Recent Research Papers In Power Electronics Mohan

  • Ba-Razzouk A, Debebe K, Rafesthain T, Rajagopalan V 1993 SEMAS: A new simulation module for ac drive systems.Can. J. Electon. Comput. Eng. 18: 181–189Google Scholar

  • Ba-Razzouk A, Debebe K, Neacsu D O, Gheorghe M, Pittet A, Yao Z, Rajagopalan V 1995 SIMUPELS: Simulation of power electronic systems using MATLAB-SIMULINK software. Research Report, Chaire de Recherche Industrielle HQ-CRSNG, UQTR, Trois-Rivieres (Quebec), CanadaGoogle Scholar

  • Chapman M, Cichards R 1992 A method for improving the speed of simulation of switched mode power supply circuits.IEE Proc. Colloq. on CAD of Power Electronic Circuits, LondonGoogle Scholar

  • Dawande M, Dubey G K 1996 Programmable input power factor correction method for switch mode rectifiers.IEEE Trans. Power Electron. 11: 585–591CrossRefGoogle Scholar

  • EMTDC 1986 Users’ Manual. Manitoba HVDC Research Center, CanadaGoogle Scholar

  • Franz G A, Ludwig G W, Steigerwald R L 1990 Modeling and simulation of distributed power systems.IEEE Power Electron. Syst. Conf. 90 pp 606–610Google Scholar

  • Hsiao C J, Ridley R B, Lee F C 1989 The simulation of switching converters using the new version COSMIR program.Proc. VPEC Seminar pp 121–130Google Scholar

  • Jin H 1995a PSIM: Power electronic system simulator. Software 1995, Department of Electrical and Computer Engineering, Concordia University, MontrealGoogle Scholar

  • Jin H 1995b Computer simulation of power electronic circuits and systems using PSIM.International Conf. on Power Electron. Seoul, pp 79–84Google Scholar

  • Jin H 1996 A new computer-aided design tool for switchmode power supplies.High-Frequency Power Conversion Conf. Las Vegas, Nevada, pp 117–122Google Scholar

  • Kang Y, Lavers J D 1994 Power electronics simulation: Current progress and future development.IEEE PELS 4th Workshop on Computers in Power Electronics pp 169–174Google Scholar

  • Kassakian J G 1981 Simulating power electronic systems — An overview. InProc. US — Japan Cooperative Science Seminar on Analysis and Design in Power Electronics (Kobe, Japan) pp 45–54Google Scholar

  • KREAN 1990 The Norwegian Institute of Technology, Group of Power Electronic and Electrical Machines, N-7034 Trondheim, NorwayGoogle Scholar

  • Lai J S 1994 Power electronics modeling and simulation.IEEE 4th Workshop on Computers in Power Electronics, Invited Paper, 0-7803-2091-3/94, pp 45–55Google Scholar

  • Lavers J D, Jin H, Cheung R W 1990 Analysis of power electronic circuits with feedback control: A general approach.Inst. Elec. Eng. Proc. B137: 4Google Scholar

  • Liberatore A, Manetti S, Piccirilli M C, Reatri A 1991 A new symbolic approach to the analysis of switch power converters.European Power Electronics Conf.-91 4: 489–490Google Scholar

  • Liu C C, Hsieh J, Chang G H K, Bocek J M, Hsiao Y T 1993 A fast decoupled method for time domain simulation of power converter.IEEE Trans. Power Electron. 1: 37–45CrossRefGoogle Scholar

  • Maranesi P 1992 Small signal circuit modeling in the frequency domain by computer aided time domain simulation.IEEE Trans. Power Electron. 7: 83–88CrossRefGoogle Scholar

  • Matlab 1992 MATLAB User Guide. The Math WorksGoogle Scholar

  • Middlebrook R D 1989 Modeling current-programmed buck and boost regulators.IEEE Trans. Power Electron. 4: 36–52CrossRefGoogle Scholar

  • Mohan N, Robbins W P, Undeland T M, Nilssen R, Mo O 1994 Simulation of power electronic and motion control systems — An overview.Proc. IEEE Conf. 1: 1287–1302Google Scholar

  • Nagel L W 1975 SPICE2: A computer program to simulate semiconductor circuits. Memo. ERL-M520, Univ. of Berkeley, CAGoogle Scholar

  • Meyer W S, Liu T H 1974 EMTP Rule Book. Bonneville Power AdministrationGoogle Scholar

  • Nilssen R, Mo O 1990 KREAN, a new simulation program for power electronics.IEEE Power Electron. Syst. Conf. Rec. 90 pp 506–511Google Scholar

  • Nilssen R 1991 Programmable module in simulation programs for power electronic circuits. EPE-91, Firence, Italy, 4: 373–377Google Scholar

  • Oms Fet al 1989 SCRIPT simulator from converter to semiconductor.EPE’89 Aachen, vol 1, pp 207–212Google Scholar

  • Rajagopalan V 1988 Computer-aided analysis of power electronic systems.IECON’88, Singapore, Invited Paper, 88CH2602-1, pp 528–533Google Scholar

  • Rajagopalan V 1987Computer-aided analysis of power electronic systems. (New York: Marcel Dekker)Google Scholar

  • Rajagopalan V 1995 Modeling and simulation of power electronic converters for power supplies.IEEE Conf. Rec. IECON 95 Invited Paper, pp 27–32Google Scholar

  • Rajagopalan V, Sankara Rao K 1975ATOSEC Users’ Manual, Département de génie électrique, Université du Québec à Trois-Rivières, CanadaGoogle Scholar

  • Rajagopalan Vet al 1990 User friendly dedicated power electronic converter simulator.IEEE Workshop on Computers in Power Electronics, pp 183–204Google Scholar

  • Rajagopalan V, Debebe K, Chandrasekaran A, Sudha S A 1992 User-friendly dedicated power electronic converter simulator.IEEE Trans. Ind. Electron. 39: 55–62CrossRefGoogle Scholar

  • Rajagopalan V, Yao Z, Brillon D, Doumbia M L 1995 CATPELS: Computer-Aided Tutor for Power Electronic Systems. Université du Québec à Trois-Rivières, Trois-Rivières, (Québec), G9A 5H7, CanadaGoogle Scholar

  • Simmon 1993 Simnon for Windows. SSPA Systems, SwedenGoogle Scholar

  • Simulink 1992 SIMULINK User Guide. The Math WorksGoogle Scholar

  • Sudha S A, Chandrasekaran A, Rajagopalan V 1993 New approach to switchmodeling in the analysis of power electronic systems.Inst. Elec. Eng. Proc. B140: 115–123Google Scholar

  • Tymerski R 1993 A fast time-domain simulator for power electronic systems.IEEE APEC-93, pp 477–483Google Scholar

  • Verghese G C, Elbuluk M C, Kassakian J G 1986 A general approach to sample-data modeling for power electronic circuits.IEEE Trans. Power Electron. 1: 76–89CrossRefGoogle Scholar

  • Xu C 1990 Modeling and simulation of power electronics using SABER. Presented at First European Meeting of SABER User’s Group, Newbury, EnglandGoogle Scholar

  • Yao Z, Dawande M, Rajagopalan V 1997 Controller design for advanced reactive power compensators based on input-output linearization. Acceptance received forIEEE Power Electron. Syst. Conf. 97 pp 936–941Google Scholar

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