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HIGH-SPEED DIGITAL DESIGN A HANDBOOK OF BLACK MAGIC PDF

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HIGH-SPEED. DIGITAL DESIGN. A Handbook of Black Magic. HOWARD W. JOHNSON, PH.D. Signal Consulting, Inc. MARTIN GRAHAM, PH.D. University of. However, the theory presented is applicable to any high-speed digital system. current return path distortions that can devastate a digital design if not properly accounted for. Johnson, Howard and Martin Graham, High-Speed Digital Design: A Handbook of Black. Magic, Prentice Hall, Upper Saddle River, NJ, High Speed Digital Design: A Handbook of Black Magic to download this book the link Description Focused on the field of knowledge lying.


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HIGH-SPEED. DIGITAL DESIGN. A Handbook of Black Magic. HOWARD W. JOHNSON, PH.D. Olympic Technology Group, Inc. MARTIN GRAHAM, PH.D. High-Speed Digital Design: A Handbook of Black Magic. Home · High-Speed Size Report. DOWNLOAD PDF Digital Television Production: A Handbook. High-Speed Digital Design - A Handbook of Black Magic - Free ebook download as PDF File .pdf) or read book online for free.

This comprehensive volume helps engineers who work with digital systems shorten their product development cycles and fix their latest high-speed design problems. The seminar treats a subset of the book material, and in a different way more condusive to live explanations. The book, being pages in length, obviously delves into the subject matter in greater detail. Think of the seminar as an introduction and, if you like it, get the book for on-the-job reference. Topics Covered Covers signal reflection, crosstalk, and noise problems that occur in high-speed digital machines. Includes checklists that ask the questions an experienced designer would ask about a new system.

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The remaining chapters, , each treat specialized topics in high-speed logic design and may be studied in any order. Appendix A collects highlights from each section, listing the most important ideas and concepts presented.

It can be used as a checklist for system design or as an index to the text when facing a difficult problem. Appendix B details the mathematical assumptions behind various forms of rise time measurement. This section helps relate results given in this book to other sources and standards of nomenclature. Appendix C lists standard formulas for computing the resistance, capacitance, and inductance of physical structures.

These formulas have been implemented in MathCad and are available from the authors in magnetic form.

High-Speed Digital Design: A Handbook of Black Magic

To our teachers, employers, fellow workers, clients, customers, and students, we thank you for motivating us to learn, for showing us problems we could not solve, and for occasionally humbling us when we acted like we knew too much. The authors would like to thank individually the following people for the generous contributions they have made to the writing of this book: For meticulously reviewing the text and for offering many, many good suggestions we thank Dan Nitzan, Jim Pomerene, Joel Cyprus, Ernie Kim, Tim Ryan, and Charlie Adams.

For her efficient and cheerful assistance in preparing the figures, we thank our assistant, Pamela Moore. Johnson would like to thank the former officers and management of ROLM corporation, particularly Ken ashman, Bob Maxfield, and Gibson Anderson for giving him a big head start in the electronics industry.

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For having a profound effect on his approach to problem-solving, and on his teach- ing career, Martin Graham wishes to acknowledge his mentor of long ago, Professor William McLean. Of course, we owe a big debt of gratitude to Tektronix for loaning us a Tek digitizing oscilloscope. Their scope produced all the fine waveform displays you see in the book.

ISBN 13: 9780133957242

Each waveform was captured, stored in memory, and then plotted directly to hard copy. Last, and certainly not least, to our wives, Elisabeth and Selma, for their devotion and untiring support, we express our heartfelt appreciation and thanks. The authors will personally send a certificate of appreciation to the first person to document each substantive technical error in the book.

Please send your comments to: Howard W. Think of the seminar as an introduction and, if you like it, get the book for on-the-job reference. Topics Covered Covers signal reflection, crosstalk, and noise problems that occur in high-speed digital machines. Includes checklists that ask the questions an experienced designer would ask about a new system.

Offers useful formulae for inductance, capacitance, resistance, risetime, and Q. Explains the trade-offs between signal crosstalk, mechanical fabrication of tolerances, and trace routing density. Presents a methodology for determining how many layers will be required to route a printed circuit board. How This Book Is Organized Each chapter in this book treats a specialized topic having to do with high-speed digital design.

Chapters 1—3 introduce analog circuit terminology, the high-speed properties of logic gates, and standard high-speed measurement techniques, respectively. These three chapters form the core of the book and should be included in any serious study of high-speed logic design. The remaining chapters, 4—12, each treat specialized topics in high-speed logic design and may be studied in any order.

Chapters 4 begins with an introduction to the properties of a simple, uniform, infinite transmission line and works up to an understanding of transmission line losses, reflections, and various common cases of source and load impedances.

It considers reflections from reactive loads and ends with a discussion of how a large number of loads connected to a common bus loads the bus, changing both its impedance and propagation delay. Chapter 5 introduces the concept of returning signal current, a notion crucial to the understanding of crosstalk in high-speed digital layout.

High-Speed Digital Design: A Handbook of Black Magic

With the importance of a solid reference plane understood, the chapter presents a number of layer stack examples. Chapter 6 looks at issues having to do with terminations, including DC biasing, power dissipation, resistor layout, series inductance, and crosstalk.

Chapter 7 gives a brief look at the mechanical properties of vias and the parasitic capacitance and inductance of vias, a subject treated much more thoroughly in the book, High-Speed Signal Propagation. Chapter 8 explores the architecture of a power system.

It looks into issues of voltage fluctuation and DC droop.

High-Speed Digital Design Overview

The chapter presents an electrical model of a capacitor, and discusses the relation of capacitor packaging to the equivalent series inductance of a capacitor, a subject more thoroughly presented in the High-Speed Digital Design Seminar. The chapter concludes with notes concerning the properties of three popular capacitor dielectric materials.

Chapter 9 extends the idea of returning signal current to explain the mutual-inductive mode of crosstalk within connectors. It shows an example of how connectors create EMI. It then considers the parasitic capacitance of a connector its impact on the loading of a multi-drop bus. The Chapter includes notes on special measurement procedures for connector, leading to a discussion of the importance of continuity of the reference planes at the board-to-connector interface.

The chapter ends with discussions of differential connectors Chapter 10 involves the use of ribbon cables and ribbon cable connectors. Chapter 11 opens with a definition of clock skew and moves on to present multiple methods of distributing clock with controlled skew. Chapter 12 wraps up the book on the subject of clock oscillators, and clock jitter. Appendix A collects highlights from each section, listing the most important ideas and concepts presented.

It can be used as a checklist for system design or as an index to the text when facing a difficult problem. Appendix B details the mathematical assumptions behind various forms of rise time measurement. This section helps relate results given in this book to other sources and standards of nomenclature. Appendix C lists standard formulas for computing the resistance, capacitance, and inductance of physical structures.

No mathematics are used beyond simple algebra and 1st-order derivatives. The authors do assume a general familiarity with digital logic and the concepts of voltage and current. It highlights and explains analog circuit principles relevant to high-speed digital design. Teaching by example, the authors cover ringing, crosstalk, and radiated noise problems which commonly beset high-speed digital machines. None of this material is new.

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On the contrary, it has been handed down by word of mouth and passed along through application notes for many years. This book simply collects together that wisdom. Because much of this material is not covered in standard college curricula, many practicing engineers view high-speed effects as somewhat mysterious, ominous, or daunting.

Digital designers working at low speeds do not need this material. In low-speed designs, signals remain clean and well behaved, conforming nicely to the binary model.