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Bridging Commercial and Defense Technology to Maintain EW Innovation

机译:桥接商业和国防技术以维持EW创新

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摘要

From an electronic warfare (EW) perspective, offensive or defensive, in most engagements we do not control the pace or band of the electromagnetic spectrum operations. Rather, our systems react to the emitters or target systems' capabilities, operations and locations. We must address as many of the emitters as possible to maximize the benefit to the warfighter, both effectiveness and lifecycle cost. Emitters of interest for our EW systems span communications, radars and unintended radiation sources; a subset are passive sensors, with no intended radiation at all. In many cases, radar and communications systems have moved higher in frequency over the decades, while legacy systems maintain persistence in the lower frequency bands. Our EW systems must detect, identify, locate, intercept, report and sometimes engage these sources of intended and unintended emissions, regardless of frequency.
机译:从电子战(EW)的角度来看,令人反感或防守,在大多数接合中我们没有控制电磁频谱操作的速度或频段。相反,我们的系统对发射器或目标系统的能力,操作和位置作出反应。我们必须解决尽可能多的发射者,以最大限度地利用战士,效力和生命周期成本。利息我们的EW系统跨越通信,雷达和意外辐射源;子集是被动传感器,根本没有预期的辐射。在许多情况下,雷达和通信系统在几十年中频率越来越高,而传统系统在较低频带中保持持久性。我们的EW系统必须检测,识别,定位,拦截,报告,有时会与这些频率进行拟合和意外排放来源。

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  • 来源
    《Microwave Journal》 |2020年第junaspeca期|28303234|共4页
  • 作者

    Benjamin McMahon;

  • 作者单位

    BAE Systems Nashua N.H.;

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  • 正文语种 eng
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