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Techniques to maximize communication traffic capacity in multi-beam satellite active phased array antennas for non-uniform traffic model

机译:用于非均匀流量模型的多波束卫星有源相控阵天线中最大化通信流量容量的技术

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In multibeam satellite applications with frequency and polarization reuse a main challenge is to serve a high-density communication traffic region on the ground without interfering with beams at the same frequency. If the antenna is implemented as an active phased array, the challenge increases even more when the aperture has uniform amplitude excitation, which may be required for deployed arrays for thermal and efficiency reasons. Also, when all the communication channels share the same elemental amplifiers, intermodulation interference needs to be kept under control. This paper discusses these problems, and presents techniques to improve communication traffic capacity.
机译:在具有频率和极化复用的多波束卫星应用中,主要挑战是在不干扰相同频率波束的情况下为地面上的高密度通信业务区域提供服务。如果将天线实现为有源相控阵,则当孔径具有均匀的振幅激励时,挑战就更加严峻,出于热和效率方面的考虑,展开的阵列可能需要这样做。另外,当所有通信信道共享相同的元素放大器时,需要保持互调干扰。本文讨论了这些问题,并提出了提高通信流量容量的技术。

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