提出了一种用于压力传感器的温度漂移补偿新方法。
A new method for temperature compensation of pressure sensors is proposed.
给出的温度补偿晶体管对该脉象传感器的灵敏度温度漂移补偿效果好，有推广应用前景。
Temperature compensate transistor has good compensate effect to sensitivity drift of the pulse image sensor, the results apply equally to other fields.
通过双桥间的互补，同时消除了压力传感器的热零点漂移和热灵敏度漂移，文中给出了温度漂移补偿的具体算法及相应的实验结果。
The thermal shifts of both zero output and sensitivity of the pressure sensor are eliminated by the compensation With two bridges. A theoretical analysis and experiment are presented in this paper.
假设它能被用上的话，那么它就能准确地感知指数转换器晶体管的温度，也就能用来对晶体管的漂移进行补偿。
If it can be mounted so that it accurately senses the expo converter transistor's temperature, it can be made to compensate for the transistor's drift.
温度输出信号可以实现对传感器中压力输出时温度漂移的精确补偿。
Temperature output can realize the precise compensation for the temperature offset of the pressure output of the sensor.
为了改善频标温度特性和老化漂移特性，提出一种智能补偿方法及其装置。
It order to improving the temperature characteristic and aging drift characteristic of frequency marker, one intelligent compensating method and device is disclosed.
采用该辨识方法可实现光纤陀螺非线性温度漂移的在线辨识和补偿，有效地提高光纤陀螺的测量精度。
Identifying and compensating on-line of nonlinear temperature drift about IFOG can be realized by the identification method, and the measurement precision of IFOG can be improved effectively.
该系统能对压力传感器的零点误差、灵敏度误差和温度漂移进行自动的补偿校正。
The system can automatically compensate and calibrate the pressure sensor's zero point error, sensitivity error and thermal drift.
对影响气敏传感器性能漂移的两个主要因素温度和湿度进行了在线式补偿。
On-line compensation about temperature and humidity as two main factors can resolve the drift of sensor to a great extent.
通过对光纤光栅布喇格波长随温度及应力变化的分析，设计制作了金属桥式结构来补偿光栅的温度漂移。
By analyzing variation of FBG Bragg wavelength with temperature and strain, a metal bridge structure for Bragg wavelength shift compensation is demonstrated.
针对雪崩二极管温度漂移的问题，本文设计和分析一种新型的温度补偿电路，使雪崩二极管达到了最佳雪崩增益。
To solve the problem of temperature drift, a new circuit with temperature compensation is designed and analyzed which enables APD to reach the optimal avalanche gain.
该传感器还借助微处理器对测量信号的非线性与温度漂移进行了数字化的修正和补偿。
The moisture sensor makes digital modulation and compensation on signal non-linearity and temperature offset by adoption of microprocessor.
介绍了一种低成本的，基于微处理器的装有多个温度传感器的控制器所组成的温度补偿系统，如何有效地解决了温度漂移的补偿问题。
A low cost temperature compensation system, consists of multi temperature sensors, are used to illustrate how to effectively solve the problems of temperature compensation caused by temperature drift.
在建立光纤陀螺漂移与温度的混合线性回归模型时，考虑温度变化率和温度梯度等因素的影响，对光纤陀螺零位漂移的温度补偿精度更高。
So the compensation accuracy of FOG drift can be improved by introducing the temperature rate and its grads when establishing the mix linear regression model.
同时，采用跳转技术对偏差及温度漂移进行了补偿，减少了温度等因素对本系统造成的影响。
Because the deflection and the temperature floating is compensated by flipping technology, the influence of some factors such as temperature on the system is reduced.
实际测试结果表明：温度漂移综合补偿准确度可达0.41%，明显优于一般方法的补偿准确度。
The accuracy of compositive compensation is showed to be 0.41 % by experiment result, thus being superior to that of common method in evidence.
采用三维样条插值法进行温度补偿，很好的解决了温度漂移。
Temperature shifting is solved through temperature compensation with triple spline interpolation.
本文简要综述了国内外的电路温度补偿方法，对TYZ-3智能型土壤养分测试仪的温度漂移进行了试验研究。
Through the experiment with the circuits thermal drift, of TYZ-3 intelligent soil nutrition gauge, J-type field effect transistor(JFET) was found as the major cause of circuits thermal drift.
本文提出一种基于乘积型最小二乘法的离子计温度补偿方法，离子浓度测量模型参数反映传感器的非线性特性和温度漂移特性。
A new method to compensate the temperature excursion of ion instrument is proposed in the paper. The model parameters reflect the nonlinear characteristics and excursion.
介绍了一种压力传感器的温度补偿方法，这种方法解决了压力传感器温度漂移的问题。
A method of temperature compensation for pressure sensor is introduced, and it resolves the problem which is about the temperature excursion of pressure sensor.
根据结冰传感器的实现原理，分析了其振动频率的温度漂移特性，介绍了软件和硬件相结合的温度补偿方法。
The character of temperature drift is analyzed according to the principle of ice detector, then presents the temperature compensation in which both software and hardware are combined.
本论文主要研究了差压传感器的设计方法、制作工艺、非线性自校正及温度漂移自补偿等技术。
This paper is mainly the research on the design techniques, facture technics, non-linear self-emendation and temperature-bias self-compensate techniques of dif-pressure sensors.
本论文主要研究了差压传感器的设计方法、制作工艺、非线性自校正及温度漂移自补偿等技术。
This paper is mainly the research on the design techniques, facture technics, non-linear self-emendation and temperature-bias self-compensate techniques of dif-pressure sensors.
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