Seismic sensing
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Sophisticated MEMS capacitive sensors combined with advanced electronics are replacing traditional geophones or seismometers for different types of seismic measurements.
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Numbers of applications outside the traditional strong motion earthquake monitoring are using these seismic motion sensors for their extreme low noise, high resolution and large dynamic range. These applications are characterized by low amplitude signals produced by natural (earthquake, volcano, subsidence or even wind) or human-induced (explosions, shock, constructions) movements. |
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Colibrys "digital geophones" are ideal for a large array of markets & applications such as:
Energy (oil & gaz) Downhole imaging, platform monitoring and stabilization, pipeline health and structural integrity monitoring, modal control for wind turbines and more.
Military/Aerospace Free field and structural monitoring, homeland security via border and perimeter intrusion detection, unmanned or unattended ground sensing (UGS), seismic imaging for underground bunkers, caves or other military targets, land mine detection, sonobuoy and more.
Industrial Test, measurement and R&D Building, bridge, road monitoring, HUMS, large machinery monitoring and more.
Colibrys SF1500S, SF1500SN and SF2006SN accelerometers are specifically designed for seismic sensing applications.
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