Digital Design: Principles and Practice: English: Principles and Practice (English)

Author: John F. Wakerly
Publisher:
Publish Date: 2002-04-01
Features: The development of chip technology has made the "Moore's Law" in the IT industry shine with wisdom time and again, and the design technology of digital circuits has also been continuously breaking through. To enable students to keep up with "Moore's Law" and master advanced design techniques is the purpose and feature of this book. The content of this book is detailed, the description of basic principles is clear and accurate, and the design examples are rich and comprehensive, making it suitable for readers at all levels who design and build digital circuits. This book is based on the relatively stable basic principles of digital design, including combinational logic, sequential logic, and state machines. The author organically combines these principles with tools and design techniques that reflect current advanced design technologies, including how to use ABEL and VHDL design languages; how to perform structured design; and how to implement the final design through programmable logic devices. The book is divided into eleven chapters, covering basic principles, the principles, practices, and examples of combinational and sequential logic design, as well as current developments. The book is illustrated with graphics, written in a concise and clear style, and includes instructive exercises. It can serve as an introductory textbook for undergraduate and graduate students in electronic and computer engineering programs to learn digital logic design, as well as a reference book for engineering technicians.
Content:
1. Introduction
2. Number Systems and Codes
3. Digital Circuits
4. Principles of Combinational Logic Design
5. Practices of Combinational Logic Design
6. Examples of Combinational Circuit Design
7. Principles of Sequential Logic Design
8. Practices of Sequential Logic Design
9. Examples of Sequential Circuit Design
10. Memory, Complex Programmable Logic Devices, and Field-Programmable Gate Arrays
11. Other Application Areas