1、该程序经过电脑软件Proteus7.4sp3仿真通过。



2、该程序通过实验板仿真芯片通过。



3、该程序烧写STC89C51RC，单独在实验板上运行通过（晶振11.0592MHZ）



4、该程序用洞洞板制作实物运行成功！并在DS1302时钟芯片第8脚上加上了3.6V的



镍氢充电电池，断电后时间、日历都正常走。



5、程序中使用的头文件DS18B20_3.H，来源于网上，写的非常好，十进制温度最后返回到函数



ReadTemperature（）中，使用时主函数用flag=ReadTemperature() /



就可将18b2头文件运行返回的函数结果送到变量FLAG中，用于显示。

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主要器件：



STC89C51+DS1302时钟芯片+DS18b20温度芯片。

-1, the program passed through the computer simulation software Proteus7.4sp3.



2, the program passed through the test board emulation chip.



3, the program programming STC89C51RC, run by a separate board in the experiment (crystal 11.0592MHZ)



4, the program is running kind produced by Pegboard success! And the DS1302 clock chip 8 feet with a 3.6V to



　　Ni-MH rechargeable battery, power off time, the calendar is normal to go.



5, the procedure used in the header file DS18B20_3.H, from the Internet, write very well, the temperature finally returned to the function of the decimal



　　ReadTemperature () in the main function when used with the flag = ReadTemperature ()　/

　

　　 Header files can be run 18b2 function returns the result to the variable FLAG, used to display.

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Main components:



STC89C51 DS1302 clock chip DS18b20 temperature chip.