R&S RTO6 - Page 1491

Remote control commands
R&S
®
RTO6
1491User Manual 1801.6687.02 ─ 05
<MeasType>
parameter value
(remote control)
Measurement
(manual opera-
tion)
Description, result Suffix
<n>
PULCnt Pulse count Number of positive or negative pulses of the waveform,
or both
25
DELay Delay Time difference between any edges of two measurement
sources at any reference level. The measurement result
is negative if the edge of the second source comes
before the edge of the first source.
26
PHASe Phase Phase difference between two waveforms 27
BWIDth Burst width Duration of one burst, measured from the first edge to
the last
28
PSWitching Pos. switching Settling time at rising edges 29
NSWitching Neg. switching Settling time at falling edges 30
PULSetrain Pulse train Duration of N positive pulses, measured from the rising
edge of the first pulse to the falling edge of the N-th
pulse. N has to be configured.
31
EDGecount Edge count Number of positive or negative edges of the waveform,
or both
32
SETup Setup time Parameters to query the setup and hold times.
Use these parameters only in following queries:
●
MEASurement<m>:
ARES?
●
MEASurement<n>:RESult:.. commands
33
HOLD Hold time
SHT Setup/Hold time
Setting parameter to enable Setup/Hold time measure-
ments.
Use this parameter only as setting in:
●
MEASurement<m>:MAIN
on page 1483
●
MEASurement<m>:ADDitional on page 1484
35
SHR Setup/Hold ratio Setup/Hold ratio measurement. Setup/Hold ratio is the
ratio of the setup time to the sum of hold and setup time:
T
Setup
/ (T
Setup
+ T
Hold
)
Use this parameter as setting to activate the Setup/Hold
ratio measurement in:
●
MEASurement<m>:MAIN on page 1483
●
MEASurement<m>:ADDitional on page 1484
It is also used in the following queries:
●
MEASurement<m>:ARES?
●
MEASurement<n>:RESult:..
Used also in queries with and commands.
36
Used for jitter measurements (limit checks) see Chapter 24.22.1, "Jitter measurements (option
R&S R
T
O6-K12)", on page 2479.
37 to
45
DTOTrigger Delay to trigger Time between the trigger event and a following signal
slope. High accuracy even if the trigger event is outside
the acquisition data.
46
PROBemeter Trig. ProbeMeter DC voltage measured by the connected active R&S
probe
47
SLERising Slew rate on ris-
ing edge
Steepness of the rising edge: voltage difference between
the lower and higher reference level, divided by the rise
time.
48
Automatic measurements