Digital Logic: Applications And Design

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