Physics of Semiconductor Devices
Fall 2021
Introduction
We cover the fundamental physical principles that govern the device operation and the application. Emphasis is placed on understanding background of the individual device operation. First part of the class will cover topics include basic carrier transports in semiconductors, including conduction electrons, and holes; charge and heat transport; carrier trapping and recombination. Latter part of the class will cover novel device physics focusing MOSFET, ballistic transport, electron tunneling, single electron transistors, spin-electronics, and quantum electronics.
Goals
Prepare the student to be able to understand, explore, and design the novel electron devices and state-of-the-art knowledge.
Syllabus
Contacts
Prof. Tzu-Hsuan Chang:
TA: Liang-Chi Huang (d12k44005@ntu.edu.tw) Bo-Hsun Juan (r13943109@ntu.edu.tw)
