基于高可用热插拔技术的CPCI测试系统中数字输出板的研究与实现

Tianxu Yang, Xiaoguang Hu
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引用次数: 0

摘要

CPCI总线作为众多母线中较为复杂、航空航天试验系统应用最为广泛的母线系统,正从高档热插拔技术到热备份技术实现更大的应用需求。其设计、应用方法和技术应用于相关设备的改造升级,同时也对更高层次的整体系统设计过程具有指导意义。尤其对热测控系统设计和系统整体冗余热备份方案结构具有重要的指导意义。因此,CPCI总线、热插拔和热备份技术实现最具代表性。本课题选取了最具代表性的系统设计实例,根据相关标准设计演示实验平台,设计了HILS系统和控制系统,验证了系统的热冗余性。在此基础上通过相关技术报告验证了所提出理论的正确性。
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Research and realization of digital export boards in CPCI test system based on high availability hot-swap technology
CPCI bus, as many buses more complex, aerospace test system the most widely used bus system, is ranging from high-grade hot swap technology and hot backup technology to achieve greater application needs. Its design, application methods and techniques applied in the transformation to meet the related equipment upgrades, but also instructive in higher levels of overall system design process. Especially important guiding significance for thermal measurement and control system design and overall system redundancy hot backup plan structure. Therefore, CPCI bus, hot-swappable and hot backup technology achieve the most representative. This issue is chosen the most representative system design example, according to the relevant standard design demonstration experiment platform, design the HILS system and Control System validate the hot redundancy of the system. On this basis the relevant technical report to verify the proposed theory is correct.
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