基于LabVIEW的直流电机PID速度控制系统设计
기우LabVIEW적직류전궤PID속도공제계통설계
Design of PID Speed Control System Based on LabVIEW for DC Motor
  • 万方数据
    机械制造与自动化 궤계제조여자동화
    JIANGSU MACHINE BUILDING & AUTOMATION
    2014年 3期 189-190,207 ,共3页

    沈峰%钟胜奎%仲兆准%张运诗%谢光伟

    침봉%종성규%중조준%장운시%사광위

    LabVIEW%PID控制%直流电机 LabVIEW%PID控製%直流電機
    LabVIEW%PID공제%직류전궤
    LabVIEW%PID control%DC motor
    基于NI ELVIS II＋实验平台及LabVIEW图形化系统设计软件，设计了一种用PID控制算法对直流电机转速的控制系统，体现了虚拟仪器技术的灵活性，突破了传统仪器在数据处理、表达以及存储方面的限制。
    기우NI ELVIS II＋실험평태급LabVIEW도형화계통설계연건，설계료일충용PID공제산법대직류전궤전속적공제계통，체현료허의의기기술적령활성，돌파료전통의기재수거처리、표체이급존저방면적한제。
    PID control algorithm is designed to control the speed of DC motor,based on the NI ELVIS II+experimental platform and graphic system design software LabVIEW. This control algorithon reflects the flexibility of virtual instrument technology and breaks through the traditional instrument limitation in data processing, expression and storage.
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