Switching Power Supply Design and Optimization, Second Edition

Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.The latest techniques for designing state-of-the-artpower supplies, including resonant (LLC) convertersExtensively revised throughout, Switching Power Supply Design & Optimization, Second Edition, explains how to design reliable, high-performance switching power supplies for today's cutting-edge electronics. The book covers modern topologies and converters and features newinformation on designing or selecting bandgap references, transformer design using detailed new design charts for proximity effects, Buck efficiency loss teardown diagrams, active reset techniques, topology morphology, and a meticulous AC-DC front-end design procedure.

This updated resource contains design charts and numerical examples for comprehensive feedback loop design, including TL431, plus the world's first top-down simplified design methodology for wide-input resonant (LLC) converters. A step-by-step comparative designprocedure for Forward and Flyback converters is also included in this practical guide.

The new edition covers:



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