1. General Information for ECE606
Instructor: Prof. Tae Geun Kim, 213 Engineering Building
Prerequisite: Electrophysics, Semiconductor Devices
Classroom: Wed(공학관별관 612)
Textbook:
1. Lecture notes
2. M. Fukuda, Optical Semiconductor Devices
3. S. O. Kasap, Optoelectronics
4. Bhattacharya, Semiconductor Optoelectronic Devices
5. Internet materials
Grading: Midterm 30%, Final 30%, PT 30%, Attitude 10%
EECE421 Websites:
T.A.: Kyeong Heon Kim, ,

2. The scope of the course:
Lecture Outline:
An understanding of compound semiconductor materials and devices is provided through this course along with a brief review on the fundamental  physics on the existing optoelectronic devices. We learn about compound semiconductor materials and their epitaxy, and related physics such as energy band, optical processes of absorption and recombination in bulk and quantum well structures, compound-based electrical and optical devices, and their applications.
The scope of the course:
Significance of Compound Semiconductor vs. Elemental Semiconductor?
Materials Issue – Compounds and Strained Layers
Physical issue – Energy Band, Quantum-Size Effect, Electrical/Optical Properties
Device issue – Design of LD/LEDs
(5) Topic presentation (team/individual-based)

3. Progress of class wk Periods contents text reference 1 03.05
Introduction 2
03.12
Basic semiconductor physics 3
03.19
Basic concept for optoelectronics-materials 4
03.26
Basic concept for optoelectronics-physics 5
04.02
Basic concept for optoelectronics-devices 6
04.09
Basic principle of Light Emitting Diodes 7
04.16
Applications of Light Emitting Diodes 8
04.23
Mid-term 9
04.30
LEDs & HEMTs 10
05.07
Applications of Laser Diodes 11
05.14 12
05.21 13
05.28
National Holiday 14
06.4
Design Issues for Photodiodes 15
06.11
Topic Presentation 16
06.18
Topic Presentation & Final Review
Final-term 

4. 1. Topic Presentation (Two persons make one team) Plans of evaluation:
Tasks to students:
1. Topic Presentation (Two persons make one team)
Plans of evaluation:
Attendance 10
Presentation (and HW) 30
First-term Exam. 30
Second-term Exam. 30
Topics for presentation:
(LED 이슈: 표면플라즈몬 LED, 광결정 LED, 나노막대 top/down LED),
일체형 백색 LED, UV LED 기술(에피/칩전극 포함), 차세대 (O)LED 등
LD/PD 이슈: 양자(우물, 선, 점)레이저, DFB레이저, Quantum-cascade레이저,
EA변조기, QWIP/QDIP 소자, CNT/그래핀 응용소자 등

5. Ingredients of Optics

6. Optoelectronic Applications
• Key Enabler of the Information Age

7. Optoelectronic Applications

8. Optoelectronic Applications

9. Impact of Optoelectronic

10. Optical communication
Source
Detector Pd Pt Pr Ip
Fiber-optic communication It
photocurrent
Source Fiber Detector Preamplifier
LED Step-index PIN Low impedance
Laser diode Graded-index APD Integrating
Single mode Transimpedance
GaAs(0.9mm) Plastic Si( mm) Bipolar
GaAlAs(~0.8mm) Plastic clad FET
InGaAsP(~1.6mm) Fused silica InGaAs(1~1.6mm) HBT, HEMT, FET

11. LED applications CP S/View Flash Note PC Monitor LCD TV 실내조명 실외조명 자동차
Mobile
[億$]
159億$
Flash
CAGR 34%
127 47
BLU用
Note PC
Monitor
LCD TV
29.6%
중대형Display 33 96 16
Mobile
10.1% 21 16
Lighting 65 29
18.2% 16
실내조명
실외조명
자동차 23
12.3% 8 15
전장用
전체 LED시장 : ’09年 65億$ → ’12年 159億$로 年 34% 성장 전망
21.5% 14 19 13
23.1% 기타
(전자기기
전광판 等)
조명/ 자동차 15 11 52 9 42
경관조명
상업조명 29 19
’09年
’10年
’11年
’12年
※ 출처 ‘09年 Strategies Unlimited, 當社 마케팅

12. RILEY HOSPITAL FOR CHILDREN,
LED lighting
DAVE & BUSTER'S,
Miami, FL, USA
MGM GRAND'S TABU LOUNGE, Las Vegas, NV
RILEY HOSPITAL FOR CHILDREN,
Indianapolis, IN, USA

13. 09 photonic conference

14. 09 photonic conference

15. 09 photonic conference

16. 09 photonic conference