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1、编号：201834140143 本科毕业设计基于单片机的无线远程温度监控系统设计系院：信息工程学院姓名：学号：0835140143专业：通信工程年级：2008级指导教师：职称：副教授完成日期：2018 年 5 月摘 要II/41 本文论述的远程温度控制是将无线发射与接收和自动控制相结合的一种控制。基于这种技术，本系统以AT89S51 系列单片机为控制单元，采用Dallas单线数字温度传感器DS18B20 和无线收发模块NRF24L01 对实验现场温度数据进行远程无线测量与控制。整个系统包括主、从两个子系统，其中主系统完成对实验现场设定温度值、设定值显示、实际值显示、失控报警和接收数据功能；子系
2、统完成温度采集、温度控制和发送数据功能。该系统结构简单实用、功能齐全，通用性强，可被应用于许多工业生产领域，它可使操作人员与恶劣的工作环境分离开来，实现生产自动化，提高企业的生产效率。关键词：AT89S51；温度传感器；NRF24L01；显示；报警Abstract The long-distance temperature controlling this paper presents is a technology of linking wireless receiving and sending to automation.Based on the technology,the syste
3、m 文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9
4、V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X
5、3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8
6、N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10
7、J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H
8、5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3
9、Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8III/41 is based on the control of AT89S51 SCM,using Dallas single line digital thermometer DS18B20,wireless receiving and sending
10、module NRF24L01 to test and control the temperature data of a experiencing place.The whole system consists of the main system and subsystem.The main system completes the functions of initializing and displaying the temperature value,displaying actual temperature,alarming when it is out of control,an
11、d receiving.The subsystem completes the functions of receiving,and temperature collecting,controlling,and sending.The design concludes that this system has many advantages,such as its uniqueness,simple,convenience,and such common using.It can be widely used in lots of industrial producing and contro
12、lling fields,applying this system can depart operators from execrable environment,realize producing automation,and improve corporations producing efficiency.Key words:AT89S51。Temperature senior。NRF24L01。Display。Warning目录1 绪论11.1 选题的目的和意义1文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2
13、H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K
14、3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:C
15、F10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 H
16、R2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ
17、2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码
18、:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4
19、 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8IV/41 1.2 国内外研究现状 11.3 本设计主要研究内容22 设计要求与方案论证 32.1 设计要求 32.2 系统基本方案选择和论证32.2.1 单片机芯片选择方案与论证32.2.2 温度采集模块选择方案与论证32.2.3 无线收发模块的选择方案与论证42.2.4 显示模块的选择方案与论证42.2.5 报警模块的选择方案与论证42.3 电路设计最终方案的确定53 系统的硬件设
20、计与实现 63.1 系统硬件概述 63.2 主要单元电路的设计63.2.1 单片机主控制模块的设计63.2.2 温度采集电路模块的设计73.2.3 无线收发电路模块的设计83.2.4 显示电路模块的设计103.2.5 报警电路模块的设计113.2.6 电路原理及说明 124 系统程序的设计 134.1 主程序的设计 134.2 发射系统程序的设计164.3 传输程序的设计 164.4 温度采集程序的设计174.5 显示程序的设计 185 仿真与调试 206 结论23文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X
21、3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8
22、N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10
23、J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H
24、5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3
25、Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF
26、10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR
27、2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8V/41 参考文献 24致谢25附录26文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9
28、W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V
29、7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9
30、L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9
31、V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X
32、3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8
33、N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L81/41 1 绪论
34、1.1 选题的目的和意义温度是工业生产中常见的被控参数之一。从食品生产到化工生产，从燃料生产到钢铁生产等等，无不涉及到对温度的控制，可见，温度控制在工业生产中占据着非常重要的地位，而且随着工业生产的现代化，对温度控制的速度和精度也会越来越高。近年来，温度控制领域发生了很大的变化，工业生产中对温度的控制不再局限于近距离或者直接的控制，而是需要进行远距离的控制，这就产生了远程温度控制。远程控制的通信方式有多种，如通过有线网络、无线电等等。每一种方式都有其优点和缺点。利用无线电通信，方便、灵活，而且经济。它不需要像有线网络控制耗费巨大的通信资源，也不受网络速度的影响。在温度控制的方法上，传统的控制方
35、法(包括经典控制和现代控制在处理具有非线形或不精确特性的被控对象时十分困难。而温度系统为大滞后系统，较大的纯滞后可引起系统不稳定。在温度采集方法上，通常是利用热电偶把热化为电信号，再通过A/D 转换得到温度值。这种方法速度慢，而且精度不是很高。综合上面的考虑，本次毕业设计设计了基于无线电通信的远程温度控制系统。现代工业设计、工程建设及日常生活中常常需要用到温度控制，早期温度控制主要应用于工厂中，例如钢铁的水溶温度，不同等级的钢铁要通过不同温度的铁水来实现，这样就可能有效的利用温度控制来掌握所需要的产品了。在现代社会中，温度控制不仅应用在工厂生产方面，其作用也体现到了各个方面，随着人们生活质量的
36、提高，酒店厂房及家庭生活中都会见到温度控制的影子，温度控制将更好的服务于社会。近年来，单片机发展十分迅速，一个以微机应用为主的新技术革命浪潮正在蓬勃发展，单片机已经渗透到工业、农业、国防，科研以及日常生活等各个领域。传统的温度采集的方法不仅费时，而且精度差满足不了各行业对于温度数据提高精度，设备高可靠性的需求。单片机的出现使得温度数据的采集和处理得到了很好的解决。选择适当的单片机和温度传感器以及前端处理电路，可以获得较高的测量精度，不但方便快捷，成本低廉，省事省力，而且大幅度提高了测量精度。文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9
37、V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X
38、3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8
39、N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10
40、J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H
41、5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3
42、Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF
43、10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L82/41 1.2国内外研究现状在人类的生活环境中，温度扮演着极其重要的角色。无论你生活在哪里，从事什么工作，无时无刻不在与温度打着交道。自18 世纪工业革命以来，工业发展对是否能掌握温度有着绝对的联系。在冶金、钢铁、石化、水泥、玻璃、医药等行业，可以说几乎所有的工业部门都不得不考虑着温度的因素。目前国内外对于温度监控的研究和应用已非常普遍，但对于无线远程温度监控这方
44、面的研究和应用还有相当大的提升空间。无线温度监控不仅可以应用在工厂生产方面，其作用也体现到了各个方面，随着人们生活质量的提高，酒店厂房及家庭生活中都将会见到它的影子，无线远程温度监控将会有更广阔的发展空间。1.3本设计主要研究内容本设计是基于单片机的无线温度监控系统，经过大量查阅资料和研究，最终确定采用 AT89S51 为主控芯片，DS18B20 作为温度采集芯片，NRF24L01 作为无线接收和发射模块，采用LCD1602 液晶屏进行显示。该系统由发射系统和接收系统组成，发射系统进行温度采集以及数据发射，接收系统作为主系统，对数据接收处理并显示出来。该系统具有温度过限报警功能，设有4 个独立
45、按键，分别进行温度高低限定值的选择、设定，清除报警声和报警灯。该系统具有操作方便，远距离操控，功能多样，电路简洁，成本低廉等优点，符合电子技术的发展趋势，有很广阔的市场前景。经过设计和一系列的调试，测试结果基本达到了该设计预期制定的各项要求，顺利地完成了本次毕业设计的目标。2 设计要求与方案论证2.1 设计要求1）温度监测范围：室温 125；2）接收系统显示温度实际值，收发距离：60M 以内；3）可以人工设定报警温度上、下限定值；4）超过温度限定值时蜂鸣器报警和发光报警。文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2
46、H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K
47、3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:C
48、F10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 H
49、R2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ
50、2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码:CF10J9V9W3Z4 HR2H5X3V7G1 ZJ2K3Q8N9L8文档编码