Digital Circuit Logic Design - Pulse and Digital Circuits (Third Edition)

Author: Wang Yuyin
Publisher:
Publish Date: 2000-07-01
Features: This book is a research outcome of the Ministry of Education's "Reform Plan for Teaching Content and Curriculum Systems in Higher Education Towards the 21st Century," serving as a textbook for the 21st century and a key textbook for the "Nineth Five-Year Plan" under the former State Education Commission. The previous edition, "Pulse and Digital Circuits" (Second Edition), won the First Prize of the Outstanding Teaching Materials Award of the Third State Education Commission and the Third Prize of the Science and Technology Progress Award of the Ministry of Education. This book adapts to the rapid development of the disciplines of Electronic Information and Communication Engineering and Electronic Science and Technology, correctly addressing the starting point for updating the teaching material. It significantly simplifies traditional discrete components, small-scale integrated circuits, and pulse technology while appropriately and timely adding new content reflecting the cutting-edge theoretical and technical developments of the discipline (e.g., PLD and testability design). It covers the basic teaching requirements for this course as promulgated by the former State Education Commission and aligns with the current reform of teaching content and curriculum systems in China's higher education engineering programs. The positioning is accurate, the selection of material is appropriate, and the fundamental concepts are clear. It also retains the strengths of the previous two editions: in-depth yet accessible, fluent language, and strong readability. The book consists of eleven chapters, primarily including digital circuit fundamentals, combinational logic circuits, sequential logic circuits, semiconductor memory, PLD and its applications, testability design, pulse unit circuits, and A/D and D/A. Each chapter ends with a sufficient number of exercises, and the book includes an appendix and a Chinese-English glossary of technical terms. This book can serve as a textbook for electronic information and electrical information-related majors in higher education institutions and can also be referenced by engineering technicians in this and related disciplines.
Digital Circuit Logic Design (Pulse and Digital Circuits, Third Edition)
This book is a research outcome of the Ministry of Education's "Reform Plan for Teaching Content and Curriculum Systems in Higher Education Towards the 21st Century," serving as a textbook for the 21st century and a key textbook for the "Nineth Five-Year Plan" under the former State Education Commission. The previous edition, "Pulse and Digital Circuits" (Second Edition), won the First Prize of the Outstanding Teaching Materials Award of the Third State Education Commission and the Third Prize of the Science and Technology Progress Award of the Ministry of Education. This book adapts to the rapid development of the disciplines of Electronic Information and Communication Engineering and Electronic Science and Technology, correctly addressing the starting point for updating the teaching material. It significantly simplifies traditional discrete components, small-scale integrated circuits, and pulse technology while appropriately and timely adding new content reflecting the cutting-edge theoretical and technical developments of the discipline (e.g., PLD and testability design). It covers the basic teaching requirements for this course as promulgated by the former State Education Commission and aligns with the current reform of teaching content and curriculum systems in China's higher education engineering programs. The positioning is accurate, the selection of material is appropriate, and the fundamental concepts are clear. It also retains the strengths of the previous two editions: in-depth yet accessible, fluent language, and strong readability. The book consists of eleven chapters, primarily including digital circuit fundamentals, combinational logic circuits, sequential logic circuits, semiconductor memory, PLD and its applications, testability design, pulse unit circuits, and A/D and D/A. Each chapter ends with a sufficient number of exercises, and the book includes an appendix and a Chinese-English glossary of technical terms. This book can serve as a textbook for electronic information and electrical information-related majors in higher education institutions and can also be referenced by engineering technicians in this and related disciplines.