전력변환회로에서의 역률 개선(PFC)을 위한 소프트 스위칭(Soft Switching) 기법

  • 이현우 (경남대학교 전기전자공학부)
  • Published : 2001.02.01

Abstract

Keywords

References

  1. 일전자정보통신학회논문지 v.J78-B-I no.11 전자통신용전원의 역률개선 · 고조파억제 기술논문 소특집의 발행에 있어 二官保
  2. Conf. Rec. of IEEE/IAS Annu Meeting An Improved Resonant DC Link Inverter for Induction Motor Drives B.K.Bose;J.S.Lai
  3. IEEE INTELEC Record Unity power factor off line switching power supplies R.Keller;G.Baker
  4. IEEE Trans. Ind. Appl. v.1A-20 no.4 Modulation of the Chopping Frequency in DC Choppers and PWM Inverters having Current-hysteresis Controllers W.McMurray
  5. PESC'96 A Novel ZVT Three-Phase Rectifier/Inverter with Reduced Auxiliary Switch Stresses and Losses Q.Li.Zunwei Zhou
  6. APEC'97 Design Procedure and Modeling of High Pwer, High Performance, Zero-Voltage Zero-Current Switched, Full Bridge PWM Converter C.Y.Lin;D.Borojevic,R
  7. PESC 97 Novel-Zero-Voltage-Transition and Zero-Current-Transition Pulse-Width-Modulation Converters D.H.Lee;F.C.Lee
  8. IEEE Trans. v.6 no.1 An Active Power Factor Correction Technique for Three-Phase Diode Rectifiers A.R.Prasad;P.D.Ziogas;Manias
  9. KIEE Spring the West & Kyungnam Local. Conf. Rec. Partial resonant PWM converter using snubber condenser D.K.Kwak;H.W.Lee
  10. KIEE v.45 no.9 A high Efficiency DC-DC Boost Converter by Partial Resonant Switching Mode D.K.Kwak;H.W.Lee(et al.)
  11. '94전기학회 추계학술대회 논문집 새로운 소프트 스위치형 DC-DC 컨버터의 해석 곽동길;이현우(등)
  12. 日本電氣學會全國大會論文集 PWM DC-DC コンバ-タの 部分共振回路 李鉉雨
  13. HFPC, 1987, IEEE Trans. on Power Electronic v.5 no.3 Zero-Voltage Switching Techniques in DC/DC Converter F.C.Lee
  14. KIEE Autumn Conf. Rec. Single-Phase converter with partial resonant circuit D.K.Kwak;H.W.Lee
  15. EPE An AC-DC Converter with Low-Harmonics Input Current H.L.Huy;J.P.Ferrieux;E.Toutain
  16. APEC'98 New Charge Pump PFC Electronic Ballast with a Wide Range of Line Input Voltage J.Qian;F.C.Lee;N.Onishi
  17. 한국조명 전기설비학회 학술발표회 논문집 새로운 제로 전압 스위칭 PWM 인버터 이현우(등)
  18. 日本電子情報通信學會 v.PE93-60 ロスレススナパを 用いた 高力率 部分共 形コンパ-タ 李鉉雨
  19. IEEE Trans. on Power Electronics DC to AC Inversion Using Quasi-Resonant Techniques V.Vorperian;F.C.Lee
  20. Porc. of IEEE PESC v.2 Soft Switching Space Vector Inverter Using a New Quasi - Paraller Resonant DC-Link G.H.Cho
  21. Proc. of IEEE-APEC v.2 A Compact, High-Efficiency and High-Power-Factor Rectifier for Telecommunications Systems S.Ohtsu;S.Muroyama;K.Yamamoto
  22. Proc. of IEEE PESC v.1 Next Generation Space Voltage Vector ZVS-PWM AC-DC Active Power Converter With Auxiliary Transformer-Assisted Resonant DC Link H.Yonemori;M.Nakaoka
  23. Int. J. Electronics v.81 no.2 Low-Loss Quasi-parallel Resonant DC Link Inverter with Advanced PWM Capability G.H.Cho
  24. IEEE Transactions on Industry Applications v.32 no.3 A Delta-Configured Auxiliary Resonant Snubber Inverter J.S.Lai
  25. Proc. of IEEE PESC v.1 A Novel ZVT Three-phase Rectifier/Inverter with Reduced Auxiliary Switch Stresses and Losses Q.Li;X.Zhou;F.C.Lee
  26. IEEE Trans. on Industrial Electronics v.46 An Alternative to Supply DC Voltage with High Power Factor O.Garcia;J.A.Cobos;R.Prieto(etc.)
  27. IEEE Trans. on Industrial Electronics v.46 ZCS-PWM Full-Wave Boost Rectifier with Unity Power Factor Correction Feature G.C.Hsieh;C.M.Wang
  28. Trans of IEEJ Letter v.120-D no.6 Soft-Switching PFC Boost Converter for Practical Use Katsunori Taniguchi;Nobutake Ohba