Critical Note: CALCulate commands act on the selected measurement. You can select one measurement for each channel using Calc:Par:MNUM or Calc:Par:Select. Learn more.

CALC:PAR:CAT? alone can NOT be used to return a balanced measurement parameter. If a balanced measurement transform is being performed, then additional querying of the CALC:FSIM system is required to determine the balanced parameter type. See an example.
BPORt versus LPORt commands - For each command in this subsystem that includes a BPORt keyword, there is an LPORt equivalent. The commands are identical except for the way in which the balanced / logical port numbers are specified:
- The BPORt commands refer to the Balanced port number. There can only be up to two balanced ports. This method is compatible with the ENA network analyzer.
- The LPORt commands refer to the Logical port number. A balanced port can appear as either logical port 1, 2, or 3. These are the references as they appear in the front-panel user interface.

Topology	Logical Port	Balanced Port
Single-Bal	1	N/A
Single-Bal	2	1
Single-Single-Bal	1	N/A
	2	N/A
	3	1
Bal-Bal	1	1
Bal-Bal	2	2

Learn more about logical ports.

CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:OFFSet:PHASe <value>

Applicable Models: All (Read-Write) Sets the phase offset between the two balanced stimulus ports. This command only applies when CALC:FSIM:BAL:STIM:MOD is set to a True Mode - Not Single-Ended. Requires Opt S93460A/B. Learn more about iTMSA Power and Phase offset. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999.
<value>	Phase offset value in degrees.
Examples	CALC:FSIM:BAL:BPOR:OFFS:PHAS 10 calculate2:fsimulator:balun:bport:offset:phase 300 See example iTMSA program
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:OFFSet:PHASe?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:OFFSet:POWer <value>

Applicable Models: All (Read-Write) Sets the power offset between the two balanced stimulus ports. This command only applies when CALC:FSIM:BAL:STIM:MOD is set to a True Mode - Not Single-Ended. Requires Opt S93460A/B. Learn more about iTMSA Power and Phase offset. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999.
<value>	Power offset value in dB.
Examples	CALC:FSIM:BAL:BPOR:OFFS:POW 2 calculate2:fsimulator:balun:bport:offset:power .2 See example iTMSA program
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:OFFSet:POWer?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:STIMulus:TRUe:STATe <bool>

Applicable Models: All (Read-Write) Sets and reads the True Mode state for a specified balanced port. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999.
<bool>	Choose from: OFF (or 0) Turns True Mode OFF ON (or 1) Turns True Mode ON
Examples	CALC:FSIM:BAL:BPOR2:STIM:TRU:STAT 1 calculate2:fsimulator:balun:bport2:stimulus:state off
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:STIMulus:TRUe:STATe?
Return Type	Boolean
Default	Off

CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:SWEep:PHASe:STARt <value>

Applicable Models: All (Read-Write) Sets the start value for a phase sweep. Learn more about Phase Sweep. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose any VNA port (1 to 999). Only one port can have phase sweep.
<value>	Phase sweep start value in degrees. Choose a value between -360 and 360.
Examples	CALC:FSIM:BAL:BPOR:SWE:PHAS:STAR 10 calculate2:fsimulator:balun:bport:sweep:phase:start 5
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:SWEep:PHASe:STARt?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:SWEep:PHASe:STOP <value>

Applicable Models: All (Read-Write) Sets the stop value for a phase sweep. Learn more about Phase Sweep. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose any VNA port (1 to 999). Only one port can have phase sweep.
<value>	Phase sweep stop value in degrees. Choose a value between -360 and 360.
Examples	CALC:FSIM:BAL:BPOR:SWE:PHAS:STOP 10 calculate2:fsimulator:balun:bport:sweep:phase:stop 5
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:BPORt<pnum>:SWEep:PHASe:STOP?
Return Type	Numeric
Default	360

CALCulate<cnum>:FSIMulator:BALun:CZConversion:BPORt<pnum>:IMAG <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:CZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:COMMonmode:YYYY and CALCulate:FSIMulator:ZCONversion:COMMonmode:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the imaginary part of the impedance value for the common port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Imaginary part of the Impedance value in Units. Choose a number between 0 and 1E18.
Examples	CALC:FSIM:BAL:CZC:BPOR:IMAG 0 calculate2:fsimulator:balun:czconversion:bport:imag 300
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:CZConversion:BPORt<pnum>:IMAG?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:CZConversion:BPORt<pnum>:REAL <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:CZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:COMMonmode:YYYY and CALCulate:FSIMulator:ZCONversion:COMMonmode:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the real part of the impedance value for the common port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Real part of the Impedance value in Units. Choose a number between 0 and 1E18.
Examples	CALC:FSIM:BAL:CZC:BPOR:REAL 25 calculate2:fsimulator:balun:czconversion:bport:real 50
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:CZConversion:BPORt<pnum>:REAL?
Return Type	Numeric
Default	See Common Mode Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:CZConversion:BPORt<pnum>:Z0[:R] <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:CZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:COMMonmode:YYYY and CALCulate:FSIMulator:ZCONversion:COMMonmode:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the real part of the impedance value for the common port impedance conversion function. Set either this single value or set the real and imaginary parts separately. The imaginary part is set to 0.0 using this command. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	The number of balanced ports. For example, if the device topology was SE-BAL-SE-BAL-SE-BAL, then this configuration would have 6 logical ports and 3 balanced ports. Learn more about logical and balanced ports.
<value>	Impedance value in ohms. Choose a number between 0 to 1E7.
Examples	CALC:FSIM:BAL:CZC:BPOR:Z0 50 calculate2:fsimulator:balun:czconversion:bport:z0:r 75
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:CZConversion:BPORt<pnum>:Z0[:R]?
Return Type	Numeric
Default	See Common Mode Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:CZConversion:STATe <bool> Superseded

Applicable Models: All This command is changed to CALCulate:FSIMulator:DRAFt:SECTion:ZCONversion:ENABle <ON \| OFF> and CALCulate:FSIMulator:SECTion:ZCONversion:ENABle? Learn about Using Fixture Simulator. (Read-Write) Sets the common port impedance conversion function ON/OFF. Must also set the fixture simulator function to ON using CALC:FSIM:STAT. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of common port impedance conversion function. Choose from OFF (or 0) Conversion OFF ON (or 1) Conversion ON
Examples	CALC:FSIM:BAL:CZC:STAT 1 calculate2:fsimulator:balun:czconversion:state off
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:CZConversion:STATe?
Return Type	Boolean
Default	Off

CALCulate<cnum>:FSIMulator:BALun:CZConversion:LPORt<pnum>:IMAG <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:CZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:COMMonmode:YYYY and CALCulate:FSIMulator:ZCONversion:COMMonmode:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the imaginary part of the impedance value for the common port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Imaginary part of the Impedance value in Units. Choose a number between 0 and 1E18.
Examples	CALC:FSIM:BAL:CZC:LPOR:IMAG 0 calculate2:fsimulator:balun:czconversion:lport:imag 300
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:CZConversion:LPORt<pnum>:IMAG?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:CZConversion:LPORt<pnum>:REAL <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:CZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:COMMonmode:YYYY and CALCulate:FSIMulator:ZCONversion:COMMonmode:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the real part of the impedance value for the common port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Real part of the Impedance value in Units. Choose a number between 0 and 1E18.
Examples	CALC:FSIM:BAL:CZC:LPOR:REAL 25 calculate2:fsimulator:balun:czconversion:lport:real 50
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:CZConversion:LPORt<pnum>:REAL?
Return Type	Numeric
Default	See Common Mode Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:CZConversion:LPORt<pnum>:Z0[:R] <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:CZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:COMMonmode:YYYY and CALCulate:FSIMulator:ZCONversion:COMMonmode:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the real part of the impedance value for the common port impedance conversion function. Set either this single value or set the real and imaginary parts separately. The imaginary part is set to 0.0 using this command. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Impedance value in ohms. Choose a number between 0 to 1E7.
Examples	CALC:FSIM:BAL:CZC:LPOR:Z0 50 calculate2:fsimulator:balun:czconversion:lport:z0:r 75
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:CZConversion:LPORt<pnum>:Z0[:R]?
Return Type	Numeric
Default	See Common Mode Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:DEVice <char>

Applicable Models: All (Read-Write) Selects the device type for the balanced measurement. To map the device type logical ports to the VNA physical ports, use the CALCulate:DTOPology , CALC:FSIM:BAL:TOP:XXXXX command. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<char>	BALanced - 1 port balanced device (2 ports) BBALanced - Balanced - Balanced device (4 ports). BALSended - Balanced - Single-ended device (3 ports). SBALanced - Single-ended - Balanced device (3 ports). SSBalanced - Single-ended - Single-ended - Balanced device (4 ports). BSSended - Balanced - Single-ended - Single-ended device (4 ports). CUST - Define custom device type for systems with greater than 4 ports.
Examples	CALC:FSIM:BAL:DEV SSB calculate2:fsimulator:balun:device bbal
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DEVice?
Return Type	Character
Default	SBALanced

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:C <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Capacitance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Capacitance value in farads. Choose a number between -1E18 to 1E18
Examples	CALC:FSIM:BAL:DMC:BPOR:PARameters:C 10E-6 calculate2:fsimulator:balun:dmcircuit:bport:parameters:c 1E-9
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:C?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:G <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Conductance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Conductance value in siemens. Choose a number between -1E18 to 1E18.
Examples	CALC:FSIM:BAL:DMC:BPOR:PARameters:G 1E3 calculate2:fsimulator:balun:dmcircuit:bport:parameters:g 1E-3
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:G?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:L <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Inductance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Inductance value in henries. Choose a number between -1E18 to 1E18.
Examples	CALC:FSIM:BAL:DMC:BPOR:PARameters:L 3E-3 calculate2:fsimulator:balun:dmcircuit:bport:parameters:lE-10
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:L?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:R <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Resistance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Resistance value in ohms. Choose a number between -1E18 to 1E18.
Examples	CALC:FSIM:BAL:DMC:BPOR:PARameters:R 100 calculate2:fsimulator:balun:dmcircuit:bport:parameters:r 4E3
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:PARameters:R?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>[:TYPE] <char> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the differential matching circuit type. To select a user-defined circuit, specify IN ADVANCE the 2-port touchstone filename with CALC:FSIM:BAL:DMC:BPOR:USER:FILename. If you do not specify the appropriate file and you select USER, an error occurs and NONE is automatically selected. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<char>	Circuit type. Choose from: NONE - Specifies no-circuit. PLPC - Specifies the circuit that consists of shunt L and shunt C. USER - Specifies the user-defined circuit.
Examples	CALC:FSIM:BAL:DMC:BPOR2 PLPC calculate2:fsimulator:balun:dmcircuit:bport1:type none
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:TYPE?
Return Type	Character
Default	PLPC

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:USER:FILename <string> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Specifies the 2-port touchstone file in which the information on the user-defined differential matching circuit is saved. Following this command, send CALC:FSIM:BAL:DMC:BPOR2 USER. If the specified file does not exist, an error occurs when you set the type of differential matching circuit to USER. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<string>	File name and extension (.s2P) of the differential matching circuit. Files are stored in the default folder "D:\". To recall from a different folder, specify the full path name.
Examples	CALC:FSIM:BAL:DMC:BPOR:USER:FIL 'myfile.s2p' calculate2:fsimulator:balun:dmcircuit:bport:user:filename "D:\myFile.s2P"
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:BPORt<pnum>:USER:FILename?
Return Type	String
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:STATe <bool> Superseded

Applicable Models: All This command is changed to CALCulate:FSIMulator:DRAFt:SECTion:CIRCuit:ENABle <ON \| OFF> and CALCulate:FSIMulator:SECTion:CIRCuit:ENABle? Learn about Using Fixture Simulator. (Read-Write) Sets the differential matching circuit embedding function ON/OFF. Must also set the fixture simulator function to ON using CALC:FSIM:STAT. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of differential matching circuit embedding function. Choose from OFF (or 0) Matching circuit OFF ON (or 1) Matching circuit ON
Examples	CALC:FSIM:BAL:DMC:STAT 1 calculate2:fsimulator:balun:dmcircuit:state off
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:STATe?
Return Type	Boolean
Default	Off

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:C <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Capacitance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Capacitance value in farads. Choose a number between -1E18 to 1E18
Examples	CALC:FSIM:BAL:DMC:LPOR:PARameters:C 10E-6 calculate2:fsimulator:balun:dmcircuit:lport:parameters:c 1E-9
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:C?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:G <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Conductance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from logical 1 to 999. Note: See Balanced port versus Logical port.
<value>	Conductance value in siemens. Choose a number between -1E18 to 1E18.
Examples	CALC:FSIM:BAL:DMC:LPOR:PARameters:G 1E3 calculate2:fsimulator:balun:dmcircuit:lport:parameters:g 1E-3
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:G?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:L <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Inductance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Inductance value in henries. Choose a number between -1E18 to 1E18.
Examples	CALC:FSIM:BAL:DMC:LPOR:PARameters:L 3E-3 calculate2:fsimulator:balun:dmcircuit:lport:parameters:lE-10
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:L?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:R <value> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the Resistance value of the differential matching circuit. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Resistance value in ohms. Choose a number between -1E18 to 1E18.
Examples	CALC:FSIM:BAL:DMC:LPOR:PARameters:R 100 calculate2:fsimulator:balun:dmcircuit:lport:parameters:r 4E3
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:PARameters:R?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>[:TYPE] <char> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the differential matching circuit type. To select a user-defined circuit, specify IN ADVANCE the 2-port touchstone filename with CALC:FSIM:BAL:DMC:LPOR:USER:FILename. If you do not specify the appropriate file and you select USER, an error occurs and NONE is automatically selected. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<char>	Circuit type. Choose from: NONE - Specifies no-circuit. PLPC - Specifies the circuit that consists of shunt L and shunt C. USER - Specifies the user-defined circuit.
Examples	CALC:FSIM:BAL:DMC:LPOR2 PLPC calculate2:fsimulator:balun:dmcircuit:lport1:type none
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:TYPE?
Return Type	Character
Default	PLPC

CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:USER:FILename <string> Superseded

Applicable Models: All The command set of CALCulate:FSIMulator:BALun:DMCircuit:XXXX is changed to CALCulate:FSIMulator:DRAFt:CIRCuit:YYYY and CALCulate<cnum>:FSIMulator::CIRCuit:YYYY? Learn about Using Fixture Simulator. (Read-Write) Specifies the 2-port touchstone file in which the information on the user-defined differential matching circuit is saved. Following this command, send CALC:FSIM:BAL:DMC:BPOR2 USER. If the specified file does not exist, an error occurs when you set the type of differential matching circuit to USER. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<string>	File name and extension (.s2P) of the differential matching circuit. The default location where files are stored is "D:\". To recall from a different folder, specify the full path name.
Examples	CALC:FSIM:BAL:DMC:LPOR:USER:FIL 'myfile.s2p' calculate2:fsimulator:balun:dmcircuit:lport:user:filename "D:\myFile.s2P"
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DMCircuit:LPORt<pnum>:USER:FILename?
Return Type	String
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:DZConversion:BPORt<pnum>:IMAG <value> Superseded

Applicable Models: All This command set of CALCulate:FSIMulator:BALun:DZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:DIFFerential:YYYY and CALCulate:FSIMulator:ZCONversion:DIFFerential:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the imaginary part of the impedance value for the differential port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Imaginary part of the Impedance value in Units. Choose a number between 0 and 1E18.
Examples	CALC:FSIM:BAL:DZC:BPOR:IMAG 0 calculate2:fsimulator:balun:dczconversion:bport:imag 300
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DZConversion:BPORt<pnum>:IMAG?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DZConversion:BPORt<pnum>:REAL <value> Superseded

Applicable Models: All This command set of CALCulate:FSIMulator:BALun:DZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:DIFFerential:YYYY and CALCulate:FSIMulator:ZCONversion:DIFFerential:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the real part of the impedance value for the differential port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Real part of the Impedance value in Units. Choose a number between 0 and 1E18
Examples	CALC:FSIM:BAL:DZC:BPOR:REAL 50 calculate2:fsimulator:balun:dzconversion:bport:real 75
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DZConversion:BPORt<pnum>:REAL?
Return Type	Numeric
Default	See Differential Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:DZConversion:BPORt<pnum>:Z0[:R] <value> Superseded

Applicable Models: All This command set of CALCulate:FSIMulator:BALun:DZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:DIFFerential:YYYY and CALCulate:FSIMulator:ZCONversion:DIFFerential:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the impedance value for the differential port impedance conversion function. Set either this single value or set the real and imaginary parts separately. The imaginary part is set to 0.0 using this command. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Balanced port number. Choose from 1 to 999. Note: The numbering of logical ports is different from balanced ports. This command works the same as the ENA network analyzer. If there is only one balanced port, it is Balanced Port 1, regardless of the port mapping assignment. Learn more.
<value>	Impedance value in ohms. Choose a number between 0 to 1E7
Examples	CALC:FSIM:BAL:DZC:BPOR:Z0 50 calculate2:fsimulator:balun:dzconversion:bport:z0:r 75
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DZConversion:BPORt<pnum>:Z0[:R]?
Return Type	Numeric
Default	See Differential Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:DZConversion:STATe <bool> Superseded

Applicable Models: All This command is changed to CALCulate:FSIMulator:DRAFt:SECTion:ZCONversion:ENABle <ON \| OFF> and CALCulate:FSIMulator:SECTion:ZCONversion:ENABle? Learn about Using Fixture Simulator. (Read-Write) Sets the differential port impedance conversion function ON/OFF. Must also set the fixture simulator function to ON using CALC:FSIM:STAT. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of the differential port impedance conversion function. Choose from OFF (or 0) Differential port impedance conversion OFF ON (or 1) Differential port impedance conversion ON
Examples	CALC:FSIM:BAL:DZC:STAT 1 calculate2:fsimulator:balun:dzconversion:state off
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DZConversion:STATe?
Return Type	Boolean
Default	Off

CALCulate<cnum>:FSIMulator:BALun:DZConversion:LPORt<pnum>:IMAG <value> Superseded

Applicable Models: All This command set of CALCulate:FSIMulator:BALun:DZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:DIFFerential:YYYY and CALCulate:FSIMulator:ZCONversion:DIFFerential:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the imaginary part of the impedance value for the differential port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Imaginary part of the Impedance value in Units. Choose a number between 0 and 1E18.
Examples	CALC:FSIM:BAL:DZC:LPOR:IMAG 0 calculate2:fsimulator:balun:dczconversion:lport:imag 300
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DZConversion:LPORt<pnum>:IMAG?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:DZConversion:LPORt<pnum>:REAL <value> Superseded

Applicable Models: All This command set of CALCulate:FSIMulator:BALun:DZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:DIFFerential:YYYY and CALCulate:FSIMulator:ZCONversion:DIFFerential:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the real part of the impedance value for the differential port impedance conversion function. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Real part of the Impedance value in Units. Choose a number between 0 and 1E18
Examples	CALC:FSIM:BAL:DZC:LPOR:REAL 50 calculate2:fsimulator:balun:dzconversion:lport:real 75
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DZConversion:LPORt<pnum>:REAL?
Return Type	Numeric
Default	See Differential Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:DZConversion:LPORt<pnum>:Z0[:R] <value> Superseded

Applicable Models: All This command set of CALCulate:FSIMulator:BALun:DZConversion:XXXX is changed to the set of CALCulate:FSIMulator:DRAFt:ZCONversion:DIFFerential:YYYY and CALCulate:FSIMulator:ZCONversion:DIFFerential:YYYY? Learn about Using Fixture Simulator. (Read-Write) Sets the impedance value for the differential port impedance conversion function. Set either this single value or set the real and imaginary parts separately. The imaginary part is set to 0.0 using this command. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999. Note: See Balanced port versus Logical port.
<value>	Impedance value in ohms. Choose a number between 0 to 1E7
Examples	CALC:FSIM:BAL:DZC:LPOR:Z0 50 calculate2:fsimulator:balun:dzconversion:lport:z0:r 75
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:DZConversion:LPORt<pnum>:Z0[:R]?
Return Type	Numeric
Default	See Differential Port Z Conversion Default

CALCulate<cnum>:FSIMulator:BALun:FIXTure:OFFSet:PHASe <bool>

Applicable Models: All (Read-Write) Sets and reads the state of "Phase Offset - Offset as Fixture" with True Mode balanced measurements. Learn more about iTMSA phase and power offset. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected true mode balanced measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of phase Offset as Fixture. OFF (or 0) Offset is applied but is NOT included as a fixture in the output calculations. ON (or 1) Offset is applied and included as a fixture in the output calculations.
Examples	CALC:FSIM:BAL:FIXT:OFFS:PHAS 0 calculate2:fsimulator:balun:fixture:offset:phase on See example iTMSA program
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:FIXTureOFFSet:PHASe?
Return Type	Boolean
Default	ON

CALCulate<cnum>:FSIMulator:BALun:FIXTure:OFFSet:POWer <bool>

Applicable Models: All (Read-Write) Sets and reads the state of "Power Offset - Offset as Fixture" with True Mode balanced measurements. Learn more about iTMSA phase and power offset. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected true mode balanced measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of power Offset as Fixture. OFF (or 0) Offset is applied but is NOT included as a fixture in the output calculations. ON (or 1) Offset is applied and included as a fixture in the output calculations.
Examples	CALC:FSIM:BAL:FIXT:OFFS:POW 0 calculate2:fsimulator:balun:fixture:offset:power on See example iTMSA program
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:FIXTureOFFSet:POWer?
Return Type	Boolean
Default	Off

CALCulate<cnum>:FSIMulator:BALun:FIXTure:PHASe <bool>

Applicable Models: All (Read-Write) Sets and reads the state of "Phase Sweep - Offset as Fixture" (labeling on GUI). Note: The CALC:FSIM:BAL:PHAS:SWE:STAT command must be set to ON for this command to take effect. Learn more about iTMSA Phase Sweep. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected true mode balanced measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of phase sweep offset as a fixture: OFF (or 0) Phase Sweep offset disabled. ON (or 1) Phase Sweep offset enabled.
Examples	CALC:FSIM:BAL:FIXT:PHAS 0 calculate2:fsimulator:balun:fixture:phase on
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:FIXTure:PHASe?
Return Type	Boolean
Default	Off

CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:OFFSet:PHASe <value>

Applicable Models: All (Read-Write) Sets the phase offset between the two balanced stimulus ports. This command only applies when CALC:FSIM:BAL:STIM:MOD is set to a True Mode - Not Single-Ended. Requires Opt S93460A/B. Learn more about iTMSA Power and Phase offset. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999.
<value>	Phase offset value in degrees.
Examples	CALC:FSIM:BAL:LPOR:OFFS:PHAS 10 calculate2:fsimulator:balun:lport:offset:phase 300 See example iTMSA program
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:OFFSet:PHASe?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:OFFSet:POWer <value>

Applicable Models: All (Read-Write) Sets the power offset between the two balanced stimulus ports. This command only applies when CALC:FSIM:BAL:STIM:MOD is set to a True Mode - Not Single-Ended. Requires Opt S93460A/B. Learn more about iTMSA Power and Phase offset. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose from 1 to 999.
<value>	Power offset value in dB.
Examples	CALC:FSIM:BAL:LPOR:OFFS:POW 2 calculate2:fsimulator:balun:lport:offset:power .2 See example iTMSA program
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:OFFSet:POWer?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:SWEep:PHASe:STARt <value>

Applicable Models: All (Read-Write) Sets the start value for a phase sweep. Learn more about Phase Sweep. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose any VNA port (1 to 999). Only one port can have phase sweep.
<value>	Phase sweep start value in degrees. Choose a value between -360 and 360.
Examples	CALC:FSIM:BAL:LPOR:SWE:PHAS:STAR 10 calculate2:fsimulator:balun:lport:sweep:phase:start 5
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:SWEep:PHASe:STARt?
Return Type	Numeric
Default	0

CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:SWEep:PHASe:STOP <value>

Applicable Models: All (Read-Write) Sets the stop value for a phase sweep. Learn more about Phase Sweep. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<pnum>	Logical port number. Choose any VNA port (1 to 999). Only one port can have phase sweep.
<value>	Phase sweep stop value in degrees. Choose a value between -360 and 360.
Examples	CALC:FSIM:BAL:LPOR:SWE:PHAS:STOP 10 calculate2:fsimulator:balun:lport:sweep:phase:stop 5
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:LPORt<pnum>:SWEep:PHASe:STOP?
Return Type	Numeric
Default	360

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BALSended[:DEFine] <char>

Applicable Models: All

(Read-Write) For a Balanced-Single-ended device type, selects the measurement parameter for the specified trace. Set device type using CALC:FSIM:BAL:DEV

See Critical Note

Parameters

<cnum>

Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.

<n>

Trace number on the specified channel <cnum>

<char>

Balanced - Single-ended Measurement parameter. Choose from:

Sdd11	Sdc11	Sds12
Scd11	Scc11	Scs12
Ssd21	Ssc21	Sss22
Imb	CMRR1 (Ssd21/Ssc21)	CMRR2 (Sds12/Scs12)

Examples

CALC:FSIM:BAL:PAR:BALS SDC11

calculate1:fsimulator:balun:parameter2:balsended:define imb

Query Syntax

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BALSended[:DEFine]?

Return Type

Character

Default

Sdd11

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BALanced[:DEFine] <char>

Applicable Models: All (Read-Write) For a Balanced device type, selects the measurement parameter for the specified trace. Set device type using CALC:FSIM:BAL:DEV See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<n>	Trace number on the specified channel <cnum>
<char>	Balanced Measurement parameter. Choose from: SDD11 - Specifies Sdd11. SCD11 - Specifies Scd11. SDC11 - Specifies Sdc11. SCC11 - Specifies Scc11.
Examples	CALC:FSIM:BAL:PAR:BAL SDD11 calculate1:fsimulator:balun: parameter2:balanced:define scc11
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BALanced[:DEFine]?
Return Type	String
Default	Sdd11

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BBALanced[:DEFine] <char>

Applicable Models: All

(Read-Write) For a Balanced - Balanced device type, selects the measurement parameter for the specified trace. Set device type using CALC:FSIM:BAL:DEV

See Critical Note

Parameters

<cnum>

Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.

<n>

Trace number on the specified channel <cnum>

<char>

Balanced- Balanced Measurement parameter. Choose from:

Sdd11	Sdd12	Sdc11	Sdc12
Sdd21	Sdd22	Sdc21	Sdc22
Scd11	Scd12	Scc11	Scc12
Scd21	Scd22	Scc21	Scc22
Imb1	Imb2	CMRR -(Sdd21/Scc21)

Examples

CALC:FSIM:BAL:PAR:BBAL SDD12

calculate1:fsimulator:balun: parameter2:bbalanced:define cmrr

Query Syntax

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BBALanced[:DEFine]?

Return Type

Character

Default

Sdd11

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BSSended[:DEFine] <char>

Applicable Models: All

(Read-Write) For a Balanced - Single-ended - Single-ended type, selects the measurement parameter for the specified trace. Set device type using CALC:FSIM:BAL:DEV

See Critical Note

Parameters

<cnum>

Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.

<n>

Trace number on the specified channel <cnum>

<char>

Balanced - Single-ended - Single-ended Measurement parameter. Choose from:

Sdd11	Sdc11	Sds12	Scs12
Scd11	Scc11	Sds13	Scs13
Ssd21	Ssd31	Sss22	Sss23
Ssc21	Ssc31	Sss32	Sss33
Imb1	Imb2	CMRR1 (Sds12/Scs12)	CMRR2 (Sds13/Scs13)

Examples

CALC:FSIM:BAL:PAR:BSS CMRR2

calculate1:fsimulator:balun: parameter2:bssended:define SSC31

Query Syntax

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:BSSended[:DEFine]?

Return Type

Character

Default

Sdd11

CALCulate<cnum>:FSIMulator:BALun:PARameter:CATalog?

Applicable Models: All (Read-only) This query returns the list of measurement parameters available for the currently selected device type and topology. Balanced parameters are defined by specifying a topology: selecting which ports are balanced ports and which ports are single ended. Once a topology has been specified, that topology will yield a set of available measurement parameters. Set the topology using CALC:FSIM:BAL:DEVice.
Parameters
<cnum>	Channel number.
Example	CALC:FSIM:BAL:TOP:SBAL:PPORts 2,3,4 CALC:FSIM:BAL:DEV SBAL CALC:FSIM:BAL:PAR:CAT? "SSS11,SDS21,SSD12,SCS21,SSC12,SDD22,SCD22,SDC22,SCC22,IMB,CMRR1,CMRR2"
Return Type	Comma separated string
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:PARameter:CUSTom[:DEFine] <string>

Applicable Models: Multi-port systems with > 4 ports (Read-Write) Defines a balanced measurement parameter corresponding to a custom topology for systems where the port count is expandable beyond 4 ports. The device type parameter must be set to CUST using the CALC:FSIM:BAL:DEV command to use this command. See Also: CALC:FSIM:BAL:PAR:CAT? - returns the list of parameters available for the currently selected device type and topology. CALC:DTOPology - maps device type logical ports to VNA physical ports. See Critical Note
Parameters
<cnum>	Channel number.
<string>	Balanced measurement parameter name. The parameter selections depend on the currently selected topology.
Examples	CALC:PAR:COUN 1 CALC:FSIM:BAL:DEV CUST CALC:FSIM:BAL:PAR:STATE ON CALC:DTOPology "SSBSS",1,2,4,5,3,6 CALC:FSIM:BAL:PAR:CUST:DEF "SDD22"
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:PARameter:CUSTom[:DEFine]?
Return Type	String
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:SBALanced[:DEFine] <char>

Applicable Models: All

(Read-Write) For a Single-ended - Balanced device type, selects the measurement parameter for the specified trace. Set device type using CALC:FSIM:BAL:DEV

See Critical Note

Parameters

<cnum>

Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.

<n>

Trace number on the specified channel <cnum>

<char>

Single-ended - Balanced Measurement parameter. Choose from:

Sss11	Ssd12	Ssc12
Sds21	Sdd22	Sdc22
Scs21	Scd22	Scc22
Imb	CMRR1 (Sds21/Scs21)	CMRR2 (Ssd12/Ssc12)

Examples

CALC:FSIM:BAL:PAR:SBAL SSD12

calculate1:fsimulator:balun: parameter2:sbalanced:define imb

Query Syntax

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:SBALanced[:DEFine]?

Return Type

Character

Default

Sss11

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:SSBalanced[:DEFine] <char>

Applicable Models: All

(Read-Write) For a Single-ended - Single-ended - Balanced device type, selects the measurement parameter for the specified trace. Set device type using CALC:FSIM:BAL:DEV

See Critical Note

Parameters

<cnum>

Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.

<n>

Trace number on the specified channel <cnum>

<char>

Single-ended - Single-ended - Balanced Measurement parameter. Choose from:

Sss11	Sss12	Ssd13	Ssc13
Sss21	Sss22	Ssd23	Ssc23
Sds31	Sds32	Sdd33	Sdc33
Scs31	Scs32	Scd33	Scc33
Imb1	Imb2	CMRR1 (Sds31/Scs31)	CMRR2 (Sds32/Scs32)

Examples

CALC:FSIM:BAL:PAR:SSB SSD23

calculate1:fsimulator:balun: parameter2:ssbalanced:define imb1

Query Syntax

CALCulate<cnum>:FSIMulator:BALun:PARameter<n>:SSBalanced[:DEFine]?

Return Type

Character

Default

Sss11

CALCulate<cnum>:FSIMulator:BALun:PARameter:STATe <bool>

Applicable Models: All (Read-Write) Turns balanced transform ON and OFF. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of balanced transform. Choose from OFF (or 0) Balanced Transform OFF ON (or 1) Balanced Transform ON
Examples	CALC:FSIM:BAL:PAR:STAT 1 calculate1:fsimulator:balun:parameter:state off
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:PARameter:STATe?
Return Type	Boolean
Default	OFF

CALCulate<cnum>:FSIMulator:BALun:PHASe:SWEep:PORT <intValue>

Applicable Models: All (Read-Write) For a Balanced device type, specifies which balanced port the phase will be swept if CALC:FSIM:BAL:PHAS:SWE:STAT is set to ON. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<intValue>	Balanced port. Enter 1 or 2. Up to 2 True Mode balanced ports are possible.
Examples	CALC:FSIM:BAL:PHAS:SWE:PORT 2 calculate1:fsimulator:balun:phase:sweep:port 2
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:PHASe:SWEep:PORT?
Return Type	Numeric
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:PHASe:SWEep:STATe <bool>

Applicable Models: N522xB, N523xB, N524xB (Read-Write) Sets and reads the state of phase sweep. Learn more about iTMSA Phase Sweep. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected true mode balanced measurement on that channel. If unspecified, <cnum> is set to 1.
<bool>	State of phase sweep: OFF (or 0) Phase Sweep disabled. ON (or 1) Phase Sweep enabled.
Examples	CALC:FSIM:BAL:PHAS:SWE:STAT 0 calculate2:fsimulator:balun:phase:sweep:state on
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:PHASe:SWEep:STATe?
Return Type	Boolean
Default	Off

CALCulate<cnum>:FSIMulator:BALun:STIMulus:MODE <value>

Applicable Models: M98xxA, P50xxA/B, E5080B, E5081A, M983xA (Read-Write) Sets the stimulus mode of the VNA source. True Mode settings requires Opt S9x460A/B. Learn more about iTMSA. See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<value>	Stimulus mode. When a True-Mode is selected, the Balanced port powers are automatically uncoupled. Choose from: SE - Single-Ended stimulus TM - True-Mode stimulus FTM - Forward only True-Mode stimulus RTM - Reverse only True-Mode stimulus STM - Source only True-Mode stimulus
Examples	CALC:FSIM:BAL:STIM:MODE SE calculate2:fsimulator:balun:stimulus:mode rtm See example program
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:STIMulus:MODE?
Return Type	Character
Default	SE

CALCulate<cnum>:FSIMulator:BALun:TOPology:BALSended[:PPORts] <bPos>,<bNeg>,<se>

Applicable Models: All (Read-Write) For a Balanced - Single-ended device type, maps the VNA ports to the DUT ports. Set the Balanced - Single-ended device type using CALC:FSIM:BAL:DEV See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<bPos> <bNeg> <se>	VNA port number that connects to each of the following DUT ports:
Examples	CALC:FSIM:BAL:TOP:BALS 1,2,3 calculate1:fsimulator:balun:topology:balsended:pports 4,3,2
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:TOPology:BALSended[:PPORts]?
Return Type	Numeric - Returns three numbers separated by commas.
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:TOPology:BALanced[:PPORts] <p1Pos>,<p1Neg>

Applicable Models: All (Read-Write) For a Balanced device type, maps the VNA ports to the DUT ports. Set the Balanced - Balanced device type using CALC:FSIM:BAL:DEV See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<p1Pos> <p1Neg>	VNA port number that connects to each of the following DUT ports:
Examples	CALC:FSIM:BAL:TOP:BAL 1,2 calculate1:fsimulator:balun: topology:balanced:pports 1,2
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:TOPology:BALanced[:PPORts]?
Return Type	Numeric - Returns two numbers separated by commas.
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:TOPology:BBALanced[:PPORts] <p1Pos>,<p1Neg>,<p2Pos>,<p2Neg>

Applicable Models: All (Read-Write) For a Balanced - Balanced device type, maps the VNA ports to the DUT ports. Set the Balanced - Balanced device type using CALC:FSIM:BAL:DEV See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<p1Pos> <p1Neg> <p2Pos> <p2Neg>	VNA port number that connects to each of the following DUT ports:
Examples	CALC:FSIM:BAL:TOP:BBAL 1,2,3,4 calculate1:fsimulator:balun: topology:bbalanced:pports 4,3,2,1
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:TOPology:BBALanced[:PPORts]?
Return Type	Numeric - Returns four numbers separated by commas.
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:TOPology:BSSended[:PPORts] <bPos>,<bNeg>,<se1>,<se2>

Applicable Models: All (Read-Write) Balanced-Single-ended - Single-ended device type, maps the VNA ports to the DUT ports. Set the Balanced - Balanced device type using CALC:FSIM:BAL:DEV See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<bPos> <bNeg> <se1> <se2>	VNA port number that connects to each of the DUT ports:
Examples	CALC:FSIM:BAL:TOP:BSS 1,2,3,4 calculate1:fsimulator:balun: topology:bssended:pports 4,3,2,1
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:TOPology:BSSended[:PPORts]?
Return Type	Numeric - Returns four numbers separated by commas.
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:TOPology:SBALanced[:PPORts] <se>,<bPos>,<bNeg>

Applicable Models: All (Read-Write) For a Single-ended - Balanced device type, maps the VNA ports to the DUT ports. Set the Single-ended - Balanced device type using CALC:FSIM:BAL:DEV See Critical Note
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<se> <bPos> <bNeg>	VNA port number that connects to each of the following DUT ports:
Examples	CALC:FSIM:BAL:TOP:SBAL 1,2,3 calculate1:fsimulator:balun: topology:sbalanced:pports 4,3,2
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:TOPology:SBALanced[:PPORts]?
Return Type	Numeric - Returns three numbers separated by commas.
Default	Not Applicable

CALCulate<cnum>:FSIMulator:BALun:TOPology:SSBalanced[:PPORts] <se1>,<se2>,<bPos>,<bNeg>

Applicable Models: All (Read-Write) For a Single-ended - Single-ended - Balanced device type, maps the VNA ports to the DUT ports. Set the Single-ended - Single-ended - Balanced device type using CALC:FSIM:BAL:DEV See Critical
Parameters
<cnum>	Channel number of the measurement. There must be a selected measurement on that channel. If unspecified, <cnum> is set to 1.
<se1> <se2> <bPos> <bNeg>	VNA port number that connects to each of the following DUT ports:
Examples	CALC:FSIM:BAL:TOP:SSB 1,2,3,4 calculate1:fsimulator:balun:topology:ssbalanced:pports 4,3,2,1
Query Syntax	CALCulate<cnum>:FSIMulator:BALun:TOPology:SSBalanced[:PPORts]?
Return Type	Numeric - Returns four numbers separated by commas.
Default	Not Applicable