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Design and Implement of a Food Safety Testing Instrument Based on Microcontroller

机译:基于单片机的食品安全检测仪的设计与实现

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A food safety testing instrument is designed and developed based microcontroller. The instrument includes optical unit, conditioning unit and control and acquisition unit. The optical unit converts the chemiluminescence signals into electrical signals through photoelectric sensor. Conditioning circuit mainly amplifies the weak signal to an appropriate range. Control and data acquisition circuit consists of the MCU, LCD and memory circuit. The experiment shows that the correlation coefficient (R~2) between the phosphate ion concentration and emitting area was 0.98. The instrument is small, cheap and reliable. It shows that the instrument can successfully used to quick measurement for food safety in field.
机译:设计并开发了一种基于微控制器的食品安全测试仪器。该仪器包括光学单元,调节单元以及控制和采集单元。光学单元通过光电传感器将化学发光信号转换为电信号。调节电路主要将弱信号放大到适当的范围。控制和数据采集电路由MCU,LCD和存储电路组成。实验表明,磷酸根离子浓度与发射面积的相关系数(R〜2)为0.98。该仪器体积小,价格便宜且可靠。这表明该仪器可以成功地用于现场食品安全的快速测量。

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