Radiation Data Acquisition System Using Wireless Communication

M. Reshma Ramanan, G. Shekar, P. Sreelatha, P. Pradeepkumar
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Abstract

Radiation intensity which is measured in power per unit area is used to analyze the extent of effect of radiation and can be used for analytical studies. In this paper, a real time monitoring system is proposed to collect the intensity of sunlight and transmit the data using wireless communication for a suitable range with less transmission loss. Two radiation sensors are used to measure the intensity of light - one is to quantify intensity of directly incident light and other for reflected light from earth. It works on the basis that intensity of light is directly proportional to the voltage. This data acquired is transmitted using a powerful Sub-1GHz wireless microcontroller. The proposed system was tested at different intervals of time. The results showed stable voltage readings proportional to the light intensity. These radiation values were transmitted successfully in wireless mode for a range upto 250m without any transmission loss.
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无线通信辐射数据采集系统
辐射强度是用单位面积的功率来衡量的,用来分析辐射的影响程度,可以用于分析研究。本文提出了一种实时监测系统,采集太阳光的强度,并利用无线通信在合适的范围内传输数据,传输损耗小。两个辐射传感器用于测量光的强度,一个用于量化直接入射光的强度,另一个用于测量来自地球的反射光的强度。它的工作原理是光的强度与电压成正比。采集到的数据通过一个功能强大的Sub-1GHz无线微控制器传输。在不同的时间间隔对所提出的系统进行了测试。结果显示稳定的电压读数与光强成正比。这些辐射值在无线模式下成功传输了250米,没有任何传输损失。
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