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Development of the Luminous Intensity Experiment Tool Using Excel Spreadsheet to Display Data

机译:使用Excel电子表格显示发光强度实验工具以显示数据

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One of the factor that influence the light illuminance is the change of distance. Therefore, a luminous intensity experiment is carried out to study this. However, experiment using lux meter has several disadvantages such as taking a long time, the data is unstable and manually record the data. To overcome this problem, a luminous intensity experiment tool based on microcontroller ATMega 328 has been developed to measure illuminance and distance. The data was automatically recorded in the Excel spreadsheet. The illuminance measured by BH1750 sensor meanwhile the distance between the BH1750 sensor and the light source measured by ultrasonic sensor. Therefore, this experiment tool can reduce manual measurement error and save measurement time. Through the experiment, using linear graph, the effect of distance change on the illuminance can be determined. The illuminance is inversely as the square of the distance. Beside of that, using linear regression, the luminous intensity value can be determined.
机译:影响光照明的因素之一是距离的变化。因此,进行了发光强度实验以研究这一点。但是,使用Lux仪表的实验有几个缺点,如花费很长时间,数据不稳定并手动记录数据。为了克服这个问题,已经开发了一种基于微控制器Atmega 328的发光强度实验工具来测量照度和距离。数据在Excel电子表格中自动录制。 BH1750传感器测量的照度同时BH1750传感器与超声波传感器测量的光源之间的距离。因此,该实验工具可以减少手动测量误差并节省测量时间。通过实验,使用线性曲线图,可以确定距离变化对照度的效果。照度成反比距离的平方。除此之外,使用线性回归,可以确定发光强度值。

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