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Digital circuits. The increased uses of digital technology in objects used for day-to-day life necessitate an in-depth knowledge of the subject for the professionals and engineers. There are lots of references available on Switching Theory and Basic Digital Circuits, which discuss various topics separately. But through this text our notion was to discover the topics rather than to cover them. This comprehensive text fulfills the course requirement on the subject of Switching Theory and Logic Design for B. Tech degree course in Electronics Engineering of different technical Universities. This text is also bound to serve as a useful reference book for various competitive examinations. There is no special pre-requisite before starting this book. Each chapter of the book starts with simple facts and concepts, and traverse through the examples &amp figures it uncovers
the advanced topics. The book has 11 well-organized chapters. Chapter 1 deals with number systems and their arithmetic. It includes an exhaustive set of solved examples and exercise to clarify the concepts. Chapter 2 introduces the basic building blocks of digital electronics. It starts with basic postulates, Boolean algebra and then introduces logic gates. It also deals with several types of implementation using logic gates. For beginners we strongly recommend to work out this chapter twice before proceeding further. Chapter 3 deals with the Boolean function minimization techniques using Postulates and Boolean Algebra, K-Map and Quine-McCluskey methods. Chapter 4 presents various combinational logic design using the discrete logic gates and LSI &amp MSI circuits. This chapter also deals with hazards and fault detection. Chapter 5 introduces the Programmable Logic Devices. It also deals with basics of ROM, and then moves towards PLAs, PALs, CPLDs and FPGA. Chapter 6 introduces the clocked (synchronous) sequential circuits. It starts with discussions on various flip-flops their triggering and flip-flop timings. It then deals with analysis and design of synchronous circuits and concludes with sequence detector circuits. Chapter 7 deals with shift registers and counters. It introduces the basic idea of shift registers and then discusses various modes and application of shift registers. It then introduces the various types and modes of counters and concludes with applications. Chapter 8 describes introductory concept of finite state machines and Chapter 9 deals with asynchronous sequential circuits. It elaborates the analysis and design procedures with different considerations. Chapter 10 introduces the Threshold logic and its capabilities to realize switching functions. Chapter 11 describes the Algorithmic State Machine. It starts with basic concepts, design tools and concludes with design using multiplexers and PLA. All the topics are illustrated with clear diagram and simple language is used throughout the text to facilitate easy understanding of the concepts