1997 VPEC SEMINAR PROCEEDINGS

Transcription

1 1997 VPEC SEMINAR PROCEEDINGS THE FIFTEENTH ANNUAL VPEC POWER ELECTRONICS SEMINAR September 28-30,1997 Virginia Tech Blacksburg, Virginia VIRGINIA POWER ELECTRONICS CENTER Sponsored by UB/TIB Hannover THE VPEC PARTNERSHIP PROGRAM VIRGINIA POWER ELECTRONICS CENTER VPEC is a Technology Development Center of Virginia's Center for Innovative Technology

2 TABLE OF CONTENTS TUTORIAL I: POWER SEMICONDUCTOR DEVICES - RECENT DEVELOPMENTS Alex Huang T-1 "A Unified View of the MOS Gated Thyristors," A. Huang T-1 T-2 "Theoretical Limitation of the RBSOA of MOS-Controlled Thyristors (MCT)," B. You T-11 T-3 "The Emitter-Controlled Thyristor (ECT)-A New MOS Gate-Controlled Thyristor," T Zhang and A. Huang TUTORIAL II: CHARGE PUMP POWER FACTOR CORRECTION FOR ELECTRONIC BALLAST - J. Qian T-4 "Charge Pump Power Factor Correction Dimming Electronic Ballast," J. Qian, F. C. Lee, and T. Yamauchi T-29 T-5 "A Single-Stage Electronic Ballast with Power Factor Correction and Low Crest Factor for Fluorescent Lamps," J. Qian, F.C. Lee, and T. Yamauchi T-37 T-6 "A New Continuous Input Current Charge Pump Power Factor Correction T-45 (CIC-CPPFC) Electronic Ballast," J. Qian, F.C. Lee, and T. Yamauchi An additional handout is provided for tutorial materials. SESSION 1: LOW VOLTAGE POWER SUPPLIES 1.1 "VRM Transience Study and Output Filter Design for Future Processors," P. Wong, H. Wu, J. Chen, X. Zhou, J. Liu, X. Zhang, L Amoroso, F. C. Lee, and D. Borojevic "Investigation of Candidate VRM Topology for Future Microprocessors," X. Zhou, J. Liu, X. Zhang, P. Wong, J. Chen, H. Wu, L Amoroso, F.C. Lee, and D.Y. Chen "Design of High Efficiency, Low Profile, Low Voltage Converter with Integrated Magnetics," W. Chen, G. Hua, D. Sable, and F.C. Lee 15 SESSION 2: SINGLE-PHASE POWER FACTOR CORRECTION 2.1 "Comparison of High-Frequency Application of Silicon Rectifiers, GaAs Rectifier and ZVT Technology in a PFC Boost Converter," X. Zhou, M. Elmore, and F. C. Lee "An Improved Single-Stage Single-Switch Power Factor Correction (S 4 -PFC) AC/DC Converter with DC Bus Voltage Feedback for Universal Line Applications," J. Qian, Q. Zhao, and F. C. Lee "Design of a Power Factor Correction Circuit with Wide Output Voltage Range," Y. Zhao, C.Y. Lin, X. Zhuang, F.C. Lee, and S. Ikeda 37

3 SESSION 3: HIGH POWER CONVERTERS 3.1 "New High-Power, High-Performance Power Converter Systems," R. Zhang, F.C. Lee, D. Boroyevich, andh. Mao 3.2 "Analysis and Design of a Three-Phase Inverter with a Neutral Leg," R. Zhang, V. Prasad, D. Boroyevich, and F.C. Lee 3.3 "DSP-Based Implementation of a Power Electronic System," V. Prasad, S. Dubovsky, N. Celanovic, R. Zhang and D. Borojevic 3.4 "Drive Cycle Evaluation of a Soft-Switched Electric Vehicle Inverter," D. Katsis, M. Herwald, J. Choi, D. Boroyevich and F. C. Lee SESSION 4: SOFT-SWITCHING TECHNIQUES 4.1 "Design Improvement of thezvt IGBT Soft-Switching Inverterfor Induction Motor Applications," B. Song, Y. Tang, and J. Lai 4.2 "A Family of Quasi-Single-Stage Isolated Three-Phase ZVZCSBuck PWM Rectifiers," K. Wang, F.C. Lee, andd. Boroyevich 4.3 "Design and Experimental Results of Quasi-Single-Stage Isolated Three Phase ZVZCS Buck PWM Rectifier," K. Wang, S. Chandrasekaran, F.C. Lee, D. Borojevic and Y. Wang 4.4 "Novel Zero-Voltage-Transition and Zero-Current Transition Pulse-Width-Modulation Converters," D. Lee and F.C. Lee SESSION 5: POWER ELECTRONIC BUILDING BLOCK (PEBB) 5.1 "Extraction of Parasitics within Wire-Bond IGBT Modules," K. Xing, F. C. Lee, and D. Borojevic "Packaging of Power Electronics Building Blocks Using Metal Posts Interconnected Parallel Plate Structure," S. Haque, K. Xing, G.Q. Lu, D. Nelson, D. Borojevic, and F. C. Lee 5.3 "Modeling and Control Design of Parallel Three-Phase PWM Boost Rectifiers," Z. Ye, K. Xing, D. Borojevic, and F. C. Lee 5.4 "Evaluation and Development of New Power Electronic Technologies for Superconducting Magnetic Energy Storage (SMES) Using PEBB," H. Mao, D.H. Lee, H. Dai.F.C. Lee andd. Borojevic SESSION 6: MODELING AND ANALYSIS 6.1 "DC and Transient Analysis of Forward Converter with Active-Clamp Reset and Output-Voltage Feedback Control," Q. Li, F. C. Lee, and M. Jovanovic "Improved Winding Design for Planar Inductors Using PCB Technique," L Ye, G. Skutt, R. Wolf, and F.C. Lee "Non-Intrinsic Differential Mode Noise Caused by Ground Current in an Off-Line Power Supply," D. Zhang, D. Chen, and M. Nave 157

4 DIALOGUE SESSION D-1 "A Low Voltage, High Efficiency and High Power Density DC/DC Converter," T. Wang, X. Zhou, and F.C. Lee 161 D-2 "Optimizing Low Voltage DC-DC Converters," X. Zhou, T. Wang, and F.C. Lee 167 D-3 "Phase Offset Compensation Method for Measurement of Low Power-Factor High-Frequency Inductor" W. Chen, L Ye, D. Y. Chen, and F. C. Lee 'The Emitter Turn-Off Thy ristor(eto)," Y. Li and A. Huang 179 D-5 "Design and Development of a High Frequency Switching Amplifier for Smart Material Actuators Using Current Mode Control Strategy," J. Luan and F.C. Lee 185 D-6 "An All-Fiber-Optic Interface for Microprocessor Control of Three-Phase Power Converters," H. Zhu, H. Lai, F.C. Lee, andd. Borojevic 191 D-7 "Improved Soft-Switching ZVT Converters Using Coupled Inductor-Based Active Snubber Cell," R. Lin, Y. Zhao, and F. C. Lee 195 D-8 "Modeling, Control, and Stability Analysis of a PEBB-Based DC Distribution Power System," G. Thandi, K. Xing, F. C. Lee and D. Boroyevich 203 D-9 "Neutral Voltage Shift and Grounding Issues in a DC Distributed System," K. Xing, F.C. Lee, J.S. Lai, G. Thandi, and D. Borojevic D-10 "High-Density Power Electronic Packaging," A. Ward and G.Q. Lu?Z\ D-11 "Investigation of Soft-Switching Techniques for Power Electronics Building Block (PEBB)," H. Dai, K. Xing, and F.C. Lee 225 D-12 "Modeling, Simulation and Control of the Five Phase Brushless DC Motor Drive," A. Uan-Zo-li, K. Wang, S. Mazumder, F.C. Lee, andd. Borojevic 233 D-13 "Multiple Levels of Complexity in Modeling and Simulation Power Supply Subsystem," Q. Li, J. Waite, R. Hodkiewicz, T. Wilson, Jr., and F.C. Lee 241 D-14 "Charge Control of Three-Phase Buck PWM Rectifiers," K. Wang, D. Boroyevich, and F.C. Lee 251 D-15 "Digital Control of Three-Phase Isolated ZVZCS PWM Buck Rectifier," S. Chandrasekaran, S. Dubovsky, K. Wang, and D. Boroyevich 259

5 D-16 "Cascaded Three-Phase Buck PWM Rectifiers and Their Soft-Switching," K. Wang, F.C. Lee, andd. Boroyevich 267 D-17 "Power Flow Analysis of Electrostrictive Actuators Driven by a PWM Amplifier," G. Zvonar, D. Lindner, and F.C. Lee 273 D-18 "A Simplified Model of a Variable Speed Synchronous Generator Loaded with Diode Rectifier" /. Jadric, D. Borojevic, and M. Jadric 283 D-19 "The Design of an ASIC Control Chip for a Forward Active Clamp Converter" W. Dong and A. Huang 289 D-20 "Multivariable Analysis and Control of the Three-Phase Boost Rectifier," S. Chandrasekaran 295