毕业设计(论文)基于单片机的智能霓虹灯控制系统设计

《毕业设计(论文)基于单片机的智能霓虹灯控制系统设计》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、毕业设计(论文)基于单片机的智能霓虹灯控制系统设计基于单片机的智能霓虹灯控制系统设计目录摘要.........................................................iAbstract....................................................ii引言.........................................................71绪论.......................................................8

2、1.1单片机发展概述.........................................81.2总体方案设计..........................................101.3硬件电路的设计........................................111.3.1单片机系统........................................111.3.2LED概述..........................................121.3.3外部时钟方式电路.........

3、.........................131.3.4手动复位电路......................................141.4MSC-51芯片简介.......................................151.574LS373简介..........................................201.6PROTELDXP简介.......................................212系统功能简介...................................

4、...........223系统流程图................................................234硬件设计原理..............................................244.1最小系统模块..........................................244.1.1电源模块..........................................254.1.2串口模块..........................................264.

5、1.3单片机模块........................................264.1.4时钟电路模块......................................274.1.5复位电路模块......................................284.2驱动模块..............................................284.3LED显示模块..........................................304.4激光传感器模块..............

6、..........................305软件部分..................................................3015.1核心算法设计流程图....................................315.2系统程序..............................................326系统调试..................................................356.1软件调试..............................

7、................356.2硬件调试..............................................366.3测试结果..............................................366.4结果分析..............................................367总结......................................................377.1整个系统的设计思路...............................

8、.....