基于nRF2401的无线远程监控系统毕业设计论文.doc

大 连 理 工 大 学 本 科 毕 业 设 计（论 文） 基于nRF2401的无线远程监控系统 Remote Wireless Monitor System Based on nRF2401 ? 大连理工大学 Dalian University of Technology 摘 要 近年来随着科技的飞速发展，监控系统在现代生活中。这个系统建立在无线收发模块PTR2000的基础之上。它是超小型，超低功耗，高速率无线收发数传模块，灵敏度高，具有两个频道，特别满足需要多信道工作的特殊场合，它可完成点对点传输的数据采集，用于工业控制；数据采集；遥控；遥测；无线抄表；门禁系统；小区传呼；工业数据采集系统；小型无线数据终端；无线遥控系统；水文气象监控机器人控制中。 本文AT89S51的下位机控制系统和LabVIEW的上位机监控系统构成的远程无线温度巡检系统。关键词：单片机；无线；远程；LabVIEWnRF2401 Remote Wireless Monitor System Based on nRF2401 Abstract With the rapid development of science and technology, Remote Wireless Monitor Systems are maturing and becoming ever more prevalent in modern life. The Remote Wireless Monitor System presented here is based on the PTR2000 Remote Wireless Model. It is a microminiature, low power, high speed, and highly sensitive wireless dispatcher with two channels and the capability to satisfy the need for many channels operating at the same time. The system can connect to a single chip directly and perform node-to-node data collection. Remote Wireless Monitors are widely applicable with uses spanning: industry control, industry data collection, remote control, remote measurement, wireless data exchange, gate ban systems, radio transceivers, mini wireless data terminals, wireless remote control systems, weather monitors, and robot control. The Remote Wireless Monitor System presented can be conceptually divided into several components: the PTR2000 Remote Wireless Model, the LabVIEW software system, and the AT89S51 MCU. This system realizes wireless communication through a four-step operation. The signal is first detected by the ADC0809. Following signal detection, the data is simultaneously forwarded to the LED display board and the AT89S51 MCU. The AT89S51 MCU acts as a control unit, passing the data to PTR2000, which transmits the signal to the receiving party through wireless communication. This signal is then processed by the receiving party’s LabVIEW software. Together, these operations and components create a simple