The design idea, the working principle, the wave analysis, the precision analysis and the experiment effect of the sensor are introduced.
介绍了这种传感器的设计思想、工作原理、波形分析、精度分析和样机试验效果等。
The experimental set -up and working principle of electromagnetic electrical conductivity sensor are briefly described. The experiment result and application are also presented.
简要地介绍了电磁式电导率传感器的实验装置和工作原理，同时也讨论了实验结果和应用。
Principle and accuracy of the sensor are analysed and verified with finite element calculation and experiment.
本文分析讨论了轮辐式扭矩传感器的原理和精度，并用有限元计算和实验加以验证。
The specific structure capacitive force sensor, principle and circuit design are introduced, the related experiment data is given out.
从结构设计、工作原理、电路设计对该电容式力传感器进行了分析、论述。 并且提供了相应的实验数据。
The specific structure capacitive force sensor, principle and circuit design are introduced, the related experiment data is given out. The linear distortion of sensor is smaller than 1%.
介绍了一种特殊结构的电容式力传感器。从结构设计、工作原理、电路设计对该电容式力传感器进行了分析、论述。并且提供了相应的实验数据。传感器非线性误差小于1%。
The work principle of the bionic polarized navigation sensor was analyzed, and then the sensor experiment model and optic calibration instrument were set up.
针对研制仿生导航微传感器的需要，设计并且搭建了偏振导航传感器实验模型。
Finally, principle of the sensor calibration is analyzed, and the sensor coupling matrix is calculated according to the data of the static calibration experiment.
最后，研究了传感器的静态标定原理，并对传感器进行了静态标定实验，得到了传感器的标定实验解耦矩阵。
The experiment consists of photoelectric sensor, bio-signals amplifier and oscillograph, their working principle and experimental method are introduced.
指端脉搏波实验由光电传感器、生物信号放大器和示波器 3部分组成 ，叙述了各部分的工作原理和实验方法 。
The experiment consists of photoelectric sensor, bio-signals amplifier and oscillograph, their working principle and experimental method are introduced.
指端脉搏波实验由光电传感器、生物信号放大器和示波器 3部分组成 ，叙述了各部分的工作原理和实验方法 。
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