分析了恒压源供电下的桥路输出特性以及影响电桥电压灵敏度的各种因素。
The output characteristics of the bridge circuit which supplied with constant voltage source are analysed.
本文研究了利用自动平衡电桥方法，通过测量高端和低端两路矢量电压来精确测量电感L、电容C和电阻R（即LCR）。
This paper studies the method of auto balancing bridge to precisely measure inductance L, capacitance C, resistance R(namely LCR)by measuring the high and low terminal vector voltages.
这种电桥平衡的方法可在软件中对初始电压进行补偿。
This method of bridge balancing compensates for the initial voltage in software.
利用集成运算放大器的特点，设计了输出电压无非线性误差的电桥电路传感器。
Using the characteristic of integrated operational amplifier, an electric bridge circuit sensor without nonlinear error in its output voltage is designed.
PT100温度传感器和精密电阻构成的电桥测量电路输出微弱的电压信号。
The electrobridge measurement circuit, which consists of PT100 temperature sensor and precise resistance, outputs slight voltage signals.
分析了一般电桥电路作为传感器其输出电压产生非线性误差的原因。
The reason of nonlinear error caused by output voltage in common electric bridge as the sensor is analyzed.
分析了三种测量高值电阻的方法：改进电桥法、电压法、比较法，并用这三种方法对同一高值电阻进行了测量。
Three methods on measuring high resistance improved electric bridge method, voltage method, and comparative method are introduced in the article.
理论计算和实验结果表明：压敏电桥输出电压与温度成线性关系。
Theoretic computation and experimental results show that the output voltage is linear with temperature.
金属箔式应变片是应变敏感元件，通过它转换被测部位受力状态变化，电桥完成电阻到电压的比例变化。
Metal foil strain wafer is a live strain component, through which the variation of lading condition is shifted. The resistance module can vary from resistance to voltage in proportion.
电流表、电压表、电桥以及类似的常见仪器都属于常用的设备。
Ammeter, voltmeter, bridge and similar common methods are typical equipment types.
瞄控台自动控制器由at98c 2051、电桥和电压比较电路及数控电位器x 9241组成。
The controller of aiming control platform (ACP) is composed with AT98C2051, Voltage comparing circuit, electric bridge and digital potentiometer X9241.
在深入研究分析电桥法原理的基础上，通过提高检流计灵敏度与提高电源电压两方面对传统电桥法进行改进，并研制了基于改进电桥法的成套设备。
In this paper, an improved bridge method is presented through improving galvanometer sensitivity and power source voltage according to analyzing the principle of bridge method deeply.
常用的有电流表，电流表，电压的概念，电桥，电位差计数等。
Commonly used has the galvanometer, the amperemeter, a volt idea, the electric bridge, the potential difference counts and so on.
本文指出组成压阻型压力传感器电桥的电阻受温度、输入电压、压力的共同影响，在此基础上提出非线性扩散电阻的多维模型。
The phenomenon is called electric nonlinearity for sensitivity. The nonlinear resistors, forming the bridge in pressure sensor, are influenced by temperature, input voltage and pressure together.
通过研究对数运算电路独特的运算特性，设计出一种满足消除电桥参考电压影响的电路模型，为高精度电桥类传感器设计提供了一种独特的减小失调误差影响的手段。
The property of the logarithm circuit is studied. A model is given to reducing the error of bridge, and a kind of high-precision transducer without the influence of the voltage supply is designed.
温度的采集通过不平衡电桥测量铂电阻随温度变化的电压信号来实现。
The value of temperature is collected by measuring the value of the platinum resistance that changes with the temperature in unbalanced bridge.
温度的采集通过不平衡电桥测量铂电阻随温度变化的电压信号来实现。
The value of temperature is collected by measuring the value of the platinum resistance that changes with the temperature in unbalanced bridge.
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