Switching Theory and Logic Design

Description Switching Theory and Logic Design is designed as an idealtextbook for students of electronics and communication engineeringand electrical and electronics engineering. Spread across 11chapters, the book's coverage includes computer-based minimizationtechniques, and synchronous and asynchronous mode circuits, as wellas in-depth discussions of code converters, comparators, and PLDs. Specifically meets the requirements of the syllabus of JNTU-K Illustrates the functioning of circuits using truth tables, state tables, timing diagrams and state diagrams Contains over 150 illustrations, 170 worked-out examples, and a large number of problems for practice Preface Acknowledgements Roadmap to the syllabus Basic Digital Concepts Number Systems Binary arithmetic and Two's Complement Arithmetic Boolean Algebra and Theorems, Minterms and Maxterms Karnaugh Map and Minimization Procedures Binary Arithmetic and Decoding and MUX Logic Units Code Converters, comparators and Other Logic Processing Circuits Implementation of Combinational Logic by Programmable Logic Devices Sequential Logic, Latches and Flip-Flops Sequential Circuits Analysis, State Minimization, State Assignment and Circuit Implementation Sequential Circuits for Registers and Counters Model Question Papers Index