"Contemporary Electronic system Design" is a core compulsory course for undergraduates majoring in electrical and electronics. It is a part of the national high-quality course and national resource sharing course "Fundamentals of Electronic Technology" which includs "Fundamentals of Analog Electronic Technology", " Fundamentals of Digital Electronic Technology", and "Electronic Technology Course Design". It is a small class course reformed from the course "Electronic Technology Course Design". This course can be taken as a replacement of "Electronic Technology Course Design". The main contents of the course include the composition and design methods of contemporary electronic systems, sensors and actuators, DC power supplies, analog and analog-digital hybrid circuits, FPGA and digital system design, brief introduction of microprocessors and SoC, system design with customized SoC and programmable SoC (including PSoC and SOPC), SoC experimental content, experimental equipment and experimental results display, etc., with the aim to help students systematically master the design methods of contemporary electronic systems, as well as cultivate the ability of innovative design. This two-week course starts from the summer semester and has a total of 64 hours. It can also be started in the spring and autumn semesters. This course is deeply popular among students, offering a great sense of achievement, innovative teaching methods, open content, advanced equipment and teaching ideas, which provide in-depth understanding of electronic system design and the opportunity to enhance practical skills, cultivate innovative thinking and teamwork spirit.
Chapter 1 Overview of Contemporary Electronic Systems
Section 1 Introduction of Electronic System
Section 2 Examples of Contemporary Electronic System
Section 3 The Components of Contemporary Electronic System
Section 4 Design Methods of Contemporary Electronic System
Chapter 2 Sensors and actuators
Section 1 Sensor definition
Section 2 Classification and performance indicators of sensors
Section 3 Introduction of commonly used sensors
Section 4 Introduction of commonly used Actuators
Chapter 3 Analog and analog-digital hybrid circuits
Section 1 Introduction to analog signal processing
Section 2 Signal amplifier and isolation amplifier
Section 3 Active filter
Section 4 Operation amplifier (1)
Section 5 Operation amplifier (2)
Section 6 Voltage comparator
Section 7 Power amplifier
Section 8 Analog-to-digital converter
Section 9 Digital-to-analog converter
Chapter 4 DC Voltage Regulator
Section 1 Introduction to DC voltage regulator
Section 2 Linear regulator
Section 3 Switching regulator
Chapter 5 Microprocessor and System-on-chip
Section 1 Introduction to microprocessors
Section 2 The Development of Microprocessor and System-on-Chip
Section 3 Microprocessor classification
Section 4 Examples of microprocessors and system-on-chip
Section 5 Hardware architecture of microprocessor and system-on-chip
Section 6 Peripheral interfaces and devices
Section 7 Embedded software development method
Section 8 Embedded operating system
Section 9 Introduction to the Development of Peripheral Applications
Chapter 6 TM4C123 SoC and its system design
Section 1 Introduction to TM4C123
Section 2 TM4C123 experimental board
Section 3 TM4C123 software development
Section 4 TM4C123 example experiment
Chapter 7 PSoC and its system design
Section 1 Introduction to PSoC
Section 2 Introduction to PSoC experimental board
Section 3 PSoC software development method
Section 4 PSoC example experiment
Chapter 8 FPGA and digital system design
Section 1 Introduction to FPGA
Section 2 Development trend of FGPA
Section 3 Characteristics of FPGA
Section 4 Structure of FPGA
Section 5 FPGA structure example
Section 6 FPGA design tools and methods
Section 7 QuartusⅡ integrated development environment
Section 8 Introduction to DE2-115 experiment platform
Section 9 Verilog hardware description language
Section 10 Example of digital circuit design and simulation
Chapter 9 SOPC system design
Section 1 Introduction to SOPC
Section 2 Introduction to Nios II Microprocessor
Section 3 Introduction to Avalone bus
Section 4 Introduction to SOPC design method
Section 5 Example of SOPC design
Section 6 Nios II software design
Chapter 10 SoC Experiment and Equipment
Section 1 Contents and requirements of the experiment
Section 2 Experimental equipment and apparatus
Section 3 Precautions and debugging methods
Section 4 Experiment results
