AESA diagnostics in operational environments (antenna array)

W.P. Hull
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引用次数: 4

Abstract

The author discusses some possible solutions to ASEA (active electronically scanned array) diagnostics in the operational environment using built-in testing (BIT), which can play a key role in reducing life-cycle cost if accurately implemented. He notes that it is highly desirable to detect and correct in the operational environment all degradation that impairs mission performance. This degradation must be detected with low false alarm rate and the appropriate action initiated consistent with low life-cycle cost. Mutual coupling is considered as a BIT signal injection method and is shown to have potential. However, the limits of the diagnostic capability using this method clearly depend on its stability and on the level of multipath for a specific application. BIT using mutual coupling may need to be supplemented on the ground by an externally mounted passive antenna that interfaces with onboard avionics.<>
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操作环境中的AESA诊断(天线阵列)
作者讨论了使用内置测试(BIT)在操作环境中进行ASEA(有源电子扫描阵列)诊断的一些可能解决方案,如果准确实施,可以在降低生命周期成本方面发挥关键作用。他指出,在作战环境中发现和纠正一切损害任务性能的退化是非常可取的。这种退化必须以低虚警率检测,并启动与低生命周期成本一致的适当行动。互耦被认为是一种BIT信号注入方法,并被证明具有潜力。然而,使用这种方法的诊断能力的限制显然取决于其稳定性和特定应用程序的多路径级别。使用互耦的BIT可能需要在地面上通过外部安装的无源天线进行补充,该天线可与机载航空电子设备接口。
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