:SENSe:Z:METHod

Description

This command selects the measurement type of the impedance measurement (Z in :CALCulate:PARameter:DEFine). For more details about the different measurement types please refer to the general info page about measurements ( Measurement Types ).

Important

The standard behaviour of this method is that the input parameters (gain, attenuation, termination, ...) are kept. The optional DEFault parameter allows to apply measurement relevant default (preset) settings.

Command
Query

Syntax	Parameter
`:SENSe<ch>:Z:METHod`	{ `P1Reflection` \| `TSHunt` \| `TSERies` \| `ECOupler` \| `EBRidge` \| `IADapter` \| `VCGain` }[,`DEFault`]

Parameters	accepted format	allowed suffixes	possible Errors	description
<`ch`>	{ `1` \| `empty` }	`none`	`Invalid channel index`	Currently only one channel is supported. `Empty` means `1` is used as default.
{ `P1Reflection` \| `TSHunt` \| `TSERies` \| `ECOupler` \| `EBRidge` \| `IADapter` \| `VCGain` }	exactly the given options	`none`	`Illegal parameter value`	The measurement to perform
[optional] `DEFault`	exactly the given options	`none`	`Illegal parameter value`	If applied the input parameters (gain, attenuation, termination, ...) are ALWAYS set to the default values; otherwise the settings from the previous measurement will be kept.

Syntax	Response
`:SENSe<ch>:Z:METHod?`	{ `P1Reflection` \| `TSHunt` \| `TSERies` \| `ECOupler` \| `EBRidge` \| `IADapter` \| `VCGain` }

Parameters	accepted format	description
<`ch`>	{ `1` \| `empty` }	Currently only one channel is supported. `Empty` means `1` is used as default.

Response value	description
{ `P1Reflection` \| `TSHunt` \| `TSERies` \| `ECOupler` \| `EBRidge` \| `IADapter` \| `VCGain` }	The measurement type.

Options

Options	Description
`P1Reflection`	Port 1 Reflection measurement.
`TSERies`	Series Thru measurement.
`TSHunt`	Shunt Thru measurement.
`ECOupler`	S11 external coupler measurement.
`EBRidge`	External Bridge Impedance measurement.
`IADapter`	Impedance Adapter measurement.
`VCGain`	Voltage Current Gain measurement.

Presets

default value
{ `P1Reflection` \| `TSHunt` \| `TSERies` \| `ECOupler` \| `EBRidge` \| `IADapter` \| `VCGain` }	`P1Reflection`

Sample usage

Configure and start a P1Reflection measurement.

C#
Python

var visaSession = new TcpipSocket(VISA_RESOURCENAME);
visaSession.RawIO.Write(":CALC:PAR:DEF Z\n");
visaSession.RawIO.Write(":SENS:Z:METH P1R\n");
visaSession.RawIO.Write(":TRIG:SING\n");
// wait for the measurement to finish
visaSession.RawIO.Write("*OPC?\n");
visaSession.RawIO.ReadString();
visaSession.RawIO.Write(":SENS:FREQ:DATA?\n");
var frequencyValues = visaSession.RawIO.ReadString();
visaSession.RawIO.Write(":CALC:DATA:SDAT?\n");
var measurementValues = visaSession.RawIO.ReadString();

Input:

visaSession.write(':CALC:PAR:DEF Z\n')
visaSession.write(':SENS:Z:METH P1R\n')
visaSession.write(':TRIG:SING\n')
visaSession.query('*OPC?\n')
frequencyValues = visaSession.query(':SENS:FREQ:DATA?\n')
measurementValues = visaSession.query(':CALC:DATA:SDAT?\n')

CreateS11OnePortMeasurement()

CreateS11ExternalCouplerMeasurement()

CreateShuntThruMeasurement()

CreateSeriesThruMeasurement()

CreateAdapterMeasurement()

CreateExternalBridgeMeasurement()

CreateVoltageCurrentGainMeasurement()