • 6Malesani L, Rossetto L, Spiazzi G et al. Single-switch Three-phase AC/DC Converter with High Power Factor and Wide Regulation Capability. IEEE, 1992: 279～ 285.
  • 7Spiazzi G, Lee F C. Implemention of Single Phase Boost Power Correction Circuits in the Three Phase Applications.IEEE, 1997:365～371.
  • 8Chongming Qiao, Keyue Ma Smedley. Three Phase Unity Power Factor Star Connected Switch (VIENNA) Rectifier with Unified Constant Frequency Integration Control. IEEE,2003:952～957.
  • 9Johann W Kolar, Franz Stogerer, Johanna Minibock et al. A New Concept for Reconstruction of the Input Phase Currents of a Three Phase/Switch/Level PWM (VIENNA) Rectifier Based on Neutral Point Current Measurement. IEEE, 2000:139～146.
  • 10Johann W Kolar, Franz C Zach. A Novel Three Phase Utility Interface Minimizing Line Current Harmonics If High Power Telecommunications Rectifier Modules. IEEE, 1994:367 ～374.

共引文献77

仪器仪表标准化与计量
2006年 第5期

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