반도체 재료

강의상세

반도체의 전기적 광학적 특성을 결정짓는 요소를 공부하고 이를 바탕으로 반도체 p-n 접합의 구성 및 작동원리에 대하여 학습한다. 이를 바탕으로 다양한 종류의 반도체 소재 및 소자에 대하여 공부한다.

1.	Semiconductor Models	Bonding Model & Energy Band Model, Carriers and their Properties
2.	Carrier Distribution & The Fermi Function	Carrier Distribution & The Fermi Function
3.	Carrier Action: Drift & Diffusion	Carrier Action: Drift & Diffusion
4.	Carrier Action: Recombination & Generation	Carrier Action: Recombination & Generation
5.	Carrier Action: Equation of State	Carrier Action: Equation of State
6.	pn Junction Electrostatics: Prelimnaries	pn Junction Electrostatics: Prelimnaries
7.	Mid-Term Examination
8.	pn Junction Electrostatics: Step Junction	pn Junction Electrostatics: Step Junction
9.	pn Junction Diode: Ideal Diode Equation	pn Junction Diode: Ideal Diode Equation
10.	pn Junction Diode: Deviation from Ideal	pn Junction Diode: Deviation from Ideal
11.	Hetero Junction: Ideal MS Contacts & Heterojunction	Hetero Junction: Ideal MS Contacts & Heterojunction
12.	Final Examination