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GJB289A总线网络电气特性仿真及故障分析
引用本文:郑敬杭,江志东,霍立平,张弟.GJB289A总线网络电气特性仿真及故障分析[J].航空工程进展,2022,13(5):179-186.
作者姓名:郑敬杭  江志东  霍立平  张弟
作者单位:海军航空大学青岛校区,海军航空大学青岛校区,海军航空大学青岛校区,海军航空大学青岛校区
基金项目:内部(院校级):舰载机数据总线与航电系统网络
摘    要:机载GJB289A 总线用于实现各类航空电子设备之间的物理连接,其可靠性直接影响着飞机航电系统的正常运行。为了分析GJB289A 总线网络典型电气故障特性,根据GJB289A 总线网络变压器、终端电阻分布参数及有损耦合传输线模型,在ADS(Advanced Design System)软件中构建包含两个耦合变压器的两端...

关 键 词:GJB289A总线  电气特性  仿真  电气故障  有损耦合传输线模型
收稿时间:2021/9/8 0:00:00
修稿时间:2022/3/24 0:00:00

Simulation and Fault Research On Electrical characteristics of the GJB289A bus
ZHENG Jinghang,JIANGZHIDONG,HUO Liping and ZHANG Di.Simulation and Fault Research On Electrical characteristics of the GJB289A bus[J].Advances in Aeronautical Science and Engineering,2022,13(5):179-186.
Authors:ZHENG Jinghang  JIANGZHIDONG  HUO Liping and ZHANG Di
Institution:Naval Aviation University Qingdao Branch,,
Abstract:Aiming at the requirement of regular field testing and fault diagnosis of the electrical characteristics of the airborne GJB289A bus network, the GJB289A bus network is modeled and simulated by the ADS (Advanced Design System) software, and the typical electrical fault characteristics of the GJB289A bus network are studied. According to the distribution parameters of transformer and terminal resistance, and the lossy coupling transmission line model of the GJB289A bus system, a two-port network model containing two coupling transformers is constructed in the ADS software, and the effectiveness of the simulation model based on distributed parameters is verified by theoretical derivation and laboratory test comparison analysis. Based on the distributed parameter model of two port network, the characteristic waveforms and parameters of typical electrical fault types are analyzed and sorted out to realize the rapid judgment of typical electrical faults. Combined with the topology, physical size and distribution parameters of the actual GJB289A bus network, the accurate waveforms of the test port and the characteristic parameters of typical electrical faults can be simulated by using this method, which provides technical support for optimal design of bus detection equipment and the health management of the bus network state.
Keywords:
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