Technical data

Measure Commands 24
Agilent Infiniium 90000 Series Oscilloscopes Programmer's Reference 571
:MEASure:RJDJ:ALL?
Query
:MEASure:RJDJ:ALL?
The :MEASure:RJDJ:ALL? query returns all of the RJDJ jitter
measurements. These values are returned as comma separated values using
the following format:
Returned Format
[:MEASure:RJDJ:ALL<space>]
TJ(<format>),<result>,<state>,
RJ(<format>),<result>,<state>,
DJ(<format>),<result>,<state>,
PJ(<format>),<result>,<state>,
PJ(<format>),<result>,<state>,
DDJ(<format>),<result>,<state>,
DCD,<result>,<state>,
ISI(<format>),<result>,<state>,
Transitions,<number_of_transitions>,<transitions_state>,
Scope RJ(<format>),<result>,<state>,
DDPWS,<result>,<state><NL>
<space> White space (ASCII 32) character.
<format> The format value tells you something about how the measurement is made.
For instance, TJ(1E- 12) means that the TJ measurement was derived using
a bit error rate of 1E- 12. A format of (rms) means the measurement is a
root-mean- square measurement. A format of (d- d) means the
measurement uses a dual- Dirac delta model to derive the measurement. A
format of (p- p) means the measurement is a peak- to- peak measurement.
<result> The measured results for the RJDJ measurements. A value of 9.99999E+37
means that the oscilloscope was unable to make the measurement.
<state> The measurement result state. See Table 23 for a list of values and
descriptions of the result state value.
<number_of_
transitions>
The number of waveform transistions that have been measured.
Example This example places the jitter measures in the strResults variable and
displays it on the computer's screen.
Dim strResult As String ' Dimension variable.
myScope.WriteString ":SYSTEM:HEADER OFF" ' Response headers off.
myScope.WriteString ":MEASURE:RJDJ:ALL?"
strResults = myScope.ReadString
Debug.Print strResults
NOTE
This command is only available when the N5400A/N5401A Software is installed.