应用Arduino编程实现ML8511紫外传感器连接指南学习紫外电平的影响

N. A. Pramono, O. Ghaisyani, B. A. Purwandani, F. I. Sofyan
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引用次数: 2

摘要

本文学习Arduino的编程。本文还探讨了如何将其用作学习和研究工作的工具。学习如何使用Arduino编程,将项目板连接到计算机上的软件,使用Arduino的决策和内存存储能力创建传感器。ML8511紫外线传感器输出一个模拟信号,与它检测到的紫外线的量和对人体的影响有关,如果得到紫外线的水平。结果来自三个不同的地点,例如两个室外和室内,从早上6点30分到上午10点45分。数据显示,在室外,在清晨或傍晚时分,太阳光线以更大的角度穿过大气。人体吸收的紫外线较多,到达地球的紫外线较少,而室内紫外线指数为0。在无云的天空下,紫外线水平最高,而云层通常会减少人的暴露。然而,轻或薄的云几乎没有影响,甚至可能增加紫外线水平,因为散射。不要被阴天或凉风所迷惑!即使是长时间呆在阴凉处,比如在建筑物之间,敏感的人也可能在紫外线水平高的一天被晒伤。因此,了解紫外线等级的影响是很重要的,从应用Arduino编程入手,利用ML8511紫外传感器进行简化研究。关键词:传感器紫外;ML8511;Arduino;紫外线灯;软件
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Arduino Programming Using ML8511 UV Sensor Hookup Guide to Learning the Effect of Ultraviolet’s Level
This paper learn programming of an Arduino. This also explores on how it can be used as a tool for study and research works. Learn how to program with Arduino, connect the project board to software on your computer, create sensor with the decision making and memory storing abilities of the Arduino. The ML8511 UV sensor outputs an analog signal in relation to the amount of UV light it detects and the effect to human body if get UV light in levels. The result are from three different locations, such as two outdoor and indoor start from 6.30 a.m until 10.45 a.m. Data shows that in outdoor during early morning or late afternoon hours the sun's rays pass at a greater angle through the atmosphere. Much more UV radiation is absorbed and less reaches the Earth, on the contrary in indoor UV index was 0. UV levels are highest under cloudless skies, and cloud cover generally reduces a person's exposure. However, light or thin clouds have little effect and may even enhance UV levels because of scattering. Don't be fooled by an overcast day or a cool breeze! Even a long stay in open shade, for example between buildings, may give a sensitive person a sunburn on a day with high UV levels. Therefore, it is important to know effect of ultraviolet’s level, from application of Arduino Programming using ML8511 UV sensor simplify the research.Keywords: Sensor UV; ML8511; Arduino; UV lights; Software.
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