EMI control in high reliability space systems

N. K. Agarwal
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引用次数: 4

Abstract

Modern launch vehicles, and spacecraft carry complex sophisticated onboard electronic systems. The special features of such systems are diversified functions, use of wide range of spectrum and high density packaging. These factors may give rise to interference problems which can result from delays to even total mission failures. Hence, ensuring electromagnetic compatibility (EMC) is an essential part of the overall design and development efforts of spacecraft and launch vehicle electronic systems. The paper briefly describes engineering and management requirements of EMC programme of space systems. It first describes how to establish systems EMC requirements followed by EMC specifications generation, design techniques and test requirements. The paper then deals with electrostatic problems in spacecraft and role ad requirement of analysis programme. Lastly, EMC management aspects are briefly described.
高可靠性空间系统中的电磁干扰控制
现代运载火箭和宇宙飞船携带复杂精密的机载电子系统。这种系统的特点是功能多样化,使用广泛的频谱和高密度封装。这些因素可能引起干扰问题,从而导致延误甚至任务完全失败。因此,确保电磁兼容性(EMC)是航天器和运载火箭电子系统总体设计和开发工作的重要组成部分。简述了空间系统电磁兼容方案的工程要求和管理要求。首先介绍了如何建立系统EMC要求,然后介绍了EMC规范的生成、设计技术和测试要求。然后论述了航天器静电问题以及分析程序的作用和要求。最后简要介绍了EMC管理方面的内容。
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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