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The IRIS-Bus Concept for Seismic Instrumentation John D. West Arizona State University

The IRIS-Bus Concept for Seismic Instrumentation

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The IRIS-Bus Concept for Seismic Instrumentation. John D. West Arizona State University. Cable to Sensor. Datalogger. Sensor Breakout Box. Cable to GPS Antenna. Data storage (not shown). Power controller. Batteries. (High Lava Plains Experiment). Cables!. photos: Rick Aster. - PowerPoint PPT Presentation

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Page 1: The IRIS-Bus Concept for Seismic Instrumentation

The IRIS-Bus Concept for Seismic Instrumentation

John D. WestArizona State University

Page 2: The IRIS-Bus Concept for Seismic Instrumentation

Datalogger

Power controller

Batteries

Sensor Breakout Box

Cable to Sensor

Cable to GPS Antenna

Data storage (not shown)

(High Lava Plains Experiment)

Page 3: The IRIS-Bus Concept for Seismic Instrumentation

Cables!

photos: Rick Aster

Page 4: The IRIS-Bus Concept for Seismic Instrumentation

(High Lava Plains Experiment)

Page 5: The IRIS-Bus Concept for Seismic Instrumentation

(High Lava Plains Experiment)

Page 6: The IRIS-Bus Concept for Seismic Instrumentation
Page 7: The IRIS-Bus Concept for Seismic Instrumentation

How dowe getfrom here

tothere?

Page 8: The IRIS-Bus Concept for Seismic Instrumentation

Community/Vendor Joint Standards

1. Connectors: type, pin-outs, signal levels and protocols

2. Modules: size, shape, connector locations, locking mechanisms

3. Enclosures: size, shape, material, connectors, accessories

commons.wikimedia.org

Page 9: The IRIS-Bus Concept for Seismic Instrumentation

Conclusion

To get to the point where we can efficiently configure, deploy, and service large arrays of seismic stations, we need to develop standards for interconnection and form factor of seismic instrumentation. Those standards should be jointly developed between IRIS and the instrumentation vendors.