空气数据测试系统自动化

Syed Hayder Abbas, Muhammad Yousaf Ali Khan, Imran Pervez
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引用次数: 1

摘要

本文提出了一种实现空气数据自动检测的方法。传统的空气数据测试系统(ADTS)是用不同的数值手动编程的,使用设备上的内置数字键盘来校准车辆或飞机的压力和高度传感器。对于每个输入,结果输出与它进行比较。这种手动方法适用于小范围的压力,但当传感器需要在大范围的压力值上进行测试时,这种方法非常耗时,因此变得不切实际。因此,需要自动校准过程。本文介绍了在Lab VIEW中开发的一个应用程序的实现,该应用程序通过GPIB接口自动校准ADS。开发的GUI允许在有限的时间内对传感器进行广泛的测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automation of Air Data Test System
In this paper we have presented an approach to automate the air data testing techniques. Traditionally the Air Data Test System (ADTS) is manually programmed with different values, using the built-in numeric keypad on the equipment, to calibrate the pressure and altitude sensors of a vehicle or aircraft. For each input the resulting output is compared with it. This manual approach is suitable for small ranges of pressure but when the sensor needs to be tested over a large range of pressure values, is time consuming and thus becomes impractical. Thus the need arises for automating the calibration process. This paper presents the implementation of an application developed in Lab VIEW for automating the calibration of the ADS via the GPIB interface. The GUI developed allows for extensive testing of the sensor in limited time.
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