1)Thick film sensor厚膜传感器
英文短句/例句
1.Research on Adulteration of SrTiO_3 Thick Film Sensor;SrTiO_3厚膜传感器的掺杂研究
2.Study on the Key Technique of Thick Film Sensor Fabrication by Micropen-Laser Hybrid Direct Writing Technique微笔—激光复合直写厚膜传感器的关键技术研究
3.Performance and Application Research of Air Quality Monitor Based on Thick Film Sensor基于厚膜传感器的空气质量监测仪性能及应用研究
4.Researches on SrTiO_3 Thick Films of Automobile Exhaust Gas Sensors;汽车用SrTiO_3厚膜氧传感器研究
5.Thick Film Integration Package Technology for Pressure Sensor压力传感器的厚膜混合集成封装技术
6.Study on the Thickness of Sensitive Layer of Surface Acoustic Wave Gas Sensor声表面波气敏传感器敏感薄膜厚度的研究
7.The Design of a Sensor Measuring the Oil Film Thickness between Cylinder and Piston Ring in Diesel Engine;柴油机缸套—活塞环油膜厚度传感器的设计
8.Research on Thick-film Integrated Technology of Digital Accelerometer;数字式加速度传感器的厚膜混合集成技术研究
9.Preparation and Performance Study of Thick Film SrTiO_3 Oxygen Sensor钛酸锶厚膜氧传感器的制备和性能研究
10.Study on Impedance NO_2 Sensor Based on La_(0.8)Sr_(0.2)CoO_3 Thick FilmLa_(0.8)Sr_(0.2)CoO_3基阻抗谱型厚膜NO_2传感器的研究
11.Thick-film hybrid integrated capacitive accelerometer基于厚膜混合集成的电容式加速度传感器
12.Nonlinear Error Analysis of Thick Film Capacitor Micro Displacement Sensor厚膜电容微位移传感器的非线性误差分析
13.Study on atmosphere modification of gas sensing sensor based on tungsten oxide thick film氧化钨厚膜气敏传感器的气氛改性研究
14.Study of Directly Fabricating Thick Film Thermosensor by Laser Micro-Cladding Technique;激光微细熔覆直写技术制作厚膜温度传感器的初步研究
15.Research on Thick Film Hybrid Integration Fabrication and Program of Micromechanical Accelerometer;硅微加速度传感器厚膜混合集成方案与工艺研究
16.Study of Biofilm Thickness Online Measure System Using Fiber Sensor Based on Absorbance基于光吸收的生物膜厚度在线测量光纤传感器系统研究
17.electroretinographic transducer/sensor视网膜电图（ERG）传感器
18.electroretinographic transducer[sensor]视网膜电图（传感器）
相关短句/例句
thin-film thickness sensor膜厚传感器
1.New thin-film thickness sensor of quartz crystal bulk resonator;新型水晶体波谐振式膜厚传感器
3)thick film force sensor厚膜力传感器
1.Taking MCU as the core, based on thick film force sensor, a kind of portable electronic scale was designed in this paper.介绍一种基于厚膜力传感器和利用AT89C52单片机等器件设计的便携式电子秤。
4)thick-film pressure sensor厚膜压力传感器
1.The model of thick-film pressure sensor s non-linear calibration with BP neural network is discussed,and the program is emulated by ANN toolbox in MATLAB.简述了厚膜压力传感器结构原理和力学模型、传统非线性校正方法,以及用神经网络进行非线性校正的原理,探讨用BP神经网络实现厚膜压力传感器的非线性校正,并通过MATLAB神经网络工具箱进行仿真。
2.According to the unperfect stability and the unpleasing combination between stain sensitive elements and compensation circuit of thick-film sensors, an effective method of temperature compensation by changing the inner structure of thick-film pressure sensorshas been designed.考虑到以往厚膜传感器压敏元件和补偿电路的一致性较差、稳定性不够理想的问题,设计了一种优化的厚膜压力传感器片内平面化结构,其可提高传感器温度补偿效果;分析了信号调理电路的合理布局,元件的科学分布对减小误差,提高抗干扰能力的有效性,并给出了实验数据,通过其证明了设想的正确性。
5)Thick-film temperature sensor厚膜温度传感器
6)Thick-film gas sensor厚膜气敏传感器
延伸阅读
振膜式传感器 以圆形恒弹性合金膜片为敏感元件的谐振式传感器。膜片的固有振动频率随膜片上所受压力的变化而变化，通过相应的测量电路就可获得与被测压力成一定关系的频率信号。振膜式传感器广泛用于压力测量，它由空腔、压力膜片、振动膜片、激励线圈、拾振线圈和放大振荡电路组成(见图)。在空腔受压力影响时,压力膜片即发生变形,装在压力膜片支架上的振膜则因支架角度改变而发生刚度变化。膜片的振动频率取决于振膜的刚度、压力膜片和支架的刚度。在振膜的两侧分别放置激励线圈和拾振线圈。工作时，激励线圈接通交变电流而使膜片产生振动，拾振线圈则将所感应的振动信号送往放大振荡电路，该信号经放大后又正反馈给激励线圈，使振膜保持它固有频率的振动。激励线圈和拾振线圈还可以用两个压电元件代替，其结构也可做成使振膜直接感受被测压力。作为拾振器的压电元件利用正压电效应将振动信号送往放大器，该信号经放大后又正反馈到作为激振器的压电元件，利用逆压电效应产生振动激励以维持膜片的振动。为提高稳定性，压电元件的固有振荡频率应远离振膜的固有振荡频率，并设置高频衰减网络抑制高频振荡。
