Basic Semiconductor Concepts# Crystal, Electrons and Holes, Dopants, N and P - Type Materials. Conductivity, Mobility, Lifetime and Recombination, Energy Bands, Effective Mass, Density of States, Fermi Level. Continuity Equation, Flow Equation. Hall Effect. P-n Junction. I-v Characteristics Of Junction Diode. Differential Resistance and Capacitance Pf a Diode. Switching, Breakdown and Real Diode. Bipolar Transistor# Operation Principle, Amplification. The Ebers-moll Equivalent Cirquit. Small-signal Physical Equivalent Circuit, Components. Frequency Dependence of Anf . Mos Capacitor, Mos Transistor# Principle of Dependence Operation, I-v Equation, Small Signal Equivalent Cirquit. Jeft Transistor- Dc Characteristics and Small Signal Equivalent Cirquit.

Faculty: Electrical and Computer Engineering
|Undergraduate Studies

Pre-required courses

(104035 - Ordinary Dif.equations and Calculus 2h and 114075 - Physics 2mm) or (104220 - Partial Differential Equations/t and 114075 - Physics 2mm) or (104220 - Partial Differential Equations/t and 114076 - Physics 2p)


Parallel course

44105 - Theory of Electronic Circuits


Course with no extra credit

117018 - Semiconductor Physics 118119


Course with no extra credit (contained)

315016 - Semiconductor Devices For Materials Eng.


Course with no extra credit (contains)

44125 - Basics of Semiconductor Devices M


Semestrial Information