半導體元件特論

Since the first operation of transistor, semiconductor technology has dominated our daily lives in terms of electronic applications. Though such technology has been considered relatively mature technology, a lot of emerging research activities driven by various new applications are on-going. In this course, we will start with basic review of semiconductor devices and physics with emphasis on the operation principles of the devices. Fundamental characterization of the devices in terms of the DC and RF performance will be covered to get the students familiar with the industrial standard for device evaluation. Special design applications such as low-noise amplifier, power amplifier, switch, and oscillator will be discussed in detail. Finally, system-level applications will be introduced as case studies to have the students understand the operation of the devices in particle systems.

Semiconductor Device and Physics Solid-state Physics Electronic Circuits Physics

1.Homework and Assignments, Exams and Quizzes, Evaluation and Grading Policy: Class Attendance:10% On-line presentation and discussion: 30% Case-study reports: 30% Final term-project: 30%

1. “Microwave Engineering”, D. M. Pozar, Wiely, 2012 2. “RF and Microwave Circuit and Component Design for Wireless Systems:”, Kai Chang, Wiley 2003 3. “Semiconductor Physics and Devices (4th Edition)” Donald A Neamen McGraw Hill 2003

時間

By appointment

聯絡方式

hthsu@nctu.edu.tw