电机与控制应用
電機與控製應用
전궤여공제응용
ELECTRIC MACHINES & CONTROL APPLICATION
2015年
1期
72-76
,共5页
无线监控%直流电机%PID算法%LabVIEW
無線鑑控%直流電機%PID算法%LabVIEW
무선감공%직류전궤%PID산법%LabVIEW
wireless monitoring control%DC motor%PID algorithm%LabVIEW
利用短距离无线通信技术设计了一个基于单片机的直流电机的无线监控系统。该系统主要由上位机、单片机、无线收发模块、电机驱动以及电机转速测量模块组成。上位机采用LabVIEW实现人机监控界面显示以及与下位机的串行通信。试验表明，该系统充分发挥了单片机在实时数据采集和PC机对图形处理、显示以及数据管理上的优点，无线通信稳定可靠，适用于布线困难的场所。
利用短距離無線通信技術設計瞭一箇基于單片機的直流電機的無線鑑控繫統。該繫統主要由上位機、單片機、無線收髮模塊、電機驅動以及電機轉速測量模塊組成。上位機採用LabVIEW實現人機鑑控界麵顯示以及與下位機的串行通信。試驗錶明，該繫統充分髮揮瞭單片機在實時數據採集和PC機對圖形處理、顯示以及數據管理上的優點，無線通信穩定可靠，適用于佈線睏難的場所。
이용단거리무선통신기술설계료일개기우단편궤적직류전궤적무선감공계통。해계통주요유상위궤、단편궤、무선수발모괴、전궤구동이급전궤전속측량모괴조성。상위궤채용LabVIEW실현인궤감공계면현시이급여하위궤적천행통신。시험표명，해계통충분발휘료단편궤재실시수거채집화PC궤대도형처리、현시이급수거관리상적우점，무선통신은정가고，괄용우포선곤난적장소。
A wireless monitoring control system for DC motor based on MCU was designed using the short-range wireless communication technology. The system mainly consists of PC, MCU, wireless transceiver module, motor drive and motor speed measurement module. The human-computer interface of PC was implemented by LabVIEW. The serial communication between PC and MCU was also realized by LabVIEW. The experiment confirms that the system makes full use of the advantage of real-time data acquisition of MCU and the advantage of graphics processing, display and data management of PC. The wireless communication is stable and reliable. The system is suitable to the situation that is difficult to wiring.
