摘要
采用一种基于CC2430和CC2591相结合的设计思路,达到增加节点的传输距离、减小网络规模、提高数据传输实时性的目的。对ZigBee技术及其在电力物联网中的应用做了简单介绍,为了方便用户后期开发及增加模块通用性,采用将芯片所有I/O口通过排针全部引出的设计思路,并给出了系统的总体设计、硬件原理图以及通过此节点来采集温度以对该硬件通信距离进行测试。测试结果表明,节点通信距离效果很好,能广泛应用在电力物联网中。
This paper, based on the CC2430 and CC2591 to a combination of design ideas, in order to achieve increased transmission range of nodes, reducing the network size and improve the real-time data transmission, In this paper, make a brief introduction for ZigBce technology and its application in the power of things , To achieve the purpose of the latter part of development and increased user-general of the module,All the chip I / O port pin leads through of all the the design ideas,And the system＇s overall design, hardware schematics and through this node communication range of temperature to test the hardware. The results show that the node communication range to good effect, To be widely used in the power of things.
出处
《微型机与应用》
2011年第16期31-33,共3页
Microcomputer & Its Applications
