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基于JN5139无线ZigBee模块的地面自动气象站
引用本文:宋腾飞,易为敏,李雪宝,黄善杰,邓林华,许俊.基于JN5139无线ZigBee模块的地面自动气象站[J].气象科技,2010,38(4):488-491.
作者姓名:宋腾飞  易为敏  李雪宝  黄善杰  邓林华  许俊
作者单位:中国科学院国家天文台云南天文台光电实验室,昆明,650011
摘    要:由于天文观测技术的要求,需要在天文观测站建立一个气象站来对天气状况进行实时的监测。传统气象站一般采用有线数据传输,有布线复杂、安装不便等弊端。文章阐述了ZigBee技术的特点,提出了基于JN5139无线ZigBee模块的无线气象站系统的设计,并介绍了其软硬件设计。此系统很好地解决了现场布线的麻烦,且结构简单容易维护、便于以后的扩展。

关 键 词:ZigBee  JN5139  传感器  Delphi  自动气象站
收稿时间:2009/7/27 0:00:00
修稿时间:2010/2/21 0:00:00

Meteorological Observation Station Based on JN5139 ZigBee Wireless Module
Song Tengfei,Yi Weimin,Li Xuebao,Huang Shanjie,Deng Linhua and Xu Jun.Meteorological Observation Station Based on JN5139 ZigBee Wireless Module[J].Meteorological Science and Technology,2010,38(4):488-491.
Authors:Song Tengfei  Yi Weimin  Li Xuebao  Huang Shanjie  Deng Linhua and Xu Jun
Institution:Song Tengfei Yi Weimin Li Xuebao Huang Shanjie Deng Linhua Xu Jun(Yunnan Observatory,National Astronomical Observatories,Chinese Academy of Sciences,Yunnan Province,Kunming 650011)
Abstract:Since weather conditions may affect astronomical observation greatly, it is necessary to build a meteorological observation station near a telescope, but conventional meteorological stations usually adopt the wired data transfer mode, which is of many disadvantages, such as complexity in the wiring system and installation. The characteristics of ZigBee technology and the design of a wireless meteorological observation based on the ZigBee JN5139 Module are introduced. The system has been tested for several times. The results indicate that the meteorological observation system is easy to use, maintain, and expand, and performed well in various kinds of weather, such as raining, snowing, and high winds.
Keywords:ZigBee  JN5139  Delphi
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