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The development of IATE in avionic system based on the PXI bus

机译:基于PXI总线的航空电子系统中IATE的开发。

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Airborne avionic system is the core of airplane information's acquisition, transmission, processes and data fusion. Combined avionic system adopt centralize-distribution computer structure that with numerous systems and jumbled equipments. In maintenance support, testing the performance index and function of each LRU in the system, needs numerous special test equipments and instruments matched with each LRU, compared with that, judging the equipments' status by manual test costs long work hours and is fussy and ineffective. Adopt the PXI instrument as test platform, synthetically use the GPIB instrument technology, virtual instrument technology, simulation technology and so on, develop the IATE based on the PXI and GPIB bus instruments, offer the work environment for each LRU of avionic system in the airplane, auto complete each LRU's control, urge, capability and function test. This test equipment has characteristics of advanced technology, high reliability, easy operation and commonality, successfully solved the automatic test problem in airborne avionic system.
机译:机载航空电子系统是飞机信息的获取,传输,过程和数据融合的核心。组合航空电子系统采用集中分布计算机结构,具有众多系统和混乱的设备。在维护支持中,测试系统中每个LRU的性能指标和功能,需要与每个LRU配套的众多专用测试设备和仪器,相比之下,通过手动测试来判断设备的状态会花费较长的工作时间,且繁琐且效率低下。采用PXI仪器作为测试平台,综合利用GPIB仪器技术,虚拟仪器技术,仿真技术等,基于PXI和GPIB总线仪器开发IATE,为飞机航空电子系统的每个LRU提供工作环境,自动完成每个LRU的控制,冲动,能力和功能测试。该测试设备具有技术先进,可靠性高,操作简便,通用性强的特点,成功解决了机载航空电子系统中的自动测试问题。

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