Principles Of Power Integrity For PDN Design--Simplified: Robust And Cost Effective Design For High
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In the fast-paced world of today's semiconductor companies, PDN design is a key challenge for success. Unfortunately, most PDN books address the very basics of PDN design, while many newer books treat PDN problems as outside their scope. This book is different. It explains the root causes of all six families of signal integrity, power integrity, and electromagnetic compatibility problems (FI/PI/EC). In doing so, it goes well beyond simple advice and opinion and presents the essential principles needed to understand these problems and shows how to apply them to real PDN circuits. In addition, the book shows how to use best design practices and techniques to prevent or address them early in the design cycle. In doing so, it not only provides an understanding of the essential principles of PDN design, but also helps to ensure that no design will have issues, and ensures that the final design will work the way it should in any given situation.
This book is a must-read for anyone who designs and develops semiconductor devices, including embedded designers, chip architects, high-speed designers, analog/RF designers, EE students, and anyone who works with PDN.
Full of real-world design examples, this book provides a practical approach and shows how to use PDN tools and techniques to address design issues early in the design process. Each of the six chapters is dedicated to a particular family of electrical and electronic issues. In each, the fundamentals of PDN design are explained and the root causes of the problems are uncovered. To help test and reinforce your understanding, there are questions and problems throughout. As a result, you will see that PDN design is not just another day at the office, but a new process that requires a new way of thinking. With this book, you will find yourself asking questions and working differently than you had before. The book is an essential reference for anyone who designs and develops semiconductor devices, including embedded designers, chip architects, high-speed designers, analog/RF designers, EE students, and anyone who works with PDN.
In this new edition, the authors have added a number of new chapters that reflect recent input from more than 130 of their graduate students. For example, they have added content about high-speed serial links, which reflect the input of over 50 students. In addition, the authors have expanded their coverage of power integrity, which reflects the input of over 60 students.
A complete, accessible introduction to the design and analysis of all six families of signal integrity, power integrity, and electromagnetic compatibility (EMC) problems, Signal Integrity for Engineers also gives you insights into the key problems in your own designs, and provides advice to fix and avoid them.
Signal Integrity for Engineers will help you avoid costly mistakes and poorly controlled and inconsistent results, and provide a roadmap to achieve the best and most thorough design, saving you time and money. 827ec27edc