Basic Semiconductor Concepts# Crystal Structure, Energy Bands, Electrones and Holes. Dopanys, N-type and P-type Material. Carrier Mobility and Electrical Conductivity/diffusion and The Continuity Equations. Fundamentals of Statistical Physics. Density of Quantum States and Fermi Level. P-n Junction. Current-voltage Characteristics of an Ideal Diode. Operatind Point. Differential Capacitance and Resistance of a Diode. Real Diode. Breakdown. Bipolar Junction Transistor# Principle of Operation, Gain. Ebers-mollmodell. Small-signal Equivalent Circuit. Alpha and Beta and Their Frequency Dependence. Mos Capacitor. Mos Transistor# Current Expressions, Small-signal Model.

Faculty: Electrical and Computer Engineering
|Undergraduate Studies
Parallel course

44105 - Theory of Electronic Circuits

Course with no extra credit

117018 - Semiconductor Physics 118119

Course with no extra credit (contained)

44127 - Basics of Semiconductor Devices 315016 - Semiconductor Devices For Materials Eng.