Design and implementation of a low cost particulate material transducer

Ernesto Palo Tejada, Victoria Campos Falcon, E. H. Cayo
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Abstract

This work presents the design, implementation, calibration and test of a transducer system for Particle Material — PM based on the sensor GP2Y1010. This sensor is the principal element of many commercial PM transducers, but its sensitivity for environmental perturbations (such as humidity, temperature, etc.) implies the using of complex instrumentation circuits which increases the final price of this product. In this work is proposed a low cost PM transducer, the main characteristics of its instrumentation circuit are detailed. The characteristics of the proposed transducer such as resolution, precision, range of measurement, temperature operation are near among of the characteristics of commercial transducers. The purpose of this transducer is the monitoring of particle material due to mining activity around the Arequipa city, since the particle material concentration out of permissible range is a potential risk for the public health, in this sense the measurement with a reliable and low cost device is a challenging task.
一种低成本微粒材料传感器的设计与实现
本文介绍了基于GP2Y1010传感器的颗粒材料- PM传感器系统的设计、实现、标定和测试。该传感器是许多商用PM换能器的主要元件,但其对环境扰动(如湿度,温度等)的敏感性意味着使用复杂的仪器电路,这增加了该产品的最终价格。本文提出了一种低成本的永磁换能器,详细介绍了其仪表电路的主要特点。所提出的换能器在分辨率、精度、测量范围、温度操作等方面的特点接近于商用换能器的特点。该传感器的目的是监测由于阿雷基帕市周围采矿活动造成的颗粒物质,因为颗粒物质浓度超出允许范围对公众健康构成潜在风险,从这个意义上说,使用可靠和低成本的设备进行测量是一项具有挑战性的任务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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