传感器元件

为传感器元件的制作、测试及应用提供了理论基础。（4）提出了整个新型无源轮胎压力监测系统的总体设计方案，对各部分的硬件组成进行了研究。

It provides a theoretical basis for the production , testing and application of the sensor element . ( 4 ) This paper proposed the overall design scheme of the new type of passive tire pressure monitoring system , researched various parts of the hardware .

用微加工工艺制做出了几种AMR传感器元件，并给出了测试结果。

Some AMR sensors were made by the micro-fabrication technique , and the testing results were also presented .

利用PSD传感器元件测量湍流密度场

Measurement of turbulent density field by laser technique

系统中的参数不确定性满足广义匹配条件，传感器元件具有部分输出增益故障。

The output signals of the sensors have part gain faults .

第三部分详细介绍了地铁三号线的系统硬件设计，其中包括控制器的选型、控制网络的设备及网络组态、传感器元件及执行机构的选型、控制箱柜的选型。

The third part describes the hardware design , include controller , network device , sensors etc.

收纸装有电容传感器元件，允许印刷中调节收纸堆高低；

Delivery system installed the capacitive sensor , in the regulation to control the height of paper pile ;

谐振式SAW压力传感器敏感元件研究与设计

Study and Design Sensitive Device of Resonance SAW Pressure Sensor

一种新型力敏传感器Z元件的特性分析

Characteristic Analysis of A New Kind of Force-Sensitive Sensor Z-Element

引信用MEMS加速度传感器敏感元件的设计

Design of the Sensing Element of MEMS Accelerometer used in the Fuze

通过读取和建立数据交换文件（DXF文件），使传感器弹性元件的CAD二次开发，CAE有限元分析以及CAM加工制造紧密联系，从而实现了平行梁式称重传感器弹性元件的CAD/CAE/CAM集成系统。

Through reading and writing the data exchange file-DXF file , the compact relation of three absolute modules CAD , CAE and CAM is founded . Consequently turned into the CAD / CAE / CAM integration system of the elastomer of parallel girder load sensor .

轮辐式三维加速度传感器弹性元件优化设计

Optimum design of wheel - type structure for three - axis accelerometer

高精度传感器弹性元件应变梯度的非线性误差分析

The Nonlinearity Analysis on the Elastomers Strain Gradient of the Super Precision Transducer

带孔等厚薄壳荷重传感器弹性元件的形状优化

Shape optimization for the load cell elastomer of equal-thickness thin shell with holes

有待开发的传感器-Z元件

Z sensor , a Component Awaiting Exploitation in China

电阻应变式传感器弹性元件的设计探讨

Discussion about Elastic Element Designing of Resistant Strain Gauge

称重传感器弹性元件结构参数对非线性误差的影响

The Influence of Elastomer Structural Parameter on Nonlinearity in Super Precision Heavy Transducer

电涡流汽车空调压力传感器弹性元件的优化设计

Optimization Design of Elastic Element of Eddy Current Sensor for Measuring Auto Air-Conditioning Pressure

对离子束蚀刻深度传感器敏感元件与传感元件间的耦合问题进行了探讨。

The coupling problem between sensitive element and sensing element in etching depth sensor is discussed .

基于有限元法的车用氧传感器密封元件受力及变形分析

Accept Force and Distortion Analysis of Airproof Component of Oxygen Sensor Used in Vehicle Based in ANSYS

高分子电阻型薄膜湿度传感器&元件构造、老化机理、感湿机理探讨

Polymer Resistive Thin Film Humidity Sensor & Investigation on Device Construction 、 Aging Mechanism and Humidity Sensing Mechanism

提出了一种由步进电机、转矩传感器等元件组成的齿槽转矩测试系统。

A cogging torque measurement system was proposed , which was composed of stepping motor , torque sensor , etc.

三环减速器的弹性静力分析双环测力传感器弹性元件的计算机辅助分析

Elastic static force analysis of three-ring reducer The Computer-aided Analyzing for the Elastomer of a Double Ring-type Load Cell

传感器敏感元件主体结构采用单晶硅的法布里帕罗标准具，并通过光纤与发光二极管和光电探测器等光学元件相连。

Sensor element , which consists of a Fabry-Perot etalon fabricated from single-crystal silicon , connects with the LED and detector by fibers .

静电传感器敏感元件是整个气路静电监测系统的前端，是获取被测参数的基本环节。

The electrode is the front terminal of the gas path electrostatic monitoring system and is the basic part to obtain the measured parameters .

采用有限元法对应变式拉压力传感器弹性元件进行分析。

The elastic cell of the strain transducer for the measurement of tension and compression force is analyzed by FEA ( finite element analysis ) .

用空间模型理论建立了六维加速度传感器弹性元件无量纲尺寸的空间模型，并转换到二维平面，给出了转换公式。

The physical model of solution space on the structure of six-axis accelerometer with nondimensional parameters was established and changed into 2D plane by the conversion formulas .

重点叙述了平膜应变式压力传感器弹性元件的选材特点、结构设计原理与最佳应力分布分析。

The material selection for elastomer , structure design principle and the analysis on optimal pressure distribution for the strain type pressure transmitter with plat membrane are described .

本实用新型设计免去位置传感器霍尔元件，使电机结构更加合理，同时节省控制成本。

The utility model is not designed with hall element of position sensor , as a result , the motor structure is more rational and the cost for control is reduced .

本系统包括（1）铁氧体力矩电机，（2）谐波减速齿轮，（3）线性放大器或脉宽调制放大器，（4）传感器等元件。

The system consists of ( 1 ) a torque motor made out of ferrite permanent magnet ,( 2 ) a harmonic drive gear ,( 3 ) a linear amplifier or a pulse width modulative amplifier and ( 4 ) a sensor .

在一些特殊应用场合，传感器弹性元件处于温度梯度场而产生热应力，实验研究温度场及热应力分布是采取补偿措施的前提和基础。

In some special applications , the elastic elements of sensors will produce thermal stress in a temperature field . A study of the distribution of a temperature field and the thermal stress through experimentation is the precondition and foundation of adopting compensation measures .