Modern Digital Circuit and Logic Design

Author: Gao Guangren
Publisher:
Publish Date: 2005-09-01
Features:
The book features:
1. Basic Innovation
(1) It elaborates on the principles of logical algebra, binary original code, inverse code, complement code, and binary addition and subtraction operations of integers in computers.
(2) Based on providing complete circuits of various non-clock-controlled and clock-controlled flip-flops, it discusses the derivation of complete output equations, constraint equations, and driving excitation tables for various flip-flops.
(3) It presents the logical design methods for various non-clock-controlled flip-flops.
(4) It provides the complete composition and structure of clock-controlled sequential circuits, laying a solid foundation for the design and analysis of clock-controlled sequential circuits.
(5) It offers unified logical design methods and unified analytical methods for clock-controlled first-order synchronous and asynchronous sequential circuits (including state transition networks, counters, combinational counters, sequence signal generators, etc.), thereby unifying the introduction to clock-controlled synchronous and asynchronous sequential circuits.
2. Comprehensive and Systematic Discussion
It systematically discusses logical algebra, logic gate circuits, combinational logic circuits, the principles of binary addition and subtraction operations, quantitative static analysis and partial design of bistable flip-flops, an overview of sequential logic circuits, the design and analysis of clock-controlled first-order sequential circuits, and the main contents of digital-to-analog converters and analog-to-digital converters.
3. Carefully Organized and Comprehensive
The book is carefully organized into 9 chapters and an appendix, with each chapter (except the introduction) accompanied by numerous exercises. The book uses clear and concise language to present logical discussions and analyses in order. The content is complete and substantial, with abundant illustrations, text, and tables, making it highly readable and suitable for both teaching and self-study.
4. Broad Applicability
This book is a textbook with both depth and breadth in digital circuits and logic design. It can serve as a teaching material for computer, control, communication, and electronic engineering majors in higher education institutions. It can also be used as a self-study textbook for relevant technical personnel seeking to deepen their understanding of digital logic.
The book is a teaching material on digital circuits, consisting of 9 chapters and an appendix, with each chapter (except the introduction) accompanied by numerous exercises. It primarily discusses logical algebra, the composition and working principles of logic gate circuits, combinational logic circuits and logic design, the principles of decimal integer addition and subtraction operations in computers, quantitative static analysis and partial design of integrated bistable flip-flops, an overview of sequential logic circuits, complete unified logical design and analysis methods for first-order clock-controlled sequential circuits, and digital-to-analog converters and analog-to-digital converters. In the relevant chapters on integrated bistable flip-flops and first-order clock-controlled sequential circuits, it discusses the derivation of complete output equations, constraint equations, and driving excitation tables for various flip-flops, and provides unified design and analysis methods for clock-controlled first-order synchronous and asynchronous sequential circuits. The book can serve as a teaching material for computer, control, communication, and electronic engineering majors in higher education institutions, or as a self-study tutorial for relevant technical personnel seeking to deepen their understanding of digital logic.