第46卷第1期2023年2月电子器件ChineseJournalofElectronDevicesVol.46No.1Feb．2023项目来源:山东交通学院博士基金项目(BS201902063);山东交通学院教学改革研究项目(2019ZD05);教育部产学合作协同育人项目(202002018029);山东省本科教学改革研究项目面上项目(M2021030)收稿日期:2022－04－20修改日期:2022－07－23ＲesearchonDataAcquisitionMethodofSensorArrayBasedonMultipleDS18B20*DUGuangyue1*，LIUMeili1，ZHOUMeng2，WANGXiaohong1，WANGYue1，TIANFengshuo1(1．SchoolofＲailTransportation，ShandongJiaotongUniversity，JinanShandong250357，China;2．StateGridShandongYunchengElectricPowerSupplyCompany，YunchengShandong274700，China)Abstract:AdistributedparalleldataacquisitionmethodbasedonmultipleDS18B20temperaturesensorarraysisproposed，whichsolvespoorsynchronizationproblemofsensorarraydataacquisitionformulti-pointdetectionusedintemperaturegradientsspaceonthermalphysics，meanwhileimprovesthereal-timedetectionanddetectionefficiency．ThestructureandworkingsequenceofDS18B20tempera-turesensorareanalyzedindepth．Firstly，alltemperaturesensorsinthearrayareIDmatched，andthenthetemperatureconversionisstarted，sothatthelongestprocessofthesensorcanbesynchronizedasmuchaspossible，shorteningthetimetogettemperaturedataoftheentirearray．Atthesametime，thelengthsoftimetakenfortemperatureacquisitionoftwomethodsthroughanarrayof180DS18B20sensorsarecompared．Thedistributedparalleldataacquisitionmethodtakes3．6s，whichis82．2sshorterthanthatofthetraditionalone-by-onetemperatureacquisition．ThemethodproposedimprovesthesynchronizationofdataacquisitionofmultipleDS18B20temper-aturesensorarrays，whichisofgreatsignificancetothestudyoftemperaturefieldandtemperaturegradientmodelinspace．Keywords:DS18B20temperaturesensor;sensorarray;temperaturegradient;dataacquisitionEEACC:7210Gdoi:10．3969/j．issn．1005－9490．2023．01．003基于多DS18B20传感器阵列的数据采集方法研究*杜光月1*，刘美丽1，周蒙2，王晓红1，王越1，田丰硕1(1．山东交通学院轨道交通学院，山东济南250357;2．国网山东郓城县供电公司，山东郓城274700)摘要:提出了一种基于多DS18...
