R&S ZVB - Page 687

R&S
®
ZVA / R&S
®
ZVB / R&S
®
ZVT Command Reference
SCPI Command Reference
Operating Manual 1145.1084.12 – 30 672
Command
Types
'<Trc_name>' queries the measured quantity of the trace.
CALCulate<Ch>:PARameter:CATalog? returns a list of all defined traces.
Example:
CALC4:PAR:SDEF 'Ch4Tr1', 'S11'
Create channel 4 and a trace named Ch4Tr1 to measure the input reflection
coefficient S11.
DISP:WIND2:STAT ON
Create diagram area no. 2.
DISP:WIND2:TRAC:FEED 'CH4TR1'
Display the generated trace in diagram area no. 2.
The measured quantity is selected by means of the following keywords:
'S11' | 'S12' | ... | 'S0101' |
...
'S11SAM' | 'S11AVG' | 'S12SAM'
...
Normal mode S-parameters S<out><in>, where <out> and <in> denote the output
and input port numbers of the DUT. To avoid ambiguities, <out> and <in> must be
either both 1-digit numbers (e.g. 21) or both 2-digit numbers (e.g. 0201). The strings
SAM and AVG appended to the wave quantities denote a normal (sample) or
average detector. The observation time for average detectors is set via
[SENSe<Ch>:]SWEep:DETector:TIME.
'SCD11' | ...
'SCD11SAM' | 'SCD11AVG' | ...
Mixed mode S-parameters S<mout><m in>, where <mout> and <min> denote the
output and input port modes. All combinations of S (single-ended, unbalanced), D
(differential) and C (common) are allowed. Port numbers like for normal mode S-
parameters. The strings SAM and AVG appended to the wave quantities denote a
normal (sample) or average detector.
'Y11' | ... | 'YSS11' | ... |
'YCC11' | ... | 'YDD11' | 'Z11' |
... | 'ZSS11' | ... | 'ZCC11' |
... | 'ZDD11' | ...
Short-circuit Y-parameters and open-circuit Z-parameters with port modes and port
numbers like for normal mode S-parameters*
)
.
'Y-S11' | ... | 'Y-SSS11' | ... |
'Y-SCC11' | ... | 'Y-SDD11' | 'Z-
S11' | ... | 'Z-SSS11' | ... |
'Z-SCC11' | ... | 'Z-SDD11' | ...
S-parameters converted to matched-circuit admittances and impedances with port
modes and port numbers like for normal mode S-parameters.
'A1' | ... | 'A01' | ... | 'B1' |
... | 'B01' | ... | 'A1SAM' |
'A1RMS' | 'A1PEAK' | 'A1AVG' |
...
Wave quantities with port numbers like for normal mode S-parameters. The strings
SAM, RMS, PEAK, AVG appended to the wave quantities denote a normal
(sample), RMS, peak, or average detector. The observation time for RMS, peak,
and average detectors is set via [SENSe<Ch>:]SWEep:DETector:TIME.
'AP1' | ... | 'AP01' | ... |
'BP1' | ... | 'BP01' | ... |
'AP1SAM' | 'AP1RMS' | 'AP1PEAK' |
'AP1AVG' | ...
Primed wave quantities, e.g. for mixer delay measurements, with port numbers like
for normal mode S-parameters. Strings SAM, RMS, PEAK, AVG see above.
'A1D2' | ... | 'A01D02' | ... |
'B1D2' | ... | 'B01D02' | ... |
'A1D1SAM' | 'A1D1RMS' |
'A1D1PEAK' | 'A1D1AVG' | ...
Wave quantities with port numbers and source port numbers (D<no> for drive port).
The strings SAM, RMS, PEAK, AVG appended to the wave quantities denote a
normal (sample), RMS, peak, or average detector.
'AP1D2' | ... | 'AP01D02' | ... |
'BP1D2' | ... | 'BP01D02' | ... |
'AP1D1SAM' | 'AP1D1RMS' |
'AP1D1PEAK' | 'AP1D1AVG' | ...
Primed wave quantities, e.g. for mixer delay measurements, with port numbers and
source port numbers (D<no> for drive port).The strings SAM, RMS, PEAK, AVG
appended to the wave quantities denote a normal (sample), RMS, peak, or average
detector.
'A1G2' | ... | 'A01G02' | ... |
'B1G2' | ... | 'B01G02' | ... |
'A1G1SAM' | 'A1G1RMS' |
'A1G1PEAK' | 'A1G1AVG' | ...
Wave quantities with port numbers and external generator providing the stimulus
signal (G<no> for generator no.). The strings SAM, RMS, PEAK, AVG appended to
the wave quantities denote a normal (sample), RMS, peak, or average detector.