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A COMMON SB4000 AVIONICS BASED SOLUTION FOR EXOMARS CARRIER AND ORBITER

机译:基于SB4000航空电子学的常见解决方案

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tion space application, AAS-F is able to propose an efficient solution adapted from the Spacebus 4000 avionics, with required performances, and optimum development as well. The SB4000 avionics is based on a robust and advanced performing AOCS, and on an adaptable progressive FDIR concept, which makes extremely low the cases leading to out-ages. These basic design concepts are mandatory for the EXOMARS avionics. The avionics architecture developed for the SB4000 family is very flexible to cope with ad-aptations inherent to platform family. This capability is largely exploited in the frame of the EXOMARS avionics, minimising then the development risks. The paper will focus on the avionics characteristics considering both carrier and orbiter modules, and on the adopted solution based on SB4000 avionics, to raise the schedule challenge.
机译:在空间应用中,AAS-F能够提出一种适用于Spacebus 4000航空电子设备的高效解决方案,并具有所需的性能和最佳的开发。 SB4000航空电子设备基于功能强大且性能先进的AOCS,以及可适应的渐进式FDIR概念,这使得导致停机的情况极少发生。这些基本设计概念对于EXOMARS航空电子设备是必不可少的。为SB4000系列开发的航空电子体系结构非常灵活,可以应对平台系列固有的自适应。这种功能在EXOMARS航空电子设备的框架中得到了充分利用,从而最大程度地降低了开发风险。本文将着重考虑同时考虑到载波和轨道器模块的航空电子特性,以及基于SB4000航空电子的已采用解决方案,以提高日程安排的难度。

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