Enhanced Magnetic Coil Facility for Magnetic Cleanliness, Characterization and Susceptibility

M. Cucca, M. Marzot, A. Del Prete, A. Leone, E. Ferrari
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Abstract

The experience done by Thales Alenia Space on magnetic cleanliness [1] and characterization during Rosetta and Bepi Colombo reveal some limitations on the measurement system used. For this reason, it was decided to design and manufacture a new MCF (Magnetic Cleanliness Facility), adequate to enlarge the capabilities to support testing of spacecraft with stringent magnetic requirements, to allow the repeatability of the measurement and the possibility to use user defined magnetic patterns. The main test activities supported by the new facility are: ‐DC (Direct Current) and AC (Alternate Current) magnetic field measurements; ‐Magnetic cleanliness on electronic equipments or mechanical parts of the S/C (Space/Craft) ‐Magnetic field susceptibilty tests (DC or low freq. magnetic fields and AC fields). This paper aims to describe in details the design of this new facility, the validation activities performed and the first testing activities on going in TASInI TO (Thales Alenia Space in Italy Torino).
用于磁洁净度、表征和磁化率的增强型磁线圈设备
Thales Alenia Space在Rosetta和Bepi Colombo期间所做的磁洁净度经验[1]和表征揭示了所使用的测量系统的一些局限性。出于这个原因,决定设计和制造一个新的MCF(磁洁净度设备),足以扩大能力,以支持具有严格磁性要求的航天器的测试,允许测量的可重复性和使用用户定义的磁模式的可能性。新设备支持的主要测试活动是:‐直流(直流)和交流(交流)磁场测量;‐S/C(太空/飞船)的电子设备或机械部件的磁洁净度‐磁场敏感性测试(直流或低频磁场和交流磁场)。本文旨在详细描述这个新设施的设计,执行的验证活动以及在TASInI to(意大利都灵的泰雷兹阿莱尼亚空间)进行的第一次测试活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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