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Semi-active radar stations to detect the launch of spacecraft and ballistic missiles IN THE FIELD OF SATELLITE highlight digital television broadcasting
Semi-active radar stations to detect the launch of spacecraft and ballistic missiles IN THE FIELD OF SATELLITE highlight digital television broadcasting
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机译：半主动雷达站，用于探测卫星领域的航天器和弹道导弹的发射，着重介绍数字电视广播
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摘要
The invention relates to a diversity radiolocation and can be used to detect and determine the parameters (velocity and direction) starting spacecraft (SC), and ballistic missiles (BR) "transmission" in the illumination space satellite transmitters coat rack digital television (DTV). The achieved technical result - the detection and determination of the start parameters of spacecraft and ballistic missiles in the illumination space satellite digital broadcasting transmitters at distances ensuring timely notification of the start location and parameters through the use of the principle of the luminal location. In this receiving unit, comprising two main antenna, one of which is focused on the region, and the other is raised over the area KA possible start or BR on the elevation providing sight spacecraft maneuver or BR, it is mounted so that is ensured luminal observation spacecraft or BR. coherent digital processing unit receiving module implements detection operation, the spacecraft recognition and BR. 2 ZP f ly-3-yl.
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机译：本发明涉及分集无线电定位，并且可以用于检测和确定照明空间中的卫星发射器衣帽架数字电视（DTV）中的起始航天器（SC）和弹道导弹（BR）“传输”的参数（速度和方向）。 。获得的技术成果-在远距离照明空间卫星数字广播发射机中检测和确定航天器和弹道导弹的启动参数，从而确保通过使用照明位置原理及时通知启动位置和参数。在该接收单元中，包括两个主天线，其中一个主天线聚焦在该区域上，另一个主天线在区域KA上可能出现的起始位置或BR上方升高，以提供视线航天器操纵或BR，其安装方式确保了照明观测航天器或BR。相干数字处理单元接收模块实现探测操作，航天器识别和BR。 2 ZP f ly-3-yl。
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