In this Master thesis a planar phased-array system at 30GHz for Satcom on the move (Sotm) applications has to be realized. The given system architecture is based on transmit array approach, in which the required SiGe Chips, several RF components and the control software will be provided. The emphasis is on the system design and development of the remaining RF components (antenna, RF transitions, power splitter etc.). The required RF structures will be simulated with the aid of HFSS/ ADS and verified by measurements. Finally, a submodule of the transmit array shall be realized and launched with the provided control software.

1. Literature research and introduction
2. System design
3. Development and optimization of the planar RF components (HFSS, ADS, MATLAB)
4. Realization and characterization of the individual components
5. Launch submodule
6. S-Parameter and far field measurements

RF & Microwave Engineering, Matlab basics

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