전자재료

강의상세

전자재료 합성 및 공정과 관련된 기초 현상들.

1.	Semiconductor: a general introduction	Crystal structures
	Semiconductor: a general introduction	Crystal structures
2.	Semiconductor models	Semiconductor models
	States and carrier distributions	States and carrier distributions
	Equilibrium carrier concentrations	Equilibrium carrier concentrations
3.	Carrier action	Carrier action
	Carrier Action	Dirft, Diffusion, Recombination-generation
	Carrier Action	Dirft, Diffusion, Recombination-generation
	Continuity equation	Continuity equation
4.	pn Junction Electrostatics	pn Junction Electrostatics
	Quantitative electrostatic relationships	Quantitative electrostatic relationships
5.	pn-junction diode: I-V characteristics	pn-junction diode: I-V characteristics
	pn-junction diode: I-V characteristics	pn-junction diode: I-V characteristics
	pn-junction diode: I-V characteristics	pn-junction diode: I-V characteristics
6.	MS Contacts and Schottky Diodes	MS Contacts and Schottky Diodes
	MS Contacts and Schottky Diodes	MS Contacts and Schottky Diodes
7.	MOS fundamentals	MOS fundamentals
	MOS electrostatic: Quantitative analysis	MOS electrostatic: Quantitative analysis
	MOS electrostatic: Quantitative analysis	MOS electrostatic: Quantitative analysis
8.	MOSFET	MOSFET
	MOSFET	MOSFET
9.	Non-ideal MOS	Non-ideal MOS
10.	Basics of Device Fabrication	Basics of Device Fabrication