<?xml version="1.1" encoding="UTF-8"?>
<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="IEC 62380" version="1.0" sourceInfo="IEC/TR 62380:2004-08, First edition" description="IEC 62380:2004 Reliability data handbook" alias="medini_analyze_ciec">
  <data xmi:id="_ElxgQF1WEeG0ye9uJ_Wj4w" name="IEC 62380" description="IEC 62380 Reliability data handbook, 2004-08">
    <expressions xsi:type="mexp:MVariable" xmi:id="_J9dhgO7JEeK_OumqEaerCw" name="dim_phases" valueAsString="1"/>
    <expressions xsi:type="mexp:MVariable" xmi:id="_Vr3pYO7JEeK_OumqEaerCw" name="onOffPhase" valueAsString="[&#x5d;"/>
    <expressions xsi:type="mexp:MVariable" xmi:id="_nzdO8O7LEeK_OumqEaerCw" name="deltaT_cycles" valueAsString="[&#x5d;" unit="°C/Cycle"/>
    <expressions xsi:type="mexp:MVariable" xmi:id="_Utxd4O7TEeK_OumqEaerCw" name="n_cycles" valueAsString="[&#x5d;"/>
    <expressions xsi:type="mexp:MVariable" xmi:id="_nAK3MO7TEeK_OumqEaerCw" name="t_ae" valueAsString="[&#x5d;" unit="°C"/>
    <expressions xsi:type="mexp:MVariable" xmi:id="_62IWAO7IEeK_OumqEaerCw" name="dim_t" valueAsString="1"/>
    <expressions xsi:type="mexp:MVariable" xmi:id="_f4Lg0O7TEeK_OumqEaerCw" name="t_ac" valueAsString="[&#x5d;" unit="°C"/>
    <expressions xsi:type="mexp:MVariable" xmi:id="_g-QYEO7TEeK_OumqEaerCw" name="tau" valueAsString="[&#x5d;"/>
    <expressions xsi:type="mexp:MExpression" xmi:id="_Gmn80POQEeK9zpoZ0k3lmg" expression="tau_on = sum(1, dim_t, tau[i&#x5d;);&#xD;&#xA;tau_off = 1 - tau_on;&#xD;&#xA;t_ac_avg = sum(1, dim_t, t_ac[i&#x5d; * tau[i&#x5d;) / sum(1, dim_t, tau[i&#x5d;);&#xD;&#xA;"/>
    <subDecisions xmi:id="_2jtI0Oo5EeKuVbNG4VT_YQ" name="Integrated Circuits (Section 7)" description="" kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_AhMFoOo6EeKuVbNG4VT_YQ" expression="lambda = lambda_die + lambda_package + lambda_overstress;&#xD;&#xA;&#xD;&#xA;lambda_die = ((lambda_1 * N_trans * exp(-0.35 * a)) + lambda_2) * (sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off));&#xD;&#xA;lambda_package = 2.75e-3 * pi_alpha * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68)) * lambda_3;&#xD;&#xA;lambda_overstress = pi_I * lambda_EOS;&#xD;&#xA;&#xD;&#xA;pi_alpha = 0.06 * pow(abs(alpha_S - alpha_C), 1.68);&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;a = Y - 1998;&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, ((deltaT_j / 3) + t_ac_avg) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;deltaT_j = P * RTH;&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_iC8voOo7EeKuVbNG4VT_YQ" name="Technology" description="Technological structure for temperature factor pi_t" kind="DETAIL">
        <options xmi:id="_ojENsOo7EeKuVbNG4VT_YQ" name="MOS, BiCMOS (low voltage)">
          <expressions xsi:type="mexp:MExpression" xmi:id="_sLJusOo7EeKuVbNG4VT_YQ" expression="pi_t(i) = exp(A * ((1/328) - (1/(273 + t_j(i)))));&#xD;&#xA;A = 3480;&#xD;&#xA;Ea=0.3;"/>
        </options>
        <options xmi:id="_ae_ZgOo8EeKuVbNG4VT_YQ" name="Bipolar, BiCMOS (high voltage)">
          <expressions xsi:type="mexp:MExpression" xmi:id="_ae_Zgeo8EeKuVbNG4VT_YQ" expression="pi_t(i) = exp(A * ((1/328) - (1/(273 + t_j(i)))));&#xD;&#xA;A = 4640;&#xD;&#xA;Ea=0.4;"/>
        </options>
        <options xmi:id="_kqK0EOo8EeKuVbNG4VT_YQ" name="AsGa Numerical">
          <expressions xsi:type="mexp:MExpression" xmi:id="_kqK0Eeo8EeKuVbNG4VT_YQ" expression="pi_t(i) = exp(A * ((1/373) - (1/(273 + t_j(i)))));&#xD;&#xA;A = 3480;&#xD;&#xA;Ea=0.3;"/>
        </options>
        <options xmi:id="_rP8OMOo8EeKuVbNG4VT_YQ" name="AsGa MMIC">
          <expressions xsi:type="mexp:MExpression" xmi:id="_rP8OMeo8EeKuVbNG4VT_YQ" expression="pi_t(i) = exp(A * ((1/373) - (1/(273 + t_j(i)))));&#xD;&#xA;A = 4640;&#xD;&#xA;Ea=0.4;"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_HzmxEOo_EeKuVbNG4VT_YQ" name="Type details" description="Circuit family (see table 16)" kind="TYPE">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_NUfmwOo_EeKuVbNG4VT_YQ" name="MOS (Silicon, standard circuits)" description="MOS includes CMOS, HCMOS, NMOS, ... technologies">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_XCEp4OpAEeKuVbNG4VT_YQ" name="Memory">
            <options xmi:id="_aAWY4OpAEeKuVbNG4VT_YQ" name="ROM" description="Read Only Memory">
              <expressions xsi:type="mexp:MVariable" xmi:id="_aAWY4epAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.7e-7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_aAWY4upAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="8.8" unit="FIT"/>
            </options>
            <options xmi:id="_jxgJ4OpAEeKuVbNG4VT_YQ" name="DRAM/VideoRAM/AudioRAM" description="Dynamic, Read Access Memory">
              <expressions xsi:type="mexp:MVariable" xmi:id="_jxgJ4epAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.0e-7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_jxgJ4upAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="5.6" unit="FIT"/>
            </options>
            <options xmi:id="_osT3AOpAEeKuVbNG4VT_YQ" name="High Speed SRAM, FIFO" description="Static Read Access Memory - First in First out register; (&quot;mixed MOS&quot;)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_osT3AepAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.7e-7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_osT3AupAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="8.8" unit="FIT"/>
            </options>
            <options xmi:id="_u8Xf0OpAEeKuVbNG4VT_YQ" name="Low consumption SRAM" description="Static Read Access Memory - Low consumption; (CMOS)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_u8Xf0epAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.7e-7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_u8Xf0upAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="8.8" unit="FIT"/>
            </options>
            <options xmi:id="_0g--8OpAEeKuVbNG4VT_YQ" name="Double Access SRAM" description="Double Access Static RAM">
              <expressions xsi:type="mexp:MVariable" xmi:id="_0g--8epAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.7e-7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_0g--8upAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="8.8" unit="FIT"/>
            </options>
            <options xmi:id="_7XIXYOpAEeKuVbNG4VT_YQ" name="EPROM, UVPROM, REPROM, OTP, FLASH" description="Electrically programmable, UV erasable ROM; One Time programmable EPROM; Whole memory array or blocks of words erasable">
              <expressions xsi:type="mexp:MVariable" xmi:id="_7XIXYepAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.6e-7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_7XIXYupAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="34" unit="FIT"/>
            </options>
            <options xmi:id="_IUsaAOpBEeKuVbNG4VT_YQ" name="EEPROM, flash EEPROM" description="Electrically programmable and erasable (block of words or word erasable)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_IUsaAepBEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="6.5e-7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_IUsaAupBEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="16" unit="FIT"/>
            </options>
          </subDecisions>
          <options xmi:id="_1L8c8Oo_EeKuVbNG4VT_YQ" name="Micros, digital circuits, DSPs">
            <expressions xsi:type="mexp:MVariable" xmi:id="_AZn2UOpAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="3.4e-6" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_FKdIEOpAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="1.7" unit="FIT"/>
          </options>
          <options xmi:id="_HPwAoOpAEeKuVbNG4VT_YQ" name="Linear circuits">
            <expressions xsi:type="mexp:MVariable" xmi:id="_HPwAoepAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.0e-2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_HPwAoupAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="4.2" unit="FIT"/>
          </options>
          <options xmi:id="_NG9EkOpAEeKuVbNG4VT_YQ" name="Digital/linear circuits (Telecom, CAN, CNA, RAMDAC,... )">
            <expressions xsi:type="mexp:MVariable" xmi:id="_NG9EkepAEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.7e-4" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_NG9EkupAEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="20" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_Uvq-4Oo_EeKuVbNG4VT_YQ" name="MOS (Silicon, ASIC circuits)" description="">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_qZjmgOpBEeKuVbNG4VT_YQ" name="User Programmable Logic Device">
            <options xmi:id="_sgCx4OpBEeKuVbNG4VT_YQ" name="LCA (RAM based)" description="Logic Cell Array electrically configured by external memory">
              <expressions xsi:type="mexp:MVariable" xmi:id="_sgCx4epBEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="4.0e-5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_sgCx4upBEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="8.8" unit="FIT"/>
            </options>
            <options xmi:id="_uSTZsOpBEeKuVbNG4VT_YQ" name="PLD (GAL, PAL)" description="Electrically Programmable and erasable (AND/OR array)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_uSTZsepBEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.2e-3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_uSTZsupBEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="16" unit="FIT"/>
            </options>
            <options xmi:id="_wI35wOpBEeKuVbNG4VT_YQ" name="CPLD (EPLD, MAX, FLEX, FPGA, etc.)" description="Electrically Programmable (interconnected macrocells array); EEPROM, EPROM, or Antifuse technologies">
              <expressions xsi:type="mexp:MVariable" xmi:id="_wI35wepBEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.0e-5" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_wI35wupBEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="34" unit="FIT"/>
            </options>
          </subDecisions>
          <options xmi:id="_iahTYOpBEeKuVbNG4VT_YQ" name="Standard Cell, Full Custom">
            <expressions xsi:type="mexp:MVariable" xmi:id="_iahTYepBEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.2e-5" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_iahTYupBEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_k65lcOpBEeKuVbNG4VT_YQ" name="Gate Arrays">
            <expressions xsi:type="mexp:MVariable" xmi:id="_k65lcepBEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.0e-5" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_k65lcupBEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="10" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_bSLCkOo_EeKuVbNG4VT_YQ" name="Bipolar circuits (Silicon)" description="Bipolar include: TTL, MTTL, LSTTL, FET, JFET, ECL, etc. technologies">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_gojxEOpCEeKuVbNG4VT_YQ" name="Memories - Programmable Arrays-Gate Arrays">
            <options xmi:id="_kuZlEOpCEeKuVbNG4VT_YQ" name="SRAM" description="Static Read Only Memory">
              <expressions xsi:type="mexp:MVariable" xmi:id="_kuZlEepCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="3.0e-4" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_kuZlEupCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="1.7" unit="FIT"/>
            </options>
            <options xmi:id="_l8XNAOpCEeKuVbNG4VT_YQ" name="PROM" description="Programmable Read Only Memory">
              <expressions xsi:type="mexp:MVariable" xmi:id="_l8XNAepCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.5e-4" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_l8XNAupCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="32" unit="FIT"/>
            </options>
            <options xmi:id="_mp4aUOpCEeKuVbNG4VT_YQ" name="PLD (PAL)" description="One time electrically programmable logic array (AND/OR arrays)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_mp4aUepCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.5e-4" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_mp4aUupCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="32" unit="FIT"/>
            </options>
            <options xmi:id="_oFFNAOpCEeKuVbNG4VT_YQ" name="Gate arrays" description="">
              <expressions xsi:type="mexp:MVariable" xmi:id="_oFFNAepCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.0e-3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_oFFNAupCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="10" unit="FIT"/>
            </options>
          </subDecisions>
          <options xmi:id="_U2Ir4OpCEeKuVbNG4VT_YQ" name="Digital circuits">
            <expressions xsi:type="mexp:MVariable" xmi:id="_U2Ir4epCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="6.0e-4" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_U2Ir4upCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="1.7" unit="FIT"/>
          </options>
          <options xmi:id="_W3uJIOpCEeKuVbNG4VT_YQ" name="Linear circuits (FET, others)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_W3uJIepCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.2e-2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_W3uJIupCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="3.3" unit="FIT"/>
          </options>
          <options xmi:id="_ZFWeUOpCEeKuVbNG4VT_YQ" name="MMIC">
            <expressions xsi:type="mexp:MVariable" xmi:id="_ZFWeUepCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.0" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_ZFWeUupCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="3.3" unit="FIT"/>
          </options>
          <options xmi:id="_bJKJIOpCEeKuVbNG4VT_YQ" name="Linear/Digital circuits, low voltage (&lt;30V)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_bJKJIepCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.7e-3" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_bJKJIupCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="20" unit="FIT"/>
          </options>
          <options xmi:id="_eJrT0OpCEeKuVbNG4VT_YQ" name="Linear/Digital circuits, high voltage (&gt;=30V)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_eJrT0epCEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.7e-2" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_eJrT0upCEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="20" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_lZVf0Oo_EeKuVbNG4VT_YQ" name="Bipolar and MOS circuits (Silicon, SRAM)" description="">
          <options xmi:id="_MmlbEOpDEeKuVbNG4VT_YQ" name="Digital circuits">
            <expressions xsi:type="mexp:MVariable" xmi:id="_MmlbEepDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="1.0e-6" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_MmlbEupDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="1.7" unit="FIT"/>
          </options>
          <options xmi:id="_N7Yq0OpDEeKuVbNG4VT_YQ" name="Linear/Digital circuits, low voltage (&lt;6V)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_N7Yq0epDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.7e-4" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_N7Yq0upDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="20" unit="FIT"/>
          </options>
          <options xmi:id="_RF3p0OpDEeKuVbNG4VT_YQ" name="Linear/Digital circuits, high voltage (&gt;=6V) and Smart Power">
            <expressions xsi:type="mexp:MVariable" xmi:id="_RF3p0epDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.7e-3" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_RF3p0upDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="20" unit="FIT"/>
          </options>
          <options xmi:id="_TqtlIOpDEeKuVbNG4VT_YQ" name="SRAM">
            <expressions xsi:type="mexp:MVariable" xmi:id="_TqtlIepDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="6.8e-7" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_TqtlIupDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="8.8" unit="FIT"/>
          </options>
          <options xmi:id="_Uj1lgOpDEeKuVbNG4VT_YQ" name="Gate arrays">
            <expressions xsi:type="mexp:MVariable" xmi:id="_Uj1lgepDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="6.4e-5" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_Uj1lgupDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="10" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_wP8dAOo_EeKuVbNG4VT_YQ" name="Gallium arsenide (GaAs)" description="">
          <options xmi:id="_jAKFIOpDEeKuVbNG4VT_YQ" name="Digital, with only normally on transistors">
            <expressions xsi:type="mexp:MVariable" xmi:id="_jAKFIepDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.5" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_jAKFIupDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="25" unit="FIT"/>
          </options>
          <options xmi:id="_mLFJAOpDEeKuVbNG4VT_YQ" name="Digital, with normally off and normally on transistors">
            <expressions xsi:type="mexp:MVariable" xmi:id="_mLFJAepDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="4.5e-4" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_mLFJAupDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="16" unit="FIT"/>
          </options>
          <options xmi:id="_orwWAOpDEeKuVbNG4VT_YQ" name="MMIC, low noise or low power (&lt; 100mW) microwave circuits">
            <expressions xsi:type="mexp:MVariable" xmi:id="_orwWAepDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="2.0" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_orwWAupDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="20" unit="FIT"/>
          </options>
          <options xmi:id="_sptZUOpDEeKuVbNG4VT_YQ" name="MMIC, Power (&gt; 100mW) microwave circuits">
            <expressions xsi:type="mexp:MVariable" xmi:id="_sptZUepDEeKuVbNG4VT_YQ" name="lambda_1" valueAsString="4.0" unit="FIT"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_sptZUupDEeKuVbNG4VT_YQ" name="lambda_2" valueAsString="40" unit="FIT"/>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_eD7YQOreEeKuVbNG4VT_YQ" name="Package characteristics">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_61UAkOo8EeKuVbNG4VT_YQ" name="Material Substrate" description="Linear thermal expansion coefficient alpha_S (see Table 14)" kind="DETAIL">
          <options xmi:id="_WPe2sOo9EeKuVbNG4VT_YQ" name="Epoxy Glass (FR4, G-10)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_s7DPsOo9EeKuVbNG4VT_YQ" name="alpha_S" valueAsString="16" unit="ppm/°C"/>
          </options>
          <options xmi:id="_ZjCSIOo9EeKuVbNG4VT_YQ" name="PTFE Glass (polytetrafluoroethylene)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_woo7wOo9EeKuVbNG4VT_YQ" name="alpha_S" valueAsString="20" unit="ppm/°C"/>
          </options>
          <options xmi:id="_fLXMkOo9EeKuVbNG4VT_YQ" name="Flexible substrate (Polyimide Aramid)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_xQqlEOo9EeKuVbNG4VT_YQ" name="alpha_S" valueAsString="6.5" unit="ppm/°C"/>
          </options>
          <options xmi:id="_hoxDIOo9EeKuVbNG4VT_YQ" name="Cu/Invar/Cu (20/60/20)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_x1Qf4Oo9EeKuVbNG4VT_YQ" name="alpha_S" valueAsString="5.4" unit="ppm/°C"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_56Ze8O-3EeK_OumqEaerCw" name="Package failure rate" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_LNkBYOo9EeKuVbNG4VT_YQ" name="Determine package failure rate based on pin number" description="Method 1 for lambda_3 (see Table 17a); Linear thermal expansion coefficient alpha_C (see Table 14)" kind="DETAIL">
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_3i9_cOrTEeKuVbNG4VT_YQ" name="Epoxy (Plastic package)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_zjDecOo9EeKuVbNG4VT_YQ" name="alpha_C" valueAsString="21.5" unit="ppm/°C"/>
              <options xmi:id="_9-6vMOrTEeKuVbNG4VT_YQ" name="SO, SOP: 1.27mm pitch">
                <expressions xsi:type="mexp:MExpression" xmi:id="_oKff8OrbEeKuVbNG4VT_YQ" expression="lambda_3 = 0.012 * pow(S, 1.65);"/>
                <changeableData xmi:id="__uoucOrVEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 4 to 40">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_B5vUEOrWEeKuVbNG4VT_YQ" name="S" valueAsString="40"/>
                </changeableData>
              </options>
              <options xmi:id="_Bzf0EOrUEeKuVbNG4VT_YQ" name="Power SO">
                <expressions xsi:type="mexp:MExpression" xmi:id="_tTk5oOrbEeKuVbNG4VT_YQ" expression="lambda_3 = 0.012 * pow(S, 1.65);"/>
                <changeableData xmi:id="_FUu0QOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 4 to 40">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_FUu0QerWEeKuVbNG4VT_YQ" name="S" valueAsString="40"/>
                </changeableData>
              </options>
              <options xmi:id="_Cx1roOrUEeKuVbNG4VT_YQ" name="SOJ: 1.27mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_tv1-4OrbEeKuVbNG4VT_YQ" expression="lambda_3 = 0.023 * pow(S, 1.5);"/>
                <changeableData xmi:id="_GgKsoOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 28 to 44">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_GgKsoerWEeKuVbNG4VT_YQ" name="S" valueAsString="44"/>
                </changeableData>
              </options>
              <options xmi:id="_Ftu1AOrUEeKuVbNG4VT_YQ" name="VSOP: 0.76mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_xmzpYOrbEeKuVbNG4VT_YQ" expression="lambda_3 = 0.011 * pow(S, 1.47);"/>
                <changeableData xmi:id="_GoydIOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 40 to 56">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_GoydIerWEeKuVbNG4VT_YQ" name="S" valueAsString="56"/>
                </changeableData>
              </options>
              <options xmi:id="_JPazEOrUEeKuVbNG4VT_YQ" name="SSOP: 0.65mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_1J-1MOrbEeKuVbNG4VT_YQ" expression="lambda_3 = 0.013 * pow(S, 1.35);"/>
                <changeableData xmi:id="_Gx3goOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 8 to 56">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_Gx3goerWEeKuVbNG4VT_YQ" name="S" valueAsString="56"/>
                </changeableData>
              </options>
              <options xmi:id="_K7IuAOrUEeKuVbNG4VT_YQ" name="TSSOP: 0.65mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_3nO6wOrbEeKuVbNG4VT_YQ" expression="lambda_3 = 0.011 * pow(S, 1.4);"/>
                <changeableData xmi:id="_G_GrYOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 8 to 38">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_G_GrYerWEeKuVbNG4VT_YQ" name="S" valueAsString="38"/>
                </changeableData>
              </options>
              <options xmi:id="_MtFz0OrUEeKuVbNG4VT_YQ" name="TSOP I: 0.55mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_6kxp8OrbEeKuVbNG4VT_YQ" expression="lambda_3 = 0.54 * pow(S, 0.4);"/>
                <changeableData xmi:id="_HF86QOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 18 to 32">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_HF86QerWEeKuVbNG4VT_YQ" name="S" valueAsString="32"/>
                </changeableData>
              </options>
              <options xmi:id="_cKumgOrUEeKuVbNG4VT_YQ" name="TSOP I: 0.5mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="__02ccOrbEeKuVbNG4VT_YQ" expression="lambda_3 = 1.0 * pow(S, 0.36);"/>
                <changeableData xmi:id="_HLKKYOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 18 to 32">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_HLKKYerWEeKuVbNG4VT_YQ" name="S" valueAsString="32"/>
                </changeableData>
              </options>
              <options xmi:id="_O4MZcOrUEeKuVbNG4VT_YQ" name="TSOP II: 0.8mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_G2cP4OrcEeKuVbNG4VT_YQ" expression="lambda_3 = 0.04 * pow(S, 1.2);"/>
                <changeableData xmi:id="_HQEfkOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 28 to 54">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_HQEfkerWEeKuVbNG4VT_YQ" name="S" valueAsString="54"/>
                </changeableData>
              </options>
              <options xmi:id="_QxSpEOrUEeKuVbNG4VT_YQ" name="TSOP II: 0.65mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_KsD2kOrcEeKuVbNG4VT_YQ" expression="lambda_3 = 0.042 * pow(S, 1.1);"/>
                <changeableData xmi:id="_HUYX0OrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 34 to 60">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_HUYX0erWEeKuVbNG4VT_YQ" name="S" valueAsString="60"/>
                </changeableData>
              </options>
              <options xmi:id="_S_-HIOrUEeKuVbNG4VT_YQ" name="TSOP II: 0.5mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_N-3rIOrcEeKuVbNG4VT_YQ" expression="lambda_3 = 0.075 * pow(S, 0.9);"/>
                <changeableData xmi:id="_HY_yEOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 34 to 60">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_HY_yEerWEeKuVbNG4VT_YQ" name="S" valueAsString="60"/>
                </changeableData>
              </options>
              <options xmi:id="_hX-HcOrUEeKuVbNG4VT_YQ" name="TSOP II: 0.4mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_S9F4oOrcEeKuVbNG4VT_YQ" expression="lambda_3 = 0.075 * pow(S, 0.9);"/>
                <changeableData xmi:id="_HdmlQOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 34 to 60">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_HdmlQerWEeKuVbNG4VT_YQ" name="S" valueAsString="60"/>
                </changeableData>
              </options>
              <options xmi:id="_i2cQkOrUEeKuVbNG4VT_YQ" name="PLCC: 1.27mm pitch" description="">
                <expressions xsi:type="mexp:MExpression" xmi:id="_gegPMOrcEeKuVbNG4VT_YQ" expression="lambda_3 = 0.021 * pow(S, 1.57);"/>
                <changeableData xmi:id="_HiN_gOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 20 to 84">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_HiN_gerWEeKuVbNG4VT_YQ" name="S" valueAsString="84"/>
                </changeableData>
              </options>
              <options xmi:id="_dc_qMOrVEeKuVbNG4VT_YQ" name="PQFP, TQFP" description="Plastic (Thin) Quad Flatpack, L Lead">
                <expressions xsi:type="mexp:MExpression" xmi:id="_kPXRsOrcEeKuVbNG4VT_YQ" expression="lambda_3 = ifThenElse(lessEq(S, 40), 1.3,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 60), 4.1,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 68), 7.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 110), 10.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 225), 23,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 280), 29, 42))))));"/>
                <changeableData xmi:id="_Hmh3wOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 32 to 304">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_Hmh3werWEeKuVbNG4VT_YQ" name="S" valueAsString="304"/>
                </changeableData>
              </options>
              <options xmi:id="_q1oUsOrUEeKuVbNG4VT_YQ" name="ED QUAD, Power QUAD" description="PQFP with heat sink">
                <expressions xsi:type="mexp:MExpression" xmi:id="_7WT_IOrcEeKuVbNG4VT_YQ" expression="lambda_3 = ifThenElse(lessEq(S, 40), 1.3,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 60), 4.1,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 68), 7.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 110), 10.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 225), 23,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 280), 29, 42))))));"/>
                <changeableData xmi:id="_Hq_hAOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 32 to 304">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_Hq_hAerWEeKuVbNG4VT_YQ" name="S" valueAsString="304"/>
                </changeableData>
              </options>
              <options xmi:id="_i4rPwOrVEeKuVbNG4VT_YQ" name="PBGA" description="Plastic Ball Grid Array-pas &gt; 1mm">
                <expressions xsi:type="mexp:MExpression" xmi:id="_F83HEOrdEeKuVbNG4VT_YQ" expression="lambda_3 = ifThenElse(lessEq(S, 80), 11.4,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 160), 16.6,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 280), 26.6, 51.3)));"/>
                <changeableData xmi:id="_IJCu8OrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 64 to 400">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IJCu8erWEeKuVbNG4VT_YQ" name="S" valueAsString="400"/>
                </changeableData>
              </options>
              <options xmi:id="_z3TwkOrUEeKuVbNG4VT_YQ" name="SBGA (1mm-Corps 42.5x42.5 mm^2)" description="Shrink BGA-pas">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IMwxUerWEeKuVbNG4VT_YQ" name="S" valueAsString="580"/>
                <expressions xsi:type="mexp:MExpression" xmi:id="_YfBasOrdEeKuVbNG4VT_YQ" expression="lambda_3 = 71;"/>
              </options>
              <options xmi:id="_48-C0OrUEeKuVbNG4VT_YQ" name="SBGA (1mm-Corps 27x27 mm^2)" description="Shring BGA-pas">
                <expressions xsi:type="mexp:MVariable" xmi:id="_iBSigOraEeKuVbNG4VT_YQ" name="S" valueAsString="672"/>
                <expressions xsi:type="mexp:MExpression" xmi:id="_cBKEsOrdEeKuVbNG4VT_YQ" expression="lambda_3 = 33;"/>
              </options>
              <options xmi:id="_C-xe8OrVEeKuVbNG4VT_YQ" name="PDIL" description="Plastic Dual In Line">
                <expressions xsi:type="mexp:MExpression" xmi:id="_s07j4OrdEeKuVbNG4VT_YQ" expression="lambda_3 = 9 + (0.09 * S);"/>
                <changeableData xmi:id="_IUzTAOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 8 to 64">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IUzTAerWEeKuVbNG4VT_YQ" name="S" valueAsString="64"/>
                </changeableData>
              </options>
              <options xmi:id="_E6HKQOrVEeKuVbNG4VT_YQ" name="PPGA" description="Plastic Pin Grid Array">
                <expressions xsi:type="mexp:MExpression" xmi:id="_gubFEOrdEeKuVbNG4VT_YQ" expression="lambda_3 = 9 + (0.09 * S);"/>
                <changeableData xmi:id="_IYhVYOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 40 to 160">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_IYhVYerWEeKuVbNG4VT_YQ" name="S" valueAsString="160"/>
                </changeableData>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_H4F-UOrVEeKuVbNG4VT_YQ" name="Alumina (Ceramic package)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_102h8Oo9EeKuVbNG4VT_YQ" name="alpha_C" valueAsString="6.5" unit="ppm/°C"/>
              <options xmi:id="_lx5VEOrUEeKuVbNG4VT_YQ" name="CLCC: 1.27mm pitch">
                <expressions xsi:type="mexp:MExpression" xmi:id="_VlgP4OrdEeKuVbNG4VT_YQ" expression="lambda_3 = 0.021 * pow(S, 1.57);"/>
                <changeableData xmi:id="_I07kkOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 20 to 84">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_I07kkerWEeKuVbNG4VT_YQ" name="S" valueAsString="84"/>
                </changeableData>
              </options>
              <options xmi:id="_vSFR4OrUEeKuVbNG4VT_YQ" name="CQFP, CERQUAD">
                <expressions xsi:type="mexp:MExpression" xmi:id="_9PHT0OrcEeKuVbNG4VT_YQ" expression="lambda_3 = ifThenElse(lessEq(S, 40), 1.3,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 60), 4.1,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 68), 7.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 110), 10.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 225), 23,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 280), 29, 42))))));"/>
                <changeableData xmi:id="_I5ZN0OrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 32 to 304">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_I5ZN0erWEeKuVbNG4VT_YQ" name="S" valueAsString="304"/>
                </changeableData>
              </options>
              <options xmi:id="__U51QOrUEeKuVbNG4VT_YQ" name="CBGA">
                <expressions xsi:type="mexp:MExpression" xmi:id="_Sx78EOrdEeKuVbNG4VT_YQ" expression="lambda_3 = ifThenElse(lessEq(S, 80), 11.4,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 160), 16.6,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 280), 26.6, 51.3)));"/>
                <changeableData xmi:id="_I923EOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 64 to 400">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_I923EerWEeKuVbNG4VT_YQ" name="S" valueAsString="400"/>
                </changeableData>
              </options>
              <options xmi:id="_D9jbYOrVEeKuVbNG4VT_YQ" name="CDIL, CERDIP">
                <expressions xsi:type="mexp:MExpression" xmi:id="_nUVpIOrdEeKuVbNG4VT_YQ" expression="lambda_3 = 9 + (0.09 * S);"/>
                <changeableData xmi:id="_JB4bcOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 8 to 64">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_JB4bcerWEeKuVbNG4VT_YQ" name="S" valueAsString="64"/>
                </changeableData>
              </options>
              <options xmi:id="_FxdB8OrVEeKuVbNG4VT_YQ" name="CPGA">
                <expressions xsi:type="mexp:MExpression" xmi:id="_4mnCMOrdEeKuVbNG4VT_YQ" expression="lambda_3 = 9 + (0.09 * S);"/>
                <changeableData xmi:id="_JHFrkOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 40 to 160">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_JHFrkerWEeKuVbNG4VT_YQ" name="S" valueAsString="160"/>
                </changeableData>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_JalEwOrVEeKuVbNG4VT_YQ" name="Kovar (Metallic package)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_3Ha9EOo9EeKuVbNG4VT_YQ" name="alpha_C" valueAsString="5" unit="ppm/°C"/>
              <options xmi:id="_onGnoOrUEeKuVbNG4VT_YQ" name="MQUAD: 1.27mm pitch">
                <expressions xsi:type="mexp:MExpression" xmi:id="_WQpeoOrdEeKuVbNG4VT_YQ" expression="lambda_3 = 0.021 * pow(S, 1.57);"/>
                <changeableData xmi:id="_JuqB4OrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 20 to 84">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_JuqB4erWEeKuVbNG4VT_YQ" name="S" valueAsString="84"/>
                </changeableData>
              </options>
              <options xmi:id="_yASkkOrUEeKuVbNG4VT_YQ" name="MQFP, MQUAD">
                <expressions xsi:type="mexp:MExpression" xmi:id="_-u65sOrcEeKuVbNG4VT_YQ" expression="lambda_3 = ifThenElse(lessEq(S, 40), 1.3,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 60), 4.1,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 68), 7.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 110), 10.2,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 225), 23,&#xD;&#xA;&#x9;ifThenElse(lessEq(S, 280), 29, 42))))));"/>
                <changeableData xmi:id="_J4xnMOrWEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 32 to 304">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_J4xnMerWEeKuVbNG4VT_YQ" name="S" valueAsString="304"/>
                </changeableData>
              </options>
            </subDecisions>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_obmWsOreEeKuVbNG4VT_YQ" name="Determine package failure rate based on package diagonal" description="Method 2 for lambda_3 (see Table 17b); Linear thermal expansion coefficient alpha_C (see Table 14)">
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_vZUWwOreEeKuVbNG4VT_YQ" name="Epoxy (Plastic package)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_vZUWwereEeKuVbNG4VT_YQ" name="alpha_C" valueAsString="21.5" unit="ppm/°C"/>
              <options xmi:id="_dRBs8OrkEeKuVbNG4VT_YQ" name="Two rows connections package" description="Examples: SO, SOP, SOJ, VSOP, SSOP, TSSOP, TSOP I/II, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_8CyYsOreEeKuVbNG4VT_YQ" expression="lambda_3 = 0.024 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(((S/2) - 1) * pitch, 2) + pow (width, 2), 0.5);"/>
                <changeableData xmi:id="_946oUOroEeKuVbNG4VT_YQ" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_946oUeroEeKuVbNG4VT_YQ" name="S" valueAsString="80"/>
                </changeableData>
                <changeableData xmi:id="_5Lyx4OroEeKuVbNG4VT_YQ" name="Pitch">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_BdbQ4OrpEeKuVbNG4VT_YQ" name="pitch" valueAsString="2.54" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_SZhloOrpEeKuVbNG4VT_YQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_SZhloerpEeKuVbNG4VT_YQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
              </options>
              <options xmi:id="_finfoOrlEeKuVbNG4VT_YQ" name="Peripheral connections package" description="Examples: PLCC, CLCC, MQUAD, PGFP, TQFP, CQFP, MQFP, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="__fDAAOrlEeKuVbNG4VT_YQ" expression="lambda_3 = 0.048 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(((S/4) - 1) * pitch, 2) + pow (width, 2), 0.5);"/>
                <changeableData xmi:id="_YCKCEOrpEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 4 to 40">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_YCKCEerpEeKuVbNG4VT_YQ" name="S" valueAsString="64"/>
                </changeableData>
                <changeableData xmi:id="_YCKCEurpEeKuVbNG4VT_YQ" name="Pitch">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_YCKCE-rpEeKuVbNG4VT_YQ" name="pitch" valueAsString="2.54" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_YCKCFOrpEeKuVbNG4VT_YQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_YCKCFerpEeKuVbNG4VT_YQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
              </options>
              <options xmi:id="_ufqtwOrlEeKuVbNG4VT_YQ" name="Matrix connections package" description="Examples, PBGA, CDGA, SBGA, µBGA, CSP, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_ImYX8OrmEeKuVbNG4VT_YQ" expression="lambda_3 = 0.073 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(length, 2) + pow(width, 2), 0.5);"/>
                <changeableData xmi:id="_YYBkYOrpEeKuVbNG4VT_YQ" name="Pin Number" description="Valid range: 4 to 40">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_YYBkYerpEeKuVbNG4VT_YQ" name="S" valueAsString="64"/>
                </changeableData>
                <changeableData xmi:id="_esYeYOrpEeKuVbNG4VT_YQ" name="Length">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_esYeYerpEeKuVbNG4VT_YQ" name="length" valueAsString="1" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_hgjPIOrpEeKuVbNG4VT_YQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_hgjPIerpEeKuVbNG4VT_YQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
              </options>
              <options xmi:id="_xvgt4OrlEeKuVbNG4VT_YQ" name="Bare die with epoxy drop" description="Chip on Board">
                <expressions xsi:type="mexp:MExpression" xmi:id="_mykCsOrmEeKuVbNG4VT_YQ" expression="lambda_3 = 0.048 * pow(D, 1.68);"/>
                <changeableData xmi:id="_ZRmQtOrpEeKuVbNG4VT_YQ" name="Diagonal">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_ZRmQterpEeKuVbNG4VT_YQ" name="D" valueAsString="1" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_zNS6QPLXEeK9zpoZ0k3lmg" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_zNS6QfLXEeK9zpoZ0k3lmg" name="S" valueAsString="80"/>
                </changeableData>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_vZUXEOreEeKuVbNG4VT_YQ" name="Alumina (Ceramic package)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_vZUXEereEeKuVbNG4VT_YQ" name="alpha_C" valueAsString="6.5" unit="ppm/°C"/>
              <options xmi:id="_8Ua3EOrlEeKuVbNG4VT_YQ" name="Two rows connections package" description="Examples: SO, SOP, SOJ, VSOP, SSOP, TSSOP, TSOP I/II, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_-i8kIOrlEeKuVbNG4VT_YQ" expression="lambda_3 = 0.024 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(((S/2) - 1) * pitch, 2) + pow (width, 2), 0.5);"/>
                <changeableData xmi:id="_OBQzYPLVEeKB64lTcK7cjQ" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_OBQzYfLVEeKB64lTcK7cjQ" name="S" valueAsString="80"/>
                </changeableData>
                <changeableData xmi:id="_OBQzYvLVEeKB64lTcK7cjQ" name="Pitch">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_OBQzY_LVEeKB64lTcK7cjQ" name="pitch" valueAsString="2.54" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_OBQzZPLVEeKB64lTcK7cjQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_OBQzZfLVEeKB64lTcK7cjQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
              </options>
              <options xmi:id="_8Ua3EerlEeKuVbNG4VT_YQ" name="Peripheral connections package" description="Examples: PLCC, CLCC, MQUAD, PGFP, TQFP, CQFP, MQFP, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_GE0aIOrmEeKuVbNG4VT_YQ" expression="lambda_3 = 0.048 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(((S/4) - 1) * pitch, 2) + pow (width, 2), 0.5);"/>
                <changeableData xmi:id="_R-LU4PLVEeKB64lTcK7cjQ" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_R-LU4fLVEeKB64lTcK7cjQ" name="S" valueAsString="80"/>
                </changeableData>
                <changeableData xmi:id="_R-LU4vLVEeKB64lTcK7cjQ" name="Pitch">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_R-LU4_LVEeKB64lTcK7cjQ" name="pitch" valueAsString="2.54" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_R-LU5PLVEeKB64lTcK7cjQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_R-LU5fLVEeKB64lTcK7cjQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
              </options>
              <options xmi:id="_8Ua3EurlEeKuVbNG4VT_YQ" name="Matrix connections package" description="Examples, PBGA, CDGA, SBGA, µBGA, CSP, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_RClIMOrmEeKuVbNG4VT_YQ" expression="lambda_3 = 0.073 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(length, 2) + pow(width, 2), 0.5);"/>
                <changeableData xmi:id="_V6fZcPLVEeKB64lTcK7cjQ" name="Length">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_V6fZcfLVEeKB64lTcK7cjQ" name="length" valueAsString="1" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_WfY2QPLVEeKB64lTcK7cjQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_WfY2QfLVEeKB64lTcK7cjQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_0ofF4PLXEeK9zpoZ0k3lmg" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_0ofF4fLXEeK9zpoZ0k3lmg" name="S" valueAsString="80"/>
                </changeableData>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_vZUXJureEeKuVbNG4VT_YQ" name="Kovar (Metallic package)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_vZUXJ-reEeKuVbNG4VT_YQ" name="alpha_C" valueAsString="5" unit="ppm/°C"/>
              <options xmi:id="_8ijZsOrlEeKuVbNG4VT_YQ" name="Two rows connections package" description="Examples: SO, SOP, SOJ, VSOP, SSOP, TSSOP, TSOP I/II, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_-ytecOrlEeKuVbNG4VT_YQ" expression="lambda_3 = 0.024 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(((S/2) - 1) * pitch, 2) + pow (width, 2), 0.5);"/>
                <changeableData xmi:id="_bsChUPLVEeKB64lTcK7cjQ" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_bsChUfLVEeKB64lTcK7cjQ" name="S" valueAsString="80"/>
                </changeableData>
                <changeableData xmi:id="_bsChUvLVEeKB64lTcK7cjQ" name="Pitch">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_bsChU_LVEeKB64lTcK7cjQ" name="pitch" valueAsString="2.54" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_bsChVPLVEeKB64lTcK7cjQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_bsChVfLVEeKB64lTcK7cjQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
              </options>
              <options xmi:id="_8ijZserlEeKuVbNG4VT_YQ" name="Peripheral connections package" description="Examples: PLCC, CLCC, MQUAD, PGFP, TQFP, CQFP, MQFP, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_GXtg8OrmEeKuVbNG4VT_YQ" expression="lambda_3 = 0.048 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(((S/4) - 1) * pitch, 2) + pow (width, 2), 0.5);"/>
                <changeableData xmi:id="_cc_dIPLVEeKB64lTcK7cjQ" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_cc_dIfLVEeKB64lTcK7cjQ" name="S" valueAsString="80"/>
                </changeableData>
                <changeableData xmi:id="_cc_dIvLVEeKB64lTcK7cjQ" name="Pitch">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_cc_dI_LVEeKB64lTcK7cjQ" name="pitch" valueAsString="2.54" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_cc_dJPLVEeKB64lTcK7cjQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_cc_dJfLVEeKB64lTcK7cjQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
              </options>
              <options xmi:id="_8ijZsurlEeKuVbNG4VT_YQ" name="Matrix connections package" description="Examples, PBGA, CDGA, SBGA, µBGA, CSP, etc.">
                <expressions xsi:type="mexp:MExpression" xmi:id="_RUuoIOrmEeKuVbNG4VT_YQ" expression="lambda_3 = 0.073 * pow(D, 1.68);&#xD;&#xA;D = pow(pow(length, 2) + pow(width, 2), 0.5);"/>
                <changeableData xmi:id="_dGDBMPLVEeKB64lTcK7cjQ" name="Length">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_dGDBMfLVEeKB64lTcK7cjQ" name="length" valueAsString="1" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_dr-_0PLVEeKB64lTcK7cjQ" name="Width">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_dr-_0fLVEeKB64lTcK7cjQ" name="width" valueAsString="1" unit="mm"/>
                </changeableData>
                <changeableData xmi:id="_1tXqUPLXEeK9zpoZ0k3lmg" name="Pin Number" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_1tXqUfLXEeK9zpoZ0k3lmg" name="S" valueAsString="80"/>
                </changeableData>
              </options>
            </subDecisions>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_avkBYO74EeK_OumqEaerCw" name="Thermal resistance" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_lTmA0O74EeK_OumqEaerCw" name="Determine based on Junction-case thermal resistance (R_jc)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_LlMiMO-3EeK_OumqEaerCw" expression="RTH = R_jc;&#xD;&#xA;t_j(i) = t_ac[i&#x5d; + delta_ac + (P * R_jc);"/>
            <options xmi:id="_0Uz9QO74EeK_OumqEaerCw" name="DIL ceramic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_IBXncO75EeK_OumqEaerCw" expression="R_jc = 0.23 * (10 + (1520/(S + 3)));"/>
              <changeableData xmi:id="_NF7xoC8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_NF7xoS8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_67xqMO74EeK_OumqEaerCw" name="DIL plastic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_QrQOYO75EeK_OumqEaerCw" expression="R_jc = 0.33 * (10 + (1520/(S + 3)));"/>
              <changeableData xmi:id="_NVjiAC8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_NVjiAS8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_78MlYO74EeK_OumqEaerCw" name="PLCC plastic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_Qw6KcO75EeK_OumqEaerCw" expression="R_jc = 0.28 * (15 + (1600/(S + 3)));"/>
              <changeableData xmi:id="_Nh578C8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_Nh578S8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_9ZoMsO74EeK_OumqEaerCw" name="SOJ and SOL plastic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_Q10foO75EeK_OumqEaerCw" expression="R_jc = 0.28 * (15 + (1760/(S + 3)));"/>
              <changeableData xmi:id="_NtEDEC8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_NtEDES8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_-9cv4O74EeK_OumqEaerCw" name="TSOP plastic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_Q6uNwO75EeK_OumqEaerCw" expression="R_jc = 0.4 * (20 + (2500/(S + 3)));"/>
              <changeableData xmi:id="_N3oUUC8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_N3oUUS8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_ApKq0O75EeK_OumqEaerCw" name="PGA ceramic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_Q_L3AO75EeK_OumqEaerCw" expression="R_jc = 0.33 * (10 + (1440/(S + 3)));"/>
              <changeableData xmi:id="_OBmIoC8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_OBmIoS8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_B4T-gO75EeK_OumqEaerCw" name="QFP plastic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_RD9CQO75EeK_OumqEaerCw" expression="R_jc = 0.4 * (27 + (2260/(S + 3)));"/>
              <changeableData xmi:id="_OLazAC8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_OLazAS8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
            <options xmi:id="_DaDeEO75EeK_OumqEaerCw" name="BGA plastic package">
              <expressions xsi:type="mexp:MExpression" xmi:id="_RPaEUO75EeK_OumqEaerCw" expression="R_jc = 0.4 * (6.6 + (1.1e6 / pow(S, 2)));"/>
              <changeableData xmi:id="_Ob77QC8wEeOpro09cNRzOg" name="Delta temperature ambient-case">
                <expressions xsi:type="mexp:MVariable" xmi:id="_Ob77QS8wEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
              </changeableData>
            </options>
          </subDecisions>
          <subDecisions xmi:id="_Bzl3gO-yEeK_OumqEaerCw" name="Determine based on Junction-ambient thermal resistance (R_ja)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_Qi050O-3EeK_OumqEaerCw" expression="RTH = R_ja;&#xD;&#xA;t_j(i) = t_ac[i&#x5d; + (P * R_ja);"/>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_rrhzQO74EeK_OumqEaerCw" name="Package type">
              <options xmi:id="_hgb6MO-mEeK_OumqEaerCw" name="DIL ceramic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6Me-mEeK_OumqEaerCw" expression="R_ja = (0.23 +(0.66 * K)) * (10 + (1520/(S + 3)));"/>
              </options>
              <options xmi:id="_hgb6Mu-mEeK_OumqEaerCw" name="DIL plastic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6M--mEeK_OumqEaerCw" expression="R_ja = (0.23 +(0.66 * K)) * (10 + (1520/(S + 3)));"/>
              </options>
              <options xmi:id="_hgb6NO-mEeK_OumqEaerCw" name="PLCC plastic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6Ne-mEeK_OumqEaerCw" expression="R_ja = (0.28 +(0.72 * K)) * (10 + (1600/(S + 3)));"/>
              </options>
              <options xmi:id="_hgb6Nu-mEeK_OumqEaerCw" name="SOJ and SOL plastic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6N--mEeK_OumqEaerCw" expression="R_ja = (0.28 +(0.72 * K)) * (10 + (1760/(S + 3)));"/>
              </options>
              <options xmi:id="_hgb6OO-mEeK_OumqEaerCw" name="TSOP plastic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6Oe-mEeK_OumqEaerCw" expression="R_ja = (0.4 +(0.6 * K)) * (20 + (2500/(S + 3)));"/>
              </options>
              <options xmi:id="_hgb6Ou-mEeK_OumqEaerCw" name="PGA ceramic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6O--mEeK_OumqEaerCw" expression="R_ja = (0.33 +(0.66 * K)) * (10 + (1440/(S + 3)));"/>
              </options>
              <options xmi:id="_hgb6PO-mEeK_OumqEaerCw" name="QFP plastic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6Pe-mEeK_OumqEaerCw" expression="R_ja = (0.4 +(0.6 * K)) * (27 + (2260/(S + 3)));"/>
              </options>
              <options xmi:id="_hgb6Pu-mEeK_OumqEaerCw" name="BGA plastic package">
                <expressions xsi:type="mexp:MExpression" xmi:id="_hgb6P--mEeK_OumqEaerCw" expression="R_ja = (0.4 +(0.6 * K)) * (6.6 + (1.1e6 / pow(S, 2)));"/>
              </options>
            </subDecisions>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_J_CO8O-yEeK_OumqEaerCw" name="Cooling type" description="Table 13">
              <options xmi:id="_N73Q4O-yEeK_OumqEaerCw" name="Natural convection">
                <expressions xsi:type="mexp:MVariable" xmi:id="_P2SWMO-yEeK_OumqEaerCw" name="K" valueAsString="1.4"/>
              </options>
              <options xmi:id="_QN8oQO-yEeK_OumqEaerCw" name="Slightly assisted cooling">
                <expressions xsi:type="mexp:MVariable" xmi:id="_QN8oQe-yEeK_OumqEaerCw" name="K" valueAsString="1.2"/>
              </options>
              <options xmi:id="_SH_6IO-yEeK_OumqEaerCw" name="Fan assisted cooling">
                <expressions xsi:type="mexp:MVariable" xmi:id="_SH_6Ie-yEeK_OumqEaerCw" name="K" valueAsString="1"/>
              </options>
              <options xmi:id="_TUtk4O-yEeK_OumqEaerCw" name="Forced cooling">
                <expressions xsi:type="mexp:MVariable" xmi:id="_TUtk4e-yEeK_OumqEaerCw" name="K" valueAsString="0.7"/>
              </options>
              <options xmi:id="_WcspgO-yEeK_OumqEaerCw" name="Custom air flow factor K">
                <changeableData xmi:id="_y6fAIO-vEeK_OumqEaerCw" name="Airflow factor" description="">
                  <expressions xsi:type="mexp:MVariable" xmi:id="_4HScMO-vEeK_OumqEaerCw" name="K" valueAsString="1"/>
                </changeableData>
              </options>
            </subDecisions>
          </subDecisions>
          <options xmi:id="_fVsfAO74EeK_OumqEaerCw" name="Junction-case thermal resistance given by manufacturer (R_jc)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_QPo4EO-3EeK_OumqEaerCw" expression="RTH = R_jc;&#xD;&#xA;t_j(i) = t_ac[i&#x5d; + delta_ac + (P * R_jc);"/>
            <changeableData xmi:id="_ua5IAO-yEeK_OumqEaerCw" name="Junction-case thermal resistance">
              <expressions xsi:type="mexp:MVariable" xmi:id="_xAobMO-yEeK_OumqEaerCw" name="R_jc" valueAsString="80" unit="°C/W"/>
            </changeableData>
            <changeableData xmi:id="_RXsX4PN-EeK9zpoZ0k3lmg" name="Delta temperature ambient-case">
              <expressions xsi:type="mexp:MVariable" xmi:id="_YTyAQPN-EeK9zpoZ0k3lmg" name="delta_ac" valueAsString="0" unit="°C"/>
            </changeableData>
          </options>
          <options xmi:id="_tTWYgO-vEeK_OumqEaerCw" name="Junction-ambient thermal resistance given by manufacturer (R_ja)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_SWugYO-3EeK_OumqEaerCw" expression="RTH = R_ja;&#xD;&#xA;t_j(i) = t_ac[i&#x5d; + (P * R_ja);"/>
            <changeableData xmi:id="_BXGTUO-zEeK_OumqEaerCw" name="Junction-ambient thermal resistance">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9nIBoO-yEeK_OumqEaerCw" name="R_ja" valueAsString="80" unit="°C/W"/>
            </changeableData>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_V9_pYO-0EeK_OumqEaerCw" name="Interface circuits" description="Used to determine pi_I (lambda_EOS)" kind="DETAIL">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_qpx78O-0EeK_OumqEaerCw" name="Electrical environment">
          <options xmi:id="_tP0KEO-0EeK_OumqEaerCw" name="Computer">
            <expressions xsi:type="mexp:MVariable" xmi:id="_tP0KEe-0EeK_OumqEaerCw" name="pi_I" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_-5v1MO-0EeK_OumqEaerCw" name="lambda_EOS" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_wAaCYO-0EeK_OumqEaerCw" name="Telecoms - switching">
            <expressions xsi:type="mexp:MVariable" xmi:id="_wAaCYe-0EeK_OumqEaerCw" name="pi_I" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_DR4TEO-1EeK_OumqEaerCw" name="lambda_EOS" valueAsString="15" unit="FIT"/>
          </options>
          <options xmi:id="_yM_1wO-0EeK_OumqEaerCw" name="Telecoms - transmitting, access, subscriber cards">
            <expressions xsi:type="mexp:MVariable" xmi:id="_yM_1we-0EeK_OumqEaerCw" name="pi_I" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_EdwQUO-1EeK_OumqEaerCw" name="lambda_EOS" valueAsString="40" unit="FIT"/>
          </options>
          <options xmi:id="_0nRf0O-0EeK_OumqEaerCw" name="Telecoms - subscriber equipment">
            <expressions xsi:type="mexp:MVariable" xmi:id="_0nRf0e-0EeK_OumqEaerCw" name="pi_I" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_FGXvgO-1EeK_OumqEaerCw" name="lambda_EOS" valueAsString="70" unit="FIT"/>
          </options>
          <options xmi:id="_2htzQO-0EeK_OumqEaerCw" name="Railways, payphone">
            <expressions xsi:type="mexp:MVariable" xmi:id="_2htzQe-0EeK_OumqEaerCw" name="pi_I" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_F1-ngO-1EeK_OumqEaerCw" name="lambda_EOS" valueAsString="100" unit="FIT"/>
          </options>
          <options xmi:id="_40tJkO-0EeK_OumqEaerCw" name="Civilian avionics (on board calculators)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_40tJke-0EeK_OumqEaerCw" name="pi_I" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_G0naAO-1EeK_OumqEaerCw" name="lambda_EOS" valueAsString="20" unit="FIT"/>
          </options>
          <options xmi:id="_8wIdUO-0EeK_OumqEaerCw" name="Voltage supply, Converters">
            <expressions xsi:type="mexp:MVariable" xmi:id="_8wIdUe-0EeK_OumqEaerCw" name="pi_I" valueAsString="1"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_IOeI4O-1EeK_OumqEaerCw" name="lambda_EOS" valueAsString="40" unit="FIT"/>
          </options>
        </subDecisions>
        <options xmi:id="_ZNFbkO-0EeK_OumqEaerCw" name="Non Interfaces">
          <expressions xsi:type="mexp:MVariable" xmi:id="_h_AkMO-0EeK_OumqEaerCw" name="pi_I" valueAsString="0"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_CHfjkO-1EeK_OumqEaerCw" name="lambda_EOS" valueAsString="0" unit="FIT"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_8HovYO-zEeK_OumqEaerCw" name="Dissipated Power">
        <expressions xsi:type="mexp:MVariable" xmi:id="_CHeK4O-0EeK_OumqEaerCw" name="P" valueAsString="1" unit="W"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_c_7wMO-2EeK_OumqEaerCw" name="Number of transistors">
        <expressions xsi:type="mexp:MVariable" xmi:id="_eY5uQO-2EeK_OumqEaerCw" name="N_trans" valueAsString="1e7"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_TDteAO--EeK_OumqEaerCw" name="Year of manufacturing" description="Valid range: 1999 - today">
        <expressions xsi:type="mexp:MVariable" xmi:id="_UiUxEO--EeK_OumqEaerCw" name="Y" valueAsString="1999" unit="year"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_PXXRYPLaEeK9zpoZ0k3lmg" name="Diodes and thyristors, transistors, optocouplers (Section 8)" description="IEC 60747-xx standard series" kind="CATEGORY">
      <subDecisions xmi:id="_pkMVMPLbEeK9zpoZ0k3lmg" name="Diodes (Sections 8.2, 8.3)" description="" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_HjW3oPLcEeK9zpoZ0k3lmg" expression="lambda = lambda_die + lambda_package + lambda_overstress;&#xD;&#xA;&#xD;&#xA;lambda_die = pi_U * lambda_0 * (sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off));&#xD;&#xA;lambda_package = 2.75e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68)) * lambda_B;&#xD;&#xA;lambda_overstress = pi_I * lambda_EOS;&#xD;&#xA;&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_t(i) = exp(4640 * ((1/313) - (1/(273 + t_j(i)))));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, ((deltaT_j / 3) + t_ac_avg) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;deltaT_j = P * RTH;&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_VZP04POWEeK9zpoZ0k3lmg" name="Type" kind="TYPE">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_US4UoPYFEeK05YJjkOuMRA" name="Diodes, lower power" description="Silicon: signal diodes; PIN; fast and slow recovery rectifier diodes; SCHOTTKY; up to 3A; Thyristors, triacs up to 3A; Zener diodes up to 1,5W; Transient voltage suppressors, up to 5 kW (peak, 10µs/1000µs); Gallium arsenide diodes, up to 0.1W">
            <options xmi:id="_i--DsPOWEeK9zpoZ0k3lmg" name="Signal diode -(Silicon, &lt;1A)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_eH4jgPOXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="0.07" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_pYiYYPOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_mHOOEPOWEeK9zpoZ0k3lmg" name="Recovery, Rectifier (Silicon, 1A to 3A)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_hebBgPOXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="0.1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_rd14APOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_rKD10POWEeK9zpoZ0k3lmg" name="Zener diode, regulator (Silicon, &lt;=1.5W)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_hjegoPOXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="0.4" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_rnXAYPOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_5aU2cPOWEeK9zpoZ0k3lmg" name="Suppressor - transient voltage (Silicon)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_hnpO8POXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="2.3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_rvsdAPOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_8fmlUPOWEeK9zpoZ0k3lmg" name="Suppressor - trigger transient voltage (Silicon)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_hrqMQPOXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="2" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_r4BSkPOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_-WBUYPOWEeK9zpoZ0k3lmg" name="Gallium arsenide diode (&lt;=0.1W)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_h4dSIPOXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="0.3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_sAM-MPOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_Byy9QPOXEeK9zpoZ0k3lmg" name="Thyristors, triacs (&lt;=3A) - permanent use" description="&quot;use&quot; corresponds to a switching condition with component reverse biased part of the time">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iF2N4POXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_sI1VwPOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="10"/>
            </options>
            <options xmi:id="_QLaBkPOXEeK9zpoZ0k3lmg" name="Thyristors, triacs (&lt;=3A) - occasional use (ratio off/on &gt;1)" description="&quot;use&quot; corresponds to a switching condition with component reverse biased part of the time (includes forward biased permanently)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iJkQQPOXEeK9zpoZ0k3lmg" name="lambda_0" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_sR6ZQPOXEeK9zpoZ0k3lmg" name="pi_U" valueAsString="1"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_dJskUPYFEeK05YJjkOuMRA" name="Power diode" description="Silicon: Rectifier diodes; fast recovery rectifier diodes; SCHOTTKY; above 3A. Thyristors, triacs; above 3A. Zener diodes above 1,5 W. Transient voltage suppressors 5 kW (en crÃªte, 10µs/1000µs). Gallium arsenide diodes, above 0,1W">
            <options xmi:id="_joeloPYFEeK05YJjkOuMRA" name="Recovery, Rectifier (Silion, &gt;3A)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelofYFEeK05YJjkOuMRA" name="lambda_0" valueAsString="0.7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelovYFEeK05YJjkOuMRA" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_joelo_YFEeK05YJjkOuMRA" name="Zener diode, regulator (Silicon, &gt;1.5W)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelpPYFEeK05YJjkOuMRA" name="lambda_0" valueAsString="0.7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelpfYFEeK05YJjkOuMRA" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_joelpvYFEeK05YJjkOuMRA" name="Suppressor - transient voltage (Silicon)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelp_YFEeK05YJjkOuMRA" name="lambda_0" valueAsString="0.7" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelqPYFEeK05YJjkOuMRA" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_joelqfYFEeK05YJjkOuMRA" name="Suppressor - trigger transient voltage (Silicon)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelqvYFEeK05YJjkOuMRA" name="lambda_0" valueAsString="3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelq_YFEeK05YJjkOuMRA" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_joelrPYFEeK05YJjkOuMRA" name="Gallium arsenide diode (&gt;0.1W)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelrfYFEeK05YJjkOuMRA" name="lambda_0" valueAsString="1" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelrvYFEeK05YJjkOuMRA" name="pi_U" valueAsString="1"/>
            </options>
            <options xmi:id="_joelr_YFEeK05YJjkOuMRA" name="Thyristors, triacs (&gt;3A) - permanent use" description="&quot;use&quot; corresponds to a switching condition with component reverse biased part of the time">
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelsPYFEeK05YJjkOuMRA" name="lambda_0" valueAsString="3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_joelsfYFEeK05YJjkOuMRA" name="pi_U" valueAsString="10"/>
            </options>
            <options xmi:id="_joelsvYFEeK05YJjkOuMRA" name="Thyristors, triacs (&gt;3A) - occasional use (ratio off/on &gt;1)" description="&quot;use&quot; corresponds to a switching condition with component reverse biased part of the time (includes forward biased permanently)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_joels_YFEeK05YJjkOuMRA" name="lambda_0" valueAsString="3" unit="FIT"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_joeltPYFEeK05YJjkOuMRA" name="pi_U" valueAsString="1"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_MK7goPOVEeK9zpoZ0k3lmg" name="Protection" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_YFX8kPOZEeK9zpoZ0k3lmg" name="Protection diode and interface" description="Used to determine pi_I (lambda_EOS)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_vVZGcPOZEeK9zpoZ0k3lmg" expression="t_j(i) = ifThenElse(eq(RTH_CASE_BASED, 1), t_ac[i&#x5d; + delta_ac, t_ac[i&#x5d;);"/>
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_YFX8kfOZEeK9zpoZ0k3lmg" name="Electrical environment">
              <options xmi:id="_YFX8kvOZEeK9zpoZ0k3lmg" name="Computer">
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8k_OZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8lPOZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="10" unit="FIT"/>
              </options>
              <options xmi:id="_YFX8lfOZEeK9zpoZ0k3lmg" name="Telecoms - switching">
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8lvOZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8l_OZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="15" unit="FIT"/>
              </options>
              <options xmi:id="_YFX8mPOZEeK9zpoZ0k3lmg" name="Telecoms - transmitting, access, subscriber cards">
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8mfOZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8mvOZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="40" unit="FIT"/>
              </options>
              <options xmi:id="_YFX8m_OZEeK9zpoZ0k3lmg" name="Telecoms - subscriber equipment">
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8nPOZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8nfOZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="70" unit="FIT"/>
              </options>
              <options xmi:id="_YFX8nvOZEeK9zpoZ0k3lmg" name="Railways, payphone">
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8n_OZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8oPOZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="100" unit="FIT"/>
              </options>
              <options xmi:id="_YFX8ofOZEeK9zpoZ0k3lmg" name="Civilian avionics (on board calculators)">
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8ovOZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8o_OZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="20" unit="FIT"/>
              </options>
              <options xmi:id="_YFX8pPOZEeK9zpoZ0k3lmg" name="Voltage supply, Converters">
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8pfOZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8pvOZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="40" unit="FIT"/>
              </options>
            </subDecisions>
          </subDecisions>
          <options xmi:id="_OySkcPOVEeK9zpoZ0k3lmg" name="Diode used as protection (no interface)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_S7Zu4POVEeK9zpoZ0k3lmg" expression="t_j(i) = ifThenElse(eq(RTH_CASE_BASED, 1), t_ac[i&#x5d; + delta_ac, t_ac[i&#x5d;);"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8qPOZEeK9zpoZ0k3lmg" name="pi_I" valueAsString="0"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_YFX8qfOZEeK9zpoZ0k3lmg" name="lambda_EOS" valueAsString="0" unit="FIT"/>
          </options>
          <options xmi:id="_QokJkPOVEeK9zpoZ0k3lmg" name="Other diode usage">
            <expressions xsi:type="mexp:MExpression" xmi:id="_wFwJMPOVEeK9zpoZ0k3lmg" expression="t_j(i) = ifThenElse(eq(RTH_CASE_BASED, 1), t_ac[i&#x5d; + delta_ac + (P * R_jc), t_ac[i&#x5d; + (P * R_ja));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_PEc9YPYEEeK05YJjkOuMRA" name="pi_I" valueAsString="0"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_PoAWYPYEEeK05YJjkOuMRA" name="lambda_EOS" valueAsString="0" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xmi:id="_N7F54POZEeK9zpoZ0k3lmg" name="Package characteristics">
          <expressions xsi:type="mexp:MExpression" xmi:id="_z0EHoPX-EeK05YJjkOuMRA" expression="RTH = ifThenElse(eq(RTH_CASE_BASED, 1), R_jc, R_ja);&#xD;&#xA;"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_4g89gPLdEeK9zpoZ0k3lmg" name="Package type" description="see Table 18" kind="DETAIL">
            <options xmi:id="____h8PLdEeK9zpoZ0k3lmg" name="TO-18">
              <expressions xsi:type="mexp:MVariable" xmi:id="_zfjawPOOEeK9zpoZ0k3lmg" name="lambda_B" valueAsString="1" unit="FIT"/>
              <changeableData xmi:id="_6-kxEPX_EeK05YJjkOuMRA" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_Brtc4PLeEeK9zpoZ0k3lmg" name="R_jc" valueAsString="130" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_94sY0PX_EeK05YJjkOuMRA" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_Uckr4PODEeK9zpoZ0k3lmg" name="R_ja" valueAsString="450" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_ziW3IPX_EeK05YJjkOuMRA" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_oppoMPX_EeK05YJjkOuMRA" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_5cEvcPOBEeK9zpoZ0k3lmg" name="TO-39">
              <expressions xsi:type="mexp:MVariable" xmi:id="_-38PUPOOEeK9zpoZ0k3lmg" name="lambda_B" valueAsString="2.0" unit="FIT"/>
              <changeableData xmi:id="_PabUwPYBEeK05YJjkOuMRA" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HuIDUPODEeK9zpoZ0k3lmg" name="R_jc" valueAsString="35" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_pGEB8PYAEeK05YJjkOuMRA" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_WdhP8PODEeK9zpoZ0k3lmg" name="R_ja" valueAsString="200" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_eFeXcPYCEeK05YJjkOuMRA" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_eFeXcfYCEeK05YJjkOuMRA" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_7qcrgPOBEeK9zpoZ0k3lmg" name="TO-92">
              <expressions xsi:type="mexp:MVariable" xmi:id="_24N_sPOOEeK9zpoZ0k3lmg" name="lambda_B" valueAsString="1" unit="FIT"/>
              <changeableData xmi:id="_PyYhwPYBEeK05YJjkOuMRA" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_IqFVQPODEeK9zpoZ0k3lmg" name="R_jc" valueAsString="100" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_pWlKMPYAEeK05YJjkOuMRA" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_XhJ3MPODEeK9zpoZ0k3lmg" name="R_ja" valueAsString="300" unit="°C/W"/>
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          <options xmi:id="_prr_sPg-EeKC7O1aQzhd6Q" name="Silicon FET, MOS (&lt;5W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_6UsAAPhDEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(3480 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_pk93MPg_EeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.75" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_1fKCMPhIEeKC7O1aQzhd6Q" expression="pi_S = pi_S_1 * pi_S_2;&#xD;&#xA;&#xD;&#xA;pi_S_1 = 0.22 * exp(1.7 * S_1);&#xD;&#xA;pi_S_2 = 0.22 * exp(3 * S_2);&#xD;&#xA;&#xD;&#xA;S_1 = V_DS_max / V_DS_rated;&#xD;&#xA;S_2 = ifThenElse(lessEq(V_GS_max / V_GS_rated, 1), V_GS_max / V_GS_rated, 1);&#xD;&#xA;"/>
            <changeableData xmi:id="_KmP7QPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_PPySMPhKEeKC7O1aQzhd6Q" name="V_DS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_W1NygPhKEeKC7O1aQzhd6Q" name="Minimum specified V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_W1NygfhKEeKC7O1aQzhd6Q" name="V_DS_rated" valueAsString="20" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_n9MAEPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_n9MAEfhKEeKC7O1aQzhd6Q" name="V_GS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_qW30QPhKEeKC7O1aQzhd6Q" name="Minimum specified V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_qW30QfhKEeKC7O1aQzhd6Q" name="V_GS_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
          <options xmi:id="_kHcCEPhAEeKC7O1aQzhd6Q" name="Silicon IGBT (&lt;5W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_-0HYsPhDEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(3480 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_kHcCEvhAEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.75" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_GMBysPhKEeKC7O1aQzhd6Q" expression="pi_S = pi_S_1 * pi_S_2;&#xD;&#xA;&#xD;&#xA;pi_S_1 = 0.22 * exp(1.7 * S_1);&#xD;&#xA;pi_S_2 = 0.22 * exp(3 * S_2);&#xD;&#xA;&#xD;&#xA;S_1 = V_DS_max / V_DS_rated;&#xD;&#xA;S_2 = ifThenElse(lessEq(V_GS_max / V_GS_rated, 1), V_GS_max / V_GS_rated, 1);&#xD;&#xA;"/>
            <changeableData xmi:id="_9Gi_cPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9Gi_cfhKEeKC7O1aQzhd6Q" name="V_DS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9Gi_cvhKEeKC7O1aQzhd6Q" name="Minimum specified V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9Gi_c_hKEeKC7O1aQzhd6Q" name="V_DS_rated" valueAsString="20" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9Gi_dPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9Gi_dfhKEeKC7O1aQzhd6Q" name="V_GS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9Gi_dvhKEeKC7O1aQzhd6Q" name="Minimum specified V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9Gi_d_hKEeKC7O1aQzhd6Q" name="V_GS_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
          <options xmi:id="_m6AI8PhDEeKC7O1aQzhd6Q" name="Silicon Bipolar (&lt;5W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_m6AI8fhDEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(4640 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_m6AI8vhDEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.75" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_5dHQEPhJEeKC7O1aQzhd6Q" expression="pi_S = 0.22 * exp(1.7 * S);&#xD;&#xA;&#xD;&#xA;S = V_CE_max / V_CE_rated;&#xD;&#xA;"/>
            <changeableData xmi:id="_xiHS9PhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_CE voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_xiHS9fhKEeKC7O1aQzhd6Q" name="V_CE_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_xiHS9vhKEeKC7O1aQzhd6Q" name="Minimum specified V_CE breakdown voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_xiHS9_hKEeKC7O1aQzhd6Q" name="V_CE_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
          <options xmi:id="_5Y77sPg-EeKC7O1aQzhd6Q" name="GaAs Bipolar (&lt;1W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_C6Z4oPhEEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(4640 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_rhMTUPg_EeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.3" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_C76FwPhKEeKC7O1aQzhd6Q" expression="pi_S = 0.22 * exp(1.7 * S);&#xD;&#xA;&#xD;&#xA;S = V_CE_max / V_CE_rated;&#xD;&#xA;"/>
            <changeableData xmi:id="_-q01oPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_CE voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_-q01ofhKEeKC7O1aQzhd6Q" name="V_CE_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="__u9MIPhKEeKC7O1aQzhd6Q" name="Minimum specified V_CE breakdown voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="__u9MIfhKEeKC7O1aQzhd6Q" name="V_CE_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
          <options xmi:id="_OA1MwPg_EeKC7O1aQzhd6Q" name="Silicon FET, MOS (&gt;=5W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_HU68IPhEEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(3480 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_uKfQ0Pg_EeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IgWlwPhKEeKC7O1aQzhd6Q" expression="pi_S = pi_S_1 * pi_S_2;&#xD;&#xA;&#xD;&#xA;pi_S_1 = 0.22 * exp(1.7 * S_1);&#xD;&#xA;pi_S_2 = 0.22 * exp(3 * S_2);&#xD;&#xA;&#xD;&#xA;S_1 = V_DS_max / V_DS_rated;&#xD;&#xA;S_2 = ifThenElse(lessEq(V_GS_max / V_GS_rated, 1), V_GS_max / V_GS_rated, 1);&#xD;&#xA;"/>
            <changeableData xmi:id="_9kAXgPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9kAXgfhKEeKC7O1aQzhd6Q" name="V_DS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9kAXgvhKEeKC7O1aQzhd6Q" name="Minimum specified V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9kAXg_hKEeKC7O1aQzhd6Q" name="V_DS_rated" valueAsString="20" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9kAXhPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9kAXhfhKEeKC7O1aQzhd6Q" name="V_GS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9kAXhvhKEeKC7O1aQzhd6Q" name="Minimum specified V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9kAXh_hKEeKC7O1aQzhd6Q" name="V_GS_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
          <options xmi:id="_aHmNcPhDEeKC7O1aQzhd6Q" name="Silicon IGBT (&gt;=5W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_HyYUMPhEEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(3480 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_aHmNcvhDEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_IxnU4PhKEeKC7O1aQzhd6Q" expression="pi_S = pi_S_1 * pi_S_2;&#xD;&#xA;&#xD;&#xA;pi_S_1 = 0.22 * exp(1.7 * S_1);&#xD;&#xA;pi_S_2 = 0.22 * exp(3 * S_2);&#xD;&#xA;&#xD;&#xA;S_1 = V_DS_max / V_DS_rated;&#xD;&#xA;S_2 = ifThenElse(lessEq(V_GS_max / V_GS_rated, 1), V_GS_max / V_GS_rated, 1);&#xD;&#xA;"/>
            <changeableData xmi:id="_9yb1EPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9yb1EfhKEeKC7O1aQzhd6Q" name="V_DS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9yb1EvhKEeKC7O1aQzhd6Q" name="Minimum specified V_DS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9yb1E_hKEeKC7O1aQzhd6Q" name="V_DS_rated" valueAsString="20" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9yb1FPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9yb1FfhKEeKC7O1aQzhd6Q" name="V_GS_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_9yb1FvhKEeKC7O1aQzhd6Q" name="Minimum specified V_GS voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9yb1F_hKEeKC7O1aQzhd6Q" name="V_GS_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
          <options xmi:id="_riy5APhDEeKC7O1aQzhd6Q" name="Silicon Bipolar (&gt;=5W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_JCIE0PhEEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(4640 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_riy5AvhDEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_FVIm8PhKEeKC7O1aQzhd6Q" expression="pi_S = 0.22 * exp(1.7 * S);&#xD;&#xA;&#xD;&#xA;S = V_CE_max / V_CE_rated;&#xD;&#xA;"/>
            <changeableData xmi:id="_-_WUIPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_CE voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_-_WUIfhKEeKC7O1aQzhd6Q" name="V_CE_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_AJl5sPhLEeKC7O1aQzhd6Q" name="Minimum specified V_CE breakdown voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_AJl5sfhLEeKC7O1aQzhd6Q" name="V_CE_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
          <options xmi:id="_zmr-UPhAEeKC7O1aQzhd6Q" name="GaAs Bipolar (&gt;=1W)">
            <expressions xsi:type="mexp:MExpression" xmi:id="_LTUrYPhEEeKC7O1aQzhd6Q" expression="pi_t(i) = exp(4640 * ((1/373) - (1/(273 + t_j(i)))));"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_zmr-UfhAEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_FglpAPhKEeKC7O1aQzhd6Q" expression="pi_S = 0.22 * exp(1.7 * S);&#xD;&#xA;&#xD;&#xA;S = V_CE_max / V_CE_rated;&#xD;&#xA;"/>
            <changeableData xmi:id="__KgbQPhKEeKC7O1aQzhd6Q" name="Maximum repetitive applied V_CE voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="__KgbQfhKEeKC7O1aQzhd6Q" name="V_CE_max" valueAsString="5" unit="V"/>
            </changeableData>
            <changeableData xmi:id="_AWYYgPhLEeKC7O1aQzhd6Q" name="Minimum specified V_CE breakdown voltage">
              <expressions xsi:type="mexp:MVariable" xmi:id="_AWYYgfhLEeKC7O1aQzhd6Q" name="V_CE_rated" valueAsString="20" unit="V"/>
            </changeableData>
          </options>
        </subDecisions>
        <subDecisions xmi:id="_L284sPhLEeKC7O1aQzhd6Q" name="Package characteristics">
          <expressions xsi:type="mexp:MExpression" xmi:id="_L284sfhLEeKC7O1aQzhd6Q" expression="RTH = ifThenElse(eq(RTH_CASE_BASED, 1), R_jc, R_ja);&#xD;&#xA;"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_HMQOzvhMEeKC7O1aQzhd6Q" expression="t_j(i) = ifThenElse(eq(RTH_CASE_BASED, 1),  t_ac[i&#x5d; + delta_ac + (P * R_jc), t_ac[i&#x5d; + (P * R_ja));"/>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_L284svhLEeKC7O1aQzhd6Q" name="Package type" description="see Table 18" kind="DETAIL">
            <options xmi:id="_L284s_hLEeKC7O1aQzhd6Q" name="TO-18">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L284tPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1" unit="FIT"/>
              <changeableData xmi:id="_L284tfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284tvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="130" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L284t_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284uPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="450" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L284ufhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284uvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L284u_hLEeKC7O1aQzhd6Q" name="TO-39">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L284vPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="2.0" unit="FIT"/>
              <changeableData xmi:id="_L284vfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284vvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="35" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L284v_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284wPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="200" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L284wfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284wvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L284w_hLEeKC7O1aQzhd6Q" name="TO-92">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L284xPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1" unit="FIT"/>
              <changeableData xmi:id="_L284xfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284xvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="100" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L284x_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284yPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="300" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L284yfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284yvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L284y_hLEeKC7O1aQzhd6Q" name="SOT-23">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L284zPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1.0" unit="FIT"/>
              <changeableData xmi:id="_L284zfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L284zvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L284z_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2840PhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="400" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2840fhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2840vhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L2840_hLEeKC7O1aQzhd6Q" name="SOT-143">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L2841PhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1.0" unit="FIT"/>
              <changeableData xmi:id="_L2841fhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2841vhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2841_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2842PhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="400" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2842fhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2842vhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L2842_hLEeKC7O1aQzhd6Q" name="SOT-223">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L2843PhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="3.4" unit="FIT"/>
              <changeableData xmi:id="_L2843fhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2843vhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2843_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2844PhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="85" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2844fhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2844vhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_L285gvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285g_hLEeKC7O1aQzhd6Q" name="F 126">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285hPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1" unit="FIT"/>
              <changeableData xmi:id="_L285hfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285hvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285h_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
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              </changeableData>
              <changeableData xmi:id="_L285ifhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285ivhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285i_hLEeKC7O1aQzhd6Q" name="micromelf">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285jPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="2.5" unit="FIT"/>
              <changeableData xmi:id="_L285jfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285jvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285j_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285kPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="600" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285kfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285kvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285k_hLEeKC7O1aQzhd6Q" name="SOD-80 (minimelf)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285lPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="2.5" unit="FIT"/>
              <changeableData xmi:id="_L285lfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
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              </changeableData>
              <changeableData xmi:id="_L285l_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
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              </changeableData>
              <changeableData xmi:id="_L285mfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
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              </changeableData>
            </options>
            <options xmi:id="_L285m_hLEeKC7O1aQzhd6Q" name="melf">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285nPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="5.0" unit="FIT"/>
              <changeableData xmi:id="_L285nfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285nvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285n_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285oPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="450" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285ofhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285ovhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285o_hLEeKC7O1aQzhd6Q" name="SOD-110">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285pPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="0.8" unit="FIT"/>
              <changeableData xmi:id="_L285pfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285pvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285p_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285qPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="350" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285qfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285qvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285q_hLEeKC7O1aQzhd6Q" name="SOD-123">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285rPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1.0" unit="FIT"/>
              <changeableData xmi:id="_L285rfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285rvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285r_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285sPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="600" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285sfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285svhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285s_hLEeKC7O1aQzhd6Q" name="SOD-323">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285tPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="0.7" unit="FIT"/>
              <changeableData xmi:id="_L285tfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285tvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285t_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285uPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="600" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285ufhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285uvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285u_hLEeKC7O1aQzhd6Q" name="SOD-523">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285vPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="0.5" unit="FIT"/>
              <changeableData xmi:id="_L285vfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285vvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285v_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285wPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="100" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285wfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285wvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285w_hLEeKC7O1aQzhd6Q" name="SMA">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285xPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1.8" unit="FIT"/>
              <changeableData xmi:id="_L285xfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285xvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285x_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285yPhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="600" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285yfhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285yvhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L285y_hLEeKC7O1aQzhd6Q" name="SMB (DO-214)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L285zPhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="2.4" unit="FIT"/>
              <changeableData xmi:id="_L285zfhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L285zvhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L285z_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2850PhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="75" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2850fhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2850vhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L2850_hLEeKC7O1aQzhd6Q" name="SMC (DO-215)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L2851PhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="5.1" unit="FIT"/>
              <changeableData xmi:id="_L2851fhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2851vhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2851_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2852PhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="25" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2852fhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2852vhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L2852_hLEeKC7O1aQzhd6Q" name="DO-220">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L2853PhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="5.7" unit="FIT"/>
              <changeableData xmi:id="_L2853fhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2853vhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="3" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2853_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2854PhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="10" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2854fhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2854vhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="1"/>
              </changeableData>
            </options>
            <options xmi:id="_L2854_hLEeKC7O1aQzhd6Q" name="SOD-15">
              <expressions xsi:type="mexp:MVariable" xmi:id="_L2855PhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="5.1" unit="FIT"/>
              <changeableData xmi:id="_L2855fhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2855vhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2855_hLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2856PhLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="20" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2856fhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2856vhLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_L2856_hLEeKC7O1aQzhd6Q" name="Custom">
              <changeableData xmi:id="_L2857PhLEeKC7O1aQzhd6Q" name="Base failure rate">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2857fhLEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1.0" unit="FIT"/>
              </changeableData>
              <changeableData xmi:id="_L2857vhLEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2857_hLEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
              <changeableData xmi:id="_L2858PhLEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2858fhLEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_L2858vhLEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_L2858_hLEeKC7O1aQzhd6Q" name="R_ja" valueAsString="10" unit="°C/W"/>
              </changeableData>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MUserData" xmi:id="_WLZPYC8yEeOpro09cNRzOg" name="Delta temperature ambient-case">
            <expressions xsi:type="mexp:MVariable" xmi:id="_WLZPYS8yEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_HMQOsPhMEeKC7O1aQzhd6Q" name="Protection" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_HMQOsfhMEeKC7O1aQzhd6Q" name="Protection transistor and interface" description="Used to determine pi_I (lambda_EOS)">
            <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_HMQOs_hMEeKC7O1aQzhd6Q" name="Electrical environment">
              <options xmi:id="_HMQOtPhMEeKC7O1aQzhd6Q" name="Computer">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOtfhMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOtvhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="10" unit="FIT"/>
              </options>
              <options xmi:id="_HMQOt_hMEeKC7O1aQzhd6Q" name="Telecoms - switching">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOuPhMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOufhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="15" unit="FIT"/>
              </options>
              <options xmi:id="_HMQOuvhMEeKC7O1aQzhd6Q" name="Telecoms - transmitting, access, subscriber cards">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOu_hMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOvPhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="40" unit="FIT"/>
              </options>
              <options xmi:id="_HMQOvfhMEeKC7O1aQzhd6Q" name="Telecoms - subscriber equipment">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOvvhMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOv_hMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="70" unit="FIT"/>
              </options>
              <options xmi:id="_HMQOwPhMEeKC7O1aQzhd6Q" name="Railways, payphone">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOwfhMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOwvhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="100" unit="FIT"/>
              </options>
              <options xmi:id="_HMQOw_hMEeKC7O1aQzhd6Q" name="Civilian avionics (on board calculators)">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOxPhMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOxfhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="20" unit="FIT"/>
              </options>
              <options xmi:id="_HMQOxvhMEeKC7O1aQzhd6Q" name="Voltage supply, Converters">
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOx_hMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
                <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOyPhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="40" unit="FIT"/>
              </options>
            </subDecisions>
          </subDecisions>
          <options xmi:id="_HMQOyfhMEeKC7O1aQzhd6Q" name="Transistor used as protection (no interface)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOy_hMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="0"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOzPhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="0" unit="FIT"/>
          </options>
          <options xmi:id="_HMQOzfhMEeKC7O1aQzhd6Q" name="Other usage">
            <expressions xsi:type="mexp:MVariable" xmi:id="_HMQOz_hMEeKC7O1aQzhd6Q" name="pi_I" valueAsString="0"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_HMQO0PhMEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="0" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_MRSEQPhLEeKC7O1aQzhd6Q" name="Dissipated Power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_MRSEQfhLEeKC7O1aQzhd6Q" name="P" valueAsString="1" unit="W"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_2cPlsPLbEeK9zpoZ0k3lmg" name="Optocouplers (Section 8.6)" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_JMMvYPhbEeKC7O1aQzhd6Q" expression="lambda = lambda_die + lambda_package + lambda_overstress;&#xD;&#xA;&#xD;&#xA;lambda_die = 2.2 * pi_S * (sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off));&#xD;&#xA;lambda_package = 2.75e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68)) * lambda_B;&#xD;&#xA;lambda_overstress = pi_I * lambda_EOS;&#xD;&#xA;&#xD;&#xA;S = V_io / V_ioRM;&#xD;&#xA;pi_S = ifThenElse(lessEq(S, 0.3), 1.0, 0.001 * exp(23.02585093 * S));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_t(i) = exp(4640 * ((1/313) - (1/(273 + t_j(i)))));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, ((deltaT_j / 3) + t_ac_avg) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;deltaT_j = P * RTH;&#xD;&#xA;"/>
        <subDecisions xmi:id="_g_x5UPhbEeKC7O1aQzhd6Q" name="Package characteristics">
          <expressions xsi:type="mexp:MExpression" xmi:id="_g_x5UfhbEeKC7O1aQzhd6Q" expression="RTH = ifThenElse(eq(RTH_CASE_BASED, 1), R_jc, R_ja);&#xD;&#xA;"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_ifvQMfhbEeKC7O1aQzhd6Q" expression="t_j(i) = ifThenElse(eq(RTH_CASE_BASED, 1), t_ac[i&#x5d; + delta_ac + (P * R_jc), t_ac[i&#x5d; + (P * R_ja));"/>
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                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6dvhbEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_g_x6d_hbEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6ePhbEeKC7O1aQzhd6Q" name="R_ja" valueAsString="25" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_g_x6efhbEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6evhbEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_g_x6e_hbEeKC7O1aQzhd6Q" name="DO-220">
              <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6fPhbEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="5.7" unit="FIT"/>
              <changeableData xmi:id="_g_x6ffhbEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6fvhbEeKC7O1aQzhd6Q" name="R_jc" valueAsString="3" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_g_x6f_hbEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6gPhbEeKC7O1aQzhd6Q" name="R_ja" valueAsString="10" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_g_x6gfhbEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6gvhbEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="1"/>
              </changeableData>
            </options>
            <options xmi:id="_g_x6g_hbEeKC7O1aQzhd6Q" name="SOD-15">
              <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6hPhbEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="5.1" unit="FIT"/>
              <changeableData xmi:id="_g_x6hfhbEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6hvhbEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_g_x6h_hbEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6iPhbEeKC7O1aQzhd6Q" name="R_ja" valueAsString="20" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_g_x6ifhbEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6ivhbEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
            </options>
            <options xmi:id="_g_x6i_hbEeKC7O1aQzhd6Q" name="Custom">
              <changeableData xmi:id="_g_x6jPhbEeKC7O1aQzhd6Q" name="Base failure rate">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6jfhbEeKC7O1aQzhd6Q" name="lambda_B" valueAsString="1.0" unit="FIT"/>
              </changeableData>
              <changeableData xmi:id="_g_x6jvhbEeKC7O1aQzhd6Q" name="Junction temperature evaluation">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6j_hbEeKC7O1aQzhd6Q" name="RTH_CASE_BASED" valueAsString="0"/>
              </changeableData>
              <changeableData xmi:id="_g_x6kPhbEeKC7O1aQzhd6Q" name="Junction-case thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6kfhbEeKC7O1aQzhd6Q" name="R_jc" valueAsString="1" unit="°C/W"/>
              </changeableData>
              <changeableData xmi:id="_g_x6kvhbEeKC7O1aQzhd6Q" name="Junction-ambient thermal resistance">
                <expressions xsi:type="mexp:MVariable" xmi:id="_g_x6k_hbEeKC7O1aQzhd6Q" name="R_ja" valueAsString="10" unit="°C/W"/>
              </changeableData>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MUserData" xmi:id="_fXMQkC8yEeOpro09cNRzOg" name="Delta temperature ambient-case">
            <expressions xsi:type="mexp:MVariable" xmi:id="_fXMQkS8yEeOpro09cNRzOg" name="delta_ac" valueAsString="0" unit="°C"/>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_ifvQMvhbEeKC7O1aQzhd6Q" name="Optocoupler as interface" description="Used to determine pi_I (lambda_EOS)" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_ifvQM_hbEeKC7O1aQzhd6Q" name="Optocoupler used as interface">
            <options xmi:id="_ifvQNPhbEeKC7O1aQzhd6Q" name="Computer">
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQNfhbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQNvhbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="10" unit="FIT"/>
            </options>
            <options xmi:id="_ifvQN_hbEeKC7O1aQzhd6Q" name="Telecoms - switching">
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQOPhbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQOfhbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="15" unit="FIT"/>
            </options>
            <options xmi:id="_ifvQOvhbEeKC7O1aQzhd6Q" name="Telecoms - transmitting, access, subscriber cards">
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQO_hbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQPPhbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="40" unit="FIT"/>
            </options>
            <options xmi:id="_ifvQPfhbEeKC7O1aQzhd6Q" name="Telecoms - subscriber equipment">
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQPvhbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQP_hbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="70" unit="FIT"/>
            </options>
            <options xmi:id="_ifvQQPhbEeKC7O1aQzhd6Q" name="Railways, payphone">
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQQfhbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQQvhbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="100" unit="FIT"/>
            </options>
            <options xmi:id="_ifvQQ_hbEeKC7O1aQzhd6Q" name="Civilian avionics (on board calculators)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQRPhbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQRfhbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="20" unit="FIT"/>
            </options>
            <options xmi:id="_ifvQRvhbEeKC7O1aQzhd6Q" name="Voltage supply, Converters">
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQR_hbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
              <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQSPhbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="40" unit="FIT"/>
            </options>
          </subDecisions>
          <options xmi:id="_ifvQSfhbEeKC7O1aQzhd6Q" name="Non interface">
            <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQSvhbEeKC7O1aQzhd6Q" name="pi_I" valueAsString="0"/>
            <expressions xsi:type="mexp:MVariable" xmi:id="_ifvQS_hbEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="0" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="__4XXEPhbEeKC7O1aQzhd6Q" name="Dissipated Power">
          <expressions xsi:type="mexp:MVariable" xmi:id="__4XXEfhbEeKC7O1aQzhd6Q" name="P" valueAsString="1" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_QbnuAPhcEeKC7O1aQzhd6Q" name="Permanent applied voltage (input/output)" description="without considering partial discharges">
          <expressions xsi:type="mexp:MVariable" xmi:id="_QbnuAfhcEeKC7O1aQzhd6Q" name="V_io" valueAsString="0.5" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_YmQ0MPhcEeKC7O1aQzhd6Q" name="Peak, repetitive insulation voltage" description="">
          <expressions xsi:type="mexp:MVariable" xmi:id="_YmQ0MfhcEeKC7O1aQzhd6Q" name="V_ioRM" valueAsString="1" unit="V"/>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_L3s0sPhNEeKC7O1aQzhd6Q" name="Optoelectronics (Section 9)" description="" kind="CATEGORY">
      <subDecisions xmi:id="_W2k9EPhNEeKC7O1aQzhd6Q" name="Light Emitting Diodes (LED, Section 9.1)" description="IEC 60747-12-2, IEC 62007">
        <expressions xsi:type="mexp:MExpression" xmi:id="_-oqiYPheEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * pi_t;&#xD;&#xA;&#xD;&#xA;pi_t  = exp(4060 * ((1/343) - (1/(273 + t_j))));&#xD;&#xA;t_j = t_c + (RTH * P);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_eJj9UPhfEeKC7O1aQzhd6Q" name="Module type" kind="TYPE">
          <options xmi:id="_pIXNMPhfEeKC7O1aQzhd6Q" name="Elementary emitter module with fibered DEL (without electronic)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_5BXtQPhfEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="100" unit="FIT"/>
          </options>
          <options xmi:id="_to-4sPhfEeKC7O1aQzhd6Q" name="Emitter module with fibered DEL and DEL driver">
            <expressions xsi:type="mexp:MVariable" xmi:id="_7bNScPhfEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="130" unit="FIT"/>
          </options>
          <options xmi:id="_wUqb0PhfEeKC7O1aQzhd6Q" name="Emitter/receiver module with fibered DEL + PIN + electronics (with or without clock recovery)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_7f0FoPhfEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="180" unit="FIT"/>
          </options>
          <options xmi:id="_1XDXoPhfEeKC7O1aQzhd6Q" name="Emitter/receiver module with fibered DEL + APD + electronics (with or without clock recovery)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_7l6toPhfEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="200" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_bvl1QPhfEeKC7O1aQzhd6Q" name="Thermal resistance (junction/case)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_bvl1QfhfEeKC7O1aQzhd6Q" name="RTH" valueAsString="150" unit="°C/W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_ng0noPhfEeKC7O1aQzhd6Q" name="Dissipated Power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_ng0nofhfEeKC7O1aQzhd6Q" name="P" valueAsString="1" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_MwmQ8PhgEeKC7O1aQzhd6Q" name="Case temperature">
          <expressions xsi:type="mexp:MVariable" xmi:id="_Oen5APhgEeKC7O1aQzhd6Q" name="t_c" valueAsString="40" unit="°C"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_i13ZkPhNEeKC7O1aQzhd6Q" name="Laser diodes (Section 9.2)" description="">
        <expressions xsi:type="mexp:MExpression" xmi:id="_Zbbk0PhgEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * pi_t;&#xD;&#xA;&#xD;&#xA;t_j = t_c + (RTH * (P_e - P_o));&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_Zbbk0fhgEeKC7O1aQzhd6Q" name="Module type/Material" kind="TYPE">
          <options xmi:id="_Zbbk0vhgEeKC7O1aQzhd6Q" name="GaAlAs/GaAs - Elementary emitter module (0,8 µm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_Zbbk0_hgEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="3000" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_pi7XYPhhEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/318) - (1/(273 + t_j))));"/>
          </options>
          <options xmi:id="_-ZkEgPhgEeKC7O1aQzhd6Q" name="InGaAs/InP - Elementary emitter module without electronics (1,2 to 1,6 µm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_-ZkEgfhgEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="40" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_wReTAPhhEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));"/>
          </options>
          <options xmi:id="_D3xZoPhhEeKC7O1aQzhd6Q" name="InGaAs/InP - Elementary emitter module with electronics (1,2 to 1,6 µm)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_D3xZofhhEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="60" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_lKosAPhiEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));"/>
          </options>
          <options xmi:id="_F2YbYPhhEeKC7O1aQzhd6Q" name="InGaAs/InP - Emitter/receiver module with laser PIN + electronics (1,2 to 1,6 µm)" description="with or without clock recovery (without crystal)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_F2YbYfhhEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="80" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_lV79EPhiEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));"/>
          </options>
          <options xmi:id="_OUM8QPhhEeKC7O1aQzhd6Q" name="InGaAs/InP - Integrated modulator laser module (1,2 to 1,6 µm)" description="">
            <expressions xsi:type="mexp:MVariable" xmi:id="_OUM8QfhhEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="100" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_l6gpwPhiEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));"/>
          </options>
          <options xmi:id="_UVOqkPhhEeKC7O1aQzhd6Q" name="InGaAs/InP - Pump laser module; Power &lt;= 250mW (1,48 µm)" description="">
            <expressions xsi:type="mexp:MVariable" xmi:id="_UVOqkfhhEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="200" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_mJFRQPhiEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));"/>
          </options>
          <options xmi:id="_b_lHIPhhEeKC7O1aQzhd6Q" name="InGaAs/InP - Pump laser module; Power &gt; 250mW (1,48 µm)" description="">
            <expressions xsi:type="mexp:MVariable" xmi:id="_b_lHIfhhEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="350" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_mXaBIPhiEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));"/>
          </options>
          <options xmi:id="_e107gPhhEeKC7O1aQzhd6Q" name="InGaAs/GaAs - Pump laser module (0,98 µm)" description="">
            <expressions xsi:type="mexp:MVariable" xmi:id="_e107gfhhEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="300" unit="FIT"/>
            <expressions xsi:type="mexp:MExpression" xmi:id="_m2JyoPhiEeKC7O1aQzhd6Q" expression="pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_Zbbk2vhgEeKC7O1aQzhd6Q" name="Thermal resistance (junction/case)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_Zbbk2_hgEeKC7O1aQzhd6Q" name="RTH" valueAsString="150" unit="°C/W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_Zbbk3PhgEeKC7O1aQzhd6Q" name="Applied electrical power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_Zbbk3fhgEeKC7O1aQzhd6Q" name="P_e" valueAsString="10" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_hvBLoPhgEeKC7O1aQzhd6Q" name="Optical power (two facets)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_hvBLofhgEeKC7O1aQzhd6Q" name="P_o" valueAsString="9" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_Zbbk3vhgEeKC7O1aQzhd6Q" name="Case temperature">
          <expressions xsi:type="mexp:MVariable" xmi:id="_Zbbk3_hgEeKC7O1aQzhd6Q" name="t_c" valueAsString="40" unit="°C"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_m0fyUPhNEeKC7O1aQzhd6Q" name="Photodiodes and receivers for telecommunications (Section 9.3)" description="IEC 60747-12">
        <expressions xsi:type="mexp:MExpression" xmi:id="__6KpsPhiEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * pi_t;&#xD;&#xA;&#xD;&#xA;pi_t  = exp(4060 * ((1/303) - (1/(273 + t_j))));&#xD;&#xA;t_j = t_ac_avg;&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="__6KpsfhiEeKC7O1aQzhd6Q" name="Type" kind="TYPE">
          <options xmi:id="__6KpsvhiEeKC7O1aQzhd6Q" name="PIN diode - Silicon (0,7 to 1,1 µm window)">
            <expressions xsi:type="mexp:MVariable" xmi:id="__6Kps_hiEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="5" unit="FIT"/>
          </options>
          <options xmi:id="_dkiA0PhjEeKC7O1aQzhd6Q" name="PIN diode - InGaAs (1,2 to 1,6 µm window)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_dkiA0fhjEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_hrHbsPhjEeKC7O1aQzhd6Q" name="APD diode - Silicon">
            <expressions xsi:type="mexp:MVariable" xmi:id="_hrHbsfhjEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="20" unit="FIT"/>
          </options>
          <options xmi:id="_kNqQ8PhjEeKC7O1aQzhd6Q" name="APD diode - Germanium">
            <expressions xsi:type="mexp:MVariable" xmi:id="_kNqQ8fhjEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="40" unit="FIT"/>
          </options>
          <options xmi:id="_leltUPhjEeKC7O1aQzhd6Q" name="APD diode - InGaAs">
            <expressions xsi:type="mexp:MVariable" xmi:id="_leltUfhjEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="80" unit="FIT"/>
          </options>
          <options xmi:id="_owN2IPhjEeKC7O1aQzhd6Q" name="PIN module + electronics" description="with or without clock recovery">
            <expressions xsi:type="mexp:MVariable" xmi:id="_owN2IfhjEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="30" unit="FIT"/>
          </options>
          <options xmi:id="_vWyhgPhjEeKC7O1aQzhd6Q" name="APD module + electronics" description="with or without clock recovery">
            <expressions xsi:type="mexp:MVariable" xmi:id="_vWzIkPhjEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="100" unit="FIT"/>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_urZdIPhNEeKC7O1aQzhd6Q" name="Passive optic components (Section 9.4)" description="">
        <expressions xsi:type="mexp:MExpression" xmi:id="_39Oy4PhjEeKC7O1aQzhd6Q" expression="lambda = lambda_0;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_4jBAgPhjEeKC7O1aQzhd6Q" name="Module type" kind="TYPE">
          <options xmi:id="_4jBAgfhjEeKC7O1aQzhd6Q" name="Attenuators - Bulk">
            <expressions xsi:type="mexp:MVariable" xmi:id="_4jBAgvhjEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2" unit="FIT"/>
          </options>
          <options xmi:id="_iq1W0PhkEeKC7O1aQzhd6Q" name="Attenuators - Fusion splice (attenuation &lt;= 10db)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_iq1W0fhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2" unit="FIT"/>
          </options>
          <options xmi:id="_mEokMPhkEeKC7O1aQzhd6Q" name="Attenuators - Fusion splice (attenuation &gt; 10db)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_mEokMfhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_nIxhwPhkEeKC7O1aQzhd6Q" name="Attenuators - Pasted splice">
            <expressions xsi:type="mexp:MVariable" xmi:id="_nIxhwfhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_puDh8PhkEeKC7O1aQzhd6Q" name="Fusing - stretching couplers (1 to 2)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_puDh8fhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="25" unit="FIT"/>
          </options>
          <options xmi:id="_tSbAkPhkEeKC7O1aQzhd6Q" name="Fusing - stretching couplers (1 to n, with n&lt;=5)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_tSbAkfhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="50" unit="FIT"/>
          </options>
          <options xmi:id="_2YIA0PhkEeKC7O1aQzhd6Q" name="Integrated optical couplers (1 to n)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_2YIA0fhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="60" unit="FIT"/>
          </options>
          <options xmi:id="_5t6Q4PhkEeKC7O1aQzhd6Q" name="Multiplexer/demultiplexer: fusing - stretching 1 to 2">
            <expressions xsi:type="mexp:MVariable" xmi:id="_5t6Q4fhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="25" unit="FIT"/>
          </options>
          <options xmi:id="_-0KZAPhkEeKC7O1aQzhd6Q" name="Multiplexer/demultiplexer: fusing - stretching 1 to n">
            <expressions xsi:type="mexp:MVariable" xmi:id="_-0KZAfhkEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="50" unit="FIT"/>
          </options>
          <options xmi:id="_AK5icPhlEeKC7O1aQzhd6Q" name="Multiplexer/demultiplexer: micro-optic">
            <expressions xsi:type="mexp:MVariable" xmi:id="_AK5icfhlEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="60" unit="FIT"/>
          </options>
          <options xmi:id="_90CjUPhlEeKC7O1aQzhd6Q" name="Connectors (1 optical contact)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_90CjUfhlEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="5" unit="FIT"/>
          </options>
          <options xmi:id="_SZLbUPhmEeKC7O1aQzhd6Q" name="Jumper or optical cord (2 optical contacts and fiber)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_SZLbUfhmEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_X5MHQPhmEeKC7O1aQzhd6Q" name="Optical fiber (cable)" description="">
            <expressions xsi:type="mexp:MExpression" xmi:id="_ZC1acPhnEeKC7O1aQzhd6Q" expression="lambda_0 = 500 * N_sections;"/>
            <changeableData xmi:id="_eGtkAPhnEeKC7O1aQzhd6Q" name="Number of sections" description="Number converts to 500 FIT for 100km or per section (any length)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_pkKewPhnEeKC7O1aQzhd6Q" name="N_sections" valueAsString="1"/>
            </changeableData>
          </options>
          <options xmi:id="_e_QyEPhmEeKC7O1aQzhd6Q" name="Doped optical fiber, Si matrix. (5 to 30m)" description="Per section, any length">
            <expressions xsi:type="mexp:MExpression" xmi:id="_nIZm8PhnEeKC7O1aQzhd6Q" expression="lambda_0 = 1 * N_sections;"/>
            <changeableData xmi:id="_npSGcPhnEeKC7O1aQzhd6Q" name="Number of sections" description="Number of sections (any length)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_rvtwUPhnEeKC7O1aQzhd6Q" name="N_sections" valueAsString="1"/>
            </changeableData>
          </options>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="__VCUoPhoEeKC7O1aQzhd6Q" name="Miscellaneous optic components (Section 9.5)" description="">
        <expressions xsi:type="mexp:MExpression" xmi:id="__VCUofhoEeKC7O1aQzhd6Q" expression="lambda = lambda_0;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="__VCUovhoEeKC7O1aQzhd6Q" name="Component type" kind="TYPE">
          <options xmi:id="__VCUo_hoEeKC7O1aQzhd6Q" name="LiNbO3 modulator">
            <expressions xsi:type="mexp:MVariable" xmi:id="__VCUpPhoEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1000" unit="FIT"/>
          </options>
          <options xmi:id="_4FZHwPkQEeKC7O1aQzhd6Q" name="Isolator">
            <expressions xsi:type="mexp:MVariable" xmi:id="_4FZHwfkQEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_5TDNsPkQEeKC7O1aQzhd6Q" name="Accordable filter">
            <expressions xsi:type="mexp:MVariable" xmi:id="_5TDNsfkQEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="330" unit="FIT"/>
          </options>
          <options xmi:id="_6iMhYPkQEeKC7O1aQzhd6Q" name="Bragg array filter">
            <expressions xsi:type="mexp:MVariable" xmi:id="_6iMhYfkQEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="15" unit="FIT"/>
          </options>
          <options xmi:id="_8ZEjcPkQEeKC7O1aQzhd6Q" name="Optical commutator" description="Electromechanical with mirror or integrated with prism">
            <expressions xsi:type="mexp:MVariable" xmi:id="_8ZEjcfkQEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="200" unit="FIT"/>
          </options>
          <options xmi:id="_BBkYkPkREeKC7O1aQzhd6Q" name="VCSEL 840nm">
            <expressions xsi:type="mexp:MVariable" xmi:id="_BBkYkfkREeKC7O1aQzhd6Q" name="lambda_0" valueAsString="300" unit="FIT"/>
          </options>
          <options xmi:id="_DbjHsPkREeKC7O1aQzhd6Q" name="Trench reception photodiode" undefined="true"/>
          <options xmi:id="_FNg0kPkREeKC7O1aQzhd6Q" name="Phasor" undefined="true"/>
          <options xmi:id="_GG7v4PkREeKC7O1aQzhd6Q" name="Monolithic duplexor" undefined="true"/>
          <options xmi:id="_H3QeAPkREeKC7O1aQzhd6Q" name="Thermoelectric cooler">
            <expressions xsi:type="mexp:MVariable" xmi:id="_DbjHsfkREeKC7O1aQzhd6Q" name="lambda_0" valueAsString="20" unit="FIT"/>
          </options>
          <options xmi:id="_J2dVoPkREeKC7O1aQzhd6Q" name="Thermistor">
            <expressions xsi:type="mexp:MVariable" xmi:id="_J2dVofkREeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.34" unit="FIT"/>
          </options>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_03wRoPkREeKC7O1aQzhd6Q" name="Capacitors and thermistors (NTC) (Section 10)" description="" kind="TYPE">
      <options xmi:id="_cqRAoPkWEeKC7O1aQzhd6Q" name="Fixed plastic, paper, dielectric capacitors" description="Radio interference suppression capacitors (plastic, paper) - Section 10.1">
        <expressions xsi:type="mexp:MExpression" xmi:id="_F0OZ0PkSEeKC7O1aQzhd6Q" expression="lambda = 0.1 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(2900 * ((1/303) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;&#xD;&#xA;"/>
      </options>
      <options xmi:id="_RfYDQPkbEeKC7O1aQzhd6Q" name="Fixed ceramic dielectric capacitors - Defined temperature coefficient (Class I)" description="IEC 60384 (Section 10.2)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_RfYDQfkbEeKC7O1aQzhd6Q" expression="lambda = 0.05 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (3.3e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1160 * ((1/303) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;&#xD;&#xA;"/>
      </options>
      <options xmi:id="_firl8PkbEeKC7O1aQzhd6Q" name="Fixed ceramic dielectric capacitors - Non defined temperature coefficient (Class II)" description="Radio interference suppression capacitors (Section 10.3)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_firl8fkbEeKC7O1aQzhd6Q" expression="lambda = 0.15 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (3.3e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1160 * ((1/303) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      </options>
      <options xmi:id="_yzbd4PkbEeKC7O1aQzhd6Q" name="Tantalum capacitors, solid electrolyte" description="IEC 60384 (Section 10.4)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_yzbd4fkbEeKC7O1aQzhd6Q" expression="lambda = 0.4 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (3.8e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      </options>
      <options xmi:id="__Yb2kPkbEeKC7O1aQzhd6Q" name="Aluminum, non-solid electrolyte capacitors" description="Section 10.5">
        <expressions xsi:type="mexp:MExpression" xmi:id="__Yb2kfkbEeKC7O1aQzhd6Q" expression="lambda = 1.3 * (((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) * pi_A) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(4640 * ((1/313) - (1/(273 + t_R))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, ((t_R / 3) + t_ac_avg) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;&#xD;&#xA;I_ratio = I_peak / I_rc_max;&#xD;&#xA;pi_A = ifThenElse(lessEq(I_ratio, 1.5), 1,&#xD;&#xA;&#x9;&#x9;ifThenElse(less(I_ratio, 2), 3, 10));&#xD;&#xA;"/>
        <changeableData xmi:id="_sl6g0PkdEeKC7O1aQzhd6Q" name="Peak current (pulse current)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_1c4hgPkdEeKC7O1aQzhd6Q" name="I_peak" valueAsString="15" unit="A"/>
        </changeableData>
        <changeableData xmi:id="_wDI1oPkdEeKC7O1aQzhd6Q" name="Maximum admissible ripple current">
          <expressions xsi:type="mexp:MVariable" xmi:id="_5dhFYPkdEeKC7O1aQzhd6Q" name="I_rc_max" valueAsString="5" unit="A"/>
        </changeableData>
        <changeableData xmi:id="_B0zgcPkeEeKC7O1aQzhd6Q" name="Capacitor temperature">
          <expressions xsi:type="mexp:MVariable" xmi:id="_B0zgcfkeEeKC7O1aQzhd6Q" name="t_R" valueAsString="40" unit="°C"/>
        </changeableData>
      </options>
      <options xmi:id="_PkyegPkeEeKC7O1aQzhd6Q" name="Aluminum electrolytic capacitor, solid electrolyte" description="Section 10.6">
        <expressions xsi:type="mexp:MExpression" xmi:id="_PkyegfkeEeKC7O1aQzhd6Q" expression="lambda = 2.4 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/313) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      </options>
      <options xmi:id="_aa0M4PkeEeKC7O1aQzhd6Q" name="Aluminum electrolytic capacitor, polymer electrolyte" description="IEC 60384 (Section 10.7)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_aa0M4fkeEeKC7O1aQzhd6Q" expression="lambda = 0.6 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/313) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      </options>
      <options xmi:id="_ig_CwPkeEeKC7O1aQzhd6Q" name="Variable ceramic capacitors, disks (Dielectric ceramic)" description="IEC 60384 (Section 10.8)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_ig_CwfkeEeKC7O1aQzhd6Q" expression="lambda = 0.16 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (3.3e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      </options>
      <options xmi:id="_trPUsPkeEeKC7O1aQzhd6Q" name="Thermistors with negative temperature coefficient (NTC)" description="IEC 60539 (Section 10.9)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_trPUsfkeEeKC7O1aQzhd6Q" expression="lambda = 3 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1160 * ((1/303) - (1/(273 + t_ac[i&#x5d;))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      </options>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_YjjeYPkgEeKC7O1aQzhd6Q" name="Resistors and potentiometers (Section 11)" description="IEC 60115" kind="TYPE">
      <subDecisions xmi:id="_LeUmIPkjEeKC7O1aQzhd6Q" name="Hot molded carbon composition, fixed resistors" description="IEC 60115 (Section 11.2)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_PJ0ngPkjEeKC7O1aQzhd6Q" expression="lambda = 0.5 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_acaWEPkjEeKC7O1aQzhd6Q" name="Maximum rated category" kind="DETAIL">
          <options xmi:id="_edV04PkjEeKC7O1aQzhd6Q" name="Maximum rated temperature 130°C">
            <expressions xsi:type="mexp:MExpression" xmi:id="_mNDSkPkjEeKC7O1aQzhd6Q" expression="t_R(i) = t_ac[i&#x5d; + (60 * (P_op / P_rated));"/>
          </options>
          <options xmi:id="_km_6wPkjEeKC7O1aQzhd6Q" name="Maximum rated temperature 150°C">
            <expressions xsi:type="mexp:MExpression" xmi:id="_oNlm8PkjEeKC7O1aQzhd6Q" expression="t_R(i) = t_ac[i&#x5d; + (80 * (P_op / P_rated));"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_qLdB0PkjEeKC7O1aQzhd6Q" name="Rated power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_qLdB0fkjEeKC7O1aQzhd6Q" name="P_rated" valueAsString="1" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_qlCmgPkjEeKC7O1aQzhd6Q" name="Operating power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_qlCmgfkjEeKC7O1aQzhd6Q" name="P_op" valueAsString="0.5" unit="W"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_iiBV0PkkEeKC7O1aQzhd6Q" name="Fixed, low dissipation surface mounting resistors and resistive array" description="IEC 60115 (Section 11.6)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_iiBV0fkkEeKC7O1aQzhd6Q" expression="lambda = 0.01 * (((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) * sqrt(N_res)) + (3.3e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_iiBV0vkkEeKC7O1aQzhd6Q" name="Maximum rated category" kind="DETAIL">
          <options xmi:id="_iiBV0_kkEeKC7O1aQzhd6Q" name="Maximum rated temperature 125°C">
            <expressions xsi:type="mexp:MExpression" xmi:id="_iiBV1PkkEeKC7O1aQzhd6Q" expression="t_R(i) = t_ac[i&#x5d; + (55 * (P_op / P_rated));"/>
          </options>
          <options xmi:id="_iiBV1fkkEeKC7O1aQzhd6Q" name="Maximum rated temperature 155°C">
            <expressions xsi:type="mexp:MExpression" xmi:id="_iiBV1vkkEeKC7O1aQzhd6Q" expression="t_R(i) = t_ac[i&#x5d; + (85 * (P_op / P_rated));"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_iiBV1_kkEeKC7O1aQzhd6Q" name="Rated power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_iiBV2PkkEeKC7O1aQzhd6Q" name="P_rated" valueAsString="1" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_iiBV2fkkEeKC7O1aQzhd6Q" name="Operating power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_iiBV2vkkEeKC7O1aQzhd6Q" name="P_op" valueAsString="0.5" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="__811EPkkEeKC7O1aQzhd6Q" name="Number of resistors in array">
          <expressions xsi:type="mexp:MVariable" xmi:id="_DU1EkPklEeKC7O1aQzhd6Q" name="N_res" valueAsString="1"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_7om_wPkkEeKC7O1aQzhd6Q" name="Non wirewound cermet potentiometer (one or several turn)" description="IEC 60393 (Section 11.7)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_7om_wfkkEeKC7O1aQzhd6Q" expression="lambda = 0.3 * (((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) * pi_Y) + (1.2e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_Y = ifThenElse(lessEq(N_ry, 10), 0.2, 1);&#xD;&#xA;pi_W = 1 + (0.5 * ((pow(R_P,2) / (4 * pow(R_L, 2))) + (R_P/R_L)));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_7om_wvkkEeKC7O1aQzhd6Q" name="Maximum rated category">
          <options xmi:id="_7om_w_kkEeKC7O1aQzhd6Q" name="Maximum rated temperature 125°C">
            <expressions xsi:type="mexp:MExpression" xmi:id="_7om_xPkkEeKC7O1aQzhd6Q" expression="t_R(i) = t_ac[i&#x5d; + (55 * (((pow(V, 2)/R_P) * pi_W) / P_rated));"/>
          </options>
          <options xmi:id="_7om_xfkkEeKC7O1aQzhd6Q" name="Maximum rated temperature 155°C">
            <expressions xsi:type="mexp:MExpression" xmi:id="_7om_xvkkEeKC7O1aQzhd6Q" expression="t_R(i) = t_ac[i&#x5d; + (70 * (((pow(V, 2)/R_P) * pi_W) / P_rated));"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_7om_x_kkEeKC7O1aQzhd6Q" name="Rated power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_7om_yPkkEeKC7O1aQzhd6Q" name="P_rated" valueAsString="1" unit="W"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_7om_yfkkEeKC7O1aQzhd6Q" name="Applied voltage">
          <expressions xsi:type="mexp:MVariable" xmi:id="_7om_yvkkEeKC7O1aQzhd6Q" name="V" valueAsString="0.5" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_9axrgPklEeKC7O1aQzhd6Q" name="Number of annual shaft rotations">
          <expressions xsi:type="mexp:MVariable" xmi:id="_9axrgfklEeKC7O1aQzhd6Q" name="N_ry" valueAsString="10"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_ZqcmQPkmEeKC7O1aQzhd6Q" name="Resistance of Potentiometer">
          <expressions xsi:type="mexp:MVariable" xmi:id="_ZqcmQfkmEeKC7O1aQzhd6Q" name="R_P" valueAsString="1" unit="Ohm"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_hU9a4PkmEeKC7O1aQzhd6Q" name="Load resistance">
          <expressions xsi:type="mexp:MVariable" xmi:id="_hU9a4fkmEeKC7O1aQzhd6Q" name="R_L" valueAsString="10" unit="Ohm"/>
        </subDecisions>
      </subDecisions>
      <options xmi:id="_ef9ycPkgEeKC7O1aQzhd6Q" name="Fixed, low dissipation film resistors - High stability (rs), general purpose (rc), &quot;minimelf&quot;" description="Section 11.1">
        <expressions xsi:type="mexp:MExpression" xmi:id="_ef9ycfkgEeKC7O1aQzhd6Q" expression="lambda = 0.1 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;t_R(i) = t_ac[i&#x5d; + (85 * (P_op / P_rated));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <changeableData xmi:id="_c9OX4PkhEeKC7O1aQzhd6Q" name="Rated power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_c9OX4fkhEeKC7O1aQzhd6Q" name="P_rated" valueAsString="1" unit="W"/>
        </changeableData>
        <changeableData xmi:id="_gZHP8PkhEeKC7O1aQzhd6Q" name="Operating power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_gZHP8fkhEeKC7O1aQzhd6Q" name="P_op" valueAsString="0.5" unit="W"/>
        </changeableData>
      </options>
      <options xmi:id="_zBhqoPkjEeKC7O1aQzhd6Q" name="Fixed, high dissipation film resistors" description="IEC 60115 (Section 11.3)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_zBhqofkjEeKC7O1aQzhd6Q" expression="lambda = 0.4 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;t_R(i) = t_ac[i&#x5d; + (130 * (P_op / P_rated));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, (t_ac_avg + ((130 * (P_op / P_rated)) / 3)) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <changeableData xmi:id="_zBhqovkjEeKC7O1aQzhd6Q" name="Rated power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_zBhqo_kjEeKC7O1aQzhd6Q" name="P_rated" valueAsString="1" unit="W"/>
        </changeableData>
        <changeableData xmi:id="_zBhqpPkjEeKC7O1aQzhd6Q" name="Operating power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_zBhqpfkjEeKC7O1aQzhd6Q" name="P_op" valueAsString="0.5" unit="W"/>
        </changeableData>
      </options>
      <options xmi:id="_MXTAEPkkEeKC7O1aQzhd6Q" name="Low dissipation wirewound resistors" description="IEC 60115 (Section 11.4)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_MXTAEfkkEeKC7O1aQzhd6Q" expression="lambda = 0.3 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;t_R(i) = t_ac[i&#x5d; + (30 * (P_op / P_rated));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <changeableData xmi:id="_MXTAEvkkEeKC7O1aQzhd6Q" name="Rated power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_MXTAE_kkEeKC7O1aQzhd6Q" name="P_rated" valueAsString="1" unit="W"/>
        </changeableData>
        <changeableData xmi:id="_MXTAFPkkEeKC7O1aQzhd6Q" name="Operating power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_MXTAFfkkEeKC7O1aQzhd6Q" name="P_op" valueAsString="0.5" unit="W"/>
        </changeableData>
      </options>
      <options xmi:id="_WpoykPkkEeKC7O1aQzhd6Q" name="High dissipation wirewound resistors" description="IEC 60115 (Section 11.5)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_WpoykfkkEeKC7O1aQzhd6Q" expression="lambda = 0.4 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (1.4e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;t_R(i) =t_ac[i&#x5d; + (130 * (P_op / P_rated));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, (t_ac_avg + ((130 * (P_op / P_rated)) / 3)) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <changeableData xmi:id="_WpoykvkkEeKC7O1aQzhd6Q" name="Rated power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_Wpoyk_kkEeKC7O1aQzhd6Q" name="P_rated" valueAsString="1" unit="W"/>
        </changeableData>
        <changeableData xmi:id="_WpoylPkkEeKC7O1aQzhd6Q" name="Operating power">
          <expressions xsi:type="mexp:MVariable" xmi:id="_WpoylfkkEeKC7O1aQzhd6Q" name="P_op" valueAsString="0.5" unit="W"/>
        </changeableData>
      </options>
    </subDecisions>
    <subDecisions xmi:id="_PMLwQPkpEeKC7O1aQzhd6Q" name="Inductors and transformers (Section 12)" description="IEC 61248" kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_XPOZoPkpEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * ((sum(1, dim_t, pi_t(i) * tau[i&#x5d;) / (tau_on + tau_off)) + (7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t(i) = exp(1740 * ((1/303) - (1/(273 + t_R(i)))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;t_R(i) = t_ac[i&#x5d; + (8.2 * (P_loss / Rad_surface));&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_hjoBoPkpEeKC7O1aQzhd6Q" name="Type" kind="TYPE">
        <options xmi:id="_kBxfEPkpEeKC7O1aQzhd6Q" name="Inductor - low current - fixed">
          <expressions xsi:type="mexp:MVariable" xmi:id="_vm9ZgPkpEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.2" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_FWH0oPkqEeKC7O1aQzhd6Q" expression="deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);"/>
        </options>
        <options xmi:id="_mmUfcPkpEeKC7O1aQzhd6Q" name="Inductor - low current - variable">
          <expressions xsi:type="mexp:MVariable" xmi:id="_xs_48PkpEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.4" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_LQwAAPkqEeKC7O1aQzhd6Q" expression="deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);"/>
        </options>
        <options xmi:id="_oEMLoPkpEeKC7O1aQzhd6Q" name="Power inductors (50Hz, chopping, filtering)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_x0b9sPkpEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.6" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_2Ql_8PkpEeKC7O1aQzhd6Q" expression="deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, (t_ac_avg + ((8.2 * (P_loss / Rad_surface)) / 3)) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);"/>
        </options>
        <options xmi:id="_rEQqYPkpEeKC7O1aQzhd6Q" name="Signal transformers">
          <expressions xsi:type="mexp:MVariable" xmi:id="_x7u4gPkpEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1.5" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_QCepoPkqEeKC7O1aQzhd6Q" expression="deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);"/>
        </options>
        <options xmi:id="_uAwQsPkpEeKC7O1aQzhd6Q" name="Power transformers">
          <expressions xsi:type="mexp:MVariable" xmi:id="_yM12oPkpEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="3" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_PUp6UPkqEeKC7O1aQzhd6Q" expression="deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, (t_ac_avg + ((8.2 * (P_loss / Rad_surface)) / 3)) - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_TGtPoPkqEeKC7O1aQzhd6Q" name="Power loss">
        <expressions xsi:type="mexp:MVariable" xmi:id="_TGtPofkqEeKC7O1aQzhd6Q" name="P_loss" valueAsString="1" unit="W"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_V51ekPkqEeKC7O1aQzhd6Q" name="Radiating surface of component">
        <expressions xsi:type="mexp:MVariable" xmi:id="_V51ekfkqEeKC7O1aQzhd6Q" name="Rad_surface" valueAsString="1" unit="dm^2"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_ppC0IPkqEeKC7O1aQzhd6Q" name="Microwave passive components, piezoelectric components and surface acoustic wave filters (Section 13)" description="IEC 61261, IEC 61019, IEC 60368" kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_ppC0IfkqEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * ((tau_on / (tau_on + tau_off)) + (3e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_ppC0IvkqEeKC7O1aQzhd6Q" name="Component type" kind="TYPE">
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_TCfokPkrEeKC7O1aQzhd6Q" name="Microwave passive components">
          <options xmi:id="_XZihUPkrEeKC7O1aQzhd6Q" name="Fixed">
            <expressions xsi:type="mexp:MVariable" xmi:id="_i50GkPkrEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2" unit="FIT"/>
          </options>
          <options xmi:id="_YcCgIPkrEeKC7O1aQzhd6Q" name="Variable">
            <expressions xsi:type="mexp:MVariable" xmi:id="_jDoJ4PkrEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="4" unit="FIT"/>
          </options>
          <options xmi:id="_ZrxpsPkrEeKC7O1aQzhd6Q" name="With ferrite">
            <expressions xsi:type="mexp:MVariable" xmi:id="_jH8pMPkrEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="4" unit="FIT"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_VR3DIPkrEeKC7O1aQzhd6Q" name="Piezoelectric components">
          <options xmi:id="_ayJb4PkrEeKC7O1aQzhd6Q" name="Resonators quartz or ceramic filters">
            <expressions xsi:type="mexp:MVariable" xmi:id="_jOyRAPkrEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="5" unit="FIT"/>
          </options>
          <options xmi:id="_d3bKwPkrEeKC7O1aQzhd6Q" name="Oscillators: XO, PXO">
            <expressions xsi:type="mexp:MVariable" xmi:id="_jSqEYPkrEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="10" unit="FIT"/>
          </options>
          <options xmi:id="_fWoTsPkrEeKC7O1aQzhd6Q" name="Oscillators: VCXO, TCXO">
            <expressions xsi:type="mexp:MVariable" xmi:id="_jWhQsPkrEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="15" unit="FIT"/>
          </options>
          <options xmi:id="_hZ2vsPkrEeKC7O1aQzhd6Q" name="Oscillators: OCXO">
            <expressions xsi:type="mexp:MVariable" xmi:id="_jaZEEPkrEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="30" unit="FIT"/>
          </options>
        </subDecisions>
        <options xmi:id="_ppC0L_kqEeKC7O1aQzhd6Q" name="Acoustic wave filters">
          <expressions xsi:type="mexp:MVariable" xmi:id="_ppC0MPkqEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="15" unit="FIT"/>
        </options>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_ZMhP8PktEeKC7O1aQzhd6Q" name="Relays (Section 14)" kind="CATEGORY">
      <subDecisions xmi:id="_-jSSEPktEeKC7O1aQzhd6Q" name="Mercury wetted reed relays, low power" description="Balanced - latching balanced (power up to 250 W); IEC 60255 (Section 14.2)" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_-4RDkPktEeKC7O1aQzhd6Q" expression="lambda = 0.3 * pi_t * pi_T * pi_y * pi_C * (1 + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t = exp(1740 * ((1/303) - (1/(273 + t_ac_avg))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_y = ifThenElse(lessEq(N_cyc, 10), 1, sqrt(N_cyc/10));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_iIZwYPkuEeKC7O1aQzhd6Q" name="Relay type" kind="TYPE">
          <options xmi:id="_jyn2gPkuEeKC7O1aQzhd6Q" name="Monostable">
            <expressions xsi:type="mexp:MVariable" xmi:id="_nN6RoPkuEeKC7O1aQzhd6Q" name="pi_T" valueAsString="1"/>
          </options>
          <options xmi:id="_lQpTsPkuEeKC7O1aQzhd6Q" name="Bistable latching">
            <expressions xsi:type="mexp:MVariable" xmi:id="_pECFwPkuEeKC7O1aQzhd6Q" name="pi_T" valueAsString="5"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="__pNi4PkuEeKC7O1aQzhd6Q" name="Contact details" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_HBtacPkvEeKC7O1aQzhd6Q" name="Breaker active contacts (form A and B)" description="Used to determine pi_C1 (Number of breaker active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_-3hKwPkvEeKC7O1aQzhd6Q" expression="pi_C = pi_C1;"/>
            <options xmi:id="_FF7qQPkvEeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_6VaRgPkvEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="0"/>
            </options>
            <options xmi:id="_oro-cPkvEeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_8FlOoPkvEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1"/>
            </options>
            <options xmi:id="_uxtk0PkvEeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_8KpU0PkvEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1.5"/>
            </options>
            <options xmi:id="_vCE8EPkvEeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_8QmL0PkvEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2"/>
            </options>
            <options xmi:id="_vTfcMPkvEeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_8U6EEPkvEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2.5"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_Iz0RQPkvEeKC7O1aQzhd6Q" name="Inverter active contacts (form C)" description="Used to determine pi_C2 (Number of inverter active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_BGVywPkwEeKC7O1aQzhd6Q" expression="pi_C = pi_C2;"/>
            <options xmi:id="_n_mX0PkvEeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_8rFIYPkvEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="0"/>
            </options>
            <options xmi:id="_xDgoUPkvEeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9lilgPkvEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="1.8"/>
            </options>
            <options xmi:id="_1HRYsPkvEeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9qc6sPkvEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="3"/>
            </options>
            <options xmi:id="_1OaigPkvEeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9v9FwPkvEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="4.3"/>
            </options>
            <options xmi:id="_1U9PYPkvEeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_91BL8PkvEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="5.5"/>
            </options>
            <options xmi:id="_1hJ4UPkvEeKC7O1aQzhd6Q" name="6 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_9_R7MPkvEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="8"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_rcFiQPkuEeKC7O1aQzhd6Q" name="Operating cycles per hour">
          <expressions xsi:type="mexp:MVariable" xmi:id="_tmlq8PkuEeKC7O1aQzhd6Q" name="N_cyc" valueAsString="10"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_iH-nsPkwEeKC7O1aQzhd6Q" name="Dry reed relays" description="Balanced - Latching balanced (power up to 150 W); IEC 60255 (Section 14.3)" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_iH-nsfkwEeKC7O1aQzhd6Q" expression="lambda = 0.75 * pi_t * pi_T * pi_p * pi_y * pi_C * (1 + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t = exp(1740 * ((1/303) - (1/(273 + t_ac_avg))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_y = ifThenElse(lessEq(N_cyc, 10), 1, sqrt(N_cyc/10));&#xD;&#xA;pi_p = ifThenElse(lessEq(V_t * I_t * F_y, 1), 2, 1);&#xD;&#xA;F_y = ifThenElse(less(N_cyc, 0.1), 0.1,&#xD;&#xA;&#x9;ifThenElse(less(N_cyc, 1), N_cyc, 1));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_iH-nsvkwEeKC7O1aQzhd6Q" name="Relay type" kind="TYPE">
          <options xmi:id="_iH-ns_kwEeKC7O1aQzhd6Q" name="Monostable">
            <expressions xsi:type="mexp:MVariable" xmi:id="_iH-ntPkwEeKC7O1aQzhd6Q" name="pi_T" valueAsString="1"/>
          </options>
          <options xmi:id="_iH-ntfkwEeKC7O1aQzhd6Q" name="Bistable latching">
            <expressions xsi:type="mexp:MVariable" xmi:id="_iH-ntvkwEeKC7O1aQzhd6Q" name="pi_T" valueAsString="5"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_iH-nufkwEeKC7O1aQzhd6Q" name="Contact details" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_iH-nuvkwEeKC7O1aQzhd6Q" name="Breaker active contacts (form A and B)" description="Used to determine pi_C1 (Number of breaker active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_iH-nu_kwEeKC7O1aQzhd6Q" expression="pi_C = pi_C1;"/>
            <options xmi:id="_iH-nvPkwEeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nvfkwEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="0"/>
            </options>
            <options xmi:id="_iH-nvvkwEeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nv_kwEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1"/>
            </options>
            <options xmi:id="_iH-nwPkwEeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nwfkwEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1.5"/>
            </options>
            <options xmi:id="_iH-nwvkwEeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nw_kwEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2"/>
            </options>
            <options xmi:id="_iH-nxPkwEeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nxfkwEeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2.5"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_iH-nxvkwEeKC7O1aQzhd6Q" name="Inverter active contacts (form C)" description="Used to determine pi_C2 (Number of inverter active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_iH-nx_kwEeKC7O1aQzhd6Q" expression="pi_C = pi_C2;"/>
            <options xmi:id="_iH-nyPkwEeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nyfkwEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="0"/>
            </options>
            <options xmi:id="_iH-nyvkwEeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-ny_kwEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="1.8"/>
            </options>
            <options xmi:id="_iH-nzPkwEeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nzfkwEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="3"/>
            </options>
            <options xmi:id="_iH-nzvkwEeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nz_kwEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="4.3"/>
            </options>
            <options xmi:id="_iH-n0PkwEeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-n0fkwEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="5.5"/>
            </options>
            <options xmi:id="_iH-n0vkwEeKC7O1aQzhd6Q" name="6 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_iH-n0_kwEeKC7O1aQzhd6Q" name="pi_C2" valueAsString="8"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_iH-nt_kwEeKC7O1aQzhd6Q" name="Operating cycles per hour">
          <expressions xsi:type="mexp:MVariable" xmi:id="_iH-nuPkwEeKC7O1aQzhd6Q" name="N_cyc" valueAsString="10"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_XwPiYPkxEeKC7O1aQzhd6Q" name="Voltage (transient state)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_aLtfQPkxEeKC7O1aQzhd6Q" name="V_t" valueAsString="1" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_cPTHoPkxEeKC7O1aQzhd6Q" name="Current (transient state)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_cPTHofkxEeKC7O1aQzhd6Q" name="I_t" valueAsString="1" unit="A"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_bf-3MPm4EeKC7O1aQzhd6Q" name="Electromechanical relays, miniature or card" description="European type, thermal relays (power up to 500 W); IEC 60255 (Section 14.4)" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_bf-3Mfm4EeKC7O1aQzhd6Q" expression="lambda = 1.5 * pi_t * pi_T * pi_p * pi_y * pi_C * (1 + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t = exp(1740 * ((1/303) - (1/(273 + t_ac_avg))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_y = ifThenElse(lessEq(N_cyc, 10), 1, sqrt(N_cyc/10));&#xD;&#xA;pi_p = ifThenElse(lessEq(V_t * I_t * F_y, 10), pi_poll, 1);&#xD;&#xA;F_y = ifThenElse(less(N_cyc, 0.1), 0.1,&#xD;&#xA;&#x9;ifThenElse(less(N_cyc, 1), N_cyc, 1));&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_bf-3Mvm4EeKC7O1aQzhd6Q" name="Relay type" kind="TYPE">
          <options xmi:id="_bf-3M_m4EeKC7O1aQzhd6Q" name="Electromechanical (miniature and European)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3NPm4EeKC7O1aQzhd6Q" name="pi_T" valueAsString="1"/>
          </options>
          <options xmi:id="_bf-3Nfm4EeKC7O1aQzhd6Q" name="Thermal relay">
            <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3Nvm4EeKC7O1aQzhd6Q" name="pi_T" valueAsString="10"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_bf-3N_m4EeKC7O1aQzhd6Q" name="Contact details" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_bf-3OPm4EeKC7O1aQzhd6Q" name="Breaker active contacts (form A and B)" description="Used to determine pi_C1 (Number of breaker active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_bf-3Ofm4EeKC7O1aQzhd6Q" expression="pi_C = pi_C1;"/>
            <options xmi:id="_bf-3Ovm4EeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3O_m4EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="0"/>
            </options>
            <options xmi:id="_bf-3PPm4EeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3Pfm4EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1"/>
            </options>
            <options xmi:id="_bf-3Pvm4EeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3P_m4EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1.5"/>
            </options>
            <options xmi:id="_bf-3QPm4EeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3Qfm4EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2"/>
            </options>
            <options xmi:id="_bf-3Qvm4EeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3Q_m4EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2.5"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_bf-3RPm4EeKC7O1aQzhd6Q" name="Inverter active contacts (form C)" description="Used to determine pi_C2 (Number of inverter active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_bf-3Rfm4EeKC7O1aQzhd6Q" expression="pi_C = pi_C2;"/>
            <options xmi:id="_bf-3Rvm4EeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3R_m4EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="0"/>
            </options>
            <options xmi:id="_bf-3SPm4EeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3Sfm4EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="1.8"/>
            </options>
            <options xmi:id="_bf-3Svm4EeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3S_m4EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="3"/>
            </options>
            <options xmi:id="_bf-3TPm4EeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3Tfm4EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="4.3"/>
            </options>
            <options xmi:id="_bf-3Tvm4EeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3T_m4EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="5.5"/>
            </options>
            <options xmi:id="_bf-3UPm4EeKC7O1aQzhd6Q" name="6 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3Ufm4EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="8"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_1VzU0BFVEeOSOaMfHFzzXw" name="Environment and protection">
          <optionSelector xmi:id="_1VzU0RFVEeOSOaMfHFzzXw" name="Pollution level">
            <values xmi:id="_1VzU0hFVEeOSOaMfHFzzXw" name="Low"/>
            <values xmi:id="_1VzU0xFVEeOSOaMfHFzzXw" name="Moderate"/>
            <values xmi:id="_1VzU1BFVEeOSOaMfHFzzXw" name="High"/>
          </optionSelector>
          <options xmi:id="_1VzU3BFVEeOSOaMfHFzzXw" name="Hermetically sealed">
            <values xmi:id="_1VzU3RFVEeOSOaMfHFzzXw" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU3hFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="2"/>
            </values>
            <values xmi:id="_1VzU3xFVEeOSOaMfHFzzXw" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU4BFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="2"/>
            </values>
            <values xmi:id="_1VzU4RFVEeOSOaMfHFzzXw" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU4hFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="2"/>
            </values>
          </options>
          <options xmi:id="_1VzU4xFVEeOSOaMfHFzzXw" name="Sealed">
            <values xmi:id="_1VzU5BFVEeOSOaMfHFzzXw" name="2.5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU5RFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="2.5"/>
            </values>
            <values xmi:id="_1VzU5hFVEeOSOaMfHFzzXw" name="3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU5xFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="3"/>
            </values>
            <values xmi:id="_1VzU6BFVEeOSOaMfHFzzXw" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU6RFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="10"/>
            </values>
          </options>
          <options xmi:id="_1VzU6hFVEeOSOaMfHFzzXw" name="Dust protected">
            <values xmi:id="_1VzU6xFVEeOSOaMfHFzzXw" name="3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU7BFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="3"/>
            </values>
            <values xmi:id="_1VzU7RFVEeOSOaMfHFzzXw" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU7hFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="5"/>
            </values>
            <values xmi:id="_1VzU7xFVEeOSOaMfHFzzXw" name="20">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU8BFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="20"/>
            </values>
          </options>
          <options xmi:id="_1VzU8RFVEeOSOaMfHFzzXw" name="Exposed contact relay">
            <values xmi:id="_1VzU8hFVEeOSOaMfHFzzXw" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU8xFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="5"/>
            </values>
            <values xmi:id="_1VzU9BFVEeOSOaMfHFzzXw" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU9RFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="10"/>
            </values>
            <values xmi:id="_1VzU9hFVEeOSOaMfHFzzXw" name="40">
              <expressions xsi:type="mexp:MVariable" xmi:id="_1VzU9xFVEeOSOaMfHFzzXw" name="pi_poll" valueAsString="40"/>
            </values>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_bf-3Uvm4EeKC7O1aQzhd6Q" name="Operating cycles per hour">
          <expressions xsi:type="mexp:MVariable" xmi:id="_bf-3U_m4EeKC7O1aQzhd6Q" name="N_cyc" valueAsString="10"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_-qHBoPnDEeKC7O1aQzhd6Q" name="Voltage (transient state)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_-qHBofnDEeKC7O1aQzhd6Q" name="V_t" valueAsString="1" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="__AfhUPnDEeKC7O1aQzhd6Q" name="Current (transient state)">
          <expressions xsi:type="mexp:MVariable" xmi:id="__AfhUfnDEeKC7O1aQzhd6Q" name="I_t" valueAsString="1" unit="A"/>
        </subDecisions>
      </subDecisions>
      <subDecisions xmi:id="_5O9MEPm5EeKC7O1aQzhd6Q" name="Industrial relays, high voltage vacuum relays, power mercury wetted relays" description="IEC 60255 (Section 14.5)" kind="SUBCATEGORY">
        <expressions xsi:type="mexp:MExpression" xmi:id="_5O9MEfm5EeKC7O1aQzhd6Q" expression="lambda = 0.5 * pi_t * pi_T * pi_p * pi_y * pi_C * (1 + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t = exp(1740 * ((1/303) - (1/(273 + t_ac_avg))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_y = ifThenElse(lessEq(N_cyc, 10), 1, sqrt(N_cyc/10));&#xD;&#xA;F_y = ifThenElse(less(N_cyc, 0.1), 0.1,&#xD;&#xA;&#x9;ifThenElse(less(N_cyc, 1), N_cyc, 1));&#xD;&#xA;pi_p = ifThenElse(lessEq(V_t * I_t * F_y, poll_threshold), pi_poll, 1);&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_5O9MEvm5EeKC7O1aQzhd6Q" name="Relay type" kind="TYPE">
          <options xmi:id="_5O9ME_m5EeKC7O1aQzhd6Q" name="Industrial relay">
            <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MFPm5EeKC7O1aQzhd6Q" name="pi_T" valueAsString="2.5"/>
          </options>
          <options xmi:id="_5O9MFfm5EeKC7O1aQzhd6Q" name="High voltage vacuum relays">
            <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MFvm5EeKC7O1aQzhd6Q" name="pi_T" valueAsString="2.5"/>
          </options>
          <options xmi:id="_appaMPm6EeKC7O1aQzhd6Q" name="Power mercury wetted relays">
            <expressions xsi:type="mexp:MVariable" xmi:id="_appaMfm6EeKC7O1aQzhd6Q" name="pi_T" valueAsString="1"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_5O9MF_m5EeKC7O1aQzhd6Q" name="Contact details" kind="DETAIL">
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_5O9MGPm5EeKC7O1aQzhd6Q" name="Breaker active contacts (form A and B)" description="Used to determine pi_C1 (Number of breaker active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_5O9MGfm5EeKC7O1aQzhd6Q" expression="pi_C = pi_C1;"/>
            <options xmi:id="_5O9MGvm5EeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MG_m5EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="0"/>
            </options>
            <options xmi:id="_5O9MHPm5EeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MHfm5EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1"/>
            </options>
            <options xmi:id="_5O9MHvm5EeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MH_m5EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="1.5"/>
            </options>
            <options xmi:id="_5O9MIPm5EeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MIfm5EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2"/>
            </options>
            <options xmi:id="_5O9MIvm5EeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form A and B)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MI_m5EeKC7O1aQzhd6Q" name="pi_C1" valueAsString="2.5"/>
            </options>
          </subDecisions>
          <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_5O9MJPm5EeKC7O1aQzhd6Q" name="Inverter active contacts (form C)" description="Used to determine pi_C2 (Number of inverter active contacts &quot;break contact&quot; or &quot;make contact&quot;">
            <expressions xsi:type="mexp:MExpression" xmi:id="_5O9MJfm5EeKC7O1aQzhd6Q" expression="pi_C = pi_C2;"/>
            <options xmi:id="_5O9MJvm5EeKC7O1aQzhd6Q" name="No contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MJ_m5EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="0"/>
            </options>
            <options xmi:id="_5O9MKPm5EeKC7O1aQzhd6Q" name="1 contact" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MKfm5EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="1.8"/>
            </options>
            <options xmi:id="_5O9MKvm5EeKC7O1aQzhd6Q" name="2 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MK_m5EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="3"/>
            </options>
            <options xmi:id="_5O9MLPm5EeKC7O1aQzhd6Q" name="3 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MLfm5EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="4.3"/>
            </options>
            <options xmi:id="_5O9MLvm5EeKC7O1aQzhd6Q" name="4 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9ML_m5EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="5.5"/>
            </options>
            <options xmi:id="_5O9MMPm5EeKC7O1aQzhd6Q" name="6 contacts" description="&quot;break contact&quot; or &quot;make contact&quot; (form C)">
              <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MMfm5EeKC7O1aQzhd6Q" name="pi_C2" valueAsString="8"/>
            </options>
          </subDecisions>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_AQCMsPm7EeKC7O1aQzhd6Q" name="Current type" kind="DETAIL">
          <options xmi:id="_D9n4wPm7EeKC7O1aQzhd6Q" name="A.C. relay">
            <expressions xsi:type="mexp:MVariable" xmi:id="_Uxp2oPm7EeKC7O1aQzhd6Q" name="poll_threshold" valueAsString="300" unit="W"/>
          </options>
          <options xmi:id="_GxMMkPm7EeKC7O1aQzhd6Q" name="D.C. relay">
            <expressions xsi:type="mexp:MVariable" xmi:id="_dEVegPm7EeKC7O1aQzhd6Q" name="poll_threshold" valueAsString="50" unit="W"/>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MDecisionTable" xmi:id="_cTGHcPm-EeKC7O1aQzhd6Q" name="Environment and protection" kind="DETAIL">
          <optionSelector xmi:id="_gnn3sPm-EeKC7O1aQzhd6Q" name="Pollution level">
            <values xmi:id="_vwcQ8Pm-EeKC7O1aQzhd6Q" name="Low"/>
            <values xmi:id="_y25EgPm-EeKC7O1aQzhd6Q" name="Moderate"/>
            <values xmi:id="_0Yn9APm-EeKC7O1aQzhd6Q" name="High"/>
          </optionSelector>
          <options xmi:id="_lo91MPm_EeKC7O1aQzhd6Q" name="Mercury wetted relays">
            <values xmi:id="_4iKv0Pm_EeKC7O1aQzhd6Q" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="_7ja6UPm_EeKC7O1aQzhd6Q" name="pi_poll" valueAsString="1"/>
            </values>
            <values xmi:id="__4IQwPm_EeKC7O1aQzhd6Q" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="__4IQwfm_EeKC7O1aQzhd6Q" name="pi_poll" valueAsString="1"/>
            </values>
            <values xmi:id="__9Vg4Pm_EeKC7O1aQzhd6Q" name="1">
              <expressions xsi:type="mexp:MVariable" xmi:id="__9Vg4fm_EeKC7O1aQzhd6Q" name="pi_poll" valueAsString="1"/>
            </values>
          </options>
          <options xmi:id="_sPoAIPm_EeKC7O1aQzhd6Q" name="Hermetically sealed">
            <values xmi:id="_AqjzQPnAEeKC7O1aQzhd6Q" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_AqjzQfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="2"/>
            </values>
            <values xmi:id="_CVFbYPnAEeKC7O1aQzhd6Q" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_CVFbYfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="2"/>
            </values>
            <values xmi:id="_CfDPsPnAEeKC7O1aQzhd6Q" name="2">
              <expressions xsi:type="mexp:MVariable" xmi:id="_CfDPsfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="2"/>
            </values>
          </options>
          <options xmi:id="_t0yAEPm_EeKC7O1aQzhd6Q" name="Sealed">
            <values xmi:id="_C8W2wPnAEeKC7O1aQzhd6Q" name="2.5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_C8W2wfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="2.5"/>
            </values>
            <values xmi:id="_F1bVoPnAEeKC7O1aQzhd6Q" name="3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_F1bVofnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="3"/>
            </values>
            <values xmi:id="_HG8n4PnAEeKC7O1aQzhd6Q" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_HG8n4fnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="10"/>
            </values>
          </options>
          <options xmi:id="_vyfp8Pm_EeKC7O1aQzhd6Q" name="Dust protected">
            <values xmi:id="_JcT8wPnAEeKC7O1aQzhd6Q" name="3">
              <expressions xsi:type="mexp:MVariable" xmi:id="_JcT8wfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="3"/>
            </values>
            <values xmi:id="_JvzggPnAEeKC7O1aQzhd6Q" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_JvzggfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="5"/>
            </values>
            <values xmi:id="_LkJL8PnAEeKC7O1aQzhd6Q" name="20">
              <expressions xsi:type="mexp:MVariable" xmi:id="_LkJL8fnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="20"/>
            </values>
          </options>
          <options xmi:id="_xbhdQPm_EeKC7O1aQzhd6Q" name="Exposed contact relay">
            <values xmi:id="_MXn3UPnAEeKC7O1aQzhd6Q" name="5">
              <expressions xsi:type="mexp:MVariable" xmi:id="_MXn3UfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="5"/>
            </values>
            <values xmi:id="_MobTcPnAEeKC7O1aQzhd6Q" name="10">
              <expressions xsi:type="mexp:MVariable" xmi:id="_MobTcfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="10"/>
            </values>
            <values xmi:id="_Pr6SkPnAEeKC7O1aQzhd6Q" name="40">
              <expressions xsi:type="mexp:MVariable" xmi:id="_Pr6SkfnAEeKC7O1aQzhd6Q" name="pi_poll" valueAsString="40"/>
            </values>
          </options>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_5O9MMvm5EeKC7O1aQzhd6Q" name="Operating cycles per hour">
          <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MM_m5EeKC7O1aQzhd6Q" name="N_cyc" valueAsString="10"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_5O9MNPm5EeKC7O1aQzhd6Q" name="Voltage (transient state)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MNfm5EeKC7O1aQzhd6Q" name="V_t" valueAsString="1" unit="V"/>
        </subDecisions>
        <subDecisions xsi:type="mexp:MUserData" xmi:id="_5O9MNvm5EeKC7O1aQzhd6Q" name="Current (transient state)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_5O9MN_m5EeKC7O1aQzhd6Q" name="I_t" valueAsString="1" unit="A"/>
        </subDecisions>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_cpNkkPnCEeKC7O1aQzhd6Q" name="Switches and keyboards (Section 15)" description="IEC 60948" kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_i9SKsPnCEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * N * (1 + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_xUTTkPnCEeKC7O1aQzhd6Q" name="Type" kind="TYPE">
        <options xmi:id="_yAiugPnCEeKC7O1aQzhd6Q" name="Reversible switch (toggle or push button)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_KS44EPnDEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1.5" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_gKe2cPnDEeKC7O1aQzhd6Q" expression="N = 2 * N_bmc;"/>
          <changeableData xmi:id="_PUoToPnDEeKC7O1aQzhd6Q" name="Number of &quot;break-make&quot; contacts">
            <expressions xsi:type="mexp:MVariable" xmi:id="_TGUckPnDEeKC7O1aQzhd6Q" name="N_bmc" valueAsString="1"/>
          </changeableData>
        </options>
        <options xmi:id="_3fRoEPnCEeKC7O1aQzhd6Q" name="Keyboards">
          <expressions xsi:type="mexp:MVariable" xmi:id="_NSNI4PnDEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1.5" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_jUFrsPnDEeKC7O1aQzhd6Q" expression="N = N_keys;"/>
          <changeableData xmi:id="_YNmfcPnDEeKC7O1aQzhd6Q" name="Number of keys">
            <expressions xsi:type="mexp:MVariable" xmi:id="_YNmfcfnDEeKC7O1aQzhd6Q" name="N_keys" valueAsString="1"/>
          </changeableData>
        </options>
        <options xmi:id="_6FGa0PnCEeKC7O1aQzhd6Q" name="Rotary switches">
          <expressions xsi:type="mexp:MVariable" xmi:id="_NsB-IPnDEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2.5" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_mFXggPnDEeKC7O1aQzhd6Q" expression="N = N_c;"/>
          <changeableData xmi:id="_b_7hkPnDEeKC7O1aQzhd6Q" name="Number of contacts">
            <expressions xsi:type="mexp:MVariable" xmi:id="_b_7hkfnDEeKC7O1aQzhd6Q" name="N_c" valueAsString="1"/>
          </changeableData>
        </options>
        <options xmi:id="_zquYYPnCEeKC7O1aQzhd6Q" name="Other commutators">
          <expressions xsi:type="mexp:MVariable" xmi:id="_NbFYEPnDEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1.5" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_nadrMPnDEeKC7O1aQzhd6Q" expression="N = N_c;"/>
          <changeableData xmi:id="_eU-tYPnDEeKC7O1aQzhd6Q" name="Number of contacts">
            <expressions xsi:type="mexp:MVariable" xmi:id="_eU-tYfnDEeKC7O1aQzhd6Q" name="N_c" valueAsString="1"/>
          </changeableData>
        </options>
      </subDecisions>
    </subDecisions>
    <subDecisions xmi:id="_doeh0PnFEeKC7O1aQzhd6Q" name="Connectors (Section 16)" description="" kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_doeh0fnFEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * pi_t * pi_C * pi_M * pi_i * (1 + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_t = exp(1740 * ((1/303) - (1/(273 + t_ac_avg))));&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;pi_i = ifThenElse(lessEq(I/I_rated, 0.5), 1, 2);&#xD;&#xA;&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_doeh0vnFEeKC7O1aQzhd6Q" name="Type" kind="TYPE">
        <options xmi:id="_doeh2PnFEeKC7O1aQzhd6Q" name="Circular and rectangular connectors">
          <expressions xsi:type="mexp:MVariable" xmi:id="_doeh2fnFEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.5" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_D2Ba8PnGEeKC7O1aQzhd6Q" expression="pi_C = sqrt(N_act);"/>
        </options>
        <options xmi:id="_oaoc0PnFEeKC7O1aQzhd6Q" name="Coaxial connectors">
          <expressions xsi:type="mexp:MVariable" xmi:id="_oaoc0fnFEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="0.7" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_IWyQYPnGEeKC7O1aQzhd6Q" expression="pi_C = 1;"/>
        </options>
        <options xmi:id="_oh2fIPnFEeKC7O1aQzhd6Q" name="Printed circuit board connectors (and comparable)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_oh2fIfnFEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_HzFGYPnGEeKC7O1aQzhd6Q" expression="pi_C = sqrt(N_act);"/>
        </options>
        <options xmi:id="_onqzQPnFEeKC7O1aQzhd6Q" name="Sockets">
          <expressions xsi:type="mexp:MVariable" xmi:id="_onqzQfnFEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1" unit="FIT"/>
          <expressions xsi:type="mexp:MExpression" xmi:id="_H8T64PnGEeKC7O1aQzhd6Q" expression="pi_C = sqrt(N_act);"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="__hAigPnFEeKC7O1aQzhd6Q" name="Number of active contacts">
        <expressions xsi:type="mexp:MVariable" xmi:id="_BAq-cPnGEeKC7O1aQzhd6Q" name="N_act" valueAsString="1"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_LV9XQPnGEeKC7O1aQzhd6Q" name="Contact surface coating" description="for a mating pair of connectors" kind="DETAIL">
        <options xmi:id="_Pvb48PnGEeKC7O1aQzhd6Q" name="Gold/Gold">
          <expressions xsi:type="mexp:MVariable" xmi:id="_VlcqEPnGEeKC7O1aQzhd6Q" name="pi_M" valueAsString="1"/>
        </options>
        <options xmi:id="_RTtvIPnGEeKC7O1aQzhd6Q" name="Silver/Silver">
          <expressions xsi:type="mexp:MVariable" xmi:id="_XiRjIPnGEeKC7O1aQzhd6Q" name="pi_M" valueAsString="2"/>
        </options>
        <options xmi:id="_TEoTIPnGEeKC7O1aQzhd6Q" name="Tin/Tin">
          <expressions xsi:type="mexp:MVariable" xmi:id="_XpQ78PnGEeKC7O1aQzhd6Q" name="pi_M" valueAsString="3"/>
        </options>
        <options xmi:id="_UiW1YPnGEeKC7O1aQzhd6Q" name="Others (edge card connector)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_XvEB8PnGEeKC7O1aQzhd6Q" name="pi_M" valueAsString="8"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_eNGcYPnGEeKC7O1aQzhd6Q" name="Current">
        <expressions xsi:type="mexp:MVariable" xmi:id="_fdJH8PnGEeKC7O1aQzhd6Q" name="I" valueAsString="0.5" unit="A"/>
      </subDecisions>
      <subDecisions xsi:type="mexp:MUserData" xmi:id="_j2VVwPnGEeKC7O1aQzhd6Q" name="Nominal current">
        <expressions xsi:type="mexp:MVariable" xmi:id="_j2VVwfnGEeKC7O1aQzhd6Q" name="I_rated" valueAsString="1" unit="A"/>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_2R41oPnHEeKC7O1aQzhd6Q" name="Displays, solid state lamps (Section 17)" kind="TYPE">
      <subDecisions xmi:id="_0bAMgPnHEeKC7O1aQzhd6Q" name="Displays (Section 17.1)" description="IEC 61747">
        <expressions xsi:type="mexp:MExpression" xmi:id="_0bAMgfnHEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * (1 + (2.5e-2 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_0bAMgvnHEeKC7O1aQzhd6Q" name="Display type" kind="TYPE">
          <options xmi:id="_0bAMg_nHEeKC7O1aQzhd6Q" name="LCD &lt;= 10 characters">
            <expressions xsi:type="mexp:MVariable" xmi:id="_0bAMhPnHEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="50" unit="FIT"/>
          </options>
          <options xmi:id="_KvrvgPnIEeKC7O1aQzhd6Q" name="CRT display (10 inches with control electronic)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_KvrvgfnIEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="2500" unit="FIT"/>
          </options>
          <options xmi:id="_K1CJkPnIEeKC7O1aQzhd6Q" name="LCD display (10 inches with control electronic)">
            <expressions xsi:type="mexp:MVariable" xmi:id="_K1CJkfnIEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1900" unit="FIT"/>
          </options>
        </subDecisions>
      </subDecisions>
      <options xmi:id="_TcFe8PnIEeKC7O1aQzhd6Q" name="Solid state lamps (Section 17.2)" description="IEC 60747">
        <expressions xsi:type="mexp:MExpression" xmi:id="_W2oTMPnIEeKC7O1aQzhd6Q" expression="lambda = 2 * (1 + (2.7e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
      </options>
    </subDecisions>
    <subDecisions xmi:id="_9kH3sPnIEeKC7O1aQzhd6Q" name="Protection devices (Section 18)" description="IEC 60099, IEC 60269, IEC 60738, IEC 61051" kind="CATEGORY">
      <expressions xsi:type="mexp:MExpression" xmi:id="_9kH3sfnIEeKC7O1aQzhd6Q" expression="lambda = lambda_0 + (pi_I * lambda_EOS);"/>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_9kH3svnIEeKC7O1aQzhd6Q" name="Device type" kind="TYPE">
        <options xmi:id="_9kH3wvnIEeKC7O1aQzhd6Q" name="Thermistors (PTC)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_9kH3w_nIEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="5" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7Btk_nJEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
        </options>
        <options xmi:id="_Ml9fMPnJEeKC7O1aQzhd6Q" name="Varistors">
          <expressions xsi:type="mexp:MVariable" xmi:id="_Ml9fMfnJEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="1" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_jfsQAPnJEeKC7O1aQzhd6Q" name="pi_I" valueAsString="1"/>
        </options>
        <options xmi:id="_NEE-kPnJEeKC7O1aQzhd6Q" name="Fuses">
          <expressions xsi:type="mexp:MVariable" xmi:id="_NEE-kfnJEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="10" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_lYEt8PnJEeKC7O1aQzhd6Q" name="pi_I" valueAsString="0"/>
        </options>
        <options xmi:id="_NR-QoPnJEeKC7O1aQzhd6Q" name="Arrestors - Solid state (100 A - 10/1000 µs wave)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_NR-QofnJEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="100" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_mXTWUPnJEeKC7O1aQzhd6Q" name="pi_I" valueAsString="0"/>
        </options>
        <options xmi:id="_Nwq-0PnJEeKC7O1aQzhd6Q" name="Arrestors - Gas tube (&gt;=5 kA - 8/20 µs wave)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_Nwq-0fnJEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="6000" unit="FIT"/>
          <expressions xsi:type="mexp:MVariable" xmi:id="_mf7t4PnJEeKC7O1aQzhd6Q" name="pi_I" valueAsString="0"/>
        </options>
      </subDecisions>
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_d7BtkfnJEeKC7O1aQzhd6Q" name="Electrical environment" kind="DETAIL">
        <options xmi:id="_d7BtkvnJEeKC7O1aQzhd6Q" name="Computer">
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7BtlPnJEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="10" unit="FIT"/>
        </options>
        <options xmi:id="_d7BtlfnJEeKC7O1aQzhd6Q" name="Telecoms - switching">
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7Btl_nJEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="15" unit="FIT"/>
        </options>
        <options xmi:id="_d7BtmPnJEeKC7O1aQzhd6Q" name="Telecoms - transmitting, access, subscriber cards">
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7BtmvnJEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="40" unit="FIT"/>
        </options>
        <options xmi:id="_d7Btm_nJEeKC7O1aQzhd6Q" name="Telecoms - subscriber equipment">
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7BtnfnJEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="70" unit="FIT"/>
        </options>
        <options xmi:id="_d7BtnvnJEeKC7O1aQzhd6Q" name="Railways, payphone">
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7BtoPnJEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="100" unit="FIT"/>
        </options>
        <options xmi:id="_d7BtofnJEeKC7O1aQzhd6Q" name="Civilian avionics (on board calculators)">
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7Bto_nJEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="20" unit="FIT"/>
        </options>
        <options xmi:id="_d7BtpPnJEeKC7O1aQzhd6Q" name="Voltage supply, Converters">
          <expressions xsi:type="mexp:MVariable" xmi:id="_d7BtpvnJEeKC7O1aQzhd6Q" name="lambda_EOS" valueAsString="40" unit="FIT"/>
        </options>
      </subDecisions>
    </subDecisions>
    <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_ukBgIvnJEeKC7O1aQzhd6Q" name="Energy devices, thermal management devices, disk drive (Section 19)" description="IEC 60086, IEC 60285, IEC 60535, IEC 60879, IEC 61436, IEC 61440" kind="TYPE">
      <subDecisions xsi:type="mexp:MDecisionEnum" xmi:id="_MFbvkPnKEeKC7O1aQzhd6Q" name="Converter" description="IEC 60146 (Section 19.6)">
        <expressions xsi:type="mexp:MExpression" xmi:id="_taFAEPnKEeKC7O1aQzhd6Q" expression="lambda = lambda_0 * (1 + (3e-3 * sum(1, dim_phases, pi_n(i) * pow(deltaT(i), 0.68))));&#xD;&#xA;&#xD;&#xA;pi_n(i) = ifThenElse(lessEq(n_cycles[i&#x5d;, 8760), pow(n_cycles[i&#x5d;, 0.76), 1.7 * pow(n_cycles[i&#x5d;, 0.60));&#xD;&#xA;deltaT(i) = ifThenElse(onOffPhase[i&#x5d;, t_ac_avg - t_ae[i&#x5d;, deltaT_cycles[i&#x5d;);&#xD;&#xA;"/>
        <options xmi:id="_NfSecPnKEeKC7O1aQzhd6Q" name="Converters &lt; 10 W">
          <expressions xsi:type="mexp:MVariable" xmi:id="_yQbD8PnKEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="100" unit="FIT"/>
        </options>
        <options xmi:id="_PoKPcPnKEeKC7O1aQzhd6Q" name="Converters between 10 W and 30 W">
          <expressions xsi:type="mexp:MVariable" xmi:id="_0KHJcPnKEeKC7O1aQzhd6Q" name="lambda_0" valueAsString="130" unit="FIT"/>
        </options>
      </subDecisions>
      <options xmi:id="_ukBgL_nJEeKC7O1aQzhd6Q" name="Batteries: primary cells" description=" Caution: life expectancy of these devices is limited">
        <expressions xsi:type="mexp:MVariable" xmi:id="_ukBgMPnJEeKC7O1aQzhd6Q" name="lambda" valueAsString="20" unit="FIT"/>
      </options>
      <options xmi:id="_8CdbMPnJEeKC7O1aQzhd6Q" name="Batteries: secondary cells - Ni-Cd">
        <expressions xsi:type="mexp:MVariable" xmi:id="_ceRmQPnKEeKC7O1aQzhd6Q" name="lambda" valueAsString="100" unit="FIT"/>
      </options>
      <options xmi:id="__kvPIPnJEeKC7O1aQzhd6Q" name="Batteries: secondary cells - Li-Ion">
        <expressions xsi:type="mexp:MVariable" xmi:id="_cj7iUPnKEeKC7O1aQzhd6Q" name="lambda" valueAsString="150" unit="FIT"/>
      </options>
      <options xmi:id="_Bvi50PnKEeKC7O1aQzhd6Q" name="Fans for integrated circuits (CPU)" description=" Caution: life expectancy of these devices is limited">
        <expressions xsi:type="mexp:MVariable" xmi:id="_cpIycPnKEeKC7O1aQzhd6Q" name="lambda" valueAsString="500" unit="FIT"/>
      </options>
      <options xmi:id="_DmRK4PnKEeKC7O1aQzhd6Q" name="Ball bearing fans" description=" Caution: life expectancy of these devices is limited">
        <expressions xsi:type="mexp:MVariable" xmi:id="_cufzkPnKEeKC7O1aQzhd6Q" name="lambda" valueAsString="1500" unit="FIT"/>
      </options>
      <options xmi:id="_E9vUIPnKEeKC7O1aQzhd6Q" name="Bearing fans" description=" Caution: life expectancy of these devices is limited">
        <expressions xsi:type="mexp:MVariable" xmi:id="_czZhsPnKEeKC7O1aQzhd6Q" name="lambda" valueAsString="2500" unit="FIT"/>
      </options>
      <options xmi:id="_HRUgUPnKEeKC7O1aQzhd6Q" name="Thermo-electric cooler">
        <expressions xsi:type="mexp:MVariable" xmi:id="_c5DdwPnKEeKC7O1aQzhd6Q" name="lambda" valueAsString="20" unit="FIT"/>
      </options>
      <options xmi:id="_IuAgwPnKEeKC7O1aQzhd6Q" name="Long duration disk drive">
        <expressions xsi:type="mexp:MVariable" xmi:id="_c-ae4PnKEeKC7O1aQzhd6Q" name="lambda" valueAsString="2800" unit="FIT"/>
      </options>
    </subDecisions>
  </data>
  <evalVariables xmi:id="_5_pZoF1WEeG0ye9uJ_Wj4w" name="lambda" valueAsString="0" unit="FIT"/>
</failureratecatalogs:FailureRateCatalog>
