摘要：针对现实环境中对环境了解的需要，设计了一种基于CC2530的温度监测系统。本文首先对本课题的研究意义以及国内发展现状进行分析和研究，详细比较几种现有的温度度监测方法，根据生活场合监控系统所处的复杂环境需要，提出基于CC2530的温度监测系统设计。随后本文对设计所采用的ZigBee无线自组网技术和ZigBee开发套件进行简要介绍，并对设计所采用的Z-Stack协议栈工作流程详细介绍。本温度监测系统设计在Z-Stack协议栈基础上进行，其中包括温度采集丶处理和传输，终端节点的休眠与唤醒，协调器节点串口通信等。另外，本文还对上位机软件进行验证，并总结分析验证结果。74005

该无线传感器系统能够实现点对点通信，传感器节点负责进行温度数据的采集和发送，协调器节点负责温度数据的接收和转发，上位机软件负责对温度数据的显示。实验表明，在温度监测过程中，该系统能灵活组网，测量准确。

毕业论文关键词：ZigBee；CC2530； 温度监测

Abstract ACCording to the need of understanding the environment, a temperature monitoring system based on CC2530 is designed。 

Firstly the research meaning of this subject and the development status of domestic for analysis and research, with the comparison of several existing temperature monitoring method, aCCording to life situation monitoring system in the complex environment needs, put forward design of temperature monitoring system based on CC2530。 Subsequently, this paper introduces the design of the ZigBee wireless ad hoc network technology and ZigBee development kit for a brief introduction, and the design of the use of the Z-Stack protocol stack workflow details。 The temperature monitoring system is designed on the basis of the Z-Stack protocol stack, including the temperature acquisition, processing and transmission, the terminal node's sleep and wake up, the coordinator node serial communication, etc。。 In addition, the software of the host computer is verified, and the results are summarized and analyzed。 

The wireless sensor system is able to achieve point to point communication, sensor node is responsible for temperature data acquisition and transmission, the coordinator node is responsible for temperature data receiving and forwarding, the PC software is responsible for the display of temperature data。 The experiment shows that the system can flexibly and aCCurately measure the temperature during the temperature monitoring。 

Key words: ZigBee; CC2530; temperature monitoring 

目录

1 绪论 4

1。1 选题背景及意义 4

1。2 温度监测系统研究情况 4

1。3 ZigBee基本概念 5

1。4论文的主要内容及结构安排 7

2系统总体设计 8

2。1 系统设计思路 8

2。2 系统整体结构 8

2。3 开发平台选型 8

3系统硬件设计 11

3。1 ZigBee协调器节点的电路设计 11

3。3 DS18B20概述 14

3。4 上位机接口电路设计 14

4系统软件设计 15

4。1 软件开发环境IAR简介 15

4。4 PC端显示界面设计 18