位置传感器

• This paper give emphasize to study the high performance control strategy of sensorless brushless dc motor ( bldcm )
  本文重点研究了无位置传感器无刷直流电动机( bldcm )的高性能控制技术。
• Recently , how to raise the anti - jamming ability of the most commonly used displacement sensor , is still a hot potato
  就目前经常使用的位置传感器来看,抗干扰能力始终是个很棘手的问题,有待进一步研究。
• The emphasis of this paper is the commutation control of sensorless bldc motor , which is used to drive photovoltaic pumps
  本文所研究的重点是无位置传感器直流无刷电机的换向控制，电机驱动的对象为光伏水泵系统。
• The results of simulation and test show that good control performance can be obtained in pmsm driver by using this new technique
  仿真及实验研究结果表明，采用这种无位置传感器技术的永磁同步电动机调速系统，具有良好的调速控制性能。
• The sensorless technique is one of development directions of permanent magnet synchronous motor ( pmsm ) variable - speed system
  摘要剖析了两种典型转速直接估算方法，提出了一种新型的适用于永磁同步电动机直接转矩控制的无位置传感器技术。
• A novel method of rotor position detect for sensorless brushless dc motor was introduced , that was the method of speed - independent position function
  摘要介绍了一种新的无位置传感器无刷直流电动机的转子位置检测方法速度无关位置函数法。
• Basically , a brushless dc motor consists of a permanent magnet ( pm ) synchronous motor , an inverter and a position sensor mounted on the motor shaft
  通常的永磁无刷直流电动机由永磁同步电动机、逆变器以及安装在转子轴上的位置传感器构成。
• A sliding - mode observer ( smo ) for estimate rotor position is discussed in the study , the srd control system based on the smo is designed
  研究了基于滑模观测理论的五位置传感器sr电机位置的预测方法，并设计了基于滑模状态观测的srd控制系统。
• Crankshaft fluctuation sensor ( ckf ) is located near the bottom of the timing cover where it generates a signal as the crankshaft timing chain sprocket rotates past it
  曲轴位置传感器安装在定时器壳底部附近，产生一个曲轴定时链轮齿通过的信号。
• A crankshaft fluctuation sensor ( ckf ) is located near the bottom of the timing cover where it generates a signal as the crankshaft timing chain sprocket rotates past it
  曲轴位置传感器安装在定时器壳底部附近，产生一个曲轴定时链轮齿通过的信号。