| Course code | 101124A0023 | Course level | Master | | Course title | Solid State Electronics | Instructor | Yu, Chang-Feng | | Credits(Course Hours) | 3.0 (3.0) | Class | Department of Electrophysics, Graduate Institute of Optoelectronics and Solid State Electronics Grade 1 Class A | | Prerequisite Courses | | Required/ Elective | Elective | | Class location | 電物二館 A18B-205 | Class Language | Chinese | | Availability of certificate | 無 | Office hour | Class 3 ~ 4 on Tue, Office:A18B-401
Class 1 ~ 2 on Wed, Office:A18B-401
| | Syllabus url | https://web085004.adm.ncyu.edu.tw/Syllabus/Syllabus_Rpt.aspx?CrsCode=101124A0023 | | Remark | |
>> Goals at the Department or Institute level
With the solid basis of academic research, the developing direction of our department lies mainly on optoelectronics science and solid-state electronic; cooperate enthusiastically with the industrial circles, and thus carry on forward-looking research and technological development.
The research team of our department could be divided into two major parts which are respectively:
1．Optoelectronics Science: solar cells, liquid crystal optics, nonlinear optics, optical films, optical design, optical components, fiber optics, laser physics,.
2．Solid-state physics: quantum components, surface and interface physics, magnetic thin film, nano physics, spin electronics, semiconductor film, semiconductor nanometer process or component simulation, TFT manufacturing process or design. | | >> Core abilities | Relationship | | 1.Foster applied physics knowledge and ability | 4 Strongly related | | 2.Foster optoelectronics science knowledge and ability | 5 Highly related | | 3.Foster solid state electronics knowledge and ability | 5 Highly related | | 4.Foster experimental skills | 5 Highly related | >> Course objectives
本課程教授從事元件及製程之研究，奠定學生其半導體基礎知識，也提供學生需要知道最新元件和技術發展 | | >> Course schedule | | Week | Theme or topic | Content | Teaching method | 01
09/20 | 半導體物理 | 第一章 半導體物理
| Lecture. | 02
09/27 | 半導體物理 | 第一章 半導體物理 | Lecture. | 03
10/04 | 半導體物理 | 第二章 熱平衡時的能帶及載子濃度 | Lecture. | 04
10/11 | 半導體物理 | 第二章 熱平衡時的能帶及載子濃度 | Lecture. | 05
10/18 | 半導體物理 | 第三章 載子傳輸現象 | Lecture. | 06
10/25 | 半導體物理 | 第三章 載子傳輸現象
| Lecture. | 07
11/01 | pn半導體元件 | 第四章 正－負接面 | Lecture. | 08
11/08 | pn半導體元件 | 第四章 正－負接面件 | Lecture. | 09
11/15 | 期中考 | 期中考 | Lecture, 考試. | 10
11/22 | BJT半導體元件 | 第五章 雙載子電晶體及其相關元 | Lecture. | 11
11/29 | BJT半導體元件 | 第五章 雙載子電晶體及其相關元 | Lecture. | 12
12/06 | MOSEFET半導體元件 | 第六章 金氧半場效電晶體及相關元件 | Lecture. | 13
12/13 | MOSEFET半導體元件 | 第六章 金氧半場效電晶體及相關元件 | Lecture. | 14
12/20 | MOSEFET半導體元件 | 第七章 金半場效電晶體及其相關元件 | Lecture. | 15
12/27 | MOSEFET半導體元件 | 第七章 金半場效電晶體及其相關元件 | Lecture. | 16
01/03 | 光電元件 | 第九章 光電元件 | Lecture. | 17
01/10 | 光電元件 | 第九章 光電元件 | Lecture. | 18
01/17 | 期末 | 期末 | Lecture, 考試. | >> Course requirements
無 | >> Grading policy
Midterm exam 50%
Final exam 50%
| >> Text books and learning resources
半導體元件物理與製作技術(Sze : Semiconductor devices physics and technology)
高立圖書 |
|
1.Please respect the intellectual property right and using authorized textbooks. Book piracy is not allowed.