The Digital Logic Design and Application course is an important  basic course for information technology majors such as electronic information engineering, communication, and automation. It is also an important engineering technology course and an introductory course to study Digital System Design. It is one of the 3 + 6 core basic courses ("Advanced Mathematics, College Physics, College English" + "Basis of Circuit Analysis, Low Frequency Analog Electronic Technology, Digital Logic Design and Application, Microcomputer Principles and Applications, Signals and Systems, Electromagnetic Fields and Waves") of the University of Electronic Science and Technology of China, and is a key construction course of the "National Engineering Electrical and Electronic Basic Teaching Base".

This course mainly teaches number systems and codes, including number system conversions, binary arithmetic operation, symbolic number representation, information coded by binary, Gray code and codes for detecting and correcting errors, etc. Digital circuits, including digital system logic implementation, switching circuit and CMOS structure, voltage and current tolerance settings, integrated circuit design specifications, signal transmission delay and power consumption, integrated block input, output port design, etc. Combinational logic design principles, including axioms and theorems of switching algebra, plus and minus logic, dual relationship, inversion relationship, multiple expressions of logic functions and conversion between them, simplification method of logic functions with Karnaugh map, timing hazards, etc. Hardware description language (HDL), including FPGA and HDL introduction, using Verilog HDL language for combinational and sequential circuit design. Combinational logic design practices, including documentation standards, principles and design applications of decoder, encoder, tri-state buffer, multiplexer, demultiplexer and parity circuits, comparators, and adders. Sequential logic design principles, including an overview of sequential logic circuits, circuit structure and principle of bistable elements, latches, flip-flops, analysis and design of clock synchronous state machine, etc.  Sequential logic design practices, including sequential circuit documentation standards, integrated latches and flip-flops, principle and applications of counters, shift registers, linear feedback shift-register counters, etc.

This course will show you how to design digital circuits and subsystems, and play an important role in cultivating students' serious scientific style and abstract thinking ability, analysis and design ability, summary and induction ability.

In this course, we will introduce the analysis and design methods of digital logic circuits and basic system design techniques and train students to use digital circuit knowledge to analyze and solve problems and the basic literacy of engineering design. Through the study of this course, students will master the basic theory, basic analysis and design methods of digital logic circuits, and lay a solid foundation of digital circuit knowledge for the subsequent courses.

Advanced Mathematics, College Physics, Fundamentals of Circuit Analysis, Analog Electronic Technology, C Language

Teaching Material:

Digital Design—Principles and Practice (4th Photocopy), John F. Wakerly, Higher Education Press 2007

Other Reference Materials:

1. Digital Logic Design and Applications, edited by Jiang Shuyan, University of Electronic Science and Technology Press, 2014

2. Digital Logic Design and Applications, edited by Jiang Shuyan, Tsinghua University Press, 2007

3. Xilinx FPGA Principle and Practice—Based on VIVADO and Verilog HDL, edited by Lu Youliang, the first edition of Mechanical Industry Press in 2018 

4. Fundamentals of Digital Logic with Verilog Design, Brown, Z. Vranesic, McGraw-Hill,2003

5. Logic Design Principles, Edward J. McCluskey, Prentice- Hall,1986

6. Digital Logic: Applications and Design (English version), John M. Yarbrough S., Machinery Industry Press 2002

7. Fundamentals of Digital Electronic Technology (5th Edition), edited by Yan Shi, Higher Education Press, 2007

8. Digital Design—Principles and Practice (4th Edition), John F. Wakerly, translated by Lin Sheng, etc., Machinery Industry Press, 2007

9. Digital Circuits and Systems (2nd Edition), edited by Liu Baoqin and others, Tsinghua University Press, 2007

10. Digital Integrated Circuit Course (Second Edition), edited by Long Zhongqi, Science Press 2007

11. Digital Logic (2nd Edition), Mao Fayao, Higher Education Press 2008

12. Digital Circuit Logic Design (Pulse and Digital Circuit 3rd Edition), edited by Wang Yuyin, Higher Education Press 1999

13. Pulse and Digital Circuit, edited by He Xupeng, etc., University of Electronic Science and Technology Press 1996

       14. Pulse and Digital Circuit, edited by Wan Dongyi, Higher Education Press, 1986