Courses - Chair of Antennas and High-Frequency System Integration - BTU Cottbus-Senftenberg

Winter semester

Grundlagen der Antennen

Module	Content	Language of Instruction	Degree	Credit Points
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	German	B.Sc./M.Sc.	6

Module	Content	Language of Instruction	Degree	Credit Points
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	English	M.Sc.	6

Antenna Design Laboratory II

Module	Content	Language of Instruction	Degree	Credit Points
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	English	M.Sc.	6

Summer semester

Module	Content	Language of Instruction	Degree	Credit Points
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	English	M.Sc.	6

Antenna Design Laboratory I

Module	Content	Language of Instruction	Degree	Credit Points
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	English	B.Sc./M.Sc.	6

Signal/Power Integrity and Electromagnetic Compatibility

Module	Content	Language of Instruction	Degree	Credit Points
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	English	M.Sc.	6

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