Familiarize yourself with the design process for a microstrip patch antennas with a quarter wavelength line.
Apply the selected design methodology in the CST studio and design optimal parameters of the patch width and length operating at 10 GHz, with a bandwidth above 100MHz. Assume the substrate has r=2.2 and tan=0.
Analyse the radiation pattern of the antenna.
Explore how dielectric loss can affect the radiation pattern and optimise antenna for loss of tan=9*10-4.
Explore what are manufacturing and fabrication tolerances for patch antennas (variations in the substrate dielectric constant and metal thickness due to the etching process) and how would they affect the practical operation of your antenna.

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