Contributions to model characterization of geophone sensor

X. Roset, J. del Río, A. Mànuel, R. Palomera-Garcia
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引用次数: 13

Abstract

In an oceanographic campaign of seismic prospecting it is often needed equipments with geophones to measure the motion of the sea bed. Normally, the signal is weak compared to the noise because the source is a few kilometres away from the sensor. The noise is due to the ambient in the ocean (seismic activity, currents, etc) and the electronic noise in the equipment (sensor, amplifier stage, A/D converter, hard disc and connexions). In order to characterize the electromagnetic geophone sensor and the performance with amplifier stage we have found models of a geophone sensor and we have simulated them with different amplifiers to improve the ratio S/N.
对检波器传感器模型表征的贡献
在海洋地震勘探活动中,经常需要地震仪来测量海床的运动。通常情况下,与噪声相比,信号较弱,因为信号源离传感器有几公里远。噪音是由于海洋中的环境(地震活动、洋流等)和设备(传感器、放大器级、A/D转换器、硬盘和连接件)中的电子噪音造成的。为了对电磁检波器传感器的性能和放大级进行表征,我们建立了一个检波器传感器的模型,并用不同的放大器对其进行了仿真,以提高其信噪比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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