Lectures

Semester: 3 (ET-Bachelor)

• Terminology, Calibration Chain, Measuring Deviations, Measurement Error and Uncertainties,
• Static and Dynamic Behaviour of Instruments, Accuracy Specification,
• Electromechanic Instruments, Digital Measuring Systems,
• DC Current and DC Voltage Measurement,
• AC Current and AC Voltage Measurement, Measuring Transformer,
• Power Measurement in DC, AC and Three-Phase Systems,
• Energy Measurement,
• Resistance Measurement, Measurement Bridges for Resistance Sensors
• Impedance Measurement,
• Oscilloscopes, Probes,
• Digital Time and Frequency Measurement,
• Spectrum Analysis.

Script, Lab

Semester: 4 (Analog Inf. Tr., AÜT) resp. 5 (Digital Inf. Tr., DÜT), Bachelor

Analog an digital parts can be selected independently although it's recommended to hear AÜT first.

Analog: signals & systems, transmission media, noise, signal distortion, analog modulation schemes, transmitters and receivers, information theory, source coding

Digital: digitising analog source signals, PCM, digital baseband transmission, PAM, optimum filter, synchronisation, channel equalisation, digital modulation schemes, bit error rate, eye diagrams

Script, Textbook, Lab

Semester: 1 (Master, summer term)

mobile propagation channel, fading, delay spread, doppler spectrum, diversity, cellular network design, cochannel- and adjacent channel interference, radio network planning, spectral efficiency, channel assignment schemes, modulation schemes, channel equalisation, error control schemes, source and channel coding, multiple access schemes, GSM: system architecture, information transmission, mobility management, encryption and authentication, ...; cordless telephones, satellite radio, paging systemes, trunked radio, UMTS: spread spectrum technique, CDMA, log. uand physical channels, coding, network design, LTE,...; WLANs ; car-2-X

Script, Textbook 1, Textbook 2, Textbook 3, Lab