دانلود کتاب Low-Switching Frequency Modulation Schemes for Multi-level Inverters

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Cover Half Title Title Page Copyright Page Dedication Contents Foreword Preface Author Biography Symbols 1. Introduction 1.1. Classical Multilevel Inverter (C-MLI) Topologies 1.1.1. Diode-Clamped MLI 1.1.2. Flying Capacitor-MLI 1.1.3. H-Bridge MLI 1.2. Modular Multilevel Converters 1.2.1. Introduction to Topology 1.2.2. Applications of MMC 2. Low Switching Frequency Modulation Schemes 2.1. High Switching Frequency (HSF) Modulation Schemes 2.2. Low Switching Frequency (LSF) Modulation Schemes 2.3. Advantages of LSF over HSF Modulation Scheme 2.4. Advantages of Nearest Level Modulation Scheme over other LSF Modulation Scheme 2.5. Concept of Modi ed Nearest Level Modulation Scheme (mNLM) 3. Implementation of LSF Modulation Schemes on Cross-Connected Sources based MLI 3.1. Cross-Connected Sources based MLI Topology 3.2. Working Principle of CCS-MLI Topology 3.2.1. Symmetric Con guration 3.2.2. Asymmetric Con gurations 3.3. Simulation Results 3.3.1. Single Phase Symmetric Conguration 3.3.2. Single Phase Asymmetric Congurations 3.3.3. Three Phase Symmetric Conguration 3.4. Experimental Results 3.4.1. Single Phase Symmetric Conguration 3.4.2. Single Phase Asymmetric Congurations 3.5. Conclusion 4. Implementation of LSF Modulation Schemes on Cascaded H-Bridge MLI 4.1. Cascaded H-Bridge MLI Topology 4.2. Working Principle of CHBI Topology 4.2.1. Symmetric Conguration 4.2.2. Asymmetric Congurations 4.3. Simulation Results 4.3.1. Single-phase Symmetric Conguration 4.3.2. Single-phase Asymmetric Congurations 4.3.3. Three Phase Symmetric Conguration 4.4. Experimental Results 4.4.1. Single-phase Symmetric Conguration 4.4.2. Single-phase Asymmetric Congurations 4.5. Conclusion 5. Implementation of LSF Modulation Schemes on Multilevel DC-Link Inverter 5.1. Multilevel DC-Link Inverter Topology 5.2. Working Principle of MLDCLI 5.2.1. Symmetric Conguration 5.2.2. Asymmetric Congurations 5.3. Simulation Results 5.3.1. Single-phase Symmetric Conguration 5.3.2. Single-phase Asymmetric Congurations 5.3.3. Three-phase Symmetric Conguration 5.4. Experimental Results 5.4.1. Single-phase Symmetric Conguration 5.4.2. Single-phase Asymmetric Congurations 5.5. Conclusion 6. Practical Implementation of MLIs in Power Conversion 6.1. MLI applications to Renewable Energy Sources (RES) 6.2. MLI applications in Electric Vehicles (EVs) 6.3. Future Scope of LSF Modulation Schemes for RES and EV applications Bibliography Appendices Appendix A: Firing Angles for the EPM Scheme Appendix B: Firing Angles for the HEPM Scheme Appendix C: Firing Angles for the SHE Scheme Appendix D: Firing Angles for the NLM Scheme Appendix E: Firing Angles for the mNLM Schemes Index