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The Effect of Amplitude (Power) Variations on Beam Combining Efficiency for Phased Arrays

机译:幅度(功率)变化对相控阵光束组合效率的影响

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摘要

In coherent beam combining (phased arrays), control of the relative amplitudes (powers) of array elements is needed to maximize the beam combining efficiency. Here, expressions are derived for the efficiency in approaches that use interferometric combiners such as diffractive optical elements or fiber couplers. The beam combining efficiency is relatively insensitive to small power errors. In the case of dropped elements, the efficiency is equal to the fraction of operating elements. The beam combining efficiency is equivalent to the Strehl ratio for a tiled aperture.
机译:在相干波束组合(相控阵)中,需要控制阵列元件的相对振幅(功率),以最大限度地提高波束组合效率。在这里,推导了使用干涉合路器(如衍射光学元件或光纤耦合器)的方法的效率表达式。光束组合效率对小功率误差相对不敏感。在跌落元件的情况下,效率等于操作元件的分数。光束组合效率相当于平铺孔径的斯特雷尔比。

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