摘要:以单片机为基础，设计空气交换器的控制软件，本设计ATmega128单片机为核心，还有TGS系列空气质量检测传感器、温湿度检测传感SHT11、蜂鸣器和液晶显示器等模块组成。首先，用SHT11对环境的温度和湿度检测，将数字温湿度信号通过二线串行接口送至微处理器，相对湿度的非线性补偿和温度补偿利用微控制器完成，最后相对湿度的非线性补偿和温度补偿用微控制器完成，并且液晶显示器显示实际温度和相对湿度值，从而实现对环境温度的测控。TGS系列空气质量检测装置经模数转换最终通过单片机控制得到测量结果。相比传统风机控制系统，其能控制风量大小,能测量温室度而且通过液晶显示结果，并且添加了报警电路。实现方法是根据空气交换器的工作原理，采用单片机控制，用C语言编制软件程序，最终用DXP软件实现对电路图的仿真，完善相关功能。在实际应用中,该系统的实现,能最大满足人们对室内空气质量和舒适度的高要求，提高人们对生活质量的保障，并做到最大有效程度的利用好风机。 29756
毕业论文关键词:  ATM单片机；温湿度检测传感器；液晶显示；空气质量检测传感器
The new wind turbine control system based on ATM series microcontroller design
Abstract:The design is about the control software of fan which is based on the single-chip microcomputer ATmega128. We choose the microcontroller chip ATmega128 as the core and is composed of temperature & humidity sensor called SHT11,the series of TGS about air quality sensor, buzzer and the LCD monitor.SHT11 firstly measures the environmental temperature and relative humidity. Then ,through two-line serial interface the digital signal is transmitted to the  microcomputer .At last ,the controller realizes the non-linearity and temperature composition of the relative humidity，and transmitted real temperature and relative humidity values to LCD.The air quality sensor measuring system via the Analog to digital converter and then through the microcontroller system get the value which can be shown in the LCD monitor. Compared with the traditional fan ,it can control the forth of the wind，it can measure the temperature & humidity and show the value in the LCD monitor, In addition ,there is a alarming circuit. According to the working principle of the fun,we adopt to the single-chip microcomputer to control the system ,the program which is coded in C. At last, the circuit diagram will be realized via the software of DXP. In a practical application, the implementation of the system can satisfy the requirements to the indoor air quality and comfortable degree in room of the people, improve the quality of people's life, at the same time, we should take the efficiency of the fun extremely.
Keywords： single-chip microcomputer of ATM; temperature & humidity sensor ;LCD monitor; air quality sensor 
目 录
摘要    II
第1章 绪论    1
  1.1 课题背景    1
    1.1.1 选题意义和依据    1
    1.1.2国内外研究动态    1
  1.2研究成果    2
  1.3 本章小结    3
第2章 新风系统的硬件设计    4
  2.1 系统组成    4
  2.2 系统工作流程图    4
  2.3 系统实现方法    5
  2.4 ATMEGA128单片机    6
    2.4.1 最小系统    7
    2.4.2 引脚介绍    7
  2.5 液晶显示器    8
  2.6 DS1302在单片机中的应用    8
    2.6.1 DS1302工作原理    8
    2.6.2 硬件连接    9 基于ATM系列单片机的新风机组控制系统的设计+源程序:http://www.751com.cn/zidonghua/lunwen_25127.html