Semiconductor Physics and Devices-0.ppt

Semiconductor Physics and Devices Weiwei Zhang (张巍巍) Zhangcheng Xu (徐章程) Self-introduction Education: – Post-doctoral research fellow, CNRS No.5620, France, 07/2001-04/2002 – Ph.D., Dept. of Physics, USTC, 09/1996-07/2001 – B.S., Dept. of Physics, University of Science Technology of China (USTC), 09/1992-07/1996 ? Experience: – NCHU, since Dec. 2008 – Senior engineer, member of the global research team of Meggitt Electronics, 12/2005-04/2008 –RD manager, Photonic Manufacturing Service Ltd, 07/2002-12/2005 Classroom discipline Don’t be Late! - Otherwise, come here till the 2nd class. Be Quiet! - You may raise hands and ask questions at any time. No Food or drink! Turn off your mobile phone or set it to Meeting mode. Overview of this course Course basis: - General physics, Solid physics, Quantum mechanics Course objects: - This course is one of fundamental courses for undergraduate students who are major in electronic science and technology, microelectronics and so on. Through this course, students can learn the principles of semiconductor physics and the basic theory of some semiconductor devices. It builds up solid theoretical basis for students who are going to learn the Integrated Circuit Technology and IC design, or are planed to undergo the research in microelectronics and MEMS/MOEMS design and manufacture. Sensor technology and optoelectronics are also related to this course. Overview of this course (cont.) Course assessment: - Attendance and Discussion: 10-20% - Homework: 10-20% - Final examination: 70% Textbooks - 《半导体物理与器件》第三版，赵毅强等译，电子工业出版社. - 《半导体物理学》第7版，刘恩科等，电子工业出版社 Course arrangement: Overview Quantum Physics Basics Fundamental of Solid Physics Semiconductor in Equilibrium Carrier transport phenomena Nonequilibrium excess carriers in semiconductor pn junction Metal semiconductor heterojunctions Physical effects in semiconductors Typical application of semiconductors Preface: - Semiconductor IC development trends - Semiconductor IC