Command reference
R&S
®
ZNA
1254
User Manual 1178.6462.02 ─ 20
Parameter
Meaning
Comment/Unit
OPEN | SHORt |
MATCh |
<Resistance>
A load circuit model generally consists of a capacitance (modeled by
<C0>,...,<C3>), connected in parallel to an inductance (modeled by
<L0>,...,<L3>) and a resistance, both connected in series.
OPEN | SHORt | MATCh indicates a simplified modeling as an Open or
Short or Match standard.
●
OPEN: the resistance is infinite so that the standard behaves like a
capacitor (no inductance)
●
SHORt: the resistance is zero so that the standard behaves like an
inductance (no capacitance)
●
MATCh: the standard behaves like a match (no inductance, no
capacitance, resistance Z0)
<Resistance> indicates the general load circuit model.
Character data | numeric value
<Port1>,
<Port2>
Optional port restriction: one port number for one-port standards, two port
numbers for two-port standards
Integer values
The different standard types are defined by the following parameters. Port restrictions
are indicated in brackets:
Table 7-15: Standard types and their parameters
<std_type>
Meaning
MOPen | FOPen
Open: male (m) or female (f)
MSHort | FSHort
Short: m or f
OSHort[<1|2|3>] | MOSHort[<1|2|
3>] | FOSHort[<1|2|3>]
Offset short: sexless, m or f (three standards each)
For user-defined connector types only.
Suffix 1 can be omitted.
MMTCh | FMTCh
Match: m or f
MSMatch | FSMatch
Sliding match: m or f
MREFlect | FREFlect
Reflect: m or f
MMTHrough | MFTHrough |
FFTHrough
Through: m-m or m-f or f-f
MMLine[<1|2|3>] | MFLine[<1|2|3>]
| FFLine[<1|2|3>]
MMLine[<1|2|3>](P2P3) ...
Line: m-m or m-f or f-f (three standards each)
Suffix 1 can be omitted.
MMATten | MFATten | FFATten
Attenuation: m-m or m-f or f-f
MMSNetwork | MFSNetwork |
FFSNetwork
Symmetric network: m-m or m-f or f-f
7.3.14.8
[SENSe:]CORRection:CKIT... with Labels
The following
[SENSe:]CORRection:CKIT...
commands identify the calibration kit
to be used by a combination of its <CalkitName> and <CalkitLabel>. Typically, the
serial number of the calibration kit serves as a calibration kit label. Due to their different
labels, the analyzer can handle several calibration kits with identical names.
SCPI command reference
