CAJ | 학술논문

为了对冻土区土壤环境进行实时采集处理和检测，在此选取ADS8341作为A/D转换芯片，STM32F103ZET6芯片作为微处理器，设计并实现了将ADS8341芯片和STM32F103ZET6芯片相结合用于采集土壤环境数据的硬件电路和A/D采集软件控制过程。经过实际的检测与分析，该设计可以对冻土区土壤进行实时高效的采集、处理以及对数据的保存，以便后期数据的查询和土壤环境总体趋势的预测。
위료대동토구토양배경진행실시채집처리화검측，재차선취ADS8341작위A/D전환심편，STM32F103ZET6심편작위미처리기，설계병실현료장ADS8341심편화STM32F103ZET6심편상결합용우채집토양배경수거적경건전로화A/D채집연건공제과정。경과실제적검측여분석，해설계가이대동토구토양진행실시고효적채집、처리이급대수거적보존，이편후기수거적사순화토양배경총체추세적예측。
In order to conduct real?time acquisition, processing and detection of the frozen soil environment data, ADS8341 is chosen as A/D conversion chip and STM32F103ZET6 chip as MPU. The data acquisition circuit and A/D acquisi?tion software control process based on ADS8341 and STM32F103ZET6 was designed. The actual tested and analyzed results show that the interface circuit can achieve real?time effective acquisition,processing and storage of the frozen soil environment data,which contribute to the future query of the relevant data and prediction of the trend of soil environment.