Rohde & Schwarz R&S ZNA Series - Page 1108

Command reference
R&S
®
ZNA
1108User Manual 1178.6462.02 ─ 29
'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.
Selecting a parameter Y...<n><m> or Z...<n><m> sets the range of logical
port numbers to be considered for the Y and Z-parameter measurement to
<n>:<m>.
'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. For
transmission parameters, this refers to series resistances.
'Y-S12SER' | 'Y-S12PAR' | ... | 'Z-S12SER' | 'Z-
S12PAR' | ...
Converted transmission admittances and impedances, calculated as ser-
iesChapter 4, "Concepts and features", on page 107 or parallel admittances/
impedances.
'A1' | ... | 'A01' | ... | 'B1' | ... | 'B01' | ...
... | 'A1SAM' | 'A1AVG' | 'A1AMP'
Wave quantities A<meas>D1 (for a wave) and B<meas>D1.
The strings SAM, AVG, AMP appended to the wave quantities denote a nor-
mal (sample, SAM), AVG Real Imag (AVG), or AVG Mag Phase (AMP)
detector. The observation time for average detectors is set via
[SENSe<Ch>:]SWEep:DETector:TIME.
'A1D2' | ... | 'A01D02' | ... | 'B1D2' | ... | 'B01D02' | ...
... | 'A1D1SAM' | 'A1D1AVG' | 'A1D1RMS' |
'A1D1PEAK' | ...
Wave quantities A<meas>D<drive> (for a wave) and B<meas>D<drive> (for
b wave) for logical ports <meas> and <drive>.
The strings SAM (sample = normal), AVG, RMS and PEAK, appended to the
wave quantities, denote the detector.
'A1G2' | ... | 'A01G02' | ... | 'B1G2' | ... | 'B01G02' | ...
| 'A1G1SAM' | 'A1G1AVG' | 'A1G1RMS' |
'A1G1PEAK' | ...
Wave quantities with an external generator providing the stimulus signal
(G<no> for generator no.).
The strings SAM (sample = normal), AVG, RMS and PEAK, appended to the
wave quantities, denote the detector.
'AP1' | ... | 'AP01' | ... | 'BP1' | ... | 'BP01' | ... |
'AP1SAM' | 'AP1RMS' | 'AP1PEAK' | 'AP1AVG' | ..
Primed wave quantities, with port numbers like for normal mode S-parame-
ters. 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, 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.
'AP1G2' | ... | 'AP01G02' | ... | 'BP1G2' | ... |
'BP01G02' | ... | 'AP1G1SAM' | 'AP1G1RMS' |
'AP1G1PEAK' | 'AP1G1AVG' | ...
Primed 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.
'B2/A1' | ... 'B02/A01' | ...
... | 'B2/A1SAM' | 'B2/A1AVG' | B2/A1AMP' | ...
Ratio of wave quantities with port numbers like for normal mode S-parame-
ters.
The strings SAM, AVG, AMP appended to the wave quantities denote a nor-
mal (sample, SAM), AVG Real Imag (AVG), or AVG Mag Phase (AMP)
detector.
'B2D1/A1D1' | ... 'B02D01/A01D01' | ...
... | 'B2D1/A1D1SAM' | 'B2D1/A1D1AVG' 'B2D1/
A1D1AMP' | ...
Ratios of wave quantities with drive ports
The strings SAM, AVG, AMP appended to the wave quantities denote a nor-
mal (sample, SAM), AVG Real Imag (AVG), or AVG Mag Phase (AMP)
detector.
'B2G1/A1G1' | ... 'B02G01/A01G01' | ... 'B2G1/
A1G1SAM' | 'B2G1/A1G1AVG' 'B2G1/A1G1AMP'
| ...
Ratios of wave quantities with port numbers and external generator providing
the stimulus signal (G<no> for generator no.). The strings SAM, AVG, AMP
appended to the wave quantities denote a normal (sample, SAM), AVG Real
Imag (AVG), or AVG Mag Phase (AMP) detector.
SCPI command reference