Corrosion-resistant ceramic pressure sensor does not pass liquid, the pressure directly as Dingxing piezoresistive pressure sensor with the front surface of the ceramic diaphragm, the diaphragm will produce small deformation, thick film resistors printed on ceramic membrane on the back, the connection into a Wheatstone bridge, due to resistance of the piezoresistive effect of pressure-sensitive, so that the bridge produces a highly linear proportional with the pressure, and the excitation voltage is also proportional to the voltage signal.
抗腐蚀的陶瓷压力传感器没有液体的传递，压力直接作鼎兴压阻式压力传感器用在陶瓷膜片的前表面，使膜片产生微小的形变，厚膜电阻印刷在陶瓷膜片的背面，连接成一个惠斯通电桥，由于压敏电阻的压阻效应，使电桥产生一个与压力成正比的高度线性、与激励电压也成正比的电压信号。
An adaptive correction method based on the measuring theory of Wheatstone bridge is proposed to reduce the effect of the multi-range measuring errors of a laser resistor trimming machine on the resistance adjusting accuracy.
为了减小激光调阻机测量系统的多档测量误差对阻值修调精度的影响，提出了一种基於有源单臂电桥测量原理自适应地校正激光调阻机多档测量误差的方法。
In order to avoid the deficiency of Wheatstone electric bridge and potential difference meter in the measurement of resistance and electromotive force, a new digital assembled electric bridge potentiometer experimental instrument is developed.
根据传统的用惠斯登电桥测电阻和用电位差计测量电动势的实验装置存在的不足，研制出了数字化电桥电位差计实验仪。
Voltammetry and Wheatstone bridge method are two methods commonly used in physics experiments to measure resistance.
伏安法和惠斯通电桥法是物理实验中常用的两种测量电阻的方法。
By using piezoresistive effect of monocrystalline silicon, static pressure is sensed with the change of resistance. The transformation of static pressure to output current signal is realized by Wheatstone bridge, and function module circuit, then the relationship that output signal is linear with liquid level is set up. Finally, measurment of liquid level is achieved.
二线制隔离膜片扩散硅液位变送器是利用单晶硅的压阻效应，通过电阻的变化，得到静压力的大小，再通过惠斯登电桥及功能模块电路将静压力转换成电流信号输出，从而建立起输出信号与液位的线性对应关系，实现对液体深度的测量。
In this paper, two RTD-based strategies to measure stress, resonance frequency measurement and RTD-Wheatstone bridge measurement, are discussed.
与半导体材料压阻效应的应用类似，RTD也可用于应力检测。文中研究了两种基于RTD的应力检测方法。
We made use of Wheatstone bridge to control ratio of heating power between the samples, Thus, it enable to control and measure the differential heating power accurately. Consequently, it improves sensitivity of the system.
采用惠斯通电桥来控制两个样品间加热功率的比例，这样能够更准确控制和测量两个样品加热的功率差异，从而提高了测量的灵敏度。
The measurement theory and method of source Wheatstone bridge in low resistance trim were described.
论述了有源电桥在刻蚀低电阻时的测量原理及其方法，提出在低阻测量时消除线电阻及其接触电阻的方法，对测量精度进行了分析，对低阻测量及其控制有一定的参考价值。
The behavior and performance of the MR valve with both annular and radial damping gaps is expressed in terms of non-dimensional parameters and the efficiency of the MR hydraulic actuator system with the MR valves with both annular and radial damping gaps in Wheatstone bridge network is studied
同时推导了基于平板模型的同时具有圆环和圆盘阻尼间隙的磁流变阀的非量纲的体积流量，得到了桥式连接的磁流变阀工作时驱动泵效率的计算模型。
The present paper deals with the theory of resistance trim by means of source wheatstone bridge in the laser resistance trim system and presents the method of removing line resistance and junction resistance in low resistance measurement.
论述激光调阻机中用有源单臂电桥进行刻蚀电阻的原理，提出在低阻测量时消除线电阻及其接触电阻的一种方法。
The experimental results indicate that the sensor is possessed of the ideal linearity of±0.126%F-S, high sensitivity of 24.078mV/bar, repetition characteristics of±0.212%F-S, delay characteristics of±0.090%F-S, accuracy degree of 0.263%F-S. The electrical null of the sensor is small because it avoids the deviation for the mismatch of four arm resistant of Wheatstone bridge.
实验结果表明该传感器线性度为±0 。126%F-S、灵敏度为24.078mV/bar、重复特性为±0 。212%F-S、迟滞为±0 。090%F-S、精度为0 。263%F-S.X型硅压阻式压力传感器避免了惠斯通电桥的四个桥臂电阻的不匹配所产生的误差，所以该压力传感器的零位输出不大。
The experimental investigations for the Wheatstone bridge's sensitivity were carried out in this paper.
文章对惠斯通电桥的灵敏度进行实验研究。
Wheatstone bridge's sensitivity is regarded as a key factor to affect its measuring precision.
惠斯通电桥的灵敏度是影响其测量精确度的一个重要因素。
Thick film resistance was printed in the back of the diaphragm to form a Wheatstone bridge.
厚膜电阻印刷在陶瓷膜片的背面，连接成一个惠斯通电桥。
In this paper, the author adopts Voltammetry and Wheatstone bridge to measure medium, high, and low resistances of three different resistance values, and makes an objective comparison and analysis, which provides some reference for the method choice of resistance measurement experiment.
本文通过实验对伏安法和惠斯通电桥法分别测中、高、低三种不同阻值的电阻，并进行了客观的比较和分析。为实验中测量电阻时选取合适的测量方法提供一些参考。
The adjustable frequency range can be extended by decreasing the wide of the bridge and the resistance of the Wheatstone bridge.
中心频率的可调节范围可通过减小梁的宽度和压敏电桥的电阻来扩展。
IMPROVEMENT OF ALTERNATING & CURRENT BRIDGE EXPERIMENT In the Wheatstone bridge experiment, digital voltmeter can be used instead of the AC5/1 galvanometer.
交流电桥实验的改进在惠斯登电桥实验中，可用数字电压表代替AC5/1型检流计。
Aiming at the influential factors of circuit precision, which were composed of Pt resistance R-T relation, Wheatstone bridge nonlinear characteristic, analog amplify circuit noise, A/D convert errors and CPU operation truncation errors, a solution has been presented.
着重分析了铂电阻R-T关系、惠斯通电桥非线性、模拟放大电路、A/D量化误差和处理器运算截断误差对电路精度的影响，并给出了解决方案。
Four silicon chip resistors are produced in different directions using semiconductor Planar process, and connected into a Wheatstone e-bridge.
利用半导体平面工艺在单晶硅片的不同方向上制作出四个电阻，并连接成一个惠斯通电桥。
Comparison of Experiments Using the Analytical Balance and Wheatstone Bridge
分析天平与惠斯通电桥的实验比较研究