This course is designed to introduce the applications of electronic and optoelectronic devices for our daily lives. The lectures will provide students with overview on semiconductor devices and how such devices form a system to realize useful functionality. The goal of this course is to expand students’ knowledge beyond the device-level understanding, and to create an organic connection between device properties and system-level performance.

• Recommended (but not mandatory) prerequisites:
(AMSE313) Physics of Materials
(AMSE388) Introduction to Electronic Materials

- Attendance: 20 %
- Mid-Term Exam or Presentation: 30 %
- Homework and active discussions during the classes: 10 %
- Final examination: 40 %

1. Razavi, Microelectronics (Wiley, 2014)
2. Weste and Harris, CMOS VLSI Design (4E, Pearson)
3. Hambley, Electrical Engineering: Principles & Applications (Global edition 7/E, Pearson)
4. S. O. Kasap, Optoelectronics and Photonics Principles and Practices 2nd Edition

Introduction and Admin/ Semiconductor Device Trend (Week 1)
From Devices to Systems: Electric Circuits (Week 2)
Voltage and Current Laws (Week 3)
Capacitors and Inductors (Week 4)
Basic Circuit Analysis (Week 5)
Introduction to Semiconductor Devices (Week 6)
Transistor and a Resistor: Amplifiers (Week 7)
Mid-term Exam (Week 8)
Transistors for Logic Computation: Inverter and Logic Gates (Week 9)
Semiconductor Memory System: SRAM and DRAM (Week 10)
System Example: Neuromorphic Computing System (Week 11)
Introduction to Optoelectronic Devices (김종규 교수님 특강) (Week 12)
Light Emission System: LEDs and Display System (Week 13)
Light Detection System: CCDs and Image Sensor System (Week 14)
Light Harvesting System: Solar Cells and Energy System (Week 15)
Final Exam (Week 16)

강의/연습문제 풀이 등