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Design of magnetic stabilization coils for PilsenCUBE picosatellite

机译:Pilsencube Picosatellite磁稳定线圈设计

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CubeSat class of the picosatellites offer a support for the low-costs science experiments. Designing of these picosatellites is very difficult due to several critical design limits. For example the CubeSat mass is presently limited up to 1.33kg, inside volume for the electronics and mechanical parts is less then 1dm3 and the total mean power consumption of all electronics is often less then 1W due to a limited solar cells area. This paper is focused on magnetic coils design for PilsenCUBE picosatellite stabilization subsystem in relations to the influencing disturbance forces. The presented stabilization coil design should be generally used for other similar picosatellite projects.
机译:Picosatellites的CubeSat类提供了对低成本科学实验的支持。由于几个关键的设计限制,这些皮质卫星的设计非常困难。例如,立方体质量目前限制为1.33kg,电子和机械部件的内部容积小于1dm 3 并且由于a,所有电子器件的总平均功耗通常小于1w。有限的太阳能电池区域。本文专注于磁线圈设计,为Pilsencube Picosatellite稳定子系统与影响扰动力的关系。所呈现的稳定线圈设计应通常用于其他类似的PEPOSTELLITE项目。

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