| Code: | F K02 |
| Department: | Department of Experimental Physics |
| Course director: | Miklós Török |
| Credits: | 2 |
| Semester: | not fixed |
| Hours/week: | 2+0 |
| Prerequisities: | Electronics, Solid State Physics |
| Type of assessment: | K or B |
Course description:
Band theory of solids, extended and
localised states, equilibrium statistics. Transport of charge carriers:
scattering, Boltzmann equation, charge transport in the forbidden band.
Non-equilibrium processes: generation and recombination, diffusion and
drift of charge carriers, the relation of mobility and diffusion, Maxwell's
relaxation time. Semiconductor surfaces: electron emission from metals,
metal-semiconducor contact, the Schottky diode. The p-n junction. Elements
of the theory of insulated gate field effect transistors, MIS (or MOS)
structure; the dynamic RAM, operation of the IG-FETs, properties of the
insulating layers, charge transport in insulators: the EPROM, charge transfer
devices: CCD. Monopolar field effect transistor structures: J-FET, MES-FET.
The bipolar transistor. Integrated solid state circuits, types, steps of
production, constitution of monolit circuits.
Recommended Texts:
Table of Courses |