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<failureratecatalogs:FailureRateCatalog xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:failureratecatalogs="http://www.ikv.de/medini/failureratecatalogs/1.0" xmlns:mexp="http://www.ikv.de/medini/expressions" xmi:id="_DoL2oF1WEeG0ye9uJ_Wj4w" mediniIdentifier="_DoL2oF1WEeG0ye9uJ_Wj4w" name="SN29500 - 2011, Deutsch" version="1.0" sourceInfo="Stand SN29500-1, Hinweis 1: Juli 2011" description="Siemens-Norm 29500" alias="medini_analyze_csn">
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    <subDecisions xmi:id="_IJtdMYV7EeGtctRo0dX6mA" name="Generische Erwartungswerte für Bauelemente (Teil 1)" description="SN29500-1, Januar 2004. Allgemeine Erwartungswertgleichungen aus der Norm" kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_IJtdMoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_U * pi_I * pi_T * pi_custom;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_1 + 273)));&#xD;&#xA;&#xD;&#xA;pi_I = exp(C_4 * (pow(I/I_max, C_5) - pow(I_ref/I_max, C_5)));&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdM4V7EeGtctRo0dX6mA" name="Benutzerfaktor">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdNIV7EeGtctRo0dX6mA" name="pi_custom" valueAsString="1"/>
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      <subDecisions xmi:id="_IJtdNYV7EeGtctRo0dX6mA" name="Spannungseigenschaften">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtdNoV7EeGtctRo0dX6mA" name="Spannungsgleichung">
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            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtdOIV7EeGtctRo0dX6mA" expression="pi_U = exp(C_1 * (pow(U, C_2) - pow(U_ref, C_2)));"/>
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              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdOoV7EeGtctRo0dX6mA" name="C_1" valueAsString="1"/>
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          <options xmi:id="_IJtdPYV7EeGtctRo0dX6mA" name="Gleichung 1.3">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtdPoV7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref/U_max, C_2)));"/>
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        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdQ4V7EeGtctRo0dX6mA" name="Referenzspannung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdRIV7EeGtctRo0dX6mA" name="U_ref" valueAsString="5" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdRYV7EeGtctRo0dX6mA" name="Spannung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdRoV7EeGtctRo0dX6mA" name="U" valueAsString="5" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdR4V7EeGtctRo0dX6mA" name="Maximale Spannung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdSIV7EeGtctRo0dX6mA" name="U_max" valueAsString="15" unit="V"/>
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      </subDecisions>
      <subDecisions xmi:id="_IJtdSYV7EeGtctRo0dX6mA" name="Temperatureigenschaften">
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdSoV7EeGtctRo0dX6mA" name="Referenz-Temperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdS4V7EeGtctRo0dX6mA" name="Teta_U_ref" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdTIV7EeGtctRo0dX6mA" name="Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdTYV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdToV7EeGtctRo0dX6mA" name="Konstante A">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdT4V7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdUIV7EeGtctRo0dX6mA" name="Konstante Ea1">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdUYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdUoV7EeGtctRo0dX6mA" name="Konstante Ea2">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdU4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.3" unit="eV"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdVIV7EeGtctRo0dX6mA" name="Temperatur 1">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdVYV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="40" unit="°C"/>
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        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdVoV7EeGtctRo0dX6mA" name="Temperatur 2">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdV4V7EeGtctRo0dX6mA" name="Teta_2" valueAsString="40" unit="°C"/>
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      </subDecisions>
      <subDecisions xmi:id="_IJtdWIV7EeGtctRo0dX6mA" name="Stromeigenschaften">
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdWYV7EeGtctRo0dX6mA" name="Referenzstrom">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdWoV7EeGtctRo0dX6mA" name="I_ref" valueAsString="1" unit="A"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdW4V7EeGtctRo0dX6mA" name="Strom">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdXIV7EeGtctRo0dX6mA" name="I" valueAsString="1" unit="A"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdXYV7EeGtctRo0dX6mA" name="Maximaler Strom">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdXoV7EeGtctRo0dX6mA" name="I_max" valueAsString="1" unit="A"/>
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        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdX4V7EeGtctRo0dX6mA" name="Konstante C_4">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdYIV7EeGtctRo0dX6mA" name="C_4" valueAsString="1"/>
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        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdYYV7EeGtctRo0dX6mA" name="Konstante C_5">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdYoV7EeGtctRo0dX6mA" name="C_5" valueAsString="1"/>
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      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdY4V7EeGtctRo0dX6mA" name="Ausfallrate bei Referenzbedingungen">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdZIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtdZYV7EeGtctRo0dX6mA" name="Integrierte Schaltkreise (Teil 2)" description="SN29500-2, September 2010." kind="CATEGORY">
      <subDecisions xmi:id="_IJtdZoV7EeGtctRo0dX6mA" name="Speicher" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtdZ4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_vj_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_vj_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_vj_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdaIV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdaYV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
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        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtdaoV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtda4V7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtdbIV7EeGtctRo0dX6mA" name="Technologie">
          <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtdbYV7EeGtctRo0dX6mA" name="Bipolar" description="vgl. Tabelle 1, Bipolar" kind="TYPE">
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              <values xmi:id="_IJtdcIV7EeGtctRo0dX6mA" name="32k-64k"/>
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            <options xmi:id="_IJtdcYV7EeGtctRo0dX6mA" name="RAM, FIFO, statisch">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdcoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="75" unit="°C"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdc4V7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtddIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtddYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
              <values xmi:id="_IJtddoV7EeGtctRo0dX6mA" name="50">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdd4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
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              <values xmi:id="_IJtdeIV7EeGtctRo0dX6mA" name="60">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdeYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
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            <options xmi:id="_IJtdeoV7EeGtctRo0dX6mA" name="PROM">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtde4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="75" unit="°C"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdfIV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdfYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdfoV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
              <values xmi:id="_IJtdf4V7EeGtctRo0dX6mA" name="60">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdgIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
              </values>
              <values xmi:id="_IJtdgYV7EeGtctRo0dX6mA" name="80">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdgoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="80" unit="FIT"/>
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          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtdg4V7EeGtctRo0dX6mA" name="MOS, CMOS, BICMOS" description="vgl. Tabelle 1, MOS, CMOS, BICMOS" kind="TYPE">
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              <values xmi:id="_IJtdiIV7EeGtctRo0dX6mA" name="512k-1M"/>
              <values xmi:id="_IJtdiYV7EeGtctRo0dX6mA" name="2M-4M"/>
              <values xmi:id="_IJtdioV7EeGtctRo0dX6mA" name="8M-16M"/>
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              <values xmi:id="_IJtdjYV7EeGtctRo0dX6mA" name="512M-1G"/>
              <values xmi:id="_IJtdjoV7EeGtctRo0dX6mA" name="2G-4G"/>
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            <options xmi:id="_IJtdj4V7EeGtctRo0dX6mA" name="RAM (dynamisch)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdkIV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdkYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdkoV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdlIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdlYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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              <values xmi:id="_IJtdloV7EeGtctRo0dX6mA" name="30">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdl4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdmIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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              <values xmi:id="_IJtdmYV7EeGtctRo0dX6mA" name="20">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdmoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdm4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtdnIV7EeGtctRo0dX6mA" name="10">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdnYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdnoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtdn4V7EeGtctRo0dX6mA" name="10">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdoIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdoYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtdooV7EeGtctRo0dX6mA" name="15">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdo4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="15" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdpIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtdpYV7EeGtctRo0dX6mA" name="20">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdpoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdp4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtdqIV7EeGtctRo0dX6mA" name="25">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdqYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdqoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtdq4V7EeGtctRo0dX6mA" name="70">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdrIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="70" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdrYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
              </values>
              <values xmi:id="_IJtdroV7EeGtctRo0dX6mA" name="(100)">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdr4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
                <changeableData xmi:id="_IJtdsIV7EeGtctRo0dX6mA" name="Referenzausfallrate" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdsYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
                </changeableData>
              </values>
            </options>
            <options xmi:id="_IJtdsoV7EeGtctRo0dX6mA" name="RAM, FIFO (statisch, langsam &gt;= 30ns)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtds4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdtIV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdtYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdtoV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
              <values xmi:id="_IJtdt4V7EeGtctRo0dX6mA" name="15">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtduIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="15" unit="FIT"/>
              </values>
              <values xmi:id="_IJtduYV7EeGtctRo0dX6mA" name="10">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtduoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              </values>
              <values xmi:id="_IJtdu4V7EeGtctRo0dX6mA" name="10">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdvIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
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              <values xmi:id="_IJtdvYV7EeGtctRo0dX6mA" name="10">
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              <values xmi:id="_IJtdv4V7EeGtctRo0dX6mA" name="10">
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              <values xmi:id="_IJtdxYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtdxoV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtdx4V7EeGtctRo0dX6mA" name="-" undefined="true"/>
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            <options xmi:id="_IJtdyIV7EeGtctRo0dX6mA" name="RAM, FIFO (statisch, schnell &lt; 30ns)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdyYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtdyoV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
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              <values xmi:id="_IJtdz4V7EeGtctRo0dX6mA" name="25">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd0IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
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              <values xmi:id="_IJtd0YV7EeGtctRo0dX6mA" name="15">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd0oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="15" unit="FIT"/>
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              <values xmi:id="_IJtd04V7EeGtctRo0dX6mA" name="25">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd1IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
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              <values xmi:id="_IJtd14V7EeGtctRo0dX6mA" name="55">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd2IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="55" unit="FIT"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd2oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="90" unit="FIT"/>
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              <values xmi:id="_IJtd24V7EeGtctRo0dX6mA" name="-" undefined="true"/>
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              <values xmi:id="_IJtd3YV7EeGtctRo0dX6mA" name="-" undefined="true"/>
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              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd4IV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
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              <values xmi:id="_IJtd64V7EeGtctRo0dX6mA" name="15">
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd7oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="15" unit="FIT"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd8IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
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              <values xmi:id="_IJtd8YV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtd8oV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtd84V7EeGtctRo0dX6mA" name="-" undefined="true"/>
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            <options xmi:id="_IJtd9IV7EeGtctRo0dX6mA" name="EPROM (UV-löschbar), OTPROM">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd9YV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtd9oV7EeGtctRo0dX6mA" name="A" valueAsString="0.3"/>
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              <values xmi:id="_IJteAYV7EeGtctRo0dX6mA" name="20">
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteBIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
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              <values xmi:id="_IJteCYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
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            <options xmi:id="_IJteCoV7EeGtctRo0dX6mA" name="FLASH">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteC4V7EeGtctRo0dX6mA" name="A" valueAsString="0.3"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteEoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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              <values xmi:id="_IJteE4V7EeGtctRo0dX6mA" name="30">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteFIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteFYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteF4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteGIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteG4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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              <values xmi:id="_IJteHIV7EeGtctRo0dX6mA" name="70">
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                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteHoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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              <values xmi:id="_IJteH4V7EeGtctRo0dX6mA" name="(100)">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJteIIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
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                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJteIoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
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              <values xmi:id="_IJteI4V7EeGtctRo0dX6mA" name="(200)">
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                <changeableData xmi:id="_IJteJYV7EeGtctRo0dX6mA" name="Referenzausfallrate" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJteJoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
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              <values xmi:id="_IJteJ4V7EeGtctRo0dX6mA" name="-" undefined="true"/>
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            <options xmi:id="_IJteKIV7EeGtctRo0dX6mA" name="EEPROM, EAROM">
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              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteKoV7EeGtctRo0dX6mA" name="A" valueAsString="0.3"/>
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              <values xmi:id="_IJteOoV7EeGtctRo0dX6mA" name="-" undefined="true"/>
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      <subDecisions xmi:id="_IJteO4V7EeGtctRo0dX6mA" name="Mikroprozessoren" description="Mikroprozessoren, Peripherie, Mikrokontroller, Signalprozessoren" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtePIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_vj_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_vj_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_vj_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtePYV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
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        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJteQoV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJteQ4V7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
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        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJteRIV7EeGtctRo0dX6mA" name="Technologie" description="vgl. Tabelle 2" kind="TYPE">
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              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteR4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
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            <options xmi:id="_IJteSYV7EeGtctRo0dX6mA" name="Gatter: &gt;1k-10k/Transistoren: &gt;5k-50k">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteSoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
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              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteTYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
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          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJteT4V7EeGtctRo0dX6mA" name="CMOS">
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              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteUYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteUoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="50" unit="°C"/>
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            <options xmi:id="_IJteU4V7EeGtctRo0dX6mA" name="Gatter: &gt;1k-10k/Transistoren: &gt;5k-50k">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteVIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
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              <expressions xsi:type="mexp:MVariable" xmi:id="_IJteV4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
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              <values xmi:id="_IJtf8IV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtf8YV7EeGtctRo0dX6mA" name="-" undefined="true"/>
            </options>
            <options xmi:id="_IJtf8oV7EeGtctRo0dX6mA" name="NMOS">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtf84V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              <values xmi:id="_IJtf9IV7EeGtctRo0dX6mA" name="25">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtf9YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
              </values>
              <values xmi:id="_IJtf9oV7EeGtctRo0dX6mA" name="30">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtf94V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
              </values>
              <values xmi:id="_IJtf-IV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtf-YV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtf-oV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtf-4V7EeGtctRo0dX6mA" name="-" undefined="true"/>
            </options>
            <options xmi:id="_IJtf_IV7EeGtctRo0dX6mA" name="CMOS, BICMOS - digital, analog/mixed">
              <values xmi:id="_IJtf_YV7EeGtctRo0dX6mA" name="20">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtf_oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtf_4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtgAIV7EeGtctRo0dX6mA" name="25">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgAYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgAoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="55" unit="°C"/>
              </values>
              <values xmi:id="_IJtgA4V7EeGtctRo0dX6mA" name="60">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgBIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgBYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
              </values>
              <values xmi:id="_IJtgBoV7EeGtctRo0dX6mA" name="70">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgB4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="70" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgCIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
              </values>
              <values xmi:id="_IJtgCYV7EeGtctRo0dX6mA" name="80">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgCoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="80" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgC4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
              </values>
              <values xmi:id="_IJtgDIV7EeGtctRo0dX6mA" name="120">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgDYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="120" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgDoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
              </values>
            </options>
            <options xmi:id="_IJtgD4V7EeGtctRo0dX6mA" name="CMOS, BICMOS - HV (&gt; 50 Volt)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgEIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="75" unit="°C"/>
              <values xmi:id="_IJtgEYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtgEoV7EeGtctRo0dX6mA" name="30">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgE4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
              </values>
              <values xmi:id="_IJtgFIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtgFYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtgFoV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtgF4V7EeGtctRo0dX6mA" name="-" undefined="true"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtgGIV7EeGtctRo0dX6mA" name="Programmable ASICs (PLD) löschbar" description="Bei PLD werden nur die Gatter der logischen Funktion gerechnet">
            <optionSelector xmi:id="_IJtgGYV7EeGtctRo0dX6mA" name="Integrationsgrad">
              <values xmi:id="_IJtgGoV7EeGtctRo0dX6mA" name="MSI/LSI (Gatteranzahl 10-1k/Transistoranzahl 50-5k)" description=""/>
              <values xmi:id="_IJtgG4V7EeGtctRo0dX6mA" name="VLSI (Gatteranzahl &gt;1k-10k/Transistoranzahl &gt;5k-50k)" description=""/>
              <values xmi:id="_IJtgHIV7EeGtctRo0dX6mA" name="ULSI (Gatteranzahl &gt;10k-100k/Transistoranzahl &gt;50k-500k)" description=""/>
              <values xmi:id="_IJtgHYV7EeGtctRo0dX6mA" name="SLSI (Gatteranzahl &gt;100k-1M/Transistoranzahl &gt;500k-5M)" description=""/>
              <values xmi:id="_IJtgHoV7EeGtctRo0dX6mA" name="Gatteranzahl &gt;1M-10M/Transistoranzahl &gt;5M-50M"/>
              <values xmi:id="_IJtgH4V7EeGtctRo0dX6mA" name="Gatteranzahl &gt;10M-100M/Transistoranzahl &gt;50M-500M"/>
            </optionSelector>
            <options xmi:id="_IJtgIIV7EeGtctRo0dX6mA" name="MOS, CMOS - RAM basis">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgIYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgIoV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgI4V7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgJIV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
              <values xmi:id="_IJtgJYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtgJoV7EeGtctRo0dX6mA" name="60">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgJ4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
              </values>
              <values xmi:id="_IJtgKIV7EeGtctRo0dX6mA" name="80">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgKYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="80" unit="FIT"/>
              </values>
              <values xmi:id="_IJtgKoV7EeGtctRo0dX6mA" name="100">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgK4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
              </values>
              <values xmi:id="_IJtgLIV7EeGtctRo0dX6mA" name="(150)">
                <changeableData xmi:id="_IJtgLYV7EeGtctRo0dX6mA" name="Referenzausfallrate">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgLoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="150" unit="FIT"/>
                </changeableData>
              </values>
              <values xmi:id="_IJtgL4V7EeGtctRo0dX6mA" name="(200)">
                <changeableData xmi:id="_IJtgMIV7EeGtctRo0dX6mA" name="Referenzausfallrate">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgMYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
                </changeableData>
              </values>
            </options>
            <options xmi:id="_IJtgMoV7EeGtctRo0dX6mA" name="MOS, CMOS - EPROM basis" description="">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgM4V7EeGtctRo0dX6mA" name="A" valueAsString="0.3"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgNIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgNYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.6" unit="eV"/>
              <values xmi:id="_IJtgNoV7EeGtctRo0dX6mA" name="40">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgN4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgOIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
              </values>
              <values xmi:id="_IJtgOYV7EeGtctRo0dX6mA" name="50">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgOoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgO4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
              </values>
              <values xmi:id="_IJtgPIV7EeGtctRo0dX6mA" name="80">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgPYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="80" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgPoV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
              </values>
              <values xmi:id="_IJtgP4V7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtgQIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtgQYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
            </options>
            <options xmi:id="_IJtgQoV7EeGtctRo0dX6mA" name="MOS, CMOS - EEPROM basis, FLASH-EPROM">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgQ4V7EeGtctRo0dX6mA" name="A" valueAsString="0.3"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgRIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgRYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.6" unit="eV"/>
              <values xmi:id="_IJtgRoV7EeGtctRo0dX6mA" name="40">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgR4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgSIV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="70" unit="°C"/>
              </values>
              <values xmi:id="_IJtgSYV7EeGtctRo0dX6mA" name="60">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgSoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgS4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
              </values>
              <values xmi:id="_IJtgTIV7EeGtctRo0dX6mA" name="90">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgTYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="90" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgToV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
              </values>
              <values xmi:id="_IJtgT4V7EeGtctRo0dX6mA" name="120">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgUIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="120" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgUYV7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
              </values>
              <values xmi:id="_IJtgUoV7EeGtctRo0dX6mA" name="(160)">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgU4V7EeGtctRo0dX6mA" name="Teta_vj_1" valueAsString="80" unit="°C"/>
                <changeableData xmi:id="_IJtgVIV7EeGtctRo0dX6mA" name="Referenzausfallrate">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgVYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="160" unit="FIT"/>
                </changeableData>
              </values>
              <values xmi:id="_IJtgVoV7EeGtctRo0dX6mA" name="-" undefined="true"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgV4V7EeGtctRo0dX6mA" name="Driftempfindlichkeit" kind="DETAIL">
          <expressions xsi:type="mexp:MExpression" xmi:id="_IJtgWIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T * pi_D;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_vj_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_vj_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_vj_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
          <options xmi:id="_IJtgWYV7EeGtctRo0dX6mA" name="nicht driftempfindliche Schaltung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgWoV7EeGtctRo0dX6mA" name="pi_D" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtgW4V7EeGtctRo0dX6mA" name="driftempfindliche Schaltung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgXIV7EeGtctRo0dX6mA" name="pi_D" valueAsString="2"/>
          </options>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgXYV7EeGtctRo0dX6mA" name="Diskrete Halbleiter (Teil 3)" description="SN29500-3, Juni 2009." kind="CATEGORY">
      <subDecisions xmi:id="_IJtgXoV7EeGtctRo0dX6mA" name="Transistor" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtgX4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_U * pi_T * pi_D;&#xD;&#xA;&#xD;&#xA;pi_U = ifThenElse(lessEq(U/U_max, 0.6), 1, exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2))));&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_j_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_j_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;C_2 = 8;&#xD;&#xA;C_3 = 1.4;&#xD;&#xA;U_ref_div_U_max = 0.5;&#xD;&#xA;"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgYIV7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgYYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgYoV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgY4V7EeGtctRo0dX6mA" name="Typ" description="vgl. Tabelle 1" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgZIV7EeGtctRo0dX6mA" name="Allgemein">
            <options xmi:id="_IJtgZYV7EeGtctRo0dX6mA" name="FET - Sperrschicht">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgZoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgZ4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJtgaIV7EeGtctRo0dX6mA" name="FET - MOS">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgaYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgaoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJtga4V7EeGtctRo0dX6mA" name="Bipolar, universal">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgbIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgbYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJtgboV7EeGtctRo0dX6mA" name="Transistor-Arrays">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgb4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgcIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJtgcYV7EeGtctRo0dX6mA" name="Bipolar-Kleinleistung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgcoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgc4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="85" unit="°C"/>
            </options>
            <options xmi:id="_IJtgdIV7EeGtctRo0dX6mA" name="Bipolar, Leistung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgdYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgdoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
            </options>
            <options xmi:id="_IJtgd4V7EeGtctRo0dX6mA" name="MOS, Leistung (SIPMOS)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgeIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgeYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
            </options>
            <options xmi:id="_IJtgeoV7EeGtctRo0dX6mA" name="IGBT, Leistung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtge4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgfIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgfYV7EeGtctRo0dX6mA" name="Mikrowellen">
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgfoV7EeGtctRo0dX6mA" name="bipolar">
              <options xmi:id="_IJtgf4V7EeGtctRo0dX6mA" name="Breitband, Kleinsignal">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtggIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtggYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
              </options>
              <options xmi:id="_IJtggoV7EeGtctRo0dX6mA" name="Leistung">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgg4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtghIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="125" unit="°C"/>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtghYV7EeGtctRo0dX6mA" name="GaAs FET">
              <options xmi:id="_IJtghoV7EeGtctRo0dX6mA" name="Kleinsignal, Low Noise">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgh4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgiIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="95" unit="°C"/>
              </options>
              <options xmi:id="_IJtgiYV7EeGtctRo0dX6mA" name="Medium Power">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgioV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgi4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="110" unit="°C"/>
              </options>
              <options xmi:id="_IJtgjIV7EeGtctRo0dX6mA" name="High Power">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgjYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="250" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgjoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="145" unit="°C"/>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgj4V7EeGtctRo0dX6mA" name="MOSFET">
              <options xmi:id="_IJtgkIV7EeGtctRo0dX6mA" name="Breitband, Kleinsignal">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgkYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgkoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
              </options>
              <options xmi:id="_IJtgk4V7EeGtctRo0dX6mA" name="Leistung">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtglIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtglYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="125" unit="°C"/>
              </options>
            </subDecisions>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtgloV7EeGtctRo0dX6mA" name="Betriebsspannung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgl4V7EeGtctRo0dX6mA" name="U" valueAsString="5" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtgmIV7EeGtctRo0dX6mA" name="maximal zulässige Betriebsspannung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgmYV7EeGtctRo0dX6mA" name="U_max" valueAsString="15" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtgmoV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgm4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtgnIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgnYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgnoV7EeGtctRo0dX6mA" name="Driftempfindlichkeit" kind="DETAIL">
          <options xmi:id="_IJtgn4V7EeGtctRo0dX6mA" name="nicht driftempfindliche Schaltung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgoIV7EeGtctRo0dX6mA" name="pi_D" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtgoYV7EeGtctRo0dX6mA" name="driftempfindliche Schaltung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgooV7EeGtctRo0dX6mA" name="pi_D" valueAsString="2"/>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtgo4V7EeGtctRo0dX6mA" name="Diode" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtgpIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T * pi_D;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_j_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_j_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgpYV7EeGtctRo0dX6mA" name="Typ" description="vgl. Tabelle 2" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgpoV7EeGtctRo0dX6mA" name="Mikrowellen-Diode, Kleinsignal">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgp4V7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgqIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgqYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
            <options xmi:id="_IJtgqoV7EeGtctRo0dX6mA" name="Detektordiode">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgq4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgrIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            </options>
            <options xmi:id="_IJtgrYV7EeGtctRo0dX6mA" name="Kapazitätsdiode">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgroV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgr4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            </options>
            <options xmi:id="_IJtgsIV7EeGtctRo0dX6mA" name="Mischerdiode">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgsYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgsoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="70" unit="°C"/>
            </options>
            <options xmi:id="_IJtgs4V7EeGtctRo0dX6mA" name="Pindiode">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgtIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgtYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtgtoV7EeGtctRo0dX6mA" name="Mikrowellen-Diode, Leistung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgt4V7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtguIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtguYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
            <options xmi:id="_IJtguoV7EeGtctRo0dX6mA" name="Speichervaraktor">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgu4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgvIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
            </options>
            <options xmi:id="_IJtgvYV7EeGtctRo0dX6mA" name="Gunndiode">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgvoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="500" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgv4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="160" unit="°C"/>
            </options>
            <options xmi:id="_IJtgwIV7EeGtctRo0dX6mA" name="Impattdiode">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgwYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="180" unit="°C"/>
              <changeableData xmi:id="_IJtgwoV7EeGtctRo0dX6mA" name="Referenzausfallrate">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgw4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="500" unit="FIT"/>
              </changeableData>
            </options>
            <options xmi:id="_IJtgxIV7EeGtctRo0dX6mA" name="Pindiode">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgxYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgxoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
            </options>
          </subDecisions>
          <options xmi:id="_IJtgx4V7EeGtctRo0dX6mA" name="Universal-Diode">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgyIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgyYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgyoV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgy4V7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgzIV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
          </options>
          <options xmi:id="_IJtgzYV7EeGtctRo0dX6mA" name="Schottky-Diode">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgzoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtgz4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg0IV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg0YV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg0oV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
          </options>
          <options xmi:id="_IJtg04V7EeGtctRo0dX6mA" name="Begrenzungsdiode (Suppressordiode)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg1IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="7" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg1YV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg1oV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg14V7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg2IV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
          </options>
          <options xmi:id="_IJtg2YV7EeGtctRo0dX6mA" name="Z-Diode (Ptot &lt; 1W), Spannungsschutz">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg2oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg24V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg3IV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg3YV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg3oV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
          </options>
          <options xmi:id="_IJtg34V7EeGtctRo0dX6mA" name="Z-Diode, Leistung, Stabilisation">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg4IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg4YV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg4oV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg44V7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg5IV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
          </options>
          <options xmi:id="_IJtg5YV7EeGtctRo0dX6mA" name="Hochspannungsgleichrichterdiode">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg5oV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="85" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg54V7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg6IV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg6YV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
            <changeableData xmi:id="_IJtg6oV7EeGtctRo0dX6mA" name="Referenzausfallrate">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg64V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtg7IV7EeGtctRo0dX6mA" name="Referenzdiode">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg7YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="7" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg7oV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg74V7EeGtctRo0dX6mA" name="A" valueAsString="0.9"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg8IV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg8YV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.7" unit="eV"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtg8oV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg84V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtg9IV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg9YV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtg9oV7EeGtctRo0dX6mA" name="Driftempfindlichkeit" kind="DETAIL">
          <options xmi:id="_IJtg94V7EeGtctRo0dX6mA" name="nicht driftempfindliche Schaltung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg-IV7EeGtctRo0dX6mA" name="pi_D" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtg-YV7EeGtctRo0dX6mA" name="driftempfindliche Schaltung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg-oV7EeGtctRo0dX6mA" name="pi_D" valueAsString="2"/>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtg-4V7EeGtctRo0dX6mA" name="Leistungshalbleiter" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtg_IV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_j_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_j_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg_YV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg_oV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtg_4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthAIV7EeGtctRo0dX6mA" name="Typ" description="vgl. Tabelle 3" kind="TYPE">
          <options xmi:id="_IJthAYV7EeGtctRo0dX6mA" name="Gleichrichterdiode" description="">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthAoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthA4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="70" unit="°C"/>
          </options>
          <options xmi:id="_IJthBIV7EeGtctRo0dX6mA" name="Gleichrichterbrücken">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthBYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthBoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="85" unit="°C"/>
          </options>
          <options xmi:id="_IJthB4V7EeGtctRo0dX6mA" name="Schottky-Diode">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthCIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthCYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="85" unit="°C"/>
          </options>
          <options xmi:id="_IJthCoV7EeGtctRo0dX6mA" name="Thyristoren">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthC4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthDIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="85" unit="°C"/>
          </options>
          <options xmi:id="_IJthDYV7EeGtctRo0dX6mA" name="Triac's, Diac's">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthDoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="75" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthD4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="85" unit="°C"/>
          </options>
          <options xmi:id="_IJthEIV7EeGtctRo0dX6mA" name="IGBT-Module (full-pack)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthEYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="70" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthEoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
          </options>
          <options xmi:id="_IJthE4V7EeGtctRo0dX6mA" name="IGBT-Module (six-pack)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthFIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="70" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthFYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
          </options>
          <options xmi:id="_IJthFoV7EeGtctRo0dX6mA" name="IGBT-Module (two-pack)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthF4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="70" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthGIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
          </options>
          <options xmi:id="_IJthGYV7EeGtctRo0dX6mA" name="IGBT-Module (one-pack)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthGoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="70" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthG4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="100" unit="°C"/>
          </options>
          <options xmi:id="_IJthHIV7EeGtctRo0dX6mA" name="Sondergefertigte und kundespezifische Leistungshalbleiter" undefined="true">
            <changeableData xmi:id="_IJthHYV7EeGtctRo0dX6mA" name="Referenzausfallrate">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthHoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1000" unit="FIT"/>
            </changeableData>
            <changeableData xmi:id="_IJthH4V7EeGtctRo0dX6mA" name="Referenz-Sperrschichttemperatur">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthIIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            </changeableData>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJthIYV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJthIoV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJthI4V7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJthJIV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthJYV7EeGtctRo0dX6mA" name="Passive Bauelemente (Teil 4)" description="SN29500-4, März 2004." kind="CATEGORY">
      <subDecisions xmi:id="_IJthJoV7EeGtctRo0dX6mA" name="Widerstand" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJthJ4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T * amount;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJthKIV7EeGtctRo0dX6mA" name="A" valueAsString="0.873"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJthKYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.16" unit="eV"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJthKoV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.44" unit="eV"/>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJthK4V7EeGtctRo0dX6mA" name="Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJthLIV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthLYV7EeGtctRo0dX6mA" name="Typ" description="vgl. Tabelle 2" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthLoV7EeGtctRo0dX6mA" name="Kohleschicht">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthL4V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <options xmi:id="_IJthMIV7EeGtctRo0dX6mA" name="&lt;= 100 kOhm">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthMYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthMoV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJthM4V7EeGtctRo0dX6mA" name="&gt; 100 kOhm">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthNIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthNYV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthNoV7EeGtctRo0dX6mA" name="Netzwerke (Schichtschaltung)" description="">
            <options xmi:id="_IJthN4V7EeGtctRo0dX6mA" name="Standard">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthOIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthOYV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
              <changeableData xmi:id="_IJthOoV7EeGtctRo0dX6mA" name="Anzahl der Widerstandselemente">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJthO4V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
              </changeableData>
            </options>
            <options xmi:id="_IJthPIV7EeGtctRo0dX6mA" name="kundenspezifische">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthPYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthPoV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
              <changeableData xmi:id="_IJthP4V7EeGtctRo0dX6mA" name="Anzahl der Widerstandselemente">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJthQIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
              </changeableData>
            </options>
          </subDecisions>
          <options xmi:id="_IJthQYV7EeGtctRo0dX6mA" name="Metallschicht">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthQoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthQ4V7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthRIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
          <options xmi:id="_IJthRYV7EeGtctRo0dX6mA" name="Metalloxidschicht">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthRoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthR4V7EeGtctRo0dX6mA" name="Teta_1" valueAsString="85" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthSIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
          <options xmi:id="_IJthSYV7EeGtctRo0dX6mA" name="Draht">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthSoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthS4V7EeGtctRo0dX6mA" name="Teta_1" valueAsString="85" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthTIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
          <options xmi:id="_IJthTYV7EeGtctRo0dX6mA" name="Veränderbare">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthToV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthT4V7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJthUIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJthUYV7EeGtctRo0dX6mA" name="Temperaturerhöhung des Widerstandes aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJthUoV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJthU4V7EeGtctRo0dX6mA" name="Kondensator" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJthVIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_U * pi_T * pi_Q;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;Teta_1 = 40;"/>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJthVYV7EeGtctRo0dX6mA" name="maximal zulässige Betriebsspannung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJthVoV7EeGtctRo0dX6mA" name="U_max" valueAsString="15" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthV4V7EeGtctRo0dX6mA" name="Typ" description="vgl. Tabelle 1" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthWIV7EeGtctRo0dX6mA" name="Metallfolie">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJthWYV7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
            <options xmi:id="_IJthWoV7EeGtctRo0dX6mA" name="Polystyrol (KS)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthW4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthXIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.29"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthXYV7EeGtctRo0dX6mA" name="C_3" valueAsString="4"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthXoV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthX4V7EeGtctRo0dX6mA" name="A" valueAsString="0.999"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthYIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthYYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.59" unit="eV"/>
            </options>
            <options xmi:id="_IJthYoV7EeGtctRo0dX6mA" name="Polypropylen (KP)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthY4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthZIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.29"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthZYV7EeGtctRo0dX6mA" name="C_3" valueAsString="4"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthZoV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthZ4V7EeGtctRo0dX6mA" name="A" valueAsString="0.999"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthaIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthaYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.59" unit="eV"/>
            </options>
            <options xmi:id="_IJthaoV7EeGtctRo0dX6mA" name="Polycarbonat (KC)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtha4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthbIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthbYV7EeGtctRo0dX6mA" name="C_3" valueAsString="4.56"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthboV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthb4V7EeGtctRo0dX6mA" name="A" valueAsString="0.998"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthcIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.57" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthcYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.63" unit="eV"/>
            </options>
            <options xmi:id="_IJthcoV7EeGtctRo0dX6mA" name="Polyethylenterephtalat (KT)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthc4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthdIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.29"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthdYV7EeGtctRo0dX6mA" name="C_3" valueAsString="4"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthdoV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthd4V7EeGtctRo0dX6mA" name="A" valueAsString="0.999"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtheIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtheYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.59" unit="eV"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtheoV7EeGtctRo0dX6mA" name="Ta-Elko">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJthe4V7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
            <options xmi:id="_IJthfIV7EeGtctRo0dX6mA" name="flüssiger Elektrolyt">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthfYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthfoV7EeGtctRo0dX6mA" name="C_2" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthf4V7EeGtctRo0dX6mA" name="C_3" valueAsString="1.05"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthgIV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthgYV7EeGtctRo0dX6mA" name="A" valueAsString="0.35"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthgoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.54" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthg4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0" unit="eV"/>
            </options>
            <options xmi:id="_IJthhIV7EeGtctRo0dX6mA" name="fester Elektrolyt">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthhYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthhoV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.04"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthh4V7EeGtctRo0dX6mA" name="C_3" valueAsString="9.80"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthiIV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthiYV7EeGtctRo0dX6mA" name="A" valueAsString="0.961"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthioV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.27" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthi4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.1" unit="eV"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthjIV7EeGtctRo0dX6mA" name="Metallisierter Belag">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJthjYV7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
            <options xmi:id="_IJthjoV7EeGtctRo0dX6mA" name="Polyethylenterephtalat (MKT)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthj4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthkIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.07"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthkYV7EeGtctRo0dX6mA" name="C_3" valueAsString="3.45"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthkoV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthk4V7EeGtctRo0dX6mA" name="A" valueAsString="0.999"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthlIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthlYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.59" unit="eV"/>
            </options>
            <options xmi:id="_IJthloV7EeGtctRo0dX6mA" name="Polycarbonat (MKC)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthl4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthmIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthmYV7EeGtctRo0dX6mA" name="C_3" valueAsString="4.56"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthmoV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthm4V7EeGtctRo0dX6mA" name="A" valueAsString="0.998"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthnIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.57" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthnYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.63" unit="eV"/>
            </options>
            <options xmi:id="_IJthnoV7EeGtctRo0dX6mA" name="Polypropylen (MKP)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthn4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthoIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.07"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthoYV7EeGtctRo0dX6mA" name="C_3" valueAsString="3.45"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthooV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtho4V7EeGtctRo0dX6mA" name="A" valueAsString="0.999"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthpIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthpYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.59" unit="eV"/>
            </options>
            <options xmi:id="_IJthpoV7EeGtctRo0dX6mA" name="Zelluloseacetat (MKU)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthp4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthqIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.07"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthqYV7EeGtctRo0dX6mA" name="C_3" valueAsString="3.45"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthqoV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthq4V7EeGtctRo0dX6mA" name="A" valueAsString="0.999"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthrIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthrYV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.59" unit="eV"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthroV7EeGtctRo0dX6mA" name="Keramik">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJthr4V7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
            <options xmi:id="_IJthsIV7EeGtctRo0dX6mA" name="NDK/LDC (z.B. COG, NPO)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthsYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthsoV7EeGtctRo0dX6mA" name="C_2" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJths4V7EeGtctRo0dX6mA" name="C_3" valueAsString="4"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthtIV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthtYV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthtoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.35" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtht4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
            </options>
            <options xmi:id="_IJthuIV7EeGtctRo0dX6mA" name="MDK/MDC (z.B. X7R, X5R)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthuYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthuoV7EeGtctRo0dX6mA" name="C_2" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthu4V7EeGtctRo0dX6mA" name="C_3" valueAsString="4"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthvIV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthvYV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthvoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.35" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthv4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
            </options>
            <options xmi:id="_IJthwIV7EeGtctRo0dX6mA" name="HDK/HDC (z.B. Z5U, Y5V, Y4T)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthwYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthwoV7EeGtctRo0dX6mA" name="C_2" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthw4V7EeGtctRo0dX6mA" name="C_3" valueAsString="4"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthxIV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthxYV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthxoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.35" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthx4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJthyIV7EeGtctRo0dX6mA" name="Al-Elko">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJthyYV7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
            <options xmi:id="_IJthyoV7EeGtctRo0dX6mA" name="flüssiger Elektrolyt">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthy4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthzIV7EeGtctRo0dX6mA" name="C_2" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthzYV7EeGtctRo0dX6mA" name="C_3" valueAsString="1.36"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthzoV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.8"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJthz4V7EeGtctRo0dX6mA" name="A" valueAsString="0.87"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth0IV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth0YV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.95" unit="eV"/>
            </options>
            <options xmi:id="_IJth0oV7EeGtctRo0dX6mA" name="fester Elektrolyt">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth04V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth1IV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.9"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth1YV7EeGtctRo0dX6mA" name="C_3" valueAsString="3"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth1oV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.8"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth14V7EeGtctRo0dX6mA" name="A" valueAsString="0.4"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth2IV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.14" unit="eV"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJth2YV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0" unit="eV"/>
            </options>
          </subDecisions>
          <options xmi:id="_IJth2oV7EeGtctRo0dX6mA" name="Metall-Papier (-Kunststoff) - MP, MKV" description="gilt nicht für Leistungskondensatoren nach VDE 0560-T12">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth24V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth3IV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.07"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth3YV7EeGtctRo0dX6mA" name="A" valueAsString="0.999"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth3oV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth34V7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.59" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth4IV7EeGtctRo0dX6mA" name="C_3" valueAsString="3.45"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth4YV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJth4oV7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
          </options>
          <options xmi:id="_IJth44V7EeGtctRo0dX6mA" name="Glimmer">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth5IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth5YV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.12"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth5oV7EeGtctRo0dX6mA" name="C_3" valueAsString="2.98"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth54V7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth6IV7EeGtctRo0dX6mA" name="A" valueAsString="0.86"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth6YV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.27" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth6oV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.84" unit="eV"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJth64V7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
          </options>
          <options xmi:id="_IJth7IV7EeGtctRo0dX6mA" name="Glas">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth7YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth7oV7EeGtctRo0dX6mA" name="C_2" valueAsString="1.11"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth74V7EeGtctRo0dX6mA" name="C_3" valueAsString="4.33"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth8IV7EeGtctRo0dX6mA" name="U_ref_div_U_max" valueAsString="0.5"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth8YV7EeGtctRo0dX6mA" name="A" valueAsString="0.86"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth8oV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.27" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth84V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.84" unit="eV"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJth9IV7EeGtctRo0dX6mA" expression="pi_U = exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2) ));"/>
          </options>
          <options xmi:id="_IJth9YV7EeGtctRo0dX6mA" name="Veränderbare Kondensatoren">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth9oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJth94V7EeGtctRo0dX6mA" expression="pi_U = 1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth-IV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth-YV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.15" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth-oV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJth-4V7EeGtctRo0dX6mA" name="Betriebsspannung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJth_IV7EeGtctRo0dX6mA" name="U" valueAsString="5" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJth_YV7EeGtctRo0dX6mA" name="Qualitätsfaktor" kind="DETAIL">
          <options xmi:id="_IJth_oV7EeGtctRo0dX6mA" name="LL" description="bei Al-Elko: Long Life Grade (für erhöhte Anforderungen), bei Kunststoffkondensatoren: umhüllte Ausführung">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJth_4V7EeGtctRo0dX6mA" name="pi_Q" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtiAIV7EeGtctRo0dX6mA" name="GP" description="bei Al-Elko: General Purpose Grade (für generelle Anforderungen), bei Kunststoffkondensatoren: nicht umhüllte Ausführung (s.DIN EN 60384, Teil 1;2.2.4)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiAYV7EeGtctRo0dX6mA" name="pi_Q" valueAsString="2"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtiAoV7EeGtctRo0dX6mA" name="Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiA4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtiBIV7EeGtctRo0dX6mA" name="Temperaturerhöhung des Kondensators aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiBYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtiBoV7EeGtctRo0dX6mA" name="Induktivitäten" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtiB4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_2 + 273)));&#xD;&#xA;z_ref = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_1 + 273)));&#xD;&#xA;&#xD;&#xA;Teta_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiCIV7EeGtctRo0dX6mA" name="Ea2" valueAsString="1.13" unit="eV"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiCYV7EeGtctRo0dX6mA" name="A" valueAsString="0.996"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiCoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.06" unit="eV"/>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtiC4V7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiDIV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtiDYV7EeGtctRo0dX6mA" name="Typ" description="vgl. Tabelle 3" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtiDoV7EeGtctRo0dX6mA" name="Induktivitäten für EMV-Anwendungen">
            <options xmi:id="_IJtiD4V7EeGtctRo0dX6mA" name="&lt;= 3A">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiEIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1.5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiEYV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="60" unit="°C"/>
            </options>
            <options xmi:id="_IJtiEoV7EeGtctRo0dX6mA" name="&gt; 3A">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiE4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiFIV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="85" unit="°C"/>
            </options>
          </subDecisions>
          <options xmi:id="_IJtiFYV7EeGtctRo0dX6mA" name="NF-Drosseln und Übertrager (&lt;=25kHz)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiFoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiF4V7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
          </options>
          <options xmi:id="_IJtiGIV7EeGtctRo0dX6mA" name="HF-Drosseln und Übertrager (&gt;25kHz)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiGYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiGoV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="55" unit="°C"/>
          </options>
          <options xmi:id="_IJtiG4V7EeGtctRo0dX6mA" name="Netztransformatoren und Übertrager für Schaltnetzteile">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiHIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiHYV7EeGtctRo0dX6mA" name="Teta_1" valueAsString="85" unit="°C"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtiHoV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiH4V7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtiIIV7EeGtctRo0dX6mA" name="Sonstige passive Bauelemente" description="vgl. Tabelle 4" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtiIYV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtiIoV7EeGtctRo0dX6mA" name="Quarz-Oszillatoren">
          <options xmi:id="_IJtiI4V7EeGtctRo0dX6mA" name="XO (Takt)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiJIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiJYV7EeGtctRo0dX6mA" name="VCXO (spannungsgesteuert)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiJoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiJ4V7EeGtctRo0dX6mA" name="TCXO (temperaturkompensiert)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiKIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiKYV7EeGtctRo0dX6mA" name="OCXO (heizkammergesteuert)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiKoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
          </options>
        </subDecisions>
        <options xmi:id="_IJtiK4V7EeGtctRo0dX6mA" name="Varistoren">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiLIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiLYV7EeGtctRo0dX6mA" name="Kaltleiter, Meß-Anwendungen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiLoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiL4V7EeGtctRo0dX6mA" name="Kaltleiter, Heiz- und Einschalt-Anwendungen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiMIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiMYV7EeGtctRo0dX6mA" name="Heißleiter">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiMoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiM4V7EeGtctRo0dX6mA" name="Überspannungsableiter">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiNIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiNYV7EeGtctRo0dX6mA" name="Keramische Resonatoren">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiNoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiN4V7EeGtctRo0dX6mA" name="Filter">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiOIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiOYV7EeGtctRo0dX6mA" name="Overflächenwellen-Filter (OFW bzw. SAW)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiOoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiO4V7EeGtctRo0dX6mA" name="Overflächenwellen-Oszillatoren">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiPIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiPYV7EeGtctRo0dX6mA" name="Spannungsgesteuerte Oszillatoren (VCO)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiPoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiP4V7EeGtctRo0dX6mA" name="Piezo-Signalgeber und Sensoren">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiQIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiQYV7EeGtctRo0dX6mA" name="Schwingquarze">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiQoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="15" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiQ4V7EeGtctRo0dX6mA" name="Durchführungskondensatoren (DUKO)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiRIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiRYV7EeGtctRo0dX6mA" name="Durchführungsfilter (DUFI)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiRoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
        </options>
        <options xmi:id="_IJtiR4V7EeGtctRo0dX6mA" name="Schmelzsicherungen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiSIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
        </options>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtiSYV7EeGtctRo0dX6mA" name="Elektrische Verbindungsstellen/Steckverbinder/Steckfassungen (Teil 5)" description="SN29500-5, Juni 2004. Elektrische Verbindungsstellen, elektrische Steckverbinder und Steckfassungen " kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_IJtiSoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * amount;"/>
      <subDecisions xmi:id="_IJtiS4V7EeGtctRo0dX6mA" name="Verbindungsstellen" kind="TYPE">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtiTIV7EeGtctRo0dX6mA" name="Verfahren" description="vgl. Tabelle 1" kind="DETAIL">
          <options xmi:id="_IJtiTYV7EeGtctRo0dX6mA" name="Löten, manuell">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiToV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.5" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiT4V7EeGtctRo0dX6mA" name="Löten, maschinell">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiUIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.03" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiUYV7EeGtctRo0dX6mA" name="Wirebonden für Hybridschaltungen (Al)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiUoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.1" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiU4V7EeGtctRo0dX6mA" name="Wirebonden für Hybridschaltungen (Au)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiVIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.1" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiVYV7EeGtctRo0dX6mA" name="Wickeln">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiVoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.002" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiV4V7EeGtctRo0dX6mA" name="Crimpen (manuell, maschinell)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiWIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.25" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiWYV7EeGtctRo0dX6mA" name="Klammern">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiWoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.02" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiW4V7EeGtctRo0dX6mA" name="Einpressen">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiXIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.005" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiXYV7EeGtctRo0dX6mA" name="Schneid-Klemmen">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiXoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.25" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiX4V7EeGtctRo0dX6mA" name="Schrauben">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiYIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.5" unit="FIT"/>
          </options>
          <options xmi:id="_IJtiYYV7EeGtctRo0dX6mA" name="Klemmen (Federkraft)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiYoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.5" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtiY4V7EeGtctRo0dX6mA" name="Anzahl der Verbindungsstellen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiZIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtiZYV7EeGtctRo0dX6mA" name="Elektrische Steckverbinder und Steckfassungen" description="" kind="TYPE">
        <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtiZoV7EeGtctRo0dX6mA" name="Bauelement Typ" description="vgl. Tabelle 2" kind="DETAIL">
          <optionSelector xmi:id="_IJtiZ4V7EeGtctRo0dX6mA" name="1-fach oder Mehrfachkontaktstelle">
            <values xmi:id="_IJtiaIV7EeGtctRo0dX6mA" name="1-fach Kontakte"/>
            <values xmi:id="_IJtiaYV7EeGtctRo0dX6mA" name="Mehrfach Kontakte"/>
          </optionSelector>
          <options xmi:id="_IJtiaoV7EeGtctRo0dX6mA" name="Gold oder vergleichbar korrosionsbeständig, ohne elektrische Last gesteckt">
            <values xmi:id="_IJtia4V7EeGtctRo0dX6mA" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtibIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            </values>
            <values xmi:id="_IJtibYV7EeGtctRo0dX6mA" name="0,1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiboV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.1" unit="FIT"/>
            </values>
          </options>
          <options xmi:id="_IJtib4V7EeGtctRo0dX6mA" name="Silber, ohne elektrische Last gesteckt">
            <values xmi:id="_IJticIV7EeGtctRo0dX6mA" name="3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJticYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
            </values>
            <values xmi:id="_IJticoV7EeGtctRo0dX6mA" name="0,3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtic4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.3" unit="FIT"/>
            </values>
          </options>
          <options xmi:id="_IJtidIV7EeGtctRo0dX6mA" name="Zinn, ohne elektrische Last gesteckt">
            <values xmi:id="_IJtidYV7EeGtctRo0dX6mA" name="1,5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtidoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1.5" unit="FIT"/>
            </values>
            <values xmi:id="_IJtid4V7EeGtctRo0dX6mA" name="0,15">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtieIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.15" unit="FIT"/>
            </values>
          </options>
          <options xmi:id="_IJtieYV7EeGtctRo0dX6mA" name="Sonstige ohne elektrische Last gesteckt" description="">
            <values xmi:id="_IJtieoV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtie4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            </values>
            <values xmi:id="_IJtifIV7EeGtctRo0dX6mA" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtifYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            </values>
          </options>
          <options xmi:id="_IJtifoV7EeGtctRo0dX6mA" name="Steckkontakte, die für Stecken mit elektrischer Last vorgsehen sind">
            <values xmi:id="_IJtif4V7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtigIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            </values>
            <values xmi:id="_IJtigYV7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtigoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            </values>
          </options>
          <options xmi:id="_IJtig4V7EeGtctRo0dX6mA" name="Koaxialstecker">
            <values xmi:id="_IJtihIV7EeGtctRo0dX6mA" name="3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtihYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
            </values>
            <values xmi:id="_IJtihoV7EeGtctRo0dX6mA" name="3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtih4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
            </values>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtiiIV7EeGtctRo0dX6mA" name="Anzahl der Verbindungsstellen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiiYV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_IJtiioV7EeGtctRo0dX6mA" name="Relais (Teil 7)" description="SN29500-7, November 2005." kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_IJtii4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_L * pi_T * pi_E * pi_K * amount;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(lessEq(Teta_U, 40), 1, (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_U + 273)));&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtijIV7EeGtctRo0dX6mA" name="Umgebungstemperatur">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtijYV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtijoV7EeGtctRo0dX6mA" name="Tragende Konstruktion" description="vgl. Tabelle 4" kind="DETAIL">
        <options xmi:id="_IJtij4V7EeGtctRo0dX6mA" name="Kunststoff">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtikIV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtikYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.175" unit="eV"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtikoV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
        </options>
        <options xmi:id="_IJtik4V7EeGtctRo0dX6mA" name="Metall, Glas, Keramik">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtilIV7EeGtctRo0dX6mA" name="A" valueAsString="0.006"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtilYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.646" unit="eV"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiloV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0" unit="eV"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtil4V7EeGtctRo0dX6mA" name="Umgebungsabhängigkeit" description="vgl. Tabelle 3" kind="DETAIL">
        <options xmi:id="_IJtimIV7EeGtctRo0dX6mA" name="Hermetisch dicht oder offen und staubgeschützt" description="Offen und staubgeschützt, in gepflegten Räumen oder hermetisch dichte Relais in beiebiger Atmosphäre">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtimYV7EeGtctRo0dX6mA" name="pi_E" valueAsString="1"/>
        </options>
        <options xmi:id="_IJtimoV7EeGtctRo0dX6mA" name="Offen, extremer Staubbefall und extreme Schadstoffbelastung" description="">
          <changeableData xmi:id="_IJtim4V7EeGtctRo0dX6mA" name="Umgebungsfaktor" description="&gt; 10">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtinIV7EeGtctRo0dX6mA" name="pi_E" valueAsString="10"/>
          </changeableData>
        </options>
        <options xmi:id="_IJtinYV7EeGtctRo0dX6mA" name="Hermetisch dichte Relais bei extremen Staubbefall/Klimabedingungen" description="Hermetisch dicht in Räumen mit extremen Staubbefall und extremen Klimabedingungen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtinoV7EeGtctRo0dX6mA" name="pi_E" valueAsString="1"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtin4V7EeGtctRo0dX6mA" name="Ausfallkriterium" description="Bei scharfem Ausfallkriterium erhöht sich pi_K. Im Extremfall (Fehler = Ausfall) gilt pi_K = 5">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtioIV7EeGtctRo0dX6mA" name="pi_K" valueAsString="1"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtioYV7EeGtctRo0dX6mA" name="Relaistyp">
        <subDecisions xmi:id="_IJtiooV7EeGtctRo0dX6mA" name="Schwachstromrelais" description="vgl. Tabelle 1a" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtio4V7EeGtctRo0dX6mA" name="Dichtigkeitsklasse" description="nach MIL-R-5757, Kontakt- bzw. Abreißkraft &lt; 20cN">
            <options xmi:id="_IJtipIV7EeGtctRo0dX6mA" name="Hermetisch dicht, Doppelkontakt in Schutzgasen; mit &quot;run-in&quot;" description="Hermetisch dicht, Doppelkontakt in Schutzgasen oder Hg-Benetzung; zusätzlicher &quot;run-in&quot; mit Überwachung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtipYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.5" unit="FIT"/>
            </options>
            <options xmi:id="_IJtipoV7EeGtctRo0dX6mA" name="Hermetisch dicht, Doppelkontakt in Schutzgasen; ohne &quot;run-in&quot;" description="Hermetisch dicht, Doppelkontakt in Schutzgasen oder Hg-Benetzung; ohne zusätzlichen &quot;run-in&quot; mit Überwachung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtip4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            </options>
            <options xmi:id="_IJtiqIV7EeGtctRo0dX6mA" name="Kunststoffdicht, Doppelkontakten aus Edelmetallen" description="Kunststoffdicht mit ausgasungsarmen getemperten Kunststoffen und Doppelkontakten aus Edelmetallen und deren Legierungen. Reine ungeschützte Silberkontakte entsprechen nicht den Anforderungen an Schwachstromrelais">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiqYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            </options>
            <options xmi:id="_IJtiqoV7EeGtctRo0dX6mA" name="Hermetisch dichte Relais mit Einfachkontakten" description="z.B. Reed-Relais">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiq4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            </options>
            <options xmi:id="_IJtirIV7EeGtctRo0dX6mA" name="Offen und staubgeschützt mit Doppelkontakten aus Edelmetallen" description="Offen und staubgeschützt mit Doppelkontakten aus Edelmetallen und deren Legierungen (ausgenommen reines ungeschütztes Ag)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtirYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="4" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtiroV7EeGtctRo0dX6mA" name="Lastdetails" description="vgl. Tabelle 2a" kind="DETAIL">
            <optionSelector xmi:id="_IJtir4V7EeGtctRo0dX6mA" name="Last">
              <values xmi:id="_IJtisIV7EeGtctRo0dX6mA" name="ohmsche Last"/>
              <values xmi:id="_IJtisYV7EeGtctRo0dX6mA" name="kapazitative und Lampenlast" description="Einschaltstrom über Betriebsstrom &lt; 15"/>
              <values xmi:id="_IJtisoV7EeGtctRo0dX6mA" name="induktive Last"/>
            </optionSelector>
            <options xmi:id="_IJtis4V7EeGtctRo0dX6mA" name="Lastfeld I">
              <values xmi:id="_IJtitIV7EeGtctRo0dX6mA" name="2">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtitYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
              </values>
              <values xmi:id="_IJtitoV7EeGtctRo0dX6mA" name="2">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtit4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
              </values>
              <values xmi:id="_IJtiuIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
            </options>
            <options xmi:id="_IJtiuYV7EeGtctRo0dX6mA" name="Lastfeld II">
              <values xmi:id="_IJtiuoV7EeGtctRo0dX6mA" name="1">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiu4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
              </values>
              <values xmi:id="_IJtivIV7EeGtctRo0dX6mA" name="8">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtivYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="8"/>
              </values>
              <values xmi:id="_IJtivoV7EeGtctRo0dX6mA" name="8">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiv4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="8"/>
              </values>
            </options>
            <options xmi:id="_IJtiwIV7EeGtctRo0dX6mA" name="Lastfeld III">
              <values xmi:id="_IJtiwYV7EeGtctRo0dX6mA" name="2">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiwoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
              </values>
              <values xmi:id="_IJtiw4V7EeGtctRo0dX6mA" name="20">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtixIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
              </values>
              <values xmi:id="_IJtixYV7EeGtctRo0dX6mA" name="40">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtixoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="40"/>
              </values>
            </options>
            <options xmi:id="_IJtix4V7EeGtctRo0dX6mA" name="Lastfeld IV">
              <values xmi:id="_IJtiyIV7EeGtctRo0dX6mA" name="8">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiyYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="8"/>
              </values>
              <values xmi:id="_IJtiyoV7EeGtctRo0dX6mA" name="40">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtiy4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="40"/>
              </values>
              <values xmi:id="_IJtizIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xmi:id="_IJtizYV7EeGtctRo0dX6mA" name="KFZ-Relais" description="vgl. Tabelle 1c" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtizoV7EeGtctRo0dX6mA" name="Dichtigkeitsklasse" description="">
            <options xmi:id="_IJtiz4V7EeGtctRo0dX6mA" name="Kunststoffdicht, Einfachkontakte auf Ag-Basis (50cN &lt; F &lt; 100cN)" description="Kunststoffdicht mit ausgasungsarmen getemperten Kunststoffen und Einfachkontakten auf Ag-Basis (50cN &lt; F &lt; 100cN)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti0IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            </options>
            <options xmi:id="_IJti0YV7EeGtctRo0dX6mA" name="Kunststoffdicht, Einfachkontakte auf Ag-Basis (F &gt; 100cN)" description="Kunststoffdicht mit ausgasungsarmen getemperten Kunststoffen und Einfachkontakten auf Ag-Basis (F &gt; 100cN)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti0oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.5" unit="FIT"/>
            </options>
            <options xmi:id="_IJti04V7EeGtctRo0dX6mA" name="Offen und staubgeschützt, Einfachkontakte auf Ag-Basis (50cN &lt; F &lt; 100cN)" description="Offen und staubgeschützt mit Einfachkontakten auf Ag-Basis (50cN &lt; F &lt; 100cN)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti1IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            </options>
            <options xmi:id="_IJti1YV7EeGtctRo0dX6mA" name="Offen und staubgeschützt, Einfachkontakte auf Ag-Basis (F &gt; 100cN)" description="Offen und staubgeschützt mit Einfachkontakten auf Ag-Basis (F &gt; 100cN)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti1oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJti14V7EeGtctRo0dX6mA" name="Vorlauf-Kontakt" description="vgl. Tabelle 2c">
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJti2IV7EeGtctRo0dX6mA" name="Nicht Wolfram-Vorlauf-Kontakt">
              <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJti2YV7EeGtctRo0dX6mA" name="Induktive Last">
                <options xmi:id="_IJti2oV7EeGtctRo0dX6mA" name="Lastfeld III">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJti24V7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </options>
                <options xmi:id="_IJti3IV7EeGtctRo0dX6mA" name="Lastfeld IV">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJti3YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </options>
              </subDecisions>
              <options xmi:id="_IJti3oV7EeGtctRo0dX6mA" name="Ohmsche Last">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJti34V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
              </options>
              <options xmi:id="_IJti4IV7EeGtctRo0dX6mA" name="kapazitive und Lampenlast">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJti4YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
              </options>
            </subDecisions>
            <options xmi:id="_IJti4oV7EeGtctRo0dX6mA" name="Wolfram-Vorlauf-Kontakt">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti44V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xmi:id="_IJti5IV7EeGtctRo0dX6mA" name="Allgemeine Schaltrelais" description="vgl. Tabelle 1b" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJti5YV7EeGtctRo0dX6mA" name="Dichtigkeitsklasse und Kontakt-/Abreißkraft" description="nach MIL-R-5757">
            <options xmi:id="_IJti5oV7EeGtctRo0dX6mA" name="Kunststoffdicht, Einfachkontakte mit Kontaktlegierung auf Ag-Basis (&lt;20cN)" description="Kunststoffdicht mit ausgasungsarmen getemperten Kunststoffen und Einfachkontakten mit Kontaktlegierung auf Ag-Basis (mit und ohne Au-Deckschicht). Kontakt- bzw. Abreißkraft &lt; 20cN">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti54V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            </options>
            <options xmi:id="_IJti6IV7EeGtctRo0dX6mA" name="Staubgeschützt, Einfachkontakte mit Kontaktlegierung auf Ag-Basis (&lt;20cN)" description="Staubgeschützt mit Einfachkontakten mit Kontaktlegierung auf Ag-Basis (mit und ohne Au-Deckschicht). Kontakt- bzw. Abreißkraft &lt; 20cN">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti6YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            </options>
            <options xmi:id="_IJti6oV7EeGtctRo0dX6mA" name="Kunststoffdicht, Einfachkontakte mit Kontaktlegierung auf Ag-Basis (&gt;20cN)" description="Kunststoffdicht mit ausgasungsarmen getemperten Kunststoffen und Einfachkontakten mit Kontaktlegierung auf Ag-Basis (mit und ohne Au-Deckschicht). Kontakt- bzw. Abreißkraft &gt; 20cN">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti64V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
            </options>
            <options xmi:id="_IJti7IV7EeGtctRo0dX6mA" name="Staubgeschützt, Einfachkontakte mit Kontaktlegierung auf Ag-Basis (&gt;20cN)" description="Staubgeschützt mit Einfachkontakten mit Kontaktlegierung auf Ag-Basis (mit und ohne Au-Deckschicht). Kontakt- bzw. Abreißkraft &gt; 20cN">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJti7YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="5" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJti7oV7EeGtctRo0dX6mA" name="Vorlauf-Kontakt">
            <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJti74V7EeGtctRo0dX6mA" name="Lastdetails bei Nicht-Wolfram-Vorlauf-Kontakt" description="vgl. Tabelle 2b">
              <optionSelector xmi:id="_IJti8IV7EeGtctRo0dX6mA" name="Last">
                <values xmi:id="_IJti8YV7EeGtctRo0dX6mA" name="ohmsche Last DC"/>
                <values xmi:id="_IJti8oV7EeGtctRo0dX6mA" name="ohmsche Last AC"/>
                <values xmi:id="_IJti84V7EeGtctRo0dX6mA" name="kapazitive Last und Lampenlast DC" description="max. Spitzenstrom (nach Datenblatt) darf nicht überschritten werden"/>
                <values xmi:id="_IJti9IV7EeGtctRo0dX6mA" name="kapazitive Last und Lampenlast AC" description="max. Spitzenstrom (nach Datenblatt) darf nicht überschritten werden"/>
                <values xmi:id="_IJti9YV7EeGtctRo0dX6mA" name="induktive Last DC"/>
                <values xmi:id="_IJti9oV7EeGtctRo0dX6mA" name="induktive Last AC"/>
              </optionSelector>
              <options xmi:id="_IJti94V7EeGtctRo0dX6mA" name="Lastfeld I (ohne Au-Deckschicht)">
                <values xmi:id="_IJti-IV7EeGtctRo0dX6mA" name="50">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJti-YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
                </values>
                <values xmi:id="_IJti-oV7EeGtctRo0dX6mA" name="50">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJti-4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
                </values>
                <values xmi:id="_IJti_IV7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJti_YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJti_oV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJti_4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjAIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
                <values xmi:id="_IJtjAYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              </options>
              <options xmi:id="_IJtjAoV7EeGtctRo0dX6mA" name="Lastfeld I (mit Au-Deckschicht)">
                <values xmi:id="_IJtjA4V7EeGtctRo0dX6mA" name="20">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjBIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
                </values>
                <values xmi:id="_IJtjBYV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjBoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjB4V7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjCIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJtjCYV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjCoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjC4V7EeGtctRo0dX6mA" name="-" undefined="true"/>
                <values xmi:id="_IJtjDIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              </options>
              <options xmi:id="_IJtjDYV7EeGtctRo0dX6mA" name="Lastfeld II">
                <values xmi:id="_IJtjDoV7EeGtctRo0dX6mA" name="20">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjD4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
                </values>
                <values xmi:id="_IJtjEIV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjEYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjEoV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjE4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjFIV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjFYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
                <values xmi:id="_IJtjFoV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjF4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjGIV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjGYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
              </options>
              <options xmi:id="_IJtjGoV7EeGtctRo0dX6mA" name="Lastfeld III">
                <values xmi:id="_IJtjG4V7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjHIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJtjHYV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjHoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjH4V7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjIIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjIYV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjIoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
                <values xmi:id="_IJtjI4V7EeGtctRo0dX6mA" name="20">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjJIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
                </values>
                <values xmi:id="_IJtjJYV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjJoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
              </options>
              <options xmi:id="_IJtjJ4V7EeGtctRo0dX6mA" name="Lastfeld IV">
                <values xmi:id="_IJtjKIV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjKYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjKoV7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjK4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJtjLIV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjLYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjLoV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjL4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
                <values xmi:id="_IJtjMIV7EeGtctRo0dX6mA" name="50">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjMYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
                </values>
                <values xmi:id="_IJtjMoV7EeGtctRo0dX6mA" name="20">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjM4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
                </values>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtjNIV7EeGtctRo0dX6mA" name="Lastdetails bei Wolfram-Vorlauf-Kontakt" description="vgl. Tabelle 2b">
              <optionSelector xmi:id="_IJtjNYV7EeGtctRo0dX6mA" name="Last">
                <values xmi:id="_IJtjNoV7EeGtctRo0dX6mA" name="ohmsche Last DC"/>
                <values xmi:id="_IJtjN4V7EeGtctRo0dX6mA" name="ohmsche Last AC"/>
                <values xmi:id="_IJtjOIV7EeGtctRo0dX6mA" name="kapazitive Last und Lampenlast DC" description="max. Spitzenstrom (nach Datenblatt) darf nicht überschritten werden"/>
                <values xmi:id="_IJtjOYV7EeGtctRo0dX6mA" name="kapazitive Last und Lampenlast AC" description="max. Spitzenstrom (nach Datenblatt) darf nicht überschritten werden"/>
                <values xmi:id="_IJtjOoV7EeGtctRo0dX6mA" name="induktive Last DC"/>
                <values xmi:id="_IJtjO4V7EeGtctRo0dX6mA" name="induktive Last AC"/>
              </optionSelector>
              <options xmi:id="_IJtjPIV7EeGtctRo0dX6mA" name="Lastfeld I (ohne Au-Deckschicht)">
                <values xmi:id="_IJtjPYV7EeGtctRo0dX6mA" name="50">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjPoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
                </values>
                <values xmi:id="_IJtjP4V7EeGtctRo0dX6mA" name="50">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjQIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
                </values>
                <values xmi:id="_IJtjQYV7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjQoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJtjQ4V7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjRIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjRYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
                <values xmi:id="_IJtjRoV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              </options>
              <options xmi:id="_IJtjR4V7EeGtctRo0dX6mA" name="Lastfeld I (mit Au-Deckschicht)">
                <values xmi:id="_IJtjSIV7EeGtctRo0dX6mA" name="20">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjSYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
                </values>
                <values xmi:id="_IJtjSoV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjS4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjTIV7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjTYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJtjToV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjT4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjUIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
                <values xmi:id="_IJtjUYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              </options>
              <options xmi:id="_IJtjUoV7EeGtctRo0dX6mA" name="Lastfeld II">
                <values xmi:id="_IJtjU4V7EeGtctRo0dX6mA" name="20">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjVIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
                </values>
                <values xmi:id="_IJtjVYV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjVoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjV4V7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjWIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjWYV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjWoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
                <values xmi:id="_IJtjW4V7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjXIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjXYV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjXoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
              </options>
              <options xmi:id="_IJtjX4V7EeGtctRo0dX6mA" name="Lastfeld III">
                <values xmi:id="_IJtjYIV7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjYYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJtjYoV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjY4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjZIV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjZYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
                <values xmi:id="_IJtjZoV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjZ4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjaIV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjaYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjaoV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtja4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
              </options>
              <options xmi:id="_IJtjbIV7EeGtctRo0dX6mA" name="Lastfeld IV">
                <values xmi:id="_IJtjbYV7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjboV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
                <values xmi:id="_IJtjb4V7EeGtctRo0dX6mA" name="2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjcIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
                </values>
                <values xmi:id="_IJtjcYV7EeGtctRo0dX6mA" name="5">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjcoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
                </values>
                <values xmi:id="_IJtjc4V7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjdIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
                </values>
                <values xmi:id="_IJtjdYV7EeGtctRo0dX6mA" name="20">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjdoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
                </values>
                <values xmi:id="_IJtjd4V7EeGtctRo0dX6mA" name="10">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjeIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
                </values>
              </options>
            </subDecisions>
          </subDecisions>
        </subDecisions>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtjeYV7EeGtctRo0dX6mA" name="Anzahl Kontakte">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjeoV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_IJtje4V7EeGtctRo0dX6mA" name="Schalter und Tasten (Teil 9)" description="SN29500-9, November 2005." kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_IJtjfIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_L * pi_E * amount;"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtjfYV7EeGtctRo0dX6mA" name="Schaltertyp" description="vgl. Tabelle 1" kind="TYPE">
        <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtjfoV7EeGtctRo0dX6mA" name="Schalter und Tasten für Schwachstromanwendungen" description="vgl. Tabelle 2">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjf4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
          <optionSelector xmi:id="_IJtjgIV7EeGtctRo0dX6mA" name="Last">
            <values xmi:id="_IJtjgYV7EeGtctRo0dX6mA" name="ohmsche Last"/>
            <values xmi:id="_IJtjgoV7EeGtctRo0dX6mA" name="kapazitative und Lampenlast" description="Einschaltstrom über Betriebsstrom &lt; 15"/>
            <values xmi:id="_IJtjg4V7EeGtctRo0dX6mA" name="induktive Last"/>
          </optionSelector>
          <options xmi:id="_IJtjhIV7EeGtctRo0dX6mA" name="Lastfeld I">
            <values xmi:id="_IJtjhYV7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjhoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
            </values>
            <values xmi:id="_IJtjh4V7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjiIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
            </values>
            <values xmi:id="_IJtjiYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
          </options>
          <options xmi:id="_IJtjioV7EeGtctRo0dX6mA" name="Lastfeld II" description="">
            <values xmi:id="_IJtji4V7EeGtctRo0dX6mA" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjjIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
            </values>
            <values xmi:id="_IJtjjYV7EeGtctRo0dX6mA" name="8">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjjoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="8"/>
            </values>
            <values xmi:id="_IJtjj4V7EeGtctRo0dX6mA" name="8">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjkIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="8"/>
            </values>
          </options>
          <options xmi:id="_IJtjkYV7EeGtctRo0dX6mA" name="Lastfeld III">
            <values xmi:id="_IJtjkoV7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjk4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
            </values>
            <values xmi:id="_IJtjlIV7EeGtctRo0dX6mA" name="20">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjlYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
            </values>
            <values xmi:id="_IJtjloV7EeGtctRo0dX6mA" name="40">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjl4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="40"/>
            </values>
          </options>
          <options xmi:id="_IJtjmIV7EeGtctRo0dX6mA" name="Lastfeld IV">
            <values xmi:id="_IJtjmYV7EeGtctRo0dX6mA" name="8">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjmoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="8"/>
            </values>
            <values xmi:id="_IJtjm4V7EeGtctRo0dX6mA" name="40">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjnIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="40"/>
            </values>
            <values xmi:id="_IJtjnYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtjnoV7EeGtctRo0dX6mA" name="Schalter und Tasten für höhere elektrische Belastbarkeit (Kontaktkraft &gt; 20 cN)" description="vgl. Tabelle 3">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjn4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="4" unit="FIT"/>
          <optionSelector xmi:id="_IJtjoIV7EeGtctRo0dX6mA" name="Last">
            <values xmi:id="_IJtjoYV7EeGtctRo0dX6mA" name="ohmsche Last DC"/>
            <values xmi:id="_IJtjooV7EeGtctRo0dX6mA" name="ohmsche Last AC"/>
            <values xmi:id="_IJtjo4V7EeGtctRo0dX6mA" name="kapazitive Last und Lampenlast DC" description="max. Spitzenstrom (nach Datenblatt) darf nicht überschritten werden"/>
            <values xmi:id="_IJtjpIV7EeGtctRo0dX6mA" name="kapazitive Last und Lampenlast AC" description="max. Spitzenstrom (nach Datenblatt) darf nicht überschritten werden"/>
            <values xmi:id="_IJtjpYV7EeGtctRo0dX6mA" name="induktive Last DC"/>
            <values xmi:id="_IJtjpoV7EeGtctRo0dX6mA" name="induktive Last AC"/>
          </optionSelector>
          <options xmi:id="_IJtjp4V7EeGtctRo0dX6mA" name="Lastfeld I (ohne Au-Deckschicht)">
            <values xmi:id="_IJtjqIV7EeGtctRo0dX6mA" name="50">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjqYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
            </values>
            <values xmi:id="_IJtjqoV7EeGtctRo0dX6mA" name="50">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjq4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
            </values>
            <values xmi:id="_IJtjrIV7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjrYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
            </values>
            <values xmi:id="_IJtjroV7EeGtctRo0dX6mA" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjr4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
            </values>
            <values xmi:id="_IJtjsIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
            <values xmi:id="_IJtjsYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
          </options>
          <options xmi:id="_IJtjsoV7EeGtctRo0dX6mA" name="Lastfeld I (mit Au-Deckschicht)">
            <values xmi:id="_IJtjs4V7EeGtctRo0dX6mA" name="20">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjtIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
            </values>
            <values xmi:id="_IJtjtYV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjtoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
            <values xmi:id="_IJtjt4V7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjuIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
            </values>
            <values xmi:id="_IJtjuYV7EeGtctRo0dX6mA" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjuoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
            </values>
            <values xmi:id="_IJtju4V7EeGtctRo0dX6mA" name="-" undefined="true"/>
            <values xmi:id="_IJtjvIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
          </options>
          <options xmi:id="_IJtjvYV7EeGtctRo0dX6mA" name="Lastfeld II">
            <values xmi:id="_IJtjvoV7EeGtctRo0dX6mA" name="20">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjv4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
            </values>
            <values xmi:id="_IJtjwIV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjwYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
            <values xmi:id="_IJtjwoV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjw4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
            <values xmi:id="_IJtjxIV7EeGtctRo0dX6mA" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjxYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
            </values>
            <values xmi:id="_IJtjxoV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjx4V7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
            <values xmi:id="_IJtjyIV7EeGtctRo0dX6mA" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjyYV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
            </values>
          </options>
          <options xmi:id="_IJtjyoV7EeGtctRo0dX6mA" name="Lastfeld III">
            <values xmi:id="_IJtjy4V7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjzIV7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
            </values>
            <values xmi:id="_IJtjzYV7EeGtctRo0dX6mA" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtjzoV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
            </values>
            <values xmi:id="_IJtjz4V7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj0IV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
            <values xmi:id="_IJtj0YV7EeGtctRo0dX6mA" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj0oV7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
            </values>
            <values xmi:id="_IJtj04V7EeGtctRo0dX6mA" name="20">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj1IV7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
            </values>
            <values xmi:id="_IJtj1YV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj1oV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
          </options>
          <options xmi:id="_IJtj14V7EeGtctRo0dX6mA" name="Lastfeld IV">
            <values xmi:id="_IJtj2IV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj2YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
            <values xmi:id="_IJtj2oV7EeGtctRo0dX6mA" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj24V7EeGtctRo0dX6mA" name="pi_L" valueAsString="2"/>
            </values>
            <values xmi:id="_IJtj3IV7EeGtctRo0dX6mA" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj3YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="10"/>
            </values>
            <values xmi:id="_IJtj3oV7EeGtctRo0dX6mA" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj34V7EeGtctRo0dX6mA" name="pi_L" valueAsString="5"/>
            </values>
            <values xmi:id="_IJtj4IV7EeGtctRo0dX6mA" name="50">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj4YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="50"/>
            </values>
            <values xmi:id="_IJtj4oV7EeGtctRo0dX6mA" name="20">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj44V7EeGtctRo0dX6mA" name="pi_L" valueAsString="20"/>
            </values>
          </options>
        </subDecisions>
        <options xmi:id="_IJtj5IV7EeGtctRo0dX6mA" name="Dipfix-Schalter">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj5YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="0.3" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj5oV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
        </options>
        <options xmi:id="_IJtj54V7EeGtctRo0dX6mA" name="Codierschalter">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj6IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj6YV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
        </options>
        <options xmi:id="_IJtj6oV7EeGtctRo0dX6mA" name="Folientaste">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj64V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj7IV7EeGtctRo0dX6mA" name="pi_L" valueAsString="1"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtj7YV7EeGtctRo0dX6mA" name="Umgebung" description="vgl. Tabelle 4" kind="DETAIL">
        <options xmi:id="_IJtj7oV7EeGtctRo0dX6mA" name="Offen und staubgeschützt, in gepflegten Räumen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj74V7EeGtctRo0dX6mA" name="pi_E" valueAsString="1"/>
        </options>
        <options xmi:id="_IJtj8IV7EeGtctRo0dX6mA" name="Staubgeschützzt, in KFZ-Umgebung oder Industrieräumen ohne extremen Staubbefall und Schadstoffbelastung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj8YV7EeGtctRo0dX6mA" name="pi_E" valueAsString="2"/>
        </options>
        <options xmi:id="_IJtj8oV7EeGtctRo0dX6mA" name="Offen, in KFZ-Umgebung oder Industrieräumen ohne extremen Staubbefall und Schadstoffbelastung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj84V7EeGtctRo0dX6mA" name="pi_E" valueAsString="3"/>
        </options>
        <options xmi:id="_IJtj9IV7EeGtctRo0dX6mA" name="Offen, extremer Staubbefall und extreme Schadstoffbelastung">
          <changeableData xmi:id="_IJtj9YV7EeGtctRo0dX6mA" name="Umgebungsfaktor" description="&gt; 5">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj9oV7EeGtctRo0dX6mA" name="pi_E" valueAsString="5"/>
          </changeableData>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtj94V7EeGtctRo0dX6mA" name="Beschaltete Kontaktstellen">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj-IV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_IJtj-YV7EeGtctRo0dX6mA" name="Melde- und Signallampen (Teil 10)" description="SN29500-10, Dezember 2005." kind="CATEGORY">
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtj-oV7EeGtctRo0dX6mA" name="Typ" kind="TYPE">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtj-4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_U;"/>
        <subDecisions xmi:id="_IJtj_IV7EeGtctRo0dX6mA" name="Glühlampen" description="vgl. Tabelle 1">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtj_YV7EeGtctRo0dX6mA" name="50% Lebensdauer nach Datenblatt (Nennwert)" description="Lebensdauer, die von 50% der Lampen erreicht wird (siehe Datenblatt); Gilt auch für Lampen der Eisenbahnsignaltechnik">
            <options xmi:id="_IJtj_oV7EeGtctRo0dX6mA" name="600h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtj_4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="160000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkAIV7EeGtctRo0dX6mA" name="1000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkAYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="96000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkAoV7EeGtctRo0dX6mA" name="2000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkA4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="48000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkBIV7EeGtctRo0dX6mA" name="4000h" description="">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkBYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="24000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkBoV7EeGtctRo0dX6mA" name="5000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkB4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="19000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkCIV7EeGtctRo0dX6mA" name="6000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkCYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="16000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkCoV7EeGtctRo0dX6mA" name="8000h" description="gilt für Hochvolt-Straßenverkehrssignallampen">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkC4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="22000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkDIV7EeGtctRo0dX6mA" name="10000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkDYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="9600" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkDoV7EeGtctRo0dX6mA" name="14000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkD4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="6600" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkEIV7EeGtctRo0dX6mA" name="16000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkEYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="6000" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkEoV7EeGtctRo0dX6mA" name="20000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkE4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="4800" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkFIV7EeGtctRo0dX6mA" name="Art">
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkFYV7EeGtctRo0dX6mA" name="Anzeige- und Signallampen/Eisenbahnsignallampen">
              <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkFoV7EeGtctRo0dX6mA" name="Spannungsverhältnis (= Betriebsspannung / Prüfspannung)">
                <options xmi:id="_IJtkF4V7EeGtctRo0dX6mA" name="0,7">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkGIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.02"/>
                </options>
                <options xmi:id="_IJtkGYV7EeGtctRo0dX6mA" name="0,8">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkGoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.1"/>
                </options>
                <options xmi:id="_IJtkG4V7EeGtctRo0dX6mA" name="0,85">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkHIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.2"/>
                </options>
                <options xmi:id="_IJtkHYV7EeGtctRo0dX6mA" name="0,9">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkHoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.3"/>
                </options>
                <options xmi:id="_IJtkH4V7EeGtctRo0dX6mA" name="0,95">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkIIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.6"/>
                </options>
                <options xmi:id="_IJtkIYV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkIoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="1"/>
                </options>
                <options xmi:id="_IJtkI4V7EeGtctRo0dX6mA" name="1,05">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkJIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="1.7"/>
                </options>
                <options xmi:id="_IJtkJYV7EeGtctRo0dX6mA" name="1,1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkJoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="3"/>
                </options>
                <options xmi:id="_IJtkJ4V7EeGtctRo0dX6mA" name="1,15">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkKIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="4.5"/>
                </options>
                <options xmi:id="_IJtkKYV7EeGtctRo0dX6mA" name="1,2">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkKoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="7"/>
                </options>
                <options xmi:id="_IJtkK4V7EeGtctRo0dX6mA" name="1,3">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkLIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="17"/>
                </options>
              </subDecisions>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkLYV7EeGtctRo0dX6mA" name="Halogenglühlampen">
              <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkLoV7EeGtctRo0dX6mA" name="Spannungsverhältnis (= Betriebsspannung / Prüfspannung)">
                <options xmi:id="_IJtkL4V7EeGtctRo0dX6mA" name="0,95">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkMIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.6"/>
                </options>
                <options xmi:id="_IJtkMYV7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkMoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="1"/>
                </options>
                <options xmi:id="_IJtkM4V7EeGtctRo0dX6mA" name="1,05">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkNIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="1.7"/>
                </options>
                <options xmi:id="_IJtkNYV7EeGtctRo0dX6mA" name="1,1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkNoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="3"/>
                </options>
              </subDecisions>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkN4V7EeGtctRo0dX6mA" name="Hochvolt-Straßenverkehrssignallampen">
              <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkOIV7EeGtctRo0dX6mA" name="Spannungsverhältnis (= Betriebsspannung / Prüfspannung)">
                <options xmi:id="_IJtkOYV7EeGtctRo0dX6mA" name="0,95">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkOoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.6"/>
                </options>
                <options xmi:id="_IJtkO4V7EeGtctRo0dX6mA" name="1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkPIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="1"/>
                </options>
                <options xmi:id="_IJtkPYV7EeGtctRo0dX6mA" name="1,05">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkPoV7EeGtctRo0dX6mA" name="pi_U" valueAsString="2"/>
                </options>
                <options xmi:id="_IJtkP4V7EeGtctRo0dX6mA" name="1,1">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkQIV7EeGtctRo0dX6mA" name="pi_U" valueAsString="4"/>
                </options>
              </subDecisions>
            </subDecisions>
          </subDecisions>
        </subDecisions>
        <subDecisions xmi:id="_IJtkQYV7EeGtctRo0dX6mA" name="Glimmlampen" description="vgl. Tabelle 1">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkQoV7EeGtctRo0dX6mA" name="50% Lebensdauer nach Datenblatt (Nennwert)" description="Lebensdauer, die von 50% der Lampen erreicht wird (siehe Datenblatt); Gilt auch für Lampen der Eisenbahnsignaltechnik">
            <options xmi:id="_IJtkQ4V7EeGtctRo0dX6mA" name="10000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkRIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="9600" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkRYV7EeGtctRo0dX6mA" name="20000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkRoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="4800" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkR4V7EeGtctRo0dX6mA" name="30000h">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkSIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3200" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkSYV7EeGtctRo0dX6mA" name="100000h" description="">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkSoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="960" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkS4V7EeGtctRo0dX6mA" name="Spannungsverhältnis (= Betriebsspannung / Prüfspannung)">
            <options xmi:id="_IJtkTIV7EeGtctRo0dX6mA" name="0,9">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkTYV7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.5"/>
            </options>
            <options xmi:id="_IJtkToV7EeGtctRo0dX6mA" name="0,95">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkT4V7EeGtctRo0dX6mA" name="pi_U" valueAsString="0.7"/>
            </options>
            <options xmi:id="_IJtkUIV7EeGtctRo0dX6mA" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkUYV7EeGtctRo0dX6mA" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_IJtkUoV7EeGtctRo0dX6mA" name="1,05">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkU4V7EeGtctRo0dX6mA" name="pi_U" valueAsString="1.3"/>
            </options>
            <options xmi:id="_IJtkVIV7EeGtctRo0dX6mA" name="1,1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkVYV7EeGtctRo0dX6mA" name="pi_U" valueAsString="1.6"/>
            </options>
            <options xmi:id="_IJtkVoV7EeGtctRo0dX6mA" name="1,15">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkV4V7EeGtctRo0dX6mA" name="pi_U" valueAsString="2.0"/>
            </options>
          </subDecisions>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_IJtkWIV7EeGtctRo0dX6mA" name="Schütze (Teil 11)" description="SN29500-11, Juli 2011." kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_IJtkWYV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_S * pi_U * pi_I * pi_T * pi_E * amount;&#xD;&#xA;&#xD;&#xA;pi_U = ifThenElse(lessEq(U, U_ref), 1, exp(C_1 * (pow(U, C_2) - pow(U_ref, C_2))));&#xD;&#xA;&#xD;&#xA;pi_I = exp(C_4 * (pow(I_div_I_e, C_5) - pow(I_ref_div_I_e, C_5)));&#xD;&#xA;&#xD;&#xA;pi_S = ifThenElse(lessEq(S, 1), 1, S);&#xD;&#xA;&#xD;&#xA;pi_T = 1;&#xD;&#xA;&#xD;&#xA;C_2 = 1;&#xD;&#xA;I_ref_div_I_e = 1;&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkWoV7EeGtctRo0dX6mA" name="Schaltspiele pro Stunde" description="bei weniger als einem Schaltspiel pro Stunde ist der Wert pi_S = 1 zu nehmen">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkW4V7EeGtctRo0dX6mA" name="S" valueAsString="1"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkXIV7EeGtctRo0dX6mA" name="Umgebungsfaktor" description="Durch ungünstige Umgebungsbedingungen kann der Faktor um einige Zehnerpotenzen erhöht werden">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkXYV7EeGtctRo0dX6mA" name="pi_E" valueAsString="1"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkXoV7EeGtctRo0dX6mA" name="Typ" description="vgl. Tabelle 1" kind="TYPE">
        <subDecisions xmi:id="_IJtkX4V7EeGtctRo0dX6mA" name="3-,4-poliges Wechselstromschütz">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkYIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkYYV7EeGtctRo0dX6mA" name="U_ref" valueAsString="400" unit="V"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkYoV7EeGtctRo0dX6mA" name="C_1" valueAsString="1.3e-3"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkY4V7EeGtctRo0dX6mA" name="C_4" valueAsString="0.6"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkZIV7EeGtctRo0dX6mA" name="C_5" valueAsString="1.21"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkZYV7EeGtctRo0dX6mA" name="Art">
            <options xmi:id="_IJtkZoV7EeGtctRo0dX6mA" name="3RT">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkZ4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="125" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkaIV7EeGtctRo0dX6mA" name="3TB5, 3TF3, ..., 3TF6">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkaYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkaoV7EeGtctRo0dX6mA" name="3TF2, 3TG1, 3TK2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtka4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="250" unit="FIT"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xmi:id="_IJtkbIV7EeGtctRo0dX6mA" name="Hilfsschütze">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkbYV7EeGtctRo0dX6mA" name="U_ref" valueAsString="230" unit="V"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkboV7EeGtctRo0dX6mA" name="C_1" valueAsString="2.1e-3"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkb4V7EeGtctRo0dX6mA" name="C_4" valueAsString="6.7"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkcIV7EeGtctRo0dX6mA" name="C_5" valueAsString="0.25"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkcYV7EeGtctRo0dX6mA" name="Art">
            <options xmi:id="_IJtkcoV7EeGtctRo0dX6mA" name="3RH">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkc4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
            </options>
            <options xmi:id="_IJtkdIV7EeGtctRo0dX6mA" name="3TH">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkdYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkdoV7EeGtctRo0dX6mA" name="Anzahl der Schaltglieder">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkd4V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </subDecisions>
        </subDecisions>
        <subDecisions xmi:id="_IJtkeIV7EeGtctRo0dX6mA" name="Hilfsschaltglied eines Schützen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkeYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkeoV7EeGtctRo0dX6mA" name="U_ref" valueAsString="230" unit="V"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtke4V7EeGtctRo0dX6mA" name="C_1" valueAsString="2.1e-3"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkfIV7EeGtctRo0dX6mA" name="C_4" valueAsString="6.7"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkfYV7EeGtctRo0dX6mA" name="C_5" valueAsString="0.25"/>
          <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkfoV7EeGtctRo0dX6mA" name="Anzahl der Schaltglieder">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkf4V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </subDecisions>
        </subDecisions>
        <options xmi:id="_IJtkgIV7EeGtctRo0dX6mA" name="1-poliges Gleichstromschütz (3TC74)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkgYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkgoV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkg4V7EeGtctRo0dX6mA" name="U_ref" valueAsString="220" unit="V"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkhIV7EeGtctRo0dX6mA" name="C_1" valueAsString="0.9e-3"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkhYV7EeGtctRo0dX6mA" name="C_4" valueAsString="15"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkhoV7EeGtctRo0dX6mA" name="C_5" valueAsString="0.12"/>
        </options>
        <options xmi:id="_IJtkh4V7EeGtctRo0dX6mA" name="2-poliges Gleichstromschütz (3TC4, 3TC5)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkiIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkiYV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkioV7EeGtctRo0dX6mA" name="U_ref" valueAsString="220" unit="V"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtki4V7EeGtctRo0dX6mA" name="C_1" valueAsString="0.9e-3"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkjIV7EeGtctRo0dX6mA" name="C_4" valueAsString="15"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkjYV7EeGtctRo0dX6mA" name="C_5" valueAsString="0.12"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkjoV7EeGtctRo0dX6mA" name="Betriebsspannung">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkj4V7EeGtctRo0dX6mA" name="U" valueAsString="220" unit="V"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkkIV7EeGtctRo0dX6mA" name="Betriebsstrom zu Nennbetriebsstrom Verhältnis (I/I_e)">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkkYV7EeGtctRo0dX6mA" name="I_div_I_e" valueAsString="1"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkkoV7EeGtctRo0dX6mA" name="Optische Bauelemente (Teil 12)" description="SN29500-12, Februar 2008." kind="CATEGORY">
      <subDecisions xmi:id="_IJtkk4V7EeGtctRo0dX6mA" name="optischer Halbleiter-Signalempfänger" description="vgl. Tabelle 1" kind="SUBCATEGORY">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtklIV7EeGtctRo0dX6mA" name="Typ" description="" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_IJtklYV7EeGtctRo0dX6mA" name="Fotodiode">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtkloV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkl4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            <optionSelector xmi:id="_IJtkmIV7EeGtctRo0dX6mA" name="Eigenschaften">
              <values xmi:id="_IJtkmYV7EeGtctRo0dX6mA" name="Plastik"/>
              <values xmi:id="_IJtkmoV7EeGtctRo0dX6mA" name="hermetisch gekapselt"/>
            </optionSelector>
            <options xmi:id="_IJtkm4V7EeGtctRo0dX6mA" name="SI und SI PIN">
              <values xmi:id="_IJtknIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtknYV7EeGtctRo0dX6mA" name="2">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtknoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
              </values>
            </options>
            <options xmi:id="_IJtkn4V7EeGtctRo0dX6mA" name="InP">
              <values xmi:id="_IJtkoIV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtkoYV7EeGtctRo0dX6mA" name="10" description="">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkooV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              </values>
            </options>
            <options xmi:id="_IJtko4V7EeGtctRo0dX6mA" name="InP APD">
              <values xmi:id="_IJtkpIV7EeGtctRo0dX6mA" name="2">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkpYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
              </values>
              <values xmi:id="_IJtkpoV7EeGtctRo0dX6mA" name="20">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkp4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              </values>
            </options>
            <options xmi:id="_IJtkqIV7EeGtctRo0dX6mA" name="Ge">
              <values xmi:id="_IJtkqYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtkqoV7EeGtctRo0dX6mA" name="20">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkq4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              </values>
            </options>
            <options xmi:id="_IJtkrIV7EeGtctRo0dX6mA" name="Ge APD">
              <values xmi:id="_IJtkrYV7EeGtctRo0dX6mA" name="-" undefined="true"/>
              <values xmi:id="_IJtkroV7EeGtctRo0dX6mA" name="20">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkr4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              </values>
            </options>
          </subDecisions>
          <options xmi:id="_IJtksIV7EeGtctRo0dX6mA" name="Solarbauelement" description="Werte von Hersteller erfragen" undefined="true"/>
          <options xmi:id="_IJtksYV7EeGtctRo0dX6mA" name="Fotoelement (Plastik)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtksoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="3" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtks4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtktIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
          </options>
          <options xmi:id="_IJtktYV7EeGtctRo0dX6mA" name="Detektor Modul (hermetisch gekapselt)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtktoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkt4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <changeableData xmi:id="_IJtkuIV7EeGtctRo0dX6mA" name="Referenzausfallrate">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkuYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtkuoV7EeGtctRo0dX6mA" name="Fototransistor (Plastik/hermetisch gekapselt)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtku4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtkvIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_U * pi_T;&#xD;&#xA;&#xD;&#xA;pi_U = ifThenElse(greaterEq(U/U_max, 0.5), exp(C_3 * (pow(U/U_max, C_2) - pow(U_ref_div_U_max, C_2))), 1);&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;U_ref_div_U_max = 0.5;&#xD;&#xA;C_2 = 8;&#xD;&#xA;C_3 = 1.4;"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkvYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            <changeableData xmi:id="_IJtkvoV7EeGtctRo0dX6mA" name="Maximal zulässige Betriebsspannung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkv4V7EeGtctRo0dX6mA" name="U_max" valueAsString="10" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_IJtkwIV7EeGtctRo0dX6mA" name="Spannung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkwYV7EeGtctRo0dX6mA" name="U" valueAsString="5" unit="V"/>
            </changeableData>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkwoV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkw4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtkxIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkxYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkxoV7EeGtctRo0dX6mA" name="Material" description="vgl. Tabelle 10" kind="DETAIL">
          <options xmi:id="_IJtkx4V7EeGtctRo0dX6mA" name="Si">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkyIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
          </options>
          <options xmi:id="_IJtkyYV7EeGtctRo0dX6mA" name="InP">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkyoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.7" unit="eV"/>
          </options>
          <options xmi:id="_IJtky4V7EeGtctRo0dX6mA" name="Ge">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtkzIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.6" unit="eV"/>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtkzYV7EeGtctRo0dX6mA" name="Leuchtdioden (LED, IRED), Laserdioden und optische Sende-Bauelemente" description="vgl. Tabelle 2" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtkzoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_I * pi_T * amount;&#xD;&#xA;&#xD;&#xA;pi_I = ifThenElse(greaterEq(I/I_max, 0.5), exp(C_4 * (pow(I/I_max, C_5) - pow(I_ref_div_I_max, C_5))), 1);&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;I_ref_div_I_max = 0.5;&#xD;&#xA;C_4 = 1.4;&#xD;&#xA;C_5 = 8;&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtkz4V7EeGtctRo0dX6mA" name="Typ" description="" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtk0IV7EeGtctRo0dX6mA" name="Leuchtdiode (LED), sichbares Licht - Radial und SMT">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk0YV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.65" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk0oV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <options xmi:id="_IJtk04V7EeGtctRo0dX6mA" name="Standard">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk1IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1.5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk1YV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            </options>
            <options xmi:id="_IJtk1oV7EeGtctRo0dX6mA" name="Dünnfilm">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk14V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="4" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk2IV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtk2YV7EeGtctRo0dX6mA" name="Leuchtdiode (LED), sichbares Licht - Large Power Packages (&gt;100mA DC)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk2oV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.65" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk24V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <options xmi:id="_IJtk3IV7EeGtctRo0dX6mA" name="Standard">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk3YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="4" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk3oV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            </options>
            <options xmi:id="_IJtk34V7EeGtctRo0dX6mA" name="Dünnfilm">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk4IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="6" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk4YV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtk4oV7EeGtctRo0dX6mA" name="Leuchtdiode Infrarot - (Al)GaAs">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk44V7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.65" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk5IV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <options xmi:id="_IJtk5YV7EeGtctRo0dX6mA" name="Standard">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk5oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk54V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="75" unit="°C"/>
            </options>
            <options xmi:id="_IJtk6IV7EeGtctRo0dX6mA" name="Dünnfilm">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk6YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="4" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk6oV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="75" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtk64V7EeGtctRo0dX6mA" name="Leuchtdiode Infrarot - InP">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk7IV7EeGtctRo0dX6mA" name="Ea1" valueAsString="1" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk7YV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <options xmi:id="_IJtk7oV7EeGtctRo0dX6mA" name="Standard">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk74V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk8IV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="75" unit="°C"/>
            </options>
            <options xmi:id="_IJtk8YV7EeGtctRo0dX6mA" name="Dünnfilm">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk8oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk84V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="75" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtk9IV7EeGtctRo0dX6mA" name="Optische Verstärker - SOA">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk9YV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk9oV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <options xmi:id="_IJtk94V7EeGtctRo0dX6mA" name="GaAs">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk-IV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.6" unit="eV"/>
              <changeableData xmi:id="_IJtk-YV7EeGtctRo0dX6mA" name="Referenzausfallrate">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk-oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
              </changeableData>
            </options>
            <options xmi:id="_IJtk-4V7EeGtctRo0dX6mA" name="InP">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk_IV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.8" unit="eV"/>
              <changeableData xmi:id="_IJtk_YV7EeGtctRo0dX6mA" name="Referenzausfallrate">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtk_oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
              </changeableData>
            </options>
          </subDecisions>
          <options xmi:id="_IJtk_4V7EeGtctRo0dX6mA" name="Laserdiode - GaAs (880nm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlAIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlAYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="75" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlAoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.6" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlA4V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtlBIV7EeGtctRo0dX6mA" name="Laserdiode - InP (1300nm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlBYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlBoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="75" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlB4V7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.8" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlCIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtlCYV7EeGtctRo0dX6mA" name="Laserdiode - InP (1500nm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlCoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlC4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="75" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlDIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.8" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlDYV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtlDoV7EeGtctRo0dX6mA" name="Laser-Array, Pump-Laser, Pump-Laser gekühlt - GaAs (980nm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlD4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlEIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.6" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlEYV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <changeableData xmi:id="_IJtlEoV7EeGtctRo0dX6mA" name="Referenzausfallrate">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlE4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="300" unit="FIT"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtlFIV7EeGtctRo0dX6mA" name="Laser-Array, Pump-Laser, Pump-Laser gekühlt - InP (1480nm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlFYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="45" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlFoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.8" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlF4V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            <changeableData xmi:id="_IJtlGIV7EeGtctRo0dX6mA" name="Referenzausfallrate">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlGYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtlGoV7EeGtctRo0dX6mA" name="Laser-Sendemodul" description="Werte von Hersteller erfragen" undefined="true"/>
          <options xmi:id="_IJtlG4V7EeGtctRo0dX6mA" name="Anzeige - LED" description="Bei mehreren Chips in LED-Gehäusen ist mit der mehrfachen Ausfallrate zu rechnen">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlHIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlHYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlHoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.65" unit="eV"/>
            <changeableData xmi:id="_IJtlH4V7EeGtctRo0dX6mA" name="Anzahl der LED-Elemente">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlIIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtlIYV7EeGtctRo0dX6mA" name="Anzeige - LCD" description="Werte von Hersteller erfragen" undefined="true"/>
          <options xmi:id="_IJtlIoV7EeGtctRo0dX6mA" name="Anzeige - Vacuumfloureszenz" description="Werte von Hersteller erfragen" undefined="true"/>
          <options xmi:id="_IJtlI4V7EeGtctRo0dX6mA" name="Optische Verstärker - Glasfaser (EDFA)" description="Werte von Hersteller erfragen" undefined="true"/>
          <options xmi:id="_IJtlJIV7EeGtctRo0dX6mA" name="Modulator - InP" description="">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlJYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="80" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlJoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlJ4V7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.8" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlKIV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
          <options xmi:id="_IJtlKYV7EeGtctRo0dX6mA" name="Modulator - LiNbO3" description="Hinweis: SN29500-12 ist nicht präzise, was die Ea1 Konstante für LiNbO3 angeht. Bei dieser Auswahl wird Ea1 = 0.8 1/eV angenommen.">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlKoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="150" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlK4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlLIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.8" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlLYV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtlLoV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlL4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtlMIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlMYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtlMoV7EeGtctRo0dX6mA" name="Betriebsstrom">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlM4V7EeGtctRo0dX6mA" name="I" valueAsString="0.5" unit="A"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtlNIV7EeGtctRo0dX6mA" name="maximal zulässiger Strom">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlNYV7EeGtctRo0dX6mA" name="I_max" valueAsString="1" unit="A"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtlNoV7EeGtctRo0dX6mA" name="Optokoppler und Lichtschranken" description="vgl. Tabelle 3" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlN4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;"/>
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlOIV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.5" unit="eV"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlOYV7EeGtctRo0dX6mA" name="Typ" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlOoV7EeGtctRo0dX6mA" name="Optokoppler" description="">
            <options xmi:id="_IJtlO4V7EeGtctRo0dX6mA" name="bipolarem Ausgang">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlPIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="15" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlPYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJtlPoV7EeGtctRo0dX6mA" name="FET-Ausgang">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlP4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlQIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="65" unit="°C"/>
            </options>
            <options xmi:id="_IJtlQYV7EeGtctRo0dX6mA" name="mit nachgeschalteter Elektronik">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlQoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlQ4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJtlRIV7EeGtctRo0dX6mA" name="mit nachgeschalteter Leistungselektronik">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlRYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlRoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="65" unit="°C"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlR4V7EeGtctRo0dX6mA" name="Lichtschranke" description="">
            <options xmi:id="_IJtlSIV7EeGtctRo0dX6mA" name="Dioden-/Transistorausgang">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlSYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlSoV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
            <options xmi:id="_IJtlS4V7EeGtctRo0dX6mA" name="mit nachgeschalteter Elektronik">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlTIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="65" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlTYV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="55" unit="°C"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtlToV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlT4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtlUIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlUYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtlUoV7EeGtctRo0dX6mA" name="Passive optische Bauelemente" description="vgl. Tabelle 4" kind="SUBCATEGORY">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlU4V7EeGtctRo0dX6mA" name="Typ" description="" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlVIV7EeGtctRo0dX6mA" name="LWL-Steckverbinder">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlVYV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlVoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlV4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <options xmi:id="_IJtlWIV7EeGtctRo0dX6mA" name="1-fach">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlWYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <changeableData xmi:id="_IJtlWoV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlW4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
              </changeableData>
              <changeableData xmi:id="_IJtlXIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlXYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_IJtlXoV7EeGtctRo0dX6mA" name="2-fach">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlX4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="60" unit="FIT"/>
              <changeableData xmi:id="_IJtlYIV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlYYV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
              </changeableData>
              <changeableData xmi:id="_IJtlYoV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlY4V7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_IJtlZIV7EeGtctRo0dX6mA" name="4-fach">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlZYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
              <changeableData xmi:id="_IJtlZoV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlZ4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
              </changeableData>
              <changeableData xmi:id="_IJtlaIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlaYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_IJtlaoV7EeGtctRo0dX6mA" name="8-fach">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtla4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="300" unit="FIT"/>
              <changeableData xmi:id="_IJtlbIV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlbYV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
              </changeableData>
              <changeableData xmi:id="_IJtlboV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlb4V7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_IJtlcIV7EeGtctRo0dX6mA" name="12-fach">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlcYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="400" unit="FIT"/>
              <changeableData xmi:id="_IJtlcoV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlc4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
              </changeableData>
              <changeableData xmi:id="_IJtldIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtldYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtldoV7EeGtctRo0dX6mA" name="Optische Multiplexer, Demultiplexer (Dünnfilm)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtld4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * amount;"/>
            <options xmi:id="_IJtleIV7EeGtctRo0dX6mA" name="ein Kanal">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtleYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtleoV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            </options>
            <options xmi:id="_IJtle4V7EeGtctRo0dX6mA" name="n Kanäle">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlfIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <changeableData xmi:id="_IJtlfYV7EeGtctRo0dX6mA" name="Anzahl der Kanäle">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlfoV7EeGtctRo0dX6mA" name="amount" valueAsString="2"/>
              </changeableData>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlf4V7EeGtctRo0dX6mA" name="Optische Multiplexer, Demultiplexer (arrayed-waveguide grating, AWG)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlgIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
            <options xmi:id="_IJtlgYV7EeGtctRo0dX6mA" name="8 Kanäle">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlgoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="100" unit="FIT"/>
            </options>
            <options xmi:id="_IJtlg4V7EeGtctRo0dX6mA" name="16 Kanäle">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlhIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
            </options>
            <options xmi:id="_IJtlhYV7EeGtctRo0dX6mA" name="40 Kanäle">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlhoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="500" unit="FIT"/>
            </options>
            <options xmi:id="_IJtlh4V7EeGtctRo0dX6mA" name="40 Kanäle mit VOA" description="VOA: Variable optical attenuator">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtliIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1000" unit="FIT"/>
            </options>
          </subDecisions>
          <options xmi:id="_IJtliYV7EeGtctRo0dX6mA" name="LWL-Anschlußfaser (LWL-Faser und ein Stecker)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlioV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtli4V7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtljIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtljYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.3" unit="eV"/>
            <changeableData xmi:id="_IJtljoV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlj4V7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
            </changeableData>
            <changeableData xmi:id="_IJtlkIV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlkYV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtlkoV7EeGtctRo0dX6mA" name="LW Leitung (1000m)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlk4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtllIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * amount;"/>
            <changeableData xmi:id="_IJtllYV7EeGtctRo0dX6mA" name="Länge Leitungsmeter (in 1000)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlloV7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtll4V7EeGtctRo0dX6mA" name="DCF-Faser (1000m)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlmIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlmYV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * amount;"/>
            <changeableData xmi:id="_IJtlmoV7EeGtctRo0dX6mA" name="Länge Leitungsmeter (in 1000)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlm4V7EeGtctRo0dX6mA" name="amount" valueAsString="1"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtlnIV7EeGtctRo0dX6mA" name="Optische Attenuatoren (Festwert)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlnYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="25" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlnoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
          </options>
          <options xmi:id="_IJtln4V7EeGtctRo0dX6mA" name="Optische Attenuatoren (elektromechanisch)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtloIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtloYV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
          </options>
          <options xmi:id="_IJtlooV7EeGtctRo0dX6mA" name="Schalter (elektromagnetisch)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlo4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="400" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlpIV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
          </options>
          <options xmi:id="_IJtlpYV7EeGtctRo0dX6mA" name="Schalter (MEMs)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlpoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
            <changeableData xmi:id="_IJtlp4V7EeGtctRo0dX6mA" name="Referenzausfallrate">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlqIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="150" unit="FIT"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtlqYV7EeGtctRo0dX6mA" name="Koppler, Splitter, Filter (Dünnfilm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlqoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlq4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
          </options>
          <options xmi:id="_IJtlrIV7EeGtctRo0dX6mA" name="Koppler, Splitter, Filter (Bragg)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlrYV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
            <changeableData xmi:id="_IJtlroV7EeGtctRo0dX6mA" name="Referenzausfallrate">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlr4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="15" unit="FIT"/>
            </changeableData>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_IJtlsIV7EeGtctRo0dX6mA" name="Transceiver, Transponder und Optische Subsysteme" description="vgl. Tabelle 5" kind="SUBCATEGORY">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlsYV7EeGtctRo0dX6mA" name="Typ" description="" kind="TYPE">
          <options xmi:id="_IJtlsoV7EeGtctRo0dX6mA" name="Transceiver SFF, SFP">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtls4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="150" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtltIV7EeGtctRo0dX6mA" name="Teta_j_1" valueAsString="40" unit="°C"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtltYV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greaterEq(Teta_j_1, 25), exp((Ea1/k_0) * (1/(Teta_j_1 +273) - 1/(Teta_j_2 +273))), 1);&#xD;&#xA;k_0 = 8.616e-5;&#xD;&#xA;&#xD;&#xA;Teta_j_2 = Teta_U + deltaTeta;&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtltoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.4" unit="eV"/>
            <changeableData xmi:id="_IJtlt4V7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtluIV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
            </changeableData>
            <changeableData xmi:id="_IJtluYV7EeGtctRo0dX6mA" name="Temperaturerhöhung aufgrund von Eigenerwärmung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtluoV7EeGtctRo0dX6mA" name="deltaTeta" valueAsString="0" unit="°C"/>
            </changeableData>
          </options>
          <options xmi:id="_IJtlu4V7EeGtctRo0dX6mA" name="Transceiver Xponder" description="" undefined="true"/>
          <options xmi:id="_IJtlvIV7EeGtctRo0dX6mA" name="Transceiver Long Haule, tunable" description="" undefined="true"/>
          <options xmi:id="_IJtlvYV7EeGtctRo0dX6mA" name="Optical Spektrumanalysator (OPA, komplex)" description="" undefined="true"/>
          <options xmi:id="_IJtlvoV7EeGtctRo0dX6mA" name="Optical Spektrumanalysator (OSA, komplex)" description="" undefined="true"/>
          <options xmi:id="_IJtlv4V7EeGtctRo0dX6mA" name="Aktive Dispersionskompensatoren" description="" undefined="true"/>
          <options xmi:id="_IJtlwIV7EeGtctRo0dX6mA" name="Gain tilt compensator (GTC), elektromechanisch">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlwYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="200" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlwoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref;"/>
          </options>
          <options xmi:id="_IJtlw4V7EeGtctRo0dX6mA" name="Wavelength selective switch" description="" undefined="true"/>
          <options xmi:id="_IJtlxIV7EeGtctRo0dX6mA" name="Wavelength blocker" description="" undefined="true"/>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_IJtlxYV7EeGtctRo0dX6mA" name="Elektromechanische Schutzgeräte in Niederspannungsnetzen (Teil 15)" description="SN29500-15, Juli 2009." kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_IJtlxoV7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_U * pi_I * pi_T * pi_S * pi_E;&#xD;&#xA;&#xD;&#xA;pi_U = ifThenElse(lessEq(U, U_ref), 1, exp(C_1 * (pow(U, C_2) - pow(U_ref, C_2))));&#xD;&#xA;&#xD;&#xA;pi_I = ifThenElse(lessEq(I_div_I_e, 0.5), 0.71, exp(C_4 * (pow(I_div_I_e, C_5) - pow(I_ref_div_I_e, C_5))));&#xD;&#xA;&#xD;&#xA;pi_T = ifThenElse(greater(Teta_U, Teta_U_ref), (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)), 1);&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_U + 273)));&#xD;&#xA;&#xD;&#xA;pi_S = ifThenElse(greaterEq(S, S_ref), S/S_ref, 1);&#xD;&#xA;&#xD;&#xA;Teta_U_ref = 40;&#xD;&#xA;U_ref = 400;&#xD;&#xA;C_1 = 1.3e-3;&#xD;&#xA;C_2 = 1;&#xD;&#xA;C_4 = 0.6;&#xD;&#xA;C_5 = 1.21;&#xD;&#xA;I_ref_div_I_e = 1;&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtlx4V7EeGtctRo0dX6mA" name="Tragende Konstruktion" kind="DETAIL">
        <options xmi:id="_IJtlyIV7EeGtctRo0dX6mA" name="Kunststoff">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlyYV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlyoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.175" unit="eV"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtly4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
        </options>
        <options xmi:id="_IJtlzIV7EeGtctRo0dX6mA" name="Metall, Glas, Keramik">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlzYV7EeGtctRo0dX6mA" name="A" valueAsString="0.006"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlzoV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.646" unit="eV"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtlz4V7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtl0IV7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl0YV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtl0oV7EeGtctRo0dX6mA" name="Betriebsspannung">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl04V7EeGtctRo0dX6mA" name="U" valueAsString="400" unit="V"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtl1IV7EeGtctRo0dX6mA" name="Betriebsstrom zu Nennbetriebsstrom Verhältnis (I/I_e)">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl1YV7EeGtctRo0dX6mA" name="I_div_I_e" valueAsString="1"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtl1oV7EeGtctRo0dX6mA" name="Umgebungsabhängigkeit" description="vgl. Tabelle 3" kind="DETAIL">
        <options xmi:id="_IJtl14V7EeGtctRo0dX6mA" name="Gekapselt oder offen und staubgeschützt" description="Offen und staubgeschützt, in gepflegten Räumen oder gekapselte elektromechanische Schutzgeräte in beliebiger Atmosphäre">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl2IV7EeGtctRo0dX6mA" name="pi_E" valueAsString="1"/>
        </options>
        <options xmi:id="_IJtl2YV7EeGtctRo0dX6mA" name="Offen, extremer Staubbefall und extreme Schadstoffbelastung" description="Offene elektromechanische Schtzgeräte  in Räumen mit extremen Staubbefall und extremen Klimabedingungen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl2oV7EeGtctRo0dX6mA" name="pi_E" valueAsString="10"/>
        </options>
        <options xmi:id="_IJtl24V7EeGtctRo0dX6mA" name="Gekapselte Schutzgeräte bei extremen Staubbefall/Klimabedingungen" description="Gekapselte elektromechanische Schutzgeräte  in Räumen mit extremen Staubbefall und extremen Klimabedingungen">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl3IV7EeGtctRo0dX6mA" name="pi_E" valueAsString="1"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtl3YV7EeGtctRo0dX6mA" name="Schutzgerät Charakterisierung" kind="SUBCATEGORY">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtl3oV7EeGtctRo0dX6mA" name="Leistungsschalter für Motorschutz" description="vgl. Tabelle 1">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl34V7EeGtctRo0dX6mA" name="S_ref" valueAsString="365" unit="1/a"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtl4IV7EeGtctRo0dX6mA" name="Leistungsschalter 3RV">
            <options xmi:id="_IJtl4YV7EeGtctRo0dX6mA" name="3RV1.1, 3RV1.2 &lt; 12A; 3RV1.2, 3VU1.16 &lt; 25A; 3VU13;">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl4oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl44V7EeGtctRo0dX6mA" name="3RV1.3, &lt; 50A; 3RV1.4, &lt; 100A">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl5IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="180" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl5YV7EeGtctRo0dX6mA" name="3VU16; &gt; 25A; 3VF1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl5oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="150" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtl54V7EeGtctRo0dX6mA" name="Zubehör">
            <options xmi:id="_IJtl6IV7EeGtctRo0dX6mA" name="Hilfsschalter">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl6YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl6oV7EeGtctRo0dX6mA" name="Meldeschalter">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl64V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl7IV7EeGtctRo0dX6mA" name="Unterspannungsauslöser">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl7YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl7oV7EeGtctRo0dX6mA" name="Spannungsauslöser">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl74V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl8IV7EeGtctRo0dX6mA" name="Überstromauslöser">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl8YV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="40" unit="FIT"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtl8oV7EeGtctRo0dX6mA" name="Leitungsschutzschalter" description="vgl. Tabelle 3">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl84V7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/a"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtl9IV7EeGtctRo0dX6mA" name="Hochleistungsserie">
            <options xmi:id="_IJtl9YV7EeGtctRo0dX6mA" name="5SY6 (EN 60898-1)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl9oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl94V7EeGtctRo0dX6mA" name="5SY4 (EN 60898-1)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl-IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl-YV7EeGtctRo0dX6mA" name="5SY5 bis 32 A">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl-oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl-4V7EeGtctRo0dX6mA" name="5SY5 bis 40, 50, 63 A">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl_IV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="23" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl_YV7EeGtctRo0dX6mA" name="5SY7 (EN 60898-1)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtl_oV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
            </options>
            <options xmi:id="_IJtl_4V7EeGtctRo0dX6mA" name="5SY8 (EN 60947-2)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmAIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmAYV7EeGtctRo0dX6mA" name="5SP4">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmAoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
            </options>
          </subDecisions>
          <options xmi:id="_IJtmA4V7EeGtctRo0dX6mA" name="Komfortserie - 5SJ6...-.KS">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmBIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmBYV7EeGtctRo0dX6mA" name="Kompaktserie - 5SY6 0">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmBoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmB4V7EeGtctRo0dX6mA" name="Universalserie - 5SJ4 ...-.HG (UL 489; CAS 22.2 No.5-02)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmCIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="12" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmCYV7EeGtctRo0dX6mA" name="Hauptleitungsschutzschalter - 5SP3">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmCoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="23" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmC4V7EeGtctRo0dX6mA" name="Schutzschalterklemmen - 5SK9">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmDIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="29" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmDYV7EeGtctRo0dX6mA" name="Fehlerstrom-Schutzeinrichtungen" description="vgl. Tabelle 4">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmDoV7EeGtctRo0dX6mA" name="S_ref" valueAsString="2" unit="1/a"/>
          <options xmi:id="_IJtmD4V7EeGtctRo0dX6mA" name="Fehlerstrom (FI-) Schutzschalter - 5SM3, 5SM1">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmEIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="57" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmEYV7EeGtctRo0dX6mA" name="SIQUENCE FI-Schutzschalter, allstromsensitiv, Typ B - 5SM3">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmEoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="57" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmE4V7EeGtctRo0dX6mA" name="SIQUENCE FI/LS-Schalter, allstromsensitiv, Typ B - 5SU1">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmFIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="57" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmFYV7EeGtctRo0dX6mA" name="FI/LS-Schalter - 5SU1">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmFoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="57" unit="FIT"/>
          </options>
          <options xmi:id="_IJtmF4V7EeGtctRo0dX6mA" name="FI-Blöcke für LS-Schalter - 5SM2">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmGIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="57" unit="FIT"/>
          </options>
        </subDecisions>
        <options xmi:id="_IJtmGYV7EeGtctRo0dX6mA" name="Thermische Überlastrelais" description="vgl. Tabelle 2">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmGoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmG4V7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="p.m."/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtmHIV7EeGtctRo0dX6mA" name="Schalthäufigkeit" description="Bitte Bezugszeitraum des Referenzwertes S_ref beachten!">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmHYV7EeGtctRo0dX6mA" name="S" valueAsString="1"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_IJtmHoV7EeGtctRo0dX6mA" name="Elektromechanische Befehls- und Meldegeräte und Positionsschalter in Niederspannungsnetzen (Teil 16)" description="SN29500-16, August 2010." kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_IJtmH4V7EeGtctRo0dX6mA" expression="lambda = lambda_ref * pi_I * pi_T * pi_S * pi_E;&#xD;&#xA;&#xD;&#xA;pi_I = ifThenElse(lessEq(I_div_I_e, 0.1), 1, exp(C_4 * (pow(I_div_I_e, C_5) - pow(I_ref_div_I_e, C_5))));&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z));&#xD;&#xA;z = 11605 * ((1 / (Teta_U_ref + 273)) - (1 / (Teta_U + 273)));&#xD;&#xA;&#xD;&#xA;pi_S = ifThenElse(greaterEq(S/S_ref, 1), S/S_ref, 1);&#xD;&#xA;&#xD;&#xA;Teta_U_ref = ifThenElse(greater(Teta_U, 40), 40, ifThenElse(less(Teta_U,-5), -5, Teta_U));&#xD;&#xA;&#xD;&#xA;C_4 = 6.85;&#xD;&#xA;C_5 = 0.25;&#xD;&#xA;I_ref_div_I_e = 0.1;&#xD;&#xA;"/>
      <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmIIV7EeGtctRo0dX6mA" name="A" valueAsString="1"/>
      <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmIYV7EeGtctRo0dX6mA" name="Ea1" valueAsString="0.175" unit="eV"/>
      <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmIoV7EeGtctRo0dX6mA" name="Ea2" valueAsString="0.0" unit="eV"/>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtmI4V7EeGtctRo0dX6mA" name="Mittlere Umgebungstemperatur">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmJIV7EeGtctRo0dX6mA" name="Teta_U" valueAsString="40" unit="°C"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtmJYV7EeGtctRo0dX6mA" name="Betriebsstrom zu Nennbetriebsstrom Verhältnis (I/I_e)">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmJoV7EeGtctRo0dX6mA" name="I_div_I_e" valueAsString="1"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmJ4V7EeGtctRo0dX6mA" name="Umgebungsabhängigkeit" description="vgl. Tabelle 3" kind="DETAIL">
        <options xmi:id="_IJtmKIV7EeGtctRo0dX6mA" name="Gepflegten Räume ohne extremen Staubbefall und ohne extreme Klimabedingungen" description="">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmKYV7EeGtctRo0dX6mA" name="pi_E" valueAsString="1"/>
        </options>
        <options xmi:id="_IJtmKoV7EeGtctRo0dX6mA" name="Räume mit extremen Staubbefall und extremen Klimabedingungen" description="">
          <changeableData xmi:id="_IJtmK4V7EeGtctRo0dX6mA" name="Umgebungsabhängigkeitsfaktor" description="&gt; 10">
            <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmLIV7EeGtctRo0dX6mA" name="pi_E" valueAsString="10"/>
          </changeableData>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmLYV7EeGtctRo0dX6mA" name="Gerät Charakterisierung" kind="SUBCATEGORY">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmLoV7EeGtctRo0dX6mA" name="Befehlsgeräte" description="vgl. Tabelle 1">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmL4V7EeGtctRo0dX6mA" name="Betätiger - 3SB2" description="nur Betätiger (ohne Schaltelement, Lampenfassung, Leuchtmittel, etc.)">
            <options xmi:id="_IJtmMIV7EeGtctRo0dX6mA" name="Not-Halt-Bestätiger">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmMYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="125" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmMoV7EeGtctRo0dX6mA" name="S_ref" valueAsString="0.125" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmM4V7EeGtctRo0dX6mA" name="Drucktaster nicht verrastend, unbeleuchtet">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmNIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmNYV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmNoV7EeGtctRo0dX6mA" name="Drucktaster nicht verrastend, beleuchtet">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmN4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="35" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmOIV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmOYV7EeGtctRo0dX6mA" name="Drucktaster verrastend">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmOoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="350" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmO4V7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmPIV7EeGtctRo0dX6mA" name="Knebel/Wahlschalter">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmPYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="350" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmPoV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmP4V7EeGtctRo0dX6mA" name="Schlüsselschalter">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmQIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="350" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmQYV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmQoV7EeGtctRo0dX6mA" name="Schaltelemente - 3SB2">
            <options xmi:id="_IJtmQ4V7EeGtctRo0dX6mA" name="Schaltelement 1-polig">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmRIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmRYV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmRoV7EeGtctRo0dX6mA" name="Schaltelement 2-polig">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmR4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmSIV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmSYV7EeGtctRo0dX6mA" name="Betätiger - 3SB3">
            <options xmi:id="_IJtmSoV7EeGtctRo0dX6mA" name="Not-Halt-Bestätiger, Drehentriegelung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmS4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="125" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmTIV7EeGtctRo0dX6mA" name="S_ref" valueAsString="0.125" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmTYV7EeGtctRo0dX6mA" name="Not-Halt-Bestätiger, Zugentriegelung oder Entriegelung mit Schlüssel" description="">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmToV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="420" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmT4V7EeGtctRo0dX6mA" name="S_ref" valueAsString="0.125" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmUIV7EeGtctRo0dX6mA" name="Drucktaster nicht verrastend, unbeleuchtet">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmUYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmUoV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmU4V7EeGtctRo0dX6mA" name="Drucktaster nicht verrastend, beleuchtet">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmVIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="35" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmVYV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmVoV7EeGtctRo0dX6mA" name="Drucktaster verrastend">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmV4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="350" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmWIV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmWYV7EeGtctRo0dX6mA" name="Knebel/Wahlschalter">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmWoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="350" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmW4V7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmXIV7EeGtctRo0dX6mA" name="Schlüsselschalter">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmXYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="350" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmXoV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmX4V7EeGtctRo0dX6mA" name="Schaltelemente - 3SB3" description="nur Betätiger (ohne Schaltelement, Lampenfassung, Leuchtmittel, etc.)">
            <options xmi:id="_IJtmYIV7EeGtctRo0dX6mA" name="Schaltelement 1-polig, Standard">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmYYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmYoV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmY4V7EeGtctRo0dX6mA" name="Schaltelement 1-polig, mit Montageüberwachungskontakt">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmZIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="45" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmZYV7EeGtctRo0dX6mA" name="S_ref" valueAsString="0.125" unit="1/h"/>
            </options>
            <options xmi:id="_IJtmZoV7EeGtctRo0dX6mA" name="Schaltelement 2-polig">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmZ4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmaIV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmaYV7EeGtctRo0dX6mA" name="Lampenfassungen mit Leuchtmittel - 3SB3">
            <options xmi:id="_IJtmaoV7EeGtctRo0dX6mA" name="mit Glühlampe" description="siehe SN29500-10" undefined="true"/>
            <options xmi:id="_IJtma4V7EeGtctRo0dX6mA" name="Lampenfassung mit LED">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmbIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2000" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmbYV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmboV7EeGtctRo0dX6mA" name="Meldegeräte" description="vgl. Tabelle 2">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmb4V7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmcIV7EeGtctRo0dX6mA" name="Meldeelement - 2SB2/3SB3">
            <options xmi:id="_IJtmcYV7EeGtctRo0dX6mA" name="Leuchtmelder">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmcoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmc4V7EeGtctRo0dX6mA" name="Lampenfassung - 3SB2">
            <options xmi:id="_IJtmdIV7EeGtctRo0dX6mA" name="W2 x 4,6d">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmdYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmdoV7EeGtctRo0dX6mA" name="Lampenfassung - 3SB3">
            <options xmi:id="_IJtmd4V7EeGtctRo0dX6mA" name="ohne Vorschaltglied (BA9s oder W2 x 4,6d)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmeIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmeYV7EeGtctRo0dX6mA" name="mit Vorschaltglied (BA9s oder W2 x 4,6d)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmeoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="50" unit="FIT"/>
            </options>
            <options xmi:id="_IJtme4V7EeGtctRo0dX6mA" name="mit integrierter LED">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmfIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="2000" unit="FIT"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmfYV7EeGtctRo0dX6mA" name="Positionsschalter" description="vgl. Tabelle 3">
          <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmfoV7EeGtctRo0dX6mA" name="S_ref" valueAsString="1" unit="1/h"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmf4V7EeGtctRo0dX6mA" name="Positionsschalter - 3SE5">
            <options xmi:id="_IJtmgIV7EeGtctRo0dX6mA" name="Basisschalter mit 2 Kontakten">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmgYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="20" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmgoV7EeGtctRo0dX6mA" name="Basisschalter mit 3 Kontakten">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmg4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="30" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmhIV7EeGtctRo0dX6mA" name="Antriebsköpfe">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmhYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmhoV7EeGtctRo0dX6mA" name="Scharnierschalter mit 2 Kontakten">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmh4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="120" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmiIV7EeGtctRo0dX6mA" name="Scharnierschalter mit 3 Kontakten">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmiYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="130" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmioV7EeGtctRo0dX6mA" name="Positionsschalter mit getrenntem Betätiger ohne Zuhaltung mit 2 Kontakten">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmi4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="120" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmjIV7EeGtctRo0dX6mA" name="Positionsschalter mit getrenntem Betätiger ohne Zuhaltung mit 3 Kontakten">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmjYV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="130" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmjoV7EeGtctRo0dX6mA" name="Positionsschalter mit getrenntem Betätiger mit Zuhaltung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmj4V7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="170" unit="FIT"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_IJtmkIV7EeGtctRo0dX6mA" name="Positionsschalter - 3SF1 AS-Interface">
            <options xmi:id="_IJtmkYV7EeGtctRo0dX6mA" name="Basisschalter mit 2 ASi-Kanälen">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmkoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1570" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmk4V7EeGtctRo0dX6mA" name="Antriebsköpfe">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmlIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="10" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmlYV7EeGtctRo0dX6mA" name="Scharnierschalter mit 2 ASi-Kanälen">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmloV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1670" unit="FIT"/>
            </options>
            <options xmi:id="_IJtml4V7EeGtctRo0dX6mA" name="Positionsschalter mit getrenntem Betätiger ohne Zuhaltung mit 2 ASi-Kanälen">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmmIV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1670" unit="FIT"/>
            </options>
            <options xmi:id="_IJtmmYV7EeGtctRo0dX6mA" name="Positionsschalter mit getrenntem Betätiger mit Zuhaltung">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmmoV7EeGtctRo0dX6mA" name="lambda_ref" valueAsString="1270" unit="FIT"/>
            </options>
          </subDecisions>
        </subDecisions>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_IJtmm4V7EeGtctRo0dX6mA" name="Schalthäufigkeit" description="Bitte Bezugszeitraum des Referenzwertes S_ref beachten!">
        <expressions xsi:type="mexp:MVariable" xmi:id="_IJtmnIV7EeGtctRo0dX6mA" name="S" valueAsString="1"/>
      </subDecisions>
    </subDecisions>
  </data>
  <evalVariables xmi:id="_IJtmnYV7EeGtctRo0dX6mA" name="lambda" valueAsString="0" unit="FIT"/>
</failureratecatalogs:FailureRateCatalog>
