谐振式传感器是一种新型高精度的传感器。
谐振式传感器是利用某种谐振子的固有频率随被测物理量的变化进行测量的一类准数字式装置。
Resonant sensor system is a kind of quasi-digital measuring device utilizing the effect that the natural frequency of the resonator changes according to the measured frequency.
提出一种采用双谐振器敏感结构的谐振式传感器，传感器的敏感元件包括两个结构参数一致的谐振器，传感器的闭环控制系统由两个幅度控制器和一个反相器组成。
A new resonant sensor consisting of two resonators of uniform structure and size is presented. The closed loop control system is composed of two amplitude controllers and an inverter.
弹性弯管在谐振式直接质量流量传感器中起着重要的作用。
The elastic tube plays an important role in the resonant direct mass flow sensor.
本文研究了谐振式硅微结构压力传感器在单频激励和双频激励情况下的非线性振动特性。
The nonlinear vibration characteristics of resonant silicon microstructure pressure sensor are investigated under single and two frequency excitation signal conditions.
对一种硅谐振式压力微传感器敏感结构的边界结构参数进行了优化设计。
The boundary structural parameters of a silicon resonant pressure microsensor are optimized in this paper.
谐振式光纤陀螺（R-FOG）是新一代惯性旋转传感器的代表。
Resonator fiber optic gyro(R-FOG) is a promising candidate for the next generation inertial rotation sensor.
石英谐振式力传感器是一种输出为频率信号的数字式传感器。
Quartz resonance force sensor is a digital sensor with frequency signal as its output form.
在对圆筒谐振子的数学模型计算和有限元分析的基础上，设计了一种新型的谐振式液体密度传感器。
Based on the calculation and finite element analysis of resonator, a new kind of resonant liquid density meter is designed.
介绍了一种新型的磁多谐振荡式直流小电流传感器在雷电流测量中应用。
A new weak DC sensor which is used in measurement of lightning current is introduced.
本文介绍了作者设计、制作的一种谐振梁式压力传感器。
This thesis represents the design and fabrication of a resonant beam pressure sensor.
本文的研究目的是设计一种基于石英谐振式力敏传感器的无线数据采集系统，用于大型建筑的钢结构受力检测。
The purpose of the research in this paper is to design a kind of wireless data collection system with quartz resonance force sensor, for the detection of the steel structure in large building.
分析和实验结果证明，将体声波石英谐振器用于结构式称重传感器的开发与生产是完全可行的，具有很好的发展前景。
It shows that production of weighing sensor by bulk acoustic wave quartz resonator is completely feasible and has great foreground.
本文研究的目的是设计制作一种基于石英谐振式力敏传感器的便携式测力系统。
The purpose of the research conducted in this essay is to design a kind of portable force measuring system with quartz resonance force sensor.
介绍了YD - 1型压电式加速度传感器与CZ - 4型磁座构成的磁座安装测振系统的安装谐振频率。
The mounting resonant frequency of vibration measurement system formed with piezoelectric acceleration sensor YD-1 and mounted magnetic base CZ-4 is addressed.
对谐振式集成光学角速率传感器IORS的关键器件之一——大功率、窄线宽光源进行了分析与实验。
A high power, narrow linewidth single frequency laser diode as one of the key elements of Integrated Optical Rotation Sensor (IORS) is studied.
研究了微电容式压力传感器的差动电容结构设计和微谐振式压力传感器的微谐振子结构设计，利用ANSYS软件对微差动电容的结构进行了优化设计。
A micro differential capacitance and a micro harmonic oscillator are studied and designed. The structure of the micro differential capacitance is optimized by use of the ANSYS software.
选用薄壁圆筒作为谐振子，设计了短管谐振式密度传感器。
A short pipe densitometer is designed with the resonator of cylinder shell.
在谐振器动力学分析的基础上，系统地比较了谐振式压力传感器检测速度谐振频率和检测位移谐振频率的优缺点。
Based on dynamic analysis of resonator, speed resonant frequency detection for the resonant pressure sensor is compared to displacement resonant frequency detection systematically.
提出了一种微机械谐振式压力传感器的新结构。
该传感阵列系统利用不同延迟线构成编码器不仅有谐振式无源无线传感器距离远的优点，而且，还具有延迟型大规模编码的优势。
Because using the delay line to construct coder, the sensor array can be employed not only in the long distance, but also in the large-scale. Thi...
基于MEMS技术的硅微谐振式压力传感器是目前精度最高的硅微压力传感器，它通过检测物体的固有频率间接测量压力，为准数字信号输出。
Miniature silicon resonant pressure sensor based on MEMS, which has the highest precision for frequency output, measures pressure by detecting the natural frequency of some object.
实际的谐振式科里奥利质量流量计工作过程中，普遍存在传感器的外部和内部耦合振动现象，直接影响流量计的稳定性和测量精度。
Actually the external coupling and the internal coupling vibration are widely existent, the operating stability and the measurement precision are directly influenced.
针对石英谐振式称重传感器的结构特点，对导致传感器产生失效的机理进行了分析。
Based upon the structure of a quartz resonant weighing sensor, failure mechanism is analyzed.
对谐振膜片进行了数学模型分析，并设计了基于数字闭环方法的谐振膜式密度传感器整体结构。
On basis of analyzing the mathematical models of resonant diaphragm, a integral structure of resonant diaphragm density sensor is designed based on the method of digital closed-loop.
压强的测量采用半导体硅压阻式压强传感器，通过测量MPT进气管路的静压，结合理论分析计算得到MPT谐振腔的总压。
The measurement of pressure was carried out by using semiconductor silicon piezometer. With the static pressure in inlet of pipeline and theoretic analysis we could get the total pressure of MPT.
随着电容式加速度传感器的广泛使用，对其品质因子、谐振频率等关键参数的器件级测试显得尤为重要。
With the wide range use of the capacitive accelerometer, it's particularly important to test some key parameters such as quality factor and resonance frequency accurately.
随着电容式加速度传感器的广泛使用，对其品质因子、谐振频率等关键参数的器件级测试显得尤为重要。
With the wide range use of the capacitive accelerometer, it's particularly important to test some key parameters such as quality factor and resonance frequency accurately.
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