course

Electronic Materials

type:

lecturer:

Föll

semester:

WS

hours per week:

3

ECTS credits:

4

content:

1. Introduction: meeting conflicting requirements with this course, scope of the course, format of exercises.
2. Thermical Properties:
3. Conductors: metallic and non-metallic conductors, classification, requirements, properties, special conductors and special applications
4. Dielectrics: general reactions, mechanisms of polarization, frequency dependence, complex dielectric constant and dielectric function, piezoelectric- and ferroelectric materials, optical properties
5. Materials and Processes of Si-Technology: process integration and mass production requirements, MOS, CMOS and bipolar technologies, Si production and epitaxy, CVD methods, etching, oxidation and metalization
6. Magnetism and Magnetic Properties: definitions and classifications, dia- para- and ferromagnetism, mean field theory of ferromagnetism, definitions, magnetic domains, hard and soft magnets, applications
    

literature:

• Literature L. A. A. Warnes: Electronic Materials   R. E.
• Hummel: Electronic Properties of Materials
   

recommended:

Master 1^st semester

examination:

oral