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공학 >전기ㆍ전자 >전자공학
강의학기

2018년 2학기

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강의계획서: 강의계획서

The goal of this graduate-level class is to understand more advanced physics and electrical properties of semiconductors.

- Introducing the classification of materials and basic properties of semiconductors

- Discussing basics of quantum mechanics that are required to understand semiconductor properties

- Discussing energy band theory and equilibrium carrier concentration in semiconductors

- Discussing the charge transports in semiconductors

차시별 강의

1.	Class overview and introduction to semiconductors	Class overview and introduction to semiconductors
2.	The crystal structure of semiconductors	The crystal structure of semiconductors
3.	Basics of quantum mechanics for semiconductors (1)	Basics of quantum mechanics for semiconductors (1)
4.	Basics of quantum mechanics for semiconductors (2)	Basics of quantum mechanics for semiconductors (2)
5.	Equlibrium carrier statics (1) - Density of states	Equlibrium carrier statics (1) - Density of states
6.	Equilibrium carrier statics (2) - Equilibrium carrier concentration	Equlibrium carrier statics (2) - Equilibrium carrier concentration
7.	Equlibrium carrier statics (3) : Concentration and Fermi level calculations, Determination of Fermi level	Equlibrium carrier statics (3) - Concentration and Fermi level calculations - Determination of Fermi level
8.	Recombination-generation processes	Recombination-generation processes
9.	Carrier transport (1) - Drift	Carrier transport (1) - Drift
10.	Carrier transport (2) - Diffusion	Carrier transport (2) - Diffusion
11.	Carrier transport (3) - Continuity equations and diffusion equations	Carrier transport (3) - Continuity equations and diffusion equations
12.	Carrier transport (3) - Continuity equations and diffusion equations 2	Carrier transport (3) - Continuity equations and diffusion equations