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Analysis Design of Fiber Bragg Grating Passive Temperature Measurement Data Acquisition System

机译:光纤光栅无源温度测量数据采集系统分析与设计

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Data acquisition management system is constantly developing and finding wide applications. A user-friendly Fiber Bragg Grating passive temperature measurement data acquisition management system is designed to offer the relatively more comfortable and convenient experience to users. The system is developed on the platform of Microsoft Visual Studio 2010 with abundant instruction control statements, necessary classes and objects, and varied data types. All of these features ensure the excellent performance of the system, make it meet the need of code modularization, and conduce to the expansion, deletion, and modification of the system. The system helps complete the design of human-computer interaction interfaces of multipoint Fiber Bragg Grating, including wave length display interface, corresponding temperature display and control interface, and data acquisition, storage, and playback analysis control interface. Through the system, users can experience the excellent and efficient performance of Fiber Bragg Grating passive temperature data acquisition management.
机译:数据采集​​管理系统正在不断开发并发现广泛的应用。用户友好的光纤布拉格光栅无源温度测量数据采集管理系统旨在为用户提供相对更舒适和便捷的体验。该系统是在Microsoft Visual Studio 2010平台上开发的,具有丰富的指令控制语句,必要的类和对象以及各种数据类型。所有这些功能确保了系统的出色性能,使其满足代码模块化的需求,并有助于系统的扩展,删除和修改。该系统有助于完成多点光纤布拉格光栅的人机交互界面的设计,包括波长显示界面,相应的温度显示和控制界面以及数据采集,存储和回放分析控制界面。通过该系统,用户可以体验光纤布拉格光栅无源温度数据采集管理的出色和高效的性能。

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