Design of Paper Counting Device Based on the Method of Bridge Free Axis

Bin Zhou, jinjun Cheng
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Abstract

The STM32H743 processor is the core of this device, and it adopts the method of the bridge free axis to measure the impedance of the paper between two plates, by 16 bit high precision AD accurate sampling impedance under test and the reference phase shift and amplitude value of the voltage on both ends of the impedance, the paper between the value calculated plates corresponding capacitance value, according to the capacitance between the plate and the thickness of the paper assumes the inverse relationship, finally realizes the pad paper for precise measurement. The device has the functions of capacitance acquisition, processing, self-calibration and judging the plate short circuit. Through testing, the device can detect the number of papers between plates and the test status (plate short circuit, in the testing, self-calibration, test completion) according to the actual situation and display it on LCD in real time.
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基于桥式自由轴法的数纸装置设计
STM32H743处理器是本装置的核心,它采用桥无轴法测量纸上两板间的阻抗,通过16位高精度AD精确采样被测阻抗和参考相移值以及阻抗两端电压的幅值,计算纸上两板间相应的电容值;根据极板之间的电容与纸的厚度呈反比关系,最终实现了对垫纸的精确测量。该装置具有电容采集、处理、自校准和判断极板短路等功能。通过测试,设备可以根据实际情况检测出板间的纸数和测试状态(板短路、测试中、自校准、测试完成),并实时显示在LCD上。
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