用交叉数字传感器构建pH测量微控制系统

Amalia L. M. R. Soares, Lucas A. Both, L. Zambom, R. Mansano
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引用次数: 0

摘要

数字式电容式传感器是一种非常出名和重要的传感器,因为用少量的溶液,这些类型的传感器可以提供非常准确和有效的结果。这项工作旨在建立一个能够测量溶液pH值的微控制电路(其工作原理基于数字间电容传感器的行为)。最后一种设备是ph计,可用于许多领域,如药店,技术学校,大学,医院等。此外,由于生产成本低,这项工作使购买力低的人或地区能够获得这类设备。本项目与普通项目的主要区别在于通信接口。最后的设备使用蓝牙和互联网向用户发送信息,增加和方便了对结果和数据的访问。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Building of a microcontrolled system for a pH measurement using a interdigitated sensor
One type of sensor that has received much fame and importance is the interdigital capacitive sensors, because with a small amount of solution these types of sensors can provide very accurate and effective results. This work aims to build a microcontrolled circuit capable of measuring the pH of a solution (whose operating principle is based on the behavior of an interdigital capacitive sensor). The final device is a pHmeter, which can be used in many fields, like chemist's shops, technical schools, universities, hospitals, etc. Furthermore, this work allows the access to this type of equipment by people or regions with low purchasing power, because of the low production costs. The main difference between this project and the common ones is the interface of communication. The final device uses Bluetooth and Internet to send information to the users, increasing and faciliting the access to results and data.
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