目錄
中文摘要
圖目錄
表目錄
口試合格証明
Acknowledgment
Abstract
1. Introduction
1-1 Research and Development Background
1-2 Future Development Trend in PWM Inverter Techniques
1-3 Thesis Organization
2. Survey of PWM Techniques
2-1 Classification of Inverter Types
2-2 Classification of Modulation Strategies
2-3 Carrier PWM Techniques
2-4 Harmonic Injection PWM Techniques
2-5 Digital Programmed PWM Techniques
2-6 Optimal PWM Techniques
3. Multimode Digital Sinusoidal PWM Techniques
3-1 Introduction
3-2 Principle of Operation
3-3 Frequency Ratio Control
3-4 Volts/Hz Ratio Control
3-5 Mode Transition Control and Pulse Dropping Techniques
3-6 Optimum PWM Switching Angles Computation
3-7 Multimode Operation and Mode Switching strategy
4. Harmonic and Efficiency Analysis
4-1 Introduction
4-2 Generalized Piecewise Linear Waveforms Representation
4-2 Fourier Coefficients Calculation Method
4-3 Harmonic Analysis of PWM Strategies
5. Hardware and Software Design
5-1 Introduction
5-2 Multiprocessor Configuration
5-3 Digital PWM Inverter Controller(DPIC)
5-4 Programmable Data Acquisition Controller(PDAC)
5-5 Dual-Port Mail-Box Communication
5-6 Programmable Pulsewidth Modulator
5-7 Interlock Circuit
5-8 3-Phase Power Transistor Inverter Bridge & Base Drive
5-9 Software Structure
5-10 Digital PWM Inverter Control Program
6. Experimental Results
6-1 System Installation
6-2 Experimental Results
7. Discussions and Conclusions
Appendix A
Appendix B
Appendix C
Appendix D
References
Publication List
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