<?xml version='1.0' encoding='UTF-8'?>
<FDSNStationXML xmlns="http://www.fdsn.org/xml/station/1" schemaVersion="1.2">
  <Source>GEO-INQUIRE Acoustic Conversion Framework</Source>
  <Sender>Geo-Enquire Data Converter and Metadata Tool, Simone Sanfilippo, INFN-LNS, Italy</Sender>
  <Module>ObsPy 1.4.2</Module>
  <ModuleURI>https://www.obspy.org</ModuleURI>
  <Created>2026-05-04T15:44:09.282788Z</Created>
  <Network code="1J" startDate="2025-09-17T00:00:00.000000Z" endDate="2025-09-29T23:59:59.999999Z">
    <Description>GEO-INQUIRE Hydrophone Conversion Campaign | Identifier: https://doi.org/10.15161/oar.it/vz314-96e37</Description>
    <Identifier>https://doi.org/10.15161/oar.it/vz314-96e37</Identifier>
    <Station code="CTHI" startDate="2025-09-17T00:00:00.000000Z" endDate="2025-09-29T23:59:59.999999Z">
      <Description>Hydrophone station at IPANEMA Catania mooring, (2050 m depth)</Description>
      <Latitude unit="DEGREES">37.49986</Latitude>
      <Longitude unit="DEGREES">15.38413</Longitude>
      <Elevation unit="METERS">-2050.0</Elevation>
      <Site>
        <Name>IPANEMA Catania (15.38413, 37.49986), Sicily, Italy.</Name>
      </Site>
      <Channel code="CDH" startDate="2025-09-17T00:00:00.000000Z" endDate="2025-09-29T23:59:59.999999Z" locationCode="00">
        <Description>SMID Technology TR401(v2) hydrophone.</Description>
        <Latitude unit="DEGREES">37.49986</Latitude>
        <Longitude unit="DEGREES">15.38413</Longitude>
        <Elevation unit="METERS">-2050.0</Elevation>
        <Depth unit="METERS">-10.0</Depth>
        <Azimuth unit="DEGREES">0.0</Azimuth>
        <Dip unit="DEGREES">0.0</Dip>
        <SampleRate>300.0</SampleRate>
        <Sensor>
          <Type>Hydrophone</Type>
          <Description>SMID Technology TR401(v2) hydrophone.</Description>
          <Manufacturer>SMID Technology</Manufacturer>
          <Vendor>SMID Technology</Vendor>
          <Model>TR401(v2)</Model>
          <SerialNumber>119</SerialNumber>
        </Sensor>
        <Response>
          <InstrumentSensitivity>
            <Value>6647.0</Value>
            <Frequency>100.0</Frequency>
            <InputUnits>
              <Name>Pa</Name>
            </InputUnits>
            <OutputUnits>
              <Name>count</Name>
            </OutputUnits>
          </InstrumentSensitivity>
          <Stage number="1">
            <PolesZeros>
              <InputUnits>
                <Name>Pa</Name>
              </InputUnits>
              <OutputUnits>
                <Name>count</Name>
              </OutputUnits>
              <PzTransferFunctionType>LAPLACE (RADIANS/SECOND)</PzTransferFunctionType>
              <NormalizationFactor>6647.0</NormalizationFactor>
              <NormalizationFrequency unit="HERTZ">100.0</NormalizationFrequency>
              <Pole number="0">
                <Real>0.0</Real>
                <Imaginary>0.0</Imaginary>
              </Pole>
            </PolesZeros>
            <Decimation>
              <InputSampleRate unit="HERTZ">192000.0</InputSampleRate>
              <Factor>640</Factor>
              <Offset>0</Offset>
              <Delay>0.0</Delay>
              <Correction>0.0</Correction>
            </Decimation>
            <StageGain>
              <Value>6647.0</Value>
              <Frequency>100.0</Frequency>
            </StageGain>
          </Stage>
        </Response>
      </Channel>
    </Station>
  </Network>
</FDSNStationXML>

