12 lines
3.4 KiB
XML
12 lines
3.4 KiB
XML
<?xml version="1.1" encoding="UTF-8"?>
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<safety:MeasureCatalog xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:safety="http://www.ikv.de/medini/metamodels/SafetyModel/1.0" xmi:id="__BvXkOqkEemlvujEiQRuQw" mediniIdentifier="__BvXkOqkEemlvujEiQRuQw" name="P-11 Table 57 - Sensors/Transducers">
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<collectionType href="http://www.ikv.de/medini/metamodels/SafetyModel/1.0#//SafetyMechanism"/>
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<measures xsi:type="safety:SafetyMechanism" xmi:id="_LRyM4OqlEemlvujEiQRuQw" mediniIdentifier="_LRyM4OqlEemlvujEiQRuQw" id="ISO26262-11: 5.5.4.1" name="Sealed Proof mass Filter with High Pressure" description="NOTE It is not possible to give a general guidance on the DC for sensors/transducers because it strongly depends on the specific technology, type of circuit, use case." notes="MEMS specific implementation."/>
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<measures xsi:type="safety:SafetyMechanism" xmi:id="_LWbcUOqlEemlvujEiQRuQw" mediniIdentifier="_LWbcUOqlEemlvujEiQRuQw" id="ISO26262-11: 5.5.4.2" name="Redundant Diaphragms" description="NOTE It is not possible to give a general guidance on the DC for sensors/transducers because it strongly depends on the specific technology, type of circuit, use case." notes="MEMS specific on-chip calibrated reference."/>
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<measures xsi:type="safety:SafetyMechanism" xmi:id="_LbF54OqlEemlvujEiQRuQw" mediniIdentifier="_LbF54OqlEemlvujEiQRuQw" id="ISO26262-11: 5.5.4.3" name="Offset cancellation" description="NOTE It is not possible to give a general guidance on the DC for sensors/transducers because it strongly depends on the specific technology, type of circuit, use case." notes="Allows for offset optimization."/>
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<measures xsi:type="safety:SafetyMechanism" xmi:id="_Lf5hYOqlEemlvujEiQRuQw" mediniIdentifier="_Lf5hYOqlEemlvujEiQRuQw" id="ISO26262-11: 5.5.4.4" name="Transducer specific self-test" description="NOTE It is not possible to give a general guidance on the DC for sensors/transducers because it strongly depends on the specific technology, type of circuit, use case." notes="Various methods to test signal path integrity."/>
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<measures xsi:type="safety:SafetyMechanism" xmi:id="_LlKb4OqlEemlvujEiQRuQw" mediniIdentifier="_LlKb4OqlEemlvujEiQRuQw" id="ISO26262-11: 5.5.4.5" name="Automatic Gain Control" description="NOTE It is not possible to give a general guidance on the DC for sensors/transducers because it strongly depends on the specific technology, type of circuit, use case." notes="Accounts for low levels of environmental stimulus and increases
dynamic range."/>
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<measures xsi:type="safety:SafetyMechanism" xmi:id="_Lplo4OqlEemlvujEiQRuQw" mediniIdentifier="_Lplo4OqlEemlvujEiQRuQw" id="ISO26262-11: 5.5.4.6" name="Sensitivity adjustment" description="NOTE It is not possible to give a general guidance on the DC for sensors/transducers because it strongly depends on the specific technology, type of circuit, use case." notes="Allows for sensitivity centring."/>
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<measures xsi:type="safety:SafetyMechanism" xmi:id="_LuUX4OqlEemlvujEiQRuQw" mediniIdentifier="_LuUX4OqlEemlvujEiQRuQw" id="ISO26262-11: 5.5.4.7" name="MEMS specific non E/E safety measures" description="NOTE It is not possible to give a general guidance on the DC for sensors/transducers because it strongly depends on the specific technology, type of circuit, use case." notes="Measures that assess physical properties of MEMS transducers."/>
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</safety:MeasureCatalog>
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