研制一套电感位移传感器动态测试系统。
Develop a set of dynamic measurement experiment system based on inductance displacement sensor.
并研制一套电感位移传感器动态测试实验系统，以对上述现代建模方法进行验证。
Develop a set of dynamic measurement experiment system based on inductance displacement sensor in order to check up the correctness of the modern modeling methods.
对差动变压器互感式电感位移传感器动态测试系统进行建模研究，对模型的参数予以量化。
Modeling research on the dynamic measurement experiment system based on inductance displacement sensor, and obtain the parameters of the modeled model.
以电感位移传感器测试系统为例，探讨状态变量分析方法在系统辨识中的应用。最后给出了系统仿真实验结果。
Taking an inductive displacement transducer as an example, the applications of the state variables analysis in system identification were discussed and the simulation results were given.
介绍了一种新型的电感式位移传感器。
A new type of inductance displacement transducer is introduced.
其中电感式传感器是目前动态测量中用途较广的一种位移传感器。
And the inductance sensor is one kind of position transmitter widely used in the present dynamic measurement.
本仪表采用电感调频式传感器直接输出表征位移的数字信号，经单片机处理后，即可显示拉压变形量。
Utilizing variable frequency transducer to get the displacement signal directly, the multimeter can show the tension or compression deformation after the micro-processing of signal.
讨论了位移传感器对电磁轴承系统控制精度的影响，在此基础上提出一种差动电感式位移传感器的设计方案。
Discuss the controlling accuracy of displacement sensor used in AMB system. On the basis of this, a design program of differential conduct displacement sensor is given.
提出了一种高精度超长位移传感器的理论及设计方法，并在此基础上研制了新颖的电感式位移传感器。
An inductance type of position sensor is presented and its operating theory and design method are also described.
本文研究了用于磁悬浮轴承系统的电感式位移传感器。
The thesis mainly researches on inductive displacement sensor for AMB.
本文研究了用于磁悬浮轴承系统的电感式位移传感器。
The thesis mainly researches on inductive displacement sensor for AMB.
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