Practical Switching Power Supply Design

Author: Ron Lenk
Publisher:
Publish Date: 2006-04-01
Features: This book is a practical guide to switch-mode power supply (SMPS) engineering design, introducing various knowledge frequently used in actual design and debugging work, including converter circuit topology selection, component selection, instrument usage, control and protection circuits, EMI control, efficiency and thermal management, and worst-case analysis. It provides in-depth and detailed coverage of magnetic component design and feedback design. The book also covers various power supplies, loads, and safety considerations commonly used during experimental debugging. Highly practical, it serves as a reference for engineering technicians engaged in SMPS design, as well as for faculty and students in higher education institutions specializing in power electronics and related fields. This book provides a comprehensive introduction to key SMPS technologies for engineers involved in power supply design and manufacturing, offering numerous practical suggestions. World-renowned SMPS expert Ron Lenk shares valuable insights from real-world experience in this book, helping you save significant time in research and development.
The book includes numerous useful "Practical Tips" and real-world examples, covering the entire process from design to mass production. It serves as an excellent reference and guide that you can keep handy. Many of the book's contents can yield immediate results in daily work: common terminology and instrument usage, practical EMI knowledge, successful magnetic component design, circuit topology selection, compensating feedback loops for stable system operation, and worst-case analysis. This book will be particularly beneficial for design engineers who need to understand loop compensation concepts and for those involved in practical magnetic component design.
The book introduces practical guidance for SMPS engineering design, covering various knowledge frequently used in actual design and debugging work, including converter circuit topology selection, component selection, instrument usage, and more.