电容式压力传感器

  • 网络capacitive pressure sensor;Capacitance pressure transducer;capacitive type pressure transducer
电容式压力传感器电容式压力传感器
  1. 人工神经网络在电容式压力传感器设计上的应用

    The Application of Artificial Neural Network in Design of Capacitance Pressure Transducer

  2. 可变电容式压力传感器有载电压调整变压器

    Adjustable capacitance pressure transducer

  3. 基于义齿压力检测的MEMS电容式压力传感器的研制

    Development of MEMS Capacitance Sensor Based on Pressure Artificial Denture

  4. 电容式压力传感器温度补偿的RBF神经网络

    Temperature compensation of a capacitive pressure transducer based on RBF neural network

  5. 多层膜结构电容式压力传感器及其CMOS兼容工艺的研究

    Research on Capacitive Pressure Sensors Based on Multi-Layered Strcture and Corresponding CMOS Compatible Process

  6. 提出了一种基于径向基函数(RBF)神经网络的电容式压力传感器温度补偿方法。

    A new method for realizing the temperature compensation of capacitive pressure transducer based on radial basis function ( RBF ) neural network is proposed .

  7. 最后,电容式压力传感器(CPS)建模试验结果证明了该方法的可行性和高效性。

    Experimental results for the model of capacitor pressure sensor ( CPS ) are given to demonstrate that the method is feasible and effective .

  8. 通过实际电容式压力传感器校正的实验结果表明:所提模型建模速度比SVM模型高1~2个数量级,补偿误差仅为SVM模型的20%左右。

    The experiment results of applying in the capacitor pressure sensor ( CPS ) show that the speed of this LS-SVM building model is 1 ~ 2 order of magnitude , while the compensation errors is 20 % of SVM model .

  9. 电容式压力传感器微电容测量集成电路的研制

    Development of IC for Measuring the Micro-Capacitance of Capacitive Pressure Sensors

  10. 一种陶瓷电容式压力传感器的设计和实验研究

    The Design And Fabrication Of A Type Of Ceramic Capacity Pressure Sensor

  11. 厚膜陶瓷电容式压力传感器设计与制备

    Design And Production Of Thick Film Ceramic Capacitive Pressure Sensor

  12. 可变电容式压力传感器可变压处理器上硬实时系统的作业调度

    Job Scheduling of Hard Real-Time System on Variable Voltage Processors

  13. 基于支持向量机的电容式压力传感器建模方法

    Modeling method of capacitive pressure sensor based on SVM

  14. 新型厚膜陶瓷电容式压力传感器感压元件研究

    Research on pressure sensitive component of novel thick film ceramic capacitive pressure sensor

  15. 接触电容式压力传感器的设计与模拟

    Design and simulation of touch mode capacitive pressure sensor

  16. 信号处理与气密封装是电容式压力传感器设计的主要难题。

    The main problems of capacitive pressure sensors are signal processing and hermetic packaging .

  17. 微机械电容式压力传感器的变换电路

    Converting circuit for micromechanical differential capacitive pressure sensors

  18. 微型电容式压力传感器中的温度效应

    Temperature Affect of the Micro Capacitive Pressure Sensor

  19. 微型电容式压力传感器的制作与测试

    Fabrication and Testing of Capacitive Pressure Microsensor

  20. 电容式压力传感器电路的温度补偿

    Temperature Compensation of a Capacitive Pressure Transducer

  21. 陶瓷质电容式压力传感器的研制

    Development of Ceramic-based Capacitance-type Pressure-Sensing Probe

  22. 膜片电容式压力传感器理论公式推导

    The Derivation of Calculation Formula for Capacitive Pressure Sensors With The Diaphragm Restrained Around its Circumference

  23. 硅电容式压力传感器

    Silicon Pressure Sensor of Capacitance

  24. 本文中运用有限元分析方法,设计了应力片模型,有效地改善了电容式压力传感器中的非线性问题。

    The non-linear problems were solved through the finite element analysis to design the film stress model .

  25. 它们分别是电容式压力传感器;用电阻油墨制成的电阻式压力传感器阵列;

    They are capacitive sensor , resistive sensor which is made of resistive ink , piezo resistive sensor , and etc.

  26. 通过仿真实验和电路实验,验证了电容式压力传感器小电容信号测试和无线测量系统的可行性。

    The feasibility of the signal processing and modulation and demodulation circuits is verified through the simulation of the circuit and experiments .

  27. 还可以采用带活塞动极膜片制成测量高压的单电容式压力传感器。

    Also can be used with piston diaphragm made of a very dynamic measurement of high voltage , single capacitive pressure sensor .

  28. 本文提出了一种电容式压力传感器的温度补偿方法,它适用于在不同输入压力下的温度补偿。

    The present paper puts forward a new method to realize the temperature compensation , especially , at various levels of input pressure .

  29. 利用变极距电容式压力传感器原理设计粮库专用压力传感器,但设计中遇到非线性问题。

    Using the theory of capacitive pressure sensor to develop the special grain depot pressure sensor , but the non-linear problems encountered in the design .

  30. 介绍一种将放大电路与传感器件分离的基于模型识别技术的微型电容式压力传感器。

    A kind of high temperature micro pressure sensor based on model identification using this method is introduced , which is realized by MEMS process .