标题:
电涡流式传感器液面测量控制系统Control System of Liquid Level Measurement Based on Eddy Current Sensor
作者:
李阳, 迟宗涛
关键字:
电涡流式传感器, 单片机, 液面测量Eddy Current Sensor, Single-Chip Microcomputer, Liquid Level Measurement
期刊名称:
《Computer Science and Application》, Vol.6 No.8, 2016-08-17
摘要:
随着微电子技术的不断发展，智能化程度的日益加深，以及国家相关政策支持力度的不断加大，其在测量领域发挥的作用也日见显著。在工业生产与日常生活中，经常需要进行液面高度测量，采用微电子技术作为控制系统具有小型化、低功耗、可靠性高的优点。文中介绍了一种电涡流式位移传感器，是一以单片机为核心的液面高度测量电子控制系统。本控制系统以单片机为核心，控制液面高度数据的采集、管理以及远程通讯，具有体积小、维护容易、可靠性高、实时测量并显示液面高度值、记录历史数据、远程传输等优点。本文综合应用了传感器、微控制器等领域的知识，详细介绍了液面高度测量电子控制系统的整体结构及控制方法。本文的研究实现了液面测量电子控制系统的小型化，智能化，并基于接触式测量方法进一步确保了测量的精准度，从而降低了测量装置的复杂性，节约了材料，具有重要的现实意义和显著的社会效益。
With the development of microelectronics technology, increasingly intelligent and relevant national policies and support growing, its role in the measurement region has become more significant. In industrial production and daily life, it is often necessary for liquid level measurement, of which microelectronic technology is adopted as the control system, having advantages of miniaturization, low power consumption, and high reliability. Eddy current type displacement sensor is introduced in this paper, based on the single chip microcomputer electronic control system of liquid height measurement. This system uses single-chip microcomputer as the core control system, and controls liquid level data collection, management, and telecommunications. Small size, easy maintenance, high reliability, real time measurement and displaying the liquid height value, recording historical data remote transmission and so on are advantages of this system. This paper comprehensively applies knowledge in the areas of sensors, micro-controller, and introduces in detail the overall structure and control methods of electronic control system of liquid height measurement. This study implements the miniaturization and intelligentization of electronic control system of liquid level measurement, and based on contact measuring method ensures the measurement accuracy, which can reduce the complexity of measuring devices, save material, having important practical significance and significant social benefits.