摘要
为从整体上提高整个机电系统的综合控制与管理的能力,增大系统总线网络的吞吐量、满足机载多功能平台检测和控制的实时性指标要求,同时满足安全/关键机电系统的可靠性和维修性。传统的1553B总线网络已不能满足机电系统设计的需要。通过在机电综合管理系统设计中采用1394b总线技术,不仅可以提高系统总线的传输率要求,同时也可以让整个机电系统满足一次故障工作,两次故障安全的系统需求。
In order to improve the ability of comprehensive control and management of the whole airborne electromechanical system as a whole, increase the system bus network throughput and meet real-time airborne multi platform detection and control at the same time requirements,and meet the safety/critical system reliability and maintainability .The traditional 1553 B bus network can not meet the needs of electromechanical system design. Through the use of 1394 b bus technology in electromechanical integrated management system design,not only can improve the transmission rate of the system bus, but also can make the electromechanical system meet a fault work, two fail-safe system requirements
出处
《电子测试》
2017年第7期34-35,21,共3页
Electronic Test
基金
航空科学基金资助项目(2016ZC31004)
