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Design of linear array antenna system for HAPS in S band

机译:S波段HAPS线性阵列天线系统设计

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摘要

The minimum requirements of the parameters such as the amplitude and phase distribution errors on an antenna aperture are obtained by using the statistical simulation method for 73 elements. From the results, an appropriate beamformer method is selected. Instead of the full system, this paper presents the design and fabrication of the experimental model with 4 channel receivers and four linear array cross dipole antennas for HAPS. The system includes RF subsystem and digital subsystem, which is connected to a PC. The experimental model has 3 beams and can control them by digital beamforming. The radiation beam pattern was measured with 1 center beam and 2 offset beams and compared with calculated values.
机译:通过使用针对73个元素的统计仿真方法,可以获得诸如天线孔径上的幅度和相位分布误差之类的参数的最低要求。从结果中,选择适当的波束形成器方法。代替完整的系统,本文介绍了具有4通道接收器和4个用于HAPS的线性阵列交叉偶极天线的实验模型的设计和制造。该系统包括RF子系统和连接到PC的数字子系统。该实验模型具有3束光束,并且可以通过数字束形成对其进行控制。用1个中心光束和2个偏置光束测量辐射束方向图,并与计算值进行比较。

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