DIGITAL LOGIC offers the right balance of classical and up-to-date treatment of combinational and sequential logic design for a first digital logic design class. The author provides a thorough explanation of the design process, including completely worked examples beginning with simple examples and going on to problems of increasing complexity. This text contains PLD (Programmable Logic Design) coverage. Chapter 9 develops complete, worked EPROM, PLA, and EPLD design examples. The problems are developed in Chapter 7 as standard designs using SSI and MSI devices so that your students can see the difference between the two approaches.

Table of Contents:
PREFACE • DIGITAL CONCEPTS AND NUMBER SYSTEMS • Introduction / Digital and Analog: Basic Concepts / Some History of Digital Systems / Impact of Digital Technology on Society / Defining the Problem, an Introduction to Algorithms / Digital Systems Overview / Introduction to Number Systems / Positional Number Systems / Number System Conversion / Binary Codes / Arithmetic / Summary / References / Glossary / Questions and Problems • BOOLEAN SWITCHING ALGEBRA • Introduction / Binary Logic Functions / Switching Algebra / Functionally Complete Operation Sets / Reduction of Switching Equations Using Boolean Algebra / Realization of Switching Functions / Summary / References / Glossary / Questions and Problems • PRINCIPLES OF COMBINED LOGIC • Introduction / Definition of Combinational Logic Introduction / Definition of Combinational Logic / Canonical Forms / Generation of Switching Equations from Truth Karnaugh Maps / Quine-McClusky Minimization Technique / Map-Entered Variables / Mixed Logic and Combinational Circuits / Multiple Output Functions / Summary / References / Glossary / Questions and Problems • ANALYSIS AND DESIGN OF COMBINATIONAL LOGIC • Introduction / General Approach to Combinational Logic Design / Introduction to Digital Integrated Circuits / Decoders / Encoders / Digital Multiplexers / Adders and Subtractors Binary Comparison / Arithmetic Logic Units / Array Multipliers / Tristate Buffers / Combinatorial Logic Hazards / Summary / References / Glossary / Questions and Problems • FLIP-FLOPS, SIMPLE COUNTERS, AND REGISTERS • Introduction / Sequential Circuit Models / Flip-Flops / Flip-Flop Timing Specifications / Simple Counters / MSI Integrated Circuit Counters / Registers / Summary / References / Glossary / Questions and Problems • INTRODUCTION TO SEQUENTIAL CIRCUITS • Introduction / Mealy and Moore Models / State Machine Notation / Synchronous Sequential Circuit Analysis / Construction of State Diagrams / Counter Design / Summary / References / Glossary / Questions and Problems • SEQUENTIAL CIRCUIT DESIGN • Introduction / State Equivalence / State Reduction of Incompletely Specified State Tables / State Assignment Techniques / Algorithm State Machines / Linked Sequential Machines / Summary / References / Glossary / Questions and Problems • ASYNCHRONOUS SEQUENTIAL CIRCUITS • Introduction to Asynchronous Sequential Machines / Fundamentals and Pulse Mode Asynchronous Sequential Machines / Analysis of Asynchronous Sequential Machines / Deriving Flow Tables / State Assignment / Asynchronous Design Problems / Data Synchronizers / Mixed Operating Mode Asynchronous Circuits / Summary / References / Glossary / Questions and Problems • PROGRAMMABLE LOGIC AND MEMORY • Introduction / Memory / Using an EPROM to Realize a Sequential Circuit / Programmable Logic Devices / Erasable Programmable Logic Devices / PLD Computer-Aided Design / Field Programmable Gate Arrays / Summary / References / Glossary / Questions and Problems • DIGITAL INTEGRATED CIRCUITS • Introduction / Diodes as Switches / Bipolar Transistor Switch / Diode Transistor Logic / Evolution from DTL to TTL / Transistor-Transistor Logic / Emitter-Coupled Logic / Complementary Metal Oxide Semiconductor / Summary / References / Glossary / Questions and Problems / • APPENDIX 1: TTL ANALYSIS SPICE EXERCISE / APPENDIX 2: ANSWERS TO ODD-NUMBERED QUESTIONS AND PROBLEMS / INDEX