servo accelerometer

Research on ultra-low frequency moving-coil servo accelerometer

超低频动圈换能伺服加速度计的研究

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On the basis of the working principles and the construction of the servo accelerometer, this paper mainly discussed its dynamic characteristics theoretically and its better stability and its better stability and accuracy than the ones now commonly in use.

本文在叙述伺服式加速度计的工作原理和基本结构的基础上，着重对其动态性能进行了理论分析，阐明了伺服式加速度计比起常用的开环型加速度计更稳定和更精确。

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Analysis of the Principles and Performances of the Servo Accelerometer

伺服式加速度计原理与性能分析

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Application and Design of Servo Accelerometer in the Anti-interference of Vibration for Attack Angle Measurement

伺服加速度计在抗振动干扰攻角测量中的应用与设计

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Measurement Range Design for Electrostatic Servo Accelerometer

静电伺服微加速度计的量程设计

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Monolithic Servo Accelerometer and Its Applications

单片伺服加速度计及其应用

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The Quartz-Flexible Servo Accelerometer for Precise Measurement of Low Frequency Vibration

精密测量低频振动的石英挠性伺服加速度计

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In this paper, the principles and structure of monolithic servo accelerometer, together with the servo circuit are described. As an example, a commercial monolithic accelerometer from Analog Device is discussed in terms of performance characteristics, applications and signal condition methods.

本文概述单片伺服加速度计的原理和基本结构，伺服电路的组成和特点，并介绍了AD公司生产的单片加速度计的性能指标和应用电路，以及信号调节的方法。

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The paper describes the design of a novel micro-mechanical electrostatic servo accelerometer based on double fiber Fabry-Perot interferometers.

详细介绍了一种新型的基于双光纤Fabry-Perot干涉式（以下简称DFPI）差动检测的静电伺服硅微加速度计的设计。

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In this paper, a quartz-flexible servo accelerometer with a resolution of 5 × 10-6g and precision better than 2% within a range of 0-200 Hz is introduced.

本文介绍的石英挠性伺服加速度计，其分辨率可达5×10~（-8）g，在0～200Hz频率范围内，准确度优于±2%。

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This paper gives the operation principle, the structure and the circuit system designs of the micromachined electrostatic servo accelerometer, and briefly describes its packaged sample.

本文详细介绍了微机械静电伺服加速度计的系统工作原理、结构和线路设计特点，并对其封装样品作了简要的叙述。

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