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Digital Principles Digital Principles and Logic Design
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Digital Principles and Logic Design
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"Digital Principles and Logic Design" is a book written by A. Saha and N. Manna. It is a comprehensive textbook that focuses on the fundamental principles and concepts of digital logic design. The book covers topics related to digital circuits, logic gates, Boolean algebra, combinational and sequential circuits, memory units, and more.
The author, A. Saha and N. Manna, are well-known experts in the field of digital logic design and have extensive experience in teaching and research. The book is designed for students studying electrical engineering, computer science, and related fields, as well as for professionals and practitioners who need a solid understanding of digital principles and logic design.
Some of the key features of the book include clear explanations of concepts with examples, illustrations, and diagrams to aid in understanding. It also includes a wide range of practice problems, exercises, and review questions to reinforce learning. The book covers both theoretical concepts and practical applications, making it suitable for both academic study and practical implementation.
Overall, "Digital Principles and Logic Design" by A. Saha and N. Manna is a comprehensive textbook that provides a thorough coverage of digital principles and logic design concepts. It is a valuable resource for students and professionals alike who are interested in understanding the fundamentals of digital logic design.
This book is suitable for an introductory course of digital principles with emphasis on
logic design as well as for more advanced courses. The contents of this book are chosen and
illustrated in such a way that there does not need to be any special background knowledge
on the part of the reader.
The philosophy underlying the material presented in this book is to describe the
classical methods of design technique. The classical method has been predominant in the
past for describing the operation of digital circuits. With the advent of integrated circuits,
and especially the introduction of microprocessors, microcontrollers, microcomputers and
various LSI components, the classical method seems to be far removed from practical
applications. Although the classical method of describing complex digital systems is not
directly applicable, the basic concepts of Boolean algebra, combinational logic, and sequential
logic procedures are still important for understanding the internal construction of many
digital functions. The philosophy of this book is to provide a strong foundation of basic
principles through the classical approach before engaging in practical design approach and
the use of computer-aided tools. Once the basic concepts are mastered, the utilization of
practical design technique and design software become meaningful and allow the students
to use them more effectively.
The book is divided into 11 chapters. Each chapter begins with the introduction and ends
with review questions and problems.
Chapter 1 presents various binary systems suitable for
representation of information in digital systems and illustrates binary arithmetic.
Chapter
2 describes various codes, conversion, and their utilization in digital systems.
Chapter 3 provides the basic postulates and theorems related to Boolean algebra.
The various logic operations and the correlation between the Boolean expression and its
implementation with logic gates are illustrated. The various methods of minimization and
simplifi cation of Boolean expressions, Karnaugh maps, tabulation method, etc. are explained in
Chapter 4. Design and analysis procedures for combinational circuits are provided in
Chapter 5. This chapter also deals with the MSI components. Design and implementation of
combinational circuits with MSI blocks like adders, decoders, and multiplexers are explained
with examples.
Chapter 6 introduces LSI components—the read-only memory (ROM) and
various programmable logic devices (PLD), and demonstrates design and implementation
of complex digital circuits with them.
Chapter 7 starts with the introduction of various types of fl ip-fl ops and demonstrates
the design and implementation of sequential logic networks explaining state table, state
diagram, state equations, etc. in detail.
Chapter 8 deals with various types of registers and
sequence generators.
Chapter 9 illustrates synchronous and asynchronous types of counters,
and design and application of them in detail.
Chapter 10 discusses various methods of digital-to-analog conversion (DAC) as well
as analog-to-digital conversion (ADC) techniques. Chapter 11 deals with the various logic
families and their characteristics and parameters with respect to propagation delay, noise
margin, power dissipation, power requirements, fan out, etc. Appendices have been provided
at the end of the book as ready reference for 74-series and 4000-series integrated circuit
functions and their pinout confi gurations.
Clear diagrams and numerous examples have been provided for all the topics, and
simple language has been used throughout the book to facilitate understanding of the
concepts and to enable the readers to design digital circuits effi ciently.
The authors express their thanks to their respective wives and children for their
continuous support and enormous patience during the preparation of this book.
The authors welcome any suggestions and corrections for the improvement of the
book.
Contents Of The book:
1. DATA AND NUMBER SYSTEMS
2. CODES AND THEIR CONVERSIONS
3. BOOLEAN ALGEBRA AND LOGIC GATES
4. SIMPLIFICATION AND MINIMIZATION OF BOOLEAN FUNCTIONS
5. COMBINATIONAL LOGIC CIRCUITS
6. PROGRAMMABLE LOGIC DEVICES
7. SEQUENTIAL LOGIC CIRCUITS
8. REGISTERS
9. COUNTERS
10. A/D AND D/A CONVERSION
11. LOGIC FAMILY
Information Of the Book:
Title: Digital Principles and Logic Design
Size: 9 Mb
Pages: 507
Year: 2007
Format: PDF
Language: English
Author: Arijit Saha & Nilotpal Manna
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