extraction de données xml vers excel (VBA)

bonjour ,j'ai un petit probléme avec mon code. en fait ,je dois extraire des données d'un fichier xml sur excel mais ces données sont répartie dans différentes balises. vous trouverais ci-joint mon programme que je dois modifier.

pour un premier temps je dois charger le fichier xml ,balayer les différentes balises, et a chaque fois que je rencontre <TestReportOrder>8</TestReportOrder> je recupére tous les données dans cette balise
exple:

 <Measurements>
    <TestReportID>395c9762-b371-4883-8be3-caed76ac8076</TestReportID>
    <TestReportOrder>60</TestReportOrder>
    <MeasurementNumber>1</MeasurementNumber>
    <ExecutionNumber>1</ExecutionNumber>
    <MeasurementName>SEUIL</MeasurementName>
    <RampNumber>2</RampNumber>
    <RampedQuantity>I  IA;IB;IC</RampedQuantity>
    <Trigger>Entr.bi. 1 1-&gt;0</Trigger>
    <Nom>3.875</Nom>
    <Act>3.83625</Act>
    <NegativeTolerance>0.03875</NegativeTolerance>
    <PositiveTolerance>0.03875</PositiveTolerance>
    <Deviation>-0.0387</Deviation>
    <Assessment>PASSED</Assessment>
    <Tact>0.025</Tact>
  </Measurements> 

et voici une partie de mon fichier xml

Code:

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<?xml version="1.0" standalone="yes"?> <TestUniverseExport xmlns="http://www.omicron.at/dataexport"> <Test_Report> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <Title>n/a</Title> <Subject>n/a</Subject> <Category>n/a</Category> <Keywords>n/a</Keywords> <DateTested>2012-03-29T15:21:29+02:00</DateTested> <UserField18>n/a</UserField18> <UserField19>n/a</UserField19> <UserField20>n/a</UserField20> <NumberModulesChecked>44</NumberModulesChecked> <NumberModulesPassed>44</NumberModulesPassed> <NumberModulesFailed>0</NumberModulesFailed> <NumberModulesAssessed>0</NumberModulesAssessed> <NumberModulesOffline>0</NumberModulesOffline> <NumberModulesStopped>0</NumberModulesStopped> <NumberModulesPaused>0</NumberModulesPaused> <NumberModulesError>0</NumberModulesError> </Test_Report> <TM_Common> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>2</TestReportOrder> <Name>OMICRON Ramping</Name> <Version>2.40 </Version> <Title>1-Configuration de la cellule testée</Title> <TestStartDate>2012-03-29T11:19:20+02:00</TestStartDate> <TestEndDate>2012-03-29T11:19:23+02:00</TestEndDate> <Offline>false</Offline> <Overload>false</Overload> <HWCReportOrder>0</HWCReportOrder> <TOReportOrder>1</TOReportOrder> <Assessment>PASSED</Assessment> <ManualAssessment>false</ManualAssessment> <Error>false</Error> <TestStartMode>IMMEDIATELY</TestStartMode> </TM_Common> <TM_Common> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>43</TestReportOrder> <Name>OMICRON Ramping</Name> <Version>2.40 </Version> <Title>2-0-1-Configuration de l'essai</Title> <TestStartDate>2012-03-29T11:19:29+02:00</TestStartDate> <TestEndDate>2012-03-29T11:19:32+02:00</TestEndDate> <Offline>false</Offline> <Overload>false</Overload> <HWCReportOrder>5</HWCReportOrder> <TOReportOrder>1</TOReportOrder> <Assessment>PASSED</Assessment> <ManualAssessment>false</ManualAssessment> <Error>false</Error> <TestStartMode>IMMEDIATELY</TestStartMode> </TM_Common> <AnaOutSignal> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>109</TestReportOrder> <ProgOrderNumber>1</ProgOrderNumber> <Name>IA</Name> <Amplitude>0</Amplitude> <Unit>A</Unit> <Phase>0</Phase> </AnaOutSignal> <AnaOutSignal> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>109</TestReportOrder> <ProgOrderNumber>1</ProgOrderNumber> <Name>IB</Name> <Amplitude>0</Amplitude> <Unit>A</Unit> <Phase>-120</Phase> </AnaOutSignal> <AnaOutSignal> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>109</TestReportOrder> <ProgOrderNumber>1</ProgOrderNumber> <Name>IC</Name> <Amplitude>0</Amplitude> <Unit>A</Unit> <Phase>120</Phase> </AnaOutSignal> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>46</TestReportOrder> <MeasNumber>1</MeasNumber> <Assessment>NORESULT</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>53</TestReportOrder> <MeasNumber>1</MeasNumber> <Name>TPHD</Name> <IgnoreBefore>Nominal</IgnoreBefore> <Start>Défaut</Start> <Stop>DJ Fermé 1&gt;0</Stop> <Tnom>0.5</Tnom> <TdevN>0</TdevN> <TdevP>0.1</TdevP> <Tact>0.5204</Tact> <Tdev>0.0204</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <MeasNumber>1</MeasNumber> <Name>1-TRP</Name> <IgnoreBefore>1-Rapide</IgnoreBefore> <Start>1-Rapide</Start> <Stop>1-Défaut2</Stop> <Tnom>0.2</Tnom> <TdevN>0</TdevN> <TdevP>0.1</TdevP> <Tact>0.2886</Tact> <Tdev>0.0886</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <MeasNumber>2</MeasNumber> <Name>1-TL1P</Name> <IgnoreBefore>1-Lent</IgnoreBefore> <Start>1-Lent</Start> <Stop>1-Nominal</Stop> <Tnom>15</Tnom> <TdevN>0</TdevN> <TdevP>0.3</TdevP> <Tact>15.1481</Tact> <Tdev>0.1481</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <MeasNumber>3</MeasNumber> <Name>2-TRP</Name> <IgnoreBefore>2-Rapide</IgnoreBefore> <Start>2-Rapide</Start> <Stop>2-Défaut2</Stop> <Tnom>0.2</Tnom> <TdevN>0</TdevN> <TdevP>0.1</TdevP> <Tact>0.2986</Tact> <Tdev>0.0986</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <MeasNumber>4</MeasNumber> <Name>2-TL1P</Name> <IgnoreBefore>2-Lent</IgnoreBefore> <Start>2-Lent</Start> <Stop>2-nominal</Stop> <Tnom>15</Tnom> <TdevN>0</TdevN> <TdevP>0.3</TdevP> <Tact>15.15</Tact> <Tdev>0.15</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <MeasNumber>5</MeasNumber> <Name>3-TL1P</Name> <IgnoreBefore>3-Lent</IgnoreBefore> <Start>3-Lent</Start> <Stop>3-nominal</Stop> <Tnom>15</Tnom> <TdevN>0</TdevN> <TdevP>0.3</TdevP> <Tact>15.1562</Tact> <Tdev>0.1562</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <MeasNumber>6</MeasNumber> <Name>T_DEC1</Name> <IgnoreBefore>1-Défaut1</IgnoreBefore> <Start>1-Défaut1</Start> <Stop>1-Rapide</Stop> <Tnom>0.09</Tnom> <TdevN>0</TdevN> <TdevP>0.1</TdevP> <Tact>0.1638</Tact> <Tdev>0.0738</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Seq_Measurement> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <MeasNumber>7</MeasNumber> <Name>T_DEC2</Name> <IgnoreBefore>1-Défaut2</IgnoreBefore> <Start>1-Défaut2</Start> <Stop>1-Lent</Stop> <Tnom>0.5</Tnom> <TdevN>0</TdevN> <TdevP>0.1</TdevP> <Tact>0.5219</Tact> <Tdev>0.0219</Tdev> <Assessment>PASSED</Assessment> </Seq_Measurement> <Ramp_Setting> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>189</TestReportOrder> <RampNumber>0</RampNumber> <RampName>Rampe 1</RampName> <Signal1From>0</Signal1From> <Signal1To>0</Signal1To> <Signal1Delta>0</Signal1Delta> <Signal1DDT>0</Signal1DDT> <DeltaTStep>0.1</DeltaTStep> <TotalSteps>1</TotalSteps> <TotalTime>0.1</TotalTime> <TriggerName>Aucun</TriggerName> <DelayTime>0</DelayTime> <StepBack>Non</StepBack> </Ramp_Setting> <Measurements> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>2</TestReportOrder> <MeasurementNumber>1</MeasurementNumber> <ExecutionNumber>1</ExecutionNumber> <MeasurementName>Montée</MeasurementName> <RampNumber>0</RampNumber> <RampedQuantity>I A</RampedQuantity> <Trigger>Détec. 0-&gt;1</Trigger> <Assessment>NORESULT</Assessment> </Measurements> <Measurements> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>43</TestReportOrder> <MeasurementNumber>1</MeasurementNumber> <ExecutionNumber>1</ExecutionNumber> <MeasurementName>Montée</MeasurementName> <RampNumber>0</RampNumber> <RampedQuantity>I A</RampedQuantity> <Trigger>Détec. 0-&gt;1</Trigger> <Assessment>NORESULT</Assessment> </Measurements> <Measurements> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>48</TestReportOrder> <MeasurementNumber>1</MeasurementNumber> <ExecutionNumber>1</ExecutionNumber> <MeasurementName>Montée</MeasurementName> <RampNumber>0</RampNumber> <RampedQuantity>IA</RampedQuantity> <Trigger>Détec. 0-&gt;1</Trigger> <Assessment>NORESULT</Assessment> </Measurements> <Measurements> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>97</TestReportOrder> <MeasurementNumber>1</MeasurementNumber> <ExecutionNumber>1</ExecutionNumber> <MeasurementName>Montée</MeasurementName> <RampNumber>0</RampNumber> <RampedQuantity>IA</RampedQuantity> <Trigger>Détec. 0-&gt;1</Trigger> <Assessment>NORESULT</Assessment> </Measurements> <Measurements> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>107</TestReportOrder> <MeasurementNumber>1</MeasurementNumber> <ExecutionNumber>1</ExecutionNumber> <MeasurementName>Montée</MeasurementName> <RampNumber>0</RampNumber> <RampedQuantity>IA</RampedQuantity> <Trigger>Détec. 0-&gt;1</Trigger> <Assessment>NORESULT</Assessment> </Measurements> <Measurements> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>110</TestReportOrder> <MeasurementNumber>1</MeasurementNumber> <ExecutionNumber>1</ExecutionNumber> <MeasurementName>Montée</MeasurementName> <RampNumber>0</RampNumber> <RampedQuantity>IA</RampedQuantity> <Trigger>Détec. 0-&gt;1</Trigger> <Assessment>NORESULT</Assessment> </Measurements> <FC_Name> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>109</TestReportOrder> <StateNumber>3</StateNumber> <Name1>1-Nominal</Name1> <Name2>Sorties CMC/Amplificateur</Name2> </FC_Name> <FC_Name> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>115</TestReportOrder> <StateNumber>1</StateNumber> <Name1>1.2SeuilHaut_I</Name1> <Name2>Sorties CMC/Amplificateur</Name2> </FC_Name> <FC_Name> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>137</TestReportOrder> <StateNumber>12</StateNumber> <Name1>2-Défaut permanent</Name1> <Name2>Sorties CMC/Amplificateur</Name2> </FC_Name> <FC_Name> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>2</StateNumber> <Name1>0-DJ Fermé + nominal</Name1> <Name2>Sorties CMC/Amplificateur</Name2> </FC_Name> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>50</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>53</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>3</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>2</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>3</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <StateNumber>6</StateNumber> <ParameterNumber>16</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>60</TestReportOrder> <StateNumber>12</StateNumber> <ParameterNumber>35</ParameterNumber> <Name>IB</Name> <Value1> 4,500 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>72</TestReportOrder> <StateNumber>8</StateNumber> <ParameterNumber>24</ParameterNumber> <Name>IC</Name> <Value1> 4,500 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>72</TestReportOrder> <StateNumber>9</StateNumber> <ParameterNumber>25</ParameterNumber> <Name>IA</Name> <Value1> 9,900 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>72</TestReportOrder> <StateNumber>9</StateNumber> <ParameterNumber>26</ParameterNumber> <Name>IB</Name> <Value1> 9,900 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>72</TestReportOrder> <StateNumber>9</StateNumber> <ParameterNumber>27</ParameterNumber> <Name>IC</Name> <Value1> 9,900 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>72</TestReportOrder> <StateNumber>10</StateNumber> <ParameterNumber>28</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>72</TestReportOrder> <StateNumber>10</StateNumber> <ParameterNumber>29</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>72</TestReportOrder> <StateNumber>10</StateNumber> <ParameterNumber>30</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>73</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>2</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>3</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>4</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>5</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>6</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>7</ParameterNumber> <Name>IA</Name> <Value1> 4,500 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>8</ParameterNumber> <Name>IB</Name> <Value1> 4,500 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>9</ParameterNumber> <Name>IC</Name> <Value1> 4,500 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>10</ParameterNumber> <Name>IA</Name> <Value1> 9,900 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>11</ParameterNumber> <Name>IB</Name> <Value1> 9,900 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>12</ParameterNumber> <Name>IC</Name> <Value1> 9,900 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>5</StateNumber> <ParameterNumber>13</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>5</StateNumber> <ParameterNumber>14</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>5</StateNumber> <ParameterNumber>15</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>6</StateNumber> <ParameterNumber>16</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>6</StateNumber> <ParameterNumber>17</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>6</StateNumber> <ParameterNumber>18</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>7</StateNumber> <ParameterNumber>19</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>7</StateNumber> <ParameterNumber>20</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>7</StateNumber> <ParameterNumber>21</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>8</StateNumber> <ParameterNumber>22</ParameterNumber> <Name>IA</Name> <Value1> 4,500 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>8</StateNumber> <ParameterNumber>23</ParameterNumber> <Name>IB</Name> <Value1> 4,500 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>8</StateNumber> <ParameterNumber>24</ParameterNumber> <Name>IC</Name> <Value1> 4,500 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>9</StateNumber> <ParameterNumber>25</ParameterNumber> <Name>IA</Name> <Value1> 9,900 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>9</StateNumber> <ParameterNumber>26</ParameterNumber> <Name>IB</Name> <Value1> 9,900 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>9</StateNumber> <ParameterNumber>27</ParameterNumber> <Name>IC</Name> <Value1> 9,900 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>10</StateNumber> <ParameterNumber>28</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>10</StateNumber> <ParameterNumber>29</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>76</TestReportOrder> <StateNumber>10</StateNumber> <ParameterNumber>30</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>77</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 4,500 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>2</ParameterNumber> <Name>IB</Name> <Value1> 4,500 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>3</ParameterNumber> <Name>IC</Name> <Value1> 4,500 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>4</ParameterNumber> <Name>IA</Name> <Value1> 9,900 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>5</ParameterNumber> <Name>IB</Name> <Value1> 9,900 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>6</ParameterNumber> <Name>IC</Name> <Value1> 9,900 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>7</ParameterNumber> <Name>IA</Name> <Value1> 9,900 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>8</ParameterNumber> <Name>IB</Name> <Value1> 9,900 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>9</ParameterNumber> <Name>IC</Name> <Value1> 9,900 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>10</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>11</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>79</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>12</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>90</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>91</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>93</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>93</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>2</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> 180,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>93</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>3</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>93</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>4</ParameterNumber> <Name>IA</Name> <Value1> 2,500 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>93</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>5</ParameterNumber> <Name>IB</Name> <Value1> 0,000 A</Value1> <Value2> 180,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>93</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>6</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>93</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>7</ParameterNumber> <Name>IA</Name> <Value1> 4,500 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>109</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>11</ParameterNumber> <Name>IB</Name> <Value1> 5,500 A</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>109</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>12</ParameterNumber> <Name>IC</Name> <Value1> 0,000 A</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>109</TestReportOrder> <StateNumber>5</StateNumber> <ParameterNumber>13</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>132</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>6</ParameterNumber> <Name>Vb</Name> <Value1> 57,73 V</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>132</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>7</ParameterNumber> <Name>Vc</Name> <Value1> 57,73 V</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>132</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>8</ParameterNumber> <Name>IA</Name> <Value1> 14,81 mA</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>137</TestReportOrder> <StateNumber>5</StateNumber> <ParameterNumber>20</ParameterNumber> <Name>IA</Name> <Value1> 60,00 mA</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>137</TestReportOrder> <StateNumber>10</StateNumber> <ParameterNumber>40</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>137</TestReportOrder> <StateNumber>11</StateNumber> <ParameterNumber>41</ParameterNumber> <Name>Va</Name> <Value1> 39,73 V</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>137</TestReportOrder> <StateNumber>11</StateNumber> <ParameterNumber>42</ParameterNumber> <Name>Vb</Name> <Value1> 57,73 V</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>137</TestReportOrder> <StateNumber>11</StateNumber> <ParameterNumber>43</ParameterNumber> <Name>Vc</Name> <Value1> 57,73 V</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>139</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>11</ParameterNumber> <Name>Vc</Name> <Value1> 57,73 V</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>139</TestReportOrder> <StateNumber>3</StateNumber> <ParameterNumber>12</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>139</TestReportOrder> <StateNumber>4</StateNumber> <ParameterNumber>13</ParameterNumber> <Name>Va</Name> <Value1> 57,73 V</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>139</TestReportOrder> <StateNumber>8</StateNumber> <ParameterNumber>32</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>140</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>1</ParameterNumber> <Name>Va</Name> <Value1> 57,73 V</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>2</ParameterNumber> <Name>Vb</Name> <Value1> 57,73 V</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>3</ParameterNumber> <Name>Vc</Name> <Value1> 57,73 V</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>1</StateNumber> <ParameterNumber>4</ParameterNumber> <Name>IA</Name> <Value1> 0,000 A</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>5</ParameterNumber> <Name>Va</Name> <Value1> 57,73 V</Value1> <Value2> 0,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>6</ParameterNumber> <Name>Vb</Name> <Value1> 57,73 V</Value1> <Value2> -120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter> <FC_Parameter> <TestReportID>c44d6746-09fc-4daa-8686-6d9c13062a13</TestReportID> <TestReportOrder>145</TestReportOrder> <StateNumber>2</StateNumber> <ParameterNumber>7</ParameterNumber> <Name>Vc</Name> <Value1> 57,73 V</Value1> <Value2> 120,00 °</Value2> <Value3> 50,000 Hz</Value3> </FC_Parameter>

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