Course Description
EE3019 Integrated Electronics provides students with a comprehensive foundation in both digital and analog integrated circuit (IC) design, bridging theory with practical applications. The module equips students with the knowledge to analyze, design, and evaluate modern IC building blocks used in computing, communication, and embedded systems.
The course is delivered in two parts:
-
Digital Electronics – Topics include CMOS logic circuits, latches and flip-flops, semiconductor memories, and feedback circuits. Students will learn the operational principles, design trade-offs, and implementation techniques of key digital IC components.
-
Analog Electronics – Topics cover power supply circuits, bias circuits, operational amplifiers, and their applications. Emphasis is placed on circuit analysis, bias stability, feedback techniques, and performance optimization in analog systems.
Learning Approach
In the upcoming semester, this course will be trialed on the AMPED learning platform, offering a more interactive and adaptive learning experience. Materials will include:
-
Interactive Lecture Slides with embedded concept check questions
-
Adaptive Quizzes for chapter-by-chapter self-assessment
-
Flash Card Games to reinforce key concepts through gamification
Learning Outcomes
By the end of the course, students will be able to:
-
Explain the operation of fundamental digital and analog IC building blocks
-
Apply CMOS technology principles to logic, memory, and mixed-signal designs
-
Analyze and design circuits for performance, stability, and power efficiency
-
Integrate theoretical knowledge with hands-on experience using structured learning tools
This module serves as a foundation for advanced courses in IC design, VLSI, and electronic systems development.
- Teacher: Ge Tong
- Teacher: Yu Tong Ying