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ID:23032237
大小:143.50 KB
页数:46页
时间:2018-11-03
《试议fpga温度测量设计论文》由会员上传分享,免费在线阅读,更多相关内容在工程资料-天天文库。
1、试议FPGA温度测量设计论文试议FPGA温度测量设计论文导读:DesignoftemperaturemeasurementbasedonFPGAAbstractTenpertureisoneofthemostbasicenvironmentalparameters,andithasacloserelationshipedicalandotherfields,temperaturemeasurementandcontrolmableGateArray,即现场可编程逻辑门阵列)的使用方法以及VerilogHDL(H
2、DL:HardperaturemeasurementbasedonFPGAAbstractTenpertureisoneofthemostbasicenvironmentalparameters,andithasacloserelationshipedicalandotherfields,temperaturemeasurementandcontrolperaturemeasuringinstrumentisakindofmontestinginstrument.Inthispaper,firstperatur
3、esensorDS18B20,demonstratedhomableGateArray)andtheVerilogHDL(HDL:Hardminglanguage,acplishedthefunctionoftemperaturemeasurement.Giventhehardplestructure,fasttransformspeed,highaccuracy,goodscalability,andsoon.Keyperaturemeasurement;VerilogHDLlanguage2目录中文摘要..
4、................................................................................................1英文摘要..................................................................................................21绪论.......................................................
5、...................................................................................11.1题目背景意义.................................................11.2工作内容.....................................................21.2.1技术指标和要求..........................................
6、.......................................................21.2.2设计的难点重点.................................................................................................22系统方案设计.....................................................................................
7、................................32.1温度测量原理及方法...........................................32.2系统方案及方框图.............................................32.3FPGA技术.....................................................42.4DS18B20温度传感器..................................
8、..........62.4.1DS18B20特性介绍............................................................................................62.4.2DS18B20测温原理..........................................................
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