Meas Class |
Measurement Name |
Description |
"Standard" |
"S11",
"S21", and
so forth
"A_1","A_2",
and so forth |
S-parameter
name
Unratioed parameter names with notation: "receiver_source
port"
See Balanced
S-parameter measurement names |
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"Scalar
Mixer/Converter" |
For input
port X and output port Y:
"SCXY"
"SCYX"
"SXX"
"SYY"
"Ipwr"
"RevIPwr"
"Opwr"
"RevOPwr" |
Learn
about SMC parameters
Note:
Input and output ports are set up using the Mixer
Setup dialog. If the ports are not set up using the
Mixer Setup dialog, then ports 1 and 2 are the default
input and output ports and the only ports that can be
used. |
"Gain
Compression"
Learn
more
"Gain
Compression Converters"
Learn
more |
GCA : |
"CompIn21" |
Input
power at the compression point. |
"CompOut21" |
Output
power at the compression point. |
"CompGain21" |
Gain at the compression point. |
"CompS11" |
Input Match at the compression
point |
"RefS21" |
Linear Gain |
"DeltaGain21" |
CompGain21 -Linear Gain |
"S11",
"S21", "S12", "S22" |
Standard
S-parameters; measured at port 1 and port 2 |
GCX
- All Gain Compression parameters (except S21 and S12)
plus the following: |
"S11"
"SC21"
"SC12"
"S22"
"Ipwr"
"RevIPwr"
"Opwr"
"RevOPwr" |
Mixer parameters |
"Modulation Distortion"
Learn
more |
Modulation Distortion: |
"PIn1" |
Power
In |
"POut1" |
Reflected
Power In |
"POut2" |
Power
Out |
"PModFile" |
Power
of modulation file |
"MSig2" |
Modulation
Signal Out |
"MDist2" |
Modulation
Distortion Out |
"MDistIR2" |
Modulation
Distortion Input-referred |
"MGain21" |
Modulation
Gain |
"MComp21" |
Modulation Compression |
"PGain21" |
Power Gain |
"LMatch2" |
Load match of VNA port |
"CarrIn1" |
Input Band Power |
"CarrOut2" |
Output Band Power |
"CarrGain21" |
Band Power Gain |
"NPRIn1" |
NPR at Input |
"NPROut2" |
NPR at Output |
"NPRDist21" |
NPR Distortion, Added by DUT |
"NPRPwrIn1" |
NPR Input Power |
"NPRPwrOut2" |
NPR Output Power |
"ACPIn1" |
ACP at input |
"ACPOut2" |
ACP at output |
"ACPDist21" |
ACP distortion, Added by DUT |
"ACPPwrIn1" |
ACP Input Power |
"ACPPwrOut2" |
ACP Output Power |
"EVMDistEq21" |
EVM Equalized Distortion,
Added by DUT |
"EVMDistUn21" |
EVM Unequalized Distortion,
Added by DUT |
"EVMPwrIn1" |
EVM Input Power |
"EVMPwrOut2" |
EVM Output Power |
"ModFilter" |
Measurement Modulation Filter |
"A",
"b1" |
Port 1 test port receiver |
"B",
"b2" |
Port 2 test port receiver |
"C",
"b3" |
Port 3 test port receiver |
"D",
"b4" |
Port 4 test port receiver |
"R1",
"a1" |
Port 1 reference receiver |
"R2",
"a2" |
Port 2 reference receiver |
"R3",
"a3" |
Port 3 reference receiver |
"R4",
"a4" |
Port 4 reference receiver |
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"S11" |
Linear Input Match |
"S21" |
Linear Gain |
"LPIn1" |
Linear Input Match |
"LPOut1" |
Linear Reflected Power In |
"LPOut2" |
Linear Power Out |
"Noise
Figure Cold Source"
Learn
more
|
Noise
Figure : |
"NF" |
Noise figure |
"ENR" |
Validate noise source
measurements. |
"T-Eff" |
Effective noise temperature. |
"DUTRNP"
"DUTRNPI" |
DUT noise power ratio.
(Noise power expressed in Kelvin divided by 290). |
"SYSRNP"
"SYSRNPI" |
System noise power ratio |
"DUTNPD"
"DUTNPDI" |
DUT noise power density.
(Noise power expressed in dBm/Hz). |
"SYSNPD"
"SYSNPDI" |
System noise power density.
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"OvrRng"
(Opt 029 Only) |
Indication that the noise
receiver is being over powered. |
"T-Rcvr"
(Opt
029 Only) |
Temperature reading (in
Kelvin) of the noise receiver board. |
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"S11",
"S21", "S12", "S22" |
Standard S-parameters;
measured with the port1 and port2 noise switches set for
noise mode. |
"A_1","A_2"
...and so forth. |
Unratioed
parameters; with notation:
"receiver, source port" |
"GammaOpt" |
Optimum
Complex Reflection Coefficient |
"Rn" |
Noise
Resistance |
"NFMin" |
Minimum noise figure that
occurs at GammaOpt |
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"Differential
I/Q"
Learn
more |
Create custom parameters
using Sens:DIQ:Par:Def,
then specify your custom parameter name here.
The following are default parameters: |
"IPwrF1"
"OPwrF1"
"GainF1" |
Input Power over F1 range
Output Power over F1 range
Gain over F1 range |
"Spectrum
Analyzer"
Learn
more |
"a<n>"
"b<n>"
where
<n> is the
port number to measure
"ImageReject<n>"
where
<n> is the image reject trace |
Reference
receiver
Test port receiver |