High-Frequency Resonant, Quasi-Resonant, and Multi-Resonant Converters (Volume I)
- About the Book
- Table of Contents
- 1.1.00 Introduction: "High-Frequency Quasi-Resonant Converter Technologies"
- 1.1.01 : "Resonant Switches - A Unified Approach to Improved Performances of Switching Converters"
- 1.1.02 : "Resonant Switches - Topologies and Characteristics"
- 1.1.03 : "Secondary-Side Resonance for High-Frequency Power Conversion"
- 1.1.04 : "State-Plane Analysis of Quasi-Resonant Converters"
- 1.1.05 : "Variations of Quasi-Resonant DC-DC Converter Topologies"
- 1.1.06 : "Design Aspects for High-Frequency Off-Line Quasi-Resonant Converters"
- 1.1.07 : "Stability Analysis of Push-Pull and Bridge-Type Zero-Current-Switched Quasi-Resonant Converters"
- 1.1.08 : "A Zero-Current-Switched Off-Line Quasi-Resonant Converter with Reduced Frequency Range"
- 1.2.01 : "Zero-Voltage Switching Techniques in DC/DC Converter Circuits"
- 1.2.02 : "Zero-Voltage-Switched Quasi-Resonant Buck and Flyback Converters-Experimental Results at 10 MHZ"
- 1.2.03 : "Zero-Voltage Switching Technique in High-Frequency Off-Line Converters"
- 1.3.01 : "Generalized Resonant Switches, Part 1: Topologies"
- 1.3.02 : "Generalized Resonant Switches, Part 2: Analysis and Circuit Models"
- 1.3.03 : "Multi-Loop Control for Quasi-Resonant Converters"
- 1.3.04 : "Multi-Loop Control for High-Frequency Quasi-Resonant Converters"
- 1.3.05 : "Design and Control of a Full-Wave, Quasi-Resonant Flyback Converter"
- 1.3.06 : "Comparison of Stresses in Quasi-Resonant and Pulse-Width-Modulated Converters"
- 1.3.07 : "Determination of Mosfet Switching Times in PWM, Zero-Current-Switched and Zero-Voltage-Switched Converters"
- 1.4.01 : "Zero-Voltage-Switching Multi-Resonant Technique - A Novel Approach to Improve Performance of High Frequency Quasi-Resonant Converters"
- 1.4.02 : "A Novel Zero-Voltage-Switched Multi-Resonant Forward Converter"
- 1.5.01 : "Two-Megahertz, Off-Line Hybridized Quai-Line Hybridized Converter"
- 1.5.02 : "Off-Line ZCS-QRC Thick-Film Hybrid Circuit"
- 1.5.03 : "Determination of Conductor Thickness and Width for Power Hybrid Circuits"
- 1.5.04 : "Design of High Frequency Hybrid Power Transformers"
- 1.6.01 : "Resonant Power Processors, Part 1: State Plane Analysis"
- 1.6.02 : "Resonant Power Processors, Part 2: Methods of Control"
- 1.6.03 : "Effects of Parasitic Losses on the Performance of Series Resonant Converters"
- 1.6.04 : "Implementation of Optimal Trajectory Control of Series Resonant Converters"
- 1.6.05 : "Computer-Aided Design and Analysis of Series Resonant Converters"
- 1.6.06 : "State-Plane Analysis of Parallel Resonant Converters"
- 1.6.07 : "High-Q Approximate Small-Signal Analysis of Resonant Converters"
- 1.6.08 : "A Novel Control for Bidirectional Power Flow of a Parallel Resonant Converter"
- 1.7.01 : "Constant-Frequency Phase Controlled Resonant Power Processor"
- 1.7.02 : "Constant-Frequency, Clamped-Mode Resonant Converters"
- 1.7.03 : "State-Plane Analysis of Clamped -Mode Parallel-Resonant Converters"
- 1.7.04 : "Constant-Frequency Parallel-Resonant Converters"
- 1.7.05 : "A Complete DC Characterization of a Constant-Frequency, Clamped-Mode, Series-Resonant Converter"
- 1.7.06 : "Off-Line Application of the Fixed-Frequency, Clamped-Mode, Series-Resonant Converter"
- 1.8.01 : "High-Frequency AC Power Distribution in Space Stations"
- 1.8.02 : "Effects of Load on the Performance of the Mapham Resonant Inverter"
- 1.8.03 "Comparative Study of Constant-Frequency Resonant Inverter Topologies for AC Power Distribution"
