摘要
文章提出了航天器低频电缆网的设计原则,以某航天器低频电缆网的设计为例,详细介绍了该低频电缆网功能的实现方法;整理归纳了地面测试阶段,航天器低频电缆网对航天器火工品、太阳电池阵驱动机构、蓄电池组等的安全保护措施。经航天器初样阶段验证,该低频电缆网设计合理可行,完全满足航天器任务要求。
This paper discusses the design ＆the low-frequency electric cable network for satellite. By taking the low frequency electric cable network design for a special satellite as an example, the realization of the functions of the low frequency electric cable network is analyzed. In the ground testing period, the safety measures for protecting the satellite explosive, the solar array drive, and the storage battery are reviewed. In the verification of the prototype of the satellite, the low-frequency electric cable network design is shown to be reasonable and feasible_ and can meet the rni^inn roalllromonte tnf/ho eotolllt~
出处
《航天器环境工程》
2013年第2期200-202,共3页
Spacecraft Environment Engineering
关键词
航天器
低频电缆网
电磁兼容性
安全性设计
satellite
low frequency electric cable network
electromagnetic compatibility
safety design
