DemoUut2 Vi Input Input signal Vo Output Output signal Vcc Input DC Power Vc Output Output signal Vb Output Output signal RS232_TX Output RS232 RS232_GND Bi-Directional Ground connection for RS232 signal RF_IN Input RF input signal Digital_GND Bi-Directional Ground connection for Digital signal Digital_07 Bi-Directional Digital signal Digital_05 Bi-Directional Digital signal Digital_03 Bi-Directional Digital signal Digital_01_LSB Bi-Directional Digital signal UUT_GND1 Bi-Directional Ground connection for UUT input UUT_GND2 Bi-Directional Ground connection for UUT output UUT_GND3 Bi-Directional Ground connection for UUT power Ve Output Output signal RS232_RX Input RS232 RF_GND Bi-Directional Ground connection for RF RF_OUT Bi-Directional RF output signal Digital_08_MSB Bi-Directional Digital signal Digital_06 Bi-Directional Digital signal Digital_04 Bi-Directional Digital signal Digital_02 Bi-Directional Digital signal EX1-C1 Resistor Resistor Resistor Resistor Capacitor Capacitor Capacitor Transistor dummy file://D:/Work/ATML/TestDescription/Samples/TheoryOfOperationSample.doc STDTSFLib.xsd STDTSFLib.xml OneDBCompressionTest.xsd OneDBCompressionTest.xml Define sensor signal to measure resistance Connect sensor to UUT power pins Read measured value Disconnect sensor Reset sensor Define source signal for UUT DC power Connect source to UUT power pins Define source of AC signal Connect source to UUT input Define sensor signal to measure AC voltage Connect sensor to UUT output Read measured value Disconnect sensor Reset sensor Disconnect source Reset source Define source of AC signal Connect source to UUT input Define sensor signal to measure AC voltage Connect sensor to Q1 collector /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="4"] /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="16"] Read measured value Disconnect sensor Reset sensor Disconnect source Reset source Define sensor signal to measure DC voltage Connect sensor to Q1 collector /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="4"] /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="16"] Read measured value Disconnect sensor Reset sensor Define sensor signal to measure DC voltage Connect sensor to Q1 emitter /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="17"] /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="16"] Read measured value Disconnect sensor Reset sensor Define sensor signal to measure DC voltage Connect sensor to Q1 base /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="5"] /TestDescription/InterfaceRequirements/c:Ports/c:Port[@name="P1"]/c:ConnectorPins/c:ConnectorPin[@connectorID="J1" and @pinID="16"] Read measured value Disconnect sensor Reset sensor Define source of AC signal Connect source to UUT input Define sensor signal to measure AC voltage Connect sensor to UUT output Read measured value Disconnect sensor Reset sensor Disconnect source Reset source R0 Define source of AC signal Connect source to UUT input Define sensor signal to measure AC voltage Connect sensor to UUT output Read measured value Disconnect sensor Reset sensor Disconnect source Reset source Setup Connect Read Disconnect Reset Setup Read measured value Reset sensor Reset UUT DC power Disconnect UUT DC Power Open Open Open Open Open Short Open Short Open Short /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="B"] /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="E"] Short /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="B"] Open /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="C"] /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="E"] Short /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="C"] Open /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="B"] /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="C"] Short /TestDescription/FailureFaultData/FaultData/Components/Component[@ID="c8"]/Interface/c:Ports/c:Port/c:ConnectorPins/c:ConnectorPin[@connectorID="c1" and @pinID="E"] Open Gain Control Output Control One dB Compression Point