CAJ | 학술논문

为提高自动化学科相关专业实验课程的综合性,设计了电机控制系统综合实验平台。该平台基于DSP微处理器实现控制器的开发,图形化人机界面便于学生进行参数配置以及系统状态变量的监测。基于该综合实验平台,学生不仅能够完成电机控制的基本验证实验,还能进行转速信号处理,实现转矩、转速模式实验及其他控制算法等综合设计实验。培养了学生的动手能力与创新能力。
위제고자동화학과상관전업실험과정적종합성,설계료전궤공제계통종합실험평태。해평태기우DSP미처리기실현공제기적개발,도형화인궤계면편우학생진행삼수배치이급계통상태변량적감측。기우해종합실험평태,학생불부능구완성전궤공제적기본험증실험,환능진행전속신호처리,실현전구、전속모식실험급기타공제산법등종합설계실험。배양료학생적동수능력여창신능력。
Aiming at improving the integration of experiment courses related to the subject of automation,an integrated experimental platform for motor control system is designed.The development of controller is based on DSP,and students could configure the parameters and monitor the state variables by the graphical human-computer interface.Based on this platform,students could not only carry out the basic verifying experiments of motor control,but also design many integrated experiments,such as the processing of velocity signal,torque mode and speed mode experiments,other control algorithm experiments,and so on.The hands-on skill and creativity are cultivated.