Design of Inspecting System Based on MSP430F149 SCM and Wireless Communication Technology

Wen Xinling, Liu Zhaoyu
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引用次数: 2

Abstract

Traditional field bus system is only suitable to small range monitor. But to a large-scale field monitor system, it has many disadvantages such as difficult cable laying, high cost and hard maintenance, etc. This paper design a kind of new wireless monitoring system application into city electric power cable monitor and control system. System uses low power digital temperature sensor DSB18B20 to realizing cable function temperature monitor, MSP430F149 acts as work slave station to complete signal analysis, and signal transmits between work slave station and central station by wireless transceiver chip nRF905. Upper PC links with inspecting equipment controller through USB bus interface PDIUSBD12, which realizes city high-voltage cable filed inspection and main control room monitor and control system design. This paper mainly introduces system hardware and part of software design in detail. Through experiment, system wireless communication is accurate, and monitor error can match monitoring requirement well as expected. Due to system adopts modulation design, so, it has broad application prospect, such as distributed intelligent building circumstance monitor and control, etc.
基于MSP430F149单片机和无线通信技术的检测系统设计
传统的现场总线系统只适用于小范围的监控。但对于大型的现场监控系统来说,存在电缆敷设困难、成本高、维护困难等缺点。本文设计了一种应用于城市电力电缆监控系统的新型无线监控系统。系统采用低功耗数字温度传感器DSB18B20实现电缆功能温度监测,MSP430F149作为工作从站完成信号分析,工作从站与中心站之间的信号通过无线收发芯片nRF905传输。上位机通过USB总线接口PDIUSBD12与巡检设备控制器连接,实现城市高压电缆现场巡检和主控室监控系统设计。本文主要详细介绍了系统的硬件设计和部分软件设计。通过实验,系统无线通信准确,监测误差能很好地满足监测要求。由于系统采用了调制设计,因此具有广阔的应用前景,如分布式智能楼宇环境监控等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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