他们用电桥来测量传感器的阻抗。
They use a bridge to measure the impedance of the transducer.
非接触式位置测量传感器可以达到使用寿命长。
Non-contact position measurement sensor can achieve long life performance.
针对传感器零点漂移问题，提出了首次测量补偿法。
An effective method has been proposed to cancel the zero shift of the sensor.
运用双位移传感器构成的系统可有效地测量塑料与金属配副时塑料的磨损量。
The twin displacement transducer system can measure effectively the wear of plastic against metal pairs.
重点研制出了流量测量仪器和传感器。
The flow measuring instrument and sensor especially has been developed.
给出了应变传感器进行应变测量时的温度补偿公式与工程实施方案。
The formula of temperature compensation and the project of construction during strain measuring are presented.
这个函数是可能的，而传感器测量。
温度传感器可以放置在芯片外部以测量芯片温度。
The temperature sensor can be placed outside the chip to measure the chip temperature.
本文介绍一种薄膜张力测量负载传感器及其控制装置。
This paper deals with a load cell and its control unit for measuring strip tension.
传统的传感器测量振动的方法很难实现。
It is difficult to measure the vibration with traditional sensors.
测量系统由电容式角位移传感器和电子数显部件组成。
Measuring system is made up of angular position pick up and electronic digital display.
其次，为了控制多传感器视觉测量系统而构建了CAN总线控制系统。
Secondly, the CAN bus control system for controlling multi-sensor visual measuring system is carefully structured.
前言：目的研究怎样用计算机自动测量医用压力传感器的性能指标。
Objective: to study how to automatically test the performance of medical pressure sensor using computer.
液体密度实时测量系统由力传感器、浮子、数据采集器、电脑软件组成。
The system of liquid density measurement consists of force sensor, float, data gather, and software.
因此，测量这些参数的传感器是电动助力转向系统关键的部件之一。
So, the sensors to get these parameters are crucial for EPS system.
利用位置传感的光电信号模型，分析了光学传感器位置测量精度的基本限制。
The basic limit for the position measuring was analyzed with the photoelectric signal model.
能够满足传感器信号测量的实时性、精确性及可靠性要求。
This system can reach the requirements of real time, accuracy and reliability.
阐述了采用电热转换方法测量电流的基本原理，介绍了利用电热带和热电阻构成的传感器。
This paper presented a small scale power generation system based on the thermoelectric conversion principle.
阐述了采用电热转换方法测量电流的基本原理，介绍了利用电热带和热电阻构成的传感器。
This paper presented a small scale power generation system based on the thermoelectric conversion principle.
应用推荐