A signal acquisition card for inductance sensor based on PCI bus is designed in this paper.
研制了一种基于PCI总线的电感传感器信号采集卡。
And the inductance sensor is one kind of position transmitter widely used in the present dynamic measurement.
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。
The static and dynamic characteristics are tested recurring to inductance sensor and power magnifying of D/A output.
应用电感传感器和D/A功放电路测试了电机静动态特性。
A temperature compensation algorithm according to the behavior of the inductance sensor, and a nonlinear compensation algorithm are designed.
提出了利用传感元件自身特性实现温度补偿的算法以及对系统非线性补偿的算法。
The output characteristic of differential inductance sensor is analyzed, and the calibration of sensor using standard combinatorial gauge is put forward.
研究了差动式电感传感器的输出特性，在此基础上提出了采用标准组合量块的传感器标定方法。
The experiments show that the measuring precision of the Inductance Sensor has been enhanced using the technique, and can be applied to precision and ultra precision measurement.
电感测微仪是建立在电磁感应基础上，利用线圈自感的改变来实现非电量电测的精密测量仪。
A demodulation method based on multiplication-Division is designed to work for inductance sensor; and it is different from two common demodulation methods, that is diode or only multiplication ones.
基于乘除法的思想设计了一种针对电感传感器的检波方法，该方法不同于常规二极管与单纯乘法的检波方法。
On this basis, the characteristic of the inductance type sensor and its operation principle are discussed in detail.
在此基础上，详细探讨了电感式传感器的特点和工作原理。
Modeling research on the dynamic measurement experiment system based on inductance displacement sensor, and obtain the parameters of the modeled model.
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。
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.
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.
研制一套电感位移传感器动态测试系统。
The mutual inductance type sodium level sensor, which has been developed with the participation of author, and its graduation characteristic are described emphatically.
重点描述了作者参与研制的互感式钠液位传感器及其分度特性。
With two of typical structures as example, The difference between ultrasonic proximity sensor and inductance-type proximity sensor is compared.
以两种典型结构为例，比较了超声波接近传感器与高频振荡型接近传感器的差异性。
Based on the saturation effect of winding inductance, an estimation method of initial position for SPMLSM without a position sensor was presented.
利用绕组电感饱和效应，即由于磁路饱和引起的电感随动子位置角变化的规律，检测表面式永磁直线同步电机动子的初始位置。
An inductance type of position sensor is presented and its operating theory and design method are also described.
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。
Furthermore, it also supplied the data by collecting the flux and current of every part respectively from inductance and current-sensor to compute the motor torsion in the following process.
并通过电感线圈、电流传感器实时采集电机各个绕组的磁通量及各绕组的电流，提供了以后计算电机转矩的数据。
Furthermore, it also supplied the data by collecting the flux and current of every part respectively from inductance and current-sensor to compute the motor torsion.
并通过电感线圈、电流传感器实时采集电机各个绕组的磁通量及各绕组的电流，提供了实时控制电机的参考数据。
Furthermore, it also supplied the data by collecting the flux and current of every part respectively from inductance and current-sensor to compute the motor torsion.
并通过电感线圈、电流传感器实时采集电机各个绕组的磁通量及各绕组的电流，提供了实时控制电机的参考数据。
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