Large-area electronics: devices and materials
MICRO-566
Media
MICRO-566 Large Area Electronics
o-Emerging applications
23.05.2022, 17:18
n-Large-area sensors Part 2
23.05.2022, 17:16
n-Large-area sensors part 1
23.05.2022, 17:13
m-Thin-film transistors and flat-panel displays
13.05.2022, 16:39
l-Photodetectors
13.05.2022, 16:38
k_Thin-film processing
25.04.2022, 15:37
2022-j-TCOs
12.04.2022, 09:15
2022-h-photovoltaics
04.04.2022, 16:46
2022-f-kinetics
04.04.2022, 09:09
2022-g-Transport and Recombination
28.03.2022, 15:27
20222-d-e-defects-weak-bond
17.03.2022, 09:46
2022-c-conductivty
07.03.2022, 17:18
2022-b-amorphous-bandgap
07.03.2022, 13:04
2022-a-introduction
22.02.2022, 13:50
Emerging applications
20.05.2021, 17:32
Large-area sensors - Part 2
17.05.2021, 15:46
Large-area sensors - Part 1
17.05.2021, 15:35
Thin-film transistors and flat panel displays, part 2
10.05.2021, 15:54
Thin-film transistors and flat panel displays, part 1
10.05.2021, 15:50
Photodetectors: Photodiodes and photoconductors, part 2
10.05.2021, 15:49
Photodetectors: Photodiodes and photoconductors, part 1
10.05.2021, 15:46
Lecture-9: TCOs - Part II
26.04.2021, 15:31
Lecture-9: TCOs - Part I
26.04.2021, 15:29
Lecture-8: Processing - part 2
19.04.2021, 15:50
Lecture-8: Processing - part 1
19.04.2021, 15:48
Lecture-7: Photovoltaics
12.04.2021, 15:14
Lecture-6: Transport & Recombination - Part 2
29.03.2021, 16:36
Lecture-6: Transport & Recombination - Part 1
29.03.2021, 16:34
Lecture-5: Microcrystalline-Silicon
22.03.2021, 17:49
Lecture-5: Kinetics
22.03.2021, 17:47
Lecture-4_Defect-creation
15.03.2021, 16:14
Lecture-4_Weak-bond-model_Part2
15.03.2021, 16:09
Lecture-4_Weak-bond-model_Part1
15.03.2021, 16:08
Lecture_3-2: Conductivity and Baind-tails
08.03.2021, 15:23
Lecture_3-1: Optics
08.03.2021, 15:21
Lecture_2-2: Optics
01.03.2021, 17:57
Lecture_2-1: Amorphous Materials
01.03.2021, 17:56
Lecture_1-2: Introduction (ctd)
24.02.2021, 19:05
Lecture_1-1: Introduction
24.02.2021, 16:41
The lecture will take place in presence in the room CM013.
Recordings of the previous lecture are available here: https://mediaspace.epfl.ch/channel/MICRO-566+Large+Area+Electronics/30961- Questions and discussion about the lectures and the exercises (Forum)
- Things to know (File)
- Street, Book on Hydrogenated Amoprphous Silicon (File)
- Course Videos (URL)
- Program (File)
- Zoom Link for exercise session (URL)
Introduction
- Laaziri1999 (File)
- Mahan1989 (File)
- Solution 1-Introduction (File)
- 01-Introduction (File)
- 02-Amorphous (File)
- Exercise 1-Introduction (File)
Optical properties
- Exercise 3-Optical properties (File)
- Solution 3-Optical properties (File)
- Jackson 1998 (File)
- 03_Amorphous Materials (File)
- 03_Optics and Bandgap (File)
Conductivity and bandtails
- 04_Conductivity-Band-tails (File)
- Exercise 4-Conductivity and band tails (File)
- Solution 4-Conductivity and band tails (File)
Defect creation
- 05-Defect-creation (File)
- 05-Weak-bond-model (File)
- Exercise 5-Defect creation and weak bond model (File)
- Solution 5-Defect creation and weak bond model (File)
- Wronski1977 (File)
- Cowley1965 (File)
17 - 23 March
Thin-film Processing
- 02_Thin-film processing (File)
- Exercise 2 - Thin film processing (File)
- Solution 2 - Thin film processing (File)
- Schwarzenbach1995 (File)
- Thornton1986 (File)
- Daub1996 (File)
- Li1978 (File)
24 - 30 March
Transport and recombination
- Zoom Link for exercise session (URL)
- 07-Transport and recombination (File)
- Exercise 7-Transport and recombination (File)
- Solution 7-Transport and recombination (File)
- Jackson_1988_PRB38 (File)
31 March - 6 April
Photodetectors and photoconducteurs
- Zoom Link for exercise session (URL)
- 08-Photodetectors (File)
- Exercise 8 - Photodectectors (File)
- Solution 8 - Photodectectors (File)
Defect kinetics
Microcrystalline Si
- Zoom Link for exercise session (URL)
- 06-LTPS (File)
- 06-defect-kinetics (File)
- 06-Microcrystalline-Si (File)
- Exercise 6-Defect kinetics and microcrystalline-Si (File)
- Solution 6-Defect kinetics and microcrystalline-Si (File)
- Shockley1952 (File)
14 - 20 April
Photovoltaics
21 - 27 April - Easter break
Easter break
28 April - 4 May
Transparent Conductive Oxide
5 - 11 May
- 11 - Large-area sensors (File)
- Exercise 11 - Detectors and devices (File)
- Solution 11 - Detectors and devices (File)
12 - 18 May
Thin films transistors, flat panel displays and flap panel imagers
- 12-Thin films transistors and flat panel displays (File)
- Exercise 12 - TFT (File)
- Solution 12 - TFT (File)
- Sakariya 2004 (File)
Last lecture and multiple choice questionnary
- 13 - Emerging applications (File)
- Exercise 13.1 - Multiple Choice Materials (File)
- Exercise 13.2 - Multiple Choice Devices (File)
- Solution 13.1 - Multiple Choice Materials (File)
- Solution 13.2 - Multiple Choice Devices (File)
Lab visit PV-LAB Neuchâtel, Q&A session