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          <uris>urn:selection#_J_grcGAmEemclogVDtTNAg</uris>
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          <uris>urn:selection#_J9KcNoV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KcRoV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KcPoV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KcNoV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KcPoV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KceoV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KbXYV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KbbYV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KbYIV7EeGtctRo0dX6mA</uris>
        </decision>
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          <uris>urn:selection#_J9KbhYV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9KY-YV7EeGtctRo0dX6mA</uris>
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4rrf5q3EfCSa_wJ-_IumQ" targetVariable="_M4rrhpq3EfCSa_wJ-_IumQ" formula="k_0 = 8.616e-5;&#xD;&#xA;A = 0.9;&#xD;&#xA;Ea1 = 0.3;&#xD;&#xA;Ea2 = 0.7;&#xD;&#xA;lambda = lambda_ref * pi_U * pi_T;&#xD;&#xA;&#xD;&#xA;pi_U = exp(C_3 * (pow(U_op/U_rat, C_2) - pow(U_ref/U_rat, C_2)));&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = (1/k_0) * ((1 / T_0) - (1 / (Theta_op + 273)));&#xD;&#xA;z_ref = (1/k_0) * ((1 / T_0) - (1 / (Theta_ref + 273)));&#xD;&#xA;&#xD;&#xA;Theta_op = Theta_ambient + deltaTheta;&#xD;&#xA;&#xD;&#xA;T_0 = 313;&#xD;&#xA;Theta_ref = 80;&#xD;&#xA;C_2 = 1;&#xD;&#xA;C_3 = 1;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
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          <uris>urn:selection#_J9KY9oV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_iuWiQCRmEemdfMifRXAxMQ</uris>
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          <uris>urn:selection#_6motoCPEEemdfMifRXAxMQ</uris>
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      <failures xsi:type="safety:FailureMode" xmi:id="_s6Ow-pq2EfCSa_wJ-_IumQ" mediniIdentifier="_s6Ow-pq2EfCSa_wJ-_IumQ" id="FM060" name="Open circuit" failureRate="7.36242047533513333" failureRateDistribution="90.0">
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4rrrJq3EfCSa_wJ-_IumQ" targetVariable="_M4rrsJq3EfCSa_wJ-_IumQ" formula="k_0 = 8.616e-5;&#xD;&#xA;A = 0.9;&#xD;&#xA;Ea1 = 0.3;&#xD;&#xA;Ea2 = 0.7;&#xD;&#xA;lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = (1/k_0) * ((1 / T_0) - (1 / (Theta_op + 273)));&#xD;&#xA;z_ref = (1/k_0) * ((1 / T_0) - (1 / (Theta_ref + 273)));&#xD;&#xA;&#xD;&#xA;Theta_op = Theta_ambient + deltaTheta;&#xD;&#xA;&#xD;&#xA;T_0 = 313;&#xD;&#xA;Theta_ref = 45;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
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          <uris>urn:selection#_0vkzoCPEEemdfMifRXAxMQ</uris>
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4rru5q3EfCSa_wJ-_IumQ" targetVariable="_M4rrwpq3EfCSa_wJ-_IumQ" formula="k_0 = 8.616e-5;&#xD;&#xA;lambda = lambda_ref * pi_U * pi_T;&#xD;&#xA;&#xD;&#xA;pi_U = exp(C_3 * (pow(U_op/U_rat, C_2) - pow(U_ref/U_rat, C_2)));&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = (1/k_0) * ((1 / T_0) - (1 / (Theta_op + 273)));&#xD;&#xA;z_ref = (1/k_0) * ((1 / T_0) - (1 / (Theta_ref + 273)));&#xD;&#xA;&#xD;&#xA;Theta_op = Theta_ambient + deltaTheta;&#xD;&#xA;&#xD;&#xA;T_0 = 313;&#xD;&#xA;Theta_ref = 55;&#xD;&#xA;A = 0.3;&#xD;&#xA;Ea1 = 0.3;&#xD;&#xA;Ea2 = 0.6;&#xD;&#xA;C_2 = 1;&#xD;&#xA;C_3 = 1;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
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        <decision xmi:id="_M4rrw5q3EfCSa_wJ-_IumQ" description="Catalog: Edition 3.0, 2017-02&#xD;&#xA;Category: Integrated Semiconductor Circuits (Section 6), Sub-Category: Memory&#xD;&#xA;MOS, CMOS, BICMOS: FLASH-EPROM&#xD;&#xA;">
          <uris>urn:selection#_M-rt4iPDEemdfMifRXAxMQ</uris>
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4rrzZq3EfCSa_wJ-_IumQ" targetVariable="_M4rr05q3EfCSa_wJ-_IumQ" formula="k_0 = 8.616e-5;&#xD;&#xA;A = 0.9;&#xD;&#xA;Ea1 = 0.3;&#xD;&#xA;Ea2 = 0.7;&#xD;&#xA;Theta_ref = 55;&#xD;&#xA;lambda = lambda_ref * pi_U * pi_T;&#xD;&#xA;&#xD;&#xA;pi_U = exp(C_3 * (pow(U_op/U_rat, C_2) - pow(U_ref_div_U_rat, C_2)));&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = (1/k_0) * ((1 / T_0) - (1 / (Theta_op + 273)));&#xD;&#xA;z_ref = (1/k_0) * ((1 / T_0) - (1 / (Theta_ref + 273)));&#xD;&#xA;&#xD;&#xA;Theta_op = Theta_ambient + deltaTheta;&#xD;&#xA;&#xD;&#xA;T_0 = 313;&#xD;&#xA;C_2 = 4.4;&#xD;&#xA;C_3 = 1.4;&#xD;&#xA;U_ref_div_U_rat = 0.7;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
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        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rr0Zq3EfCSa_wJ-_IumQ" name="U_rat" valueAsString="15" unit="V" description="Rated voltage"/>
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rr0pq3EfCSa_wJ-_IumQ" name="lambda_ref" valueAsString="10" unit="FIT" description="Failure rate under reference conditions"/>
        <evalVariables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rr05q3EfCSa_wJ-_IumQ" name="lambda" valueAsString="0" unit="FIT" description="lambda"/>
        <decision xmi:id="_M4rr1Jq3EfCSa_wJ-_IumQ" description="Catalog: Edition 3.0, 2017-02&#xD;&#xA;Category: Integrated Semiconductor Circuits (Section 6), Sub-Category: Analog ICs&#xD;&#xA;Amplifiers and others: Operational amplifiers, comparators and voltage monitors - Bipolar, BIFET&#xD;&#xA;">
          <uris>urn:selection#_8vwjACPUEemdfMifRXAxMQ</uris>
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      <failures xsi:type="safety:FailureMode" xmi:id="_M4rDmpq3EfCSa_wJ-_IumQ" mediniIdentifier="_M4rDmpq3EfCSa_wJ-_IumQ" id="FM126" name="Short Circuit" failureRate="2.0" failureRateDistribution="20.0">
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4rr3pq3EfCSa_wJ-_IumQ" targetVariable="_M4rr4Zq3EfCSa_wJ-_IumQ" formula="lambda = lambda_ref * amount;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
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          <uris>urn:selection#_QzJ5QCRsEemdfMifRXAxMQ</uris>
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4rr6pq3EfCSa_wJ-_IumQ" targetVariable="_M4rr7Zq3EfCSa_wJ-_IumQ" formula="lambda = lambda_ref * amount;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rr65q3EfCSa_wJ-_IumQ" name="amount" valueAsString="1" description="Number of connections"/>
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          <uris>urn:selection#_RWFAICRsEemdfMifRXAxMQ</uris>
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      <failures xsi:type="safety:FailureMode" xmi:id="_M4rDoJq3EfCSa_wJ-_IumQ" mediniIdentifier="_M4rDoJq3EfCSa_wJ-_IumQ" id="FM130" name="Short Circuit" failureRate="0.6" failureRateDistribution="20.0">
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          <details xmi:id="_M4rr9Zq3EfCSa_wJ-_IumQ" key="partLibraryId" value="_EQ8_cJq3EfCSa_wJ-_IumQ"/>
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        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rr95q3EfCSa_wJ-_IumQ" name="amount" valueAsString="1" description="Number of connections"/>
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        <decision xmi:id="_M4rr-pq3EfCSa_wJ-_IumQ" description="Catalog: Edition 3.0, 2017-02&#xD;&#xA;Category: Connectors and sockets (Section 15)&#xD;&#xA;Component type: Coaxial plugs&#xD;&#xA;">
          <uris>urn:selection#_RhN5ICRsEemdfMifRXAxMQ</uris>
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    <the_owned_elements xsi:type="sysml:SysMLBlock" xmi:id="_s6OxCJq2EfCSa_wJ-_IumQ" mediniIdentifier="_s6OxCJq2EfCSa_wJ-_IumQ" typeCode="Hardware Part" name="LED_ORANGE_SMD_0603" description="MCU" failureRate="9.2698005508387182" failureRateMode="FROM_CATALOG" rawFailureRate="9.2698005508387182" partNumber="TLMO1000-GS08" user_element_kind="LED">
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          <details xmi:id="_M4rsBZq3EfCSa_wJ-_IumQ" key="partLibraryId" value="_ERFiUJq3EfCSa_wJ-_IumQ"/>
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4rsBpq3EfCSa_wJ-_IumQ" targetVariable="_M4rsDZq3EfCSa_wJ-_IumQ" formula="k_0 = 8.616e-5;&#xD;&#xA;Theta_ref = 45;&#xD;&#xA;I_ref_div_I_rat = 0.5;&#xD;&#xA;lambda = lambda_ref * pi_I * pi_T * amount;&#xD;&#xA;&#xD;&#xA;pi_I = ifThenElse(greaterEq(I/I_rat, 0.5), exp(C_4 * (pow(I/I_rat, C_5) - pow(I_ref_div_I_rat, C_5))), 1);&#xD;&#xA;&#xD;&#xA;pi_T = exp((Ea1/k_0) * (1/(Theta_ref +273) - 1/(Theta_op +273)));&#xD;&#xA;Theta_op = Theta_ambient + deltaTheta;&#xD;&#xA;C_5 = 8.0;&#xD;&#xA;C_4 = 1.4;&#xD;&#xA;Ea1 = 0.65;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rsB5q3EfCSa_wJ-_IumQ" name="Theta_ambient" valueAsString="30.0" unit="°C" description="Mean ambient temperature"/>
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        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rsCZq3EfCSa_wJ-_IumQ" name="lambda_ref" valueAsString="30.0" unit="FIT" description="Failure rate under reference conditions"/>
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rsCpq3EfCSa_wJ-_IumQ" name="amount" valueAsString="1" description="Number of elements"/>
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rsC5q3EfCSa_wJ-_IumQ" name="I" valueAsString="0.5" unit="A" description="Operating current"/>
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rsDJq3EfCSa_wJ-_IumQ" name="I_rat" valueAsString="1" unit="A" description="Rated current"/>
        <evalVariables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rsDZq3EfCSa_wJ-_IumQ" name="lambda" valueAsString="0" unit="FIT" description="lambda"/>
        <decision xmi:id="_M4rsDpq3EfCSa_wJ-_IumQ" description="Catalog: Edition 3.0, 2017-02&#xD;&#xA;Category: Optoelectronic components (Section 8), Sub-Category: LED, IREDs, laser diodes and transmitter components&#xD;&#xA;Type: LED visible light (radial and SMT, large power packages (&gt; 100 mA DC))&#xD;&#xA;">
          <uris>urn:selection#_2kb6ICPdEemdfMifRXAxMQ</uris>
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      <details xmi:id="_s6PYB5q2EfCSa_wJ-_IumQ" key="partLibraryId" value="_5OCRcJk-EfCdtbpOpADTdA"/>
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    <the_owned_elements xsi:type="sysml:SysMLBlock" xmi:id="_s6OxCpq2EfCSa_wJ-_IumQ" mediniIdentifier="_s6OxCpq2EfCSa_wJ-_IumQ" typeCode="Hardware Part" name="NTC_10K_0402_NTCS0402E3103JHT" description="AFE" failureRate="5.0" failureRateMode="FROM_CATALOG" rawFailureRate="5.0" partNumber="NTCS0402E3103JHT" user_element_kind="NTC">
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        <details xmi:id="_s6PYCZq2EfCSa_wJ-_IumQ" key="partLibraryId" value="_3CGlhJk-EfCdtbpOpADTdA"/>
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      <failures xsi:type="safety:FailureMode" xmi:id="_s6OxDJq2EfCSa_wJ-_IumQ" mediniIdentifier="_s6OxDJq2EfCSa_wJ-_IumQ" id="FM068" name="Open Circuit" failureRate="0.5" failureRateDistribution="10.0">
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          <details xmi:id="_s6PYDZq2EfCSa_wJ-_IumQ" key="partLibraryId" value="_JelAYJlCEfCdtbpOpADTdA"/>
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      <failures xsi:type="safety:FailureMode" xmi:id="_s6OxDZq2EfCSa_wJ-_IumQ" mediniIdentifier="_s6OxDZq2EfCSa_wJ-_IumQ" id="FM069" name="Drift" failureRate="1.0" failureRateDistribution="20.0">
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          <details xmi:id="_s6PYD5q2EfCSa_wJ-_IumQ" key="partLibraryId" value="_JencoJlCEfCdtbpOpADTdA"/>
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        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4rsG5q3EfCSa_wJ-_IumQ" name="lambda_ref" valueAsString="5" unit="FIT" description="Failure rate under reference conditions"/>
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        <decision xmi:id="_M4rsHZq3EfCSa_wJ-_IumQ" description="Catalog: Edition 3.0, 2017-02&#xD;&#xA;Category: Other Passive Components (Section 13)&#xD;&#xA;">
          <uris>urn:selection#_J9KczYV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9Kb4YV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9Kb4YV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9Kb4YV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9Kb4YV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9Kb4YV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_OjXboCPiEemdfMifRXAxMQ</uris>
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          <uris>urn:selection#_J9Kb4YV7EeGtctRo0dX6mA</uris>
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          <uris>urn:selection#_J9Kb4YV7EeGtctRo0dX6mA</uris>
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      <failureRateData xsi:type="failureratecatalogs:FailureRateData" xmi:id="_M4sRcJq3EfCSa_wJ-_IumQ" targetVariable="_M4sRdJq3EfCSa_wJ-_IumQ" formula="k_0 = 8.616e-5;&#xD;&#xA;lambda = lambda_ref * pi_T;&#xD;&#xA;&#xD;&#xA;pi_T = (A * exp(Ea1 * z) + (1-A) * exp(Ea2 * z)) / (A * exp(Ea1 * z_ref) + (1-A) * exp(Ea2 * z_ref));&#xD;&#xA;z = (1/k_0) * ((1 / T_0) - (1 / (Theta_op + 273)));&#xD;&#xA;z_ref = (1/k_0) * ((1 / T_0) - (1 / (Theta_ref + 273)));&#xD;&#xA;&#xD;&#xA;Theta_op = Theta_ambient + deltaTheta;&#xD;&#xA;&#xD;&#xA;T_0 = 313;&#xD;&#xA;Theta_ref = 100;&#xD;&#xA;A = 1;&#xD;&#xA;Ea1 = 0.4;&#xD;&#xA;Ea2 = 0.0;&#xD;&#xA;" sourceInfo="Edition 3.0, 2017-02">
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4sRcZq3EfCSa_wJ-_IumQ" name="Theta_ambient" valueAsString="40" unit="°C" description="Mean ambient temperature"/>
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4sRcpq3EfCSa_wJ-_IumQ" name="deltaTheta" valueAsString="0" unit="°C" description="Increase in temperature due to self-heating"/>
        <variables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4sRc5q3EfCSa_wJ-_IumQ" name="lambda_ref" valueAsString="100" unit="FIT" description="Failure rate under reference conditions"/>
        <evalVariables xsi:type="failureratecatalogs:FRVariable" xmi:id="_M4sRdJq3EfCSa_wJ-_IumQ" name="lambda" valueAsString="0" unit="FIT" description="lambda"/>
        <decision xmi:id="_M4sRdZq3EfCSa_wJ-_IumQ" description="Catalog: Edition 3.0, 2017-02&#xD;&#xA;Category: Discrete Semiconductors (Section 7), Sub-Category: Diode&#xD;&#xA;Type: Zener Diode, power, stabilization&#xD;&#xA;">
          <uris>urn:selection#_J9Kbf4V7EeGtctRo0dX6mA</uris>
        </decision>
      </failureRateData>
    </the_owned_elements>
  </the_owned_elements>
</sysml:SysMLContainerPackage>
