eClass - Τμήμα Φυσικής Π.Κ. | Physics of Semiconductor Devices

First Name	Size	Date
Υποδείξεις MOS surface-charge conditions & C-V	816.85 KB	6/21/21, 4:33 PM
Διευκρινήσεις για τύπους Vt σε MOS / MOSFET chapters 8, 9 Muller & Kamins	733.04 KB	6/21/21, 4:35 PM
Problem for heterojunction band lineup	244.73 KB	3/22/24, 7:21 PM
Molecular beam epitaxy of III-V semiconductors in Greece: From III-Arsenides to III-Nitrides Keynote talk in 37th Panhellenic conference on Solid-State Physics and Materials Science	5.93 MB	5/20/24, 12:49 AM
Literature paper: "Electrical characterization of semiconductor materials and devices—review", by M. J. Deen and F. Pascal, J Mater Sci: Mater Electron (2006) 17:549-575 Methods for analysis of MOS structures by C-V measurements etc.	917.26 KB	5/19/25, 10:16 AM
9. SEMICONDUCTOR HETEROJUNCTIONS (slides)	5.39 MB	4/11/25, 12:26 PM
8d. Metal-Semiconductor Contacts, slides4 Ohmic contacts, C-V and I-V measurements on Schottky Barrier contacts	3.08 MB	4/11/25, 12:51 PM
8c. Metal-Semiconductor Contacts, slides3 Mott Barrier, Schottky Effect, Surface states, Tunneling current	3.2 MB	4/11/25, 12:47 PM
8b. Metal-Semiconductor Contacts, slides2 Current transport processes	5.84 MB	4/11/25, 12:37 PM
8a. Metal-Semiconductor Contacts - Introductory Equilibrium band diagram for ideal contact, etc.	1.48 MB	4/11/25, 12:41 PM
7ε. I-V επαφής pn - αποκλίσεις από την ιδανική περιγραφή	2.96 MB	4/7/22, 11:09 PM
7δ. Ιδανική θεωρία I-V απότομης επαφής pn με σταθερές συγκεντρώσεις	3.82 MB	4/7/22, 11:10 PM
7γ. Επαφή pin: Hλεκτροστατική περιγραφή, C-V	1.59 MB	3/27/22, 11:04 PM
7β. Χωρητικότητα Περιοχής Απογύμνωσης απότομης επαφής pn, ηλεκτροστατικά γραμμικής επαφής pn	1.62 MB	4/11/25, 12:25 PM
7α. Εισαγωγικά, απότομη επαφή pn με σταθερές συγκεντρώσεις, ηλεκτροστατική περιγραφή	1.68 MB	3/28/24, 10:27 PM
6. Energies and Electric fields in Semiconductors	947.27 KB	2/27/26, 11:06 PM
5.Drift and diffusion currents, continuity equations, minority carrier diffusion equations	2.69 MB	2/27/26, 12:07 AM
4. Ρυθμός Επανασύνδεσης-Γένεσης μέσω κέντρων R-G	4.13 MB	2/20/26, 2:05 PM
3. Density of states, Fermi-Dirac statistics, carrier concentrations, Fermi level determination	2.22 MB	2/20/26, 9:10 PM
2. Energy bands of semiconductors, mobile charge carriers, doping, effective mass	1.94 MB	2/12/26, 8:13 PM
10. MOS Field Effect Transistor	3 MB	4/11/25, 12:27 PM
1. Introduction to the course and the semiconductor materials and technology	2.33 MB	2/12/26, 11:10 AM
1 - ALL SUGGESTED PROBLEMS FOR HOMEWORK A list of suggested homework problems for each part of the course	299.1 KB	2/15/26, 9:53 PM

Υποδείξεις MOS surface-charge conditions & C-V

816.85 KB

6/21/21, 4:33 PM

Διευκρινήσεις για τύπους Vt σε MOS / MOSFET chapters 8, 9 Muller & Kamins

733.04 KB

6/21/21, 4:35 PM

Problem for heterojunction band lineup

244.73 KB

3/22/24, 7:21 PM

Molecular beam epitaxy of III-V semiconductors in Greece: From III-Arsenides to III-Nitrides

Keynote talk in 37th Panhellenic conference on Solid-State Physics and Materials Science

5.93 MB

5/20/24, 12:49 AM

Literature paper: "Electrical characterization of semiconductor materials and devices—review", by M. J. Deen and F. Pascal, J Mater Sci: Mater Electron (2006) 17:549-575

Methods for analysis of MOS structures by C-V measurements etc.

917.26 KB

5/19/25, 10:16 AM

9. SEMICONDUCTOR HETEROJUNCTIONS (slides)

5.39 MB

4/11/25, 12:26 PM

8d. Metal-Semiconductor Contacts, slides4

Ohmic contacts, C-V and I-V measurements on Schottky Barrier contacts

3.08 MB

4/11/25, 12:51 PM

8c. Metal-Semiconductor Contacts, slides3

Mott Barrier, Schottky Effect, Surface states, Tunneling current

3.2 MB

4/11/25, 12:47 PM

8b. Metal-Semiconductor Contacts, slides2

Current transport processes

5.84 MB

4/11/25, 12:37 PM

8a. Metal-Semiconductor Contacts - Introductory

Equilibrium band diagram for ideal contact, etc.

1.48 MB

4/11/25, 12:41 PM

7ε. I-V επαφής pn - αποκλίσεις από την ιδανική περιγραφή

2.96 MB

4/7/22, 11:09 PM

7δ. Ιδανική θεωρία I-V απότομης επαφής pn με σταθερές συγκεντρώσεις

3.82 MB

4/7/22, 11:10 PM

7γ. Επαφή pin: Hλεκτροστατική περιγραφή, C-V

1.59 MB

3/27/22, 11:04 PM

7β. Χωρητικότητα Περιοχής Απογύμνωσης απότομης επαφής pn, ηλεκτροστατικά γραμμικής επαφής pn

1.62 MB

4/11/25, 12:25 PM

7α. Εισαγωγικά, απότομη επαφή pn με σταθερές συγκεντρώσεις, ηλεκτροστατική περιγραφή

1.68 MB

3/28/24, 10:27 PM

6. Energies and Electric fields in Semiconductors

947.27 KB

2/27/26, 11:06 PM

5.Drift and diffusion currents, continuity equations, minority carrier diffusion equations

2.69 MB

2/27/26, 12:07 AM

4. Ρυθμός Επανασύνδεσης-Γένεσης μέσω κέντρων R-G

4.13 MB

2/20/26, 2:05 PM

3. Density of states, Fermi-Dirac statistics, carrier concentrations, Fermi level determination

2.22 MB

2/20/26, 9:10 PM

2. Energy bands of semiconductors, mobile charge carriers, doping, effective mass

1.94 MB

2/12/26, 8:13 PM

10. MOS Field Effect Transistor

3 MB

4/11/25, 12:27 PM

1. Introduction to the course and the semiconductor materials and technology

2.33 MB

2/12/26, 11:10 AM

1 - ALL SUGGESTED PROBLEMS FOR HOMEWORK

A list of suggested homework problems for each part of the course

299.1 KB

2/15/26, 9:53 PM

Course : Physics of Semiconductor Devices

Course code : PH572

Physics of Semiconductor Devices