猎鹰9号运载火箭的EMI/EMC、雷电和ESD设计方法:第一部分

W. Elkman, J. Trinh, P. McCaughey, W. Chen
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引用次数: 4

摘要

针对EMI/EMC合规性的系统设计和验证的行业标准方法的趋势已经变得更加侧重于使用MIL-STD-461的特定测试要求实施大规模的单元到系统级验证。本文第一部分描述了空间探索技术公司为实现猎鹰9号运载火箭的自兼容性、与东部发射场RF要求的兼容性以及与用户有效载荷(包括COTS龙飞船)的接口兼容性量身定制的方法。本文的第二部分描述了用于预测设计性能的详细设计分析方法,以及用于验证功能性能和东部发射靶场射频发射和敏感性要求的裕度的详细定制测试方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EMI/EMC, lightning, and ESD design approach for the Falcon 9 launch vehicle: Part I
Trends in the Industry standard approach to the design and verification of systems for EMI/EMC compliance have become more focused on implementing broad scale unit-to-system level verification using specific test requirements from MIL-STD-461. Part I of this paper describes the Space Exploration Technologies tailored approach to achieve Falcon 9 launch vehicle self-compatibility, compatibility with the Eastern Launch Range RF requirements, and interface compatibility with user payloads, including the COTS Dragon spacecraft. Part II of this paper describes the detailed design analysis methods used to predict design performance, as well as describes the detailed tailored test methods used to verify functional performance and margins to the Eastern Launch Range RF emissions and susceptibility requirements.
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