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为了给飞机自卫系统寻求提供抢先对付导弹威胁的能力,美国空军已倡导了一项计划,研究能很快从微波频段中提取截获方式雷达信号并用此数据引导干扰子系统的接收机技术.这项计划是两年前在埃格林空军基地经赖特实验室和空战中心的官员们的几次会议上商定、由赖特实验室电子战分部有源对抗科起草制定的.在会上,空战中心的官员表示希望他们能够检测并干扰工作在截获方式下的目标跟踪雷达和地对空威胁系统以及来袭的半主动制导式导弹.检测并干扰处于截获工作方式中的雷达系统,威胁系统便不能切换成跟踪方式,如果干扰了跟踪雷达,便不能向飞机发射其制导的导弹,于是能有效地克制威胁.
In an effort to provide aircraft defense systems with the capability to preempt missile threats, the U.S. Air Force has initiated a program to study receiver technology that can quickly extract intercepted radar signals from the microwave band and use that data to guide interfering subsystems. The plan was agreed two years ago at several meetings of officials at Eglin AFB via Wright Laboratory and Air Combat Center and was drafted by the Active Conflict Section at Wright’s Laboratory Electronic Warfare Division. Center officials expressed their hope that they will detect and interfere with target tracking radars and ground-air threat systems and incoming semi-active guided missiles that operate in the interception mode, detect and interfere with radar systems that intercept operational modalities, and threaten the system Can not switch to tracking mode, if the interference with the tracking radar, they can not be fired into the aircraft guided missile, and then effectively control the threat.