Test Information
The Detailed Test Information contains the bulk of the test information associated with the test description.
The key top level areas discussed are :
- EntryPoints - Identifies the test groups or actions that can be used as entry points for testing the UUT. For each entry point, test conditions are completely stated and are not dependent on previous tests or setups.
- Actions - Contains list of Tests or Sessions actions being the specific tests performed on the UUT
- StateVariables - Contains the list of state variables. State variables are used to specify conditions for the execution of tests.
- TestGroups - Identify the sequence of Actions to be performed as a group.
- GlobalSignals - Identifies global signals, shared by multiple tests. Global signals are referenced from various elements that describe the behavior of actions.
EntryPoints
The ATML demo supports four entry points each representing the various stages of the test program through the ATML Demo phases.
Example
<td:TestGroupEntryPoint
ID="1"
testGroupID
="ATLASTPS
"
/>
<td:TestGroupEntryPoint
ID="2"
testGroupID
="seq1
"
/>
<td:TestGroupEntryPoint
ID="3"
testGroupID
="seq_odbc_repeat
"
/>
<td:TestGroupEntryPoint
ID="4"
testGroupID
="seq_odbc_generic
"
/>
</td:TestGroupEntryPoints>
</td:EntryPoints>
Actions
The test Description contains 35 separate Actions two SessionActions to apply and remove power and 33 individual Tests
Example
<td:Description>
Define
sensor signal to
measure resistance
</td:Description>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
std:Instantaneous
name
="Measure1"
type
="Resistance"
samples
="1"
nominal
="13.2kOhm
"
/>
</
std:Signal>
</
td:Sensor>
</td:Operation>
<td:Description>
Connect
sensor to UUT power
pins
</td:Description>
</td:Operation>
<td:Description>
Read
measured value
</td:Description>
<td:Measurement
ID="Measurement1
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
td:TestResultOutValue
testResultID
="t1tr1"
signalName
="Measure1
"
/>
</
td:OutValues>
</td:Operation>
<td:Description>
Disconnect
sensor
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="t1o1"
value
="Passed
"
/>
<td:Outcome
ID="t1o2"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="kOhm
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<td:Description>
Define
source signal for
UUT DC power
</td:Description>
<
td:GlobalSignalReference
globalSignalID
="gs1
"
/>
<
tsf716:DC_SIGNAL
name
="DcSignal1"
dc_ampl
="
12.0
V
"
/>
</
std:Signal>
</
td:Source>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="sa2o1"
value
="Done
"
/>
</
td:Outcomes>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="mV"
unitQualifier
="pk_pk"
value
="100.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="kHz"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:Description>
Define
source of AC signal
</td:Description>
<
td:LocalSourceSignalReference
localSourceSignalID
="ls1
"
/>
<
tsf716:AC_SIGNAL
name
="AcSignal2"
ac_ampl
="100.0mV"
freq
="1000.0Hz
"
/>
</
std:Signal>
<
td:ParameterInValue
parameterID
="t3p1"
signalName
="AcSignal2"
signalAttribute
="ac_ampl
"
/>
<
td:ParameterInValue
parameterID
="t3p2"
signalName
="AcSignal2"
signalAttribute
="freq
"
/>
</
td:InValues>
</
td:Source>
</td:Operation>
<td:Description>
Define
sensor signal to
measure AC voltage
</td:Description>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls2
"
/>
<
tsf716:AC_SIGNAL
name
="AcSignal3"
ac_ampl
="
1000
mV
"
freq
="
1
kHz
"
/>
<
std:Measure
name
="Measure5"
As
="AcSignal3"
attribute
="ac_ampl
"
/>
</
std:Signal>
</
td:Sensor>
</td:Operation>
<td:Description>
Read
measured value
</td:Description>
<td:Measurement
ID="Measurement5
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls2
"
/>
<
td:TestResultOutValue
testResultID
="t3tr1"
signalName
="Measure5
"
/>
</
td:OutValues>
</td:Operation>
<td:Description>
Disconnect
sensor
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls2
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls2
"
/>
</td:Operation>
<td:Description>
Disconnect
source
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
source
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Outcome
ID="t3o1"
value
="Passed
"
/>
<td:Outcome
ID="t3o2"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="mV"
unitQualifier
="pk_pk
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<td:Description>
Define
source of AC signal
</td:Description>
<
td:LocalSourceSignalReference
localSourceSignalID
="ls1
"
/>
<
tsf716:AC_SIGNAL
name
="AcSignal4"
ac_ampl
="
pk_pk
100.0
mV
"
freq
="
1.0
kHz
"
/>
</
std:Signal>
</
td:Source>
</td:Operation>
<td:Description>
Define
sensor signal to
measure AC voltage
</td:Description>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls2
"
/>
<
tsf716:AC_SIGNAL
name
="AcSignal5"
ac_ampl
="
1000
mV
"
freq
="
1
kHz
"
/>
<
std:Measure
name
="Measure6"
As
="AcSignal5"
attribute
="ac_ampl
"
/>
</
std:Signal>
</
td:Sensor>
</td:Operation>
<td:Description>
Connect
sensor to Q1
collector
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls2
"
/>
-
<!--
Example: Explicit mapping of signal attributes "hi" and "lo" to UUT ports, using PortValue elements-->
<
std:TwoWire
name
="Conn7"
hi
="J1-7"
lo
="J1-6
"
/>
</
std:Signal>
</
td:PortValues>
</
td:Signal>
</td:Operation>
<td:Description>
Read
measured value
</td:Description>
<td:Measurement
ID="Measurement6
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls2
"
/>
<
td:TestResultOutValue
testResultID
="t4tr1"
signalName
="Measure6
"
/>
</
td:OutValues>
</td:Operation>
<td:Description>
Disconnect
sensor
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls2
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls2
"
/>
</td:Operation>
<td:Description>
Disconnect
source
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
source
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Outcome
ID="t4o1"
value
="Passed
"
/>
<td:Outcome
ID="t4o2"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="mV"
unitQualifier
="pk_pk
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<td:Description>
Define
sensor signal to
measure DC voltage
</td:Description>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
tsf716:DC_SIGNAL
name
="DcSignal4"
dc_ampl
="
6.54
V
"
/>
<
std:Measure
name
="Measure7"
As
="DcSignal4"
attribute
="dc_ampl
"
/>
</
std:Signal>
</
td:Sensor>
</td:Operation>
<td:Description>
Connect
sensor to Q1
collector
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
<
std:TwoWire
name
="Conn8"
hi
="J1-7"
lo
="J1-6
"
/>
</
std:Signal>
</
td:PortValues>
</
td:Signal>
</td:Operation>
<td:Description>
Read
measured value
</td:Description>
<td:Measurement
ID="Measurement7
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
td:TestResultOutValue
testResultID
="t5tr1"
signalName
="Measure7
"
/>
</
td:OutValues>
</td:Operation>
<td:Description>
Disconnect
sensor
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="t5o1"
value
="Passed
"
/>
<td:Outcome
ID="t5o2"
value
="Failed"
qualifier
="FailHigh
"
/>
<td:Outcome
ID="t5o3"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<td:Description>
Define
sensor signal to
measure DC voltage
</td:Description>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
tsf716:DC_SIGNAL
name
="DcSignal5"
dc_ampl
="
0.46
V
"
/>
<
std:Measure
name
="Measure8"
As
="DcSignal5"
attribute
="dc_ampl
"
/>
</
std:Signal>
</
td:Sensor>
</td:Operation>
<td:Description>
Connect
sensor to Q1 emitter
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
<
std:TwoWire
name
="Conn9"
hi
="J1-8"
lo
="J1-6
"
/>
</
std:Signal>
</
td:PortValues>
</
td:Signal>
</td:Operation>
<td:Description>
Read
measured value
</td:Description>
<td:Measurement
ID="Measurement8
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
td:TestResultOutValue
testResultID
="t6tr1"
signalName
="Measure8
"
/>
</
td:OutValues>
</td:Operation>
<td:Description>
Disconnect
sensor
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="t6o1"
value
="Passed
"
/>
<td:Outcome
ID="t6o2"
value
="Failed"
qualifier
="FailHigh
"
/>
<td:Outcome
ID="t6o3"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<td:Description>
Define
sensor signal to
measure DC voltage
</td:Description>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
tsf716:DC_SIGNAL
name
="DcSignal6"
dc_ampl
="
1.09
V
"
/>
<
std:Measure
name
="Measure9"
As
="DcSignal6"
attribute
="dc_ampl
"
/>
</
std:Signal>
</
td:Sensor>
</td:Operation>
<td:Description>
Connect
sensor to Q1 base
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
<
std:TwoWire
name
="Conn10"
hi
="J1-9"
lo
="J1-6
"
/>
</
std:Signal>
</
td:PortValues>
</
td:Signal>
</td:Operation>
<td:Description>
Read
measured value
</td:Description>
<td:Measurement
ID="Measurement9
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
td:TestResultOutValue
testResultID
="t7tr1"
signalName
="Measure9
"
/>
</
td:OutValues>
</td:Operation>
<td:Description>
Disconnect
sensor
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
<td:Description>
Reset
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="t7o1"
value
="Passed
"
/>
<td:Outcome
ID="t7o2"
value
="Failed"
qualifier
="FailHigh
"
/>
<td:Outcome
ID="t7o3"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<td:Outcome
ID="t8o1"
value
="Passed"
qualifier
="VE_P
"
/>
<td:Outcome
ID="t8o2"
value
="Failed"
qualifier
="VE_H_VB_P
"
/>
<td:Outcome
ID="t8o3"
value
="Failed"
qualifier
="VE_H_VB_H
"
/>
<td:Outcome
ID="t8o4"
value
="Failed"
qualifier
="VE_H_VB_L
"
/>
<td:Outcome
ID="t8o5"
value
="Failed"
qualifier
="VE_L_VB_P
"
/>
<td:Outcome
ID="t8o6"
value
="Failed"
qualifier
="VE_L_VB_H
"
/>
<td:Outcome
ID="t8o7"
value
="Failed"
qualifier
="VE_L_VB_L
"
/>
</
td:Outcomes>
</td:Action>
<td:TestGroupCall
testGroupID="seq2
"
/>
</
td:Behavior>
<td:Outcome
ID="t9o1"
value
="Passed"
qualifier
="VE_P
"
/>
<td:Outcome
ID="t9o2"
value
="Failed"
qualifier
="VE_H_VB_P
"
/>
<td:Outcome
ID="t9o3"
value
="Failed"
qualifier
="VE_H_VB_H
"
/>
<td:Outcome
ID="t9o4"
value
="Failed"
qualifier
="VE_H_VB_L
"
/>
<td:Outcome
ID="t9o5"
value
="Failed"
qualifier
="VE_L_VB_P
"
/>
<td:Outcome
ID="t9o6"
value
="Failed"
qualifier
="VE_L_VB_H
"
/>
<td:Outcome
ID="t9o7"
value
="Failed"
qualifier
="VE_L_VB_L
"
/>
</
td:Outcomes>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="mV"
unitQualifier
="pk_pk"
value
="100.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="kHz"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:hexadecimal"
value
="0x80
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
+
<std:Signal
xmlns
="urn:IEEE-1641:2010:STDBSC"
xmlns:std
="urn:IEEE-1641:2010:STDBSC"
xmlns:tsf716
="urn:IEEE-1641:2010:STDTSFLib"
xmlns:rt
="ATMLDemoRTCASS"
xmlns:atsf
="ATMLTSFLib"
Out
="Measure_4651">
<atmldemo2digitalpatterns:D80
name="D80_4642
"
/>
<tsf716:AC_SIGNAL
name="AC_SIGNAL_4644x"
ac_ampl
="
pk_pk
100.0 mV
"
freq
="
1
kHz
"
/>
<std:TwoWire
name="TwoWire_4649"
In
="AC_SIGNAL_4644x"
hi
="J1-1"
lo
="J1-2
"
/>
<tsf716:AC_SIGNAL
name="AC_SIGNAL_4644"
ac_ampl
="
pk_pk
100.0 mV
"
freq
="
1
kHz
"
/>
<std:TwoWire
name="TwoWire_4650"
hi
="J1-3"
lo
="J1-4
"
/>
<std:Measure
name="Measure_4651"
nominal
="
pk_pk
500 mV
"
As
="AC_SIGNAL_4644"
attribute
="ac_ampl"
In
="TwoWire_4650
"
/>
</std:Signal>
</td:IeeeStd1641>
</
td:Behavior>
<td:Outcome
ID="t10o1"
value
="Passed
"
/>
<td:Outcome
ID="t10o2"
value
="Failed"
qualifier
="FailLow
"
/>
<td:Outcome
ID="t10o3"
value
="Failed"
qualifier
="FailHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="mV"
unitQualifier
="pk_pk
"
/>
</td:ValueDescription>
</
td:Limit>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="mV"
unitQualifier
="pk_pk"
value
="100.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="kHz"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
+
<std:Signal
xmlns
="urn:IEEE-1641:2010:STDBSC"
xmlns:std
="urn:IEEE-1641:2010:STDBSC"
xmlns:tsf716
="urn:IEEE-1641:2010:STDTSFLib"
xmlns:rt
="ATMLDemoRTCASS"
xmlns:atsf
="ATMLTSFLib"
Out
="Measure_5294">
<tsf716:RS_232
name="RS_232_5292"
data_word
="R0
"
/>
<std:TwoPhase
name="TwoWireComp_5293"
In
="RS_232_5292"
a
="J1-11"
b
="J1-12"
n
="J1-13
"
/>
<tsf716:AC_SIGNAL
name="AC_SIGNAL_5299x"
ac_ampl
="
pk_pk
100.0 mV
"
freq
="
1.0
kHz
"
/>
<std:TwoWire
name="TwoWire_5304"
In
="AC_SIGNAL_5299x"
hi
="J1-1"
lo
="J1-2
"
/>
<tsf716:AC_SIGNAL
name="AC_SIGNAL_5299"
ac_ampl
="
pk_pk
100.0 mV
"
freq
="
1.0
kHz
"
/>
<std:TwoWire
name="TwoWire_5298"
hi
="J1-3"
lo
="J1-4
"
/>
<std:Measure
name="Measure_5294"
nominal
="
pk_pk
500 mV
"
As
="AC_SIGNAL_5299"
attribute
="ac_ampl"
In
="TwoWire_5298
"
/>
</std:Signal>
</td:IeeeStd1641>
</
td:Behavior>
<td:Outcome
ID="t11o1"
value
="Passed
"
/>
<td:Outcome
ID="t11o2"
value
="Failed"
qualifier
="FailHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="mV"
unitQualifier
="pk_pk
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<odcp:GAIN
name="G1"
input_freq
="
15
kHz
"
nominal
="
18.54
dB
"
uut_input_pin
="J1-1"
uut_output_pin
="J1-3"
input_pwr
="
-20
dBm
"
/>
</std:Signal>
<td:SessionDatumOutValue
signalName
="G1"
signalAttribute
="measurement.withUnit("dB").magnitude"
testResultID
="sesh1Res1
"
/>
</td:OutValues>
</td:IeeeStd1641>
</
td:Behavior>
<td:Outcome
ID="sesh1oDone"
value
="Done
"
/>
</
td:Outcomes>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="dBm"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="kHz"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<
td:LocalSensorSignalReference
localSensorSignalID
="test12ls1
"
/>
<
odcp:ONE_DB_COMPRESSION_POINT
name
="ODCP1"
errlmt
="
0.05
dB
"
input_freq
="
15
kHz
"
uut_input_pin
="J1-1"
uut_output_pin
="J1-3
"
/>
</
std:Signal>
<
td:ParameterInValue
parameterID
="test12p1"
signalName
="ODCP1"
signalAttribute
="linear_gain
"
/>
</
td:InValues>
</
td:Sensor>
</td:Operation>
<td:Measurement
ID="test12op1meas1
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="test12ls1
"
/>
<
td:SessionDatumOutValue
signalName
="ODCP1"
signalAttribute
="GO"
testResultID
="test12rGO
"
/>
<
td:SessionDatumOutValue
signalName
="ODCP1"
signalAttribute
="measurement.withUnit("dBm").magnitude"
testResultID
="test12rOutputPwr
"
/>
</
td:OutValues>
</td:Operation>
</td:Decision>
<td:Measurement ID="test12op3.op1.onTrue.op2.meas1" />
<td:LocalSensorSignalReference localSensorSignalID="test12ls1" />
<td:SessionDatumOutValue signalName="ODCP1" signalAttribute="GO" testResultID="test12rGO" />
<td:SessionDatumOutValue signalName="ODCP1" signalAttribute="measurement.withUnit("dBm").magnitude" testResultID="test12rOutputPwr" />
</td:OutValues>
</td:Operation>
</td:OnTrue>
<td:LocalSignalReference localSignalID="test12ls1" />
</td:Operation>
</td:OnFalse>
</
td:Operation>
</
td:Body>
</td:IncrementValues>
</
td:Iterator>
</
td:Decision>
</td:Operation>
<td:LocalSignalReference
localSignalID
="test12ls1
"
/>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="test12ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="t12o1"
value
="Passed
"
/>
<td:Outcome
ID="t12o2"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="dBm
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<odcp:ODCP_COMPLETE
name="O_C1"
errlmt
="
0.05
dB
"
freq
="
15
kHz
"
max_input_pwr
="
12
dBm
"
min_input_pwr
="
-20
dBm
"
uut_input_pin
="J1-1"
uut_output_pin
="J1-3
"
/>
</std:Signal>
<td:ParameterInValue
parameterID
="test13p1"
signalName
="O_C1"
signalAttribute
="gain
"
/>
</td:InValues>
<td:SessionDatumOutValue
testResultID
="test13Res1"
signalName
="O_C1"
signalAttribute
="measurement.withUnit("dBm").magnitude
"
/>
</td:OutValues>
</td:IeeeStd1641>
</
td:Behavior>
<td:Outcome
ID="t13o1"
value
="Passed
"
/>
<td:Outcome
ID="t13o2"
value
="Failed"
qualifier
="FailLow
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="dBm
"
/>
</td:ValueDescription>
</td:TestResult>
</
td:TestResults>
</td:Action>
<td:Description>
Reset
UUT DC power
</td:Description>
<td:GlobalSignalReference
globalSignalID
="gs1
"
/>
</td:Operation>
<td:Description>
Disconnect
UUT DC Power
</td:Description>
<
td:GlobalSignalReference
globalSignalID
="gs1
"
/>
</
td:Signal>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Outcome
ID="sa1o1"
value
="Done
"
/>
</
td:Outcomes>
</td:Action>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pRM1"
standardUnit
="Ohm
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pRM2"
standardUnit
="Ohm
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pRM3
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pRM4
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
std:Instantaneous
type
="Resistance"
name
="Instantaneous1"
samples
="1"
In
="TwoWire1
"
/>
<
std:TwoWire
name
="TwoWire1"
hi
=""
lo
=""
/>
</
std:Signal>
<
td:ParameterInValue
parameterID
="p3"
signalName
="TwoWire1"
signalAttribute
="hi
"
/>
<
td:ParameterInValue
parameterID
="p4"
signalName
="TwoWire1"
signalAttribute
="lo
"
/>
</
td:InValues>
</
td:Sensor>
</td:Operation>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
<
std:Signal
/>
</
td:Signal>
</td:Operation>
<td:TimeValue
value
="10"
standardUnit
="s
"
/>
</td:Operation>
<td:Measurement
ID="mrmeas
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
td:TestResultOutValue
signalName
="Instantaneous1"
signalAttribute
="measurement"
testResultID
="MRtr1
"
/>
</
td:OutValues>
</td:Operation>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="MRoPassed"
value
="Passed
"
/>
<td:Outcome
ID="MRoFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="MRoFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</
td:Limit>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVDC1"
standardUnit
="V
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVDC2"
standardUnit
="V
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVDC3
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVDC4
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:Description>
The
ATLAS uses
Connect/Setiup in
ATML we're not yet
defined the signal
reference is this a
problem? The
location values are
in local parameters
but I can not get to
them using
c:PortValues so I've
had to do the
connection in the
setup operation
Propably should have
used DC_SIGNAL
semantics
tsf716:DC_SIGNAL
name="DCSig"
std:Measure
As="DCSig"
attribute="dc_ampl"
</td:Description>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
<
std:Signal
/>
</
td:Signal>
</td:Operation>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
std:Instantaneous
type
="Voltage"
name
="InstantaneousVDC"
nominal
="inst"
samples
="1"
In
="TwoWireVDC
"
/>
<
std:TwoWire
name
="TwoWireVDC"
hi
=""
lo
=""
/>
</
std:Signal>
<
td:ParameterInValue
parameterID
="p3"
signalName
="TwoWireVDC"
signalAttribute
="hi
"
/>
<
td:ParameterInValue
parameterID
="p4"
signalName
="TwoWireVDC"
signalAttribute
="lo
"
/>
</
td:InValues>
</
td:Sensor>
</td:Operation>
<td:TimeValue
value
="10"
standardUnit
="s
"
/>
</td:Operation>
<td:Measurement
ID="vdcmeas
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
td:TestResultOutValue
signalName
="InstantaneousVDC"
signalAttribute
="measurement"
testResultID
="VDCtr1
"
/>
</
td:OutValues>
</td:Operation>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Sensor
ID="ls1
"
/>
</td:LocalSignal>
</
td:LocalSignals>
<td:Outcome
ID="VDCoPassed"
value
="Passed
"
/>
<td:Outcome
ID="VDCoFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="VDCoFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
nonStandardUnit
="VDC"
standardUnit
="V
"
/>
</td:ValueDescription>
</
td:Limit>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVAC1"
standardUnit
="V
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVAC2"
standardUnit
="V
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVAC3
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVAC4
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="td:ValueFromTestGroupParameter"
testGroupParameterID
="pVAC5
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<
td:LocalSourceSignalReference
localSourceSignalID
="ls2
"
/>
<
std:TwoWire
name
="ACSignal_OUT"
hi
="J1-1"
lo
="J1-2"
In
="ACSignal_AFG
"
/>
<
tsf716:AC_SIGNAL
name
="ACSignal_AFG"
ac_ampl
="
pk
2.0
V
"
freq
="
100
Hz
"
/>
</
std:Signal>
</
td:Source>
</td:Operation>
<td:Description>
The
ATLAS sets D1:8 and
then toggles D10 I
do not get whats
happening hear since
we have no D10 in
the interface I'm
wondering is the
diDWG is beiung used
to perfomr RS232 in
which case a simple
RS232 data="00"
would suffice
</td:Description>
<
td:LocalSourceSignalReference
localSourceSignalID
="ls3
"
/>
<
std:DigitalBus
name
="DigitalSignal_OUT"
pins
="
J1-D0,
J1-D1,
J1-D2,
J1-D3,
J1-D4
J1-D5,
J1-D6,
J1-D7
"
In
="DigitalSignal_DWG
"
/>
<
std:ParallelDigital
name
="DigitalSignal_DWG"
logic_H_value
="
5
V
"
logic_L_value
="
0
V
"
data
="LLLLLLLL"
period
="
10
us
"
/>
</
std:Signal>
<
td:ParameterInValue
parameterID
="p5"
signalName
="DigitalSignal_DWG"
signalAttribute
="data
"
/>
</
td:InValues>
</
td:Source>
</td:Operation>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
<
std:Signal
/>
</
td:Signal>
</td:Operation>
<
td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
std:Instantaneous
type
="Resistance"
name
="InstantaneousVAC"
nominal
="rms"
samples
="1"
In
="TwoWireVAC
"
/>
<
std:TwoWire
name
="TwoWireVAC"
hi
=""
lo
=""
/>
</
std:Signal>
<
td:ParameterInValue
parameterID
="p3"
signalName
="TwoWireVAC"
signalAttribute
="hi
"
/>
<
td:ParameterInValue
parameterID
="p4"
signalName
="TwoWireVAC"
signalAttribute
="lo
"
/>
</
td:InValues>
</
td:Sensor>
</td:Operation>
<td:TimeValue
value
="10"
standardUnit
="s
"
/>
</td:Operation>
<td:Measurement
ID="vacmeas
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
td:TestResultOutValue
signalName
="InstantaneousVAC"
signalAttribute
="measurement"
testResultID
="VACtr1
"
/>
</
td:OutValues>
</td:Operation>
<
td:LocalSignalReference
localSignalID
="ls1
"
/>
</
td:Signal>
</td:Operation>
<
td:LocalSignalReference
localSignalID
="ls3
"
/>
</
td:Signal>
</td:Operation>
<
td:LocalSignalReference
localSignalID
="ls2
"
/>
</
td:Signal>
</td:Operation>
</td:Operations>
</
td:Behavior>
<td:Outcome
ID="VACoPassed"
value
="Passed
"
/>
<td:Outcome
ID="VACoFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="VACoFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VAC"
unitQualifier
="rms
"
/>
</td:ValueDescription>
</
td:Limit>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="9.6
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="24.4
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="200100oPassed"
value
="Passed
"
/>
<td:Outcome
ID="200100oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="200100oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="kOhm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="INF
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="210100oPassed"
value
="Passed
"
/>
<td:Outcome
ID="210100oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="210100oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="kOhm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="20
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220100oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220100oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220100oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="20
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220200oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220200oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220200oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="20
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220300oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220300oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220300oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="20
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220400oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220400oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220400oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="100
"
/>
</td:Value>
</td:Parameter>
<td:Description>
Bit
of a frig this it should
really be a single limit.
test program converts INF to
9.0E98
</td:Description>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="INF
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220500oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220500oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220500oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="376.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="564.0
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220600oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220600oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220600oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="960.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="Ohm"
value
="1440.0
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220700oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220700oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220700oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="4.48
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="kOhm"
value
="6.72
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
Resistance
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="220800oPassed"
value
="Passed
"
/>
<td:Outcome
ID="220800oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="220800oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="Ohm
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VDC"
value
="0.9
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VDC"
value
="1.3
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
VDC
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="230100oPassed"
value
="Passed
"
/>
<td:Outcome
ID="230100oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="230100oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VDC
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VDC"
value
="0.2
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VDC"
value
="0.6
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
VDC
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="230200oPassed"
value
="Passed
"
/>
<td:Outcome
ID="230200oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="230200oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VDC
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VDC"
value
="5.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VDC"
value
="9.0
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
VDC
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="230300oPassed"
value
="Passed
"
/>
<td:Outcome
ID="230300oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="230300oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VDC
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="5.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:hexadecimal"
value
="00
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
VAC
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="240100oPassed"
value
="Passed
"
/>
<td:Outcome
ID="240100oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="240100oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VAC
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="5.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:hexadecimal"
value
="00
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
VAC
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="240200oPassed"
value
="Passed
"
/>
<td:Outcome
ID="240200oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="240200oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VAC
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="1.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="5.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:hexadecimal"
value
="FF
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
VAC
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="240300oPassed"
value
="Passed
"
/>
<td:Outcome
ID="240300oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="240300oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VAC
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="0.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:double"
standardUnit
="V"
nonStandardUnit
="VAC"
value
="5.0
"
/>
</td:Value>
</td:Parameter>
<c:Datum
xsi:type
="c:hexadecimal"
value
="00
"
/>
</td:Value>
</td:Parameter>
</
td:Parameters>
<td:TestGroupCall
testGroupID="
VAC
Measurement
" />
</
td:Behavior>
<td:Outcome
ID="240400oPassed"
value
="Passed
"
/>
<td:Outcome
ID="240400oFailedLow"
value
="Failed"
qualifier
="FailedLow
"
/>
<td:Outcome
ID="240400oFailedHigh"
value
="Failed"
qualifier
="FailedHigh
"
/>
</
td:Outcomes>
<td:DatumDescription
xsi:type
="td:doubleDescription"
standardUnit
="V"
nonStandardUnit
="VAC
"
/>
</td:ValueDescription>
</td:TestLimits>
</td:TestResult>
</
td:TestResults>
</td:Action>
</td:Actions>
Session Action
A Session Action differs from a test in so far as generally acting on global signals and only having a Done or Aborted Outcome, which implies no Test Result. The example sets up the global DC Power, which is removed by another session action not shown.
Example
<td:Description>
Define
source signal for UUT DC
power
</td:Description>
<td:GlobalSignalReference
globalSignalID
="gs1
"
/>
<
tsf716:DC_SIGNAL
name
="DcSignal1"
dc_ampl
="
12.0
V
"
/>
</
std:Signal>
</td:Source>
</td:Operation>
</
td:Operations>
</td:Behavior>
<td:Sensor
ID="ls1
"
/>
</
td:LocalSignal>
</td:LocalSignals>
<td:Outcome
ID="sa2o1"
value
="Done
"
/>
</td:Outcomes>
</td:Action>
Simple Test
A simple Test basically is self contains, it has no parameters and contains all the information needed to perform the test. specifically this test defines a set of operations pass/fail outcomes and limits of the test hardwired into the test results
<td:Description>
Define
sensor signal to measure
resistance
</td:Description>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<
std:Instantaneous
name
="Measure1"
type
="Resistance"
samples
="1"
nominal
="13.2kOhm
"
/>
</
std:Signal>
</td:Sensor>
</td:Operation>
<td:Description>
Connect
sensor to UUT power pins
</td:Description>
</td:Operation>
<td:Description>
Read
measured value
</td:Description>
<td:Measurement
ID="Measurement1
"
/>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<td:TestResultOutValue
testResultID
="t1tr1"
signalName
="Measure1
"
/>
</td:OutValues>
</td:Operation>
<td:Description>
Disconnect
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Signal>
</td:Operation>
<td:Description>
Reset
sensor
</td:Description>
<td:LocalSignalReference
localSignalID
="ls1
"
/>
</td:Operation>
</
td:Operations>
</td:Behavior>
<td:Sensor
ID="ls1
"
/>
</
td:LocalSignal>
</td:LocalSignals>
<td:Outcome
ID="t1o1"
value
="Passed
"
/>
<td:Outcome
ID="t1o2"
value
="Failed"
qualifier
="FailLow
"
/>
</td:Outcomes>
<td:DatumDescription
xsi:type="td:doubleDescription"
standardUnit
="kOhm
"
/>
</td:ValueDescription>
</
td:TestResult>
</td:TestResults>
</td:Action>
This example uses a set of operations to define its behavior, Operations generally map onto the IEEE Std. 1641 TPL statement for defining and controlling Signals. An action contains a sequence of operations that may affect either local or signal signals. At the end of an action all local signals are terminated (which makes the use of OperationDisconnect and OperationReset superfluous.
- Setup the Sensor
- Connect the Sensor (and start the measurement)
- Read the measurement when ready and compare with the TestResults testResultID="t1tr1"
<td:Description>
Define
sensor signal to measure resistance
</td:Description>
<td:LocalSensorSignalReference
localSensorSignalID
="ls1
"
/>
<std:Instantaneous
name="Measure1"
type
="Resistance"
samples
="1"
nominal
="13.2kOhm
"
/>
</std:Signal>
</td:Sensor>
</
td:Operation>
<td:Description>
Connect
sensor to UUT power pins
</td:Description>
</
td:Operation>