单片机课程设计基于52单片机万年历设计

本文ID:LW159853

单片机课程设计基于52单片机万年历设计

单片机课程设计基于52单片机万年历设计

一、摘要·········································································2

二、设计任务···································································3

1、设计任务································································3

2、设计要求································································3

三、总体方案设计与论证························································3

1、液晶显示模块····························································3

2、实时时间计算模块·······················································3

3、实时环境温度采集模块··················································4

4、报警模块·····························································4

5、设置模块·····························································4

四、总体方案组成框图························································5

五、系统硬件设计····························································6

1、LCD显示模块··························································6

2、实时时间计算模块····················································10

3、实时环境温度检测模块···············································13

4、报警模块·····························································18

5、设置模块·····························································19

六、系统软件设计···························································19

七、系统硬件电路设计·······················································21

八、系统硬件PROTEUS仿真原理图············································22

九、系统硬件仿真运行结果图················································22

1、显示欢迎界面·························································22

2、显示实时时间·························································23

3、显示当前温度·························································23

4、时间设置·····························································24

5、最高报警温度设置····················································24

6、闹钟时间设置·························································25

7、超温··································································25

8、闹钟时间到···························································26

十、心得体会及总结·························································27

附录一：实物图······························································35

附录二：源程序代码·························································65

附录三：参考文献···························································

单片机课程设计基于52单片机万年历设计链接: https://pan.baidu.com/s/1wYbf-iNkbMyh428uFZqv9g 提取码: 9mrf 复制这段内容后打开百度网盘手机App，操作更方便哦

单片机课程设计基于52单片机万年历设计......

本论文《单片机课程设计基于52单片机万年历设计》在自动化免费论文栏目，由电气工程论文网整理,转载请注明来源 www.dqlunwen.top 更多论文,请点电气工程论文查看
上一篇：单片机电子时钟设计	下一篇：单片机控制LED数码点阵显示屏

点击查看关于 单片机课程设计基于万年历 的相关论文题目

2019-05-14 20:41:32【返回顶部】