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基于ZigBee协议的温湿度监测系统设计与实现
引用本文:李树丹,张从松,覃章健,高欣,罗粟,苟攀,姜志成.基于ZigBee协议的温湿度监测系统设计与实现[J].电子科技,2014,27(12):37-40.
作者姓名:李树丹  张从松  覃章健  高欣  罗粟  苟攀  姜志成
作者单位:(成都理工大学 信息科学与技术学院,四川 成都 610059)
基金项目:四川省科技支撑计划(2014SZ0111); 成都理工大学2013~2014年度大学生课外科技作品立项(2013KL112)
摘    要:针对工农业生产中对温湿环境的实际要求,组建了ZigBee温湿度无线监测网络。该网络以CC2530和RFX2401C功放芯片为无线射频模块,设计相应软、硬件功能单元,实现了对SHT71采集温湿度信息的远距离实时监测。硬件单元由ZigBee协调器和SHT71传感器节点组成;软件单元以Z-stack-2007协议栈为基础,实现协议的上层控制功能。经实验证明,RFX2401C射频前端有效增加了ZigBee网络覆盖范围,并节省了CC2530芯片的引脚资源,满足应用要求。

关 键 词:ZigBee  CC2530  RFX2401C  Z  stack  2007协议栈  SHT71  温湿度  

Design and Implementation of Temperature and Humidity Acquisition System Based on ZigBee
LI Shudan,ZHANG Congsong,QIN Zhangjian,GAO Xin,LUO Su,GOU Pan,JIANG Zhicheng.Design and Implementation of Temperature and Humidity Acquisition System Based on ZigBee[J].Electronic Science and Technology,2014,27(12):37-40.
Authors:LI Shudan  ZHANG Congsong  QIN Zhangjian  GAO Xin  LUO Su  GOU Pan  JIANG Zhicheng
Affiliation:(College of Information Science and Technology,Chengdu University of Technology,Chengdu 610059,China)
Abstract:This paper designs a ZigBee wireless network to satisfy the actual requirements for monitoring tem- perature and humidity in agriculture and industries. Soc CC2530 connected to RFX2401C, an RF front-end power amplifier, is set as the wireless RF module to design the corresponding software and hardware functional units in a ZigBee network, for the realization of wireless temperature and humidity of SHTT1 monitoring at a long distance and in real time. Hardware units consist of ZigBee coordinators and SHTTl-sensor nodes, while the software unit is based on Z-Stack-2007 protocol stack to realize the control functions in the upper layers. The experiment proves that with the help of RFX2401, the ZigBee network can cover a larger area; in addition, the CC2530 can provide more pins to reuse.
Keywords:ZigBee  CC2530  RFX2401C  Z-stack-2007  SHT71  temperature and humidity
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