<?xml version="1.0" encoding="ISO-8859-1" standalone="no" ?>
<measurement>
  <recording>
    <start_time>20:17:12</start_time>
    <stop_time>14:17:12</stop_time>
    <start_date>2016-07-14</start_date>
    <stop_date>2016-07-15</stop_date>
    <target_directory>/mtdata/data</target_directory>
    <CyclicEvent>0</CyclicEvent>
    <Cycle>60</Cycle>
    <Granularity>seconds</Granularity>
    <input>
      <ADU07Hardware>
        <global_config>
          <meas_channels>5</meas_channels>
          <sample_freq>128</sample_freq>
          <buffer>1024</buffer>
          <start_stop_mode>0</start_stop_mode>
          <calon>0</calon>
          <atton>0</atton>
          <calref>0</calref>
          <calint>0</calint>
          <calfreq>16384.0</calfreq>
          <short_circuit>0</short_circuit>
          <decimation>0</decimation>
          <flush_fill>64</flush_fill>
          <ovl_fill>1024</ovl_fill>
          <start_stop_fill>512</start_stop_fill>
        </global_config>
        <channel_config>
          <channel id="0">
            <gain_stage1>2</gain_stage1>
            <gain_stage2>2</gain_stage2>
            <ext_gain>1</ext_gain>
            <filter_type>ADU07_LF_RF_4,ADU07_LF_LP_4HZ</filter_type>
            <echopper>0</echopper>
            <hchopper>1</hchopper>
            <dac_val>0</dac_val>
            <dac_on>0</dac_on>
            <input>0</input>
            <input_divider>0</input_divider>
          </channel>
          <channel id="1">
            <gain_stage1>8</gain_stage1>
            <gain_stage2>4</gain_stage2>
            <ext_gain>1</ext_gain>
            <filter_type>ADU07_LF_RF_4,ADU07_LF_LP_4HZ</filter_type>
            <echopper>0</echopper>
            <hchopper>1</hchopper>
            <dac_val>0</dac_val>
            <dac_on>0</dac_on>
            <input>0</input>
            <input_divider>0</input_divider>
          </channel>
          <channel id="2">
            <gain_stage1>4</gain_stage1>
            <gain_stage2>16</gain_stage2>
            <ext_gain>1</ext_gain>
            <filter_type>ADU07_LF_RF_4,ADU07_LF_LP_4HZ</filter_type>
            <echopper>0</echopper>
            <hchopper>1</hchopper>
            <dac_val>0</dac_val>
            <dac_on>0</dac_on>
            <input>0</input>
            <input_divider>1</input_divider>
          </channel>
          <channel id="3">
            <gain_stage1>4</gain_stage1>
            <gain_stage2>8</gain_stage2>
            <ext_gain>1</ext_gain>
            <filter_type>ADU07_LF_RF_4,ADU07_LF_LP_4HZ</filter_type>
            <echopper>0</echopper>
            <hchopper>1</hchopper>
            <dac_val>0</dac_val>
            <dac_on>0</dac_on>
            <input>0</input>
            <input_divider>1</input_divider>
          </channel>
          <channel id="4">
            <gain_stage1>16</gain_stage1>
            <gain_stage2>4</gain_stage2>
            <ext_gain>1</ext_gain>
            <filter_type>ADU07_LF_RF_4,ADU07_LF_LP_4HZ</filter_type>
            <echopper>0</echopper>
            <hchopper>1</hchopper>
            <dac_val>0</dac_val>
            <dac_on>0</dac_on>
            <input>0</input>
            <input_divider>1</input_divider>
          </channel>
        </channel_config>
      </ADU07Hardware>
      <TXM22Hardware>
        <Waveform>
          <Name>DefaultRect</Name>
          <MaxAmplitude>0.5</MaxAmplitude>
          <NumSamplPoints>0</NumSamplPoints>
          <SamplePointList/>
        </Waveform>
        <Sequence>
          <Name>ModuleTest_2Dipoles</Name>
          <ActivateRotDipole>0</ActivateRotDipole>
          <ActivateAltDipole>1</ActivateAltDipole>
          <DipoleRotFreq>0.015625</DipoleRotFreq>
          <TransmissionList>
            <Cycle id="0">
              <BaseFrequency>16</BaseFrequency>
              <Iterations>2048</Iterations>
              <Polarisation dipole="0">30</Polarisation>
              <Polarisation dipole="1">150</Polarisation>
            </Cycle>
          </TransmissionList>
        </Sequence>
        <ElectrodePositions>
          <E1>
            <Position id="0">
              <Longitude>37762350</Longitude>
              <Latitude>188058078</Latitude>
              <Elevation>0</Elevation>
            </Position>
            <Position id="1">
              <Longitude>37762350</Longitude>
              <Latitude>188058077</Latitude>
              <Elevation>0</Elevation>
            </Position>
          </E1>
          <E2>
            <Position id="0">
              <Longitude>37762350</Longitude>
              <Latitude>188058078</Latitude>
              <Elevation>0</Elevation>
            </Position>
            <Position id="1">
              <Longitude>37762350</Longitude>
              <Latitude>188058077</Latitude>
              <Elevation>0</Elevation>
            </Position>
          </E2>
          <E3>
            <Position id="0">
              <Longitude>37762350</Longitude>
              <Latitude>188058078</Latitude>
              <Elevation>0</Elevation>
            </Position>
            <Position id="1">
              <Longitude>0</Longitude>
              <Latitude>0</Latitude>
              <Elevation>0</Elevation>
            </Position>
          </E3>
        </ElectrodePositions>
      </TXM22Hardware>
    </input>
    <output>
      <!-- Processing Tree 1 -->
      <ProcessingTree1>
        <configuration>
          <processings>mt_auto</processings>
        </configuration>
        <output>
          <ATSWriter>
            <configuration>
              <!-- x1,y1 = north, east are positive count, x2, y2 south, west are negative count like in UTM-->
              <information>
                <ADUSerials>three digits</ADUSerials>
                <ChannelLetters>A, B, C, D, E, F,</ChannelLetters>
                <ChannelTypes>A = Ex, B = Ey, X = Hx, Y = Hy, Z = Hz</ChannelTypes>
                <Runs>two digits</Runs>
                <Bands>HF, LF1, LF2, LF3, LF4, LF5, FreeFreq</Bands>
                <BandIndices>A, B, C, D, E, G, F</BandIndices>
                <FileNames>nnn_ADU c_Channel rr_Run t_Channel_Type b_BandIndex .ats</FileNames>
              </information>
              <survey_header_name/>
              <meas_type>MT</meas_type>
              <powerline_freq1>0</powerline_freq1>
              <powerline_freq2>0</powerline_freq2>
              <channel id="0">
                <start_time>20:17:12</start_time>
                <start_date>2016-07-14</start_date>
                <sample_freq>128</sample_freq>
                <num_samples>8294400</num_samples>
                <ats_data_file>263_V01_C00_R000_TEx_BL_128H.ats</ats_data_file>
                <channel_type>Ex</channel_type>
                <sensor_sernum>0</sensor_sernum>
                <sensor_type>EFP06</sensor_type>
                <ts_lsb>7.04025e-06</ts_lsb>
                <sensor_cal_file>SENSOR.CAL</sensor_cal_file>
                <pos_x1>-50</pos_x1>
                <pos_y1>0</pos_y1>
                <pos_z1>0</pos_z1>
                <pos_x2>48</pos_x2>
                <pos_y2>0</pos_y2>
                <pos_z2>0</pos_z2>
              </channel>
              <channel id="1">
                <start_time>20:17:12</start_time>
                <start_date>2016-07-14</start_date>
                <sample_freq>128</sample_freq>
                <num_samples>8294400</num_samples>
                <ats_data_file>263_V01_C01_R000_TEy_BL_128H.ats</ats_data_file>
                <channel_type>Ey</channel_type>
                <sensor_sernum>0</sensor_sernum>
                <sensor_type>EFP06</sensor_type>
                <ts_lsb>8.7985e-07</ts_lsb>
                <sensor_cal_file>SENSOR.CAL</sensor_cal_file>
                <pos_x1>0</pos_x1>
                <pos_y1>-48</pos_y1>
                <pos_z1>0</pos_z1>
                <pos_x2>0</pos_x2>
                <pos_y2>50</pos_y2>
                <pos_z2>0</pos_z2>
              </channel>
              <channel id="2">
                <start_time>20:17:12</start_time>
                <start_date>2016-07-14</start_date>
                <sample_freq>128</sample_freq>
                <num_samples>8294400</num_samples>
                <ats_data_file>263_V01_C02_R000_THx_BL_128H.ats</ats_data_file>
                <channel_type>Hx</channel_type>
                <sensor_sernum>252</sensor_sernum>
                <sensor_type>MFS07e</sensor_type>
                <ts_lsb>3.52863e-06</ts_lsb>
                <sensor_cal_file>SENSOR.CAL</sensor_cal_file>
                <pos_x1>0</pos_x1>
                <pos_y1>0</pos_y1>
                <pos_z1>0</pos_z1>
                <pos_x2>0</pos_x2>
                <pos_y2>0</pos_y2>
                <pos_z2>0</pos_z2>
              </channel>
              <channel id="3">
                <start_time>20:17:12</start_time>
                <start_date>2016-07-14</start_date>
                <sample_freq>128</sample_freq>
                <num_samples>8294400</num_samples>
                <ats_data_file>263_V01_C03_R000_THy_BL_128H.ats</ats_data_file>
                <channel_type>Hy</channel_type>
                <sensor_sernum>253</sensor_sernum>
                <sensor_type>MFS07e</sensor_type>
                <ts_lsb>7.03423e-06</ts_lsb>
                <sensor_cal_file>SENSOR.CAL</sensor_cal_file>
                <pos_x1>0</pos_x1>
                <pos_y1>0</pos_y1>
                <pos_z1>0</pos_z1>
                <pos_x2>0</pos_x2>
                <pos_y2>0</pos_y2>
                <pos_z2>0</pos_z2>
              </channel>
              <channel id="4">
                <start_time>20:17:12</start_time>
                <start_date>2016-07-14</start_date>
                <sample_freq>128</sample_freq>
                <num_samples>8294400</num_samples>
                <ats_data_file>263_V01_C04_R000_THz_BL_128H.ats</ats_data_file>
                <channel_type>Hz</channel_type>
                <sensor_sernum>254</sensor_sernum>
                <sensor_type>MFS07e</sensor_type>
                <ts_lsb>3.5284e-06</ts_lsb>
                <sensor_cal_file>SENSOR.CAL</sensor_cal_file>
                <pos_x1>0</pos_x1>
                <pos_y1>0</pos_y1>
                <pos_z1>0</pos_z1>
                <pos_x2>0</pos_x2>
                <pos_y2>0</pos_y2>
                <pos_z2>0</pos_z2>
              </channel>
            </configuration>
            <comments>
              <client>Metronix</client>
              <contractor/>
              <area/>
              <survey_id/>
              <operator>Martin Wilde</operator>
              <weather/>
              <general_comments>LF/HF/DigitalFilter Joblist Template</general_comments>
              <processings/>
              <site_name/>
            </comments>
            <!-- ats file name for each channel needed-->
            <!-- delta_start needed for start time correction auch wenn mal unsere Uhr falsch gegangen ist..-->
            <!-- delta_stop for systems where GPS sync is made a second time - like for submarine systems-->
            <output_file>
              <line_num>1</line_num>
              <site_num>1</site_num>
              <run_num>1</run_num>
              <adu_ser_num>1</adu_ser_num>
              <band>LF1</band>
              <ats_file_size>534773760</ats_file_size>
            </output_file>
          </ATSWriter>
        </output>
      </ProcessingTree1>
    </output>
  </recording>
  <calibration_channels>
    <channel id="0">
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_LP_4HZ</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_RF_4</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>MCP (ADU-07): 4.1.0.1.785</creator>
        <user/>
        <calibrated_item>
          <ci identifier="adb">ADU-07-LF</ci>
          <ci_serial_number>1232820068</ci_serial_number>
          <ci_revision>1.0</ci_revision>
          <ci_date>2016-07-12</ci_date>
          <ci_time>13-11-47</ci_time>
          <ci_calibration_valid_until>2016-07-18 13-11-47</ci_calibration_valid_until>
          <ci_next_calibration>2016-07-18 13-11-47</ci_next_calibration>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>Metronix</ci_manufacturer>
          <ci_manufacturers_address>KocherStr. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce>ADU-07</ce>
          <ce_serial_number>263</ce_serial_number>
          <ce_revision>1.0</ce_revision>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until/>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location/>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx/>
        </calibration_protocol>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="2" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="4" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="8" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="16" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="32" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="64" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="2" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="4" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="8" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="16" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="32" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="64" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
      </calibration>
      <calibration/>
    </channel>
    <channel id="1">
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_LP_4HZ</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_RF_4</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>MCP (ADU-07): 4.1.0.1.785</creator>
        <user/>
        <calibrated_item>
          <ci identifier="adb">ADU-07-LF</ci>
          <ci_serial_number>1232820022</ci_serial_number>
          <ci_revision>1.0</ci_revision>
          <ci_date>2016-07-12</ci_date>
          <ci_time>13-11-49</ci_time>
          <ci_calibration_valid_until>2016-07-18 13-11-49</ci_calibration_valid_until>
          <ci_next_calibration>2016-07-18 13-11-49</ci_next_calibration>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>Metronix</ci_manufacturer>
          <ci_manufacturers_address>KocherStr. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce>ADU-07</ce>
          <ce_serial_number>263</ce_serial_number>
          <ce_revision>1.0</ce_revision>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until/>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location/>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx/>
        </calibration_protocol>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="2" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="4" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="8" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="16" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="32" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="64" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="2" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="4" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="8" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="16" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="32" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="64" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
      </calibration>
      <calibration/>
    </channel>
    <channel id="2">
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_LP_4HZ</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_RF_4</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>MCP (ADU-07): 4.1.0.1.785</creator>
        <user/>
        <calibrated_item>
          <ci identifier="adb">ADU-07-LF</ci>
          <ci_serial_number>1232820011</ci_serial_number>
          <ci_revision>1.0</ci_revision>
          <ci_date>2016-07-12</ci_date>
          <ci_time>13-11-51</ci_time>
          <ci_calibration_valid_until>2016-07-18 13-11-51</ci_calibration_valid_until>
          <ci_next_calibration>2016-07-18 13-11-51</ci_next_calibration>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>Metronix</ci_manufacturer>
          <ci_manufacturers_address>KocherStr. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce>ADU-07</ce>
          <ce_serial_number>263</ce_serial_number>
          <ce_revision>1.0</ce_revision>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until/>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location/>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx/>
        </calibration_protocol>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="2" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="4" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="8" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="16" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="32" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="64" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="2" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="4" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="8" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="16" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="32" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="64" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
      </calibration>
      <calibration/>
    </channel>
    <channel id="3">
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_LP_4HZ</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_RF_4</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>MCP (ADU-07): 4.1.0.1.785</creator>
        <user/>
        <calibrated_item>
          <ci identifier="adb">ADU-07-LF</ci>
          <ci_serial_number>1204821324</ci_serial_number>
          <ci_revision>1.0</ci_revision>
          <ci_date>2016-07-12</ci_date>
          <ci_time>13-11-54</ci_time>
          <ci_calibration_valid_until>2016-07-18 13-11-54</ci_calibration_valid_until>
          <ci_next_calibration>2016-07-18 13-11-54</ci_next_calibration>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>Metronix</ci_manufacturer>
          <ci_manufacturers_address>KocherStr. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce>ADU-07</ce>
          <ce_serial_number>263</ce_serial_number>
          <ce_revision>1.0</ce_revision>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until/>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location/>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx/>
        </calibration_protocol>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="2" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="4" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="8" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="16" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="32" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="64" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="2" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="4" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="8" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="16" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="32" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="64" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
      </calibration>
      <calibration/>
    </channel>
    <channel id="4">
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_LP_4HZ</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <calibrated_item>
          <ci>ADU07_LF_RF_4</ci>
          <RevMain>1</RevMain>
          <RevSub>0</RevSub>
        </calibrated_item>
      </calibration>
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>MCP (ADU-07): 4.1.0.1.785</creator>
        <user/>
        <calibrated_item>
          <ci identifier="adb">ADU-07-LF</ci>
          <ci_serial_number>1232820076</ci_serial_number>
          <ci_revision>1.0</ci_revision>
          <ci_date>2016-07-12</ci_date>
          <ci_time>13-11-56</ci_time>
          <ci_calibration_valid_until>2016-07-18 13-11-56</ci_calibration_valid_until>
          <ci_next_calibration>2016-07-18 13-11-56</ci_next_calibration>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>Metronix</ci_manufacturer>
          <ci_manufacturers_address>KocherStr. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce>ADU-07</ce>
          <ce_serial_number>263</ce_serial_number>
          <ce_revision>1.0</ce_revision>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until/>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location/>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx/>
        </calibration_protocol>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="2" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="4" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="8" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="16" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="32" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="64" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="1" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="2" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="4" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="8" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="16" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="32" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
        <caldata angle="0.0" chopper="ukn" gain_1="1" gain_2="64" gain_3="1" impedance="(0,0)" input_circuitry="LF">
          <c0 unit="nodim">1.00000000</c0>
        </caldata>
      </calibration>
      <calibration/>
    </channel>
  </calibration_channels>
  <!-- here we put the XML calibration format of Metronix-->
  <calibration_sensors>
    <channel id="0">
      <calibration>
        <calibrated_item>
          <ci>EFP06</ci>
          <RevMain>-1</RevMain>
          <RevSub>-1</RevSub>
        </calibrated_item>
      </calibration>
      <calibration/>
    </channel>
    <channel id="1">
      <calibration>
        <calibrated_item>
          <ci>EFP06</ci>
          <RevMain>-1</RevMain>
          <RevSub>-1</RevSub>
        </calibrated_item>
      </calibration>
      <calibration/>
    </channel>
    <channel id="2">
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>software chcal 1.2</creator>
        <user>metronix</user>
        <calibrated_item>
          <ci identifier="coil">MFS07e</ci>
          <ci_serial_number>252</ci_serial_number>
          <ci_revision/>
          <ci_date>2013-01-24</ci_date>
          <ci_time>10:57:24</ci_time>
          <ci_calibration_valid_until/>
          <ci_next_calibration/>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>metronix</ci_manufacturer>
          <ci_manufacturers_address>Kocher Str. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce/>
          <ce_serial_number/>
          <ce_revision/>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until>1970-01-01</ce_calibration_valid_until>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location>Magnetsrode</ce_location>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx>
            <mtx_serial_numer_engraved/>
            <mtx_preamplifier_serialnumber/>
            <mtx_ch1_div_ch2_at_1000gain_0dot025_hz/>
            <mtx_phase_deg_at_1000gain_0dot025_hz/>
            <mtx_ch1_div_ch2_at_1000gain_0dot025_hz_calibrated/>
            <mtx_phase_deg_at_1000gain_0dot025_hz_calibrated/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_1000/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_100/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_10/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_1/>
            <gain_factor_preamplifier/>
            <actual_sensitivity_ch2_by_ch1/>
            <actual_sensitivity_theta/>
            <calibrated_sensitivity_ch2_by_ch1/>
            <calibrated_sensitivity_theta/>
            <calibrated_cal_path_ch2_by_ch1/>
            <calibrated_cal_path_theta/>
            <calibrated_chopper_on/>
            <calibrated_chopper_off/>
            <calibrated_chopper_ukn/>
          </mtx>
        </calibration_protocol>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.93430000e-02</c2>
          <c3 unit="deg">8.92260000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.93390000e-02</c2>
          <c3 unit="deg">8.89710000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.93320000e-02</c2>
          <c3 unit="deg">8.86030000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.92880000e-02</c2>
          <c3 unit="deg">8.81040000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.93010000e-02</c2>
          <c3 unit="deg">8.73720000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.92250000e-02</c2>
          <c3 unit="deg">8.64180000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87870000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.92320000e-02</c2>
          <c3 unit="deg">8.50220000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.91760000e-02</c2>
          <c3 unit="deg">8.31400000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.90140000e-02</c2>
          <c3 unit="deg">8.05560000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.87400000e-02</c2>
          <c3 unit="deg">7.70340000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.82270000e-02</c2>
          <c3 unit="deg">7.23690000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.76890000e-02</c2>
          <c3 unit="deg">6.59520000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.64300000e-02</c2>
          <c3 unit="deg">5.76940000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.46130000e-02</c2>
          <c3 unit="deg">4.93200000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.23750000e-02</c2>
          <c3 unit="deg">3.99430000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.00050000e-02</c2>
          <c3 unit="deg">3.05010000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+01</c1>
          <c2 unit="V/(nT*Hz)">7.68280000e-03</c2>
          <c3 unit="deg">2.33300000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
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        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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        </caldata>
      </calibration>
      <calibration/>
    </channel>
    <channel id="3">
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>software chcal 1.2</creator>
        <user>metronix</user>
        <calibrated_item>
          <ci identifier="coil">MFS07e</ci>
          <ci_serial_number>253</ci_serial_number>
          <ci_revision/>
          <ci_date>2013-01-24</ci_date>
          <ci_time>11:44:49</ci_time>
          <ci_calibration_valid_until/>
          <ci_next_calibration/>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>metronix</ci_manufacturer>
          <ci_manufacturers_address>Kocher Str. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce/>
          <ce_serial_number/>
          <ce_revision/>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until>1970-01-01</ce_calibration_valid_until>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location>Magnetsrode</ce_location>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx>
            <mtx_serial_numer_engraved/>
            <mtx_preamplifier_serialnumber/>
            <mtx_ch1_div_ch2_at_1000gain_0dot025_hz/>
            <mtx_phase_deg_at_1000gain_0dot025_hz/>
            <mtx_ch1_div_ch2_at_1000gain_0dot025_hz_calibrated/>
            <mtx_phase_deg_at_1000gain_0dot025_hz_calibrated/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_1000/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_100/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_10/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_1/>
            <gain_factor_preamplifier/>
            <actual_sensitivity_ch2_by_ch1/>
            <actual_sensitivity_theta/>
            <calibrated_sensitivity_ch2_by_ch1/>
            <calibrated_sensitivity_theta/>
            <calibrated_cal_path_ch2_by_ch1/>
            <calibrated_cal_path_theta/>
            <calibrated_chopper_on/>
            <calibrated_chopper_off/>
            <calibrated_chopper_ukn/>
          </mtx>
        </calibration_protocol>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e-01</c1>
          <c2 unit="V/(nT*Hz)">2.00210000e-02</c2>
          <c3 unit="deg">8.92320000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e-01</c1>
          <c2 unit="V/(nT*Hz)">2.00130000e-02</c2>
          <c3 unit="deg">8.89650000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e-01</c1>
          <c2 unit="V/(nT*Hz)">2.00050000e-02</c2>
          <c3 unit="deg">8.85900000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.99520000e-02</c2>
          <c3 unit="deg">8.81240000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.99760000e-02</c2>
          <c3 unit="deg">8.73730000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.98980000e-02</c2>
          <c3 unit="deg">8.63860000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87870000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.97830000e-02</c2>
          <c3 unit="deg">8.50380000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.98500000e-02</c2>
          <c3 unit="deg">8.30890000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.96730000e-02</c2>
          <c3 unit="deg">8.04650000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.93750000e-02</c2>
          <c3 unit="deg">7.69530000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.90310000e-02</c2>
          <c3 unit="deg">7.20700000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.82390000e-02</c2>
          <c3 unit="deg">6.56710000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.69510000e-02</c2>
          <c3 unit="deg">5.78880000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">1.50540000e-02</c2>
          <c3 unit="deg">4.91420000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.27380000e-02</c2>
          <c3 unit="deg">3.97270000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.01270000e-02</c2>
          <c3 unit="deg">3.08100000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">7.89440000e-03</c2>
          <c3 unit="deg">2.31280000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">5.91790000e-03</c2>
          <c3 unit="deg">1.69570000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+02</c1>
          <c2 unit="V/(nT*Hz)">4.35300000e-03</c2>
          <c3 unit="deg">1.21200000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07170000e+02</c1>
          <c2 unit="V/(nT*Hz)">3.17020000e-03</c2>
          <c3 unit="deg">8.37220000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">2.29830000e-03</c2>
          <c3 unit="deg">5.45070000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">1.65950000e-03</c2>
          <c3 unit="deg">3.06200000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">1.19480000e-03</c2>
          <c3 unit="deg">1.06320000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
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        </caldata>
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        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c3 unit="deg">-1.12410000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
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        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
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          <c2 unit="V/(nT*Hz)">4.36850000e-03</c2>
          <c3 unit="deg">1.16950000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07170000e+02</c1>
          <c2 unit="V/(nT*Hz)">3.17750000e-03</c2>
          <c3 unit="deg">8.00160000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c3 unit="deg">5.19860000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+02</c1>
          <c2 unit="V/(nT*Hz)">1.66010000e-03</c2>
          <c3 unit="deg">2.91140000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+02</c1>
          <c2 unit="V/(nT*Hz)">1.19600000e-03</c2>
          <c3 unit="deg">1.00060000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+02</c1>
          <c2 unit="V/(nT*Hz)">8.61450000e-04</c2>
          <c3 unit="deg">-8.14840000e-01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+03</c1>
          <c2 unit="V/(nT*Hz)">6.19970000e-04</c2>
          <c3 unit="deg">-2.72980000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49110000e+03</c1>
          <c2 unit="V/(nT*Hz)">4.45960000e-04</c2>
          <c3 unit="deg">-4.95260000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">3.20430000e-04</c2>
          <c3 unit="deg">-7.71340000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+03</c1>
          <c2 unit="V/(nT*Hz)">2.29960000e-04</c2>
          <c3 unit="deg">-1.12860000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+03</c1>
          <c2 unit="V/(nT*Hz)">1.64730000e-04</c2>
          <c3 unit="deg">-1.60580000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+03</c1>
          <c2 unit="V/(nT*Hz)">1.18010000e-04</c2>
          <c3 unit="deg">-2.27660000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+03</c1>
          <c2 unit="V/(nT*Hz)">8.26000000e-05</c2>
          <c3 unit="deg">-3.24790000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+04</c1>
          <c2 unit="V/(nT*Hz)">5.60750000e-05</c2>
          <c3 unit="deg">-4.50970000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+04</c1>
          <c2 unit="V/(nT*Hz)">3.62020000e-05</c2>
          <c3 unit="deg">-6.11900000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+04</c1>
          <c2 unit="V/(nT*Hz)">2.11580000e-05</c2>
          <c3 unit="deg">-7.84650000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+04</c1>
          <c2 unit="V/(nT*Hz)">1.24470000e-05</c2>
          <c3 unit="deg">-9.49210000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+04</c1>
          <c2 unit="V/(nT*Hz)">7.69670000e-06</c2>
          <c3 unit="deg">-1.19890000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55810000e+04</c1>
          <c2 unit="V/(nT*Hz)">4.13620000e-06</c2>
          <c3 unit="deg">-1.57810000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">6.00000000e+04</c1>
          <c2 unit="V/(nT*Hz)">3.41320000e-06</c2>
          <c3 unit="deg">-1.66850000e+02</c3>
        </caldata>
      </calibration>
      <calibration/>
    </channel>
    <channel id="4">
      <calibration>
        <cal_version>1.0</cal_version>
        <creator>software chcal 1.2</creator>
        <user>metronix</user>
        <calibrated_item>
          <ci identifier="coil">MFS07e</ci>
          <ci_serial_number>254</ci_serial_number>
          <ci_revision/>
          <ci_date>2013-01-24</ci_date>
          <ci_time>12:08:41</ci_time>
          <ci_calibration_valid_until/>
          <ci_next_calibration/>
          <ci_tag/>
          <ci_owner/>
          <ci_owners_address/>
          <ci_manufacturer>metronix</ci_manufacturer>
          <ci_manufacturers_address>Kocher Str. 3, 38120 Braunschweig, Germany</ci_manufacturers_address>
          <ci_comments/>
        </calibrated_item>
        <calibration_equipment>
          <ce/>
          <ce_serial_number/>
          <ce_revision/>
          <ce_date/>
          <ce_time/>
          <ce_calibration_valid_until>1970-01-01</ce_calibration_valid_until>
          <ce_next_calibration/>
          <ce_tag/>
          <ce_operator/>
          <ce_location>Magnetsrode</ce_location>
          <ce_contact_address>Kocher Str. 3, 38120 Braunschweig, Germany</ce_contact_address>
          <ce_comments/>
        </calibration_equipment>
        <calibration_protocol>
          <mtx>
            <mtx_serial_numer_engraved/>
            <mtx_preamplifier_serialnumber/>
            <mtx_ch1_div_ch2_at_1000gain_0dot025_hz/>
            <mtx_phase_deg_at_1000gain_0dot025_hz/>
            <mtx_ch1_div_ch2_at_1000gain_0dot025_hz_calibrated/>
            <mtx_phase_deg_at_1000gain_0dot025_hz_calibrated/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_1000/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_100/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_10/>
            <rec_freq_resp_at_0dot_0025_to_100_hz_at_gain_1/>
            <gain_factor_preamplifier/>
            <actual_sensitivity_ch2_by_ch1/>
            <actual_sensitivity_theta/>
            <calibrated_sensitivity_ch2_by_ch1/>
            <calibrated_sensitivity_theta/>
            <calibrated_cal_path_ch2_by_ch1/>
            <calibrated_cal_path_theta/>
            <calibrated_chopper_on/>
            <calibrated_chopper_off/>
            <calibrated_chopper_ukn/>
          </mtx>
        </calibration_protocol>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.99890000e-02</c2>
          <c3 unit="deg">8.92350000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.99750000e-02</c2>
          <c3 unit="deg">8.89710000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.99590000e-02</c2>
          <c3 unit="deg">8.86280000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.99270000e-02</c2>
          <c3 unit="deg">8.81050000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.99200000e-02</c2>
          <c3 unit="deg">8.74180000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.98570000e-02</c2>
          <c3 unit="deg">8.63930000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87870000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.99030000e-02</c2>
          <c3 unit="deg">8.49950000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.97880000e-02</c2>
          <c3 unit="deg">8.30970000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.96430000e-02</c2>
          <c3 unit="deg">8.04910000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.93180000e-02</c2>
          <c3 unit="deg">7.69680000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.89660000e-02</c2>
          <c3 unit="deg">7.19860000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.82460000e-02</c2>
          <c3 unit="deg">6.58620000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.69350000e-02</c2>
          <c3 unit="deg">5.79400000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.50700000e-02</c2>
          <c3 unit="deg">4.91500000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.27540000e-02</c2>
          <c3 unit="deg">3.97790000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.02640000e-02</c2>
          <c3 unit="deg">3.02880000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+01</c1>
          <c2 unit="V/(nT*Hz)">7.90440000e-03</c2>
          <c3 unit="deg">2.31230000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+02</c1>
          <c2 unit="V/(nT*Hz)">5.92320000e-03</c2>
          <c3 unit="deg">1.69320000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+02</c1>
          <c2 unit="V/(nT*Hz)">4.35560000e-03</c2>
          <c3 unit="deg">1.21630000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07170000e+02</c1>
          <c2 unit="V/(nT*Hz)">3.17340000e-03</c2>
          <c3 unit="deg">8.29950000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+02</c1>
          <c2 unit="V/(nT*Hz)">2.29660000e-03</c2>
          <c3 unit="deg">5.40820000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">1.65750000e-03</c2>
          <c3 unit="deg">3.07100000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">1.19410000e-03</c2>
          <c3 unit="deg">1.06990000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+02</c1>
          <c2 unit="V/(nT*Hz)">8.59950000e-04</c2>
          <c3 unit="deg">-7.70440000e-01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">6.18810000e-04</c2>
          <c3 unit="deg">-2.70040000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c3 unit="deg">-4.94120000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">3.19770000e-04</c2>
          <c3 unit="deg">-7.80640000e+00</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c3 unit="deg">-1.13030000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c2 unit="V/(nT*Hz)">1.64370000e-04</c2>
          <c3 unit="deg">-1.61490000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c3 unit="deg">-2.29780000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c3 unit="deg">-3.25230000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
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          <c3 unit="deg">-4.51600000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+04</c1>
          <c2 unit="V/(nT*Hz)">3.51910000e-05</c2>
          <c3 unit="deg">-6.08480000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+04</c1>
          <c2 unit="V/(nT*Hz)">2.02760000e-05</c2>
          <c3 unit="deg">-7.55030000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+04</c1>
          <c2 unit="V/(nT*Hz)">1.27820000e-05</c2>
          <c3 unit="deg">-8.89660000e+01</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+04</c1>
          <c2 unit="V/(nT*Hz)">8.54840000e-06</c2>
          <c3 unit="deg">-1.17710000e+02</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55810000e+04</c1>
          <c2 unit="V/(nT*Hz)">4.39750000e-06</c2>
          <c3 unit="deg">-1.59330000e+02</c3>
        </caldata>
        <caldata chopper="on" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">6.00000000e+04</c1>
          <c2 unit="V/(nT*Hz)">3.58200000e-06</c2>
          <c3 unit="deg">-1.68220000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.05840000e-02</c2>
          <c3 unit="deg">1.48040000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.31850000e-02</c2>
          <c3 unit="deg">1.39190000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e-01</c1>
          <c2 unit="V/(nT*Hz)">1.56010000e-02</c2>
          <c3 unit="deg">1.29620000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.75450000e-02</c2>
          <c3 unit="deg">1.20240000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.88950000e-02</c2>
          <c3 unit="deg">1.11740000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+00</c1>
          <c2 unit="V/(nT*Hz)">1.97410000e-02</c2>
          <c3 unit="deg">1.04450000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87870000e+00</c1>
          <c2 unit="V/(nT*Hz)">2.01980000e-02</c2>
          <c3 unit="deg">9.81830000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+00</c1>
          <c2 unit="V/(nT*Hz)">2.03870000e-02</c2>
          <c3 unit="deg">9.25610000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+00</c1>
          <c2 unit="V/(nT*Hz)">2.04010000e-02</c2>
          <c3 unit="deg">8.71320000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+00</c1>
          <c2 unit="V/(nT*Hz)">2.02120000e-02</c2>
          <c3 unit="deg">8.14430000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.97510000e-02</c2>
          <c3 unit="deg">7.50240000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.89110000e-02</c2>
          <c3 unit="deg">6.75000000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.74400000e-02</c2>
          <c3 unit="deg">5.87260000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.54870000e-02</c2>
          <c3 unit="deg">4.91380000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.30140000e-02</c2>
          <c3 unit="deg">3.93690000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+01</c1>
          <c2 unit="V/(nT*Hz)">1.02920000e-02</c2>
          <c3 unit="deg">3.00080000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+01</c1>
          <c2 unit="V/(nT*Hz)">7.97050000e-03</c2>
          <c3 unit="deg">2.26380000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+02</c1>
          <c2 unit="V/(nT*Hz)">5.95000000e-03</c2>
          <c3 unit="deg">1.64310000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+02</c1>
          <c2 unit="V/(nT*Hz)">4.36550000e-03</c2>
          <c3 unit="deg">1.17120000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07170000e+02</c1>
          <c2 unit="V/(nT*Hz)">3.17890000e-03</c2>
          <c3 unit="deg">8.05040000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+02</c1>
          <c2 unit="V/(nT*Hz)">2.29830000e-03</c2>
          <c3 unit="deg">5.24620000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+02</c1>
          <c2 unit="V/(nT*Hz)">1.65880000e-03</c2>
          <c3 unit="deg">2.97250000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+02</c1>
          <c2 unit="V/(nT*Hz)">1.19550000e-03</c2>
          <c3 unit="deg">1.02810000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+02</c1>
          <c2 unit="V/(nT*Hz)">8.61010000e-04</c2>
          <c3 unit="deg">-7.95490000e-01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+03</c1>
          <c2 unit="V/(nT*Hz)">6.19900000e-04</c2>
          <c3 unit="deg">-2.72260000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49110000e+03</c1>
          <c2 unit="V/(nT*Hz)">4.45990000e-04</c2>
          <c3 unit="deg">-4.96130000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+03</c1>
          <c2 unit="V/(nT*Hz)">3.20520000e-04</c2>
          <c3 unit="deg">-7.75230000e+00</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+03</c1>
          <c2 unit="V/(nT*Hz)">2.30020000e-04</c2>
          <c3 unit="deg">-1.13710000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+03</c1>
          <c2 unit="V/(nT*Hz)">1.64700000e-04</c2>
          <c3 unit="deg">-1.62290000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55800000e+03</c1>
          <c2 unit="V/(nT*Hz)">1.17730000e-04</c2>
          <c3 unit="deg">-2.31050000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">7.72300000e+03</c1>
          <c2 unit="V/(nT*Hz)">8.20040000e-05</c2>
          <c3 unit="deg">-3.27340000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.07310000e+04</c1>
          <c2 unit="V/(nT*Hz)">5.53210000e-05</c2>
          <c3 unit="deg">-4.53260000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">1.49100000e+04</c1>
          <c2 unit="V/(nT*Hz)">3.50500000e-05</c2>
          <c3 unit="deg">-6.10420000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.07180000e+04</c1>
          <c2 unit="V/(nT*Hz)">2.02120000e-05</c2>
          <c3 unit="deg">-7.57140000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">2.87880000e+04</c1>
          <c2 unit="V/(nT*Hz)">1.27330000e-05</c2>
          <c3 unit="deg">-8.91380000e+01</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">4.00000000e+04</c1>
          <c2 unit="V/(nT*Hz)">8.50910000e-06</c2>
          <c3 unit="deg">-1.17860000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">5.55810000e+04</c1>
          <c2 unit="V/(nT*Hz)">4.37590000e-06</c2>
          <c3 unit="deg">-1.59410000e+02</c3>
        </caldata>
        <caldata chopper="off" gain_1="0" gain_2="0" gain_3="0" impedance="(0,0)">
          <c0 unit="V">0.00000000e+00</c0>
          <c1 unit="Hz">6.00000000e+04</c1>
          <c2 unit="V/(nT*Hz)">3.56510000e-06</c2>
          <c3 unit="deg">-1.68280000e+02</c3>
        </caldata>
      </calibration>
      <calibration/>
    </channel>
  </calibration_sensors>
  <coordinates_external>
    <Latitude/>
    <Longitude/>
    <Elevation/>
    <Ellipsoid>WGS84</Ellipsoid>
    <UTM_Northing/>
    <UTM_Easting/>
    <UTM_Zone_Number/>
    <UTM_Letter_Designator/>
    <UTM_Reference_Meridian/>
    <GK_Hochwert/>
    <GK_Rechtswert/>
    <GK_Reference_Median/>
    <!-- is -41.1 meters for Rehberg-Loccum for example-->
    <GPS_Elevation_Correction/>
    <Inclination/>
    <Declination/>
    <Map/>
  </coordinates_external>
  <ADU07HwConfig>
    <CpuInfo>
      processor	: 0
      vendor_id	: AuthenticAMD
      cpu family	: 5
      model		: 10
      model name	: Geode(TM) Integrated Processor by AMD PCS
      stepping	: 2
      microcode	: 0x88a93d
      cpu MHz		: 498.070
      cache size	: 128 KB...
    </CpuInfo>
    <MemInfo>
      MemTotal:         226592 kB
      MemFree:          139948 kB
      Buffers:           18428 kB
      Cached:            41496 kB
      SwapCached:            0 kB
      Active:            44796 kB
      Inactive:          31432 ...
    </MemInfo>
    <Version>1.0</Version>
    <AdbBoards>
      <channel id="0">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1232820068</Serial>
        <Type>10</Type>
      </channel>
      <channel id="1">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1232820022</Serial>
        <Type>10</Type>
      </channel>
      <channel id="2">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1232820011</Serial>
        <Type>10</Type>
      </channel>
      <channel id="3">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1204821324</Serial>
        <Type>10</Type>
      </channel>
      <channel id="4">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1232820076</Serial>
        <Type>10</Type>
      </channel>
      <channel id="5">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1223820099</Serial>
        <Type>11</Type>
      </channel>
      <channel id="6">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1223820071</Serial>
        <Type>11</Type>
      </channel>
      <channel id="7">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1223820085</Serial>
        <Type>11</Type>
      </channel>
      <channel id="8">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1223820118</Serial>
        <Type>11</Type>
      </channel>
      <channel id="9">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>1223820119</Serial>
        <Type>11</Type>
      </channel>
    </AdbBoards>
    <Board id="1">
      <GMS>7</GMS>
      <RevMain>2</RevMain>
      <RevSub>1</RevSub>
      <Serial>1223820495</Serial>
      <Type>1</Type>
    </Board>
    <Board id="102">
      <GMS>0</GMS>
      <RevMain>1</RevMain>
      <RevSub>0</RevSub>
      <Serial>0</Serial>
      <Type>102</Type>
    </Board>
    <Board id="2">
      <GMS>7</GMS>
      <RevMain>1</RevMain>
      <RevSub>1</RevSub>
      <Serial>1212820471</Serial>
      <Type>2</Type>
    </Board>
    <Board id="4">
      <GMS>7</GMS>
      <RevMain>1</RevMain>
      <RevSub>0</RevSub>
      <Serial>1223820477</Serial>
      <Type>4</Type>
    </Board>
    <Board id="5">
      <GMS>7</GMS>
      <RevMain>2</RevMain>
      <RevSub>0</RevSub>
      <Serial>1223820123</Serial>
      <Type>5</Type>
    </Board>
    <Board id="6">
      <GMS>7</GMS>
      <RevMain>1</RevMain>
      <RevSub>0</RevSub>
      <Serial>1214820012</Serial>
      <Type>6</Type>
    </Board>
    <Device>
      <GMS>7</GMS>
      <RevMain>1</RevMain>
      <RevSub>0</RevSub>
      <Serial>263</Serial>
      <Type>0</Type>
    </Device>
    <Sensors>
      <channel id="0">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>0</Serial>
        <Type>203</Type>
      </channel>
      <channel id="1">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>0</Serial>
        <Type>203</Type>
      </channel>
      <channel id="2">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>252</Serial>
        <Type>201</Type>
      </channel>
      <channel id="3">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>253</Serial>
        <Type>201</Type>
      </channel>
      <channel id="4">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>254</Serial>
        <Type>201</Type>
      </channel>
      <channel id="5">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>0</Serial>
        <Type>203</Type>
      </channel>
      <channel id="6">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>0</Serial>
        <Type>203</Type>
      </channel>
      <channel id="7">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>0</Serial>
        <Type>203</Type>
      </channel>
      <channel id="8">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>0</Serial>
        <Type>203</Type>
      </channel>
      <channel id="9">
        <GMS>7</GMS>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Serial>0</Serial>
        <Type>203</Type>
      </channel>
    </Sensors>
    <Software>
      <FpgaVersion>3.12 - (22.2.2011)</FpgaVersion>
      <McpVersion>4.1.0.1.785</McpVersion>
      <MicroVersion>4.0.0.1.195</MicroVersion>
      <UsbVersion>3.0.0.1.118</UsbVersion>
    </Software>
  </ADU07HwConfig>
  <ADU07HwStatus>
    <Version>1.0</Version>
    <GPS>
      <Date>2016-07-14</Date>
      <DynamicMode>0</DynamicMode>
      <Height>19474</Height>
      <Latitude>-18679938</Latitude>
      <Longitude>-133292766</Longitude>
      <NumSats>7</NumSats>
      <SyncState>4</SyncState>
      <Time>20:17:19</Time>
    </GPS>
    <Recording>
      <BadDataDetected>0</BadDataDetected>
      <FlushActive>0</FlushActive>
      <NumMeasActive>0</NumMeasActive>
      <SDRAMActFill>0</SDRAMActFill>
      <SDRAMFlushFill>1280</SDRAMFlushFill>
      <SDRAMMaxFill>33554431</SDRAMMaxFill>
      <SDRAMOvlFill>33554231</SDRAMOvlFill>
      <SDRAMStartStopFill>33528631</SDRAMStartStopFill>
      <SecondsToNextJob>16</SecondsToNextJob>
      <SelftestActive>0</SelftestActive>
    </Recording>
    <System>
      <BattState>2</BattState>
      <BiosDate>2016-07-14</BiosDate>
      <BiosTime>20:17:20</BiosTime>
      <CurrBatt1>0</CurrBatt1>
      <CurrBatt2>133</CurrBatt2>
      <DiskFreeSpace>3885676</DiskFreeSpace>
      <DiskFreeSpaceDB>228261</DiskFreeSpaceDB>
      <DiskFreeSpaceUSB1>N/A</DiskFreeSpaceUSB1>
      <DiskFreeSpaceUSB2>N/A</DiskFreeSpaceUSB2>
      <DiskSize>6346456</DiskSize>
      <DiskSizeDB>247919</DiskSizeDB>
      <DiskSizeUSB1>N/A</DiskSizeUSB1>
      <DiskSizeUSB2>N/A</DiskSizeUSB2>
      <FullySynced>1</FullySynced>
      <Temperature>58</Temperature>
      <Voltage>127</Voltage>
    </System>
  </ADU07HwStatus>
  <ADU07Selftest>
    <Version>1.0</Version>
    <AdbBoards>
      <channel id="0">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>27.8379</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>0.99297</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.75e-05</HF_LSB>
        <IntOffsetCorr_1_HF>0</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>217432</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.8161e-05</LF_LSB>
        <MaxAmplitude>7.81569</MaxAmplitude>
        <Resistivity>9385.2</Resistivity>
      </channel>
      <channel id="1">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>3.21572</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>0.996523</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.75e-05</HF_LSB>
        <IntOffsetCorr_1_HF>0</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>217180</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.81552e-05</LF_LSB>
        <MaxAmplitude>2.16503</MaxAmplitude>
        <Resistivity>8222.3</Resistivity>
      </channel>
      <channel id="2">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>0.638511</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>1.00489</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.75e-05</HF_LSB>
        <IntOffsetCorr_1_HF>0</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>217435</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.8229e-05</LF_LSB>
        <MaxAmplitude>7.95696</MaxAmplitude>
        <Resistivity>30791.9</Resistivity>
      </channel>
      <channel id="3">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>1.87977</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>0.994104</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.75e-05</HF_LSB>
        <IntOffsetCorr_1_HF>0</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>218615</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.81369e-05</LF_LSB>
        <MaxAmplitude>11.2192</MaxAmplitude>
        <Resistivity>30795.9</Resistivity>
      </channel>
      <channel id="4">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>1.09677</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>0.999014</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.75e-05</HF_LSB>
        <IntOffsetCorr_1_HF>0</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>219326</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.82272e-05</LF_LSB>
        <MaxAmplitude>2.97627</MaxAmplitude>
        <Resistivity>30787.1</Resistivity>
      </channel>
      <channel id="5">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>-3.40494</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>1.0009</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.76619e-05</HF_LSB>
        <IntOffsetCorr_1_HF>-4574</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>0</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.8125e-05</LF_LSB>
        <MaxAmplitude>0.121121</MaxAmplitude>
        <Resistivity>2.55445e+06</Resistivity>
      </channel>
      <channel id="6">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>4.65618</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>1.00125</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.76646e-05</HF_LSB>
        <IntOffsetCorr_1_HF>-4244</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>0</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.8125e-05</LF_LSB>
        <MaxAmplitude>0.1145</MaxAmplitude>
        <Resistivity>2.57262e+06</Resistivity>
      </channel>
      <channel id="7">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>-1.3619</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>1.00156</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.76664e-05</HF_LSB>
        <IntOffsetCorr_1_HF>-3486</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>0</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.8125e-05</LF_LSB>
        <MaxAmplitude>0.0765382</MaxAmplitude>
        <Resistivity>2753.91</Resistivity>
      </channel>
      <channel id="8">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>0.0327592</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>1.00144</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.76543e-05</HF_LSB>
        <IntOffsetCorr_1_HF>-4570</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>0</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.8125e-05</LF_LSB>
        <MaxAmplitude>0.0710913</MaxAmplitude>
        <Resistivity>2756.95</Resistivity>
      </channel>
      <channel id="9">
        <AdbError>0</AdbError>
        <Atten_HF_HP_1Hz>0</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0</Atten_MF_HP_500Hz>
        <DCOffset>-1.20779</DCOffset>
        <ExtDCOffsetComp>0</ExtDCOffsetComp>
        <ExtOffsetComp>0</ExtOffsetComp>
        <GainAmpl>1</GainAmpl>
        <GainCorr>1.00161</GainCorr>
        <GainTest_16_4_HF>0</GainTest_16_4_HF>
        <GainTest_16_4_LF>0</GainTest_16_4_LF>
        <GainTest_1_1>0</GainTest_1_1>
        <GainTest_1_64>0</GainTest_1_64>
        <GainTest_4_16_HF>0</GainTest_4_16_HF>
        <GainTest_4_16_LF>0</GainTest_4_16_LF>
        <GainTest_64_1>0</GainTest_64_1>
        <GainTest_8_8>0</GainTest_8_8>
        <HF_LSB>3.76482e-05</HF_LSB>
        <IntOffsetCorr_1_HF>-4034</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>0</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0</IntOffsetCorr_2_LF>
        <LF_LSB>2.8125e-05</LF_LSB>
        <MaxAmplitude>0.0728869</MaxAmplitude>
        <Resistivity>2756.87</Resistivity>
      </channel>
    </AdbBoards>
    <Board id="1">
      <InitError>0</InitError>
    </Board>
    <Board id="2">
      <InitError>0</InitError>
    </Board>
    <Board id="4">
      <InitError>0</InitError>
    </Board>
    <Board id="5">
      <InitError>0</InitError>
    </Board>
    <Board id="6">
      <InitError>0</InitError>
    </Board>
    <Limits>
      <LimitValues id="0">
        <AdbError>0,,,,</AdbError>
        <Atten_HF_HP_1Hz>,N/A,,,</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0.707107,,+/-,0.2,</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>,N/A,,,</Atten_MF_HP_500Hz>
        <DCOffset>0,mV,+/-,150,mV</DCOffset>
        <ExtDCOffsetComp>1000,mV,+/-,50,mV</ExtDCOffsetComp>
        <ExtOffsetComp>1000,mV,+/-,50,mV</ExtOffsetComp>
        <GMS>7</GMS>
        <GainAmpl>1.0,,,,</GainAmpl>
        <GainCorr>1.0,,,,</GainCorr>
        <GainTest_16_4_HF>,N/A,,,</GainTest_16_4_HF>
        <GainTest_16_4_LF>,N/A,,,</GainTest_16_4_LF>
        <GainTest_1_1>24.4352,mV,+/-,0.195482,mV</GainTest_1_1>
        <GainTest_1_64>1563.92,mV,+/-,12.5114,mV</GainTest_1_64>
        <GainTest_4_16_HF>,N/A,,,</GainTest_4_16_HF>
        <GainTest_4_16_LF>,N/A,,,</GainTest_4_16_LF>
        <GainTest_64_1>1563.92,mV,+/-,12.5114,mV</GainTest_64_1>
        <GainTest_8_8>1563.92,mV,+/-,12.5114,mV</GainTest_8_8>
        <HF_LSB>3.75e-05,mV,,,</HF_LSB>
        <IntOffsetCorr_1_HF>,inc,,,</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>,inc,,,</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0,inc,+/-,300,inc</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0,inc,+/-,300,inc</IntOffsetCorr_2_LF>
        <LF_LSB>2.8125e-05,mV,,,</LF_LSB>
        <MaxAmplitude>,mV,,,</MaxAmplitude>
        <Resistivity>,Ohm,,,</Resistivity>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Type>10</Type>
      </LimitValues>
      <LimitValues id="1">
        <AdbError>0,,,,</AdbError>
        <Atten_HF_HP_1Hz>,N/A,,,</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>0.6,,+/-,0.2,</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>0.6,,+/-,0.2,</Atten_MF_HP_500Hz>
        <DCOffset>0,mV,+/-,150,mV</DCOffset>
        <ExtDCOffsetComp>1000,mV,+/-,50,mV</ExtDCOffsetComp>
        <ExtOffsetComp>1000,mV,+/-,50,mV</ExtOffsetComp>
        <GMS>7</GMS>
        <GainAmpl>1.0,,,,</GainAmpl>
        <GainCorr>1.0,,,,</GainCorr>
        <GainTest_16_4_HF>1563.92,mV,+/-,78.196,mV</GainTest_16_4_HF>
        <GainTest_16_4_LF>1563.92,mV,+/-,12.5114,mV</GainTest_16_4_LF>
        <GainTest_1_1>24.4352,mV,+/-,1.22176,mV</GainTest_1_1>
        <GainTest_1_64>,N/A,,,</GainTest_1_64>
        <GainTest_4_16_HF>1563.92,mV,+/-,78.196,mV</GainTest_4_16_HF>
        <GainTest_4_16_LF>1563.92,mV,+/-,12.5114,mV</GainTest_4_16_LF>
        <GainTest_64_1>1563.92,mV,+/-,78.196,mV</GainTest_64_1>
        <GainTest_8_8>,N/A,,,</GainTest_8_8>
        <HF_LSB>3.0625e-05,mV,,,</HF_LSB>
        <IntOffsetCorr_1_HF>,inc,,,</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>,inc,,,</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>,inc,,,</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>,inc,,,</IntOffsetCorr_2_LF>
        <LF_LSB>3.0625e-05,mV,,,</LF_LSB>
        <MaxAmplitude>,mV,,,</MaxAmplitude>
        <Resistivity>,Ohm,,,</Resistivity>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Type>12</Type>
      </LimitValues>
      <LimitValues id="2">
        <AdbError>0,,,,</AdbError>
        <Atten_HF_HP_1Hz>0.707107,,+/-,0.2,</Atten_HF_HP_1Hz>
        <Atten_LF_LP_4Hz>,N/A,,,</Atten_LF_LP_4Hz>
        <Atten_MF_HP_500Hz>,N/A,,,</Atten_MF_HP_500Hz>
        <DCOffset>0,mV,+/-,150,mV</DCOffset>
        <ExtDCOffsetComp>,N/A,,,</ExtDCOffsetComp>
        <ExtOffsetComp>,N/A,,,</ExtOffsetComp>
        <GMS>7</GMS>
        <GainAmpl>1.0,,,,</GainAmpl>
        <GainCorr>1.0,,,,</GainCorr>
        <GainTest_16_4_HF>,N/A,,,</GainTest_16_4_HF>
        <GainTest_16_4_LF>,N/A,,,</GainTest_16_4_LF>
        <GainTest_1_1>24.4352,mV,+/-,1.22176,mV</GainTest_1_1>
        <GainTest_1_64>1563.92,mV,+/-,78.196,mV</GainTest_1_64>
        <GainTest_4_16_HF>,N/A,,,</GainTest_4_16_HF>
        <GainTest_4_16_LF>,N/A,,,</GainTest_4_16_LF>
        <GainTest_64_1>1563.92,mV,+/-,78.196,mV</GainTest_64_1>
        <GainTest_8_8>1563.92,mV,+/-,78.196,mV</GainTest_8_8>
        <HF_LSB>3.75e-05,mV,,,</HF_LSB>
        <IntOffsetCorr_1_HF>,inc,,,</IntOffsetCorr_1_HF>
        <IntOffsetCorr_1_LF>,inc,,,</IntOffsetCorr_1_LF>
        <IntOffsetCorr_2_HF>0,inc,+/-,300,inc</IntOffsetCorr_2_HF>
        <IntOffsetCorr_2_LF>0,inc,+/-,300,inc</IntOffsetCorr_2_LF>
        <LF_LSB>2.8125e-05,mV,,,</LF_LSB>
        <MaxAmplitude>,mV,,,</MaxAmplitude>
        <Resistivity>,Ohm,,,</Resistivity>
        <RevMain>1</RevMain>
        <RevSub>0</RevSub>
        <Type>11</Type>
      </LimitValues>
    </Limits>
  </ADU07Selftest><SystemHistory>
  <message>
    <batt1_curr>0</batt1_curr>
    <batt2_curr>133</batt2_curr>
    <batt_state>2</batt_state>
    <batt_volt>128</batt_volt>
    <component>HW_STATUS</component>
    <date>2016-07-14</date>
    <priority>info</priority>
    <temp>58</temp>
    <text>HW status report</text>
    <time>19:56:12</time>
  </message>
  <message>
    <component>MCP</component>
    <date>2016-07-14</date>
    <priority>info</priority>
    <text>meas ended (index = 0)</text>
    <time>20:15:12</time>
  </message>
  <message>
    <component>MCP</component>
    <date>2016-07-14</date>
    <priority>info</priority>
    <text>new meas started ( index = 0 - , 0, 1, 2, 3, 4)</text>
    <time>20:17:00</time>
  </message>
  <message>
    <batt1_curr>0</batt1_curr>
    <batt2_curr>151</batt2_curr>
    <batt_state>2</batt_state>
    <batt_volt>125</batt_volt>
    <component>HW_STATUS</component>
    <date>2016-07-14</date>
    <priority>info</priority>
    <temp>57</temp>
    <text>HW status report</text>
    <time>22:56:46</time>
  </message>
  <message>
    <batt1_curr>2</batt1_curr>
    <batt2_curr>130</batt2_curr>
    <batt_state>2</batt_state>
    <batt_volt>124</batt_volt>
    <component>HW_STATUS</component>
    <date>2016-07-15</date>
    <priority>info</priority>
    <temp>55</temp>
    <text>HW status report</text>
    <time>02:48:18</time>
  </message>
  <message>
    <DynamicMode>0</DynamicMode>
    <component>GPS_STATUS</component>
    <date>2016-07-15</date>
    <height>198372</height>
    <latitude>-18679974</latitude>
    <longitude>-133292814</longitude>
    <num_sats>4</num_sats>
    <priority>info</priority>
    <sync_state>2</sync_state>
    <text>GPS Status report</text>
    <time>03:08:16</time>
  </message>
  <message>
    <DynamicMode>0</DynamicMode>
    <component>GPS_STATUS</component>
    <date>2016-07-15</date>
    <height>198368</height>
    <latitude>-18679974</latitude>
    <longitude>-133292820</longitude>
    <num_sats>6</num_sats>
    <priority>info</priority>
    <sync_state>4</sync_state>
    <text>GPS Status report</text>
    <time>03:08:21</time>
  </message>
  <message>
    <batt1_curr>19</batt1_curr>
    <batt2_curr>115</batt2_curr>
    <batt_state>2</batt_state>
    <batt_volt>123</batt_volt>
    <component>HW_STATUS</component>
    <date>2016-07-15</date>
    <priority>info</priority>
    <temp>53</temp>
    <text>HW status report</text>
    <time>08:22:22</time>
  </message>
  <message>
    <batt1_curr>30</batt1_curr>
    <batt2_curr>118</batt2_curr>
    <batt_state>2</batt_state>
    <batt_volt>122</batt_volt>
    <component>HW_STATUS</component>
    <date>2016-07-15</date>
    <priority>info</priority>
    <temp>55</temp>
    <text>HW status report</text>
    <time>10:10:31</time>
  </message>
  <message>
    <batt1_curr>27</batt1_curr>
    <batt2_curr>108</batt2_curr>
    <batt_state>2</batt_state>
    <batt_volt>122</batt_volt>
    <component>HW_STATUS</component>
    <date>2016-07-15</date>
    <priority>info</priority>
    <temp>57</temp>
    <text>HW status report</text>
    <time>10:57:56</time>
  </message>
  <message>
    <batt1_curr>31</batt1_curr>
    <batt2_curr>104</batt2_curr>
    <batt_state>2</batt_state>
    <batt_volt>122</batt_volt>
    <component>HW_STATUS</component>
    <date>2016-07-15</date>
    <priority>info</priority>
    <temp>59</temp>
    <text>HW status report</text>
    <time>12:14:59</time>
  </message>
  <message>
    <component>MCP</component>
    <date>2016-07-15</date>
    <priority>info</priority>
    <text>meas ended (index = 0)</text>
    <time>14:17:12</time>
  </message>
</SystemHistory>
</measurement>