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Multi-channel, robust measurement system for efficient flight testing

机译:用于高效飞行测试的多通道,鲁棒测量系统

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With the increasing complexity of the latest types of aircraft, the requirements placed on today's flight test systems have also increased. A wide variety of signals and sensors, as well as an ever-increasing channel count from digital sources and aircraft buses, are acquired over multiple channels, monitored online and, ideally, synchronously stored in a common data sink. The constantly demanding time schedules coming from management require a particularly stabile and effective FTI system. In this case, it is a great advantage to be able to obtain all system components from a single source. For a solution to this challenge, imc Messsysteme GmbH has put together a modular flight test system based on imc measurement systems and video technology. All acquired analog and digital values are stored in the aircraft and transmitted in parallel to the control station by PCM. Thus, at any given time, it is possible to view and evaluate the measurement data via imc STUDIO Monitor without having to land the aircraft. This saves time. Additionally, imc supports the instrumentation and commissioning when necessary with their own personnel resources to reach the goal faster.
机译:随着最近类型的飞机的复杂性越来越多,在今天的飞行测试系统上的要求也增加了。多种信号和传感器以及来自数字来源和飞机总线的不断增长的信道计数,通过多个通道获取,在线监控,理想情况下,同步地存储在公共数据宿中。来自管理的不断苛刻的时间表需要特别稳定和有效的FTI系统。在这种情况下,能够从单个源获得所有系统组件是一个很好的优点。对于解决这一挑战的解决方案,IMC Messsysteme GmbH基于IMC测量系统和视频技术的模块化飞行测试系统。所有获取的模拟和数字值都存储在飞机中,并通过PCM并行地传输到控制站。因此,在任何给定时间,可以通过IMC Studio Monitor查看和评估测量数据,而无需落地飞机。这节省了时间。此外,IMC在必要时支持仪器和调试,他们自己的人员资源更快地达到目标。

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