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The thermal design of the thermal cutter of an antenna opening mechanism employed on a pico- satellite

机译:微型卫星上使用的天线打开机构的热切割器的热设计

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In CubeSat-sized satellites the effective placement of the communication system's antenna is crucial both from weight and volume-wise point of view. Due to the size of the antenna, the only way it could be located inside the satellite was in a folded state. Thus a procedure had to be devised to open the antenna in a safe and reliable way using a thermal cutter in a wide temperature range. This paper summarizes the design considerations of the thermal cutter. It touches on the measurements and tests that were conducted in order to verify the design on the ground. The thermal cutter described in this article worked flawlessly on the Masat-1 CubeSat that was put into orbit in 2012. The results of the measurements conducted during the opening procedure in space are also described in the paper.
机译:在CubeSat大小的卫星中,从重量和体积角度来看,通信系统天线的有效放置都至关重要。由于天线的尺寸,将其放置在卫星内部的唯一方法是处于折叠状态。因此,必须设计一种在宽温度范围内使用热切割机以安全可靠的方式打开天线的程序。本文总结了热切割机的设计注意事项。它涉及为了验证地面设计而进行的测量和测试。本文所述的热力切割机在2012年投入运行的Masat-1 CubeSat上完美运行。本文还介绍了在太空打开过程中进行的测量结果。

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