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The book is written for the first course on the subject for the undergraduate engineering students of Electronics and Communication Engineering, Electrical and Electronics Engineering, Information Technology, Computer Science and Engineering and allied programmes. It can also be used for the related courses taught in the B.Sc. /M.Sc. programmes including Applied Physics, Computer Science, Electronics and for the preparation of various competitive examinations.
Key Features
• Provides simple and clear explanations to various concepts
• Supports numerous step-by-step solved examples
• Includes a wealth of review questions and practice exercises
New to this Edition
• Introduces newer topics such as SDRAM, DDR RAMs, Flash memories and GAL
• Includes more solved problems using Boolean Algebra, six variable K-map, Quine-McClusky method, more logic function implementation using Multiplexers and also additional problems for analysis of sequence cells
• Includes minimization of state diagram using merger graph
• Presents Verilog HDL programs in addition to VHDL programs
Online resources:
The following resources are available to support the faculty using this text:
• Chapter-wise PPTs
• Solutions Manual
Table of Contents
1. Number System and Codes
2. Boolean Algebra and Minimization Techniques
3. Logic Gates
4. Logic Families
5. Arithmetic Circuits
6. Combinational Circuits
7. Flip-Flops
8. Counters
9. Registers
10. Memory and Programmable Logic Devices
11. Synchronous Sequential Circuits
12. Asynchronous Sequential Circuits
13. D/A and A/D Converters
14. Clock Generators
15. Applications of Digital Circuits
16. HDL for Digital Circuits.
