A dual-satellite reflector antenna with shaped subreflectors
A.G. Pino, Marcos Arias, Óscar Rubiños, J.A. Martínez
Abstract
A.G. Pino, Marcos Arias, Óscar Rubiños, J.A. Martínez
Abstract
A reflector antenna consisting of a conventional parabolic main reflector with a couple of symmetric shaped subreflectors is presented for receiving signals coming from two satellites with a significant angular separation in the geostationary orbit. The phase aberration due to a scanning angle of lens of beamwidths is efficiently corrected by the adequate shaping of the subreflector surfaces.
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A reflector antenna consisting of a conventional parabolic main reflector with a couple of symmetric shaped subreflectors is presented for receiving signals coming from two satellites with a significant angular separation in the geostationary orbit. The phase aberration due to a scanning angle of lens of beamwidths is efficiently corrected by the adequate shaping of the subreflector surfaces.
Key concepts: Reflector (photography), Geostationary orbit, Cassegrain antenna, Optics, Offset dish antenna, Periscope antenna, Parabolic antenna, Antenna (radio)