Semiconductor Materials and Devices
http://www-ee.ccny.cuny.edu/www/web/crouse/EE339/EE339Syllabus.htm
2003秋季
时间:周二、周四(5:00-6:15 pm)
讲授:Prof. David Crouse
教材:
- Advanced Semiconductor Fundamentals 2nd Edition, by Robert F. Pierret
- The PN Junction Diode, by Gerold W. Neudeck
- Introduction to Solid State Physics, by Charles Kittel
- Solid State Electronic Devices, by Ben G. Streetman and Sanjay Banerjee
作业:6次
测验:平时(2),期末(1)
评分:作业(30%),平时测验(20%+20%),期末(30%)
周次
主题
参考
1 绪论:半导体与材料 Pierret Chap. 1
1-3 结晶态:晶体结构、对称性与缺陷;力学与电学性能;倒格子与X射线衍射 Pierret Chap. 1, Kittel Chap. 1, Kittel Chap. 2
4-5 量子力学导论:玻尔原子、波粒二象性、薛定谔方程、算符、不确定原理、1维势垒问题 Pierret Chap. 2
测验1 晶体和量子力学
6-7 能带理论:布洛赫定理、布里渊区、Kronig-Penney模型、导流子、有效质量、能隙
8-9 导流子统计、态密度、费米函数、杂质、导流子浓度关系
10 Recombination-Generation
11 载流子输运、漂移、迁移率、电阻率、霍尔效应、扩散、爱因斯坦关系、流方程
测验2 Covering carrier statistics, r-g, and transport
12 P-N结导论:结构、制备、光刻、掺杂(扩散与灌入)
13-15 P-N Junction Equilibrium Electrostatics:Depletion region, Built-in potential
16 Ideal Diode Equations: Forward and reverse bias I-V characteristics
期末 Cumulative final covering all topics covered in course.
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