2025Year

Second Semester

Advanced Semiconductor Photonic Devices

Lecture

Advanced Semiconductor Photonic Devices

Z0800002 Advanced Semiconductor Photonic Devices

YAMAGUCHI Tomohiro

2.0Credits

Fri.5Period

Hachioji Campus

04-255講義室

A) A high degree of specialized expertise　100%
B) The skills to use science and technology　0%
C) The ability to conduct research independently, knowledge pertaining to society and occupations, and sense of ethics required of engineers and researchers　0%
D) Creative skills in specific areas of specialization　0%

In the class of “Advanced Semiconductor Photonic Devices”, we will focus on the fundamental physics, such as semiconductor materials, their junctions and the quantum effects produced by heterojunctions, for understanding the principle of photonic device operations. We also focus on the crystal growth, characterization and device process technologies which are producing attractive photonic devices at present.

Students need the basics on semiconductor.

Flip Teaching／Presentation／Interactive classes using ICT

1. Introduction of advanced semiconductor photonic devices
2. Semiconductor optoelectronic devices and its wavelength range
3. Crystal Structures and Physics for Crystals
4. Energy level, Band structure
5. Basic semiconductor materials
  Si, Compound semiconductors, Wide bandgap semiconductors
6. Junction of Semiconductor-1
  Homojunction, Heterojunction, Band arraignment, Band offset
7. Junction of Semiconductor-2
  Metal-semiconductor junction, Insulator-semiconductor junction
8. Quantum effect
9. Crystal growth
10. Characterization methods for crystal structures, electrical transport properties, optical absorptions and optical emissions
11. Process technology in semiconductor device
12. Semiconductor optoelectronic devices-1
  LED, solar cell
13. Semiconductor optoelectronic devices-2
  Laser
14. Subject survey
15. Reviewing of class

Evaluation will be carried out by the use of report (50%), which is for judging your understanding level, and your attendance (50%).

Feedback will be given through reviewing to the homework and presentations, which are carried out by students.

Not applicable

原書6版 光エレクトロニクス 展開編　ヤリーヴ—イェー著 (in Japanese)
半導体デバイスの基礎　B.L. アンダーソン、R.L. アンダーソン著 (in Japanese)
電子デバイスの基礎と応用 長谷川文夫、本田徹著 (in Japanese)

Friday　14：10〜16：00（Hachioji campus, Room.5-804）
Please contact by email, if you would like to schedule another time to meet with me.
E-mail adress：ｃｔ１３３５４＠ns.kogakuin.ac.jp（in half-width character）

Based on the number of participants and so on, the contents and methods of the lecture may be changed.

Not applicable

Not applicable