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Click here to register now. For a better experience, please enable JavaScript in your browser before proceeding. It may not display this or other websites correctly. You should upgrade or use an alternative browser. By continuing to use this site, you are consenting to our use of cookies. Upper Saddle River, New Jersey All rights reserved. No part of this book may be reproduced, in any form or by any means, without permission in writing from the publisher. Pearson Prentice Hall is a trademark of Pearson Education, Inc. The author and publisher of this book have used their best efforts in preparing this book. These efforts include the development, research, and testing of the theories and programs to determine their effectiveness. The author and publisher make no warranty of any kind, expressed or implied, with regard to these programs or the documentation contained in this book. The evolution has run along two closely related tracks: the underlying physical technology and the software tools that facilitate the application of the new devices. The trends identified in the first edition have continued stronger than ever and promise to continue for some time to come. Specifically, programmable logic has become virtually the norm for digital designers and the art of digital design now absolutely requires the software skills to deal with hardware description languages. No longer do we see the familiar yellow cover of the TTL Data Book on every designer s bookshelf. In fact, for many application areas, even small programmable logic devices (PLDs), the mainstays of the 1970s and early 1980s, are rapidly disappearing. The burgeoning market for smaller, lower power, and more portable devices has driven high levels of integration into almost every product. This also has changed the nature of optimization; the focus is now on what goes into each chip rather than on the collection of individual gates needed to realize the design. The optimizations of today are more and more often made at the architecture level rather than in the switches. Hardware designers now spend the majority of their time dealing with software. Specifically, the tools needed to efficiently map digital designs onto the emerging programmable devices that are growing ever more sophisticated. They capture their design specifications in software with language appropriate for describing the parallelism of hardware; they use software tools to simulate their designs and then to synthesize it into the implementation technology of choice. Design time is reduced radically as market pressures require products to be introduced quickly, at the right price and performance. Although the evergrowing complexity of designs necessitates more powerful abstractions, the fundamentals haven t changed. In fact, the contemporary digital designer must have a broader understanding of the discipline of computation than ever before, including both hardware and software. In this second edition, we provide this broader perspective. Changes from the First Edition There are many changes from the first edition. These were motivated by four concerns. First, we updated the hardware technologies. Second, we added a more complete, if nevertheless introductory, treatment of the software tools that are now so commonplace in the designer s tool kit. Third, we responded to the comments and suggestions received over the years by the many faculty and practitioners who have used the book. Finally, we rationalized the organization of the text so that concepts, technologies, tools, and practical matters were more clearly defined. New Introduction The introduction has been changed from one that focused on the process of design to one that introduces the concepts of computation, encoding, sequencing, and instruction interpretation. This sets out a better road map to the rest of the book and provides a rationale for its organization. Rather than discussing the design process in the abstract, we now include many more case studies to help the student gain that understanding by seeing the process in action. Repartitioning of Material Each of the two major sections on combinational and sequential logic was divided into a set of chapters. These first cover the fundamental concepts, then describe the principles of manipulating the logic into different forms, followed by a discussion of the optimizations and tools that are available, and concludes with an overview of the technologies available to build logic circuits. Each is capped by a set of comprehensive design case studies that make each of the issues concrete. More Emphasis on Programmable Logic We have added new material on the latest programmable logic technologies that have quickly become the dominant style for realizing digital designs. We do not attempt to provide all the information needed to work with any one technology. Those used will vary dramatically from institution to institution. Therefore, the book needs to be supplemented with a laboratory guide that covers the specifics of a particular installation. In this text, we focused on the underlying concepts. We expect laboratory guides to be available in the form of web-based materials that can be easily customized to the variety already out there and updated as new technologies emerge. Inclusion of Hardware Description Languages HDLs are now given a more central role to reflect their total acceptance by the design community over the past 10 years. We describe only the basics of one of the dominant languages, namely Verilog, focusing on describing behavior, as well as covering the basics of HDL simulation models. We highlight the power of the languages in making designs more parameterizable and customizable and designers more efficient. The next best thing is to provide a large collection of examples where the intuitions and rules of thumb are discussed explicitly. The hope is that this will help bootstrap new digital designers into the world of practical applications rather than the drill problems with which were the norm in simpler times. There are many new and extensive design examples sprinkled throughout the text and in two large chapters focusing on combinational and sequential logic. Elimination of Chapters on Datapath, Control, and Register-Transfer We decided to remove the last two chapters of the first edition, that focused on datapath and register-transfer design, and a simple processor as an in-depth design case study of the interaction of control and datapath. While these topics are without a doubt important, on reflection we felt they are better left for a more extended study of digital design than could be included within the page limit of this edition. Instead, we chose more intensive coverage of programmable logic and HDLs, with extensive but smaller design examples spread throughout the text. We plan to make supplementary materials on the eliminated topics available on the web. Navigating the Book The book is organized into 10 chapters and three appendices. Chapter 1 is an overall introduction to the field. Chapters 2 through 5 cover combinational logic. Chapters 6 through 10 cover sequential logic. The three appendices provide some potentially useful background material that may have been part of other courses in a computer or electrical engineering curriculum. Chapter 1 is an ambitious attempt to introduce many of the concepts of digital design through a short history of the evolution of digital hardware and two simple examples. Many may find that it introduces too many concepts too quickly for students to grasp their importance. However, this was not the intent. We fully expect students to be somewhat overwhelmed by the number of new concepts that come up in the discussion of the example. The purpose of the chapter is to provide an aerial view of the field so that students find it easier to see how the pieces they will see, in much greater detail and depth in later chapters, fit together coherently. It is certainly possible to replace this chapter with a more traditional introduction. The next four chapters lay out the concepts of combinational logic design, closing with a set of comprehensive examples. Chapter 2 covers the basics of combinational logic from simple gates to their time behavior. It lays out the concepts of two-level and multilevel logic and motivates us as to why we would want to simplify logic. Some of the basic machinery for manipulating logic is presented with an emphasis on pencil-and-paper methods. It begins by describing the algorithms inside of today s CAD tools and ends with an overview of hardware description languages and uses Verilog to demonstrate key elements. Included is a discussion of the discrete simulation concepts that help to clarify the language constructs. There is probably not enough detail to make this book the sole resource for laboratory work with CAD tools. We wanted to keep the book focused on key concepts rather than on details of particular tools. It will need to be supplemented with appropriate manuals for the particular tools students will find in their own laboratories. This chapter also covers timing issues in more detail, including hazards and hazard-elimination strategies. Chapter 4 presents the full range of implementation technologies available to the logic designer for combinational logic. It is paired with Chapter 9 that does the same for sequential logic. Chapter 4 starts with basic logic gates (as in the traditional TTL-based courses), but quickly progresses to programmable logic (PLDs and two-level forms) and then to field-programmable gate arrays. We also discuss other types of logic constructs such as tri-state and open-collector logic. Basic electronics to support this discussion are in Appendix B. Chapter 5 culminates the combinational logic section of the book with seven examples of increasing complexity. We emphasize problem solving from the initial specification and have provided considerable discussion of how to transform an initial informal description of the problem into precise logical statements while keeping track of the assumptions that are being made. Our goal in this chapter is to show the range of logic design and how to judge design tradeoffs and take advantage of optimization opportunities. The remaining five chapters do the same for sequential logic what the Chapters 2 through 5 did for combinational logic. Chapter 6 begins this section by introducing the idea of circuits with feedback and how they can be analyzed. We develop the basic elements of sequential logic, latches, and flip-flops by recapitulating their evolution. This is coupled with a discussion of the timing methodologies that make it practical to build large sequential logic systems. These methodologies are illustrated with simple sequential systems of shift registers. The chapter concludes with a continuation of the exposition of hardware description languages started in Chapter 3 and now extended to basic sequential logic elements. Chapter 7 covers the central concept of finite state machines. It begins by using counters as a simple form of FSM and then moves on to the basic Moore and Mealy models for organizing sequential behavior. Like Chapter 2, it concludes by motivating the various optimization opportunities. Chapter 8 extends the basic ideas of Chapter 7 and expands on the details of FSM optimization by treating state minimization, state encoding, and FSM partitioning, in turn. Each of these is illustrated with examples that highlight the tradeoffs at each stage of optimization. An. Chapter 9 concludes the discussion of implementation technologies. It recapitulates all the technologies used for combinational logic introduced in Chapter 4 but focusing on their sequential logic elements. Chapter 10 is a large chapter with six comprehensive design examples that bring to practice all the concepts in the text. It begins with the sequential logic example from Chapter 1, now discussed in full detail, to tie back to the start of the text and ends with the serial transmission of characters from a keypad to display. The latter examples focus on the partitioning of design problems into communicating pieces along two dimensions: parallel state machines and partitioning into datapath and control. The three appendices cover number systems, basic electronics, and flip-flop types. The first two are likely to cover concepts that students are likely to have already seen in mathematics, physics, electrical engineering, or computer science introductory courses. They are not intended to be extensive treatment of these topics but only provide the background most directly connected to the main topics of this text. The appendix on flip-flop types is provided for historical completeness. The Complete Teaching Package The material in this book easily fills a quarter-long course and, therefore, be comfortably covered in a semester-long course. In fact, it is likely that supplemental topics, governed by the place in the curriculum the semester-long course occupies, can and should be included. These could be: more in-depth discussion of CAD algorithms including their data structures, efficiency, and implementation; further discussion of design tradeoffs in a particular implementation technology such as FPGAs; a larger design problem that can serve as a term project to highlight issues of scale and debugging; and topics from computer organization emphasizing partitioning into data-path and control and optimized structure for both. Of course, individual instructors may also find that re-ordering some of the material makes more sense in their environments. For example, it is certainly possible to proceed by following the two sections in parallel rather than serially. Chapter 2 plus 6 and 7 can be paired, followed by 3 and 8, then 4 and 9, with the larger design examples of 5 and 10 together at the end. Many topics can also be skipped altogether. For example, CAD tools and their algorithms may be relegated to another course. Similarly, HDLs do not need to be included if the design environment focuses on schematiclevel design. In the technology dimension, FPGAs can be skipped as they may be included in a later course on more advanced design methods. Our goal in organizing the book was to make it easier to make these customizations. Our publisher s web site includes: A set of CAD tools that supports all the concepts presented in this text; A comprehensive set of lecture slides; Samples of possible laboratory assignments and projects, and solutions to all the problems in the text; and Supplementary material on computer organization for those that include that material in their introductory logic design classes. We hope you will agree with us that this second edition is a worthy successor to the first. RANDY H. KATZ GAETANO BORRIELLO Both combinational and sequential All rights reserved. This material is CONTENTS PREFACE xv 1 INTRODUCTION 1 1.1 About Digital Design 1 1.2 Analog versus Digital 3 1.3 Digital Devices Course Syllabus. Course Syllabus (1) Programmable Logic Thomas ENGR 230 ---- Digital Design 4 Credit Course Monday, Wednesday, Friday from 1:35 p.m. to 2:40 p.m. Lecture: Room OWS LL54 Lab: Section 1: OSS LL14 Tuesday Dr. I. J. Wassell New topics include: CMOS gates logic synthesis logic Basics Combinational Circuits Sequential Circuits. Pu-Jen Cheng Introduction Upper Saddle River, New Jersey 07458 bicfm Memory elements. Memory element terminology. Clock terminology Basics of sequential machines. Clocking issues. Two-phase clocking. Testing of combinational (Chapter 4) and sequential (Chapter Lecture 1 - Introduction!! The architecture of memory chips is then constructed using arrays of bit implementations coupled All Rights Reserved ounting in Binary As you know, the binary count sequence Dr. Berna Ors Yalc?n Fully Online Chapter 10 Counters. Shawnee State University Department of Industrial and Engineering Technologies ECE 152A Winter 2012 Microcontrollers System-on-chip is an integrated circuit Combinational Circuits Combinatorial circuits: their outputs are computed entirely from their present This document supplements it. When you write add DD R0, R1, R2, you imagine something like this: R1 Two distinct types are in common usage: All Rights Reserved Analog Quantities Most natural quantities that we see The Z80 microprocessor needs an Clock Power It is a multipurpose, programmable RTL Hardware Design by P. Chu. Chapter 10 1 For those in the TTL gate the conducting state (on) occurs when the baseemmiter signal is high, and This practice book contains. Become familiar with. Visit GRE Online at www.gre. Graduate Record Examinations This practice book contains one actual full-length GRE Computer Science Test test-taking Like registers, the state, or the flip-flop values themselves, serves as the output. The output value increases by one on each clock cycle. Questionnaire for Prospective Masters in Computer Science Students Transistor faults Summary Some real defects in VLSI and PCB Common fault models Stuck-at faults Single stuck-at faults Fault equivalence Fault dominance and checkpoint theorem Classes of stuck-at Online Carolyn Plumb and Brock LaMeres Montana State University, Bozeman, Montana, U.S.A., To use this website, you must agree to our Privacy Policy, including cookie policy. Professionals now rely on CAD software, rapid prototyping, and programmable logic devices to streamline the design process. Throughout, the author complements his presentation of logic design theory with discussions of current design technologies.