全部

1·Next, the model of SPTSS and model of dynamic load torque are derived.

本文对速度被动式转矩伺服系统进行了建模，并推导了动态转矩的加载模型。

2·The armature voltage and external load torque are inputs to the system.

电枢电压和外负载转矩是系统的输入。

3·The performances of the motor with constant and fan-type load torque are computed.

分别计算了电机带恒转矩负载和风机类负载时的运行状况。

4·The changing load torque is the primary one in all the factors that influence the speed control accuracy.

在诸多影响稳速控制精度的因素中，负载扰动力矩的影响是最主要的。

5·The optimum design example shows that the variation coefficient of load torque acting on cutting head is decreased 13.

优化设计实例表明，截割头的负载转矩变差系数减小了13。

6·The state observer observes the precise load torque, rotor position and speed with only a low accuracy position sensor.

状态观测器可以利用较低精度的位置传感器来准确观测负载转矩、转子位置和转速。

7·And the strong robustness to both variation of parameters and load torque disturbance can be achieved by using the proposed method.

对电机参数摄动及负载扰动具有更强的鲁棒稳定性。

8·Considering the uncertainty of rotor resistance and load torque, adjusted parameters corresponding to uncertain ones were introduced.

针对感应电机转子电阻与负载转矩的不确定性，在设计控制器时，引入与不确定性参数相对应的可调参数。

9·We adopt vector control function with LG inverter, can make the motor in the low speed can also provide meet the need of the load torque.

我们采用具有矢量控制功能的LG变频器，可使电机在低速时也能提供满足负载需要的转矩。

10·The relations between load torque and overload current, load torque and staring time, load torque and current of phase failure are given.

得出了负载转矩与电流过载倍数、负载转矩与启动时间、负载转矩与断相电流的关系曲线。