SWITCHING POWER SUPPLY DESIGN & OPTIMIZATION 2/E

新版特色：

　　● Voltage references
　　● DC-DC converters: topologies to configurations
　　● Contemporary converters, composites, and related techniques
　　● Discontinuous conduction mode
　　● Comprehensive front-end design in AC-DC power conversion
　　● Topologies for AC-DC applications
　　● Tapped-inductor (autotransformer-based) converters
　　● Selecting inductors for DC-DC converters
　　● Flyback and Forward converter transformer design
　　● Forward and Flyback converters: step-by-step design and comparison
　　● PCBs and thermal management
　　● Closing the loop: feedback and stability, including TL431
　　● Practical EMI filter design
　　● Reset techniques in Flyback and Forward converters
　　● Reliability, testing, and safety issues
　　● Unraveling and optimizing Buck converter efficiency
　　● Introduction to soft-switching and detailed LLC converter design methodology with PSpice simulations
　　● Practical circuits, design ideas, and component FAQs

Ch1. Basic Switching Topologies and Selection of Components
Ch2. Constructing Modern DC-DC Converters from Basic Topologies
Ch3. Tapped-Inductor Topologies and Solved Examples
Ch4. Boundary/Discontinuous Conduction Mode Equations and Solved Examples
Ch5. Loop Stability of DC-DC Converters
Ch6. Charge Pumps, Techniques, and Applications of Modern DC-DC Converters
Ch7. Reference Equations and Graphs for DC-DC Converter Design
Ch8. Front-End of Off-Line Power Supplies
Ch9. Isolated Topologies for Off-Line Applications
Ch10. Concepts in Magnetics and Core Size Selection
Ch11. Selecting Inductors for DC-DC Converters
Ch12. Flyback Transformer and Clamp Design
Ch13. Forward Converter Magnetics Design
Ch14. Singled and Multilayer PCGs and Layout
Ch15. Thermal Management
Ch16. Practical EMI Filter Design
Ch17. More Things to Try
Ch18. Reliability, Testing, and Safety Issues