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Telecommunications antennas for the Juno Mission to Jupiter

机译:朱诺木星任务的电信天线

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The Juno Mission to Jupiter requires a full sphere of coverage throughout its cruise to and mission at Jupiter. This coverage is accommodated through the use of five (5) antennas; forward facing low gain, medium gain, and high gain antennas, and an aft facing low gain antenna along with an aft mounted low gain antenna with a torus shaped antenna pattern. Three of the antennas (the forward low and medium gain antennas) are classical designs that have been employed on several prior NASA missions. Two of the antennas employ new technology developed to meet the Juno mission requirements. The new technology developed for the low gain with torus shaped radiation pattern represents a significant evolution of the bicone antenna. The high gain antenna employs a specialized surface shaping designed to broaden the antenna's main beam at Ka-band to ease the requirements on the spacecraft's attitude control system.
机译:朱诺木星任务需要在整个木星巡游和任务中覆盖整个范围。该覆盖范围是通过使用五(5)根天线来实现的;面向前的低增益,中增益和高增益天线,以及面向后的低增益天线以及带有圆环形天线方向图的后装低增益天线。其中的三个天线(前向低增益和中增益天线)是经典设计,已在先前的多项NASA任务中使用。其中两根天线采用了开发的新技术来满足Juno任务的要求。针对低增益和环形辐射方向图而开发的新技术代表了双锥天线的重大发展。高增益天线采用专门的表面成形技术,旨在加宽Ka波段的天线主波束,从而减轻对航天器姿态控制系统的要求。

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