Wintersemester

Grundlagen der Antennen
ModulInhaltLehrspracheAbschlussLeistungspunkte
14315
  • Einführung: Überblick über verschiedene Antennentypen, Anwendungen von Antennen, Wiederholung der Grundlagen der elektromagnetischen Theorie für Antennen
  • Grundlagen der Antennenstrahlung
  • Elektrischer und magnetischer Elementarstrahler
  • Kenngrößen von Antennen
  • Dipolantennen
  • Monopolantennen
  • Rahmenantennen
  • Aperturantennen und Mikrostreifen-Patchantennen: Ein Überblick
  • Gruppenantennen
  • Antennenmessungen
DeutschB.Sc./M.Sc.6
Antennas I
ModulInhaltLehrspracheAbschlussLeistungspunkte
14316
  • Introduction
  • Fundamental theory of antenna radiation
  • Antenna parameters from circuit and field points of views
  • Hertzian and magnetic dipole radiators
  • Linear wire antennas: Dipole and monopole antennas
  • Loop antennas
  • Antenna arrays
  • Antenna synthesis
  • Antenna measurements: S-parameter
EnglischM.Sc.6
Antenna Design Laboratory II
ModulInhaltLehrspracheAbschlussLeistungspunkte
14319
  • Practical design and layout of an antenna array, selected from the antenna configurations in the module “Antennas II”.
  • Investigation of the impact of the geometrical parameters of an antenna array and substrate materials on the characteristics of the array using a 3D field solver
  • S-parameter and radiation pattern measurements
  • Documentation of results
EnglischM.Sc.6

Sommersemester

Antennas II
ModulInhaltLehrspracheAbschlussLeistungspunkte
14317
  • Introduction
  • Aperture antennas
  • Horn antennas
  • Microstrip patch antennas
  • Reflector antennas
  • Travelling wave antennas and broadband antennas
  • Measurements of antennas: Radiation pattern and gain
  • Application of antennas in wireless systems
EnglischM.Sc.6
Antenna Design Laboratory I
ModulInhaltLehrspracheAbschlussLeistungspunkte
14318
  • Basic concepts of antenna design
  • Introduction to high-frequency modelling and simulation of antennas using 3D field solvers, e.g. Ansys HFSS
  • Practical design and layout of an antenna element, selected from the antenna configurations in module “Antennas I” or module “Grundlagen der Antennen”
  • Investigation of the impact of the geometrical parameters of the antenna elements and substrate materials on antenna characteristics using a 3D field solver
  • S-parameter measurements
  • Documentation of results
EnglischB.Sc./M.Sc.6
Signal/Power Integrity and Electromagnetic Compatibility
ModulInhaltLehrspracheAbschlussLeistungspunkte
14320
  • Introduction to signal integrity (SI), power integrity (PI) and electromagnetic compatibility (EMC)
  • Signal distribution networks (SDNs) and power delivery networks (PDNs) in electronic systems
  • Role of electronic packaging and heterogeneous integration technologies on signal and power integrity (SIPI) and EMC
  • Basic electromagnetic field and circuit theories for SIPI and EMC
  • SI: Analysis of single-ended and differential signal paths of SDNs
  • PI: Analysis of impedance, inductance and capacitance of PDNs
  • EMC: Analysis of coupling and undesired radiation
  • EMC & SIPI: Introduction to design methodologies for SIPI and EMC
EnglischM.Sc.6