运载火箭测量系统综合化设计与实现OACSTPCD
Design and implementation of integrated measurement system for launch vehicle
针对运载火箭传统测量系统设备功能单一、工作体制固化、体系架构封闭等问题,通过对系统技术特点、技术迭代过程和局限性的分析,基于运载火箭平台约束条件,提出一种适合当前应用的基于综合电子的开放式系统架构;其次,完成了基于该架构的综合射频终端研制,实现了小型化、轻质化、低功耗、可灵活扩展的综合化测量系统.所设计系统能够满足总体应用需求,在航天领域具有广泛的应用前景.
In allusion to the problems of single function,fixed working system,and closed system architecture of traditional measurement systems for launch vehicles,a suitable open system architecture based on integrated modular avionics(IMA)for current applications is proposed based on the constraints of the launch vehicle platform and by analysing the technical characteristics,iterative process,and limitations of the system.The development of the comprehensive RF terminal based on this architecture is completed,achieving a miniaturized,lightweight,low-power,and flexible and scalable comprehensive measurement system.The designed system can meet the overall application requirements and has broad application prospects in the aerospace field.
刘来方
中国西南电子技术研究所,四川 成都 610036
电子信息工程
运载火箭测量系统综合射频终端综合化架构电子系统性能测试
launch vehiclemeasurement systemcomprehensive RF terminalintegrated architectureelectronic systemsperformance testing
《现代电子技术》 2024 (008)
171-174 / 4
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