摘要随着科技的发展，社会的进步，家用电器在人们的生活中的使用已经十分普遍。利用单片机对家用电器的控制面板进行设计能大大提高其性能和功能，体现其高智能化程度。其中，利用单片机设计的空调控制器也在不断地趋于人性化，智能化的方向发展。一款操作简便功能多样的空调器更能赢得人们的亲睐。本文介绍的基于单片机的空调控制器设计很好地解决了上述问题。
本设计根据课题要求，采用美国Atmel公司的AT89C51单片机作为主控芯片，结合外围的矩阵键盘输入、LCD液晶显示、LED显示等，用C语言编写的主控芯片控制程序，并用Keil软件进行编译，设计了一款具有模式转换，温度调节，风速调节，定时开关等功能的空调控制器。19170
毕业论文叙述了基于AT89C51的单片机的空调控制器设计及实现的基本功能。
关键字    空调控制面板  AT89C51单片机  LCD显示  键盘
毕业设计说明书（论文）外文摘要
Title    Design and implementation of appliances panel   control system based on SCM                     
Abstract
With the development of science and technology, social progress, and household appliances has been very widespread used in people's lives. Household appliances using SCM control panel design can greatly improve the performance and functionality, which reflects its high degree of intelligence. Among them, the use of single-chip design of the air conditioner control panel is continually tends humane, intelligent direction. A simple and versatile operation of the air conditioner can win people's pro-gaze. This article describes the microcontroller-based air-conditioning remote control panel design solves the problems above.
This design from an economic and practical point of view, the United States Atmel's AT89C51 microcontroller as the master chip, combined with matrix keyboard input peripheral, LCD liquid crystal display, LED display, using C language master chip control procedures, and Keil software compile an air conditioning control panel is designed with a mode conversion, temperature regulation, speed adjustment, timer switches and other functions.
This paper describes the basic functions of AT89C51 microcontroller-based air conditioner control panel design and implementation.
Keyword  AT89C51SCM  single air conditioning control panel   LCD display   keyboard
目   次
1  绪论    1
1.1  课题背景和意义    1
1.2  单片机的前景及应用    2
1.3  空调控制器设计目标    3
1.4  本课题研究内容    3
2  系统总体设计和主要芯片介绍    5
2.1  系统总体设计    5
2.2  AT89C51单片机简介    5
2.3  LCD1602显示器介绍    7
2.4  本章小结    8
3  硬件电路设计    9
3.1  键盘输入电路    9
3.2  晶振电路    12
3.3  显示电路    13
3.4  定时计数电路    13
3.5  本章小结    15
4  系统软件设计    16
4.1  主程序流程图    16
4.2  按键检测子程序设计    17
4.3  LCD显示子程序设计    18
4.4  模式转换子程序    19
4.5  定时计数子程序    20
4.6  本章小结    21
5  调试与实现    22 51单片机的家用电器面板控制系统设计+源程序:http://www.youerw.com/tongxin/lunwen_10433.html