High-Speed Digital System Design - Interconnection Theory and Design Practice Handbook

Author: (USA) Hal
Publisher:
Publish Date: 2005-08-01
Features: Digital system designers must face the challenges brought by the increasing operating speeds of microprocessors today. Therefore, understanding high-speed interconnection phenomena is indispensable. Based on a hardware platform, this book explains high-speed digital system design concepts from basic transmission line theory to digital timing analysis and high-speed measurement techniques, one by one, combining easy-to-understand explanations with numerous practical problem-solving approaches to provide practical guidance for current digital system design technology. Written by three senior engineers from Intel, this book provides detailed explanations of high-frequency effects on digital buses that are often overlooked, introducing various mature technologies and application examples. Features of the book● Introduces basic transmission line theory in detail from a digital perspective.● A theoretical understanding helps readers break free from the limitations of current practical applications, enabling them to solve problems not covered in the book.● The theories in the book are applicable to any high-speed digital system.● All the methods covered in the book have been applied to actual digital products, and the mass production and sales of these products have been successful. This book provides a detailed explanation of the theory and implementation methods of modern high-speed digital system design, analyzes high-frequency effects on digital buses, introduces various mature technologies and application examples, combines easy-to-understand explanations with numerous practical problem-solving approaches, and provides practical guidance for current digital system design technology. Main contents include basic transmission line theory, crosstalk and non-ideal transmission lines, packaging, vias, connectors, non-ideal current loops, synchronous switch noise, digital timing analysis, radiation, high-speed measurement techniques, etc. This book is suitable as a reference for undergraduate and graduate students majoring in electronic engineering-related fields in universities and colleges, as well as for technical personnel engaged in digital circuit design.