EPE Association & Swiss Federal Institute of Technology

8th European Conference on Power Electronics and Applications

DIALOGUE SESSIONS

Dialogue Sessions 1 7 september - 14.30 to 17.00	DS 1.1 : Topic 1 - High Power Discretes and Hybrid Integration DS 1.2 : Topic 1 - Power Integrated Devices DS 1.3 : Topic 2 - Power Converter Control DS 1.4 : Topic 2 - Circuit Analysis and Applications DS 1.5 : Topic 2 - High Frequency Converter Applications DS 1.6 : Topic 5 - Permanent Magnet Drives DS 1.7 : Topic 5 - Synchronous Motor Drives DS 1.8 : Topic 5 - Diagnostics and Design - Converter/Machine Interactions DS 1.9 : Topic 4 - Converter Control, three-phase (1) DS 1.10 : Topic 4 - Converter Control, three-phase (2) DS 1.11 : Topic 4 - Control (fuzzy, adaptive) DS 1.12 : Topic 6 - Actuators and Motion Control: design, simulation, control, application, solution
Dialogue Sessions 2 8 september - 14.30 to 17.00	DS 2.1 : Topic 1 - Passive Components DS 2.2 : Topic 2 - Thermal management, simulation and modeling of power semiconductor DS 2.3 : Topic 12 - Education Methodology and Simulation Tools DS 2.4 : Topic 4 - Modulation Strategies DS 2.5 : Topic 4 - Converter Control (single phase) DS 2.6 : Topic 5 - Reluctance Motor Drives DS 2.7 : Topic 5 - Efficiency - Modelling and simulation of electric drives DS 2.8 : Topic 5 - Induction motor drives (1) DS 2.9 : Topic 9 - Modelling and Simulations DS 2.10 : Topic 9 - Renewable energy systems and adjustable speed generators DS 2.11 : Topic 7 - Measurement and Sensors DS 2.12 : Topic 2 - Power Converter Topologies
Dialogue Sessions 3 9 september - 14.30 to 17.00	DS 3.1 : Topic 3 - Switch mode power supplies DS 3.2 : Topic 3 - Power Factor Correction of AC/DC Converters DS 3.3 : Topic 5 - Estimation in drives DS 3.4 : Topic 5 - Drive Applications DS 3.5 : Topic 5 - Induction motor drives (2) DS 3.6 : Topic 9 - Facts and HVDC DS 3.7 : Topic 9 - Active Filters and Harmonics (1) DS 3.8 : Topic 9 - Active Filters and Harmonics (2) DS 3.9 : Topic 10 - Systems Engineering (1) DS 3.10 : Topic 10 - Systems Engineering (2) DS 3.11 : Topic 8 - Drives, Chargers and Energy Storage for Electric Vehicles

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• Silicon Modules of High Energy Capability for the Absorption of Surge Voltages
  Obreja Vasile V. N., National Institute for Microtechnology (IMT); Banu Viorel, Lakatos Eugen, Baneasa S.A., Romania

• Comparison of Modified Punch-Through and Non-Punch Through IGBTs for Soft Switching Topologies
  Pickert V., SEMIKRON International, Germany

• IPM: A Power Electronic Switch for Modular High Power Traction Converters
  Hilpert Gerald, Marquardt Jörg, ABB Daimler-Benz Transportation Ltd., Switzerland

• Electrical and Thermal Characterization of High Power Press-Packed IGBT
  Camera A., Crovetto C., Fasce F., Pasqualetti M., Portesine M., Scicolone R., Zani P.E., Ansaldo Trasnporti SpA, Italy

• The Causes of Current Redistribution in IGBTs During Turn-Off
  Joyce J.C., Palmer P.R., Cambridge University, United Kingdom

• State of the Art of Integrated Power Modules (IPMs) for 0.75kW and 2kW Drive Applications
  Flannery John, Meinhardt Mike, Cheasty Philip, Byrne Patrick, University College, Ireland; Briggs Ken, Barrass Pete, Drury Bill, Control Techniques plc, United Kingdom

• New Diodes with Pressure Contact for Hard-Switched High Power Converters
  Beuermann M., Barthelmeß R., Winter N., Eupec, Germany

• Design and Manufacturing of Application Specific High Power Converters
  Grüning H.E., ABB Industrie AG, Switzerland

• Design Concepts of a Bondless Pressure Contact IGBT
  Evans M., Wakeman F., Alderton W., Irons R., Westcode Semiconductors, United Kingdom

• Analysis of the Dynamic Behaviour of Parallel IGBT’s
  Rahimo M.T., Semelab plc, United Kingdom

• Thyristor Intelligent Power Module (IPM) with Temperature Protection
  Lisik Zbigniew, Michalski Tadeusz, Szczepaniak Zbigniew, Technical University of Lodz, Poland

• A New IGBT Chip Design for 2.5kV Power Pack IGBT with High Withstand Capability
  Yasukazu Seki, Koh Yoshikawa, Takeharu Koga, Takeshi Fujii, Yoshikazu Takahashi, Fuji Electric Co. Ltd., Japan

• Reliability Test of Power IGBT’s for Railway Traction
  Fratelli Luigi, Giannini G., Cascone B., Busatto G., Ansaldo Trasporti s.p.a., Italy

• High Voltage Power Module with Extended Reliability
  Scheuermann U., Lutz J., Semikron Elektronik GmbH, Germany

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• Fast Isolated IGBT Driver with Desaturation Protection and Fault Feedback
  Van den Bossche Alex, Universiteit Gent, Belgium; Valtchev Ventzislav, Technical University of Varna, Bulgaria; Clotea Luminita, Transilvania University of Brasov, Romania; Melkebeek Jan, Universiteit Gent, Belgium

• Electrical Behaviour of a New Gallium Arsenide Schottky Diode for Power Applications
  Lindemann A., IXYS Semiconductor GmbH, Germany

• An Active Gate Drive with Three-Stage Control and Fast Protection for High Power IGBTs
  Vinod John, University of Wisconsin, USA; Suh Bum-Seok, Samsung Electronics, Korea; Lipo Thomas A., University of Wisconsin, USA

• Anomalous Overvoltage Oscillations in the Reverse Recovery of Power p-i-n Diodes: Experiments and Simulations
  Cova Paolo, Menozzi R., University of Parma; Pasqualetti M., Portesine M., Scicolone R., Zerbinati B., Ansaldo Trasporti, Italy

• Long-term Evolution of Power MOS Component - Experiment and Theory
  Bouzourene A., Rojat G., Viverge P-J., Grellet G., University of Science Claude Bernard Lyon I, France

• Monolithic Integration of High Voltage Devices Compatible with a Standard 5-V CMOS Technology
  Gontrand Ch., Institut National des Sciences Appliquées de Lyon; Villard B., Atmel, Chante J.P., Institut National des Sciences Appliquées de Lyon; Pedron Th., Atmel, France

• Three-Level High-Power Inverters with IGCT and IGBT Elements Compared on the Basis of Measurements of the Device Losses
  Krafft E., Ruhr-Universität Bochum; Steimel A., Ruhr-Universität Bochum, Germany, Steinke Jürgen, ABB Industrie AG, Switzerland

• Behaviour of Fast and Ultra-Fast 600V Punch-Through IGBT under Unclamped Inductive Switching Stress at High Temperature
  Azzopardi S., Yokohama National University, Japan; Vinassa J.M., Zardini C., Université Bordeaux I, France

• SMARTMOS™ Technology Evolutions
  Vareilhias Françoise, Mounier Philippe, Motorola Semiconducteurs, France

• Automatic Timing of Mode Transitions in the Multiple State Thyristor
  Stark B. H., Palmer P. R., Cambridge University, United Kingdom

• The MBS (Mos Bidirectional Switch) a New MOS Switch With Reverse Blocking Voltage
  Roy Mathieu, Gonthier Laurent, Anceau Christine, Application Laboratory STMicroelectronics; Giffard Benoit, CEA-LETI, France

• A Novel Overvoltage Protected Logic Level AC Switch Thanks to Functional Integration
  Gonthier Laurent, Duclos Franck, STMicroelectronics; Mathias Joël, Laboratoire de Microélectronique de Puissance, France

• Use of a "Normally On" GTO in a Linear Mode to Commute Lower than 1 kW Powers on 240 V/50 Hz
  Guitton Fabrice, Magnon Didier, STMicroelectronics, France

• A New Lateral DMOSFET Structure with Extremely Reduced On-Resistance and Enhanced Breakdown Voltage
  Zitouni M., Morancho F., Tranduc H., Rossel P., LAAS-CNRS, France; Buxo J., Motorola Inc., USA; Pagès I., Motorola Semiconductors S.A., France

• New Integrated Device for Units Protection: Circuit-Breaker Structures
  Laur J.-P., Sanchez J.-L., Austin P., Jalade J., Marmouget M., Breil M., LAAS du CNRS, Roy M., S-T Microelectronics Discrete and Standard IS’S Group, France

• Serial Connected Active Voltage Clamping
  Lausenaz Yvan, Chatroux Daniel, Villard Jean François, CEA VALRHO DTE/SLC/LETC, France; Lafore Dominique, Li Jean-Michel, Ecole Supérieure d’Ingénieurs de Marseille, France

• How to Make an IGBT Faster in Soft Switching Applications
  Kleveland Frode, Undeland Tore M., Norwegian University of Science and Technology; Langelid John K., Elva Induksjon A/S, Norway

• High-voltage Cascode Monolithic Switch in QRC Applications
  Melito M., Belverde G., Galluzzo A., Musumeci S., STMicroelectronics; Raciti A., University of Catania, Italy

• Performance Evaluation of Series Connected IGBT Switching
  Melito M., Belverde G., Galluzzo A., Musumeci S., STMicroelectronics; Raciti A., University of Catania, Italy

• The Gate-shifted LDD-NMOS
  Santos P., Casimiro A.P., Castro Simas M.I., Lança M., Insituto Superior Técnico, Portugal

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• Space Vectors of Output Voltages of Reactor-Coupled Three-Phase Multilevel Voltage-Source Inverters
  Kuniomi Oguchi, Toshiharu Karaki, Nobukazu Hoshi, Ibaraki University, Japan

• Comparison of PWM Operated Resonant DC-Voltage Link Inverters
  Bachmann G., Mutschler P., Darmstadt University of Technology, Germany

• Internal Model Control for DC/DC Converters
  Gadoura Idris, Helsinki Uniersity of Technology; Suntio Teuvo, University of Oulu, Finland

• Novel Zero Current Switching High Frequency Inverters with Constant Frequency Power Control
  Hatanaka Yoshihiro, Kirihara Akio, Shimajiri Satoru, Tokyo University of Mercantile Marine, Japan

• PWM Schemes for Three-Phase Current Source Inverter in Photovoltaic Power System
  Ida Shoji, Fujikawa Hiroyuki, Masukawa Shigeo, Tokyo Denki University, Japan

• A Simple Neutral Point Control for Three Level PWM Rectifiers
  Rodriguez R., Silva C., Universidad Técnica Federico Santa Maria; Wiechmann E., Universidad de Concepcion, Chile

• DC-DC Converters for Two-Quadrant Operation with Controlled Output Voltage
  Schibli Nikolaus, LEI - Laboratoire d’Electronique Industrielle, Switzerland

• Dynamic Control and Voltage Balance of Multilevel Converters
  Wilkinson R. H., University of Stellenbosch, South Africa; Meynard T. A., Laboratoire d’Electrotechnique et d’Electronique Industrielle France; Enslin J. H. R., University of Stellenbosch, South Africa

• Optimal Drive Control Timing in Soft-Switched Nested-Cell Inverters
  Dijkhuizen F. R., Dufarte J. L., Eindhoven University of Technology, The Netherlands

• Performance of a Two Steps Commutated Matrix Converter for AC-Variable-Speed Drives
  Ziegler M., Hofmann W., Technical Univeristy of Chemnitz, Germany

• Wide-Bandwidth Current-Source Converter Based on Interleaved Power Modules
  Duarte J.L., Batchvarov J.S., Eindhoven University of Technology, The Netherlands

• Reduction of Losses in the DC Link Capacitor of Two-Stage Self-Commutated converters
  Sack L., University of Erlangen, Germany

• On Output Capacitor Size in Boost-Type Power-Converters with Constant Power
  Carlsson A., Alaküla Mats, Lund Institute of Technology; Gertmar Lars, ABB Corporate Research, Sweden

• Comparison of Control Strategies for Series-Resonant Full-Bridge Inverter for Induction Cookers
  Monterde Fernando, Hernandez Pablo, Burdio José M., University of Zaragoza; Garcia José R., Balay sa (Bosch-Siemens Hausgeräte); Martinez Abelardo, University of Zaragoza, Spain

• Digital Control of a Three Phase 4 Wire PWM Inverter for PV Application
  El-Barbari Said, Hofmann W., University of Technology Chemnitz, Germany

• A New Carrierwave-Based SVPWM for Multilevel H-Bridge Inverter
  Kang Dae-Wook, Lee Yo-Han, Suh Bum-Seok, Choi Chang-Ho, Hyun Dong-Seok, Hanyang University, South Korea

• SVPWM for Small Fluctuation of Neutral Point Currenbt in High Index Modulation Region of the Three-Level Inverter
  Kim Rae-Young, Lee Yo-Han, Hyun Dong-Seok, Hyanyang University, South Korea

• Harmonic Reduction in DC Link Current of a PWM Drive by Direct Ripple Reinjection
  Hidalgo Francisco M. Pérez, Heredia Larrubia Juan R., Vargas Merino Francisco, University of Malaga, Spain

• Three Self-Resonant PWM Forward Converter Presented in a Comparative Form
  de Freitas Luiz Carlos, Dias Célio Padua, Pereira Adriano Alves, Vieira Joao Batista Jr., Farias Valdeir José, Universidade Federal de Uberlândia, Brazil

• A Novel Current-Mode Control Method for PWM DC/DC Converters
  Ninkovic Predrag, EE Institute Nikola Tesla, Yugoslavia; Jankovic Marko, Saitama university, Japan

• Design Problems and Real Characteristics of Practical Zero-Voltage Switching Quasi-Resonant Converters
  Tatakis E.C., Polyzos N.P., University of Patras, Greece

• A New Conception of a Battery Regulation Unit for Mini-Satellites
  Navarro A.E., Carrasco J.A., Ferreres A., Dede E., University of Valencia, Spain

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• Comparison of Methods for Power Loss Reduction in the Vertical Deflection Power Amplifiers in TV-sets
  Frederiksen Thomas M. Technical University of Denmark; Larsen Niels B., Bang & Olufsen A/S Andersen Michael A.E., Technical University of Denmark, Denmark

• Use of the Transformer Polygon Equivalent Circuit in Analysis of the Input Converter in AC Traction Drives
  Skarpetowski Grzegorz Adtranz CHTRA, Switzerland

• Analysis and Simulation of Three-Level Voltage Source Inverters and its Application to Flywheel Energy Storage Systems
  Iglesias I. J., Agudo A., CEDEX Edificio CETA, Spain

• A New Multilevel Inverter Topology with a Hybrid Approach
  Suh Bum-Seok, Lee Yo-Han, Hyun Dong-Seok, Hanyang University, South Korea; Lipo Thomas A., University of Wisconsin-Madison, USA

• High Power Factor High Efficiency Bidrectional GTO Rectifier for Locomotive Application (2nd part)
  Bou Saada J., Colignon P., Delporte L., Thomas P., Alstom Belgium; Mathys Pierre, Osée M., Université Libre de Bruxelles, Belgium

• Multilevel Converters. A Survey
  Teodorescu Remus, Blaabjerg Frede, Pedersen John, Aalborg University, Denmark; Cengelci E., Sulistijo S.U., Woo B.O., Enjeti Prasad, Texas A&M University, USA

• Bi-directional Switch Commutation for an IGBT Matrix Converter
  Empringham Lee, Wheeler Patrick W., Clare Jon, University of Nottingham, United Kingdom

• Maximizing of Output Power of Parallel Resonant Inverter by means of Frequency and Amplitude Control
  Grzesik B., Kaczmarczyk Zbigniew, Kasprzak Marcin, Silesian Technical University, Poland

• A Generalized Approach to Obtain the Steady-State Characteristics of DC/DC and DC/AC Resonant Converter
  Lamaison-Urioste R.M., Esquivel A., Bordonau J., Peracaula J., Polytechnic University of Catalonia, Spain

• Modelling and Control Design Issues for the Modified Series Resonant Converter
  Mollov Stefan, Forsyth A.J., The University of Birmingham, United Kingdom

• Sliding Mode Control Strategy Applied to Parallel-connected Converters
  Lopez Mariano, Garcia de Vicuna Luis, Castilla Miguel, Lopez Oscar, Matas José, Universidad Politecnica de Cataluna, Spain

• Modeling of a Phase Loop Lock Controlled Resonant DC-AC Converter
  Hubé J.M., Flieller D., ENSAIS; Louis J.P., LESIR URA, France

• Multilevel Converters Industrial Interest
  Courault J., Lapierre O., Pouliquen J.L., Alstom Cegelec, France

• Logic Approach for Balancing the Voltage of the Floating Capacitors of a 5-level Flying Capacitor Converter
  Escalante Miguel F., Vannier Jean-Claude, Supelec, France

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• A Full Regulated Two Output Forward Converter with a Novel Parallel Regulation Technique
  Ferreres A.F., Carrasco J.A., Navarro E., Dede E.J., University of Valencia, Spain

• DC Voltage Ripple Suppression in Three-phase Buck Diode Rectifiers with Unity Power Factor
  Song Joong-Ho, Kim Yong-Duck, Lee Dong-Yun, Choy Ick, Choi Joo-Yeop, Intelligent Control Research Center KIST, South Korea

• An Overcurrent Portection Coordination in Converters with IGBT Transistors
  Januszewski Stefan, Zymmer Krzysztof, Electrotechnical Institute, Poland

• Sliding Mode Control of Space Vector Modulated Matrix Converter with Sinusoidal Input/Output Waverforms and Unity Input Power Factor
  Ferreira Pinto Sonia, Fernando Silva J., Technical University of Lisbon, Portugal

• Sliding-LQR Based Control of DC-DC Converters
  Matas José, Garcia de Vicuna Luis, Lopez Oscar, Lopez Mariano, Castilla Miguel, Universidad Politecnica de Cataluna, Spain

• Input Converter for Three-Phase, Three-Level Voltage PWM Inverter with Variable Structure Control
  Pawlaczyk Leszek, Wroclaw University of Technology, Poland

• Energy-Efficient Alternative Current Electrical Drives with ZC/DC Convertors Based on Active Rectifier
  Schreiner Rudolf T., Efimov Alexander A., Zinoviev Grigory S., Smekhnov Anton M., Kalygin Andrey I., Novouralsk Polytechnic University MIFI, Russia

• Modelling and PWM Strategies of a Nine Levels NPC Voltage Source Inverter. Application to the Induction Machine Drive
  Oudjebour Z., Berkouk E.M., Ecole Nationale Polytechnique Algeria; Manesse G., CNAM, France

• PWM Strategies of a Seven Levels NPC Source Voltage Inverter. Application to the Induction Machine Drive
  Gheraia H., Berkouk E.M., Ecole Nationale Polytechnique Algeria; Manesse G., CNAM, France

• Analysis of DC-link Voltages Balance in AC-DC-AC Diode-clamped Capacitors Multilevel Converters
  Mazzucchelli Maurizio, Universita degli Studi di Genova; Marchesoni Mario, Universita degli Studi di Cagliari, Tenca Pierluigi, Universita degli Studi di Genova, Italy

• Resonant Inverters with Improved Output Characteristics in Application for Corona Discharge Treatment
  Mucko J., Strzelecki R., Institute of Industrial Electrical Engineering; Kozakiewicz J., Lutomirski S., METALCHEM Poland

• Sine-Wave Voltage Inverter for Variable Speed Cage Induction Motor Drive System
  Koczara W., Seliga R., Matraszek J., Technical University of Warsaw, Poland

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• Synchronous Multi-Motor Drive with Field Oriented Position Control for Windpower Pitch Drive Application
  Dittrich Andreas, Julen Eric, ETH Zürich, Switzerland

• Carrier Frequency Method of Interior Permanent Magnet Motor Rotor Position Determination
  Mamo Mengesha, Oyama Jun, Abe Takashi, Higuchi Tsuyoshi, Yamada Eiji, Nagasaki University Japan

• Design Considerations of the Flywheel-Mounted Axial-Flux Permanent-Magnet Machine for a Hybrid Electric Vehicle
  Sahin F., Vandenput A. J. A., Eindhoven University of Technolgoy, The Netherlands

• Remedial Strategy for a Permanent Magnet Synchronous Motor Drive
  Krautstrunk Alexander, Darmstadt University of Technology, Germany

• New Integral Motor Stator Design with Integrated Filter Coils
  Thelin Peter, KTH Royal Institute of Technology, Sweden

• Prediction of Overload and Flux-Weakening Performance of a IPM Motor Drive: Analytical and Finite Element Approach
  Bianchi N., Bolognani S. University of Padova; Parasiliti F., Villani M., University of l’Aquila, Italy

• Accurate Modelling and Simulation of a High Performance Permanent Magnet Adjustable Speed Drive System for Embedded Industrial Applications
  Guinee Richard A., Cork Institute of Technology; Lyden Colin, University College Cork, Ireland

• PMSM Drive with Bi-directional Power Transfer Capability
  Matos R., Esteves N., Esteves J., Verdelho P., Insituto Superior Técnico / CAUTL, Portugal

• Field-weakening Control of an Interior Permanent Magnet Motor for Application in Electric Vehicles
  Bosga Sjoerd, Zelaya de la Parra Hector, ABB Corporate Research, Sweden

• Iron Saturation Effects on Parameters and Volt-ampere Ratings of an Interior PM Motor Drive for Flux-weakening Applications
  Bianchi N., Bolgnani S., University of Padova, Italy

• Torque and Speed Control of Inverter-fed Synchronous Motor with Permanent Magnet Excitation Using Sliding Mode
  Moldoveanu Florin, Cernat Mihai, Comnac Vasile, Transilvania University of Brasov, Romania

• The Control of a Permanent Magnet Synchronous Motor Using a Gopinath Observer
  Comnac Vasile, Cernat Mihai, Moldoveanu Florin, Transilvania University of Brasov, Romania

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• Current Sensorless Control of DC Motors by Torque and Speed Observer
  Andreescu Gheorghe Daniel, Politehnica University of Timisoara, Romania, Rabinovici Raul, Ben-Gurion University of the Negev, Israel

• Low Cost Sensorless Position Detection for Brushless DC Motor
  Bonvin F., Perriard Y., Swiss Federal Institute of Technology, Switzerland

• Speed Estimation Methods for Sensorless PM Synchronous Drives - Robustness against Flux Distribution Irregularities
  Kabzinski Jacek, Wasiak Grzegorz, Technical University of Lodz, Poland

• Sensorless Control of Permanent Magnet Synchronous Motor using Linear Reduced Order Observer including Disturbance Torque Estimation
  Hamada Daisuke, Uchida Kenji, Yusivar Feri, Haratsu Hiroyuki, Wakao Shinji, Onuki Takashi, Waseda University, Japan

• Position and Speed Sensorless Control of PMSM Drives Based on Adaptive Observer
  Andreesn Gheorghe Daniel, "Politehnica" University of Timisoara, Romania

• Rotor Speed and Position Detection for PM Synchronous Motors Based on Sliding Mode Observer and Kalman Filter
  Tursini M., Parasiliti F., Petrella R., University of L’Aquila, Italy

• Sensorless Permanent Magnet Synchronous Motor Drive for Domestic Refrigerators
  Tursini M., University of L’Aquila; Cecchini G., Electrolux Zeltron SpA; Parasiliti F., Petrella R., University of L’Aquila, Italy

• Sensorless Control of Brushless AC Servomotor
  Giuclea R., Burtea V., Kreindler L., Dumitrescu A., Politehnica University of Bucharest, Romania; Antognini L., Virtual Research, Switzerland

• Open Loop Position with Current Control of a Synchronous Motor / Generator for Flywheel Accumulator
  Bernard N., Multon B., Ben Ahmed H., Ecole Normale Supérieure de Cachan, France

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• Systematic Optimization of Inverter-driven Permanent Magnet Motors for Maximizing Power Factor
  Zhao Zhengming, Tsinghua University, China; Zhang Jay, Rockwell International Co, USA

• Mitigation of Torque Transients of Power Enhanced Alternators Produced by a Novel Windings-Turn-Over-Converter for Automotive Applications
  Hofmann, Blümel Roland, Daimler Benz, Germany

• Sine Wave Filter for PWM-Inverter Driven Medium-Speed (<30000 rpm) Solid-Rotor Induction Motors
  Huppunen Jussi, Pyrhönen Juha, Lappeenranta University of Technology, Finland

• Modelling Induction Motors for Diagnostic Purposes
  Abed A., Baghli L., Razik H., Rezzoug A., GREEN - Université H. Poincaré, France

• Sybsystem Interaction Analysis in Power Distribution Systems of Next Generation Airlifters
  Chandrasekaran Sriram, Lindner Douglas K., Louganski Konstantin, Boroyevich Dushan, Virginia Power Electronics Center Virginia Tech, USA

• ASM Double Star System Instability in DC Line
  Fortuna Stella, Palazzoli Nicola, ABB Daimler Benz Transportation Italia SpA, Italy

• A Study of Harmonics Reduction by Active Filter in PWM VSI Induction Motor Drvies
  Lanfrachi V., Depernet D., Goeldel C., LAM - UFR, France

• A Conceptual Optimal Design of Switched Reluctance Motors under Similar Asynchronous Motors Constraints
  Deihimi Ali, Farhangi Shahrokh, University of Tehran, Iran

• Fault Diagnosis in a Rectifier-Inverter System Used in Variable Speed AC Drives by the Average Current Park’s Vector Approach
  Mendes A.M.S., Marques Cardoso A.J., Universidade de Coimbra, Portugal

• Transient Overvoltages at the Terminals of Inverter Fed Induction Motors
  Nuscheler R., Technische Universität München; Potoradi D., Siemens AG, Germany

• Insulation Systems for Inverter-fed Traction Motors: a Comparison of the Behaviour of Different Polyimide-based Composites
  Tucci V., Egiziano L., Universita di Salerno; Petrarca C., Universita di Napoli "Federico II"; Vitelli M., Seconda Universita di Napoli; Pizzella G., Ansaldo Trasporti SpA, Italy

• Overvoltages Caused By Step-up Transformer and Long Cables in Medium Voltage Inverter Drives
  Pontt J., Perelli E., Rodriguez J., Pontt C., Gonzalez B., Sanhueza L., Quezada I., Universidad Tecnica Federica Santa Maria, Chile

• Power Quality Impact on Thermal Behaviour and Life Expectancy of Three-phase Induction Motors
  Nascimento Souto Olivio Carlos, Oliveira José Carlos, Martins Neto Luciano, Federal University of Uberlandia, Brazil

• An Automated Insulation Failure Detection System for Working Induction Motors
  Garcia Melero Manuel, Fernàndez Cabanas Manés, Alonso Orcajo Gonzalo, Cano Rodriguez José Manuel, E.T.S. de Ingenierios Industriales de Gijòn, Spain

• Electromagnetic Torque Harmonics for On-Line Interturn Shortcircuits Detection in Squirrel Cage Induction Motors
  Garcia Melero Manuel, Fernàndez Cabanas Manés, Rodriguez Faya Francisco, Hiram Rojas Carlos, Solares Sariego Juan, E.T.S. de Ingenierios Industriales de Gijòn, Spain

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• Dynamically Reconfigurable Architecture Dedicated to the Test of PWM Algorithms
  Monmasson E., Hechelard E., Louis J.P., Lab. d’Electricité Signaux et Robotique - IUP GEII, France

• Application of Dual Kriging to Real Time DC Harmonic Distortion Minimization of Thyristor Converters under Unbalanced Voltage Supply
  Ngandui Eloi, Université du Québec à Trois-Rivières; Olivier Guy, April Georges-Emile, Ecole Polytechnique de Montréal, Canada

• Modelling and Control of Three-Phase Voltage Souce Rectifier with Buck-Boost Operation
  Fukuda Shoji, Ito Tomomichi, Hokkaido University, Japan

• Evaluation of Converter Topologies for Module Based Control
  du Toit J. A., Wilkinson R. H., Enslin J. H. R., University of Stellenbosch, South Africa

• Frequency Converter With Minimized DC-Link Capacity
  Raffel H., Orlik B., Universität Bremen, Germany

• A Vector Control Hysteresis Current Controller for Three Phase Loads
  Aldabas Rubira Emiliano, Romeral Martinez José Luis, Bedord Guaus David, Arias i Pujol Antoni, TR2 Campus Terrassa, Spain

• Improvement Possibilities of PWM voltage Inverter EMI Effects Using Different Modulation Methods
  Arias A., Gonzalez D., Bedford D., Romeral J.L., Balcells J., Polytechnic University of Catalonia, Spain

• Control of DC-Side Active Filter for Three-Phase Inverters in Aerospace Applications
  Cross A., Forsyth A. J., University of Birmingham, United Kingdom

• Improved Switching Method for AC-DC Converters
  Racek Vladimir, Cesnak Lorand, Zemanek Vladimir, Slovak Technical University, Slovak Republic

• PMSM Non-Linear Parameters Compensation with H8 /u -Synthesis Current Controller
  Sulkowski Waldemar, Nyman Per-Ole, Samuelsen Dag, Narvik College of Engineering, Norway

• A Comparison of Current Controllers for Three-Phase Four-Wire PWM Voltage Converters
  Soares V., ISEL - Instituto superior de Engenharia de Lisboa; Verdelho P., IST - Instituto Superior Técnico, Portugal

• Comparison of Methods of Control for Three Phase PWM Step-up Rectifier Connected to an Asymmetrical Supply
  de Visser C.B, de Haan S.W.H., Bauer P., Schoevaars R., Delft University of Technology, The Netherlands

• Comparative Analysis of Voltage Regulators Based on Thyristors and IGBT Switches Applied to AC Machines
  Lara Jorge, Guzman Victor Manuel, Gimenez Maria Isabella, Restrepo José, Aller José Manuel, Bueno Alexander, Universidad Simon Bolivar, Venezuela

• Modularized Communication and Control Architecture for Power Converters
  Milosavljevic Ivana, Borojevic Dusan, Celanovic Ivan, Virginia Polytechnic Institute and State University , USA

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• Parameter Design of a State-Variable Controller for PWM Voltage Source Converters Connected to the Grid
  Sharon D., Rafael MOD, Israel, Rufer A., Swiss Federal Institute of Technology, Switzerland

• A Space Vector Control STrategy for Improvement of Control Speed and Reduction of Sensitivity of Phase Jump
  Rasmussen Tonny W., Technical University of Denmark, Denmark

• A Vector Controlled Three-phase DC-Voltage Source
  Salo Mika, Tuusa Heikki, Tampere University of Technology, Finland

• Vector-Current Controlled VSC Connected to the Grid - Transformation Angle Impact on Small-signal Performance
  Svensson Jan, Chalmers University of Technology, Sweden

• Practical Examples of Algorithm Integration for Electrical Machine Drives
  Foussier P., Calmon F., Cegely Insa, France; Carrabina J., UAB, Spain; Fathallah M., Cegely Insa, France; Jorda X., IMB - CNM, Spain; Contrand C.; Retif J.M., Cegely Insa, France

• Averaged Model of the 3-Phase Inverter for Control Design
  Allard Bruno, Morel Hervé, Lin-Shi Xuefang, Retif Jean-Marie Cegely - Insa Lyon, France

• Instantaneous Current Control Scheme for Neutral Point Voltage in 3-Level PWM Rectifier/Inverter System
  Lee Yo-Han, Suh Bum-Seok, Hyun Dong-Seok, Hangyang University, South Korea

• Compensation of Non Ideal Output Voltage Components From a 2-Level PWM VSI
  Bängtsson Hans, Adtranz Sweden; Alaküla Mats, Lund Institute of Technology, Sweden

• Interactions Between Dead-Beat Controlled High-Quality Rectifiers and Input Filters
  Buso S., Capuano A., Mattavelli P., University of Padova, Italy

• A New Pulse Modulation for Voltage Supply Inverter's current Control
• A Novel Fixed Switching Frequency Controller of a Three-Phase Voltage Source Inverter
• DiCoIF: a DTC Strategy with Imposed Switching Frequency for Multi-Cell VSI fed Induction Motor Control
• A Model-Based Dead-Time Compensation Scheme for a Voltage-Source PWM Inverter

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• Fuzzy Logic Based Stator Flux Oriented Control of the DFSM
• Implementation of Adaptive Neural Network Real-Time Speed Controller for DC-Motor
• A New Fuzzy Logic Control Scheme for Three-Phase AC/DC PWM Converters Implemented in a DSP
• Neuro-Adaptive Controllers for Electrical Drives Applications
• Neuro-Fuzzy Vector Control of a Broken-Bar Induction Motor
• Development and DSP Implementation of Fully Sensorless, Self-Configuring Controllers for Electromechanical Drives
• Fuzzy Adaptive Speed Controller without Reference Model
• Sensorless Control of PMSM with an Adaptive Observer
• Quasiperiodicity and Chaos in a Step Motor
• Neural Network Approach for Power Factor Correction of PWM AC/DC Voltage Source Converters
• A new approach to fuzzy rules extraction for electrical drive control
• Fuzzy Logic to Correct Power Factor Considering Power Quality
• Equivalence of Fuzzy and Classical Controllers : An Approach to Fuzzy Control Design
• Fuzzy Logic Based Control for Power Electronics – A Case Study
• A Neural Network-Based Current Control Scheme for a 3-Level Inverter
• Contactless Power Transmission: Linear Positioning of the Moving Element
• Fuzzy Logic Control of a Single Phase AC/DC Buck-Boost Converter

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• Brushless d.c Motor for Antenna Scanning Mechanism
• Vibration damping using current fed piezoelectric actuators
• H¥ Control of Electromagnetic Suspension for Non-contact Conveyance of Thin Steel Plates
• Distributed Motion Control - Use of „Function Chart", a SIMULINK Add-on Block Library
• Study of Stability of Indirect Field-Oriented Drive Systems
• An Electromagnetic Contactor With Large Voltage Range: A Comparative Study of Different Converter Topologies
• A New Linear Induction Motor Utilizing a Parametric Oscillation
• Optimization of Thrust Force Characteristics of Linear Induction Motor by Adopting Wound Secondary Members
• Dynamic Model of Linear Position Transducer Based on Reluctance Variation
• Comparison of Disturbance Suppression for Servo Drives
• Robust Speed and Position Control of Permanent Magnet Synchronous Motor Using Sliding Mode Controller with Fuzzy Inference
• Design of Polynomial Speed Controller for Electrical Drives with Elastic Transmission
• Asynchronous Machine Global Dynamic Control Law
• A Bipolar Hybrid Stepping Motor Drive Using a 6-Switch Inverter
• Robust Control of a Nonlinear Two-Mass System
• Performance Analysis Of A Low-Level Fieldbus Protocol For Electrical Drives Systems
• Improvement of Welding Performances Using Wire Feeding Speed Controller in Inverter Arc Welding Machine
• DC to AC Converters for Piezoelectric Motors
• Robust position control of stepping motors using sliding mode approach
• FPGA Implementation of a Digital Tachometer for Angular Position and Speed Measurement
• Fuzzy Auto-Tuning based on a-Parameter Ultimate Sensitivity Method for AC Speed Servo System with 2-Mass Mechanically Resonant Load
• Disturbance Observers based on Direct and Inverted Model
• High Voltage Booster for Railways
• Modelling and Analysis of a Loaded Bearinless Machine
• Digital Control of Industrial Servo Drives for Machine Tools

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• Layer based Capacitance Model for Magnetic Devices
• Implementation of a Knowledge-Based System Approach for Inductor and Transformer Design
• Analysis of ac Resistance in Aluminium Foil, Air Cored Inductors
• Investigation of High Power Bus Bars by Transient Numerical Analysis
• From the modeling of magnetic components to the simulation of converters
• Air-core transformer for high frequency power conversion
• Advanced IGBT Converters with 4.5kV and 6.5kV Semiconductor Devices
• A Simple and Efficient Optimization Routine for Design of High Frequency Power Transformers
• Three-windings transformer model suitable for power electronics simulation
• Development of a new hybrid technology for inductive device applications
• New etching – electroplating technology for quality factor enhancement of inductive devices

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• A Unified Compact Model for Depletion MOSFETs in Smart Power Applications
• Temperature estimation and modelling of power modules
• Identification of the Technological Parameters of the Power Diode
• On-Line Calculation of the Chip Temperature of Power Modules in Voltage Source Converters Using the Microcontroller
• About the power losses distribution in inductors for induction cooking appliances
• Design criteria for PiN diode using multiple He ion implantation for local lifetime control
• Current and Temperature Distribution in Multi-Chip Modules under Inverter Operation
• A Long Term Test Set-Up for Evaluation of High Power IGBT-Modules
• Real-time Thermal Management of Power MOSFETs in a Motor Drive
• Standards for Thermal Interface Materials
• Analytic Thermal Modelling of an Air - Cored Coil
• Electrothermal Investigation on Large Power Components and Multichip Power Modules
• Accurate Modelling of Commutation Cell for Loss Calculation and EMC Performance Prediction in Power Converters
• Thermal Analysis of Packaged Power Devices
• Numerical evaluation of bidimensional lifetime control as design technique for PiN rectifiers
• Numerical Analysis of the Activation of the Parasitic BJT during the Reverse Recovery of Power MOSFET Internal Diode
• Power Pin Diode Electro-Thermal Spice Macromodel With Forward and Reverse Recovery
• Optimisation of Converters Thermal Design: Cost vs. Performance Comparison of Extruded and Bonded Fins Heatsinks

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• Computer Aided Education of Power Electronics Using Object Oriented Modeling Language
• An Educational Simulation Tool for High Power Bipolar Devices
• Experimental Interactive Workbench designed for self- training in Control of a.c. Induction Motor Drives in electrical engineering laboratories
• The Danfoss Professor Programme A Highly Linked Industry-University Programme for a New Curriculum in Power Electronics and Drives
• An experimental and computational tool for teaching induction motor drives
• A LabVIEW-based experimental example of chaotic transition in a simple PWM converter
• How to Introduce Power Switching Components for Students ? An Experimental Way
• Simulation of PWM induction motor drives by means of Mathcad
• DySS: Snubber Designer and Device Model Generator Program
• XSIM: Software Package for Simulation of Induction Machines Suitable for Computed Assisted Education
• First Course on Power Electronics Simplified by Unifying Analysis of PWM Converters as Cycle-by-Cycle Averaged Two-Ports, and by PSpice-based Simulations
• Explanation of De-tuning in Vector-controlled Induction-motor Drives Simplified by Physical-principles-based Analysis and Pspice Modeling
• Teaching of ac Motor Field Orientation Principles Enhanced with the TCad Circuit Simulator

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• Novel PWM Strategy for Single-Phase Inverters
• Space Vector Modulation Technique With Reduced Switching Losses
• New Synthesis Method for PWM Control Strategies
• Multilevel PWM Sinusoidal Inverter and Carrier Frequency Modulation
• Estimation of the Most Favorable Switching Variants for a Direct Frequency Conversion
• Three-Phase AC/DC/AC Converter with Random Pulse Position PWM
• Analysis of the Current Ripple in Induction Motor Drives Controlled by SVM Technique
• Analysis of the General Harmonic Families Elimination Problem
• Analysis Of Two-Phase PWM Technique In Inverter Ac Drives
• Properties of the AC/DC/AC-PWM Converter Current Control Loop Minimizing the Transistors Switching Frequency
• Sliding Mode controls for a two-cell chopper
• Randomness and Random PWM

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• Advanced Control of a Switching Buck Regulator
• A Novel Speed Control Technique for Single-Phase Induction Motor
• Design Optimisation of Switched Mode Power Supplies (SMPS) Feedback Control
• Investigation of Current Controller for Single Phase PWM Converters based on the Internal Model Principle
• Ramp-Synchronized, Sliding-Mode Hybrid Control of Buck Converter
• A Single-Phase Voltage-Type PWM Rectifier with the Function of an Active Power Filter
• PWM Control for Parallel Converters in the Current Sharing Mode
• Generalized Predictive Controller Applied in Boost Converter Input Current Control
• Sliding Mode Control Design for Modular Power Systems with Line Filters Using Lyapunov’s Direct Method
• Sliding Mode Controller for Single Phase AC/DC Buck-Boost Converter
• Sliding Control Design of Switching Regulators Based on Ackermann's Formula

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• Inverse Modelling for Saturated Synchronous Reluctance Motors or Permanent Magnet Synchronous Motors
• A Novel Two-Phase Switched Reluctance Machine for Low Torque Ripple
• Flux-Linkage Control of Fully-Pitched Switched Reluctance Motors
• Control Aspects of Brushless Doubly Fed Reluctance Machines
• Comparative Evaluation of Torque/Radial Force for Switched Reluctance Motors
• Acoustic noise simulation for Switched Reluctance Motors with audible output
• Implementation of Closed-Loop Controllers for Switched Reluctance Drives on Microcontrollers and DSP Controllers
• Switched Reluctance Motor Drive Modelling Taking Into Account Saturation Effect
• Multi-dimensional, non-linear, lumped magnetic parameter circuit for dynamic modelling of mutual coupling and faults in switched reluctance motors

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• A frequency analysis investigation of digitalized models useful in real-time simulations
• Analysis of the Electrical Shift Angle Influence over a Variable Speed Two-Phase Induction Motor Drive
• A Microprocessor-Based Current Profiling Scheme for Field-Weakening Applications in Brushless D.C Motors
• Simulation of an induction motor drive under inverter leg short-circuit operations
• Simulation of Load Disturbances on Saturated Ccage Induction Motor Drive Fed From 3/6 Pulse Cycloconverter
• Comparison of Induction and PM Motor Efficiency in HVAC Applications
• Mixed signal simulation in the field of adjustable speed drives
• Efficiency Improvement of Permanent Magnet Synchronous Motor in Constant Power Speed Region
• Thermal Characteristics of an Induction Machine Under Condition of Energy Saving Work
• Efficiency Optimal Control Method of Induction Motor Drive for Light Vehicles
• A New Field Supply Concept for Industrial Adjustable DC Drives
• Direct Torque Controlled (DTC) Induction Motor Drive Simulation with Saberâ
• High Efficiency Drive System Using Three Level Inverter and Two Level Inverter

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• Current Digital Control Influence on Performance of Induction Motor Indirect Field Oriented Control
• Research on the Generating Mechanism of a Parametric Oscillation in a Laminated Core Type Parametric Motor
• A Vector Controlled PWM Current Source Inverter Fed Induction Motor Drive with a Novel Rotor Time Constant Estimation Method
• A Novel Channel Type Linear Induction Motor with Alterable Pole-pitch
• Field Oriented Control of a Doubly-Fed Induction Machine using Coupled Microcontrollers
• Field Oriented Control of the Induction Motor Fed by a 3´3 Matrix Converter
• A Self-Commissioning scheme for Field Oriented Induction Motor Drives
• Comparison Between Adaptive Flux Observer- and Extended Kalman Filter-Based Algorithms for Field Oriented Control of Induction Motor Drives
• Voltage Feeding Algorithms Oriented to Vectorial Control of Induction Motor Drives: Comparison Among Different Strategies Based on State Feedback Approach
• Design and modelling of a five-phase voltage-source inverter for two induction motors
• Conditions of Safely Supplying of DSIM by two PWM-VSI

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• Rotor Flux Oriented Induction Machine as a DC Power Generator
• Superposition of Power Converter Interferences a Measurement Approach for Education
• Efficient Transfer Function Based Power Electronic Harmonic Filter Modelling for Digital Electromagnetic Transients Simulators
• Analysis and Design of Active Series Voltage Compensator with Harmonic Current Compensation
• Generation of harmonics in voltage- and current-source rectifiers
• A Study of the Performance of Detailed and Simplified Models of IEEE Standard DC1A Excitation Control System
• Analytical Calculation of Harmonic Distortion Produced by AC/DC Controlled Converters
• Power Flow in Typical Series-Parallel Hybrid Filters Topologies

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• A Modular DC-DC Converter and Maximum Power Tracking Controller for Medium to Large Scale Photovoltaic Generating Plant
• Current Source Inverter for a 400 kW Ocean Waves Induction Generator
• A Permanent Magnet Synchronous Machine Drive for a Miniature Hydro Power Station
• Topology for Decentralised Solar Energy Inverters with a Low Voltage AC-Bus
• Analysis and Design of Transformerless Inverters for Low Voltage Generators
• Numerical Model of Adjustable-Speed Power Unit Using Doubly Fed Machine with Cycloconverter in Rotor Circuit
• Flywheel energy storage system using a vector controlled induction machine
• Variable Speed Grid Connected Induction Generator for Wind Energy Systems
• Power Factor Correction in a Co-Generation System
• Maximum Power Transfer in Small Wind Energy Converter with Permanent Magnet Generator for Heating Purposes
• Static and Rotating Grid Formation for Modularly Expandable Island Grids
• Power Electronic Interface for Wind Energy Conversion System Supplying Remote Installations in Antarctica

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• Adaptive Capturing Transient Signals Using Wavelets
• Analysis and Identification of Faults in Bridge Converters Using the Symmetrical Space Phasor Components
• Enhanced Sigma-Delta A/D Converter for High Performance Variable Speed Drives
• Virtual Instruments for Measuring tasks on Power Electronics
• Selective Harmonic Tracking Algorithm for Harmonic Power Evaluation in a Field Oriented Control Drive with Flux Reduction
• Power Transformers Computer-Aided Monitoring
• Lateral Position Sensor for an Inductively Powered Automatic Guided Vehicle
• An Integrated Test System for AC Machine Drives Performance Analysis
• A 4000Arms Highly Stable Calibration Current Source
• High Frequency Improvements in Wide Bandwidth Rogowski Current Transducers
• Complex signal processing with neural based fundamental recognition for converter fed electrical machines

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• Resonant DC-AC Converter With Low Pulsed Output Voltage
• A Novel Quasi - Resonant DC Link Inverter Using Coupled Inductors
• A New Topology for PWM Current Source Inverter with IGBT for High Power
• Fault Tolerant UPF Converters Operating from a Variable Frequency Supply for an Aerospace Application
• Dynamic Analysis and Control Design of the LCL Type Resonant Converter
• Modular Power converter (mpc) IGBT-converter series for high power applications in electrical traction
• Modular power converter topology allows induction heater to draw three phase input current with high power factor and low utility current distortion
• Multiple-Output Series-Resonant Inverter for Induction Cookers
• A Novel Method for Optimising of Soft Switched Inverter with Quasi Resonant Circuit
• A new design of commutation cell for AC/AC conversion
• ONIX 3000: an IGBT propulsion drive directly coupled to the 3kV catenary for railway application J-M. Bodson
• Novel Topology for Four-Quadrant Converter
• High Precision and High Frequency Four-Quadrant Power Converter [±600A, ±12V]
• Series Load-Resonant Converter with Auxiliary Resonant Commutated Pole Circuit for Controlled-Current Arc Welding Power Supply
• A Bi-directional Phase-Shifted DC-DC Converter
• High Voltage Test Amplifier for Ozone Production
• 3-Phase Sinusoidal-Current Rectifier with Three Unidirectional Switches
• A 30 kW induction heating device for brazing brass fittings to copper tubings
• A 160 A IGBT Welding Power Source with 100 kHz Output Switching Frequency and Very Fast Dynamic
• Insulated DC to DC ZVS converter with wide input voltage range
• Soft Switching Converter and Switched Reluctance Motor
• Three-Phase PWM AC Line Conditioner Based on the CÚK Convert Topology: Study of the Basic Energetic Properties
• Three-Phase Soft-Switching Inverter with Active Resonant: Snubbers Using Pulse Current Feedback Transformer
• Using the Zero Voltage Transition Sepic Converter in a 1kW AC-to-DC Power Factor Correction Application
• Three-phase rectifier with quasi-resonant DC-link and a high power factor

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• Use of Coreless Printed Circuit Board (PCB) Transformers for Energy Conversion
• Dimming Control for High Intensity Discharge Lamp with Power Factor Correction
• Evaluation of Thermal and Electrical Behaviour of Fuses in Case of Paralleling And/Or High Frequencies
• A High Power and High Efficiency Forward Converter by Using Non-Dissipative Snubbers
• A High-Frequency Switching Power Supply Control and Performance Analysis
• Simulation of Phase-Shift Controlled Six-Pulse Converters Based on Switching Vector
• Control of a Cascaded System with Near Unity Power Factor and Improved Dynamic
• A Proposed of a Serial Regulator Using a Soft Switching PWM AC/AC Full Bridge Converter
• Power Factor & Dynamics Analysis of PFC Converter for High Performance Inverter Arc Welding Machine
• Design of Digital State Space Controllers for Series Resonant Converters
• Interests and limits of quantum series resonant converters for multi-kiloWatt AC/DC power supplies
• Circuits of Resonant Inverters and Converters
• Electronic Transformer Using a Current-Source Resonant Converter
• On Modulator Influence on Chaotic Behaviours in a PWM-bridge
• Silent Discharge-based Ozonizer using Pulse Density Modulated High-Frequency Inverter
• Resonant Mode PWM DC-DC Converter with A High High-Voltage Transformer-Link and Its Control Methods for Medical-Use X-Ray Power Supply
• State-Variable Equation based Simulation Technique for Power Electronic Converter Circuit and Systems

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• Continuous Conduction Mode Operation of a Three-Phase, Three-Level Power Factor Correction Circuit with Quasi Tri-Directional Switches
• Active Power Factor Correction of Diode Rectifiers Using Output Filters with Diode-Switched and Harmonic-Resonant Stages
• A Novel Single-Stage Low-Cost Soft-Switched Off-Line Converter with PFC
• Three-Phase Unity Power Factor AC/DC Converter (PFC) with Dual Isolated DC/DC Converter for a Battery Charger
• A Novel Constantly-Sampled Sinusoidal-Input Single-Phase Rectifier with Two Switched-Valve-Devices Employed
• The three-phase interleaved boost rectifier: Study and comparison
• Single-Phase High Power Factor Pre-regulator with Multilevel PWM
• Topologies for Unity Power Factor AC/DC Conversion with Reduced Conduction Losses
• Comparison of Three Single-Stage Solutions for low cost PFC
• Design and Implementation of a Low-Cost High-Power-Factor Battery-Charger Family for Lead-Acid Batteries
• Analysis of a Three-Phase Rectifier Operating with a Six-Switch Current Pre-Charge Circuit
• Three phase power factor correction converter for aerospace application
• A Simple Control Circuit for Dual Boost Rectifier Providing Sinusoidal Input Currents
• Double PWM Control for Unity-Power-Factor Converters
• Nobel One Stage Forward-Type Power Factor Correction Circuit and Comparison of its Control Methods
• Snubber Operating With High Power Factor
• A New Unity Power Factor AC/DC Converter Based on Energy Recirculation
• Closed-Loop PSPICE^TM Simulation of a Unity Power Factor Off-Line Switcher with Non Linear Carrier Control

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• An Experimental Study of the Synchronizing Condition To the Linear Synchronous Motor
• Identification of a small power induction machine. Application to compare others identification test limits and a parameter identification
• Stable Identification of Rotor Time Constant for Induction Motor Using Fixed Trace Algorithm
• Estimation of Mechanical Parameters of Induction Motor Using Neural Networks Principles
• Sensorless Brushless DC Motor Drive with Improved Speed Estimation Accuracy Using Stator Resistance Estimation
• Comparison Between Two Analytical Determinations of Reduced-Order Observer for Induction Machine Rotor Flux
• Design of a Kalman Filter for Direct Mean Torque Control
• Real - Time Parameter Estimation of Vector-Control Induction Motor Fed by CR-PWM Using Extended Kalman Filter
• The Selected Systems of the Magnetic Flux Vector and the Speed of the AC Motor Estimation
• An Autotuning Method for Vector Controlled Induction Motor Drives Considering Stator Core Loss
• Speed Sensorless Control of Traction Drives – Experiences on Vehicles
• Parameters Identification for Induction Machines at Standstill
• The Technological Requirements in Paper Industry Refer Multimotor Drives
• Linear Electrical Drive with Improved Characteristics for Spacecraft Applications
• Neural Network Estimation of the Flux Space Vector Angle for an Indirect Field Oriented Control Independent from Rotor Resistance Variations
• Simple neural cascade architecture for estimating of stator and rotor flux vectors

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• An optimised control strategy for double star motors configuration in redudancy operation mode.
• Optimum Torque Transmission for High-Speed Locomotives: Cardan Hollow Shaft or Axle-Hung Drive ?
• Harmonic distortions in power system of diesel-electric propelled ships
• Mechanisms of generation and corrective actions against conductive EMI in the line current of the E 402 B locomotive for the Italian State Railway
• Control and design requirements of an electromechanical actuator for active lateral suspension of rail vehicles
• Advanced Anti-Slip Control for Rail Vehicles Based on Re-Adhesion Point Detection - Running Test Results and Evaluation
• On Hµ Control of an Induction Motor
• An Optimal Control with Energetic Criteria for DC Drives
• PWM Convertor Controllability as Variable Impedance for On-Board Power Source of Maglev Vehicle
• Tensile Force and Angular Synchronism Control for Flexibly Coupled Drives by the Example of a Cage-Stranding Machine
• The Design of Three Phase Induction Motors for High Speed Drives in Domestic Appliances
• Electromechanical Interactions in a High Speed Railway Traction System Comparison Between Two Drive Control Structures

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• DSP Implementation of Sensorless DTC Induction Motor and P.M. Synchronous Motor Drives with Minimized Torque Ripples
• DSP Implementation of AI-Based Medium Performance Sensorless Induction Motor Drives
• A new approach to calculate the torque of AC induction motor drives
• Drift correction methods of the stator flux linkage in DTC synchronous motor drives
• Position Control of Induction Motor by means of Vectorial Torque Control (VTC) Strategy
• An Improved Look-up Table for Zero Speed Control in DTC Drives
• Discrete Speed Sensorless Drive of IM:Structure and Stability
• Soft Computation of Induction Motor State Variables using Neural Observer
• Operation of Speed Sensorless Induction Motors using Open Loop Control at Low Frequency
• Sensorless-Speed Control of Induction Motor
• Speed Estimator For Induction Motor
• Improving Direct Torque Control of Induction Motors

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• Power Flow Control of Series Compensated Transmission Lines with an UPFC
• Using Hysteresis Current Control for STATCOM Applications
• A Comparative study between a feedback and feed forward controller for active dc filters in HVDC systems
• Evaluation of Power-Ratings for Active Power Quality Compensators
• HVDC Transmission in Synchronous Networks
• Applying Switches and Compensators Based on Power Electronics for Mitigating Voltage Iinterruptions and Sags in Distribution Systems
• Analysis of HVdc Converter with Immittance Conversion Link
• A Classification Scheme for FACTS Controllers
• Study of the optimal location and control of upfcs in a standard power system by simulation with eurostag
• Rotating System Tie Frequency Converter 60 Hz – 25 Hz with Rotor Converter at a Double Fed Induction Machine
• Protection of the Modified HVDC Converters Using an Ultra Fast Hybrid Circuit Breaker
• The use of UPFC for unbalance compensation of electrical system

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• A New Efficient Filtering System
• Parallel active filter based on a three level inverter
• Optimal Placement and Size of a Single Harmonic Filter
• Stability of an active filter based on voltage feedback
• Evaluation of Performance Criteria of Hybrid Power Filters
• Active Power Filter With Neutral Current Compensation Based on the Extension of the Instantaneous Active and Reactive Current Component i_d-i_q Method
• Harmonic Compensation in Active Shunt Filters Using Controllers Employing Harmonic Rotating Frames of Reference
• A Sliding Mode Control Design of an Active Power Filter with a Low-Pass Filter as Input Stage
• The Evaluation of Current Harmonics in the context of Filter Design for Distribution Systems with Variable Frequency Drives
• A comparative study between two structures of hybrid active filter for harmonic compensation of a 18-thyristors cycloconverter fed induction motor drive
• Estimation of the Impedance in the AC Mains by the Use of Active Filters
• A Universal Symmetrical Topologies for Active Power Line Conditioners

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• A New Method of the Instantaneous Reactive Power Determination for Single-Phase Power Electronic Systems
• New Optimisation Techniques for Active Filters
• Simulation and Implementation of Three-Phase Active Power Filter with Simple Control Algorithms
• Performance of Parallel Hybrid Filters in Damping Harmonic Resonance
• Using of the virtual air-gap technique for active filtering
• Non-Linear Passivity Approach Applied to a Three Phase Active Shunt Power Filter
• Active differential current compensator controlled by digital signal processor

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• Power factor compensation techniques in three phase four wire systems: The use of the abc or a b 0 reference axes
• Wavelet and Neural Network Structure for Analyzing and Classifying Power System Disturbances
• Railway Passenger Coach Multi-System Feeding Converter
• A Single Phase 25Hz Frequency Converter For The New York Metro
• Fault Detection Evaluation of Microcontroller Dyad Control System by Fault Injection Method
• Active Ac Line Conditioner for a Cogeneration System
• TCR Based Reactive Power Compensator with Low Harmonic Injection

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• Reduction of magnetic field strength generated by a switched mode power supply
• PFC Full Bridge Rectifier EMI Forecast Analysis
• Reduction of Radiated Emissions from Power Electronics Converters
• Testing of Grid-connected Power-electronics Converters for the Effects of Short Circuits in the Grid
• Effectiveness of supply decoupling capacitors for digital circuits
• Transient performance and design issues for a parallel-connected voltage sag and outage compensator
• Design and Behavior of a Superconducting Energy Management Systems (SEMS) For Industrial Power Quality Applications
• Parasitic Currents in PWM Voltage Inverter–Fed Asynchronous Motor Drives
• Fields radiation of an elementary power electronic converter
• Determination of di/dt allowing a solid switch to commute the mains while fulfilling the conducted EMC standards
• Electromagnetic and Acoustic Emissions from a Digitally Controlled Induction Machine Drive
• EMC Filter For PWM Inverter-Fed Motor Drives To Suppress Travelling Waves On Long Power Lines Between Inverter And Motor
• Positive Line Inductance Effects on the Harmonic Content Limiting the Single-Phase Thyristor Rectifier Adoptability in the Respect of the Low Frequency EMC Standards
• An innovative gate drive to control electromagnetic perturbations emitted by a MOSFET chopper
• Conducted EMI Optimization by Variable Frequency Pulsewidth Modulation Techniques
• Implementation of low cost current probes for conducted EMI interference measure in Power Systems

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• On the Design of a Novel Microprocessor-Based Ferroresonant Battery Charger for Electric Vehicles
• Prediction of Remaining Battery Discharge Capacity by Neural Networks and Its Display Circuit
• Using the EMAFER Flywheel for Power Demand Smootheningin the ULEV-TAP Light-Rail Vehicle
• Control Design for a Hybrid Flywheel City Bus
• A Matlab/Simulink Simulation Model of a Hybrid Electric Bus
• A 100 kW Electric Drive for a Series Hybrid Electric Vehicle
• Modelling and Simulation of a New In-Wheel Motor
• Design and Control of an Hybrid Transmission with Electrical Power Splitting
• Battery Model for Use in Electric Vehicles and Battery Energy Storage Systems
• Battery charging using loosely coupled inductive power transfer
• Zero-Voltage-Switching Boost Converter for On-Board EV Charger
• Testbench for Electric Vehicle Drives
• Control of an Electrical Kart with two Independent Motors
• Torque and Stator Flux Control of Induction Motor for Electric Vehicle
• Gearless Drive for Light Vehicles
• Identification and Compensation of Combustional Torque Pulsation Using a Harmonic Activation Neural Network
• Electrical Vehicle Main Drive Control System
• An original battery charger for embarked systems
• Power Converter Arrangements with Ultracapacitor Tank for Battery Load Leveling in EV Motor Drives
• Intelligent and Universal Fast-Charger for Ni-Cd and Ni-MH Batteries in Portable Applications
• Double-Layer Capacitor Short-Time Storage Device in a Hybrid Vehicle
• Feeding and Control of a Brushless Triphase Motor for an Electric Bicycle

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