Winter Semester
Lecturer: Prof. Norbert Frühauf
- Introduction
- Voltage and electric current
- Ohm's Law
- Electric power
- Kirchhoff's Laws
- Network analysis
- Electric field
- Capacities
- Magnetic field
- Induction Law
Lecturer: Prof. Norbert Frühauf
- Introduction
- Mathematical foundations
- RLC-Two-Poles
- Realization of filters
- Transformation of RLC-circuits into RC-active circuits
- Synthesis of reactance four-poles
- RC-active circuits
- Synthesis of distributed circuits of grade two
- Sensitivity theory
- Optimization of distributed circuits
- Switched Capacitor filter
Lecturer: Prof. Norbert Frühauf
This lecture is only available in English
- Introduction and overview
- Vacuum thin film technology:
vacuum technology, vapor deposition, sputtering, plasma deposition, growth and properties of thin films. - Non-vacuum deposition:
spin coating, printing, chemical deposition - Materials for substrates and surface treatment
- Structuring of thin films
- Metrology
Lecturer: Dr. Hagen Klauk
- Overview:
applications for organic transistors, economical considerations, realizations and general properties of organic transistors - Electronic properties of conjugated carbohydrates:
localized and delocalized molecular orbitals, energy of orbitals - Electronic properties of organic solid state structures:
crystalline structure, dispersion, charge transport in partially crystalline layers - Structure and implementation of organic transistors:
selection of materials, stack, processing - Functionality of organic transistors:
channel, carrier injection, band model, analytic description of the characteristics - Frequency dependence of organic transistors:
analysis and optimization of the frequency limit - Applications for organic transistors:
flat panel displays, integrated circuits
Summer Semester
Lecturer: Prof. Norbert Frühauf
- Inductances
- Sinusoidally alternating quantities
- Circuits at alternating currents
- General two-poles
- Modulated sources
- Resonant circuits
Lecturer: Prof. Norbert Frühauf
- Overview:
cathode ray tubes, flat panel display technologies, current technologies - Physiology of sight:
color theory, CIE 1931 color space, color filters - Fundamentals of liquid crystal technology:
electro mechanical properties, variation of the potential energy, twisted and non-twisted lc cells - Light propagation in optically anisotrope uni-axial media:
Jones vectors and Jones matrices - Liquid crystal technologies:
optical transmission through the Freedericksz cell, vertically aligned and twisted nematic cells, surface stabilized ferro electric lc cells - Control of lc cells:
direct addressing, passive matrix, active matrix
Lecturer: Prof. Norbert Frühauf
This course is only offered in English
- Mathematic description of optical signals and optical systems
- Analogue optical signal processing:
Fourier-transformation of optical signals, optical filters - Optical storage:
CD, DVD, Blu-Ray, holography - Optical sensors
- Digital optical signal processing.
