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Study on EMI/ESD effects of Electric Propulsion System on spacecraft systems and mitigation techniques

机译:电力推进系统对航天器系统的EMI / ESD影响及缓解技术研究

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A study has been made to determine the probable EMI and ESD effects of Electric Propulsion System (EPS) on Spacecraft performance to generate and implement mitigation techniques to overcome these effects. Detailed literature survey has been made on the tests carried out by other space agencies on EPS in Anechoic Chamber along with Vacuum chamber and spacecraft charging related aspects of EPS. The EMI/EMC tests results of Rusiian Keledish thruster SPT-50, planned to be used on-board GSAT-9 satellite, with ISAC made Power Processing Unit (PPU-10) have been compiled. This paper consolidates the literature available on satellites that have flown in the past with Electric Propulsion Systems. Based on these experiences and EMC measurements conducted mitigation techniques, precautionary measures and the areas requiring in depth study for future ISRO satellites are presented.
机译:为了确定电动推进系统(EPS)对航天器性能的可能的EMI和ESD影响,已经进行了一项研究,以生成并实施缓解技术来克服这些影响。已对其他空间机构在无声室中对EPS进行的测试以及与EPS的真空室和航天器充电相关的方面进行了详细的文献调查。计划与ISAC联合制造的功率处理单元(PPU-10)一起计划在机载GSAT-9卫星上使用的Rusiian Keledish推进器SPT-50的EMI / EMC测试结果已经汇总。本文巩固了过去使用电推进系统飞行的卫星上的文献资料。根据这些经验和通过EMC技术进行的缓解技术测量,介绍了预防措施以及需要对未来ISRO卫星进行深入研究的领域。

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