Summary Of The Book
Fundamentals Of Digital Circuits is a comprehensive text that lays a solid foundation for learning the basics of digital circuits and its design techniques. It’s an authoritative reference emerging from the author’s over 34 years of classroom teaching experience in this subject.
The text begins by introducing the students to digital concepts and places an emphasis on real-world applications, thus adopting a practical approach to the subject matter. To support the students’ understanding of the concepts, several worked examples are found under each chapter. The book harmonizes basic digital electronic theory and the latest developments in digital technology.
There are no specific prerequisites to understand this text, although a basic knowledge of electronics is required. The text is suitable for undergraduate students studying in several branches of engineering, which include electronics and communication, electrical and electronics, telecommunications, computer science, instrumentation, biomedical, and information technology. It can also be used by science students who study electronics as a part of their curriculum, as well as the MCA students. The book is great for self-study too.
The book is student-friendly as the concepts are well presented and the use of language is lucid and simple. The text is grounded in practicality, so as to help students relate theory to applications. Fundamentals Of Digital Circuitscontains a discussion of the concepts of Boolean Algebra and how these can be applied to digital circuitry. Both sequential and combination circuits are then elaborately discussed. There are 19 chapters in all, and appendix, glossary, and answers form the three extra sections towards the end. The four chapters new to this edition are Threshold Logic, Programmable Logic Devices, Algorithmic State Machines, and Sequential Circuits-II.
Different kinds of questions are available to the reader to test his or her understanding, such as Fill in the Blanks, Short Questions, and Multiple-Choice Questions. Each of these questions, along with their answers, can be found across chapters. New exercises, examples, and illustrations have also been added.
About Author:
A. Anand Kumar is the Principal of the College of Engineering, KL University. He has written several books including Pulse and Digital Circuits, Switching Theory and Logic Design, Digital Signal Processing, and Signals and Systems. In 1983, Anand joined SDM College of Engineering and Technology, Dharwad, as a professor. From 2000 to 2006 he was the principal of Sir CR Reddy College of Engineering, Andhra Pradesh, and till 2011 was the director at Sasi Institute of Technology and Engineering, Andhra Pradesh. He has over 38 years of teaching experience, and it’s this wisdom that he shares with students across the country through his books. His research interest lies in the area of radar signal processing.
TABLE OF CONTENTS
Preface
1. Introduction
2. Number Systems
3. Binary Codes
4. Logic Gates
5. Boolean Algebra
6. Minimization of Switching Functions
7. Combinational Logic Design
8. Programmable Logic Devices
9. Threshold Logic
10. Flip-Flops
11. Shift Registers
12. Counters
13. Sequential Circuits-I
14. Sequential Circuits-II
15. Algorithmic State Machines
16. Logic Families
17. Analog-to-Digital and Digital-to-Analog Converters
18. Memories
19. Timing Circuits and Display Devices
Index
