Digital Electronics 1st Edition

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Digital Electronics teaches the basic concepts of digital design in a clear, accessible manner. The book is designed to cover the syllabi of a full-semester course on digital electronics as part of undergraduate engineering programs in Electronics, Electronics and Communication, and Computer Science and Engineering. The coverage is extensive as well as intensive so that it serves the purpose of a wider spectrum of interested readers. In many cases, the design sequences are illustrated step-by-step for better comprehension. Special pedagogical features such as Reader Remember (RR), Confusion Clearing Corner (CCC), and Time to Take a Test (TTTT) are expected to help readers in various ways. Salient Features Syllabus coverage of almost all technological universities in India Latest technological innovations Simple and easy-to-understand classroom language throughout the text Stress on technical details of complex topics such as sequential circuit design Accurate illustrations clearly highlighting complex technical features Numerous solved examples having different degrees of difficulties Review questions of multiple choice type and analytical type at the end of each chapter One complete chapter devoted to VHDL Rich pedagogical features such as RR, CCC, and TTTT Tips to beginners for breadboard circuit fabrication as an Appendix About the Author Dr Subrata Ghoshal is presently working at Sikkim Manipal Institute of Technology, Sikkim, as Professor and Head of the Information Technology Department. Dr Ghoshal completed his PhD from IIT Bombay and served in some premier technical institutes of India such as BITS, Pilani; IIIT, Pune; STCET, Kolkata. Inventor of first Indian chess playing laptop (Inchess Chessputer), he was invited by many well-known institutes for guest lectures on Robotics and Embedded System Design. He is a prolificauthor of text books and actively involved in areas such as Embedded System Design, Robotics, and Artificial Intelligence. Table of Contents Chapter 1: Introduction Chapter 2: Number Systems Chapter 3: Boolean Algebra and Logic Gates Chapter 4: Design of Combinational Circuits Chapter 5: Flip-flops Chapter 6: Digital Arithmetic Chapter 7: Counters and Storage Registers Chapter 8: Decoders and Multiplexers Chapter 9: Sequential Circuit Design Chapter 10: Logic Family ICs Chapter 11: Analog Interfacing Chapter 12: Memory and Programmable Devices Chapter 13: Overview of VHDL