The full-performance automatic precipitation monitoring system is an advanced rainfall monitoring system, which can monitor rainfall and rainfall intensity in real time and accurately, and can analyze, process and store meteorological data. The system usually consists of measurement, signal conversion, signal transmission, data processing, etc., and can collect rainfall information in real time. On the basis of many experiments, this paper analyzes the calibration principle and uncertainty of the full-performance automatic precipitation monitoring system, which can better understand the performance of the system and improve its measurement accuracy and reliability.
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