Page 1 Agilent Technologies Part Number 89400-90039 For instruments with firmware version A.08.00 Printed in U.S.A. Print Date: May, 2000 © Agilent Technologies, Inc., 1992, 1994, 1995, 1996, 1998, 1999, 2000 . All rights reserved. 8600 Soper Hill Road Everett, Washington 98205-1209 U.S.A.
Page 3: Table Of Contents
Questionable Frequency Register Set 16 Questionable Modulation Register Set 17 Standard Event Register Set 18 Operational Status Register Set 19 User Status Register Set 21 Agilent 89400 Series Register Set Summary 22 2 The SCPI Instrument Model 23 Introduction 24 ROUTe 24 INPut 25...
Page 4 CALCulate 25 OUTPut 25 SOURce 25 TRIGger 25 ARM-TRIGger Model 26 Model Layers 26 MEMory 28 FORMat 28 Hard COPy 28 DISPlay 28 Mass MEMory 28 3 Command Reference 29 A Error Messages 457 SYSTem:ERRor? 458 The Error/Event Queue 458 Error numbers 459 No Error 459 Command Error 460...
Page 5 COMMAND LISTING *CAL? ......31 CALCulate:MARKer:FUNCtion:STATistics ....69 *CLS .
Page 6 Command Listing CALCulate:MATH:CONStant ....105 DISPlay[:WINDow]:TRACe:INDicator ....148 CALCulate:MATH:CONStant:IMAG .
Page 7 Command Listing HCOPy:ITEM[:WINDow]:TRACe:COLor ....191 MMEMory:MOVE ......235 HCOPy:ITEM[:WINDow]:TRACe:GRATicule:COLor .
Page 8 Command Listing [SENSe:]DATA:HEADer:POINts? ....280 [SENSe:]DDEMod:WCDMa:FILTer:ALPHa ... . . 323 [SENSe:]DDEMod:ADAPt ....281 [SENSe:]DEMod .
Page 9 Command Listing [SENSe:]TCAPture:STARt ....366 STATus:QUEStionable:MODulation:NTRansition ..410 [SENSe:]TCAPture:STOP ..... 367 STATus:QUEStionable:MODulation:PTRansition .
Page 10 Command Listing TRIGger:SLOPe ......455 TRIGger:SOURce ......456...
Page 11: Gpib Programming With Agilent 89400-Series Analyzers
GPIB Programming with Agilent 89400-Series Analyzers...
Page 12: Introduction To Gpib Programming
Introduction to GPIB Programming Introduction to GPIB Programming For an introduction to GPIB programming, read the GPIB Programmer’s Guide. It is provided to help those not familiar with GPIB programming or remote control of an instrument. The book introduces the basic concepts of GPIB programming and describes the Standard Commands for Programmable Instruments (SCPI).
Page 13: Gpib Setup And Verification
Agilent 89400-Series Vector Signal Analyzer HP 9000 Series 340 computer GPIB cable (Agilent 10833A, B, C or D) Agilent Technologies BASIC programming language Procedure 1. Turn off the analyzer and the HP 9000 Series 340 2. Connect them with the GPIB cable.
Page 14: Gpib Interface Capabilities
GPIB Interface Capabilities GPIB Interface Capabilities The Agilent 89400A-Series analyzers have the following interface capabilities, as defined by the IEEE 488.1 standard: full Source handshake capability full Acceptor handshake capability basic Talker, Serial Poll, no Talk Only, unaddress if MLA no Extended Talker capability basic Listener, no Listen Only, unaddress if MTA no Extended Listener capability...
Page 15: General Status Register Model
General Status Register Model General Status Register Model Overview The general status register model, shown in figure 1, is the building block of the analyzer’s status system. Most register sets in the analyzer include all of the registers shown in the general model, although commands are not always available for reading or writing a particular register.
Page 16: Condition Register
General Status Register Model Condition Register Condition registers continuously monitor hardware and firmware status. They represent the current state of the instrument. Bits in a condition register are not latched or buffered. They are updated in real time. When the condition monitored by a particular bit becomes true, the bit is set to 1.
Page 17: Enable Register
General Status Register Model Enable Register Enable registers control the reporting of events (which are latched condition register information) to the register summary bit. If an enable bit is set to one, the corresponding event bit is included in the logical ORing process that determines the state of the summary bit. (The summary bit is only set to 1 if one or more enabled event bits are set to 1.) You can read and write all enable registers.
Page 18: How To Use Registers
General Status Register Model How to Use Registers There are two methods you can use to access the information in status registers: The polling method. The service request (SRQ) method. In the polling method, the analyzer has a passive role. It only tells the controller that conditions have changed when the controller asks the right question.
Page 19: The Service Request Process
The Service Request Process The Service Request Process When you monitor a condition with the SRQ method, you must: 1. Determine which bit monitors the condition. 2. Determine how that bit reports to the request service (RQS) bit of the Status Byte. 3.
Page 20 The Service Request Process When a register set causes its summary bit in the Status Byte to change from 0 to 1, the analyzer can initiate the service request (SRQ) process. However, the process is only initiated if both of the following conditions are true: The corresponding bit of the Service Request Enable register is also set to 1.
Page 21: The Agilent 89400A's Register Sets
The reporting structure is summarized in figure 5. They are described in detail in the following sections. Note Register bits not explicitly presented in the following sections are not used by the Agilent 89400A Series. A query to one of these bits returns a value of 0. Figure 5. Agilent 89400 Series Register Set Overview...
Page 22: Status Byte Register Set
The Agilent 89400A’s Register Sets Status Byte Register Set The Status Byte register set summarizes the states of the other register sets and monitors the analyzer’s output queue. It is also responsible for generating service requests (see “Generating Service Requests” earlier in this chapter). See figure 5. Figure 6.
Page 23: Device State Register Set
The Agilent 89400A’s Register Sets Device State Register Set The Device State register set monitors the states of eight device-specific parameters. See figure 7. Figure 7. The Device State Register Set Bits in the Device State condition register are set to 1 under the following conditions: Autocal Off (bit 0) is set to 1 when the analyzer’s autocalibration function is disabled (CAL:AUTO OFF).
Page 24: Questionable Status Register Set
The Agilent 89400A’s Register Sets Questionable Status Register Set The Questionable Status register set monitors conditions that affect the quality of measurement data. See figure 8. Figure 8. The Questionable Status Register Set Bits in the Questionable Status condition register are set to 1 under the following conditions: Voltage (bit 0) is set to 1 when one or more enabled bits in the Questionable Voltage Event register are set to 1.
Page 25: Questionable Voltage Register Set
The Agilent 89400A’s Register Sets Questionable Voltage Register Set The Questionable Voltage register set monitors conditions that affect the amplitude accuracy of measurement data. See figure 9. Figure 9. The Questionable Voltage Register Set Bits in the Questionable Voltage condition register are set to 1 under the following conditions: Channel 1 Over Range (bit 0) is set to 1 when the channel-1 input signal exceeds the channel-1 input range setting.
Page 26: Questionable Frequency Register Set
The Agilent 89400A’s Register Sets Questionable Frequency Register Set The Questionable Frequency register set monitors conditions that affect the frequency accuracy of measurement data. See figure 10. Figure 10. The Questionable Frequency Register Set Bits in the Questionable Frequency condition register are set to 1 under the following conditions: LO Unlocked (bit 1) is set to 1 when the analyzer’s local oscillator is not locked to its internal reference signal(s).
Page 27: Questionable Modulation Register Set
The Agilent 89400A’s Register Sets Questionable Modulation Register Set The Questionable Modulation register set monitors conditions that affect the modulation accuracy of measurement data. These conditions occur only when option AYA is present. See figure 11. Figure 11. The Questionable Modulation Register Set Bits in the Questionable Modulation condition register are set to 1 under the following conditions: Sync Not Found (bit 0) is set to 1 when the sync pattern cannot be found during a digital demodulation measurement in which sync search is enabled.
Page 28: Standard Event Register Set
The Agilent 89400A’s Register Sets Standard Event Register Set The Standard Event register set monitors GPIB errors and synchronization conditions. See figure 12. Figure 12. The Standard Event Register Set The Standard Event register set does not conform to the general status register model described at the beginning of this chapter.
Page 29: Operational Status Register Set
The Agilent 89400A’s Register Sets Operational Status Register Set The Operational Status register set monitors conditions in the analyzer’s measurement process, disk operations, and printing/plotting operations. It also monitors the state of current Agilent Technologies Instrument BASIC program. See figure 13. Figure 13.
Page 30 Capture in Progress (bit 12) is set to 1 when a time capture begins. It is set to 0 when the capture either comes to completion or is aborted. Program Running (bit 14) is set to 1 while the current Agilent Technologies Instrument BASIC program runs.
Page 31: User Status Register Set
The Agilent 89400A’s Register Sets User Status Register Set The User Status register set detects STATus:USER:PULSe commands. See figure 14. Figure 14. The User Status Register Set The User Status register set conforms to the general status register model (described at the beginning of this chapter) with the following exceptions: You can write (but not read) the condition register.
Page 32: Agilent 89400 Series Register Set Summary
Agilent 89400 Series Register Set Summary Agilent 89400 Series Register Set Summary Figure 15. Status Register Quick Reference...
Page 33: The Scpi Instrument Model
The SCPI Instrument Model...
Page 34: Introduction
Introduction A model is used within SCPI as a means of achieving compatibility. SCPI concerns itself with three types of compatibility. The first form of compatibility is called vertical compatibility. Vertical compatibility is where two instruments of the same type have identical controls. The second form of compatibility is called horizontal compatibility.
Page 35: Input
INPut The purpose of the INPut block is to condition the incoming signal before it is converted into data by the SENSe block. INPut block functions include filtering, biasing, frequency conversion (such as a mixer or prescaler function), and attenuation. SENSe The purpose of the SENSe block is to convert signal(s) into internal data that can be manipulated by normal computer techniques.
Page 36: Arm-Trigger Model
ARM-TRIGger Model The ARM-TRIGger model represents a level of capability that is often found in a device and is shown in the following figure. This model has two independent levels of event detection, one in each of the ARM and TRIGger layers. Model Layers The following figures detail each of the various types of layers that may exist in a sequence.
Page 37 Initiated Once the trigger system is initiated from the IDLE state, it passes through the initiated state, immediately making the downward traverse to the ‘’wait for ARM’’ state. The upward traverse is dependent on the setting of CONTinuous. If CONTinuous is set to OFF, the upward trasition to IDLE is made.
Page 38: Memory
occurances of the same event may be specified with ECOunt; for example, wait for the tenth positive edge of a signal. the downward traverse is also subject to a time delay if one is specified. Two commands override a normal downward traverse. The layer name followed by :IMMediate causes the event detection and the subsequent delay to be bypassed.
Page 39: Command Reference
Command Reference...
Page 40 Command Reference...
Page 41: Cal
Command Reference *CAL? query Calibrates the analyzer and returns the (pass/fail) result. Query Syntax: *CAL? Example Statements: OUTPUT 719;"*CAL?" OUTPUT 719;"*cal?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: The analyzer performs a full calibration when it receives this query. If the calibration completes without error, the analyzer returns 0.
Page 42: Cls
Command Reference *CLS command Clears the Status Byte by emptying the error queue and clearing all event registers. Command Syntax: *CLS Example Statements: OUTPUT 719;"*Cls" OUTPUT 719;"*CLS" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command clears the Status Byte register. It does so by emptying the error queue and clearing (setting to 0) all bits in the event registers of the following register sets: User Status.
Page 43: Ese
Command Reference *ESE command/query Sets bits in the Standard Event Enable register. Command Syntax: *ESE <number>|<bound> <number> ::= a real number (NRf data) limits: 0:255 <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"*ese 0" OUTPUT 719;"*Ese 30" Query Syntax: *ESE? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 44: Esr
Command Reference *ESR? query Reads and clears the Standard Event Enable register. Query Syntax: *ESR? Example Statements: OUTPUT 719;"*esr?" OUTPUT 719;"*Esr?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: undefined value SCPI Compliance: confirmed Description: This query returns the current state of the Standard Event Enable register. The state is returned as a sum of the decimal weights of all set bits.
Page 45: Idn
Command Reference *IDN? query Returns a comma-separated list of arbitrary ascii response data items that uniquely identifies the analyzer. Query Syntax: *IDN? Example Statements: OUTPUT 719;"*IDN?" OUTPUT 719;"*idn?" Return Format: ARB_ASCII Attribute Summary: Synchronization Required: Preset State: instrument-specific SCPI Compliance: confirmed Description: The response to this query is in the form:...
Page 46: Opc
Command Reference *OPC command/query Specifies or queries completion of all pending overlapped commands. Command Syntax: *OPC Example Statements: OUTPUT 719;"*Opc" OUTPUT 719;"*OPC" Query Syntax: *OPC? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: Some commands are processed sequentially by the analyzer.
Page 47: Opt
Command Reference *OPT? query Returns a comma-separated list as a string that identifies the analyzer’s option configuration. Query Syntax: *OPT? Example Statements: OUTPUT 719;"*opt?" OUTPUT 719;"*Opt?" Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: The response to this query identifies the analyzer’s option configuration.
Page 48: Pcb
Command Reference *PCB command Sets the pass-control-back address. Command Syntax: *PCB <number>[, <number>] <number> ::= a real number (NRf data) limits: 0:30 Example Statements: OUTPUT 719;"*PCB 19" OUTPUT 719;"*pcb 19, 1" Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description:...
Page 49: Psc
Command Reference *PSC command/query Sets the state of the Power-on Status Clear flag. Command Syntax: *PSC <number> <number> ::= a real number (NRf data) limits: -32767:32767 Example Statements: OUTPUT 719;"*psc 0" OUTPUT 719;"*PSC 1" Query Syntax: *PSC? Return Format: Integer Attribute Summary: Synchronization Required: Preset State:...
Page 50: Rst
Command Reference *RST command Executes a device reset. Command Syntax: *RST Example Statements: OUTPUT 719;"*RST" OUTPUT 719;"*rst" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command returns the analyzer to a reset state. In addition, *RST cancels any pending *OPC commands or query.
Page 51: Sre
Command Reference *SRE command/query Sets bits in the Service Request Enable register (masks status byte). Command Syntax: *SRE <number> <number> ::= a real number (NRf data) limits: 0:255 Example Statements: OUTPUT 719;"*sre 0" OUTPUT 719;"*SRE 5" Query Syntax: *SRE? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 52: Stb
Command Reference *STB? query Reads the Status Byte register. Query Syntax: *STB? Example Statements: OUTPUT 719;"*Stb?" OUTPUT 719;"*STB?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: IEEE 488.2 Description: This command allows you to read the Status Byte register. The state is returned as a sum of the decimal weights of all set bits.
Page 53: Trg
Command Reference *TRG command Triggers the analyzer when TRIG:SOUR is BUS. Command Syntax: *TRG Example Statements: OUTPUT 719;"*trg" OUTPUT 719;"*Trg" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command triggers the analyzer when the following two conditions are met: The GPIB is designated as the trigger source (send the TRIG:SOUR BUS command.) The analyzer is waiting to trigger.
Page 54: Tst
Command Reference *TST? query Tests the analyzer hardware and returns the result. Query Syntax: *TST? Example Statements: OUTPUT 719;"*TST?" OUTPUT 719;"*tst?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: IEEE 488.2 Description: The analyzer’s self-test performs a full calibration and then compares the calibration results to specified limits.
Page 55: Wai
Command Reference *WAI command Holds off processing of subsequent commands until all preceding commands have been processed. Command Syntax: *WAI Example Statements: OUTPUT 719;"*Wai" OUTPUT 719;"*WAI" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: Use *WAI to hold off the processing of subsequent commands until all pending overlapped commands have been completed.
Page 56: Abort
Command Reference ABORt command Abort the current measurement in progress. Command Syntax: ABORt Example Statements: OUTPUT 719;"abor" OUTPUT 719;"Abort" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command aborts any measurement in progress and resets the trigger system. Any actions related to the trigger system that are in progress, such as a sweep or taking a measurement are aborted and the NPO (no pending operations) flag is set false.
Page 57: Arm:delay
Command Reference ARM:DELay command/query Specifies the delay after arming occurs before triggering may occur. Command Syntax: ARM:DELay <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:41.94 S in 2.5 us steps <unit> ::= S <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":ARM:DEL 2"...
Page 58: Arm:level
Command Reference ARM:LEVel command/query Specifies the threshold value for external arm. Command Syntax: ARM:LEVel <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -11:11 <unit> ::= V <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Arm:Level -3" OUTPUT 719;"ARM:LEV 4V" Query Syntax: ARM:LEVel? Return Format:...
Page 59: Arm:region
Command Reference ARM:REGion command/query When ARM:SOUR is EXT, this command specifies whether arming occurs when the external arm signal is positive-with-respect-to or negative-with-respect-to the specified trigger level. Command Syntax: ARM:REGion ABOVe|BELow Example Statements: OUTPUT 719;":ARM:REGION ABOVE" OUTPUT 719;"arm:reg BELOW" Query Syntax: ARM:REGion? Return Format: CHAR...
Page 60: Arm:source
Command Reference ARM:SOURce command/query Selects either external arming or immediate (continuous) arming. Command Syntax: ARM:SOURce IMMediate|EXTernal Example Statements: OUTPUT 719;"Arm:Sour IMMEDIATE" OUTPUT 719;"ARM:SOUR IMMEDIATE" Query Syntax: ARM:SOURce? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: Immediate triggering corresponds to turning external arm off.
Page 61: Calculate:ccdf:count
Command Reference CALCulate[1|2|3|4]:CCDF:COUNt? query Returns the current number of data samples in the CCDF measurement. Query Syntax: CALCulate[1|2|3|4]:CCDF:COUNt? Example Statements: OUTPUT 719;":calc4:ccdf:coun?" OUTPUT 719;"Calculate4:Ccdf:Coun?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description:...
Page 62: Calculate:ccdf:power
Command Reference CALCulate[1|2|3|4]:CCDF:POWer? query Returns the signal average power used to compute the CCDF measurement. Query Syntax: CALCulate[1|2|3|4]:CCDF:POWer? Example Statements: OUTPUT 719;"CALCULATE3:CCDF:POWER?" OUTPUT 719;"calc:ccdf:power?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: The analyzer plots the CCDF (Complementary Cumulative Density Function) using units of percent (%) for the y-axis (using a logarithmic scale) and power (dB) for the x-axis.
Page 63: Calculate:data
Command Reference CALCulate[1|2|3|4]:DATA? query Returns trace data that’s transformed to current coordinate system (CALC:FORM). Query Syntax: CALCulate[1|2|3|4]:DATA? Example Statements: OUTPUT 719;":Calc:Data?" OUTPUT 719;"CALC:DATA?" Return Format: DEF_USER Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This query returns a block of coordinate transformed trace data for the trace specified with a number 1 through 4.
Page 64: Calculate:data:header:points
Command Reference CALCulate[1|2|3|4]:DATA:HEADer:POINts? query Returns the number of points in the data returned with the CALC:DATA? query. Query Syntax: CALCulate[1|2|3|4]:DATA:HEADer:POINts? Example Statements: OUTPUT 719;"calculate:data:header:poin?" OUTPUT 719;"Calc:Data:Head:Points?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: The display’s X axis is divided into discrete points.
Page 65: Calculate:feed
Command Reference CALCulate[1|2|3|4]:FEED command/query Selects the measurement data to be displayed. Command Syntax: CALCulate[1|2|3|4]:FEED <string> <string> ::= (see table) Example Statements: OUTPUT 719;":CALCULATE4:FEED ‘XFR:POW 1’" OUTPUT 719;"calc2:feed ‘XTIM:VOLT 2’" Query Syntax: CALCulate[1|2|3|4]:FEED? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: dependent on options installed SCPI Compliance: confirmed...
Page 66 Command Reference Use POW or VOLT instead of AM, FM, or PM if demod is OFF. Called “carrier error” magnitude and phase for FSK demodulation. Called “FSK error” for FSK demodulation.
Page 67: Calculate:format
Command Reference CALCulate[1|2|3|4]:FORMat command/query Specifies the coordinates of the indicated trace. Command Syntax: CALCulate[1|2|3|4]:FORMat <param> <param> ::= MLIN|MLOG|PHASe|UPH|REAL|IMAG|GDELay|COMP|CONS|IEYE|QEYE|TEYE Example Statements: OUTPUT 719;":CALC4:FORM UPHASE" OUTPUT 719;"calculate:form QEYE" Query Syntax: CALCulate[1|2|3|4]:FORMat? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: MLOG SCPI Compliance: instrument-specific Description: The numbers 1 through 4 used with the CALCulate node specify which trace (A, B, C, or D) is to...
Page 68 Command Reference GDEL specifies group delay trace coordinates. Group delay is the derivative of phase with respect to frequency, − ⁄ . In this analyzer it is approximated by the function − ∆ϕ ⁄ dϕ ∆f . The aperture (∆f) is specified with the CALC:GDAP:APER command. Note Digital demodulation features are implemented only if option AYA (vector modulation analysis) is installed in the analyzer.
Page 69: Calculate:gdaperture:aperture
Command Reference CALCulate[1|2|3|4]:GDAPerture:APERture command/query Specifies the group delay aperture. Command Syntax: CALCulate[1|2|3|4]:GDAPerture:APERture <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0.0625:16 <unit> ::= PCT <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Calc3:Gdapterture:Aper 16PCT" OUTPUT 719;"CALC:GDAP:APER .0625" Query Syntax: CALCulate[1|2|3|4]:GDAPerture:APERture? Return Format:...
Page 70: Calculate:marker:band:start
Command Reference CALCulate[1|2|3|4]:MARKer:BAND:STARt command/query Specifies the start (left) band marker position. Command Syntax: CALCulate[1|2|3|4]:MARKer:BAND:STARt <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282347E+38:3.40282347E+38 <unit> ::= HZ|S|CODE <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Calculate3:Mark:Band:Start 1e6;Stop 2e6" OUTPUT 719;"CALC:MARKER:BAND:START 10 us;STOP 15 us"...
Page 71: Calculate:marker:band:stop
Command Reference CALCulate[1|2|3|4]:MARKer:BAND:STOP command/query Specifies the stop (right) band marker position. Command Syntax: CALCulate[1|2|3|4]:MARKer:BAND:STOP <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282347E+38:3.40282347E+38 <unit> ::= HZ|S|CODE <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Calculate3:Mark:Band:Start 1e6;Stop 2e6" OUTPUT 719;"CALC:MARKER:BAND:START 10 us;STOP 15 us"...
Page 72: Calculate:marker:coupled[:State]
Command Reference CALCulate[1|2|3|4]:MARKer:COUPled[:STATe] command/query Turns marker coupling on and off. Command Syntax: CALCulate[1|2|3|4]:MARKer:COUPled[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"Calculate2:Mark:Coup:State OFF" OUTPUT 719;"CALC:MARKER:COUP ON" Query Syntax: CALCulate[1|2|3|4]:MARKer:COUPled[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: Marker coupling ties the X values of the inactive traces to that of the active trace. This command couples the markers no matter which trace is specified.
Page 73: Calculate:marker:fcount
Command Reference CALCulate[1|2|3|4]:MARKer:FCOunt command/query Turns the marker frequency counter on/off. Command Syntax: CALCulate[1|2|3|4]:MARKer:FCOunt OFF|0|ON|1 Example Statements: OUTPUT 719;":calc4:marker:fco OFF" OUTPUT 719;"Calculate3:Mark:Fco OFF" Query Syntax: CALCulate[1|2|3|4]:MARKer:FCOunt? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific Description: For a description of this function, see Help Text under the Help hardkey.
Page 74: Calculate:marker:fcount:result
Command Reference CALCulate[1|2|3|4]:MARKer:FCOunt:RESult? query Query results of the marker frequency counter measurement. Query Syntax: CALCulate[1|2|3|4]:MARKer:FCOunt:RESult? Example Statements: OUTPUT 719;"CALCULATE:MARK:FCOUNT:RES?" OUTPUT 719;"calc:marker:fco:result?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: CALC:MARK:FCOUNT must be ON for there to be data available for this query.
Page 75: Calculate:marker:function
Command Reference CALCulate[1|2|3|4]:MARKer:FUNCtion command/query Initiate special band power marker functions. Command Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion OFF|0|BPOWer|BRMS|BCN|BCNO Example Statements: OUTPUT 719;":Calc2:Mark:Function BCN" OUTPUT 719;"CALC2:MARKER:FUNC OFF" Query Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion? Return Format: OFF|BPOW|BRMS|BCN|BCNO Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: This command starts a marker measurement whose type is as follows: BPOW calculates band power.
Page 76: Calculate:marker:function:ddemod:result
Command Reference CALCulate[1|2|3|4]:MARKer:FUNCtion:DDEMod:RESult? query Queries error parameters for digital or video demodulation or wideband CDMA. Query Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion:DDEMod:RESult? <param> <param> ::=ADR|DEV|EVRM|EVPK|EVPS|EVPA|EVNF|FERR|FSRM|FSPK|FSPS|IQOF| LCOD|MERM|MEPK|MEPS|PERM|PBIT|PEPK|PEPS|PLEV|RHO|RHOE|SNR| SLOT|TDPC|TFRM|TSLT|TTRG Example Statements: OUTPUT 719;"calc3:marker:func:ddemod:res? SNR" OUTPUT 719;"Calc:Marker:Func:Ddemod:Res? FERR" Return Format: Real Attribute Summary: Option: AYA (vector modulation analysis) and B7A (Enhanced Data rates for GSM Evolution (EDGE)) or B73 (Digital Wideband CDMA analysis) or 080 Digital 3GPP Wideband CDMA analysis...
Page 77 Command Reference MEPK is the peak (largest) magnitude error in %pk units.MEPS is the symbol number at which the peak (largest) magnitude error occurred. PBIT is the number of pilot bits detected in the DCPH for the selected channel and code layer (Option 080).
Page 78: Calculate:marker:function:result
Command Reference CALCulate[1|2|3|4]:MARKer:FUNCtion:RESult? query Retrieves the marker measurement data created by the CALC:MARK:FUNC command. Query Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion:RESult? Example Statements: OUTPUT 719;":CALC:MARKER:FUNC:RESULT?" OUTPUT 719;"calc3:mark:function:res?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: CALC:MARK:FUNC selects the type of measurement to make and it begins running immediately. The selected measurement runs and updates itself with every time record gathered (or, for cases like averaging where multiple time records are needed to create a measurement result, every time a measurement result is available).
Page 79: Calculate:marker:function:statistics
Command Reference CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics command/query Selects or turns off statistical-power measurements. Command Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics OFF|0|PEAK|PKAV|AVER Example Statements: OUTPUT 719;"Calculate:Mark:Func:Statistics OFF" OUTPUT 719;"CALC:MARKER:FUNC:STAT PKAV" Query Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics? Return Format: OFF|PEAK|PKAV|AVER Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: This command selects a statistical-power measurement or turns the selected statistical-power measurement off.
Page 80: Calculate:marker:function:statistics:ppct
Command Reference CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics:PPCT command/query Specifies the peak-percent value to use with peak power and peak-to-average power measurements. Command Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics:PPCT {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 90:99.99 <unit> ::= [PCT] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"calc3:mark:function:stat:ppct 95"...
Page 81: Calculate:marker:function:statistics:result
Command Reference CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics:RESult? query Returns the results of statistical-power measurements. Query Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics:RESult? Example Statements: OUTPUT 719;":calculate3:mark:function:stat:res?" OUTPUT 719;"Calculate4:Mark:Function:Stat:Res?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command returns the results of a statistical-power measurement for the selected trace. CALC1 returns the results for trace A, CALC2 for trace B, and so forth.
Page 82: Calculate:marker:function:statistics:smpl
Command Reference CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics:SMPL? query Returns the number of samples used in statistical-power measurements. Query Syntax: CALCulate[1|2|3|4]:MARKer:FUNCtion:STATistics:SMPL? Example Statements: OUTPUT 719;"CALCULATE4:MARK:FUNCTION:STAT:SMPL?" OUTPUT 719;"calculate:mark:function:stat:smpl?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: You use the CALC:MARK:FUNC:STAT command to enable or disable statistical-power measurements.
Page 83: Calculate:marker:maximum
Command Reference CALCulate[1|2|3|4]:MARKer:MAXimum command Moves the marker to the highest peak (largest value) in the active trace. Command Syntax: CALCulate[1|2|3|4]:MARKer:MAXimum Example Statements: OUTPUT 719;":Calculate4:Mark:Maximum" OUTPUT 719;"CALC:MARK:MAXIMUM" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: If the marker is OFF when this command is issued, the marker is turned ON. Therefore, it is not necessary to check the marker state before using this command.
Page 84: Calculate:marker:maximum:left
Command Reference CALCulate[1|2|3|4]:MARKer:MAXimum:LEFT command Moves the marker left to the next local maximum in the trace. Command Syntax: CALCulate[1|2|3|4]:MARKer:MAXimum:LEFT Example Statements: OUTPUT 719;"calc:marker:max:left" OUTPUT 719;"Calculate:Mark:Maximum:Left" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: If the marker is OFF when this command is issued, the marker is turned ON. Therefore, it is not necessary to check the marker state before using this command.
Page 85: Calculate:marker:maximum:next
Command Reference CALCulate[1|2|3|4]:MARKer:MAXimum:NEXT command Moves the marker to the next-highest peak in the active trace. Command Syntax: CALCulate[1|2|3|4]:MARKer:MAXimum:NEXT Example Statements: OUTPUT 719;":CALC:MARKER:MAX:NEXT" OUTPUT 719;"calc4:mark:maximum:next" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: If the marker is OFF when this command is issued, the marker is turned ON. Therefore, it is not necessary to check the marker state before using this command.
Page 86: Calculate:marker:maximum:right
Command Reference CALCulate[1|2|3|4]:MARKer:MAXimum:RIGHt command Moves the marker right to the next local maximum in the trace. Command Syntax: CALCulate[1|2|3|4]:MARKer:MAXimum:RIGHt Example Statements: OUTPUT 719;"Calculate:Mark:Max:Right" OUTPUT 719;"CALC:MARKER:MAX:RIGH" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: If the marker is OFF when this command is issued, the marker is turned ON. Therefore, it is not necessary to check the marker state before using this command.
Page 87: Calculate:marker:maximum:track
Command Reference CALCulate[1|2|3|4]:MARKer:MAXimum:TRACk command/query Turns peak tracking on and off. Command Syntax: CALCulate[1|2|3|4]:MARKer:MAXimum:TRACk OFF|0|ON|1 Example Statements: OUTPUT 719;":calculate3:mark:maximum:trac ON" OUTPUT 719;"Calc4:Marker:Max:Track ON" Query Syntax: CALCulate[1|2|3|4]:MARKer:MAXimum:TRACk? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific Description: When peak tracking is on, the analyzer continuously moves the marker to the peak value in the active trace.
Page 88: Calculate:marker:minimum[:Global]
Command Reference CALCulate[1|2|3|4]:MARKer:MINimum[:GLOBal] command Moves the active marker to the minimum value in the active trace. Command Syntax: CALCulate[1|2|3|4]:MARKer:MINimum[:GLOBal] Example Statements: OUTPUT 719;"CALC2:MARK:MINIMUM:GLOB" OUTPUT 719;"calculate:mark:min" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: If the marker is OFF when this command is issued, the marker is turned ON. Therefore, it is not necessary to check the marker state before using this command.
Page 89: Calculate:marker:offset[:State]
Command Reference CALCulate[1|2|3|4]:MARKer:OFFSet[:STATe] command/query Turns the offset marker on and off. Command Syntax: CALCulate[1|2|3|4]:MARKer:OFFSet[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":Calculate2:Mark:Offset OFF" OUTPUT 719;"CALC3:MARK:OFFSET:STAT OFF" Query Syntax: CALCulate[1|2|3|4]:MARKer:OFFSet[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: If no number is given in the CALC branch, “1" is assumed. Absolute marker values may be read without turning the offset marker off with CALC:MARK:Y?.
Page 90: Calculate:marker:offset:y
Command Reference CALCulate[1|2|3|4]:MARKer:OFFSet:X command/query Specifies the X value of the offset marker. Command Syntax: CALCulate[1|2|3|4]:MARKer:OFFSet:X <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282e+38:3.40282e+38 <unit> ::= HZ|S|CODE <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":calc:marker:offs:x 2 MHZ" OUTPUT 719;"Calculate3:Mark:Offset:X 3.14159E+006"...
Page 91: Calculate:marker:offset:z
Command Reference CALCulate[1|2|3|4]:MARKer:OFFSet:Y command/query Specifies the Y value of the offset marker. Command Syntax: CALCulate[1|2|3|4]:MARKer:OFFSet:Y <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= (see listing below) <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"CALC:MARKER:OFFS:Y -10 DBM"...
Page 92: Calculate:marker:offset:zero
Command Reference CALCulate[1|2|3|4]:MARKer:OFFSet:Z command/query Specifies the Z value of the offset marker for waterfall and spectrogram displays. Command Syntax: CALCulate[1|2|3|4]:MARKer:OFFSet:Z <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= S <step> ::= UP|DOWN <bound>...
Page 93 Command Reference CALCulate[1|2|3|4]:MARKer:OFFSet:ZERO command Changes the offset marker’s X and Y values to those of the marker. Command Syntax: CALCulate[1|2|3|4]:MARKer:OFFSet:ZERO Example Statements: OUTPUT 719;"calculate4:mark:offs:zero" OUTPUT 719;"Calc:Marker:Offs:Zero" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command moves the offset marker to the same position as the relative marker, setting the offset value to zero.
Page 94: Calculate:marker:polar:unit:power
Command Reference CALCulate[1|2|3|4]:MARKer:POLar:UNIT:POWer command/query Specifies the marker readout units when the trace type is polar. Command Syntax: CALCulate[1|2|3|4]:MARKer:POLar:UNIT:POWer DBM|WRMS|W|V Example Statements: OUTPUT 719;":CALCULATE4:MARK:POLAR:UNIT:POW Wrms" OUTPUT 719;"calculate:mark:polar:unit:pow W" Query Syntax: CALCulate[1|2|3|4]:MARKer:POLar:UNIT:POWer? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: The numbers 1 through 4 used with the CALCulate node specify which trace (A, B, C, or D) is to...
Page 95: Calculate:marker:readout
Command Reference CALCulate[1|2|3|4]:MARKer:READout command/query Specifies marker readout type when trace type is polar. Command Syntax: CALCulate[1|2|3|4]:MARKer:READout MPHase|RIMaginary Example Statements: OUTPUT 719;"Calculate:Mark:Readout MPHASE" OUTPUT 719;"CALC:MARK:READOUT MPHASE" Query Syntax: CALCulate[1|2|3|4]:MARKer:READout? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: MPHase specifies magnitude-phase coordinates.
Page 96: Calculate:marker:search:buffer[:State]
Command Reference CALCulate[1|2|3|4]:MARKer:SEARch:BUFFer[:STATe] command/query Controls buffer search for waterfall and spectrogram displays. Command Syntax: CALCulate[1|2|3|4]:MARKer:SEARch:BUFFer[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":calc4:marker:sear:buff OFF" OUTPUT 719;"Calculate3:Mark:Search:Buff:Stat ON" Query Syntax: CALCulate[1|2|3|4]:MARKer:SEARch:BUFFer[:STATe]? Return Format: CHAR Attribute Summary: Option: AYB (Waterfall and Spectrogram Analysis) Synchronization Required: Preset State: 0 (OFF) SCPI Compliance:...
Page 97: Calculate:marker:search:left
Command Reference CALCulate[1|2|3|4]:MARKer:SEARch:LEFT command Moves the marker left from its present location to the first occurrence of the Y-axis target value. Command Syntax: CALCulate[1|2|3|4]:MARKer:SEARch:LEFT Example Statements: OUTPUT 719;"CALCULATE3:MARK:SEARCH:LEFT" OUTPUT 719;"calc:marker:sear:left" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Related Commands:...
Page 98: Calculate:marker:search:offset
Command Reference CALCulate[1|2|3|4]:MARKer:SEARch:OFFSet command Moves the regular marker to the position of the reference or offset marker. Command Syntax: CALCulate[1|2|3|4]:MARKer:SEARch:OFFSet Example Statements: OUTPUT 719;":Calc2:Mark:Search:Offs" OUTPUT 719;"CALCULATE2:MARK:SEAR:OFFSET" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Related Commands: To move the offset marker to the current position of the regular marker (also called zero the offset marker), use CALC:MARK:OFFS:ZERO.
Page 99: Calculate:marker:search:right
Command Reference CALCulate[1|2|3|4]:MARKer:SEARch:RIGHt command Moves the marker right from its present position to the first occurrence of the Y-axis target value. Command Syntax: CALCulate[1|2|3|4]:MARKer:SEARch:RIGHt Example Statements: OUTPUT 719;"calc2:marker:sear:righ" OUTPUT 719;"Calculate:Mark:Search:Righ" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Related Commands:...
Page 100: Calculate:marker:search:target
Command Reference CALCulate[1|2|3|4]:MARKer:SEARch:TARGet command/query Specifies a Y-axis target for a marker search. Command Syntax: CALCulate[1|2|3|4]:MARKer:SEARch:TARGet <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -600:600 <unit> ::= (see listing below) <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Calculate1:Mark:Search:Targ -3 dBm"...
Page 101 Command Reference CALCulate[1|2|3|4]:MARKer[:STATe] command/query Turns markers on and off. Command Syntax: CALCulate[1|2|3|4]:MARKer[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":CALC3:MARKER ON" OUTPUT 719;"calc:marker:stat ON" Query Syntax: CALCulate[1|2|3|4]:MARKer[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 1 (on) SCPI Compliance: instrument-specific Description: Turns the marker on or off for the specified trace. If no number is given in the CALC branch, “1" is assumed.
Page 102: Calculate:marker[:State]
Command Reference CALCulate[1|2|3|4]:MARKer:TRACe command/query Turns the waterfall/spectrogram trace select marker on and off. Command Syntax: CALCulate[1|2|3|4]:MARKer:TRACe OFF|0|ON|1 Example Statements: OUTPUT 719;"Calc:Marker:Trac ON" OUTPUT 719;"CALCULATE:MARK:TRAC OFF" Query Syntax: CALCulate[1|2|3|4]:MARKer:TRACe? Return Format: Integer Attribute Summary: Option: AYB (waterfall & spectrogram display) Synchronization Required: Preset State: 0 (OFF) SCPI Compliance:...
Page 103: Calculate:marker:x[:Absolute]
Command Reference CALCulate[1|2|3|4]:MARKer:X[:ABSolute] command/query Places the main marker at the specified X value. Command Syntax: CALCulate[1|2|3|4]:MARKer:X[:ABSolute] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) <unit> ::= HZ|S|CODE <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":CALCULATE4:MARK:X 7.5 MHZ" OUTPUT 719;"calc2:mark:x:abs 3.00E+006"...
Page 104: Calculate:marker:x:achannel
Command Reference CALCulate[1|2|3|4]:MARKer:X:ACHannel? query Returns the total number of active channels in a code-domain power display. Query Syntax: CALCulate[1|2|3|4]:MARKer:X:ACHannel? Example Statements: OUTPUT 719;":calculate4:mark:x:ach?" OUTPUT 719;"Calc3:Marker:X:Achannel?" Return Format: Integer Attribute Summary: Option: B73 (Wideband CDMA analysis) Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description:...
Page 105: Calculate:marker:x:cchannel
Command Reference CALCulate[1|2|3|4]:MARKer:X:CCHannel? query Returns the x-axis code-channel marker value. Query Syntax: CALCulate[1|2|3|4]:MARKer:X:CCHannel? Example Statements: OUTPUT 719;":calculate4:mark:x:cch?" OUTPUT 719;"Calc3:Marker:X:Cchannel?" Return Format: Integer Attribute Summary: Option: B73 (Wideband CDMA Analysis) Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description In code-domain power displays, the marker shows the current code layer and code channel. This command returns the code channel for the marker’s current position.
Page 106: Calculate:marker:x:clayer
Command Reference CALCulate[1|2|3|4]:MARKer:X:CLAYer? query Returns the x-axis code-layer marker value. Query Syntax: CALCulate[1|2|3|4]:MARKer:X:CLAYer? Example Statements: OUTPUT 719;"CALC:MARK:X:CLAY?" OUTPUT 719;"calculate:mark:x:clayer?" Return Format: Integer Attribute Summary: Option: B73 (Wideband CDMA Analysis) Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description In code-domain power displays, the marker shows the current code layer and code channel. This command returns the code layer for the marker’s current position.
Page 107: Calculate:marker:x:cstatus
Command Reference CALCulate[1|2|3|4]:MARKer:X:CSTatus? query Returns the marker status for code-domain power displays. Query Syntax: CALCulate[1|2|3|4]:MARKer:X:CSTatus? Example Statements: OUTPUT 719;":Calc4:Marker:X:Cst?" OUTPUT 719;"CALCULATE4:MARK:X:CST?" Return Format: Integer Attribute Summary: Option: B73 (Wideband CDMA Analysis) Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description This command is applicable only when the active trace is code-domain power.
Page 108: Calculate:marker:x:relative
Command Reference CALCulate[1|2|3|4]:MARKer:X:RELative? query Returns the X-axis offset marker value (relative to the offset marker position). Query Syntax: CALCulate[1|2|3|4]:MARKer:X:RELative? Example Statements: OUTPUT 719;"calc3:marker:x:relative?" OUTPUT 719;"Calc:Mark:X:Rel?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Related Commands: To return the absolute marker value, use CALC:MARK:Y?.
Page 109: Calculate:marker:y
Command Reference CALCulate[1|2|3|4]:MARKer:Y? query Reads the Y-axis value of the main marker. Query Syntax: CALCulate[1|2|3|4]:MARKer:Y? Example Statements: OUTPUT 719;":CALCULATE2:MARK:Y?" OUTPUT 719;"calculate2:mark:y?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command is used to read the Y-axis value of the main marker. It reads out the absolute value regardless of the offset marker state.
Page 110: Calculate:marker:y:relative
Command Reference CALCulate[1|2|3|4]:MARKer:Y:RELative? query Returns the Y-axis offset marker value (relative to the reference marker position. Query Syntax: CALCulate[1|2|3|4]:MARKer:Y:RELative? Example Statements: OUTPUT 719;"Calc:Mark:Y:Rel?" OUTPUT 719;"CALCULATE:MARK:Y:RELATIVE?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Related Commands: To return the absolute marker value, use CALC:MARK:Y?.
Page 111: Calculate:marker:z[:Absolute]
Command Reference CALCulate[1|2|3|4]:MARKer:Z[:ABSolute] command/query Specifies which trace in a waterfall or spectrogram display is being measured with the marker(s). Command Syntax: CALCulate[1|2|3|4]:MARKer:Z[:ABSolute] <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 1:(see discussion) <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"calculate2:mark:z:absolute 23"...
Page 112 Command Reference query is that of the most recent trace. If the number of traces displayed has reached the buffer depth, the value returned is the buffer depth. Related Commands: To set the buffer depth, use DISP:WIND:TRAC:BUFF. To turn on the spectrogram/waterfall trace-analysis feature, use CALC:MARK:TRAC.
Page 113: Calculate:marker:z:relative
Command Reference CALCulate[1|2|3|4]:MARKer:Z:RELative? query Returns the Z-axis marker value (in seconds) relative to the offset marker position. Query Syntax: CALCulate[1|2|3|4]:MARKer:Z:RELative? Example Statements: OUTPUT 719;":calc4:marker:z:rel?" OUTPUT 719;"Calculate4:Mark:Z:Rel?" Return Format: Real Attribute Summary: Option: AYB (Waterfall and Spectrogram Analysis) Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific...
Page 114: Calculate:marker:z:unit
Command Reference CALCulate[1|2|3|4]:MARKer:Z:UNIT command/query Sets the units for commands that query the z-axis marker in waterfall or spectrogram displays. Command Syntax: CALCulate[1|2|3|4]:MARKer:Z:UNIT S|UNITLESS Example Statements: OUTPUT 719;"CALC4:MARKER:Z:UNIT s" OUTPUT 719;"calc:mark:z:unit unitless" Query Syntax: CALCulate[1|2|3|4]:MARKer:Z:UNIT? Return Format: CHAR Attribute Summary: Option: AYB (Waterfall and Spectrogram Analysis) Synchronization Required: Preset State:...
Page 115: Calculate:math:constant
Command Reference CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5] command/query Defines a complex constant in real,imaginary form. Command Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:STEP <r>, <i> <r> ::= <number>|<bound> <i> ::= <number>|<bound> <number> ::= a real number (NRf data) limits: -3.40282e+38:3.40282e+38 <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":CALCULATE:MATH:CONSTANT2 -2560, 19.84" OUTPUT 719;"calc:math:cons3 7.53334e6, 2.45e3"...
Page 116: Calculate:math:constant:imag
Command Reference CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:IMAG command/query Defines the imaginary part of a math constant. Command Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:IMAG <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282e+38:3.40282e+38 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":CALCULATE:MATH:CONSTANT2:IMAG -256" OUTPUT 719;"calc:math:cons:imag 7.53334e6" Query Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:IMAG? Return Format:...
Page 117: Calculate:math:constant:mag
Command Reference CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:MAG command/query Defines the magnitude value of a complex math constant. Command Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:MAG <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0.0:3.40282e+38 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":CALCULATE:MATH:CONSTANT2:MAG 256" OUTPUT 719;"calc:math:cons:mag 7.53334e6"...
Page 118: Calculate:math:constant:phase
Command Reference CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:PHASe command/query Defines the phase value of a complex math constant. Command Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:PHASe <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282e+38:3.40282e+38 <unit> ::= DEG|RAD <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":CALCULATE:MATH:CONSTANT2:PHASE -2.56e3"...
Page 119: Calculate:math:constant:real
Command Reference CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:REAL command/query Defines the real part of a math constant. Command Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:REAL <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282e+38:3.40282e+38 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":CALCULATE:MATH:CONSTANT2:REAL -2560" OUTPUT 719;"calc:math:cons:real 7.53334e6" Query Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:REAL? Return Format:...
Page 120: Calculate:math:constant:step
Command Reference CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:STEP command/query Specifies the step size used to change math constant values with the UP|DOWN parameters. Command Syntax: CALCulate[1|2|3|4]:MATH:CONStant[1|2|3|4|5]:STEP <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282e+38:3.40282e+38 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":CALCULATE:MATH:CONSTANT2:STEP -256"...
Page 121: Calculate:math[:Expression]
Command Reference CALCulate[1|2|3|4]:MATH[:EXPRession[1|2|...|6]] command/query Defines math functions. Command Syntax: CALCulate[1|2|3|4]:MATH[:EXPRession[1|2|...|6]] <EXPR> Example Statements: OUTPUT 719;"CALCULATE:MATH:EXPR2 (SPEC2/D2)" OUTPUT 719;"calc4:math:expr (ACORR1-K1)" OUTPUT 719;"calc:math:expr3 (MEASTIME1_XC_D1)" Query Syntax: CALCulate[1|2|3|4]:MATH[:EXPRession[1|2|...|6]]? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not affected by preset SCPI Compliance: instrument-specific Description: The numbers in the calculate node have no effect on this command.
Page 122: Calculate:math:select
Command Reference CALCulate[1|2|3|4]:MATH:SELect command/query Specifies a user-defined math function to be displayed on the specified trace. Command Syntax: CALCulate[1|2|3|4]:MATH:SELect F1|F2|F3|F4|F5|F6 Example Statements: OUTPUT 719;":Calculate:Math:Sel F5" OUTPUT 719;"CALCULATE3:MATH:SELECT F2" Query Syntax: CALCulate[1|2|3|4]:MATH:SELect? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: trace 1 is F1, 2 is F2, 3 is F3, 4 is F4 SCPI Compliance: instrument-specific...
Page 123: Calculate:math:state
Command Reference CALCulate[1|2|3|4]:MATH:STATe command/query Turns math on or off. Command Syntax: CALCulate[1|2|3|4]:MATH:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"calc3:math:state ON" OUTPUT 719;"Calc:Math:Stat OFF" Query Syntax: CALCulate[1|2|3|4]:MATH:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: When math is turned on, the selected math function (CALC:MATH:SEL) is displayed for the specified trace (1, 2, 3, or 4).
Page 124: Calculate:state
Command Reference CALCulate[1|2|3|4]:STATe command/query Turns postprocessing calculations on and off. Command Syntax: CALCulate[1|2|3|4]:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;":CALC:STATE ON" OUTPUT 719;"calc:state ON" Query Syntax: CALCulate[1|2|3|4]:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: ON (all traces) SCPI Compliance: confirmed Description: When calculation is off, data postprocessing is not computed or displayed for the trace.
Page 125: Calculate:unit:am
Command Reference CALCulate[1|2|3|4]:UNIT:AM command/query Specifies the default y-axis units for amplitude-modulated measurements. Command Syntax: CALCulate[1|2|3|4]:UNIT:AM <unit> <unit> ::= (see units list below) Example Statements: OUTPUT 719;"Calc:Unit:Am dBamrms2" OUTPUT 719;"CALC:UNIT:AM amrms2/Hz" Query Syntax: CALCulate[1|2|3|4]:UNIT:AM? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific...
Page 126: Calculate:unit:angle
Command Reference CALCulate[1|2|3|4]:UNIT:ANGLe command/query Specifies the y-axis units for phase-angle data format and phase deviation for PM demodulation. Command Syntax: CALCulate[1|2|3|4]:UNIT:ANGLe <unit> <unit> ::= (see units list below) Example Statements: OUTPUT 719;"Calc3:Unit:Angle deg" OUTPUT 719;"CALC:UNIT:ANGL rad" Query Syntax: CALCulate[1|2|3|4]:UNIT:ANGLe? Return Format: CHAR Attribute Summary: Synchronization Required:...
Page 127: Calculate:unit:frequency
Command Reference CALCulate[1|2|3|4]:UNIT:FREQuency command/query Specifies the default y-axis units for frequency measurements. Command Syntax: CALCulate[1|2|3|4]:UNIT:FREQuency <unit> <unit> ::= (see units list below) Example Statements: OUTPUT 719;":calc4:unit:freq Hzpk" OUTPUT 719;"Calculate4:Unit:Freq dBHzpk2" Query Syntax: CALCulate[1|2|3|4]:UNIT:FREQuency? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific...
Page 128: Calculate:unit:power
Command Reference CALCulate[1|2|3|4]:UNIT:POWer command/query Specifies the default y-axis units for power measurements. Command Syntax: CALCulate[1|2|3|4]:UNIT:POWer <unit> <unit> ::= (see units list below) Example Statements: OUTPUT 719;"CALCULATE:UNIT:POWER Vrms2" OUTPUT 719;"calc:unit:power Wrms" Query Syntax: CALCulate[1|2|3|4]:UNIT:POWer? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: (see table in discussion) SCPI Compliance:...
Page 129: Calculate:unit:time
Command Reference CALCulate[1|2|3|4]:UNIT:TIME command/query Specifies the default y-axis units for time measurements. Command Syntax: CALCulate[1|2|3|4]:UNIT:TIME S Example Statements: OUTPUT 719;":Calc2:Unit:Time S" OUTPUT 719;"CALC3:UNIT:TIME S" Query Syntax: CALCulate[1|2|3|4]:UNIT:TIME? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: S (seconds) SCPI Compliance: instrument-specific Description: The UNIT subsystem is used to change default parameter units.
Page 130: Calculate:uphase:creference
Command Reference CALCulate[1|2|3|4]:UPHase:CREFerence command/query Specifies the x-axis value about which the phase values are to be unwrapped. Command Syntax: CALCulate[1|2|3|4]:UPHase:CREFerence <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0.0:3.40282347E+38 <unit> ::= HZ|S|CODE <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":calculate2:uph:cref 5E-6 HZ"...
Page 131: Calculate:uphase:offset
Command Reference CALCulate[1|2|3|4]:UPHase:OFFSet command/query Specifies a phase offset to be applied to all unwrapped phase values. Command Syntax: CALCulate[1|2|3|4]:UPHase:OFFSet <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (range depends on configuration) <unit> ::= DEG|RAD <step> ::= UP|DOWN <bound>...
Page 132: Calculate:x:unit:code
Command Reference CALCulate[1|2|3|4]:X:UNIT:CODE command/query Specifies the default x-axis units when the x axis is the code domain. Command Syntax: CALCulate[1|2|3|4]:X:UNIT:CODE CODE Example Statements: OUTPUT 719;":CALC4:X:UNIT:CODE Code" OUTPUT 719;"calculate4:x:unit:code Code" Query Syntax: CALCulate[1|2|3|4]:X:UNIT:CODE? Return Format: CHAR Attribute Summary: Option: B73 (Wideband CDMA Analysis) Synchronization Required: Preset State: CODE...
Page 133: Calculate:x:unit:frequency
Command Reference CALCulate[1|2|3|4]:X:UNIT:FREQuency command/query Specifies the default x-axis units when the x axis is the frequency domain. Command Syntax: CALCulate[1|2|3|4]:X:UNIT:FREQuency HZ Example Statements: OUTPUT 719;"Calc4:X:Unit:Freq Hz" OUTPUT 719;"CALCULATE:X:UNIT:FREQ Hz" Query Syntax: CALCulate[1|2|3|4]:X:UNIT:FREQuency? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description:...
Page 134: Calculate:x:unit:pow
Command Reference CALCulate[1|2|3|4]:X:UNIT:POW command/query Specifies the default x-axis units when the x axis is the code domain. Command Syntax: CALCulate[1|2|3|4]:X:UNIT:POW DB Example Statements: OUTPUT 719;":calc4:x:unit:pow Db" OUTPUT 719;"Calc2:X:Unit:Pow Db" Query Syntax: CALCulate[1|2|3|4]:X:UNIT:POW? Return Format: CHAR Attribute Summary: Option: B73 (Wideband CDMA Analysis) Synchronization Required: Preset State: CODE...
Page 135: Calculate:x:unit:time
Command Reference CALCulate[1|2|3|4]:X:UNIT:TIME command/query Specifies the default x-axis units when the x axis is the time domain. Command Syntax: CALCulate[1|2|3|4]:X:UNIT:TIME S|SYM|SLOT Example Statements: OUTPUT 719;"CALCULATE4:X:UNIT:TIME s" OUTPUT 719;"calc:x:unit:time sym" Query Syntax: CALCulate[1|2|3|4]:X:UNIT:TIME? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description:...
Page 136: Calibration:auto
Command Reference CALibration:AUTO command/query Enable or disable the analyzer’s autocalibration function or perform a single calibration. Command Syntax: CALibration:AUTO OFF|0|ON|1|ONCE Example Statements: OUTPUT 719;":Calibration:Auto OFF" OUTPUT 719;"CALIBRATION:AUTO OFF" Query Syntax: CALibration:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by preset SCPI Compliance: instrument-specific...
Page 137: Calibration:zero:auto
Command Reference CALibration:ZERO:AUTO command/query Controls the auto-zero calibration function. Command Syntax: CALibration:ZERO:AUTO OFF|0|ON|1|ONCE Example Statements: OUTPUT 719;"cal:zero:auto ON" OUTPUT 719;"Calibration:Zero:Auto OFF" Query Syntax: CALibration:ZERO:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: Auto zero corrects for residual DC in the input amplifiers. If zeroing is not performed, the DC value adds to the input signal giving incorrect measurement values and (worst case) may become large enough to cause ADC overloads or incorrect triggering.
Page 138 Command Reference CONTinue command Continue a paused measurement. Command Syntax: CONTinue Example Statements: OUTPUT 719;":CONTINUE" OUTPUT 719;"cont" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Characteristics: Continues a paused measurement. Continues a completed averaged measurement allowing an additional N (number of) averages (measurement scans) to be acquired.
Page 139: Display:annotation[:All]
Command Reference DISPlay:ANNotation[:ALL] command/query Turns display annotation on and off. Command Syntax: DISPlay:ANNotation[:ALL] OFF|0|ON|1 Example Statements: OUTPUT 719;"Display:Ann:All ON" OUTPUT 719;"DISPLAY:ANN OFF" Query Syntax: DISPlay:ANNotation[:ALL]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: +1 (ON) SCPI Compliance: confirmed Description: When display annotation is off, no frequency/time (below grid) or marker (above grid) annotation is displayed;...
Page 140: Display:brightness
Command Reference DISPlay:BRIGhtness command/query Specifies the display brightness. Command Syntax: DISPlay:BRIGhtness {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 20:100 <unit> ::= [PCT] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":display:brig 40.8674" OUTPUT 719;"Disp:Brightness 44.2263" Query Syntax: DISPlay:BRIGhtness? Return Format: Real...
Page 141: Display:cmap:color:hsl
Command Reference DISPlay:CMAP:COLor[1|2|...|256]:HSL command/query Specifies the hue, saturation, and luminosity of the colors. Command Syntax: DISPlay:CMAP:COLor:HSL [1|2|...|256] <hue>, <sat>, <lum> <hue> ::= <number>|<step>|<bound> <sat> ::= <number>|<step>|<bound> <lum> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0.0:1.0 <step> ::= UP|DOWN <bound>...
Page 142: Display:cmap:default
Command Reference DISPlay:CMAP:DEFault command Returns all color settings to their default settings. Command Syntax: DISPlay:CMAP:DEFault Example Statements: OUTPUT 719;"DISP:CMAP:DEF" OUTPUT 719;"disp:cmap:def" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: The display color map is loaded with predefined color definitions.
Page 143: Display:enable
Command Reference DISPlay:ENABle command/query Turns the display on and off. Command Syntax: DISPlay:ENABle OFF|0|ON|1 Example Statements: OUTPUT 719;":Display:Enab ON" OUTPUT 719;"DISP:ENABLE OFF" Query Syntax: DISPlay:ENABle? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: +1 (ON) SCPI Compliance: confirmed Description: The message ‘’Display Blanking On’’...
Page 144: Display:format
Command Reference DISPlay:FORMat command/query Specifies the number of grids on which to display traces. Command Syntax: DISPlay:FORMat SINGle|TWO|FOUR|QUAD Example Statements: OUTPUT 719;"disp:format FOUR" OUTPUT 719;"Disp:Form TWO" Query Syntax: DISPlay:FORMat? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SING SCPI Compliance: instrument-specific Description: When more than one grid is turned on, the same number of traces are also turned on.
Page 145: Display:mfunction
Command Reference DISPlay:MFUNction command/query Turns display of the math function definitions on and off. Command Syntax: DISPlay:MFUNction OFF|0|ON|1 Example Statements: OUTPUT 719;":DISPLAY:MFUN ON" OUTPUT 719;"display:mfun ON" Query Syntax: DISPlay:MFUNction? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific...
Page 146: Display:program[:Mode]
OUTPUT 719;"DISPLAY:PROG LOWER" Query Syntax: DISPlay:PROGram[:MODE]? Return Format: CHAR Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: SCPI Compliance: confirmed Description: FULL allocates the entire trace box for program output. UPP allocates the upper trace box.
Page 147: Display:tcapture:envelope
Command Reference DISPlay:TCAPture:ENVelope command/query Turns the time capture envelope (detector) function on/off. Command Syntax: DISPlay:TCAPture:ENVelope OFF|0|ON|1 Example Statements: OUTPUT 719;":disp:tcapture:env ON" OUTPUT 719;"Display:Tcap:Env OFF" Query Syntax: DISPlay:TCAPture:ENVelope? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 1 (ON) SCPI Compliance: instrument-specific Description: The time capture buffer usually holds many more points than can be displayed simultaneously...
Page 148: Display[:Window]:Active
Command Reference DISPlay[:WINDow[1|2|3|4]]:ACTive command/query Controls active state of the four traces. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:ACTive OFF|0|ON|1|ONCE Example Statements: OUTPUT 719;"DISPLAY:WIND4:ACTIVE OFF" OUTPUT 719;"disp:act ON" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:ACTive? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 1 ON; 2, 3, and 4 OFF SCPI Compliance: instrument-specific Description:...
Page 149: Display[:Window]:Spectrogram:colors
Command Reference DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:COLors command/query Specifies the number of colors in the spectrogram display. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:COLors <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 2:64 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Display:Spec:Colors 20" OUTPUT 719;"DISP:WIND2:SPECTROGRAM:COL 43"...
Page 150: Display[:Window]:Spectrogram:enhance
Command Reference DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:ENHance command/query Specifies the color mapping for image enhancement purposes. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:ENHance <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:100 <unit> ::= PCT <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"display:wind3:spec:enhance 71" OUTPUT 719;"Disp:Spectrogram:Enh 56"...
Page 151: Display[:Window]:Spectrogram:map
Command Reference DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:MAP command/query Specifies the color map for all active spectrogram displays. Command Syntax: DISPlay[:WINDow]:SPECtrogram:MAP <param> <param> ::= COLor|RCOLor|GREY|RGRey|MAP1|MAP2 Example Statements: OUTPUT 719;":DISP:SPECTROGRAM:MAP MAP1" OUTPUT 719;"display:wind:spec:map GREY" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:MAP? Return Format: CHAR Attribute Summary: Option: AYB (waterfall & spectrogram display) Synchronization Required: Preset State: not affected by Preset...
Page 152: Display[:Window]:Spectrogram[:State]
Command Reference DISPlay[:WINDow[1|2|3|4]]:SPECtrogram[:STATe] command/query Turns spectrogram display on or off. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:SPECtrogram[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"Disp:Window3:Spec:Stat ON" OUTPUT 719;"DISPLAY:SPEC ON" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:SPECtrogram[:STATe]? Return Format: Integer Attribute Summary: Option: AYB (waterfall & spectrogram display) Synchronization Required: Preset State: 0 (off) SCPI Compliance: instrument-specific...
Page 153: Display[:Window]:Spectrogram:threshold
Command Reference DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:THReshold command/query Sets the threshold for all active spectrogram displays. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:SPECtrogram:THReshold <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:100 <unit> ::= PCT <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":display:spec:thr 18" OUTPUT 719;"Display:Wind4:Spectrogram:Thr 94"...
Page 154: Display[:Window]:Trace:buffer
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:BUFFer command/query Specifies the number of waterfall/spectrogram traces stored in memory. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:BUFFer <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:(see discussion) <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"DISP:WINDOW:TRAC:BUFFER 0" OUTPUT 719;"disp:trac:buffer 0"...
Page 155: Display[:Window]:Trace:dcarrier
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:DCARrier command/query Turns the demodulate-carrier function on/off. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:DCARrier OFF|0|ON|1 Example Statements: OUTPUT 719;":Disp:Trace:Dcar OFF" OUTPUT 719;"DISP:WINDOW:TRAC:DCARRIER ON" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:DCARrier? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific Description: For a description of this function, see Help Text under the Help hardkey.
Page 156: Display[:Window]:Trace:eye:count
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:EYE:COUNt command/query Specifies the length of the eye and trellis diagrams. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:EYE:COUNt <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0.1:40 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"disp:wind4:trace:eye:count 35" OUTPUT 719;"Disp:Trac:Eye:Coun 30" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:EYE:COUNt? Return Format:...
Page 157: Display[:Window]:Trace:graticule:grid[:State]
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:GRATicule:GRID[:STATe] command/query Turns the trace grids on or off. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:GRATicule:GRID[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":DISPLAY:TRAC:GRAT:GRID OFF" OUTPUT 719;"disp:window3:trac:grat:grid:stat ON" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:GRATicule:GRID[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: +1 (ON) SCPI Compliance: confirmed Description: When grids are off they are neither displayed nor plotted.
Page 158: Display[:Window]:Trace:indicator
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:INDicator command/query Determines the character used to identify ideal states in a vector diagram when Digital Demodulation is selected. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:INDicator CROSs|CIRCle Example Statements: OUTPUT 719;"Display:Wind2:Trac:Indicator CIRCLE" OUTPUT 719;"DISP:TRACE:IND CROSS" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:INDicator? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required:...
Page 159: Display[:Window]:Trace:indicator:size
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:INDicator:SIZE command/query Determines the size, as a percentage of EVM, of ideal states in vector diagrams. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:INDicator:SIZE {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 0.1:50 <unit> ::= [PCT] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":disp:trace:ind:size 6"...
Page 160: Display[:Window]:Trace:info
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:INFO command/query Specifies user-defined alphanumeric content for trace information. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:INFO <STRING> Example Statements: OUTPUT 719;":Disp:Trac:Info ‘Prototype 11, platform A7, test 53’" OUTPUT 719;"DISP:WINDOW4:TRAC:INFO ‘3rd IF, repeater site 4’" OUTPUT 719;"DISP:WINDOW4:TRAC:INFO ‘’" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:INFO? Return Format: STRING Attribute Summary: Synchronization Required:...
Page 161: Display[:Window]:Trace:label
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel? query Returns the current trace title.DISPlay[[:WINDow]]:TRACe:LABel?[display:window:trace:label?] Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel? Example Statements: OUTPUT 719;"DISP:WIND2:TRACE:LAB?" OUTPUT 719;"display:trac:lab?" Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: If the default trace title is ON, this query returns the default trace title. If the default trace title is OFF, this query returns the user-defined trace title.
Page 162: Display[:Window]:Trace:label:auto
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel:AUTO command/query Switches between displaying the default trace title and a user-defined trace title. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel:AUTO OFF|0|ON|1 Example Statements: OUTPUT 719;":Display:Trac:Label:Auto OFF" OUTPUT 719;"DISP:WINDOW:TRAC:LABEL:AUTO ON" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific...
Page 163: Display[:Window]:Trace:label:user
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel:USER command/query Specifies the alphanumeric content of a user-defined display title. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel:USER <STRING> Example Statements: OUTPUT 719;"Disp:Window2:Trac:Lab:User ‘Phase Noise’" OUTPUT 719;"DISP:TRAC:LAB:USER ‘Friday Data’" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:LABel:USER? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description:...
Page 164: Display[:Window]:Trace[:State]
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe[:STATe] command/query Turns specific traces on and off. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"disp:window:trac:state ON" OUTPUT 719;"Disp:Trac OFF" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 1 is ON; 2, 3, 4, are OFF SCPI Compliance: confirmed Description:...
Page 165: Display[:Window]:Trace:symbol
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:SYMBol command/query Specifies the use of either dots or bars to indicate symbol points on a time-domain display. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:SYMBol DOTS|BARS|OFF|0 Example Statements: OUTPUT 719;":DISPLAY:TRAC:SYMBOL OFF" OUTPUT 719;"disp:wind:trace:symb DOTS" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:SYMBol? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required:...
Page 166: Display[:Window]:Trace:symbol:format
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:SYMBol:FORMat command/query Determines the data format (hexadecimal or binary ) for symbol tables. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:SYMBol:FORMat BIN|HEX Example Statements: OUTPUT 719;"Display:Wind3:Trac:Symbol:Form HEX" OUTPUT 719;"DISPLAY:TRAC:SYMB:FORMAT BIN" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:SYMBol:FORMat? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: BINary SCPI Compliance: instrument-specific Description:...
Page 167: Display[:Window]:Trace:x[:Scale]:Auto
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:AUTO command/query Controls automatic scaling of the X-axis. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:AUTO OFF|0|ON|1|ONCE Example Statements: OUTPUT 719;":disp:trace:x:auto OFF" OUTPUT 719;"Display:Wind2:Trace:X:Scal:Auto ONCE" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 1 (ON) SCPI Compliance: confirmed Description: X-axis autoscaling is similar to Y-axis scaling if you understand that the conventional method of displaying measurement information maps the first measurement data to the left-most X-axis value and the last measurement data to the right-most X-axis value.
Page 168: Display[:Window]:Trace:x[:Scale]:Left
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:LEFT command/query Specifies the first X-axis value on the display. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:LEFT <param> <param> ::= <number>[<unit>]|<bound> <number> ::= a real number (NRf data) limits: -3.40282347E+38:3.40282347E+38 <unit> ::= Hz|s|Code <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DISP:WIND4:TRACE:X:LEFT 10us; RIGH 15us" OUTPUT 719;"disp:trace:x:scale:left 2.5025 MHz;...
Page 169: Display[:Window]:Trace:x[:Scale]:Right
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:RIGHt command/query Specifies the last X-axis value on the display. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:RIGHt <param> ::= <number>[<unit>]|<bound> <number> ::= a real number (NRf data) limits: -3.40282347E+38:3.40282347E+38 <unit> ::= Hz|s|Code <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DISP:WIND4:TRACE:X:LEFT 10us; RIGH 15us" OUTPUT 719;"disp:trace:x:scale:left 2.5025 MHz;...
Page 170: Display[:Window]:Trace:x[:Scale]:Rlevel
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:RLEVel command/query Specifies the reference level value for the X axis or returns current setting. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:RLEVel <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: depends on configuration <unit> ::= (see listing below) <step>...
Page 171: Display[:Window]:Trace:x[:Scale]:Spacing
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:SPACing command/query Specifies the frequency axis of the active display to be either a linear or logarithmic format. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:SPACing LIN|LOG Example Statements: OUTPUT 719;":Disp:Trace:X:Spac LINEAR" OUTPUT 719;"DISPLAY:WIND:TRACE:X:SCAL:SPACING LINEAR" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:X[:SCALe]:SPACing? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance:...
Page 172: Display[:Window]:Trace:y:rline
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:Y:RLINe command/query Turns the reference line on and off. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y:RLINe OFF|0|ON|1 Example Statements: OUTPUT 719;"disp:window2:trac:y:rline ON" OUTPUT 719;"Disp:Trace:Y:Rlin OFF" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y:RLINe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: confirmed Description: The Window node is default (use is optional).
Page 173: Display[:Window]:Trace:y[:Scale]:Auto
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:AUTO command/query Performs a single, Y-axis autoscale on the specified trace. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:AUTO OFF|0|ONCE Example Statements: OUTPUT 719;":DISPLAY:TRAC:Y:AUTO OFF" OUTPUT 719;"disp:window3:trac:y:scal:auto OFF" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: confirmed Description: The Window node is default (use is optional).
Page 174: Display[:Window]:Trace:y[:Scale]:Pdivision
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:PDIVision command/query Specifies the vertical scale value per division for the specified trace. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:PDIVision <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:3.40282347E+38 <unit> ::= (see listing below) <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Display:Wind3:Trace:Y:Scal:Pdivision 0"...
Page 175: Display[:Window]:Trace:y[:Scale]:Rlevel
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:RLEVel command/query Specifies the reference level value for the Y axis or returns current setting. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRAce:Y[:SCALe]:RLEVel <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.40282347E+38:+3.40282347E+38 <unit> ::= (see listing below) <step> ::= UP|DOWN <bound>...
Page 176: Display[:Window]:Trace:y[:Scale]:Rlevel:auto
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:RLEVel:AUTO command/query Controls whether the reference level tracks the input range value. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:RLEVel:AUTO OFF|0|ON|1 Example Statements: OUTPUT 719;":display:trac:y:rlev:auto OFF" OUTPUT 719;"Display:Wind:Trace:Y:Scal:Rlevel:Auto OFF" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:RLEVel:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 1 (ON) SCPI Compliance: confirmed Description:...
Page 177: Display[:Window]:Trace:y[:Scale]:Rposition
Command Reference DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:RPOSition command/query Specifies the position of the reference line. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:TRACe:Y[:SCALe]:RPOSition <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:100 <unit> ::= PCT <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DISPLAY:WIND2:TRACE:Y:RPOS 66" OUTPUT 719;"display:wind1:trace:y:scale:rposition 100 pct"...
Page 178: Display[:Window]:Waterfall:azimuth
Command Reference DISPlay[:WINDow[1|2|3|4]]:WATerfall:AZIMuth command/query Specifies the Z-axis skew for all active waterfall traces. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:AZIMuth <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -99:99 <unit> ::= PIXEL <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"DISPLAY:WIND2:WAT:AZIMUTH -16"...
Page 179: Display[:Window]:Waterfall:bline[:State]
Command Reference DISPlay[:WINDow[1|2|3|4]]:WATerfall:BLINe[:STATe] command/query Turns waterfall display baseline on/off. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:BLINe[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":Disp:Waterfall:Blin OFF" OUTPUT 719;"DISPLAY:WIND:WAT:BLINE:STAT ON" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:BLINe[:STATe]? Return Format: Integer Attribute Summary: Option: AYB (waterfall & spectrogram display) Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description:...
Page 180: Display[:Window]:Waterfall:elevation
Command Reference DISPlay[:WINDow[1|2|3|4]]:WATerfall:ELEVation command/query Specifies the number of pixels between traces (vertically) in the waterfall dislay. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:ELEVation <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:(see discussion) <unit> ::= PIXEL <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"display:wind3:wat:elevation 0"...
Page 181: Display[:Window]:Waterfall:height
Command Reference DISPlay[:WINDow[1|2|3|4]]:WATerfall:HEIGht command/query Specifies the vertical height (in pixels) of all active waterfall traces. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:HEIGht <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 1:(see discussion) <unit> ::= PIXEL <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DISP:WATERFALL:HEIG 0"...
Page 182: Display[:Window]:Waterfall:hline[:State]
Command Reference DISPlay[:WINDow[1|2|3|4]]:WATerfall:HLINe[:STATe] command/query Turns waterfall hidden lines on/off. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:HLINe[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"Disp:Window4:Wat:Hlin:State OFF" OUTPUT 719;"DISP:WATERFALL:HLIN ON" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:HLINe[:STATe]? Return Format: Integer Attribute Summary: Option: AYB (waterfall & spectrogram display) Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description:...
Page 183: Display[:Window]:Waterfall[:State]
Command Reference DISPlay[:WINDow[1|2|3|4]]:WATerfall[:STATe] command/query Turns waterfall display on/off for active traces. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":disp:waterfall OFF" OUTPUT 719;"Disp:Window:Wat:Stat OFF" Query Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall[:STATe]? Return Format: Integer Attribute Summary: Option: AYB (waterfall & spectrogram display) Synchronization Required: Preset State: 0 (off) SCPI Compliance: instrument-specific...
Page 184: Display[:Window]:Waterfall:threshold
Command Reference DISPlay[:WINDow[1|2|3|4]]:WATerfall:THReshold command/query Sets the threshold for all active waterfall displays. Command Syntax: DISPlay[:WINDow[1|2|3|4]]:WATerfall:THReshold <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:100 <unit> ::= PCT <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"DISPLAY:WIND2:WATERFALL:THR 21" OUTPUT 719;"disp:waterfall:thr 63"...
Page 185: Format[:Data]
Command Reference FORMat[:DATA] command/query Specifies the format (ASCii or REAL) for block data transferred across the GPIB. Command Syntax: FORMat[:DATA] (ASCii|REAL) [, <number>|<bound>] <number> ::= a real number (NRf data) limits: ASCii: 3:15 REAL: 32|64 Example Statements: OUTPUT 719;":FORMAT ASC, 8" OUTPUT 719;"form:data REAL, 64"...
Page 186: Hcopy:abort
Command Reference HCOPy:ABORt command Aborts a plot or print operation. Command Syntax: HCOPy:ABORt Example Statements: OUTPUT 719;":Hcopy:Abor" OUTPUT 719;"HCOP:ABORT" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed...
Page 187: Hcopy:data
Command Reference HCOPy:DATA? query Queries the plot data which is returned in an indefinite length data block. Query Syntax: HCOPy:DATA? Example Statements: OUTPUT 719;"hcop:data?" OUTPUT 719;"Hcop:Data?" Return Format: DEF_USER Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific...
Page 188: Hcopy:destination
Command Reference HCOPy:DESTination command/query Selects the I/O port for hard copy output. Command Syntax: HCOPy:DESTination <CMDSTR> <CMDSTR> ::= ‘SYST:COMM:GPIB’ ‘SYST:COMM:SER1’ ‘SYST:COMM:SER2’ ‘SYST:COMM:CENT’ ‘MMEM’ Example Statements: OUTPUT 719;":hcop:destination ‘syst:comm:gpib’" OUTPUT 719;"Hcop:Dest ‘syst:comm:cent’" Query Syntax: HCOPy:DESTination? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not affected by preset SCPI Compliance:...
Page 189: Hcopy:device:cmap:default
Command Reference HCOPy:DEVice:CMAP:DEFault command Specifies that default values be used for the plotter pen assignments. Command Syntax: HCOPy:DEVice:CMAP:DEFault Example Statements: OUTPUT 719;":HCOPY:DEV:CMAP:DEF" OUTPUT 719;"hcop:device:cmap:default" Attribute Summary: Synchronization Required: Preset State: (see discussion) SCPI Compliance: confirmed Description: The default plotter pen assignments are: text grid marker1...
Page 190: Hcopy:device:color
Command Reference HCOPy:DEVice:COLor command/query Controls color (on/off) for TIFF output over the GPIB. Command Syntax: HCOPy:DEVice:COLor OFF|0|ON|1 Example Statements: OUTPUT 719;"Hcop:Dev:Color OFF" OUTPUT 719;"HCOP:DEVICE:COL ON" Query Syntax: HCOPy:DEVice:COLor? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 1 (on) SCPI Compliance: instrument-specific Description: ON specifies color for TIFF files.
Page 191: Hcopy:device:language
Command Reference HCOPy:DEVice:LANGuage command/query Selects type of output from the hard copy output. Command Syntax: HCOPy:DEVice:LANGuage PCL|HPGL|PHPGl|TIFF Example Statements: OUTPUT 719;":hcop:device:lang PCL" OUTPUT 719;"Hcopy:Dev:Lang HPGL" Query Syntax: HCOPy:DEVice:LANGuage? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: HPGL SCPI Compliance: confirmed Description: PCL is the language used by Hewlett-Packard LaserJet printers.
Page 192: Hcopy:device:resolution
Command Reference HCOPy:DEVice:RESolution command/query Specifies dots per inch for screen dumps to PCL printers. Command Syntax: HCOPy:DEVice:RESolution <number>|<bound> <number> ::= a real number (NRf data) limits: 0:600 <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Hcop:Device:Res 150" OUTPUT 719;"HCOPY:DEV:RES 300" Query Syntax: HCOPy:DEVice:RESolution? Return Format: Real...
Page 193: Hcopy:device:speed
Command Reference HCOPy:DEVice:SPEed command/query Specifies the pen-movement speed (cm/s) for plot operations initiated by the analyzer. Command Syntax: HCOPy:PLOT:SPEed <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:100 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Hcop:Dev:Spe 50" OUTPUT 719;"HCOP:DEVICE:SPE 10"...
Page 194: Hcopy[:Immediate]
Command Reference HCOPy[:IMMediate] command Plots or prints the entire screen. Command Syntax: HCOPy[:IMMediate] Example Statements: OUTPUT 719;"HCOPY:IMM" OUTPUT 719;"hcopy" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: The entire screen is output to the port defined by HCOP:DEST using the language defined by HCOP:DEV:LANG.
Page 195: Hcopy:item:all[:Immediate]
Command Reference HCOPy:ITEM:ALL[:IMMediate] command Plots or prints the entire screen. Command Syntax: HCOPy:ITEM:ALL[:IMMediate] Example Statements: OUTPUT 719;":Hcop:Item:All" OUTPUT 719;"HCOP:ITEM:ALL:IMM" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: The entire screen is output to the port defined by HCOP:DEST using the language defined by HCOP:DEV:LANG.
Page 196: Hcopy:item:annotation:color
Command Reference HCOPy:ITEM:ANNotation:COLor command/query Specifies the pen used to plot miscellaneous annotations. Command Syntax: HCOPy:ITEM:ANNotation:COLOR <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:16 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"hcop:item:annotation:colo 3" OUTPUT 719;":HCOP:ITEM:ANN:COLOR 15" Query Syntax: HCOPy:ITEM:ANNotation:COLor? Return Format: Integer...
Page 197: Hcopy:item:ffeed:state
Command Reference HCOPy:ITEM:FFEed:STATe command/query Specifies a (plotter) eject or (printer) form feed after the operation is complete. Command Syntax: HCOPy:ITEM:FFEed:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"hcopy:item:ffeed:stat OFF" OUTPUT 719;"Hcop:Item:Ffe:State ON" Query Syntax: HCOPy:ITEM:FFEed:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description:...
Page 198: Hcopy:item:tdstamp:cformat
Command Reference HCOPy:ITEM:TDSTamp:CFORmat command/query Specifies the clock format (12 or 24-hour) for the time/date stamp. Command Syntax: HCOPy:ITEM:TDSTamp:CFORmat HR12|HR24 Example Statements: OUTPUT 719;":HCOP:ITEM:TDSTAMP:CFOR HR24" OUTPUT 719;"hcopy:item:tdst:cformat HR12" Query Syntax: HCOPy:ITEM:TDSTamp:CFORmat? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: not affected by preset SCPI Compliance: instrument-specific...
Page 199: Hcopy:item:tdstamp:format
Command Reference HCOPy:ITEM:TDSTamp:FORMat command/query Specifies the year-month-day format for the time/date stamp. Command Syntax: HCOPy:ITEM:TDSTamp:FORMat <param> <param> ::= FORMat1|FORMat2|FORMat3|FORMat4|FORMat5|FORMat6 Example Statements: OUTPUT 719;"Hcop:Item:Tdst:Form FORMAT6" OUTPUT 719;"HCOPY:ITEM:TDSTAMP:FORM FORMAT5" Query Syntax: HCOPy:ITEM:TDSTamp:FORMat? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: FORM4 SCPI Compliance: instrument-specific Description:...
Page 200: Hcopy:item:tdstamp:state
Command Reference HCOPy:ITEM:TDSTamp:STATe command/query Turns time/date stamp on or off for print and plot operations. Command Syntax: HCOPy:ITEM:TDSTamp:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;":HCOP:ITEM:TDSTAMP:STATE OFF" OUTPUT 719;"hcop:item:tdst:stat on" Query Syntax: HCOPy:ITEM:TDSTamp:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: When the time stamp is on, time and date information is printed with the screen data.
Page 201: Hcopy:item[:Window]:Trace:color
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:COLor command/query Specifies the pen used to plot the selected trace and annotation. Command Syntax: HCOPy:ITEM:[WINDOW[1|2|3|4]]:TRACE:COLOR <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:16 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"hcop:item:window1:trac:color 20" OUTPUT 719;"HCOPY:ITEM:WINDOW4:TRACE:COLOR 4"...
Page 202: Hcopy:item[:Window]:Trace:graticule:color
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:GRATicule:COLor command/query Specifies the pen used to plot the trace graticule. Command Syntax: HCOPy:ITEM[:WINDOW[1|2|3|4]]:TRACe:GRATicule:COLor <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:16 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Hcopy:Item:Trace:Grat:Color 1" OUTPUT 719;"HCOP:ITEM:WIND3:TRAC:GRAT:COL 12"...
Page 203: Hcopy:item[:Window]:Trace:graticule[:Immediate]
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:GRATicule[:IMMediate] command Plots or prints the graticule, only. Command Syntax: HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:GRATicule[:IMMediate] Example Statements: OUTPUT 719;":hcop:item:trac:graticule" OUTPUT 719;"Hcop:Item:Window:Trac:Graticule:Imm" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Whole-screen graphics files may also be created in any of the supported graphics output formats/languages and moved to the controller with the LAN file-transfer utility, FTP (option UG7).
Page 204: Hcopy:item[:Window]:Trace[:Immediate]
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe[:IMMediate] command Plots the specified trace, only (not applicable to printing). Command Syntax: HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe[:IMMediate] Example Statements: OUTPUT 719;"HCOP:ITEM:WIND3:TRACE:IMM" OUTPUT 719;"hcop:item:trac" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command plots all traces currently displayed. If the current language is PCL, this command returns an error.
Page 205: Hcopy:item[:Window]:Trace:ltype
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:LTYPe command/query Specifies the plot line type for the selected trace. Command Syntax: HCOPy:ITEM[:WINDow[1|2|3|4]:TRACe:LTYPe <param> <param> ::= SOLid|DOTTed|DASHed|STY0|STY1|STY2|STY3|STY4|STY5|STY6 Example Statements: OUTPUT 719;":Hcopy:Item:Trac:Ltype SOLID" OUTPUT 719;"HCOP:ITEM:WIND4:TRAC:LTYPE STYLE2" Query Syntax: HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:LTYPe? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description:...
Page 206: Hcopy:item[:Window]:Trace:marker:color
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:MARKer:COLor command/query Specifies the pen used to plot markers for the selected trace. Command Syntax: HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:MARKer:COLor <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:16 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"hcopy:item:wind2:trace:mark:color 6" OUTPUT 719;"Hcop:Item:Wind3:Trac:Marker:Col 9"...
Page 207: Hcopy:item[:Window]:Trace:marker[:Immediate]
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:MARKer[:IMMediate] command Plots or prints the specified marker, only. Command Syntax: HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:MARKer[:IMMediate] Example Statements: OUTPUT 719;"hcop:item:wind:trac:marker:imm" OUTPUT 719;"Hcopy:Item:Trac:Marker" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command plots all trace markers currently displayed. If the current language is PCL, this command returns an error.
Page 208: Hcopy:item[:Window]:Trace:marker:offset[:Immediate]
Command Reference HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:MARKer:OFFSet[:IMMediate] command Plots or prints the specified offset marker, only. Command Syntax: HCOPy:ITEM[:WINDow[1|2|3|4]]:TRACe:MARKer:OFFSet[:IMMediate] Example Statements: OUTPUT 719;":HCOP:ITEM:TRAC:MARK:OFFSET" OUTPUT 719;"hcop:item:wind:trac:marker:offs:immediate" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command plots all offset markers currently displayed. If the current language is PCL, this command returns an error.
Page 209: Hcopy:page:dimensions:auto
Command Reference HCOPy:PAGE:DIMensions:AUTO command/query Specifies whether default or user-defined settings for P1 and P2 are used to define page dimensions. Command Syntax: HCOPy:PAGE:DIMensions:AUTO OFF|0|ON|1 Example Statements: OUTPUT 719;"Hcop:Page:Dimensions:Auto OFF" OUTPUT 719;"HCOPY:PAGE:DIM:AUTO ON" Query Syntax: HCOPy:PAGE:DIMensions:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance:...
Page 210: Hcopy:page:dimensions:user:lleft
Command Reference HCOPy:PAGE:DIMensions:USER:LLEFt command/query Sets or queries the x,y position of the lower-left corner of the plotter page (P1). Command Syntax: HCOPy:PAGE:DIMensions:USER:LLEFt <param>, <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: -32767:32767 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":hcop:page:dim:user:lleft 12683, 22198"...
Page 211: Hcopy:page:dimensions:user:uright
Command Reference HCOPy:PAGE:DIMensions:USER:URIGht command/query Sets or queries the x,y position of the upper-right corner of the plotter page (P2). Command Syntax: HCOPy:PAGE:DIMensions:USER:URIGht <param>, <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: -32767:32767 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"HCOP:PAGE:DIM:USER:URIGHT 11675, 5060"...
Page 212: Hcopy:plot:address
Command Reference HCOPy:PLOT:ADDRess command/query Specifies the GPIB address assigned to the plot device. Command Syntax: HCOPy:PLOT:ADDRess <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:30 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":HCOPY:PLOT:ADDR 5" OUTPUT 719;"hcopy:plot:address 9" Query Syntax: HCOPy:PLOT:ADDRess? Return Format:...
Page 213: Hcopy:print:address
Command Reference HCOPy:PRINt:ADDRess command/query Specifies the GPIB address assigned to the print device. Command Syntax: HCOPy:PRINt:ADDRess <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:30 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":hcopy:prin:addr 3" OUTPUT 719;"Hcopy:Prin:Address 1" Query Syntax: HCOPy:PRINt:ADDRess? Return Format:...
Page 214: Initiate:continuous
Command Reference INITiate:CONTinuous command/query Specifies continuous or single sweeps. Command Syntax: INITiate:CONTinuous OFF|0|ON|1 Example Statements: OUTPUT 719;":Init:Continuous ON" OUTPUT 719;"INIT:CONT OFF" Query Syntax: INITiate:CONTinuous? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: ON (continuous) SCPI Compliance: instrument-specific Description: ON is continuous-sweep operation. OFF is single-sweep operation.
Page 215: Initiate[:Immediate]
Command Reference INITiate[:IMMediate] command Forces the trigger system to exit the idle state. Command Syntax: INITiate[:IMMediate] Example Statements: OUTPUT 719;"initiate:imm" OUTPUT 719;"Initiate" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: Characteristics: Ignored unless INIT:CONT is OFF (in single sweep operation). Forces the process to exit idle state (in SCPI trigger model) and the trigger system to initiate and complete one full trigger cycle.
Page 216: Input:coupling
Command Reference INPut[1|2]:COUPling command/query Selects ac or dc coupling for the selected channel. Command Syntax: INPut[1|2]:COUPling AC|DC Example Statements: OUTPUT 719;":INP2:COUP AC" OUTPUT 719;"input:coup DC" Query Syntax: INPut[1|2]:COUPling? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: Note Use dc coupling for small spans at low frequencies to avoid the filter effect...
Page 217: Input:filter[:Lpass][:State]
Command Reference INPut[1|2]:FILTer[:LPASs][:STATe] command/query Enables or disables the anti-alias circuits. Command Syntax: INPut[1|2]:FILTer[:LPASs][:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"Input2:Filt:Lpas:State OFF" OUTPUT 719;"INP:FILTER OFF" Query Syntax: INPut[1|2]:FILTer[:LPASs][:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: By default, the analyzer’s anti-alias filter is enabled. Use this command to disable the anti-alias filter.
Page 218: Input:impedance
Command Reference INPut[1|2]:IMPedance command/query Selects the internal termination impedance. Command Syntax: INPut[1|2]:IMPedance <number>[<unit>] <number> ::= 50|75|1000000 <unit> ::= OHM Example Statements: OUTPUT 719;":input1:imp 50" OUTPUT 719;"Inp2:Imp 1MOHM" OUTPUT 719;"INPUT1:IMP 1e6" Query Syntax: INPut[1|2]:IMPedance? Return Format: Real Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed...
Page 219: Input[:State]
Command Reference INPut[1|2][:STATe] command/query This key turns on/off the selected channel. Command Syntax: INPut[1|2][:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"INP1:STATE ON" OUTPUT 719;"inp2 on" Query Syntax: INPut[1|2][:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: Turning a channel off increases the measurement rate in some cases, since no calculations are made for a channel that is off.
Page 220: Instrument:nselect
Command Reference INSTrument:NSELect command/query Select instrument mode by sending an integer number. Command Syntax: INSTrument:NSELect <number>|<bound> <number> ::= a real number (NRf data) limits: 1:5 <bound> MAX|MIN Example Statements: OUTPUT 719;"INSTRUMENT:NSEL 1" OUTPUT 719;"inst:nselect 3" Query Syntax: INSTrument:NSELect? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 221: Instrument[:Select]
Command Reference INSTrument[:SELect] command/query Selects the instrument mode. Command Syntax: INSTrument[:SELect] SCALar|DEMod|ADEMod|DDEMod|VECTor|VDEMod|WCDMa Example Statements: OUTPUT 719;":Inst ADEM" OUTPUT 719;"INSTRUMENT:SEL VECTOR" Query Syntax: INSTrument[:SELect]? Return Format: CHAR Attribute Summary: Option: AYA (Vector Mod. Analysis) for DDEMod AYH (Digital Video Analysis) for VDEMod B73 (Wideband CDMA analysis) for WCDMa Synchronization Required: Preset State:...
Page 222: Memory:delete[:Name]
Command Reference MEMory:DELete[:NAME] command Purges the memory allocated for a specific item. Command Syntax: MEMory:DELete[:NAME] RDISk|D1|D2|D3|D4|D5|D6|DREG|MSCan Example Statements: OUTPUT 719;"MEM:DEL RDIS" OUTPUT 719;"mem:delete:name rdisk" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command deletes an item from existence, freeing the memory allotted to it for reuse. RDISK identifies the (nonvolatile) RAM disk.
Page 223: Memory:mallocate:application
Command Reference MEMory:MALLocate:APPLication command/query Specifies amount of memory to allocate for downloadable programs. Command Syntax: MEMory:MALLocate:APPLication <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:3.40282347E+38 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":mem:mall:application 2147483647" OUTPUT 719;"Mem:Mallocate:Appl 2147483647" Query Syntax: MEMory:MALLocate:APPLication? Return Format:...
Page 224: Memory:mallocate:measurement:default
Command Reference MEMory:MALLocate:MEASurement:DEFault command Reset the memory configuration to default setup. Command Syntax: MEMory:MALLocate:MEASurement:DEFault Example Statements: OUTPUT 719;"MEM:MALLOCATE:MEAS:DEFAULT" OUTPUT 719;"mem:mall:measurement:def" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command allocates memory not already allocated to Instrument BASIC or as RAM disk, to data and math registers.
Page 225: Memory:mallocate:measurement:fpoints
Command Reference MEMory:MALLocate:MEASurement:FPOints command/query Specifies the maximum number of frequency points. Command Syntax: MEMory:MALLocate:MEASurement:FPOints <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 51:3201 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"MEM:MALL:MEAS:FPO 801" OUTPUT 719;"memory:mall:meas:fpoints 201" Query Syntax: MEMory:MALLocate:MEASurement:FPOints? Return Format: Integer...
Page 226: Memory:mallocate:measurement:maxspan
Command Reference MEMory:MALLocate:MEASurement:MAXSpan command/query Sets the maximum frequency span for W-CDMA measurements. Command Syntax: MEMory:MALLocate:MEASurement:MAXSpan {<number>[<unit]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 5000000:20000000 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"mem:mallocate:meas:maxs 5000000" OUTPUT 719;"Memory:Mall:Measurement:Maxspan 10000000" Query Syntax: MEMory:MALLocate:MEASurement:MAXSpan? Return Format: Real...
Page 227: Memory:mallocate:measurement:mssrate
Command Reference MEMory:MALLocate:MEASurement:MSSRate command/query Specifies the ratio MaxSpan/SymbolRate which affects memory allocation. Command Syntax: MEMory:MALLocate:MEASurement:MSSRate <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 16.0:100.0 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"mem:mallocate:meas:mssr 16.0" OUTPUT 719;"Memory:Mall:Measurement:Mssr 50.8" Query Syntax: MEMory:MALLocate:MEASurement:MSSRate? Return Format: Real...
Page 228: Memory:mallocate:measurement:mtemp
Command Reference MEMory:MALLocate:MEASurement:MTEMp command/query Specifies the number of temporary math buffers. Command Syntax: MEMory:MALLocate:MEASurement:MTEMp <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:100 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"memory:mall:measurement:mtem 74" OUTPUT 719;"Mem:Mallocate:Meas:Mtemp 25" Query Syntax: MEMory:MALLocate:MEASurement:MTEMp? Return Format: Integer...
Page 229: Memory:mallocate:measurement:tpoints
Command Reference MEMory:MALLocate:MEASurement:TPOints command/query Specifies the maximum number of time points in Digital Demod instrument mode. Command Syntax: MEMory:MALLocate:MEASurement:TPOints <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 64:4096 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"MEM:MALL:MEAS:TPO 512" OUTPUT 719;"memory:mall:meas:tpoints 4096"...
Page 230: Memory:mallocate:program
Command Reference MEMory:MALLocate:PROGram command/query Specifies amount of memory to allocate for BASIC programs. Command Syntax: MEMory:MALLocate:PROGram <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:3.40282347E+38 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":MEM:MALL:PROGRAM 2147483647" OUTPUT 719;"mem:mallocate:prog 2147483647" Query Syntax: MEMory:MALLocate:PROGram? Return Format:...
Page 231: Mmemory:copy
Command Reference MMEMory:COPY command Copies the contents of one disk to another or one file to another. Command Syntax: MMEMory:COPY <source>,<destination> <source> ::= ‘<device>[<filename>]’ <destination> ::= ‘<device>[<filename>]’ <device> ::= NVRAM:|RAM:|INT:|EXT[,<device_selector>[,<unit_number>]]: <device_selector> ::= a real number (NRf data) limits: 700:730 <unit_number> ::= a real number (NRf data) limits: 0:3 <filename>...
Page 232: Mmemory:data
Command Reference MMEMory:DATA command/query Transfer a file between a disk and the GPIB port. Command Syntax: MMEMory:DATA ‘<device>[<filename>]’ <device> ::= NVRAM:|RAM:|INT: <filename> ::= ASCII characters (see MMEM:NAME for filename conventions) Example Statements: OUTPUT 719;"mmem:data ‘FILENAME’ “ OUTPUT 719;”Mmem:Data ‘INT:FILENAME’ “ Query Syntax: MMEMory:DATA? ‘<device>[<filename>]’...
Page 233: Mmemory:delete
Command Reference MMEMory:DELete command Deletes one file or the entire contents of a disk. Command Syntax: MMEMory:DELete ‘<device>[<filename>]’ <device> ::= NVRAM:|RAM:|INT:|EXT[,<device_selector>[,<unit_number>]]: <device_selector> ::= a real number (NRf data) limits: 700:730 <unit_number> ::= a real number (NRf data) limits: 0:3 <filename> ::= ASCII characters (see MMEM:NAME for filename conventions) Example Statements:...
Page 234: Mmemory:fsystem
Command Reference MMEMory:FSYStem? query Returns the type of file system for the default disk. Query Syntax: MMEMory:FSYStem? Example Statements: OUTPUT 719;":MMEMORY:FSYS?" OUTPUT 719;"mmem:fsystem?" Return Format: CHAR CHAR ::= LIF|DOS Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This query returns the type of file system on the default disk.
Page 235: Mmemory:initialize
Command Reference MMEMory:INITialize command Formats a mass storage unit. Command Syntax: MMEMory:INITialize [‘<device>’[,(LIF|DOS)[,<format>[,<i>]]]] <device> ::= NVRAM:|RAM:|INT:|EXT[,<device_selector>[,<unit_number>]]: <device_selector> ::= a real number (NRf data) limits: 700:730 <unit_number> ::= a real number (NRf data) limits: 0:3 <format> ::= a real number (NRf data) limits: 0:(see discussion on <format>) <i>...
Page 236 Command Reference in bytes. See second example. The amount of RAM available is dependent on the amount of RAM installed, whether IBASIC and programs are loaded, the number of channels in use, the maximum number of frequency points, and the number of data registers. For information on memory configuration, see “Memory”...
Page 237: Mmemory:load:application
Command Reference MMEMory:LOAD:APPLication command Loads the specified application. Command Syntax: MMEMory:LOAD:APPLication ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmem:load:application ‘int:hp89450a.app’" OUTPUT 719;"MMEM:LOAD:APPL ‘HP89450A.APP’" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description:...
Page 238: Mmemory:load:continue
Command Reference MMEMory:LOAD:CONTinue command/query Continues the load operation of time capture files stored on multiple disks. Command Syntax: MMEMory:LOAD:CONTinue Example Statements: OUTPUT 719;"Mmem:Load:Cont" OUTPUT 719;"MMEMORY:LOAD:CONT" Query Syntax: MMEMory:LOAD:CONTinue? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Time capture files that are too large to fit on the current disk may be split and stored on more...
Page 239: Mmemory:load:math
Command Reference MMEMory:LOAD:MATH command Loads a complete set of math definitions into the analyzer from the specified file. Command Syntax: MMEMory:LOAD:MATH ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"Mmem:Load:Math ‘EXT:math’" OUTPUT 719;"MMEMORY:LOAD:MATH ‘RAM:math1’" Attribute Summary: Synchronization Required: Preset State:...
Page 240: Mmemory:load:program
Command Reference MMEMory:LOAD:PROGram command Loads an Instrument BASIC program into the analyzer from a file on the mass storage unit specified (msus). Command Syntax: MMEMory:LOAD:PROGram ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"Mmem:Load:Prog ‘myprog’"...
Page 241: Mmemory:load:state
Command Reference MMEMory:LOAD:STATe command Loads an instrument state into the analyzer from the mass storage unit specified (msus). Command Syntax: MMEMory:LOAD:STATe <number>,<filename> <number> ::= a real number (state number) limits: 1:1 <filename> ::= ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmemory:load:state 1, ‘ext:mystate’"...
Page 242: Mmemory:load:tcapture
Command Reference MMEMory:LOAD:TCAPture command Loads a time capture file from the mass storage unit specified (msus). Command Syntax: MMEMory:STORe:TCAPture ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmem:load:tcap, ‘int:tcap-01’" OUTPUT 719;"MMEM:LOAD:TCAPTURE, ‘TIME-REF’" Attribute Summary: Synchronization Required: Preset State:...
Page 243: Mmemory:load:trace
Command Reference MMEMory:LOAD:TRACe command Loads a trace into the analyzer from the mass storage unit specified. Command Syntax: MMEMory:LOAD:TRACe <label>,<filename> <label> ::= {D1|D2|D3|D4|D5|D6|} <filename> ::= ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmem:load:trac D1, ‘int:test.trc’"...
Page 244: Mmemory:load:trace:buffer
Command Reference MMEMory:LOAD:TRACe:BUFFer command Loads a waterfall/spectrogram trace buffer into the analyzer from the mass storage unit specified (msus). Command Syntax: MMEMory:LOAD:TRACe:BUFFer <label>,<filename> <label> ::= {D1|D2|D3|D4|D5|D6|} <filename> ::= ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmem:load:trac:buff D1, ‘int:test.trc’"...
Page 245: Mmemory:move
Command Reference MMEMory:MOVE command Moves a file from one device to another or renames a file. Command Syntax: MMEMory:MOVE <source>,<destination> <source> ::= ‘[<device>]<filename>’ <destination> ::= ‘[<device>]<filename>’ <device> ::= NVRAM:|RAM:|INT:|EXT[,<device_selector>[,<unit_number>]]: <device_selector> ::= a real number (NRf data) limits: 700:730 <unit_number> ::= a real number (NRf data) limits: 0:3 <filename>...
Page 246: Mmemory:msis
Command Reference MMEMory:MSIS command/query Specifies a default mass storage device (disk) and (for DOS) directory. Command Syntax: MMEMory:MSIS ‘<device>’ <device> ::= NVRAM:|RAM:|INT:|EXT[,<device_selector>[,<unit_number>]]: <device_selector> ::= a real number (NRf data) limits: 700:730 <unit_number> ::= a real number (NRf data) limits: 0:3 Example Statements: OUTPUT 719;":Mmem:Msis ‘INT:’"...
Page 247: Mmemory:name
Command Reference MMEMory:NAME command/query Specifies the filename for printing or plotting to a file. Command Syntax: MMEMory:NAME ‘[<device>]<filename>’ <device> ::= RAM:|NVRAM:|INT:|EXT[,<select_code>[,<unit_number>]]: <select_code> ::= a real number (NRf data) limits: 700:730 <unit_number> ::= a real number (NRf data) limits: 0:3 <filename> ::= ASCII characters (see description for <filename>...
Page 248 Command Reference character patterns in the middle or end of the name. Characters that appear after the * are ignored because the asterisk is expanded to all possible combinations of the question-mark wildcard(s) to the end of the name. For example, *ANT matches all filenames, just as * would (see following table).
Page 249: Mmemory:store:continue
Command Reference MMEMory:STORe:CONTinue command/query Allows a large time capture file to be split over multiple disks. Command Syntax: MMEMory:STORe:CONTinue Example Statements: OUTPUT 719;":mmemory:stor:continue" OUTPUT 719;"Mmem:Stor:Continue" Query Syntax: MMEMory:STORe:CONTinue? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: If the amount of time capture data to be stored is more than the available space on the...
Page 250: Mmemory:store:math
Command Reference MMEMory:STORe:MATH command Saves a complete set of math definitions to the mass storage unit specified (msus). Command Syntax: MMEMory:STORe:MATH ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"Mmem;Store:Math ‘EXT:math’" OUTPUT 719;"MMEMORY:STOR:MATH ‘RAM:math1’" Attribute Summary: Synchronization Required: Preset State:...
Page 251: Mmemory:store:program
Command Reference MMEMory:STORe:PROGram command Stores an Instrument BASIC program to a file on the specified disk. Command Syntax: MMEMory:STORe:PROGram ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"Mmem:Stor:Prog ‘EXT:ibprog’" OUTPUT 719;"MMEMORY:STORE:PROGRAM ‘int:myprog’" Attribute Summary: Synchronization Required: Preset State:...
Page 252: Mmemory:store:state
Command Reference MMEMory:STORe:STATe command Saves the instrument state to a file on the specified mass storage unit. Command Syntax: MMEMory:STORe:STATe <number>,<filename> <number> ::= a real number (state number) limits: 1:1 <filename> ::= ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmemory:store:state 1, ‘ext:mystate’"...
Page 253: Mmemory:store:tcapture
Command Reference MMEMory:STORe:TCAPture command Stores the time capture buffer to a file on the mass storage unit specified (msus). Command Syntax: MMEMory:STORe:TCAPture ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmem:stor:tcap, ‘int:tcap-01’" OUTPUT 719;"MMEM:STORE:TCAPTURE, ‘TIME-REF’"...
Page 254: Mmemory:store:trace
Command Reference MMEMory:STORe:TRACe command Saves the trace to a file on the mass storage unit specified (msus). Command Syntax: MMEMory:STORe:TRACe <label>,<filename> <label> ::= {TRACe1|TRACe2|TRACe3|TRACe4} <filename> ::= ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmem:stor:trac trac1, ‘int:test.trc’"...
Page 255: Mmemory:store:trace:buffer
Command Reference MMEMory:STORe:TRACe:BUFFer command Saves the waterfall/spectrogram trace buffer to a file on the mass storage unit specified (msus). Command Syntax: MMEMory:STORe:TRACe:BUFFer <label>,<filename> <label> ::= {TRACe1|TRACe2|TRACe3|TRACe4} <filename> ::= ‘[<msus>]<filespec>’ <msus> ::= RAM:|NVRAM:|INT:|EXT: <filespec> ::= ASCII characters (see MMEM:NAME for filename restrictions) Example Statements: OUTPUT 719;"mmem:stor:trac;buff trac1, ‘int:test.buf’"...
Page 256: Output:filter[:Lpass][:State]
Command Reference OUTPut:FILTer[:LPASs][:STATe] command/query Turns the source output lowpass filter on and off. Command Syntax: OUTPut:FILTer[:LPASs][:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"OUTP:FILTER:LPAS:STAT OFF" OUTPUT 719;"output:filt OFF" Query Syntax: OUTPut:FILTer[:LPASs][:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: This command is available only for the 89410A or for the 89441A when ROUT:REC is IF.
Page 257: Output:impedance
Command Reference OUTPut:IMPedance command/query Selects the output termination impedance. Command Syntax: OUTPut:IMPedance <number> <number> ::= 50 | 75 Example Statements: OUTPUT 719;"Outp:Imp 50" OUTPUT 719;"outp:imp 75" Query Syntax: OUTPut:IMPedance? Return Format: Real Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: This command is available for the 89441A only when ROUT:REC is IF.
Page 258: Output[:State]
Command Reference OUTPut[:STATe] command/query Turns the source output on and off. Command Syntax: OUTPut[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":Output ON" OUTPUT 719;"OUTP:STAT OFF" Query Syntax: OUTPut[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: The source is off when the analyzer is first turned on and is turned off whenever the analyzer is preset (with the *RST command).
Page 259: Pause
Command Reference PAUSe command Pause the measurement in progress. Command Syntax: PAUSe Example Statements: OUTPUT 719;"pause" OUTPUT 719;"Paus" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Characteristics: Pauses a measurement process. In Vector or Demod modes, current average is completed before pause occurs. In Scalar mode, analyzer may pause in the middle of a sweep, even if averaging is on.
Page 260: Program:explicit:define
OUTPUT 719;"20 END"&CHR$(10); Query Syntax: PROGram:EXPLicit:DEFine? Return Format: definite-length block Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command transfers a program between the analyzer and the controller. This allows programs developed on a controller to be loaded into the analyzer.
Page 261: Program[:Selected]:Define
OUTPUT 719;"20 END"&CHR$(10); Query Syntax: PROGram[:SELected]:DEFine? Return Format: definite-length block Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command transfers a program between the analyzer and the controller. This allows programs developed on a controller to be loaded into the analyzer.
Page 262: Program[:Selected]:Delete:all
Command Syntax: PROGram[:SELected]:DELete:ALL Example Statements: OUTPUT 719;":PROGRAM:DEL:ALL" OUTPUT 719;"program:sel:delete:all" Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: In addition to deleting the active program, this command deletes all of the resident Instrument BASIC programs.
Page 263: Program[:Selected]:Delete[:Selected]
Command Syntax: PROGram[:SELected]:DELete[:SELected] Example Statements: OUTPUT 719;"Prog:Selected:Del:Selected" OUTPUT 719;"PROG:DEL" Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: In addition to deleting the active program, this command deletes all of the program variables—both those in COM and those not in COM.
Page 264: Program[:Selected]:Mallocate
OUTPUT 719;"Prog:Mall 250982" Query Syntax: PROGram[:SELected]:MALLocate? Return Format: Integer Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: Upper limit depends on the amount of memory available for IBASIC use. Largest number parsed is 500000.
Page 265: Program[:Selected]:Name
OUTPUT 719;"PROGRAM:SEL:NAME PROGram1" Query Syntax: PROGram[:SELected]:NAME? Return Format: CHAR Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: Use this command to designate an Instrument BASIC program buffer as the ‘’active’’ program buffer.
Page 266: Program[:Selected]:Number
ASSIGN @Dev;FORMAT ON Query Syntax: PROGram[:SELected]:NUMBer? Return Format: definite-length block Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: Set or query the value of numeric variables from the currently selected IBASIC program. These variables can be either arrays or single values.
Page 267 Command Reference set command is a list of values for the variable or array to be assigned. This list may either be ASCII numbers separated by commas or a definite or indefinite block. The response is generated in the current format (specified by the FORMat[:DATA] command). When an array is loaded with this command, values in the <block>...
Page 268: Program[:Selected]:State
OUTPUT 719;"Program:Sel:Stat PAUSE" Query Syntax: PROGram[:SELected]:STATe? Return Format: CHAR Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: This command is used to run, pause, stop or continue the active Instrument BASIC program.
Page 269: Program[:Selected]:String
OUTPUT 719;"prog:string ‘Message$’,’Measuring’" Query Syntax: PROGram[:SELected]:STRing? Return Format: <string> Attribute Summary: Option: 1C2 Agilent Technologies Instrument BASIC Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This command sets or queries the contents of a string variable in the active Instrument BASIC program.
Page 270: Route:receiver
Command Reference ROUTe:RECeiver command/query Specifies receiver type. Command Syntax: ROUTe:RECeiver INPut|RF1|RF2|IF|COMBine|EXTernal Example Statements: OUTPUT 719;"rout:receiver INPUT" OUTPUT 719;"rout:receiver COMBINE" OUTPUT 719;":Route:Rec EXT" Query Syntax: ROUTe:RECeiver? Return Format: CHAR Attribute Summary: Option: (see COMBine discussion) Synchronization Required: Preset State: 89410: INP, 89441: RF2 SCPI Compliance: instrument-specific Description:...
Page 271: Screen:contents
Command Reference SCReen:CONTents command/query Specifies what is displayed on the analyzer screen. Command Syntax: SCReen:CONTents TRACe|MSTate|ISTate|MMEMory|MEMory|OPTions|TCAPture Example Statements: OUTPUT 719;"SCREEN:CONT TCAPTURE" OUTPUT 719;"screen:cont TRACE" Query Syntax: SCReen:CONTents? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: TRAC SCPI Compliance: instrument-specific Description: TRACe displays the standard measurement trace/grid.
Page 272: [Sense:]Average:count
Command Reference [SENSe:]AVERage:COUNt command/query Specifies the number of traces to be averaged or the weighting factor for exponential averaging. Command Syntax: [SENSe:]AVERage:COUNt <number>|<step>|<bound> <number> ::= an integer (NRf data) limits: 1:99999 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":AVERAGE:COUN 100" OUTPUT 719;"sens:average:coun 20"...
Page 273: [Sense:]Average:count:intermediate
Command Reference [SENSe:]AVERage:COUNt:INTermediate? query Returns the current average count. Query Syntax: [SENSe:]AVERage:COUNt:INTermediate? Example Statements: OUTPUT 719;":Aver:Count:Int?" OUTPUT 719;"SENSE:AVER:COUN:INTERMEDIATE?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command returns the number of averages that have been completed. The number of averages that the analyzer performs is determined by [SENSE:]AVERage:COUNt.
Page 274: [Sense:]Average:iresult:rate
Command Reference [SENSe:]AVERage:IRESult:RATE command/query Sets the value of the display update rate for fast averaging. Command Syntax: [SENSe:]AVERage:IRESult:RATE <number>|<step>|<bound> <number> ::= an integer (NRf data limits: 1:99999 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":AVERAGE:IRES:RATE 100" OUTPUT 719;"sense:aver:iresult:rate 300" Query Syntax: [SENSe:]AVERage:IRESult:RATE? Return Format:...
Page 275: [Sense:]Average:iresult[:State]
Command Reference [SENSe:]AVERage:IRESult[:STATe] command/query Turns the fast average on and off. Command Syntax: [SENSe:]AVERage:IRESult[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"sens:average:ires:stat OFF" OUTPUT 719;"Average:Ires ON" Query Syntax: [SENSe:]AVERage:IRESult[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: Fast averaging allows the numeric processing to run faster by reducing the time spent updating the display.
Page 276: [Sense:]Average[:State]
Command Reference [SENSe:]AVERage[:STATe] command/query Turns averaging on and off. Command Syntax: [SENSe:]AVERage[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":AVERAGE OFF" OUTPUT 719;"sens:aver:state ON" Query Syntax: [SENSe:]AVERage[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: When averaging is off, each trace represents the results of a single measurement. When averaging is on, each trace represents the combined results of several measurements.
Page 277: [Sense:]Average:tcontrol
Command Reference [SENSe:]AVERage:TCONtrol command/query Terminal Control specifies the action of the AVERage subsystem when AVERage:COUNt measurement results are generated. Command Syntax: [SENSe:]AVERage:TCONtrol EXPonential|NORMal|REPeat Example Statements: OUTPUT 719;"Sens:Average:Tcon EXPONENTIAL" OUTPUT 719;"AVER:TCONTROL REPEAT" Query Syntax: [SENSe:]AVERage:TCONtrol? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed...
Page 278: [Sense:]Average:type
Command Reference [SENSe:]AVERage:TYPE command/query Selects the averaging type. Command Syntax: [SENSe:]AVERage:TYPE MAX|RMS|COMPlex Example Statements: OUTPUT 719;":Aver:Type MAX" OUTPUT 719;"SENS:AVERAGE:TYPE RMS" Query Syntax: [SENSe:]AVERage:TYPE? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: Averaging is turned on with AVER ON. AVER:TYPE may be specified before averaging is turned on, however.
Page 279: [Sense:]Bandwidth:mode:arbitrary
Command Reference [SENSe:]BANDwidth:MODE:ARBitrary command/query Selects the resolution bandwidth type. Command Syntax: [SENSe:]BANDwidth:MODE:ARBitrary OFF|0|ON|1 Example Statements: OUTPUT 719;":band:mode:arb ON" OUTPUT 719;"Sens:Bandwidth:Mode:Arbitrary ON" Query Syntax: [SENSe:]BANDwidth:MODE:ARBitrary? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (off) SCPI Compliance: instrument-specific Description: When BAND:MODE:ARB is OFF, only values in the 1-3-10 sequence are valid entries. When it is ON, any value (within limits) is valid.
Page 280: [Sense:]Bandwidth[:Resolution]
Command Reference [SENSe:]BANDwidth[:RESolution] command/query Specifies the resolution bandwidth. Command Syntax: [SENSe:]BANDwidth[:RESolution] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENS:BANDWIDTH:RES 300 KHZ" OUTPUT 719;"bandwidth 100 khz"...
Page 281: [Sense:]Bandwidth[:Resolution]:Auto
Command Reference [SENSe:]BANDwidth[:RESolution]:AUTO command/query Specifies whether the resolution bandwidth tracks span. Command Syntax: [SENSe:]BANDwidth[:RESolution]:AUTO OFF|0|ON|1 Example Statements: OUTPUT 719;"SENS:BAND:RESOLUTION:AUTO ON" OUTPUT 719;"bandwidth:auto OFF" Query Syntax: [SENSe:]BANDwidth[:RESolution]:AUTO? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: 1 (ON) SCPI Compliance: confirmed Description: At preset and power-on, resolution bandwidth (RBW) tracks span changes to maintain an internally-defined RBW/span ratio.
Page 282: [Sense:]Bandwidth[:Resolution]:Auto:offset
Command Reference [SENSe:]BANDwidth[:RESolution]:AUTO:OFFSet command/query Specifies whether the RBW/span ratio tracked when BAND:AUTO is ON is user-determined. Command Syntax: [SENSe:]BANDwidth[:RESolution]:AUTO:OFFSet OFF|0|ON|1 Example Statements: OUTPUT 719;":Band:Auto:Offs ON" OUTPUT 719;"SENSE:BAND:RES:AUTO:OFFS OFF" Query Syntax: [SENSe:]BANDwidth[:RESolution]:AUTO:OFFSet? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (off) SCPI Compliance: instrument-specific...
Page 283: [Sense:]Correction:edelay[:Time]
Command Reference [SENSe:]CORRection[1|2]:EDELay[:TIME] command/query Adjusts the delay, in small increments, for the specified input channel. Command Syntax: [SENSe:]CORRection[1|2]:EDELay[:TIME] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= -100 nanoseconds to +100 nanoseconds <unit> ::= S <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"sense:corr:edel:time 0"...
Page 284 Command Reference [SENSe:]CORRection[1|2]:EXTernal[:STATe] command/query Enables or disables the use of user-defined calibration coefficients. Command Syntax: [SENSe:]CORRection[1|2]:EXTernal[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;":CORR:EXT ON" OUTPUT 719;"sense:corr:external:stat OFF" Query Syntax: [SENSe:]CORRection[1|2]:EXTernal[:STATe]? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: You can adjust the gain and delay calibration coefficients for each input channel.
Page 285: [Sense:]Correction:filter:xtime:state
Command Reference [SENSe:]CORRection[1|2]:FILTer:XTIMe:STATe command/query Enables or disables time-domain corrections. Command Syntax: [SENSe:]CORRection[1|2]:FILTer:XTIMe:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"Sens:Correction2:Filt:Xtime:Stat ON" OUTPUT 719;"CORR2:FILTER:XTIM:STATE OFF" Query Syntax: [SENSe:]CORRection[1|2]:FILTer:XTIMe:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: Time calibrations compensate the time data for the magnitude and phase characteristics of each input channel.
Page 286: [Sense:]Correction:impedance[:Input][:Magnitude]
Command Reference [SENSe:]CORRection[1|2]:IMPedance[:INPut][:MAGNitude] command/query Sets the dBm reference impedance when the 1 MΩ input termination is selected. Command Syntax: [SENSe:]CORRection[1|2]:IMPedance <number>[<unit>] <number> ::= a real number (NRf data) limits: .001:10E9 <unit> ::= OHM Example Statements: OUTPUT 719;":Corr1:Impedance 600" OUTPUT 719;"SENS:CORRECTION2:IMP 150" Query Syntax: [SENSe:]CORRection[1|2]:IMPedance[:INPut][:MAGNitude]? Return Format:...
Page 287: [Sense:]Correction:external[:State]
Command Reference [SENSe:]CORRection[1|2]:LOSS[:INPut]:MAGNitude command/query Adjusts the gain for the specified input channel. Command Syntax: [SENSe:]CORRection[1|2]:LOSS[:INPut]:MAGNitude <param> <param> ::= <number>|<step>|<bound> <number> ::= 0.000001 to 1000000 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENSE:CORR:LOSS:INPUT:MAGN .001" Query Syntax: [SENSe:]CORRection[1|2]:LOSS[:INPut]:MAGNitude? Return Format: Real Attribute Summary: Synchronization Required:...
Page 288: [Sense:]Correction:offs
Command Reference [SENSe:]CORRection[1|2]:OFFS command/query Adjusts the DC offset, in small increments, for the specified input channel. Command Syntax: [SENSe:]CORRection[1|2]:OFFS <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= -20 volts to +20 volts <unit> ::= V <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":corr:offs 0"...
Page 289: [Sense:]Data
Command Reference [SENSe:]DATA command/query Uploads or downloads time-capture data between the analyzer and the controller. Command Syntax: [SENSe:]DATA TCAP1|TCAP2,<DATA> <DATA> ::= <DEF_BLOCK> ::= <NRf>,<NRf>,<NRf>, . . . Example Statements: OUTPUT 719;":data tcap1, USER2" OUTPUT 719;"Sense:Data Tcap2, USER2" Query Syntax: [SENSe:]DATA? Return Format: DEF_USER Attribute Summary:...
Page 290: [Sense:]Data:header:points
Command Reference [SENSe:]DATA:HEADer:POINts? query Returns the number of points for the time-capture buffer specified. Query Syntax: [SENSe:]DATA:HEADer:POINts? TCAP1|TCAP2 Example Statements: OUTPUT 719;"SENS:DATA:HEADER:POIN? TCAP2" OUTPUT 719;"data:head:poin? TCAP1" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This query is used to determine the number of data points in the specified time-capture buffer.
Page 291: [Sense:]Ddemod:adapt
Command Reference [SENSe:]DDEMod:ADAPt command/query Enables adaptive equalization on/off. Command Syntax: [SENSe:]DDEMod:ADAPt OFF|0|ON|1 Example Statements: OUTPUT 719;"sense:ddem:adapt ON" OUTPUT 719;"Ddem:Adap OFF" Query Syntax: [SENSe:]DDEMod:ADAPt? Return Format: Integer Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: affected by Preset SCPI Compliance: instrument-specific Description:...
Page 292: [Sense:]Ddemod:clock
Command Reference [SENSe:]DDEMod:CLOCk command/query Specifies the clock offset in symbols. Command Syntax: [SENSE:]DDEMod:CLOCk <number>[unit]|<step>|<bound> <number> ::= a real number (NRf data) limits: depends on configuration <unit> ::= SYM <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DDEMOD:CLOC 0" OUTPUT 719;"sense:ddem:cloc 0" Query Syntax: [SENSe:]DDEMod:CLOCk? Return Format:...
Page 293: [Sense:]Ddemod:cnvrg
Command Reference [SENSe:]DDEMod:CNVRg command/query Specifies the convergence rate. Command Syntax: [SENSe:]DDEMod:CNVRg <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:1 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Sense:Ddem:Cnvrg 0" OUTPUT 719;"DDEM:CNVR 0" Query Syntax: [SENSe:]DDEMod:CNVRg? Return Format: Real Attribute Summary: Option:...
Page 294: [Sense:]Ddemod:crate
Command Reference [SENSe:]DDEMod:CRATe command/query Sets the chip rate for Wideband CDMA measurements. Command Syntax: [SENSe:]DDEMod:CRATe {<number>[<unit>]} <number> ::= a real number (NRf data) limits: 4086000:8212000 (16424000 for the ch1 + j*ch2 receiver) <unit> ::= [HZ] Example Statements: OUTPUT 719;":ddemod:crat 4096000" OUTPUT 719;"Sense:Ddem:Crat 4096000"...
Page 295: [Sense:]Ddemod:dvbqam:nstate
Command Reference [SENSe:]DDEMod:DVBQam:NSTate command/query Specifies the number of states in the DVBQAM modulation format. Command Syntax: [SENSe:]DDEMod:DVBQam:NSTate <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 16:64 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENSE:DDEM:DVBQ:NST 16" OUTPUT 719;"ddem:dvbq:nst 32" Query Syntax: [SENSe:]DDEMod:DVBQam:NSTate? Return Format:...
Page 296: [Sense:]Ddemod:edge
Command Reference [SENSe:]DDEMod:EDGE command/query Selects the EDGE (Enhanced Data rates for GSM Evolution) demodulation format. Command Syntax: [SENSe:]DDEMod:EDGE NOFL Example Statements: OUTPUT 719;"SENSE:DDEM:EDGE NOFL" OUTPUT 719;"ddem:edge nofl" Query Syntax: [SENSe:]DDEMod:EDGE? Return Format: Real Attribute Summary: Options: AYA (Vector modulation Analysis and Adaptive Equaliza- tion) and B7A (Enhanced Data rates for GSM Evolution (EDGE)) Synchronization Required: Preset State:...
Page 297: [Sense:]Ddemod:eqflen
Command Reference [SENSe:]DDEMod:EQFLen command/query Changes the length of the analyzer’s adaptive equalization filter. Command Syntax: [SENSe:]DDEMod:EQFLen {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 3:99 (odd values only) <unit> ::= [SYM] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENSE:DDEM:EQFLEN 0"...
Page 298: [Sense:]Ddemod:eqre
Command Reference [SENSe:]DDEMod:EQRE command Resets the filter coefficients for the analyzer’s equalization filter. Command Syntax: [SENSe:]DDEMod:EQRE Example Statements: OUTPUT 719;":Ddemod:Eqre" OUTPUT 719;"SENSE:DDEM:EQRE" Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description This command resets the filter coefficients of the equalization filter to that of a unit impulse response.
Page 299: [Sense:]Ddemod:equalize
Command Reference [SENSe:]DDEMod:EQUalize command/query Turns equalization on/off for Digital and Video demodulation. Command Syntax: [SENSe:]DDEMod:EQUalize OFF|0|ON|1 Example Statements: OUTPUT 719;"sense:ddem:equalize ON" OUTPUT 719;"Ddem:Equ OFF" Query Syntax: [SENSe:]DDEMod:EQUalize? Return Format: Integer Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: affected by Preset SCPI Compliance: instrument-specific...
Page 300: [Sense:]Ddemod:filter:alpha
Command Reference [SENSe:]DDEMod:FILTer:ALPHa command/query Specifies the alpha of the Nyquist filters and BT for Gaussian filters. Command Syntax: [SENSe:]DDEMod:FILTer:ALPHa <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0.05 to 100 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DDEMOD:FILT:ALPHA 0" OUTPUT 719;"sens:ddem:filter:alph 0"...
Page 301: [Sense:]Ddemod:filter:measurement
Command Reference [SENSe:]DDEMod:FILTer:MEASurement command/query Specifies the type of filter used in digital or video demodulation measurements. Command Syntax: [SENSe:]DDEMod:FILTer:MEASurement <param> <param> ::= OFF|0|RECTangular|RCOSine|RRCosine|GAUSsian|PHEQualize|USER|EDGM|LPASs Example Statements: OUTPUT 719;"Sense:Ddem:Filt:Measurement USER" OUTPUT 719;"DDEM:FILTER:MEAS RRCOSINE" Query Syntax: [SENSe:]DDEMod:FILTer:MEASurement? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis)or B7A (Enhanced Data rates for GSM Evolution (EDGE)) Synchronization Required:...
Page 302: [Sense:]Ddemod:filter:measurement:user:feed
Command Reference [SENSe:]DDEMod:FILTer:MEASurement:USER:FEED command/query Specifies which data register is used to define the user-defined digital demod measurement filter. Command Syntax: [SENSe:]DDEMod:FILTer:MEASurement:USER:FEED D1|D2|D3|D4|D5|D6 Example Statements: OUTPUT 719;"Ddem:Filter:Meas:User:Feed D2" OUTPUT 719;"SENS:DDEMOD:FILT:MEAS:USER:FEED D5" Query Syntax: [SENSe:]DDEMod:FILTer:MEASurement:USER:FEED? Return Format: STRING Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not applicable...
Page 303: [Sense:]Ddemod:filter:reference
Command Reference [SENSe:]DDEMod:FILTer:REFerence command/query Specifies the type of filter used as the digital demod reference. Command Syntax: [SENSe:]DDEMod:FILTer:REFerence <param> <param> ::= RECTangu- lar|RCOSine|RRCosine|CHEByshev|GAUSsian|EDGE|USER Example Statements: OUTPUT 719;":ddem:filter:ref RECT" OUTPUT 719;"Sense:Ddem:Filt:Reference RRCOSINE" Query Syntax: [SENSe:]DDEMod:FILTer:REFerence? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis)or B7A (Enhanced Data rates for GSM Evolution (EDGE)) Synchronization Required:...
Page 304: [Sense:]Ddemod:filter:reference:user:feed
Command Reference [SENSe:]DDEMod:FILTer:REFerence:USER:FEED command/query Specifies which data register is used as the user-defined digital demod reference filter. Command Syntax: [SENSe:]DDEMod:FILTer:REFerence:USER:FEED D1|D2|D3|D4|D5|D6 Example Statements: OUTPUT 719;"SENSE:DDEM:FILTER:REF:USER:FEED ‘D2’" OUTPUT 719;"ddem:filter:ref:user:feed ‘D5’" Query Syntax: [SENSe:]DDEMod:FILTer:REFerence:USER:FEED? Return Format: STRING Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not applicable...
Page 305: [Sense:]Ddemod:format
Command Reference [SENSe:]DDEMod:FORMat command/query Specifies the demodulation format for digital modulation or video modulation. Command Syntax: [SENSe:]DDEMod:FORMat QPSK|PSK|QAM|MSK|FSK|DVBQam|VSB|EDGE Example Statements: OUTPUT 719;"SENS:DDEMOD:FORM PSK" OUTPUT 719;"ddem:format QAM" Query Syntax: [SENSe:]DDEMod:FORMat? Return Format: CHAR Attribute Summary: Option: AYA and, for some, AYH or B7A (see below) Synchronization Required: Preset State: not affected by Preset...
Page 306: [Sense:]Ddemod:frequency:mirror
Command Reference [SENSe:]DDEMod:FREQuency:MIRRor command/query Turns frequency mirroring on or off. Command Syntax: [SENSe:]DDEMod:FREQuency:MIRRor OFF|0|ON|1 Example Statements: OUTPUT 719;":Ddem:Frequency:Mirr OFF" OUTPUT 719;"SENS:DDEMOD:FREQ:MIRROR OFF" Query Syntax: [SENSe:]DDEMod:FREQuency:MIRRor? Return Format: Integer Attribute Summary: Option: AYH (video modulation analysis) B73 (Wideband CDMA Analysis) Synchronization Required: Preset State: +0 (OFF) SCPI Compliance:...
Page 307: [Sense:]Ddemod:fsk:nstate
Command Reference [SENSe:]DDEMod:FSK:NSTate command/query Specifies the number of states in the FSK modulation format. Command Syntax: [SENSe:]DDEMod:FSK:NSTate <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 2:4 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"sens:ddem:fsk:nst 3" OUTPUT 719;"Ddemod:Fsk:Nst 3" Query Syntax: [SENSe:]DDEMod:FSK:NSTate? Return Format:...
Page 308: [Sense:]Ddemod:lcode
Command Reference [SENSe:]DDEMod:LCODe command/query Sets the long code for Wideband CDMA measurements. Command Syntax: [SENSe:]DDEMod:LCODe <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 1:512 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DDEMOD:LCOD 1" OUTPUT 719;"sense:ddem:lcod 3" Query Syntax: [SENSe:]DDEMod:LCODe? Return Format: Integer...
Page 309: [Sense:]Ddemod:lcode:group
Command Reference [SENSe:]DDEMod:LCODe:GROup command/query Sets the long code group for Wideband CDMA measurements. Command Syntax: [SENSe:]DDEMod:LCODe:GROup <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 1:32 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Sense:Ddem:Lcode:Gro 1" OUTPUT 719;"DDEM:LCODE:GRO 1" Query Syntax: [SENSe:]DDEMod:LCODe:GROup? Return Format:...
Page 310: [Sense:]Ddemod:lcode:mode
Command Reference [SENSe:]DDEMod:LCODe:MODE command/query Determines how the analyzer detects the long code for W-CDMA measurements. Command Syntax: [SENSe:]DDEMod:LCODe:MODE CODE|GROup Example Statements: OUTPUT 719;":ddemod:lcod:mode GROUP" OUTPUT 719;"Sense:Ddem:Lcode:Mode CODE" Query Syntax: [SENSe:]DDEMod:LCODe:MODE? Return Format: CHAR Attribute Summary: Option: B73 (Digital Wideband CDMA analysis (W-CDMA))or B79 (Digital ARIB 1.0-1.2 W-CDMA analysis) or 080 (Digital 3GPP W-CDMA analysis) Synchronization Required:...
Page 311: [Sense:]Ddemod:mlength
Command Reference [SENSe:]DDEMod:MLENgth command/query Sets the main length, in slots, for W-CDMA measurements. Command Syntax: [SENSe:]DDEMod:MLENGTH <param> <param> ::= <number>[<unit>]|<step>|<bound> <number ::= a real number (NRf data) limits 8 to 20 <unit> ::= [S|SLOT] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":ddem:mlen 8"...
Page 312: [Sense:]Ddemod:msk:format
Command Reference [SENSe:]DDEMod:MSK:FORMat command/query Specifies the form of MSK (minimum-shift key) modulation format. Command Syntax: [SENSe:]DDEMod:MSK:FORMat TYPe1|TYPe2 Example Statements: OUTPUT 719;":Ddemod:Msk:Format TYPE1" OUTPUT 719;"SENS:DDEM:MSK:FORM TYPE1" Query Syntax: [SENSe:]DDEMod:MSK:FORMat? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not applicable SCPI Compliance:...
Page 313: [Sense:]Ddemod:normalize
Command Reference [SENSe:]DDEMod:NORMalize command/query Turns digital demod normalization on/off. Command Syntax: [SENSe:]DDEMod:NORMalize OFF|0|ON|1 Example Statements: OUTPUT 719;"sense:ddem:norm OFF" OUTPUT 719;"Ddemod:Norm OFF" Query Syntax: [SENSe:]DDEMod:NORMalize? Return Format: Integer Attribute Summary: Option: AYA (vector modulation analysis) and B7A (Enhanced Data rates for GSM gsm Evolution (EDGE)) or B73 (Digital Wideband CDMA analysis (W-CDMA)) or B79 (Digital ARIB 1.0-1.2 W-CDMA analysis) or 080 (Digital 3GPP W-CDMA analysis)
Page 314: [Sense:]Ddemod:prate
Command Reference [SENSe:]DDEMod:PRATe command/query Specifies the number of points per symbol for vector modulation analysis. Command Syntax: [SENSe:]DDEMod:PRATe <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DDEMOD:PRAT 2" OUTPUT 719;"sens:ddemod:prat 10"...
Page 315: [Sense:]Ddemod:preset
Command Reference [SENSe:]DDEMod:PRESet command Presets the digital demodulation configuration to be one of the standard configurations listed below. Command Syntax: [SENSe:]DDEMod:PRESet <standard> <standard> ::=NADC|PDC|GSM|PHP|DECT|CDPD|TETRa|CDMB|CDMM |ATV8|ATV16|DVB16|DVB32|DVB64|APCO|EDGE|WCDM|WCD5|WCD10|WCD20|BLU Example Statements: OUTPUT 719;":DDEMOD:PRES ATV16, 2.66409e+06" OUTPUT 719;"sens:ddemod:pres TETRA, 8.70895e+06" Attribute Summary: Option: AYA (vector modulation analysis) and B7A (Enhanced Data rates for GSM gsm Evolution (EDGE)) or B73 (Digital Wideband CDMA analysis (W-CDMA)) or B79 (Digital ARIB 1.0-1.2 W-CDMA analysis) or...
Page 316: [Sense:]Ddemod:psk:nstate
Command Reference [SENSe:]DDEMod:PSK:NSTate command/query Specifies the number of states in the PSK modulation format. Command Syntax: [SENSe:]DDEMod:PSK:NSTate <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 2:8 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":ddem:psk:nstate 2" OUTPUT 719;"Sens:Ddemod:Psk:Nst 8" Query Syntax: [SENSe:]DDEMod:PSK:NSTate? Return Format:...
Page 317: [Sense:]Ddemod:qam:nstate
Command Reference [SENSe:]DDEMod:QAM:NSTate command/query Specifies the number of states in the QAM modulation format. Command Syntax: [SENSe:]DDEMod:QAM:NSTate <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 16:256 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENSE:DDEM:QAM:NST 16" OUTPUT 719;"ddem:qam:nst 32" Query Syntax: [SENSe:]DDEMod:QAM:NSTate? Return Format:...
Page 318: [Sense:]Ddemod:qpsk:format
Command Reference [SENSe:]DDEMod:QPSK:FORMat command/query Specifies the form of QPSK modulation format. Command Syntax: [SENSe:]DDEMod:QPSK:FORMat NORMal|OFFSet|DIFFerential|DPI4 Example Statements: OUTPUT 719;"Sense:Ddem:Qpsk:Format NORMAL" OUTPUT 719;"DDEM:QPSK:FORM OFFSET" Query Syntax: [SENSe:]DDEMod:QPSK:FORMat? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific...
Page 319: [Sense:]Ddemod:search:pulse:state
Command Reference [SENSe:]DDEMod:SEARch:PULSe:STATe command/query Turns pulse search on or off. Command Syntax: [SENSe:]DDEMod:SEARch:PULSe:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;":ddem:search:puls:state OFF" OUTPUT 719;"Sens:Ddem:Search:Puls:State ON" Query Syntax: [SENSe:]DDEMod:SEARch:PULSe:STATe? Return Format: Integer Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description:...
Page 320: [Sense:]Ddemod:search:sync:offset
Command Reference [SENSe:]DDEMod:SEARch:SYNC:OFFSet command/query Specifies the offset for sync search in digital demodulation. Command Syntax: [SENSe:]DDEMod:SEARch:SYNC:OFFSet <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: depends on configuration <unit> ::= SYM <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DDEM:SEAR:SYNC:OFFS 14"...
Page 321: [Sense:]Ddemod:search:sync:pattern
Command Reference [SENSe:]DDEMod:SEARch:SYNC:PATTern command/query Specifies the sync pattern for digital demodulation. Command Syntax: [SENSe:]DDEMod:SEARch:SYNC:PATTern <STRING> Example Statements: OUTPUT 719;"SENS:DDEM:SEAR:SYNC:PATT ‘1010100100011101111001001010’" OUTPUT 719;"ddemod:sear:sync:patt ‘11001010110100011’" Query Syntax: [SENSe:]DDEMod:SEARch:SYNC:PATTern? Return Format: STRING Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific...
Page 322: [Sense:]Ddemod:search:sync:state
Command Reference [SENSe:]DDEMod:SEARch:SYNC:STATe command/query Turns sync search on or off. Command Syntax: [SENSe:]DDEMod:SEARch:SYNC:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"SENS:DDEM:SEARCH:SYNC:STATE OFF" OUTPUT 719;"ddem:sear:sync:stat ON" Query Syntax: [SENSe:]DDEMod:SEARch:SYNC:STATe? Return Format: Integer Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description:...
Page 323: [Sense:]Ddemod:search:time
Command Reference [SENSe:]DDEMod:SEARch:TIME command/query Specifies the amount of data that is demodulated. Command Syntax: [SENSe:]DDEMod:SEARch:TIME <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: depends on configuration <unit> ::= S|SYM <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"sens:ddem:search:time +6.70781893E-3S"...
Page 324: [Sense:]Ddemod:select
Command Reference [SENSe:]DDEMod:SELect command/query Selects base-station W-CDMA measurements when the instrument mode is Wideband CDMA. Command Syntax: [SENSe:]DDEMod:SELect BASE|A1For|TFOR|SOR Example Statements: OUTPUT 719;":Ddemod:Sel TFOR" OUTPUT 719;"SENS:DDEMOD:SEL TFOR" Query Syntax: [SENSe:]DDEMod:SELect? Return Format: CHAR Attribute Summary: Option: B73 (Digital Wideband CDMA analysis (W-CDMA))or B79 (Digital ARIB 1.0-1.2 W-CDMA analysis) or 080 (Digital 3GPP W-CDMA analysis) Synchronization Required:...
Page 325: [Sense:]Ddemod:srate
Command Reference [SENSe:]DDEMod:SRATe command/query Specifies the digital modulation symbol rate. Command Syntax: [SENSe:]DDEMod:SRATe <param> <param> <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: depends on configuration <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":ddem:srate 2.43e4" OUTPUT 719;"Sens:Ddem:Srate 270833 HZ"...
Page 326: [Sense:]Ddemod:time
Command Reference [SENSe:]DDEMod:TIME command/query Specifies how much demodulated data is displayed. Command Syntax: [SENSe:]DDEMod:TIME <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: depends on configuration <unit> ::= SYM <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENS:DDEMOD:TIME 1.56e2"...
Page 327: [Sense:]Ddemod:time:cchannel
Command Reference [SENSe:]DDEMod:TIME:CCHannel command/query Sets the code channel for Wideband CDMA analysis. Command Syntax: [SENSe:]DDEMod:TIME:CCHannel {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:2047 <unit> ::= [CODE] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"sense:ddem:time:cchannel 0" OUTPUT 719;"Ddem:Time:Cch 0" Query Syntax: [SENSe:]DDEMod:TIME:CCHannel? Return Format:...
Page 328: [Sense:]Ddemod:time:clayer
Command Reference [SENSe:]DDEMod:TIME:CLAYer command/query Sets the code layer for Wideband CDMA analysis. Command Syntax: [SENSe:]DDEMod:TIME:CLAYer <number>|<bound> <number> ::= a real number (NRf data) limits: 8000:4096000 <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":DDEM:TIME:CLAY 8000" OUTPUT 719;"sense:ddem:time:clayer 2048000" Query Syntax: [SENSe:]DDEMod:TIME:CLAYer? Return Format: Integer Attribute Summary: Option:...
Page 329: [Sense:]Ddemod:time:gate:delay
Command Reference [SENSe:]DDEMod:TIME:GATE:DELay command/query Sets the gate delay when time gating is on for Wideband CDMA measurements. Command Syntax: [SENSe:]DDEMod:TIME:GATE:DELay {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:15 slots <unit> ::= [S|SLOT] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Sens:Ddemod:Time:Gate:Delay 0"...
Page 330: [Sense:]Ddemod:time:gate[:Span]
Command Reference [SENSe:]DDEMod:TIME:GATE[:SPAN] command/query Sets the gate length (span) when time gating is on for Wideband CDMA measurements. Command Syntax: [SENSe:]DDEMod:TIME:GATE[:SPAN] {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 1:16 slots <unit> ::= [S|SLOT] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":ddemod:time:gate 1"...
Page 331: [Sense:]Ddemod:time:gate:state
Command Reference [SENSe:]DDEMod:TIME:GATE:STATe command/query Turns time gating on or off for Wideband CDMA measurements. Command Syntax: [SENSe:]DDEMod:TIME:GATE:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"SENS:DDEM:TIME:GATE:STATE OFF" OUTPUT 719;"ddem:time:gate:stat ON" Query Syntax: [SENSe:]DDEMod:TIME:GATE:STATe? Return Format: Integer Attribute Summary: Option: B73 (Wideband CDMA analysis) Synchronization Required: Preset State: not applicable SCPI Compliance:...
Page 332: [Sense:]Ddemod:vsb:nstate
Command Reference [SENSe:]DDEMod:VSB:NSTate command/query Specifies the number of states in the VSB modulation format. Command Syntax: [SENSe:]DDEMod:VSB:NSTate <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 8:16 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENSE:DDEM:VSB:NST 8" OUTPUT 719;"ddem:VSB:nst 16" Query Syntax: [SENSe:]DDEMod:VSB:NSTate? Return Format:...
Page 333: [Sense:]Ddemod:wcdma:filter:alpha
Command Reference [SENSe:]DDEMod:WCDMa:FILTer:ALPHa command/query Sets the alpha of the root-cosine filter used in W-CDMA measurements. Command Syntax: [SENSe:]DDEMod:WCDMa:FILTer:ALPHa <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: .05:100 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Ddemod:Wcdm:Filt:Alpha 0" OUTPUT 719;"SENS:DDEMOD:WCDM:FILT:ALPHA 0" Query Syntax: [SENSe:]DDEMod:WCDMa:FILTer:ALPHa? Return Format:...
Page 334: [Sense:]Demod
Command Reference [SENSe:]DEMod[1|2] command/query Selects the demodulation result. Command Syntax: [SENSe:]DEMod[1|2] OFF|0|AM|PM|FM|BASeband Example Statements: OUTPUT 719;"sens:demod2 BASEBAND" OUTPUT 719;"Dem AM" Query Syntax: [SENSe:]DEMod[1|2]? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: OFF|0 turns demodulation off.
Page 335: [Sense:]Demod:carrier:auto
Command Reference [SENSe:]DEMod[1|2]:CARRier:AUTO command/query Turns automatic carrier compensation on and off. Command Syntax: [SENSe:]DEMod[1|2]:CARRier:AUTO OFF|0|ON|1 Example Statements: OUTPUT 719;":DEM2:CARRIER:AUTO OFF" OUTPUT 719;"sense:dem:carr:auto OFF" Query Syntax: [SENSe:]DEMod[1|2]:CARRier:AUTO? Return Format: Integer Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: +1 (ON) SCPI Compliance: instrument-specific...
Page 336: [Sense:]Demod:carrier:auto:pm
Command Reference [SENSe:]DEMod[1|2]:CARRier:AUTO:PM command/query Specifies the type of automatic carrier compensation for PM demod. Command Syntax: [SENSe:]DEMod[1|2]:CARRier:AUTO:PM PAFReq|PHASe Example Statements: OUTPUT 719;"Sens:Demod:Carr:Auto:Pm PAFREQ" OUTPUT 719;"DEM2:CARRIER:AUTO:PM PAFREQ" Query Syntax: [SENSe:]DEMod[1|2]:CARRier:AUTO:PM? Return Format: CHAR Attribute Summary: Option: AYA (vector modulation analysis) Synchronization Required: Preset State: PAFR SCPI Compliance:...
Page 337: [Sense:]Demod:carrier:freq
Command Reference [SENSe:]DEMod[1|2]:CARRier:FREQ? query Query the results of the demod carrier display. Query Syntax: [SENSe:]DEMod[1|2]:CARRier:FREQ? Example Statements: OUTPUT 719;":demod2:carr:freq?" OUTPUT 719;"Sens:Dem:Carrier:Freq?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: The instrument mode must be demod and DISP:WIND:TRAC:DCARR must be ON for there to be data available for this query.
Page 338: [Sense:]Detector[:Function]
Command Reference [SENSe:]DETector[:FUNCtion] command/query Selects the detector method used. Command Syntax: [SENSe:]DETector[:FUNCtion] SIGNal|SAMPle|POSitive Example Statements: OUTPUT 719;"SENSE:DET:FUNC SAMPLE" OUTPUT 719;"detector SIGNAL" Query Syntax: [SENSe:]DETector[:FUNCtion]? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: The detector function operates only in scaler instrument mode and only when there are more data points than display points.
Page 339: [Sense:]Feed
Command Reference [SENSe:]FEED command/query Specifies input to be either time capture or receiver channel input. Command Syntax: [SENSe:]FEED ‘INPut’|’TCAPure’ Example Statements: OUTPUT 719;":feed ‘INPUT’" OUTPUT 719;"Sense:Feed ‘TCAPTURE’" Query Syntax: [SENSe:]FEED? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: When time capture is selected, the analyzer is configured to capture time data and store it in...
Page 340: [Sense:]Frequency:baseband
Command Reference [SENSe:]FREQuency:BASeband command/query Specifies either zoomed or baseband operation for vector measurements. Command Syntax: [SENSe:]FREQuency:BASeband OFF|0|ON|1 Example Statements: OUTPUT 719;":Freq:Baseband ON" OUTPUT 719;"SENS:FREQ:BASEBAND OFF" Query Syntax: [SENSe:]FREQuency:BASeband? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: This command has no effect if INST:SEL is ADEM, DDEM, or SCAL or if ROUT:REC is RF2, COMB, or EXT.
Page 341: [Sense:]Frequency:center
Command Reference [SENSe:]FREQuency:CENTer command/query Specifies the center frequency for the current measurement. Command Syntax: [SENSe:]FREQuency:CENTer <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table in description) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Sense:Freq:Cent 2e6"...
Page 342: [Sense:]Frequency:center:track
Command Reference [SENSe:]FREQuency:CENTer:TRACk command/query Activates signal tracking for either input channel or turns it off. Command Syntax: [SENSe:]FREQuency:CENTer:TRACk INP1|INP2|OFF|0 Example Statements: OUTPUT 719;"Sense:Freq:Cent:Track INP1" OUTPUT 719;"FREQ:CENTER:TRAC OFF" Query Syntax: [SENSe:]FREQuency:CENTer:TRACk? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: When signal tracking is enabled, the analyzer adjusts the value of the center frequency to keep...
Page 343: [Sense:]Frequency:external:bandwidth
Command Reference [SENSe:]FREQuency:EXTernal:BANDwidth command/query Specifies the bandwidth of the external downconverter signal. Command Syntax: [SENSe:]FREQuency:EXTernal:BANDwidth <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":SENSE:FREQ:EXT:BANDWIDTH 3 MHZ"...
Page 344: [Sense:]Frequency:external:center
Command Reference [SENSe:]FREQuency:EXTernal:CENTer command/query Specifies the center frequency of the external downconverter signal. Command Syntax: [SENSe:]FREQuency:EXTernal:CENTer <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Freq:External:Cent 5.6 MHZ"...
Page 345: [Sense:]Frequency:external:communicate
Command Reference [SENSe:]FREQuency:EXTernal:COMMunicate command/query Enables or disables the remote control of an external RF or microwave analyzer. Command Syntax: [SENSe:]FREQuency:EXTernal:COMMunicate OFF|0|ON|1 Example Statements: OUTPUT 719;"sens:frequency:ext:comm ON" OUTPUT 719;"Frequency:Ext:Communicate OFF" Query Syntax: [SENSe:]FREQuency:EXTernal:COMMunicate? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by preset SCPI Compliance: instrument-specific...
Page 346: [Sense:]Frequency:external:communicate:address
Command Reference [SENSe:]FREQuency:EXTernal:COMMunicate:ADDRess command/query Specifies the address of the external analyzer used as a downconverter. Command Syntax: [SENSe:]FREQuency:EXTernal:COMMunicate:ADDress <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:30 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":FREQ:EXT:COMMUNICATE:ADDR 8" OUTPUT 719;"sense:freq:ext:communicate:addr 15"...
Page 347: [Sense:]Frequency:external:maximum
Command Reference [SENSe:]FREQuency:EXTernal:MAXimum command/query Specifies the the maximum frequency to which an external receiver can be tuned. Command Syntax: [SENSe:]FREQuency:EXTernal:MAXimum <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= HZ <step> ::= UP|DOWN <bound>...
Page 348: [Sense:]Frequency:external:minimum
Command Reference [SENSe:]FREQuency:EXTernal:MINimum command/query Specifies the the minimum frequency to which an external receiver can be tuned. Command Syntax: [SENSe:]FREQuency:EXTernal:MINimum <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= HZ <step> ::= UP|DOWN <bound>...
Page 349: [Sense:]Frequency:external:mirror
Command Reference [SENSe:]FREQuency:EXTernal:MIRRor command/query Lets you reverse the spectrum when using the external or ch1+j*ch2 receiver. Command Syntax: [SENSe:]FREQuency:EXTernal:MIRRor OFF|0|ON|1 Example Statements: OUTPUT 719;"Sense:Freq:Ext:Mirror OFF" OUTPUT 719;"FREQ:EXTERNAL:MIRR ON" Query Syntax: [SENSe:]FREQuency:EXTernal:MIRRor? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific...
Page 350: [Sense:]Frequency:manual
Command Reference [SENSe:]FREQuency:MANual command/query This command specifies the frequency when manual sweep is active. Command Syntax: [SENSe:]FREQuency:MANual <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table in description) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"Sens:Frequency:Man 5.00e3"...
Page 351: [Sense:]Frequency:span
Command Reference [SENSe:]FREQuency:SPAN command/query Specifies the frequency span to be measured. Command Syntax: [SENSe:]FREQuency:SPAN <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table in description) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"frequency:span 2e6"...
Page 352: [Sense:]Frequency:span:full
Command Reference [SENSe:]FREQuency:SPAN:FULL command Sets the analyzer to the widest frequency span possible. Command Syntax: [SENSe:]FREQuency:SPAN:FULL Example Statements: OUTPUT 719;":freq:span:full" OUTPUT 719;"Sense:Freq:Span:Full" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: Sets the maximum frequency span possible, depending on instrument mode. For the 89410A: When ROUT:REC is not COMB, full span is 10 MHz.
Page 353: [Sense:]Frequency:span:pchirp
Command Reference [SENSe:]FREQuency:SPAN:PCHirp command/query Determines the period of the periodic chirp source type. Command Syntax: [SENSe:]FREQuency:SPAN:PCHirp EXACt|NEARest Example Statements: OUTPUT 719;"SENS:FREQUENCY:SPAN:PCH NEAREST" OUTPUT 719;"frequency:span:pchirp NEAREST" Query Syntax: [SENSe:]FREQuency:SPAN:PCHirp? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This feature is active only when the source type is periodic chirp, RBW mode is arb, and RBW...
Page 354: [Sense:]Frequency:span:wide
Command Reference [SENSe:]FREQuency:SPAN:WIDE command/query Applicable only to Agilent 89441A analyzers that have option AYH; extends the maximum frequency span to 8 MHz. Command Syntax: [SENSe:]FREQuency:SPAN:WIDE OFF|0|ON|1 Example Statements: OUTPUT 719;":Freq:Span:Wide OFF" OUTPUT 719;"SENS:FREQUENCY:SPAN:WIDE ON" Query Syntax: [SENSe:]FREQuency:SPAN:WIDE? Return Format: Integer Attribute Summary: Option: AYA (Vector Modulation Analysis) and AYH (Digital Video...
Page 355: [Sense:]Frequency:start
Command Reference [SENSe:]FREQuency:STARt command/query Defines the start (lowest) frequency for the measurement band. Command Syntax: [SENSe:]FREQuency:STARt <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table in description) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENS:FREQUENCY:STAR 50000"...
Page 356: [Sense:]Frequency:step:auto
Command Reference [SENSe:]FREQuency:STEP:AUTO command/query Specifies whether step size is automatic or not. Command Syntax: [SENSe:]FREQuency:STEP:AUTO OFF|0|ON|1 Example Statements: OUTPUT 719;"sense:freq:step:auto ON" OUTPUT 719;"Freq:Step:Auto ON" Query Syntax: [SENSe:]FREQuency:STEP:AUTO? Return Format: Integer, Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: When step size is automatic (AUTO ON), the step size is determined by the analyzer for center frequency, start frequency, stop frequency, source-sine frequency, and manual-sweep frequency.
Page 357: [Sense:]Frequency:step[:Increment]
Command Reference [SENSe:]FREQuency:STEP[:INCRement] command/query Specifies the step size to be used for changing frequency parameters. Command Syntax: [SENSe:]FREQuency:STEP[:INCRement] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table in description) <unit> ::= HZ <step> ::= UP|DOWN <bound>...
Page 358: [Sense:]Frequency:stop
Command Reference [SENSe:]FREQuency:STOP command/query Specifies the stop (highest) frequency in the measurement band. Command Syntax: [SENSe:]FREQuency:STOP <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table in description) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENS:FREQUENCY:STOP 50000"...
Page 359: [Sense:]Sweep:mode
Command Reference [SENSe:]SWEep[1|2]:MODE command/query Selects between automatic (linear) and manual sweep. Command Syntax: [SENSe:]SWEep[1|2]:MODE AUTO|MANual Example Statements: OUTPUT 719;"Sens:Swe2:Mode AUTO" OUTPUT 719;"SWE2:MODE MANUAL" Query Syntax: [SENSe:]SWEep[1|2]:MODE? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: AUTO SCPI Compliance: confirmed Description: Manual sweep is used to make a measurement at a single frequency.
Page 360: [Sense:]Sweep:overlap
Command Reference [SENSe:]SWEep[1|2]:OVERlap command/query Specifies how much (consecutive) time blocks are allowed to overlap when averaging is on. Command Syntax: [SENSe:]SWEep[1|2]:OVERlap <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRF data) limits: 0:99.99 <unit> ::= PCT <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENSE:SWE:OVER 30PCT"...
Page 361: [Sense:]Sweep:points
Command Reference [SENSe:]SWEep[1|2]:POINts command/query Specifies the number of alias-protected frequency points. Command Syntax: [SENSe:]SWEep:POINts <number>|<step>|<bound> <number> ::= 51|101|201|401|801|1601|3201 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Sweep:Poin 101" OUTPUT 719;"SENS:SWEEP:POIN 801" Query Syntax: [SENSe:]SWEep[1|2]:POINts? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance:...
Page 362: [Sense:]Sweep:time:delay
Command Reference [SENSe:]SWEep[1|2]:TIME:DELay command/query Specifies the delay between the trigger and the beginning of the time record. Command Syntax: [SENSe:]SWEep[1|2]:TIME:DELay <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see discussion) <unit> ::= S <step> ::= UP|DOWN <bound>...
Page 363: [Sense:]Sweep:time:gate:delay
Command Reference [SENSe:]SWEep[1|2]:TIME:GATE:DELay command/query Specifies when the time gate begins relative to the beginning of the main time record. Command Syntax: [SENSe:]SWEep[1|2]:TIME:GATE:DELay <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see discussion) <unit> ::= S <step> ::= UP|DOWN <bound>...
Page 364: [Sense:]Sweep:time:gate:delay:step[:Increment]
Command Reference [SENSe:]SWEep[1|2]:TIME:GATE:DELay:STEP[:INCRement] command/query Specifies the step size used to increment or decrement the time gate delay. Command Syntax: [SENSe:]SWEep[1|2]:TIME:GATE:DELay:STEP[:INCRement] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see discussion) <unit> ::= S <step> ::= UP|DOWN <bound>...
Page 365: [Sense:]Sweep:time:gate[:Span]
Command Reference [SENSe:]SWEep[1|2]:TIME:GATE[:SPAN] command/query Specifies the gate time length, in seconds. Command Syntax: [SENSe:]SWEep:TIME:GATE[:SPAN] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see discussion) <unit> ::= S <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENSE:SWE2:TIME:GATE:SPAN 5E-6" OUTPUT 719;"sweep:time:gate 74 ms"...
Page 366: [Sense:]Sweep:time:gate:state
Command Reference [SENSe:]SWEep[1|2]:TIME:GATE:STATe command/query Turns time gating on or off. Command Syntax: [SENSe:]SWEep[1|2]:TIME:GATE:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"SENSE:SWE2:TIME:GATE:STAT OFF" OUTPUT 719;"sweep2:time:gate:stat ON" Query Syntax: [SENSe:]SWEep[1|2]:TIME:GATE:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific Description: When the gate is ON, frequency analysis is performed on the gate time record.
Page 367: [Sense:]Sweep:time:overlap
Command Reference [SENSe:]SWEep[1|2]:TIME:OVERlap command/query Specifies how much (consecutive) time blocks are allowed to overlap when averaging is off. Command Syntax: [SENSe:]SWEep[1|2]:TIME:OVERlap {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:99.99 <unit> ::= [PCT] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Swe2:Time:Over 40.2607"...
Page 368: [Sense:]Sweep:time:resolution:auto
Command Reference [SENSe:]SWEep[1|2]:TIME:RESolution:AUTO command/query Automatically reduces span as time record length is increased past the point where the existing span accommodates the requested time record length. Command Syntax: [SENSe:]SWEep[1|2]:TIME:RESolution:AUTO OFF|0|ON|1 Example Statements: OUTPUT 719;"sens:sweep:time:res:auto OFF" OUTPUT 719;"Swe:Time:Res:Auto OFF" Query Syntax: [SENSe:]SWEep[1|2]:TIME:RESolution:AUTO? Return Format: Integer...
Page 369: [Sense:]Sweep:time[:Span]
Command Reference [SENSe:]SWEep[1|2]:TIME[:SPAN] command/query Specifies the time record length, also known as main time length. Command Syntax: [SENSe:]SWEep[1|2]:TIME[:SPAN] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see description) <unit> ::= S <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":SWEEP2:TIME (SWE2:TIME:gate?)"...
Page 370: [Sense:]Tcapture:abort
Command Reference [SENSe:]TCAPture[1|2]:ABORt command Stops a time capture that is in progress. Command Syntax: [SENSe:]TCAPture[1|2]:ABORt Example Statements: OUTPUT 719;":TCAPTURE2:ABOR" OUTPUT 719;"sense:tcap:abor" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command aborts filling the time capture buffer for both channel inputs, regardless of the channel specified in the TCAP node.
Page 371: [Sense:]Tcapture:direction
Command Reference [SENSe:]TCAPture[1|2]:DIRection command/query Specifies the time capture playback direction. Command Syntax: [SENSe:]TCAPture[1|2]:DIRection FORWard|REVerse Example Statements: OUTPUT 719;"Sense:Tcap:Direction REVERSE" OUTPUT 719;"TCAP:DIR REVERSE" Query Syntax: [SENSe:]TCAPture[1|2]:DIRection? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific...
Page 372: [Sense:]Tcapture[:Immediate]
Command Reference [SENSe:]TCAPture[1|2][:IMMediate] command Begins a time capture. Command Syntax: [SENSe:]TCAPture[1|2][:IMMediate] Example Statements: OUTPUT 719;":tcapture2" OUTPUT 719;"Sens:Tcapture:Imm" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This command initiates filling the time capture buffer for both channel inputs, regardless of the channel specified in the TCAP node.
Page 373: [Sense:]Tcapture:length
Command Reference [SENSe:]TCAPture[1|2]:LENGth command/query Sets the length of the time capture record. Command Syntax: [SENSe:]TCAPture[1|2]:LENGth <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see discussion) <unit> ::= S|POINTS|RECORDS <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SENS:TCAPTURE:LENG 0"...
Page 374: [Sense:]Tcapture:position
Command Reference [SENSe:]TCAPture[1|2]:POSition? query Returns the current position in the time capture buffer. Query Syntax: [SENSe:]TCAPture[1|2]:POSition? Example Statements: OUTPUT 719;":Tcap2:Position?" OUTPUT 719;"SENS:TCAPTURE:POS?" Return Format: Real Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific...
Page 375: [Sense:]Tcapture:range
Command Reference [SENSe:]TCAPture[1|2]:RANGe command/query Specifies range value for time capture data. Command Syntax: [SENSe:]TCAPture[1|2]:RANGe <number>|<bound> <number> ::= a real number (NRf data) limits: 1.0E-20:1.0E20 <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"sens:tcapture2:rang 4.01739e+19" OUTPUT 719;"Tcapture2:Rang 9.85167e+19" Query Syntax: [SENSe:]TCAPture[1|2]:RANGe? Return Format: Real Attribute Summary: Synchronization Required:...
Page 376: [Sense:]Tcapture:start
Command Reference [SENSe:]TCAPture[1|2]:STARt command/query Specifies the position in the time capture buffer to begin analysis. Command Syntax: [SENSe:]TCAPture[1|2]:STARt <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (depends on configuration) <unit> ::= S|POINTS|RECORDS <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":TCAP2:START 0"...
Page 377: [Sense:]Tcapture:stop
Command Reference [SENSe:]TCAPture[1|2]:STOP command/query Specifies the position in the waveform capture buffer to end analysis. Command Syntax: [SENSe:TCAPture[1|2]:STOP <param> <param> ::= <number>[unit]|<step>|<bound> <number> ::= a real number (NRf data) limits: (limits depend on configuration) <unit> ::= S|POINTS|RECORDS <step> ::= UP|DOWN <bound>...
Page 378: [Sense:]Voltage[:Dc]:Range:auto
Command Reference [SENSe:]VOLTage[1|2][:DC]:RANGe:AUTO command/query Turns autoranging on or off. Command Syntax: [SENSe:]VOLTage[1|2][:DC]:RANGe:AUTO OFF|0|ON|1|ONCE Example Statements: OUTPUT 719;":volt2:range:auto OFF" OUTPUT 719;"Sense:Volt:Dc:Range:Auto OFF" Query Syntax: [SENSe:]VOLTage[1|2][:DC]:RANGe:AUTO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: confirmed Description: Related commands: To set the autorange direction, use SENS:VOLT:RANG:AUTO:DIR.
Page 379: [Sense:]Voltage[:Dc]:Range:auto:direction
Command Reference [SENSe:]VOLTage[1|2][:DC]:RANGe:AUTO:DIRection command/query Sets the direction in which the range setting may be changed when autoranging is active. Command Syntax: [SENSe:]VOLTage[1|2][:DC]:RANGe:AUTO:DIRection UP|EITHer Example Statements: OUTPUT 719;"SENSE:VOLT:DC:RANGE:AUTO:DIRECTION EITHER" OUTPUT 719;"volt2:rang:auto:dir EITHER" Query Syntax: [SENSe:]VOLTage[1|2][:DC]:RANGe:AUTO:DIRection? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: EITH SCPI Compliance:...
Page 380: [Sense:]Voltage[:Dc]:Range:unit:voltage
Command Reference [SENSe:]VOLTage[1|2][:DC]:RANGe:UNIT:VOLTage command/query Sets or queries the input range unit. Command Syntax: [SENSe:]VOLTage[1|2][:DC]:RANGe:UNIT:VOLTage <param> <param> ::= dBm|dBV|dBVrms|dBVpk|V|Vpk|Vrms|W|Wrms Example Statements: OUTPUT 719;":Voltage:Rang:Unit:Voltage W" OUTPUT 719;"SENS:VOLTAGE:DC:RANG:UNIT:VOLT dBVpk" Query Syntax: [SENSe:]VOLTage[1|2][:DC]:RANGe:UNIT:VOLTage? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed...
Page 381: [Sense:]Voltage[:Dc]:Range[:Upper]
Command Reference [SENSe:]VOLTage[1|2][:DC]:RANGe[:UPPer] command/query Specifies the upper limit of the analyzer input’s sensitivity range. Command Syntax: [SENSe:]VOLTage[1|2][:DC]:RANGe[:UPPer] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table) <unit> ::= dBm|dBV|dBVrms|dBVpk|V|Vpk|Vrms|W|Wrms <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"sense:volt:dc:range:upp 0"...
Page 382: [Sense:]Voltage:protection:clear
Command Reference [SENSe:]VOLTage[1|2]:PROTection:CLEar command Resets the analyzer’s input-protection relay. Command Syntax: [SENSe:]VOLTage[1|2]:PROTection:CLEar Example Statements: OUTPUT 719;":VOLT:PROTECTION:CLE" OUTPUT 719;"sense:volt:prot:clear" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: The input-protection relay is tripped (opened) when the signal at the input connector is significantly above the maximum input range.
Page 383: [Sense:]Window:gate
Command Reference [SENSe:]WINDow:GATE command/query Selects the FFT window type for gated data. Command Syntax: [SENSe:]WINDow:GATE UNIForm|FLATtop|HANNing|GTOP Example Statements: OUTPUT 719;"Sens:Window:Gate FLATTOP" OUTPUT 719;"WIND:GATE UNIFORM" Query Syntax: [SENSe:]WINDow:GATE? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: FLAT SCPI Compliance: instrument-specific Description: UNIF specifies the uniform window for the active input channels.
Page 384: [Sense:]Window:gate:coupling
Command Reference [SENSe:]WINDow:GATE:COUPling command/query Specifies whether or not the gated-time window type tracks the main-time window type. Command Syntax: [SENSe:]WINDow:GATE:COUPling OFF|0|ON|1 Example Statements: OUTPUT 719;":wind:gate:coup ON" OUTPUT 719;"Sens:Window:Gate:Coupling ON" Query Syntax: [SENSe:]WINDow:GATE:COUPling? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: 1 (ON) SCPI Compliance: instrument-specific...
Page 385: [Sense:]Window[:Type]
Command Reference [SENSe:]WINDow[:TYPE] command/query Selects the FFT window type. Command Syntax: [SENSe:]WINDow[:TYPE] UNIForm|FLATtop|HANNing|GTOP Example Statements: OUTPUT 719;"SENS:WIND:TYPE UNIFORM" OUTPUT 719;"wind GTOP" Query Syntax: [SENSe:]WINDow[:TYPE]? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: FLAT SCPI Compliance: instrument-specific Description: UNIF specifies the uniform window for the active input channels. The window’s rectangular shape does not attenuate any portion of the time record.
Page 386: Source:frequency[:Cw]
Command Reference SOURce:FREQuency[:CW] command/query Specifies the frequency for the fixed sine source type. Command Syntax: SOURce:FREQuency[:CW] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:10e+6 (see restriction in description) <unit> ::= HZ <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SOUR:FREQ 5 MHz"...
Page 387: Source:frequency:offset
Command Reference SOURce:FREQuency:OFFSet command/query Specifies the offset frequency (from IF center) for the fixed sine source type. Command Syntax: SOURce:FREQuency:OFFSet <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.5 MHz:3.5 MHz <unit> ::= HZ <step> ::= UP|DOWN <bound>...
Page 388: Source:function[:Shape]
Command Reference SOURce:FUNCtion[:SHAPe] command/query Selects the source output signal type. Command Syntax: SOURce:FUNCtion[:SHAPe] SINusoid|USER|RANDom|PCHirp Example Statements: OUTPUT 719;":SOUR:FUNCTION USER" OUTPUT 719;"sour:function:shap SINUSOID" Query Syntax: SOURce:FUNCtion[:SHAPe]? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: After preset and when power is first turned on, the source is off. The OUTP 1 command may be used to turn it on.
Page 389: Source:function:user:feed
Command Reference SOURce:FUNCtion:USER:FEED command/query Selects one of six data registers containing user-defined source signals. Command Syntax: SOURce:FUNCtion:USER:FEED <string> <string> ::= ‘D1’|’D2’|’D3’|’D4’|’D5’|’D6’ Example Statements: OUTPUT 719;"SOUR:FUNCTION:USER:FEED ‘D3’" OUTPUT 719;"source:func:user:feed ‘D1’" Query Syntax: SOURce:FUNCtion:USER:FEED? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description:...
Page 390: Source:ifinput:state
Command Reference SOURce:IFINput:STATe command/query Selects a stimulus for the analyzer’s RF source. Command Syntax: SOURce:IFINput:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"Sour:Ifinput:Stat ON" OUTPUT 719;"SOURCE:IFIN:STAT ON" Query Syntax: SOURce:IFINput:STATe? Return Format: Integer Attribute Summary: Option: AY8 (Internal RF Source) Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description:...
Page 391: Source:rf
Command Reference SOURce:RF command/query Switches the source output range between 0–10 MHz and RF (GHz)./ Command Syntax: SOURce:RF OFF|0|ON|1 Example Statements: OUTPUT 719;":source:rf OFF" OUTPUT 719;"Source:Rf ON" Query Syntax: SOURce:RF? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: instrument-specific Description: This command is available only for the 89441A and only if the optional RF source (AY8) is...
Page 392: Source:user:repeat
Command Reference SOURce:USER:REPeat command/query Specifies whether the arbitrary and chirp source signals occur once (data record played once) or repeatedly. Command Syntax: SOURce:USER:REPeat OFF|0|ON|1 Example Statements: OUTPUT 719;"SOUR:USER:REP ON" OUTPUT 719;"source:user:rep ON" Query Syntax: SOURce:USER:REPeat? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance:...
Page 393: Source:voltage[:Level][:Immediate][:Amplitude]
Command Reference SOURce:VOLTage[:LEVel][:IMMediate][:AMPLitude] command/query Specifies the source output level. Command Syntax: SOURce:VOLTage[:LEVel][:IMMediate][:AMPLitude] <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (see table) <unit> ::= dBm|dBV|dBVrms|dBVpk|V|Vpk|Vrms|W|Wrms <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"SOUR:VOLTAGE:LEV:IMM:AMPLITUDE -10DBM" OUTPUT 719;"sour:volt .1V"...
Page 394 Command Reference For the Agilent 89441A, you can set the source output level as high as +23 dBm. However, the output level for the Agilent 89441A is specified only to +13 dBm. Source performance is not specified beyond +13 dBm. For additional details, see the specifications shipped with the Agilent 89441A Installation &...
Page 395: Source:voltage[:Level][:Immediate]:Offset
Command Reference SOURce:VOLTage[:LEVel][:IMMediate]:OFFSet command/query Specifies the source output dc offset in volts. Command Syntax: SOURce:VOLTage[:LEVel][:IMMediate]:OFFSet <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: -3.42:+3.42 <unit> ::= V <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Source:Volt:Offset 0" OUTPUT 719;"SOUR:VOLT:LEVEL:IMM:OFFSET 0"...
Page 396: Source:voltage[:Level]:Unit:voltage
Command Reference SOURce:VOLTage[:LEVel]:UNIT:VOLTage command/query Sets or queries the source level unit. Command Syntax: SOURce:VOLTage[:LEVel]:UNIT:VOLTage <param> <param> ::= dBm|dBV|dBVrms|dBVpk|V|Vpk|Vrms|W|Wrms Example Statements: OUTPUT 719;"sour:volt:level:unit:voltage Wrms" OUTPUT 719;"Sour:Volt:Unit:Volt Vrms" Query Syntax: SOURce:VOLTage[:LEVel]:UNIT:VOLTage? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed...
Page 397: Source:voltage:protection:clear
Command Reference SOURce:VOLTage:PROTection:CLEar command Clears the source output protection circuitry. Command Syntax: SOURce:VOLTage:PROTection:CLEar Example Statements: OUTPUT 719;":SOURCE:VOLT:PROT:CLEAR" OUTPUT 719;"sour:voltage:prot:cle" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: The source-protection relay opens when approximately ±13 volts or greater is applied to the SOURCE BNC connector.
Page 398: Status:device:condition
Command Reference STATus:DEVice:CONDition? query Reads and clears the Device State Condition register. Query Syntax: STATus:DEVice:CONDition? Example Statements: OUTPUT 719;"Status:Dev:Condition?" OUTPUT 719;"STAT:DEV:CONDITION?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Device State Condition register.
Page 399: Status:device:enable
Command Reference STATus:DEVice:ENABle command/query Sets and queries bits in the Device State Enable register. Command Syntax: STATus:DEVice:ENABle <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"STAT:DEVICE:ENAB 1024" OUTPUT 719;"stat:device:enab 768" Query Syntax: STATus:DEVice:ENABle? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 400: Status:device[:Event]
Command Reference STATus:DEVice[:EVENt]? query Reads and clears the Device State Event register. Query Syntax: STATus:DEVice[:EVENt]? Example Statements: OUTPUT 719;":stat:device?" OUTPUT 719;"Stat:Dev:Event?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Device State Event register.
Page 401: Status:device:ntransition
Command Reference STATus:DEVice:NTRansition command/query Sets and queries bits in the Device Status Negative Transition register. Command Syntax: STATus:DEVice:NTRansition <number> <number> ::= a real number (NRf data) limtis: 0:32767 Example Statements: OUTPUT 719;":STAT:DEV:NRTRANSITION 67" OUTPUT 719;"stat:device:ptr 4098" Query Syntax: STATus:DEVice:NTRansition? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 402: Status:device:ptransition
Command Reference STATus:DEVice:PTRansition command/query Sets and queries bits in the Device State Positive Transition register. Command Syntax: STATus:DEVice:PTRansition <number> <number> ::= a real number (NRf data) limtis: 0:32767 Example Statements: OUTPUT 719;":STAT:DEV:PRTRANSITION 513" OUTPUT 719;"stat:device:ptr 1025" Query Syntax: STATus:DEVice:PTRansition? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 403: Status:operation:condition
Command Reference STATus:OPERation:CONDition? query Reads the Operational Status Condition register. Query Syntax: STATus:OPERation:CONDition? Example Statements: OUTPUT 719;"STAT:OPERATION:COND?" OUTPUT 719;"stat:operation:cond?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Operational Status Condition register.
Page 404: Status:operation:enable
Command Reference STATus:OPERation:ENABle command/query Sets and queries bits in the Operational Status Enable register. Command Syntax: STATus:OPERation:ENABle <number>|<bound> <number> ::= a real number (NRf data) limits: 0:32767 <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":Status:Oper:Enab 9488" OUTPUT 719;"STATUS:OPER:ENABLE 32231" Query Syntax: STATus:OPERation:ENABle? Return Format: Integer...
Page 405: Status:operation[:Event]
Command Reference STATus:OPERation[:EVENt]? query Reads and clears the Operational Status Event register. Query Syntax: STATus:OPERation[:EVENt]? Example Statements: OUTPUT 719;"stat:oper:event?" OUTPUT 719;"Stat:Operation?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Operational Status Event register.
Page 406: Status:operation:ntransition
Command Reference STATus:OPERation:NTRansition command/query Sets and queries bits in the Operational Status Negative Transition register. Command Syntax: STATus:OPERation:NTRansition <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;":Stat:Operation:Ntr 5" OUTPUT 719;"STAT:OPERATION:NTR 53" Query Syntax: STATus:OPERation:NTRansition? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 407: Status:operation:ptransition
Command Reference STATus:OPERation:PTRansition command/query Sets bits in the Operational Status Positive Transition register. Command Syntax: STATus:OPERation:PTRansition <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"status:oper:ptr 5" OUTPUT 719;"Status:Oper:Ptransition 55" Query Syntax: STATus:OPERation:PTRansition? Return Format: Integer Attribute Summary: Synchronization Required: Preset State:...
Page 408: Status:preset
Command Reference STATus:PRESet command Sets bits in most enable and transition registers to their default state. Command Syntax: STATus:PRESet Example Statements: OUTPUT 719;":STAT:PRES" OUTPUT 719;"status:pres" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: STAT:PRESet effects on the Questionable Voltage and Questionable Frequency register set as followss: Sets all enable register bits to 1.
Page 409: Status:questionable:condition
Command Reference STATus:QUEStionable:CONDition? query Reads and clears the Questionable Status Condition register. Query Syntax: STATus:QUEStionable:CONDition? Example Statements: OUTPUT 719;"Status:Ques:Cond?" OUTPUT 719;"STATUS:QUES:CONDITION?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Questionable Status Condition register.
Page 410: Status:questionable:enable
Command Reference STATus:QUEStionable:ENABle command/query Sets and queries bits in the Questionable Status Enable register. Command Syntax: STATus:QUEStional:ENABle <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;":stat:ques:enable 28055" OUTPUT 719;"Stat:Questionable:Enab 2478" Query Syntax: STATus:QUEStionable:ENABle? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 411: Status:questionable[:Event]
Command Reference STATus:QUEStionable[:EVENt]? query Reads and clears the Questionable Status Event register. Query Syntax: STATus:QUEStionable[:EVENt]? Example Statements: OUTPUT 719;"STAT:QUESTIONABLE:EVEN?" OUTPUT 719;"status:ques?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Questionable Status Event register.
Page 412: Status:questionable:frequency:condition
Command Reference STATus:QUEStionable:FREQuency:CONDition? query Reads and clears the Questionable Frequency Event register. Query Syntax: STATus:QUEStionable:FREQuency:CONDition? Example Statements: OUTPUT 719;":Stat:Questionable:Freq:Condition?" OUTPUT 719;"STAT:QUES:FREQUENCY:COND?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: Note The Questionable Frequency Condition register is automatically cleared after it is read by this query.
Page 413: Status:questionable:frequency:enable
Command Reference STATus:QUEStionable:FREQuency:ENABle command/query Sets and queries bits in the Questionable Frequency Enable register. Command Syntax: STATus:QUEStionable:FREQuency:ENABle <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;":Stat:Ques:Frequency:Enab 27" OUTPUT 719;"STATUS:QUES:FREQ:ENABLE 168" Query Syntax: STATus:QUEStionable:FREQuency:ENABle? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 414: Status:questionable:frequency[:Event]
Command Reference STATus:QUEStionable:FREQuency[:EVENt]? query Reads and clears the Questionable Frequency Event register. Query Syntax: STATus:QUEStionable:FREQuency[:EVENt]? Example Statements: OUTPUT 719;"status:ques:freq:event?" OUTPUT 719;"Stat:Questionable:Freq?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Questionable Frequency Event register.
Page 415: Status:questionable:frequency:ntransition
Command Reference STATus:QUEStionable:FREQuency:NTRansition command/query Sets and queries bits in the Questionable Frequency Negative Transition register. Command Syntax: STATus:QUEStionable:FREQuency:NTRansition <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;":Status Ques:Frequency:Ntr 978" OUTPUT 719;"STAT:QUESTIONABLE:FREQ:NTRANSITION 63" Query Syntax: STATus:QUEStionable:FREQuency:NTRansition? Return Format: Integer Attribute Summary:...
Page 416: Status:questionable:frequency:ptransition
Command Reference STATus:QUEStionable:FREQuency:PTRansition command/query Sets bits in the Questionable Frequency Positive Transition register. Command Syntax: STATus:QUEStionable:FREQuency:PTRansition <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"Stat:Questionable:Freq:Ptr 512" OUTPUT 719;"STATUS:QUES:FREQUENCY:PTR 677" Query Syntax: STATus:QUEStionable:FREQuency:PTRansition? Return Format: Integer Attribute Summary: Synchronization Required: Preset State:...
Page 417: Status:questionable:modulation:condition
Command Reference STATus:QUEStionable:MODulation:CONDition? query Reads and clears the Questionable Modulation Event register. Query Syntax: STATus:QUEStionable:MODulation:CONDition? Example Statements: OUTPUT 719;":STAT:QUESTIONABLE:MOD:CONDITION?" OUTPUT 719;"stat:ques:modulation:cond?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: Note The Questionable Modulation Condition register is automatically cleared after it is read by this query.
Page 418: Status:questionable:modulation:enable
Command Reference STATus:QUEStionable:MODulation:ENABle command/query Sets and queries bits in the Questionable Modulation Enable register. Command Syntax: STATus:QUEStionable:MODulation:ENABle <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;":Stat:Ques:Modulation:Enab 1" OUTPUT 719;"STATUS:QUES:MOD:ENABLE 3" Query Syntax: STATus:QUEStionable:MODulation:ENABle? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 419: Status:questionable:modulation[:Event]
Command Reference STATus:QUEStionable:MODulation[:EVENt]? query Reads and clears the Questionable Modulation Event register. Query Syntax: STATus:QUEStionable:MODulation[:EVENt]? Example Statements: OUTPUT 719;"Status:Ques:Mod:Event?" OUTPUT 719;"STAT:QUESTIONABLE:MOD?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Questionable Modulation Event register.
Page 420: Status:questionable:modulation:ntransition
Command Reference STATus:QUEStionable:MODulation:NTRansition command/query Sets and queries bits in the Questionable Modulation Negative Transition register. Command Syntax: STATus:QUEStionable:MODulation:NTRansition <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;":Status Ques:Modulation:Ntr 3" OUTPUT 719;"STAT:QUESTIONABLE:MOD:NTRANSITION 2" Query Syntax: STATus:QUEStionable:MODulation:NTRansition? Return Format: Integer Attribute Summary:...
Page 421: Status:questionable:modulation:ptransition
Command Reference STATus:QUEStionable:MODulation:PTRansition command/query Sets and queries bits in the Questionable Modulation Positive Transition register. Command Syntax: STATus:QUEStionable:MODulation:PTRansition <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"Stat:Questionable:Mod:Ptr 1" OUTPUT 719;"STATUS:QUES:MODULATION:PTR 3" Query Syntax: STATus:QUEStionable:MODulation:PTRansition? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 422: Status:questionable:ntransition
Command Reference STATus:QUEStionable:NTRansition command/query Sets and queries bits in the Questionable Status Negative Transition register. Command Syntax: STATus:QUEStionable:NTRansition <number> <number> ::= a real number (NRf) limits: 0:32767 Example Statements: OUTPUT 719;":Stat:Questionable:Ntr 5" OUTPUT 719;"STATUS:QUES:NTR 54" Query Syntax: STATus:QUEStionable:NTRansition? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 423: Status:questionable:ptransition
Command Reference STATus:QUEStionable:PTRansition command/query Sets and queries bits in the Questionable Status Positive Transition register. Command Syntax: STATus:QUEStionable:PTRansition <number> <number> a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"status:ques:ptransition 5" OUTPUT 719;"Stat:Ques:Ptransition 53" Query Syntax: STATus:QUEStionable:PTRansition? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 424: Status:questionable:voltage:condition
Command Reference STATus:QUEStionable:VOLTage:CONDition? query Reads and clears the Questionable Voltage Event register. Query Syntax: STATus:QUEStionable:VOLTage:CONDition? Example Statements: OUTPUT 719;":stat:questionable:volt:condition?" OUTPUT 719;"Stat:Ques:Voltage:Cond?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: Note The Questionable Voltage Condition register is automatically cleared after it is read by this query.
Page 425: Status:questionable:voltage:enable
Command Reference STATus:QUEStionable:VOLTage:ENABle command/query Sets and queries bits in the Questionable Voltage Enable register. Command Syntax: STATus:QUEStionable:VOLTage:ENABle <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"Stat:Questionable:Volt:Enable 5" OUTPUT 719;"STAT:QUES:VOLTAGE:ENAB 23" Query Syntax: STATus:QUEStionable:VOLTage:ENABle? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 426: Status:questionable:voltage[:Event]
Command Reference STATus:QUEStionable:VOLTage[:EVENt]? query Reads and clears the Questionable Voltage Event register. Query Syntax: STATus:QUEStionable:VOLTage[:EVENt]? Example Statements: OUTPUT 719;"STATUS:QUES:VOLT:EVENT?" OUTPUT 719;"stat:questionable:volt?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the Questionable Voltage Event register.
Page 427: Status:questionable:voltage:ntransition
Command Reference STATus:QUEStionable:VOLTage:NTRansition command/query Sets and queries bits in the Questionable Voltage Negative Transition register. Command Syntax: STATus:QEUStionable:VOLTage:NTRansition <number> <number> ::= a real number (NRf) limits: 0:32767 Example Statements: OUTPUT 719;"STAT:QUESTIONABLE:VOLT:NTRANSITION 7" OUTPUT 719;"stat:ques:voltage:ntr 37" Query Syntax: STATus:QUEStionable:VOLTage:NTRansition? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 428: Status:questionable:voltage:ptransition
Command Reference STATus:QUEStionable:VOLTage:PTRansition command/query Sets bits in the Questionable Voltage Positive Transition register. Command Syntax: STATus:QEUStionable:VOLTage:PTRansition <number> <number> ::= a real number (NRf) limits: 0:32767 Example Statements: OUTPUT 719;"STAT:QUESTIONABLE:VOLT:PTRANSITION 4" OUTPUT 719;"stat:ques:voltage:ptr 33" Query Syntax: STATus:QUEStionable:VOLTage:PTRansition? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset...
Page 429: Status:user:enable
Command Reference STATus:USER:ENABle command/query Sets and queries bits in the User Defined Enable register. Command Syntax: STATus:USER:ENABle <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"status:user:enable 127" OUTPUT 719;"Stat:User:Enable 511" Query Syntax: STATus:USER:ENABle? Return Format: Integer Attribute Summary: Synchronization Required:...
Page 430: Status:user[:Event]
Command Reference STATus:USER[:EVENt]? query Reads and clears the User Defined Event register. Query Syntax: STATus:USER[:EVENt]? Example Statements: OUTPUT 719;":Stat:User?" OUTPUT 719;"STAT:USER:EVEN?" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This query returns the sum of the decimal weights of all bits currently set to 1 in the User Defined Event register.
Page 431: Status:user:pulse
Command Reference STATus:USER:PULSe command Sets bits in the User Defined Event register. Command Syntax: STATus:USER:PULSe <number> <number> ::= a real number (NRf data) limits: 0:32767 Example Statements: OUTPUT 719;"Stat:User:Puls 4096" OUTPUT 719;"STAT:USER:PULS 32" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description:...
Page 432: System:beeper:state
Command Reference SYSTem:BEEPer:STATe command/query Turns the analyzer’s beeper on or off. Command Syntax: SYSTem:BEEPer:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"syst:beeper:stat ON" OUTPUT 719;"System:Beep:Stat OFF" Query Syntax: SYSTem:BEEPer:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: confirmed Description: The beeper (audible alarm) sounds when error messages, warning messages, or other (informative) messages are displayed.
Page 433: System:communicate:gpib:address
Command Reference SYSTem:COMMunicate[1|2]:GPIB:ADDRess command/query Sets the GP-IB address of the analyzer. Command Syntax: SYSTem:COMMunicate[1|2]:GPIB:ADDRess <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:33 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":SYSTEM:COMM2:GPIB:ADDR 24" OUTPUT 719;"syst:communicate:gpib:address 4" Query Syntax: SYSTem:COMMunicate[1|2]:GPIB:ADDRess? Return Format: Integer...
Page 434: System:communicate:lan:eaddress
Command Reference SYSTem:COMMunicate[1|2]:LAN:EADDress? query Queries the instrument ethernet address. Query Syntax: SYSTem:COMMunicate[1|2]:LAN:EADDress? Example Statements: OUTPUT 719;"Syst:Comm2:Lan:Eadd?" OUTPUT 719;"SYSTEM:COMM:LAN:EADDRESS?" Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description: This parameter represents the Ethernet Station Address assigned to the particular network interface being used in the instrument.
Page 435: System:communicate:lan:ipaddress
Command Reference SYSTem:COMMunicate[1|2]:LAN:IPADdress command/query Sets the device Internet Protocol address. Command Syntax: SYSTem:COMMunicate[1|2]:LAN:IPADdress <param> <param> ::= (dotted-decimal IP address in STRING format) Example Statements: OUTPUT 719;"System:Comm:Lan:Ipaddress ‘15.1.221.235’" Query Syntax: SYSTem:COMMunicate[1|2]:LAN:IPADdress? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description:...
Page 436: System:communicate:lan:port
Command Reference SYSTem:COMMunicate[1|2]:LAN:PORT command/query Specifies which of the two LAN connectors to use. Command Syntax: SYSTem:COMMunicate[1|2]:LAN:PORT BNC|AUI Example Statements: OUTPUT 719;":syst:communicate:lan:port BNC" OUTPUT 719;"System:Comm:Lan:Port BNC" Query Syntax: SYSTem:COMMunicate[1|2]:LAN:PORT? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description:...
Page 437: System:communicate:lan:route:gateway
Command Reference SYSTem:COMMunicate[1|2]:LAN:ROUTe:GATeway command/query Sets the IP address for a LAN gateway. Command Syntax: SYSTem:COMMunicate[1|2]:LAN:ROUTe:GATeway <param> <param> ::= (dotted-decimal IP address in STRING format) Example Statements: OUTPUT 719;"SYST:COMM:LAN:ROUT:GATEWAY ‘15.1.221.235’" Query Syntax: SYSTem:COMMunicate[1|2]:LAN:ROUTe:GATeway? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific...
Page 438: System:communicate:lan:route:smask
Command Reference SYSTem:COMMunicate[1|2]:LAN:ROUTe:SMASk command/query Sets the subnet mask. Command Syntax: SYSTem:COMMunicate[1|2]:LAN:ROUTe:SMASk <param> <param> ::= (dotted-decimal mask in STRING format) Example Statements: OUTPUT 719;"Syst:Comm:Lan:Rout:Smask ‘255.255.248.0’" Query Syntax: SYSTem:COMMunicate[1|2]:LAN:ROUTe:SMASk? Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description:...
Page 439: System:communicate:lan:state
Command Reference SYSTem:COMMunicate[1|2]:LAN:STATe command/query Turns networking on/off. Command Syntax: SYSTem:COMMunicate[1|2]:LAN:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;"SYST:COMMUNICATE:LAN:STATE ON" OUTPUT 719;"syst:comm:lan:stat OFF" Query Syntax: SYSTem:COMMunicate[1|2]:LAN:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description: When networking is off more memory may be available for other uses. This memory reconfiguration requires that the analyzer power switch be turned off and back on.
Page 440: System:communicate:lan:xwindow:hostname
Command Reference SYSTem:COMMunicate[1|2]:LAN:XWINdow:HOSTname command/query Specifies the IP address of an external X11 display server. Command Syntax: SYSTem:COMMunicate:LAN:XWINdow:HOSTname <param> <param> ::= (dotted-decimal IP address in STRING format) Example Statements: OUTPUT 719;":SYST:COMMUNICATE:LAN:XWIN:HOSTNAME ‘15.1.221.235’" Query Syntax: SYSTem:COMMunicate[1|2]:LAN:XWINdow:HOSTname? Return Format: STRING Attribute Summary: Option: UG7 (advanced LAN) Synchronization Required: Preset State:...
Page 441: System:communicate:lan:xwindow:rate
Command Reference SYSTem:COMMunicate[1|2]:LAN:XWINdow:RATE command/query Specifies the maximum update rate for the X11 window display. Command Syntax: SYSTem:COMMunicate[1|2]:LAN:XWINdow:Rate <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:60 <unit> ::= [HZ] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":System:Comm:Lan:Xwindow:Rate 47"...
Page 442 Command Reference SYSTem:COMMunicate[1|2]:LAN:XWINdow[:STATe] command/query Turns the X11 Window display capability on/off. Command Syntax: SYSTem:COMMunicate[1|2]:LAN:XWINdow[:STATe] OFF|0|ON|1 Example Statements: OUTPUT 719;"system:comm:lan:xwindow:stat OFF" OUTPUT 719;"System:Comm:Lan:Xwindow OFF" Query Syntax: SYSTem:COMMunicate[1|2]:LAN:XWINdow[:STATe]? Return Format: Integer Attribute Summary: Option: UG7 (advanced LAN) Synchronization Required: Preset State: not affected by Preset SCPI Compliance: instrument-specific Description:...
Page 443: System:communicate:serial:control:dtr
Command Reference SYSTem:COMMunicate[1|2]:SERial:CONTrol:DTR command/query Specifies hardware handshake type for the serial ports. Command Syntax: SYSTem:COMMunicate[1|2]:SERial:CONTrol:DTR OFF|IBFULL Example Statements: OUTPUT 719;"Syste,:Comm2:Ser:Control:Dtr OFF" OUTPUT 719;"SYSTEM:COMM:SER:CONTROL:DTR IBF" Query Syntax: SYSTem:COMMunicate[1|2]:SERial:CONTrol:DTR? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description:...
Page 444: System:communicate:serial[:Receive]:Baud
Command Reference SYSTem:COMMunicate[1|2]:SERial[:RECeive]:BAUD command/query Specifies the serial communication baud rate. Command Syntax: SYSTem:COMMunicate[1|2]:SERial[:RECeive]:BAUD <param> <param> ::= <number>|<step>|<bound> <number> ::= a real number (NRf data) limits: 75:19200 <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;":SYST:COMMUNICATE:SER:BAUD 16335" OUTPUT 719;"system:comm:serial:rec:baud 8681" Query Syntax: SYSTem:COMMunicate[1|2]:SERial[:RECeive]:BAUD? Return Format:...
Page 445: System:communicate:serial[:Receive]:Pace
Command Reference SYSTem:COMMunicate[1|2]:SERial[:RECeive]:PACE command/query Specifies software handshake type for the serial ports. Command Syntax: SYSTem:COMMunicate[1|2]:SERial[:RECeive]:PACE XON|NONE Example Statements: OUTPUT 719;"System:Comm2:Serial:Rec:Pace NONE" OUTPUT 719;"SYSTEM:COMM:SERIAL:PACE XON" Query Syntax: SYSTem:COMMunicate[1|2]:SERial[:RECeive]:PACE? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description:...
Page 446: System:communicate:serial[:Receive]:Parity[:Type]
Command Reference SYSTem:COMMunicate[1|2]:SERial[:RECeive]:PARity[:TYPE] command/query Sets the parity type for the two serial interface ports. Command Syntax: SYSTem:COMMunicate[1|2]:SERial[:RECeive]:PARity[:TYPE] <param> <param> ::= EVEN|ODD|ZERO|ONE|NONE Example Statements: OUTPUT 719;":syst:communicate:ser:parity EVEN" OUTPUT 719;"Syst:Comm:Serial:Rec:Parity:Type NONE" Query Syntax: SYSTem:COMMunicate[1|2]:SERial[:RECeive]:PARity[:TYPE]? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed...
Page 447: System:date
Command Reference SYSTem:DATE command/query Specify the year/month/day (for the date stamp?) Command Syntax: SYSTem:DATE <year>,<month>,<day> <year> ::= a real number (NRf data) limits: 1991:2090 <month> ::= a real number (NRf data) limits: 1:12 <day> ::= a real number (NRf data) limits: 1:31 Example Statements: OUTPUT 719;"Syst:Date 1991, 11, 26"...
Page 448: System:error
Command Reference SYSTem:ERRor? query Returns one error message from the analyzer’s error queue. Query Syntax: SYSTem:ERRor? Example Statements: OUTPUT 719;"SYST:ERROR?" OUTPUT 719;"syst:error?" Return Format: Integer, STRING Attribute Summary: Synchronization Required: Preset State: not affected by Preset SCPI Compliance: confirmed Description: The error queue temporarily stores up to 20 error messages.
Page 449: System:gpib:echo
Command Reference SYSTem:GPIB:ECHO command/query Turns the echo (display) of GPIB command mnemonics on/off. Command Syntax: SYSTem:GPIB:ECHO OFF|0|ON|1 Example Statements: OUTPUT 719;":Syst:Gpib:Echo OFF" OUTPUT 719;"SYST:GPIB:ECHO OFF" Query Syntax: SYSTem:GPIB:ECHO? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific Description: Commands are displayed in the upper left-hand corner of the analyzer’s display screen.
Page 450: System:key
Command Reference SYSTem:KEY command/query Writes or queries front-panel key presses. Command Syntax: SYSTem:KEY <number> <number> ::= a real number (NRf data) limits: 0:511 Example Statements: OUTPUT 719;"SYST:KEY 111" OUTPUT 719;"syst:key 21" Query Syntax: SYSTem:KEY? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance:...
Page 451 Command Reference Front Panel Keycodes Key Name Number Key Name Number Key Name Number Measurement Data Preset Back Space Norm Disk Utility F1 (softkey) Ref Lvl/Scale Plot/Print F2 (softkey) BASIC F3 (softkey) System Utilitl F4 (softkey) Local/Setup F5 (softkey) Marker F6 (softkey) Data Format Marker...
Page 452: System:klock
Command Reference SYSTem:KLOCk command/query Keyboard lockout; disables the keyboard. Command Syntax: SYSTem:KLOCk OFF|0|ON|1 Example Statements: OUTPUT 719;"syst:klock OFF" OUTPUT 719;"Syst:Klock OFF" Query Syntax: SYSTem:KLOCk? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed Description: This command allows your controller to disable the keyboard. This affects the front-panel keys as well as the DIN/QWERTY remote keyboard and provides local lockout capability during the running of Instrument BASIC programs.
Page 453: System:preset
Command Reference SYSTem:PRESet command Sets most of the analyzer parameters to their default (power-on) state. Command Syntax: SYSTem:PRESet Example Statements: OUTPUT 719;":SYST:PRES" OUTPUT 719;"system:pres" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: The default value for each parameter is listed in the Attribute Summary section of the command description page in the command reference.
Page 454: System:time
Command Reference SYSTem:TIME command/query Specifies the system time. Command Syntax: SYSTem:TIME <hour>,<minute>,<second> <hour> ::= a real number (NRf data) limits: 1:23 <minute> ::= a real number (NRf data) limits: 0:59 <second> ::= a real number (NRF data) limits: 0:59 Example Statements: OUTPUT 719;"SYSTEM:TIME 15,55,0"...
Page 455: Trace:buffer:copy
Command Reference TRACe:BUFFer:COPY command Copies the specified waterfall/spectrogram trace buffer into a data register. Command Syntax: TRACE:BUFFer:COPY <label1>, <label2> <label1> ::= {D1|D2|D3|D4|D5|D6} <label2> ::= {TRACe1|TRACe2|TRACe3|TRACe4|CAL1|CAL2} Example Statements: OUTPUT 719;"trac:buff:copy D1, trac4" OUTPUT 719;"Trac:Buff:Copy D2, TRACe1" OUTPUT 719;"Trac:Buff:Copy D4, CAL1" Attribute Summary: Option: AYB (waterfall/spectrogram display) Synchronization Required:...
Page 456: Trace:copy
Command Reference TRACe:COPY command Copies the specified trace into a data register. Command Syntax: TRACE:COPY <label1>, <label2> <label1> ::= {D1|D2|D3|D4|D5|D6} <label2> ::= {TRACe1|TRACe2|TRACe3|TRACe4|CAL1|CAL2} Example Statements: OUTPUT 719;"trac:copy D1, trac4" OUTPUT 719;"Trac:Copy D2, TRACe1" OUTPUT 719;"Trac:Copy D4, CAL1" Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance:...
Page 457: Trace[:Data]
Command Reference TRACe[:DATA] command/query Moves data between the controller and the data registers. Command Syntax: TRACe[:DATA] {D1|D2|D3|D4|D5|D6}, <DATA> <DATA> ::= <DEF_BLOCK> (for real format) ::= <NRf>,<NRf>,<NRf>, . . . (ASCII format) Example Statements: OUTPUT 719;"Trace:Data D6, USER2" OUTPUT 719;"TRAC D4, USER2" Query Syntax: TRACe[:DATA]? Return Format:...
Page 458 Command Reference Related Commands: To store a trace to a file, use MMEM:STOR:TRAC. To copy trace data between data registers or between a data register and a trace register, use TRACE:COPY. To get X-axis trace data, use TRAC:X[:DATA]?. To get coordinate-transformed data from a trace, use CALC:DATA?. To specify whether the data transformed is in ASCII or REAL, use FORM[:DATA].
Page 459: Trace[:Data]:Header:points
Command Reference TRACe[:DATA]:HEADer:POINts? query Returns the number of points for the specified data register. Query Syntax: TRACe[:DATA]:HEADer:POINts? D1|D2|D3|D4|D5|D6 Example Statements: OUTPUT 719;":trace:head:points? D5" OUTPUT 719;"Trac:Data:Header:Poin? D6" Return Format: Integer Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: This query is used to determine the number of data points in the specified data register.
Page 460: Trace:x[:Data]
Command Reference TRACe:X[:DATA]? query Returns the X-axis data for trace displays. Query Syntax: TRACe:X[:DATA]? D1|D2|D3|D4|D5|D6|TRACe1|TRACe2|TRACe3|TRACe4 Example Statements: OUTPUT 719;"TRACE:X:DATA? D2" OUTPUT 719;"trace:x? D6" Return Format: If FORMat[:DATA] REAL: <DATA> ::= <DEF_BLOCK> <DEF_BLOCK> ::= #<byte><length_bytes><1st_value>[. . .<last_value>]<NL> <byte> ::= one byte specifying the number of length_bytes to follow (ASCII encoded) <length_bytes>...
Page 461: Trace:x:unit
Command Reference TRACe:X:UNIT? query Returns the x-axis units for trace displays. Query Syntax: TRACe:X:UNIT? D1|D2|D3|D4|D5|D6|TRACe1|TRACe2|TRACe3|TRACe4 Example Statements: OUTPUT 719;":Trace:X:Unit? D1" OUTPUT 719;"TRACE:X:UNIT? D3" Return Format: STRING Attribute Summary: Synchronization Required: Preset State: not applicable SCPI Compliance: instrument-specific Description: The unit for the X-axis is dependent upon the type of measurement data selected. Related Commands: To query the values along the X axis, use TRAC:X[:DATA]?.
Page 462: Trigger:holdoff:delay
Command Reference TRIGger:HOLDoff:DELay command/query Specifies the delay after IF trig occurs before next trigger accepted. Command Syntax: TRIGger:HOLDoff:DELay {<number>[<unit>]}|<step>|<bound> <number> ::= a real number (NRf data) limits: 0:41.94 <unit> ::= [S] <step> ::= UP|DOWN <bound> ::= MAX|MIN Example Statements: OUTPUT 719;"trig:hold:delay 6.61666" OUTPUT 719;"Trig:Holdoff:Del 22.9661"...
Page 463: Trigger:holdoff:state
Command Reference TRIGger:HOLDoff:STATe command/query Specifies the state (on/off) of the trigger holdoff. Command Syntax: TRIGger:HOLDoff:STATe OFF|0|ON|1 Example Statements: OUTPUT 719;":TRIG:HOLDOFF:STAT OFF" OUTPUT 719;"trigger:hold:stat OFF" Query Syntax: TRIGger:HOLDoff:STATe? Return Format: Integer Attribute Summary: Synchronization Required: Preset State: 0 (OFF) SCPI Compliance: instrument-specific Description: For more information on this feature, see online help (press the [ Help ] key on the front panel,...
Page 464: Trigger:level
Command Reference TRIGger:LEVel command/query Specifies the signal level at which a measurement is triggered. Command Syntax: TRIGger:LEVel <param> <param> ::= <number>[<unit>]|<step>|<bound> <number> ::= a real number (NRf data) limits: (range depends on configuration) <unit> ::= PCT|V (and dB for IF trigger) <step>...
Page 465 Command Reference TRIGger:SLOPe command/query Specifies whether a trigger occurs when the selected trigger source signal is positive-with-respect-to or negative-with-respect-to the specified trigger level. Command Syntax: TRIGger:SLOPe POSitive|NEGative Example Statements: OUTPUT 719;"Trigger:Slop POSITIVE" OUTPUT 719;"TRIGGER:SLOP POSITIVE" Query Syntax: TRIGger:SLOPe? Return Format: CHAR Attribute Summary: Synchronization Required:...
Page 466 Command Reference TRIGger:SOURce command/query Specifies the source (or type) of triggering used to start measurements. Command Syntax: TRIGger:SOURce <param> <param> ::= IMMediate|INT1|INT2|IF1|IF2|OUTPut|BUS|EXTernal Example Statements: OUTPUT 719;"trigger:source INT1" OUTPUT 719;"Trig:Source OUTP" Query Syntax: TRIGger:SOURce? Return Format: CHAR Attribute Summary: Synchronization Required: Preset State: SCPI Compliance: confirmed...
Page 467: A Error Messages
Error Messages...
Page 468: System:error
Appendix A Error Messages SYSTem:ERRor? The queue query message is a request for the next entry from the instrument’s error/event queue. This queue contains an integer in the range [ -32768, 32767 ]. Negative error numbers are reserved by the SCPI standard and defined in this document. Positive error numbers are instrument-dependent.
Page 469: Error Numbers
Appendix A Error Messages Individual erros and events may be enabled into the queue. The STATus:QUEue:ENABle command accomplishes this. At STATus:PRESet, only errors are enabled. This means that both SYSTem:ERRor? and STATus:QUEue[:NEXT]? report only errors unless the user changes the neable mask.
Page 470: Command Error
Appendix A Error Messages Command Error An <error/event number> in the range [ -199 , -100 ] indicates that an IEEE 488.2 syntax error has been detected by the instrument’s parser. The occurrence of any error in this class causes the command error bit (bit 5) in the event status register (IEEE 488.2, section 11.5.1) to be set.
Page 471 Appendix A Error Messages Error SCPI Command Error Descriptions Number -120 Numeric data error. This error, as well as errors -121 through -129, are generated when parsing a data element which apprears to be numeric, including the nondecimal numeric types. This particular error message is used if the device cannot detect a more specific error.
Page 472 Appendix A Error Messages Error SCPI Command Error Descriptions Number -178 Expression data not allowed. A legal expression data was encountered but was not allowed by the device at this point in parsing. -180 Macro error. This error, as well as errors -181 through -189, are generated when defining a macro or executing a macro.
Page 473: Execution Error
Appendix A Error Messages Execution Error An <error/event number> in the range [ -299 ,, -200 ] indicates that an error has been detected by the instrument’s execution control block. The occurrence of any error in this class causes the execution error bit (bit 4) in the event status register (IEEE 488.2,, section 11.5.1) to be set.
Page 474 Appendix A Error Messages Error SCPI Execution Error Descriptions Number -224 Illegal parameter value. Used where exact value, from a list of possibles, was expected. -225 Out of memory. The device has insufficent memory to perform the requested operation. -226 Lists not same length.
Page 475 Appendix A Error Messages Error SCPI Execution Error Descriptions Number -271 Macro syntax error. Indicates that that a syntactically legal macro program data sequence, according to IEEE 488.2, 10.7.2, could not be executed due to a syntax error within the macro definition (see IEEE 488.2, 10.7.6.3.) -272 Macro execution error.
Page 476: Device-Specific Error
Appendix A Error Messages Device-Specific Error An <error/event number> in the range [ -399 , -300 ] or [ 1 , 32767 ] indicates that the instrument has detected an error which is not a command error, a query error, or an execution error; some device operations did not properly complete, possibly due to an abnormal hardware or firmware condition.
Page 477: Query Error
Appendix A Error Messages Query Error An <error/event number> in the range [ -499 , -400 ] indicates that the output queue control of the instrument has detected a problem with the message exchange protocol described in IEEE 488.2, chapter 6. The occurrence of any error in this class cause the query error bit (bit 2) in the event status register (IEEE 488.2, section 11.5.1) to be set.
Page 478 Appendix A Error Messages Instrument-Specific Error Messages Error Error Message Number -100 “Command is query-only.” -108 “Parameter not allowed” -109 “Missing parameter” -131 “Invalid suffix” -141 “Invalid character data” -151 “Invalid string data” -161 “Data block does not contain valid math function definitions.” -161 “Invalid block data”...
Page 479 Appendix A Error Messages Error Error Message Number -200 “Function definition is not valid.” -200 “Function definition is too long.” -200 “Function definition may not reference higher numbered functions.” -200 “General Export Option Installed. Command not allowed.” -200 “GPIB control received without requesting it.” -200 “GPIB control was not received.”...
Page 480 “Temporary math buffer(s) unavailable. See [System Utility] → [memory usage].” -200 -200 “The Agilent Technologies Instrument BASIC editor has been disabled.” -200 “The custom application is not compatible with the analyzer’s main firmware. Please contact your local Agilent Technologies Service Center for firmware upgrade information.”...
Page 481 Appendix A Error Messages Error Error Message Number -200 “Value limited by Time Capture RAM, set to limit. For details, see online help for the [search length] softkey.” -200 “Value out of range, set to limit. Maximum span limited by symbol rate and maximum span/symbol rate ratio. See [System Utility] →...
Page 482 Appendix A Error Messages Error Error Message Number -221 “Scalar instrument mode is not available when receiver mode is IF section (ch1 + j*ch2)” -221 “Select DC coupling on both input channels to avoid IQ offset errors.” -221 “Source Level is 0 Volts. Measurement aborted.” -221 “The LAN port cannot be changed while the X11 display is on.”...
Page 483 Appendix A Error Messages Error Error Message Number -250 “Format aborted: file(s) are open.” -250 “GPIB system controller needed” -250 “Improper file name” -250 “Improper file type” -250 “Improper mass storage unit specifier” -250 “Install aborted: invalid option.” -250 “Invalid SDF file format.” -250 “Mass storage units must be the same when renaming.”...
Page 484 Appendix A Error Messages Error Error Message Number -284 “IBASIC program is currently running.” -285 “Downloaded program line must have a line number.” -285 “ERROR 949 Syntax error at cursor.” -310 “Calibration failure Check front panel connections.” -310 “Calibration failure” -310 “Warning: Invalid calibration data.
Page 485 Sockets Example Program...
Page 486 Appendix B Sockets Example Program ***************************************************************************** $Description: Functions to talk to an HP89410/440/441 via TCP/IP $ $Examples: $ Query the center frequency: lanio 15.8.99.200 ‘freq:cent?’ Select Vector instrument mode: lanio koala3.lsid.hp.com ‘INST VECT’ Turn averaging on, wait for the average, move mkr to peak and query x pos: lanio hp89440 ‘AVER:STAT ON;...
Page 487 Appendix B Sockets Example Program /**************************************************************************** > $Function: openSocket$ * $Description: open a TCP/IP socket connection to the instrument $ * $Parameters: (const char *) hostname ..Network name of instrument. This can be in dotted decimal notation. (int) portNumber .
Page 488 Appendix B Sockets Example Program /**************************************************************************** > $Function: queryInstrument$ * $Description: send a SCPI command to the instrument and return a response.$ * $Parameters: (FILE *) ..file pointer associated with TCP/IP socket. (const char *command) .
Page 489 Appendix B Sockets Example Program /**************************************************************************** > $Function: commandInstrument$ * $Description: send a SCPI command to the instrument.$ * $Parameters: (FILE *) ..file pointer associated with TCP/IP socket. (const char *command) .
Page 490 Appendix B Sockets Example Program /********************************************************/ /* if the command has a ‘?’ in it, use queryInstrument. */ /* otherwise, simply send the command. /********************************************************/ if (strchr(command,’?’)) printf(“%s\n”, queryInstrument(instFile,command, charBuf, sizeof(charBuf))); else commandInstrument(instFile, command); return 0;...
Page 491 202 max (peak hold) 268 printer (GPIB) 203 normal 267 system interconnect (2nd GPIB) 423 on/off 266 Agilent Technologies Instrument BASIC overlap processing 350 Program Running bit 20 overview 262 allocating memory 214 - 215, 218 - 220 repeat 267...
Page 492 Index buffer size, time capture 280 CALCulate:UNIT:AM 115 burst digital demod CALCulate:UNIT:ANGLe 116 SEE pulse CALCulate:UNIT:FREQuency 117 bus address 423 CALCulate:UNIT:POWer 118 bus trigger 43, 456 CALCulate:UNIT:TIME 119 CALCulate:UPHase:CREFerence 120 CALCulate:UPHase:OFFSet 121 CALCulate:X:UNIT:FREQuency 123 CALCulate:X:UNIT:POW 124 C/N measurement 65 CALCulate:X:UNIT:TIME 125 C/No measurement 65 calibration CALCulate description 25...
Page 493 Index on/off (TIFF) 180 postprocessing on/off 114 plot 179 transfer (trace/register) 447 skew (spectrogram) 140 transfer format 175 spectrogram 140 data copy trace pens 191 math definitions to disk 240 combined channels 260 time capture from disk 232 time capture to disk 243 command echo on/off 439 command error 460 trace from disk 233...
Page 494 Index clock marks 155 DISPlay:ANNotation[:ALL] 129 clock offset 282 DISPlay:BRIGhtness 130 equalize 289 DISPlay:CMAP:COLor:HSL 131 error measurements 66 DISPlay:ENABle 133 eye count 146 DISPlay:FORMat 134 filter alpha 290 DISPlay:MFUNction 135 filter BT 290 DISPlay:PROGram[:MODE] 136 FSK marker data 66 DISPlay:TCAPture:ENVelope 137 FSK memory allocation 216 - 217 DISPlay[:WINDow]:WATerfall[:STATe] 173 MaxSpan/SymbolRate 216 - 217...
Page 495 Index SEE math function peak 73 error firmware version 35 messages 468 fixed bandwidth 271 numbers 459 flattop window (FFT) 375 query/message 438 flip spectrum queue size 438 SEE mirror spectrum error vector magnitude 66 form feed 187 error/event queue 458 format disk 225 *ESE (enable std events) 33...
Page 496 Index filter BT (digital demod) 290 trigger delay 452 - 453 window (FFT) 375 hostname (LAN/XWindows) 430 GPIB HP-GL output 181 2nd GPIB connector 423 hue, display color 131 connector on UFG or UTH board 423 downconverter address 336 instrument address 423 interface capabilities 4 I + jQ 260 plotter address 202...
Page 497 Index band start 60 band stop 61 coupling on/off 62 keyboard lockout 442 digital demod data 66 keypresses, simulating/querying 440 find max 73 find minimum 78 find next peak 75 find next peak left 74 find next peak right 76 noise power 65 ethernet address 424 offset on/off 79...
Page 498 Index speed 114 MSK modulation format 295, 302 measurement data MSS bit 9 measuring bit 19 measurement state display 261 memory BASIC programming 220, 254 NADC configuration 305 default settings 214 FSK MaxSpan/SymbolRate ratio 216 - 217 name conventions (file) 237 network LAN use 429 ethernet address 424...
Page 499 Index description 19 tracking 77 Enable: set & query 394 pen selection annotation 186 Event: read & clear 395 Neg transition: set & query 396 default assignments 179 Pos transition: set & query 397 graticule/grid 192 preset 398 markers 196 options trace 191 display 261...
Page 500 Index marker units 84 phase-shift keyed 308 peak 69 phase-shift keyed modulation 295 peak-to-average 69 query error 467 power-on query, bus-only state 40 calibration results 31 status clear 39 device status condition 388 power-on state 443 device status enable 389 preset 443 device status event 390 digital demod configurations 305...
Page 501 Index Pos transition: set & query 406 reducing measurement time 91 preset 398 reference Questionable Modulation register filter (digital demod) 293 - 294 Condition: read & clear 407 impedance 276 description 17 level, range tracking 166 Enable: set & query 408 level, setting/querying 160, 165 Event: read &...
Page 502 Index search [SENSe:]FREQuency:EXTernal:BANDwidth 333 length 17 [SENSe:]FREQuency:EXTernal:CENTer 334 next-highest peak 75 [SENSe:]FREQuency:EXTernal:COMMunicate:ADDRess 336 null 78 [SENSe:]FREQuency:EXTernal:COMMunicate 335 peak 73 [SENSe:]FREQuency:EXTernal:MAXimum 337 peak, left 74 [SENSe:]FREQuency:EXTernal:MINimum 338 peak, right 76 [SENSe:]FREQuency:MIRRor 339 pulse (digital demod) 309 [SENSe:]FREQuency:SPAN 341 - 342 sync (digital demod) 312 [SENSe:]FREQuency:SPAN:PCHirp 343 time (digital demod) 313 [SENSe:]FREQuency:STARt 345...
Page 503 Index sockets programing example 475 stamp, time/date 190 source standard digital demod configurations 305 arbitrary 378 - 379 Standard Event Enable chirp 378 mask/query 33 DC offset 385 read and clear 34 filter on/off 246 Standard Event register frequency 376 description 18 start frequency 345 function 378...
Page 504 Index STATus:USER[:EVENt]? 420 SYSTem:KLOCk 442 STATus:USER:PULSe 421 SYSTem:PRESet 443 *STB? (status byte query) 42 SYStem:TIME 444 step size frequency 347 gate delay 354 math constant 110 telephone assistance i zero 110 test analyzer 44 stop thinLAN 426 frequency 348 threshold printing/plotting 176 spectrogram 143 program 258...
Page 505 Index baseline 169 source 387 buffer 144 *TST (test) 44 coordinates 57 displayed 154 elevation 170 height 171 uniform window 375 loading 233 unit number 225, 236 markers on/off 91 units number of 144 am (modulation index) 115 on/off 154 angle 116 pen color 191 code 124...
Page 506 Index on/off 173 skew 168 storing data 245 zero (input calibration) 127 threshold 174 zoom on/off 330 trace height 171 trace selection 101 WCDMA ARIB 1.0-1.2 314 chip rate, setting 284 configuration 314 Japanese Experimental System 314 Trial 1998 Forward Link 314 WCDMA 1.25 MHz configuration 305 WCDMA 10 MHz configuration304 305 WCDMA 20 MHz configuration 305...
Page 507 Web at: or contact your http://www.agilent-tech.com/services/English/index.html nearest regional office listed below. If you are contacting Agilent Technologies about a problem with your Agilent 89400A Vector Signal Analyzer, please provide the following information: Model number: Agilent 89400A Serial number:...

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