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Agilent Technologies
N9030a manual Option does not set the active function to Sweep Time
Models:
N9030a
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Install
Warranty
Resetrl
Supported Commands
Cmd Error
Delay Sweep
Signal Analyzers with N9061A
LO and if Adjustments
Settings
Resolution
Page 319
Image 319
Programming Commands
ST Sweep Time
option does not set the active function to Sweep Time.
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Contents
Agilent X-Series Signal Analyzer
Manual Part Number
Warranty
Page
Contents
Acppwrtx
Carroff
Editdone
KSA
KSM
MDS
Mkoff
Occup
Saves
Brief Introduction to the Scpi Language
Contents
Getting Started
N9061A Application Description
Documentation for the N9061A application
Signal Analyzers with N9061A
N9061A General Rules and Limitations
Remote Control
Markers
Supported Commands
Hardware and Firmware Requirements for N9061A
Compatible Agilent PXA Series Signal Analyzers
Compatible Agilent MXA Series Signal Analyzers
Compatible Agilent EXA Series Signal Analyzers
Frequency Ranges of the Legacy Analyzers
Installation
Installing the N9061A application
License Installation Procedure over USB
Verify the Installation
Example Mode Menu Map for X-Series Analyzers
Setting up N9061A on the X-Series Analyzer
Mode Setup Legacy Instrument Selection Menu Map
Appropriately as shown in Table
RBW
Settings
Ratio Points HP8568B GHz 1001 106
Cmd Error
Previous Page/Next
Cmd Error Log
Clear Log
Refresh
Atten Offset
Limit RBW/VBW
RF Coupling
Sweep Type Rules
Limit Sweep Time
Restore Mode Defaults
Scpi Commands
Running Software that Requires Scpi Commands
Scpi Commands
Service and Calibration
Legacy Analyzer Command List
Table of All Legacy Analyzer Commands
Acperr
ADD
Baudrate
Chanpwr
Correk
Dlyswp
Erase
Format
Gdrvswp
Keyclr
KSA
KSJ
KSW
Limift
Load
Merge
MKN
MOV
Obwbw
Pctam
Prntadrs
Resetrl
SER
Srcpwr
TDF
Trigpol
View
Table of All Legacy Analyzer Commands
Hints and Tips
Analyzer
Hints and Tips
Calibrated when using AC coupling on these analyzers
Hints and Tips
Programming Commands
Syntax Elements
Command Syntax
Syntax Elements
Programming Command Descriptions
Description
A1 one Clear Write for Trace a
A2 two Maximum Hold for Trace a
A3 three View Mode for Trace a
A4 four Blank Trace a
Acpalpha
Adjacent Channel Power Alpha Weighting
Acpaltch
Adjacent Channel Power Alternate Channels
Acpbrper
Adjacent Channel Power Burst Period
Acpbrwid
Adjacent Channel Power Burst Width
Acpbw
Adjacent Channel Power Bandwidth
Acpcompute
Adjacent Channel Power Compute
Acpfrqwt
Adjacent Channel Power Frequency Weighting
Acplower
Lower Adjacent Channel Power
Acpmax
Maximum Adjacent Channel Power
Acpmeas
Measure Adjacent Channel Power
Acpmstate
Adjacent Channel Power Measurement State
Acppwrtx
Adjacent Channel Power Total Power Transmitted
Acprslts
Adjacent Channel Power Measurement Results
Acpsp
Adjacent Channel Power Channel Spacing
Acpt
Adjacent Channel Power T Weighting
Acpupper
Upper Adjacent Channel Power
Adjall
LO and if Adjustments
Minus B into a
AMB
Minus B plus Display Line into a
Ambpl
Annotation
Annot
Trace a Plus Trace B to a
APB
SP UP
Input Attenuation
105
Absolute Amplitude Units
Aunits
107
Auto Coupled
Autocpl
Exchange Trace a and Trace B
AXB
B1 one Clear Write for Trace B
B2 two Maximum Hold for Trace B
B3 three View Mode for Trace B
B4 four Blank Trace B
Trace B minus Display Line to Trace B
Blank Trace
Blank
Trace B Minus Display Line
BML
Transfer Trace B to Trace C
BTC
Exchange Trace B and Trace C
BXC
C1 one Set a Minus B Mode Off
C2 two Minus B Into a
Couple Attenuation
Carroff
Carrier Off Power
Carron
Carrier On Power
Khzlf MHZ GHZ KZ SP
Center Frequency
Recommended and is not warranted to meet specifications
Channel Selection
Channel
Chanpwr
Channel Power
Chpwrbw
Channel Power Bandwidth
Clear Average
Clravg
Clear Write
Clrw
131
Continuous Sweep
Conts
Input Coupling
Couple
Couple Resolution Bandwidth
Couple Frequency Step Size
Couple Sweep Time
Couple Video Bandwidth
Display Address
Delmkbw
Occupied Power Bandwidth Within Delta Marker
DET
Detection Mode
DL SP
Display Line
142
DLE
Display Line Enable
Query response of 0 indicates that Dlyswp is switched off
Delay Sweep
Dlyswp
Done
Done
Display Read
E1one Peak Marker
E2 two Marker to Center Frequency
E3 three Delta Marker Step Size
E4 four Marker to Reference Level
Edit Done
Editdone
ERR
Error
153
Elapsed Time
EX Exchange Trace a and Trace B
KHZ MHZ GHZ KZ SP
Start Frequency
Stop Frequency
Frequency Display Off
Fdsp
Frequency Offset
Foffset
160
Fast Preselector Peak
Fpka
Frequency Reference
Fref
Full Span
MXA Series Frequency Ranges Set by the FS Command
PXA Series Frequency Ranges Set by the FS Command
EXA Series Frequency Ranges Set by the FS Command
Gate
Gate
Gate Control
Gatectl
Gate Delay
Gate Length
Gate Polarity
Graticule
Grat
Hold Data Entry
I1 one Set RF Coupling to DC
8568A/B Analyzer Frequency Coupling Specifications
MXA Series Analyzer Frequency Coupling Specifications
PXA Series Analyzer Frequency Coupling Specifications
I2 two Set RF Coupling to AC
8568A/B Analyzer Frequency Coupling Specifications
176
Identify
Instrument Preset
Mixer Level
KS=
Lock Registers
Unlock Registers
Amplitude in dBm
KSA
KSa Normal Detection
Amplitude in dBmV
KSB
KSb Positive Peak Detection
Amplitude in dBuV
KSC
KSc Plus B to a
Amplitude in Volts
KSD
KSd Negative Peak Detection
KSE
Title Mode
KSe Sample Detection
Video Averaging On
KSG
KSg Display Off
Video Averaging Off
KSH
KSh Display On
KSi Exchange Trace B and Trace C
KSj View Trace C
Marker to Next Peak
KSK
KSk Blank Trace C
Marker Noise Off
KSL
KSl Transfer Trace B to Trace C
KSl command transfers Trace B data to Trace C
Marker Noise On
KSM
KSm Graticule Off
Marker Minimum
KSN
KSn Graticule On
Marker Span
KSO
KSo Annotation Off
KSp Annotation On
KST
Fast Preset
Frequency Offset
KSV
KSx External Trigger
KSy Video Trigger
Reference Level Offset
KSZ
L0 zero Display Line Off
Low Frequency Preset
Logarithmic Scale
218
Limit Line Frequency Value
Limf
Limifail
Results of the Limifail Command
Limits Failed
Delete Current Limit Line
Limipurge
Relative Limit Lines
Limirel
Lower-Limit Amplitude
Liml
Slope Limit Line
Limtsl
Upper-Limit Amplitude
Limu
Linear Scale
M1 one Marker Off
M2 two Marker Normal
M3 three Delta Marker
M4 four Marker Zoom
Marker Amplitude Output
MC0 zero Marker Frequency Counter Off
MC1 one Marker Frequency Counter On
Measurement Data Size
MDS
Trace Mean
Mean
TRA corresponds to Trace 1 and TRB corresponds to Trace
Meanpwr
Mean Power measurement
Meas
Meas
Marker Frequency Output
Minimum Hold
Minh
Minimum X Position
Minpos
Marker Amplitude
MKA
Activate Marker
Mkact
Marker Bandwidth
Mkbw
Marker to Center Frequency
Mkcf
Marker Delta
MKD
Marker Frequency
MKF
Marker Counter
Mkfc
Mkfcr
Marker Counter Resolution
KS= command
Marker Minimum
Mkmin
Marker Normal
MKN
Marker Noise
Mknoise
Marker Off
Mkoff
Marker Position
MKP
Marker Peak
Mkpk
Marker Threshold
Mkpt
Marker Peak Excursion
Mkpx
Marker Readout
Mkread
Compatibility Suite option
Marker to Reference Level
Mkrl
Marker Span
Mksp
Marker to Step Size
Mkss
MKT
Default unit of time is seconds ‘S’ or ‘SC’
Marker Time
Marker Trace
Mktrace
Marker Track
Mktrack
Marker Type
Mktype
ML SP
Following equation
MT0 zero Marker Track Off
MT1 one Marker Track On
Maximum Hold
Mxmh
Normalize Trace Data
Normlize
Normalized Reference Level
NRL
Normalized Reference Position
Nrpos
O1 one Format Display Units
O2 two Format Two 8-Bit Bytes
O3 three Format Real Amplitude Units
O4 four Format One 8-Bit Byte
Query active function
OA or ? Query Active Function
Occup
Percent Occupied Power Bandwidth
Byte Support Information
Output Learn String
282
283
Output Trace Annotations
Peaks
Peaks
Peak Position
Pkpos
Plot
Plot
Preselector Peak
Print
Print
Pwrbw
Power Bandwidth
R1 one Illegal Command SRQ
R2 two End-of-Sweep SRQ
R3 three Hardware Broken SRQ
R4 four Units-Key-Pressed SRQ
Resolution Bandwidth
May apply
RBR
Resolution Bandwidth to Span Ratio
Recall State
Rcls
Revision
REV
Reference Level
On this subject, see , Hints and Tips, on
Root Mean Square Value
RMS
Reference Level Offset
Roffset
RQS
Request Service Conditions
Status Byte Definition
S1one Continuous Sweep
S2 two Single Sweep
Save State
Saves
Serial Number
SER
Set Date
Setdate
Set Time
Settime
Smooth Trace
Smooth
Single Sweep
Sngls
Frequency Span
315
SRQ
Service Request
Center Frequency Step Size
Sweep Time
Option does not set the active function to Sweep Time
Status Byte Query
STB
Standard Deviation of Trace Amplitudes
Stdev
Sum
SUM
Trace Data Format TDF is set to M, it returns Ascii
SV SP
Sweep Couple
Swpcpl
T1 one Free Run Trigger
T2 two Line Trigger
T3 three External Trigger
T4 four Video Trigger
Trace a
Trace B
Trace Data Format
TDF
Threshold
Threshold Enable
Time Date
Timedate
Title
Title
Trigger Mode
Trace Data Input and Output
TRA
TRB
TRC
Trace Display
Trdsp
Trigger Polarity
Trigpol
Trace State
Trstat
Take Sweep
Video Average
Vavg
8568 only Original
Legacy Analyzers Video Averaging Behavioral Differences
Video Bandwidth
348
Video Bandwidth Coupling Offset
VBO
VBR
Video Bandwidth to Resolution Bandwidth Ratio
View Trace
View
352
Video Trigger Level
VTL
Exchange
XCH
Brief Introduction to the Scpi
Scpi Language Basics
Command Keywords and Syntax
Special Characters in Commands
358
Parameters in Commands
Block Program Data
Variable Parameters
Scpi Termination and Separator Syntax
Putting Multiple Commands on the Same Line
362
Index
364
365
366
367
368
