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Modified Wilkinson Power Divider 1 to 4 at S-band as the part of smart antenna for satellite tracking, telemetry, and command subsystem

机译:修改后的S波段Wilkinson功率分配器1至4,作为用于卫星跟踪,遥测和命令子系统的智能天线的一部分

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Changing the value of current amplitude, phase or distance between antenna can make different radiation pattern in antenna array system. Using those principles, a smart antenna system can be made by using butler matrix which has configuration consisting of multiple power combiner and phase shifter. The power divider can be used in order to change the input values (current input) for each port of the buttler matrix. So we didn't need many signal generator to supply input of butler matrix (example for 4×4 butler matrix we just put 1 to 4 Power Divider on input port of butler matrix). A power divider has been designed in this research to support the smart antenna system for satellite tracking, telemetry, and command (TT&C). This research designed the modified Wilkinson Power Divider 3 port to be 5 ports with 4 output ports which can work at a frequency of 2.3-2.45 GHz with the insertion of each port is <; -8 dB, the maximum value theoretically amounted to -6 dB. This is because the power divider works by dividing power into 1:4 ratio.
机译:改变天线之间的电流幅度,相位或距离的值可以在天线阵列系统中产生不同的辐射方向图。利用这些原理,可以通过使用由多个功率合成器和移相器组成的配置的巴特勒矩阵来制造智能天线系统。可以使用功率分配器来更改Buttler矩阵的每个端口的输入值(电流输入)。因此,我们不需要很多信号发生器来提供巴特勒矩阵的输入(例如,对于4×4巴特勒矩阵,我们只需在巴特勒矩阵的输入端口上放置1至4个功率分配器即可)。这项研究中设计了一个功率分配器,以支持用于卫星跟踪,遥测和指挥(TT&C)的智能天线系统。本研究将修改后的Wilkinson功率分配器3端口设计为5个端口,其中4个输出端口可以在2.3-2.45 GHz的频率下工作,每个端口的插入< -8 dB,理论上最大值为-6 dB。这是因为功率分配器通过将功率分配为1:4的比例工作。

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