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Agilent Technologies X Series Manuals
Manuals and User Guides for Agilent Technologies X Series. We have
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Agilent Technologies X Series manuals available for free PDF download: Manual, User Manual, Programmer's Manual, Startup Manual
Agilent Technologies X Series Manual (622 pages)
Signal Analyzer
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 4.94 MB
Table of Contents
Table of Contents
5
Using Help
41
Locating Other Help Resources
42
Viewing Help on a Separate Computer
43
Copying the HTML Help (CHM) Files
43
Copying the Acrobat (PDF) Files
44
How Help Is Organized
46
Help Contents Listing
46
System Functions
47
Key Descriptions for each Measurement
47
Key Information for Softkeys
48
Common Measurement Functions
48
Front Panel Keys Used by the Help System
49
Navigating Windows HTML Help (CHM) Files
50
HTML Help Window Components
50
Basic Help Window Operations
51
Navigating the Help Window
53
Navigating Acrobat (PDF) Files
59
Adobe Reader Window
59
Printing Acrobat Files
60
Terms Used in this Documentation
62
Terms Used in Key Parameter Tables
62
Context Sensitive Help Not Available
64
Finding a Topic Without a Mouse and Keyboard
64
Selecting a Hyperlink Without a Mouse
65
About the Instrument
67
Installing Application Software
68
Viewing a License Key
68
Obtaining and Installing a License Key
68
Missing and Old Measurement Application Software
69
X-Series Options and Accessories
70
Front-Panel Features
71
Overview of Key Types
75
Display Annotations
78
Rear-Panel Features
80
Window Control Keys
84
Multi-Window
84
Zoom
84
Next Window
85
Mouse and Keyboard Control
87
Right-Click
87
PC Keyboard
89
Instrument Security & Memory Volatility
92
About the IQ Analyzer Measurement Application
93
Using the Electronic Attenuator Hardware
94
(Option EA3)
94
Using the Wideband Analysis Hardware
95
(Option B25 for MXA and EXA)
95
Programming the Analyzer
97
What Programming Information Is Available
98
IEEE Common GPIB Commands
99
Calibration Query
99
Clear Status
99
Standard Event Status Enable
99
Standard Event Status Register Query
100
Identification Query
100
Instrument Model Number
101
Operation Complete
101
Query Instrument Options
101
Recall Instrument State
102
Save Instrument State
102
Service Request Enable
103
Status Byte Query
103
Trigger
103
Self Test Query
104
Wait-To-Continue
104
System Functions
105
File
106
File Explorer
106
Page Setup
107
Print
108
Maximize/Restore down
108
Minimize
109
Exit
109
Mode Preset
110
Restore Mode Defaults
112
RST (Remote Command Only)
112
Print
113
Quick Save
114
Recall
116
State
116
Trace (+State)
120
Data (Import)
123
File Open Dialog and Menu
124
Save
128
State
128
Trace (+State)
131
Data (Export)
135
Screen Image
137
Save as
141
Mass Storage Catalog (Remote Command Only)
144
Mass Storage Change Directory (Remote Command Only)
144
Mass Storage Copy (Remote Command Only)
145
Mass Storage Delete (Remote Command Only)
145
Mass Storage Data (Remote Command Only)
145
Mass Storage Make Directory (Remote Command Only)
146
Mass Storage Move (Remote Command Only)
146
Mass Storage Remove Directory (Remote Command Only)
146
System
147
Show
147
Power on
152
Alignments
160
I/O Config
187
Restore Defaults
195
Control Panel
199
Licensing
200
Security
203
Diagnostics
204
Service
207
Internet Explorer
208
System Remote Commands (Remote Commands Only)
208
User Preset
211
User Preset All Modes
212
Save User Preset
213
Complex Spectrum Measurement
215
AMPTD y Scale
219
Ref Value
219
Attenuation
220
Range
220
Scale/DIV
221
Presel Center
222
Presel Adjust
222
Internal Preamp
223
Ref Position
223
Auto Scaling
224
Auto Couple
225
Res BW
226
Cont
227
FREQ Channel
228
Input/Output
229
Marker
230
Select Marker
230
Marker Type
230
Marker X Axis Value (Remote Command Only)
231
Marker X Axis Position (Remote Command Only)
231
Marker y Axis Value (Remote Command Only)
232
Properties
233
Couple Markers
234
All Markers off
235
Backward Compatibility SCPI Commands
235
Marker Function
236
Select Marker
236
Marker Function Type
236
Band Adjust
236
Marker to
239
Mkr -> CF
239
Mkr -> Ref Lvl
239
Meas
241
Meas Setup
242
Avg/Hold Num
242
Avg Mode
243
Avg Type
243
HW Averaging
244
Time Avg Num
244
Phnoise Opt
245
Advanced
247
Meas Preset
259
Mode
260
Mode Setup
261
Peak Search
262
Next Peak
262
Next Pk Right
262
Next Pk Left
263
Marker Delta
263
Min Search
263
Mkr->CF
264
Recall
265
Restart
266
Save
267
Single
268
Source
269
Span X Scale
270
Span (Spectrum View)
270
Ref Value (Waveform View)
271
Scale/DIV (Waveform View)
272
Ref Position (Waveform View)
272
Auto Scaling (Waveform View)
273
Sweep/Control
274
Pause/Resume
274
Trace/Detector
275
Trigger
276
View/Display
277
Measurement Results View
277
Display
278
Waveform Measurement
279
AMPTD y Scale
281
Ref Value
281
Attenuation
282
Range
283
Scale/DIV
283
Presel Center
284
Presel Adjust
285
Internal Preamp
285
Ref Position
285
Auto Scaling
287
Auto Couple
288
Digital if BW
289
Filter Type
290
Filter Type Bwcc
291
Filter BW
299
Channel Filter Bandwidth Bwcc (Remote Command Only)
300
Filter Alpha
300
Cont
302
FREQ Channel
303
Input/Output
304
Marker
305
Select Marker
305
Marker Type
305
Marker X Axis Value (Remote Command Only)
306
Marker X Axis Position (Remote Command Only)
307
Marker y Axis Value (Remote Command Only)
308
Properties
308
Couple Markers
310
All Markers off
311
Backward Compatibility SCPI Commands
311
Marker Function
312
Select Marker
312
Marker Function Type
312
Band Adjust
313
Marker to
316
Meas
317
Meas Setup
318
Average/Hold Num
318
Avg Mode
319
Avg Type
319
HW Averaging
320
Time Avg Num
320
Sample Rate
321
Sample Period (Aperture) Setting (Remote Command Only)
321
Meas Time
322
Phnoise Opt
322
Advanced
325
Meas Preset
329
Mode
330
Mode Setup
331
Peak Search
332
Next Peak
332
Min Search
332
Recall
334
Restart
335
Save
336
Single
337
Source
338
Span X Scale
339
Ref Value
339
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Agilent Technologies X Series User Manual (426 pages)
Signal Generators
Brand:
Agilent Technologies
| Category:
Portable Generator
| Size: 4.27 MB
Table of Contents
Table of Contents
3
Signal Generator Overview
15
Signal Generator Features
16
Modes of Operation
18
Continuous Wave
18
Swept Signal
18
Analog Modulation
18
Digital Modulation (Vector Models with Option 65X Only)
18
Front Panel Overview
19
Host USB
19
Display
19
Softkeys
20
Numeric Keypad
20
Arrows and Select
20
Page up
20
Menus
20
Trigger
21
Local Cancel/(Esc)
21
Help
21
Preset and User Preset
21
RF Output (N5171B, N5172B, N5181B, N5182B)
21
RF Output (N5173B, N5183B)
21
RF On/Off and LED
21
Mod On/Off and LED
21
Page down
22
I Input (Vector Models Only)
22
Q Input (Vector Models Only)
22
Knob
22
Incr Set
22
Return
22
More and LED
22
Power Switch and Leds
23
Front Panel Display
24
Active Function Area
24
Frequency Area
24
Annunciators
24
Amplitude Area
25
Error Message Area
26
Text Area
26
Softkey Label Area
26
Rear Panel Overview (N5171B, N5172B, N5181B, & N5182B)
27
AC Power Receptacle
27
Ext 1 & Ext 2
28
Lf out
28
Sweep out
28
Pulse
28
Trig 1 & 2
28
Ref in
28
Mhz out
29
Gpib
29
Lan
29
Device USB
29
Host USB
29
SD Card
29
Digital Modulation Connectors (Vector Models Only)
30
I Out, Q Out, Out, out
30
Bb Trig 1 & Bb Trig 2
31
Event 1
31
Pat Trig
31
Digital Bus I/O
31
AUX I/O Connector
32
Rear Panel Overview (N5173B & N5183B)
37
AC Power Receptacle
37
Ext 1 & Ext 2
38
Lf out
38
Sweep out
38
Pulse
38
Trig 1 & 2
38
Ref in
38
Mhz out
39
Gpib
39
Lan
39
Device USB
39
Host USB
39
SD Card
39
Alc Input
39
Z Axis Output
40
Setting Preferences & Enabling Options
42
User Preferences
42
Display Settings
42
Power on and Preset
43
Front Panel Knob Resolution
44
Setting Time and Date
44
Reference Oscillator Tune
45
Upgrading Firmware
45
Remote Operation Preferences
46
GPIB Address and Remote Language
46
Configuring the LAN Interface
47
Enabling LAN Services: "Browser," "Sockets," and "VXI-11
48
Configuring the Remote Languages
49
Configuring the Preset Languages
51
Enabling an Option
53
Viewing Options and Licenses
54
Hardware Assembly Installation and Removal Softkeys
55
Basic Operation
58
Presetting the Signal Generator
58
Viewing Key Descriptions
58
Entering and Editing Numbers and Text
59
Entering Numbers and Moving the Cursor
59
Entering Alpha Characters
59
Example: Using a Table Editor
60
Setting Frequency and Power (Amplitude)
61
Example: Configuring a 700 Mhz, −20 Dbm Continuous Wave Output
62
Using an External Reference Oscillator
62
Setting ALC Bandwidth Control
63
Configuring a Swept Output
64
Routing Signals
66
Step Sweep
66
List Sweep
69
Example: Using a Single Sweep
72
Example: Manual Control of Sweep
73
Modulating the Carrier Signal
73
Example
73
Simultaneous Modulation
75
Working with Files
75
File Softkeys
76
Viewing a List of Stored Files
77
Storing a File
79
Loading (Recalling) a Stored File
80
Moving a File from One Media to Another
81
Working with Instrument State Files
82
Selecting the Default Storage Media
86
Reading Error Messages
87
Error Message Format
87
Using Analog Modulation (Option UNT)
90
Analog Modulation Waveforms
90
Analog Modulation Sources
90
Using an Internal Modulation Source
92
Using an External Modulation Source
93
Removing a DC Offset
93
Using Wideband am
93
Configuring the LF Output (Option 303)
95
LF out Modulation Sources
95
Configuring the LF Output with an Internal Modulation Source
96
Configuring the LF Output with a Function Generator Source
97
Optimizing Performance
99
Using the Dual Power Meter Display
100
Example: Dual Power Meter Calibration
103
Using the Power Meter Servo
108
Power Meter Servo Configuration
109
Example
110
Using Flatness Correction
111
Creating a User Flatness Correction Array
113
Recalling and Applying a User Flatness Correction Array
119
Using Internal Channel Correction (N5172B/82B Only)
120
Configure Internal Channel Correction
123
Perform Enhanced Factory Calibration
123
Using External Leveling (N5173B/83B Only)
124
Option 1E1 Output Attenuator Behavior and Use
127
Configure External Leveling
128
Using Unleveled Operating Modes
132
ALC off Mode
133
Power Search Mode
133
Using an Output Offset, Reference, or Multiplier
136
Setting an Output Offset
136
Setting an Output Reference
137
Setting a Frequency Multiplier
138
Using the Frequency and Phase Reference Softkeys
140
Using Free Run, Step Dwell, and Timer Trigger
140
Understanding Free Run, Step Dwell, and Timer Trigger Setup
140
Using a USB Keyboard
142
Using Pulse Modulation (Option UNW or 320)
144
Pulse Characteristics
145
The Basic Procedure
147
Example
147
Pulse Train (Option 320 - Requires: Option UNW)
149
Basic Digital Operation-No BBG Option Installed
155
I/Q Modulation
156
Configuring the Front Panel Inputs
157
Basic Digital Operation (Option 653/655/656/657)
159
Waveform File Basics
160
Signal Generator Memory
160
Dual ARB Player
160
Storing, Loading, and Playing a Waveform Segment
162
Loading a Waveform Segment into BBG Media
162
Storing/Renaming a Waveform Segment to Internal or USB Media
163
Playing a Waveform Segment
163
Waveform Sequences
165
Creating a Sequence
166
Viewing the Contents of a Sequence
167
Editing a Sequence
167
Playing a Sequence
168
Saving a Waveform's Settings & Parameters
169
Viewing and Modifying Header Information
171
Viewing & Editing a Header Without Selecting the Waveform
173
Using Waveform Markers
175
Waveform Marker Concepts
176
Accessing Marker Utilities
180
Viewing Waveform Segment Markers
181
Clearing Marker Points from a Waveform Segment
181
Setting Marker Points in a Waveform Segment
182
Viewing a Marker Pulse
185
Using the RF Blanking Marker Function
186
Setting Marker Polarity
188
Controlling Markers in a Waveform Sequence
188
Using the EVENT Output Signal as an Instrument Trigger
191
Triggering a Waveform
192
Trigger Type
193
Trigger Source
194
Example: Segment Advance Triggering
195
Example: Gated Triggering
196
Example: External Triggering
198
Clipping a Waveform
199
How Power Peaks Develop
200
How Peaks Cause Spectral Regrowth
202
How Clipping Reduces Peak-To-Average Power
203
Configuring Circular Clipping
206
Configuring Rectangular Clipping
207
Scaling a Waveform
208
How DAC Over-Range Errors Occur
209
How Scaling Eliminates DAC Over-Range Errors
210
Setting Waveform Runtime Scaling
211
Setting Waveform Scaling
212
Setting the Baseband Frequency Offset
214
DAC Over-Range Conditions and Scaling
216
I/Q Modulation
218
Using the Rear Panel I and Q Outputs
220
Configuring the Front Panel Inputs
221
I/Q Adjustments
222
I/Q Calibration
224
Using the Equalization Filter
226
Using Finite Impulse Response (FIR) Filters in the Dual ARB Real-Time Modulation Filter
228
Creating a User-Defined FIR Filter Using the FIR Table Editor
229
Modifying a FIR Filter Using the FIR Table Editor
234
Loading the Default Gaussian FIR File
235
Modifying the Coefficients
236
Storing the Filter to Memory
237
Setting the Real-Time Modulation Filter
238
Multiple Baseband Generator Synchronization
239
Understanding the Master/Slave System
242
Equipment Setup
243
Configuring the Setup
243
Making Changes to the Multiple Synchronization Setup and Resynchronizing the Master/Slave System
245
Understanding Option 012 (lo In/Out for Phase Coherency) with Multiple Baseband Generator Synchronization
246
Configuring the Option 012 (lo In/Out for Phase Coherency) with MIMO
246
Real-Time Applications
250
Waveform Licensing
251
Understanding Waveform Licensing
251
Installing an Option N5182-22X or Option N5182B-25X
251
Licensing a Signal Generator Waveform
251
Adding Real-Time Noise to a Signal (Option 403)
259
Adding Real-Time Noise to a Dual ARB Waveform
259
Eb/No Adjustment Softkeys for Real Time I/Q Baseband AWGN
262
Using Real Time I/Q Baseband AWGN
265
Digital Signal Interface Module (Option 003/004)
267
Clock Timing
267
Clock and Sample Rates
267
Clock Source
270
Common Frequency Reference
271
Clock Timing for Parallel Data
273
Clock Timing for Parallel Interleaved Data
276
Clock Timing for Serial Data
278
Clock Timing for Phase and Skew Adjustments
278
Connecting the Clock Source and the Device under Test
279
Data Types
282
Output Mode
282
Input Mode
282
Operating the N5102A Module in Output Mode
283
Setting up the Signal Generator Baseband Data
283
Accessing the N5102A Module User Interface
283
Choosing the Logic Type and Port Configuration
285
Selecting the Output Direction
286
Selecting the Data Parameters
286
Configuring the Clock Signal
288
Generating Digital Data
293
Operating the N5102A Module in Input Mode
294
Accessing the N5102A Module User Interface
294
Selecting the Input Direction
296
Choosing the Logic Type and Port Configuration
296
Configuring the Clock Signal
297
Selecting the Data Parameters
301
Digital Data
304
BERT (Option UN7)
305
Bit Error Rate Tester-Option UN7
306
Block Diagram
306
Clock Gate Function
306
Clock/Gate Delay Function
307
Clock Delay Function
309
Gate Delay Function in the Clock Mode
310
Triggering
311
Agilent Technologies X Series User Manual (175 pages)
Signal Analyzer, EMI Receiver
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 0.81 MB
Table of Contents
Table of Contents
6
1 Getting Started
16
What Does the Agilent N9062A & W9062A SCPI Language Compatibility Application Do
17
Documentation for the N9062A & W9062A SCPI Language Compatibility Application
18
Signal Analyzers with N9062A/W9062A
18
Signal Analyzer Updates
18
SCPI Language Compatibility Application General Rules and Limitations
19
Couplings
19
Data Formats
19
Markers
19
Numeric Ranges
19
Remote Control
19
Returning Data
19
Units
20
Status System & SRQ
20
Supported Commands and Queries
21
Unsupported Commands and Queries
21
Hardware and Firmware Requirements For N9062A/W9062A
22
Installing the N9062A & W9062A SCPI Language Compatibility Application
24
License for N9062A/W9062A
24
Installation
24
Licensing
24
License Installation Procedure over USB
25
Verify the Installation
25
Running Software that Requires SCPI Commands
26
Service and Calibration
27
2 Front Panel Operations
28
Selecting SCPI Language Compatibility Mode
29
Selecting SCPI Language Compatibility Mode as the Power-On Application
30
Mode Setup
31
Selecting Compatibility Model
31
R&S Fse
32
R&S Fsp
32
R&S Fsu
32
Selecting Mode IDN Response
33
Compatibility Model
34
System IDN Response
34
User IDN Response
34
Restore Mode Defaults
35
Send Commands
36
3 Compatible SCPI Commands
39
SCPI Summary Table
39
Agilent N9062A/W9062A Supported IEEE SCPI Commands
56
Supported SCPI Commands
58
Mode Selection
58
Mode Setup
58
Compatibility Mode
58
R&S Fse
59
R&S Fsp
59
R&S Fsu
59
Mode IDN Response
59
Compatibility Model
60
System IDN Response
60
User IDN Response
60
Abort Subsystem
60
Abort
61
Calculate:deltamarker Subsystem
61
Calculate<1|2>:Deltamarker<1
61
Calculate<1|2>:Deltamarker<1
62
Calculate<1|2>:Deltamarker<1
63
Calculate<1|2>:Deltamarker<1
64
Calculate<1|2>:Deltamarker<1
65
Calculate<1|2>:Deltamarker<1
66
Numeric_Value
66
Calculate<1|2>:Deltamarker<1
67
Calculate<1|2>:Deltamarker<1
68
Calculate:limit Subsystem
68
Calculate<1|2>:Limit<1
68
Calculate<1|2>:Limit<1
69
Ampere| DB | DEG | RAD | S | HZ | PCT | UNITLESS
69
Calculate<1|2>:Limit<1
70
Calculate<1|2>:Limit<1
71
Calculate<1|2>:Limit<1
72
Calculate:limit:espectrum Subsystem
72
Calculate<1|2>:Limit<1
73
Calculate:limit:acpower Subsystem
73
Calculate<1|2>:Limit<1
74
Calculate<1|2>:Limit<1
75
Calculate<1|2>:Limit<1
76
Calculate<1|2>:Limit<1
77
Calculate:limit:control Subsystem
78
Calculate<1|2>:Limit<1
78
Calculate<1|2>:Limit<1
79
Calculate:limit:lower Subsystem
80
Calculate<1|2>:Limit<1
80
Calculate<1|2>:Limit<1
81
Calculate<1|2>:Limit<1
82
Calculate:limit:upper Subsystem
83
Calculate<1|2>:Limit<1
83
Calculate<1|2>:Limit<1
84
Calculate<1|2>:Limit<1
85
Calculate<1|2>:Limit<1
86
Calculate:marker Subsystem
87
Calculate<1|2>:Marker<1
87
Calculate<1|2>:Marker<1
88
Calculate<1|2>:Marker<1
89
Calculate<1|2>:Marker<1
90
Calculate<1|2>:Marker<1
91
Calculate<1|2>:Marker<1
92
Calculate<1|2>:Marker<1
93
Calculate:marker:function Subsystem
94
Calculate<1|2>:Marker<1
94
Calculate<1|2>:Marker<1
95
Calculate<1|2>:Marker<1
96
Calculate<1|2>:Marker<1
97
Calculate:marker:function:power Subsystem
97
Calculate<1|2>:Marker<1
98
Calculate:statistics Subsystem
98
Calculate:statistics:apd[:State] on | off
98
Calculate:statistics:ccdf[:State] on | off
98
Calculate:statistics:ccdf:X<1
99
Calculate:statistics:nsamples <100
99
Calculate:statistics:scale:auto ONCE
100
Calculate:statistics:scale:X:rlevel -130Dbm to 30Dbm
100
Calculate:statistics:scale:X:range 10Db to 200Db
100
Calculate:statistics:scale:y:upper 1E-8 to 1.0
101
Calculate:statistics:scale:y:lower 1E-9 to 0.1
101
Calculate:statistics:preset
101
Calculate:statistics:result<1
102
Calculate:threshold Subsystem
102
Calculate<1|2>:Dline<1|2> Minimum
102
Calculate<1|2>:Dline<1|2>:State on | off
102
Calculate<1|2>:Threshold Minimum to Maximum (Depending on Current Unit)
103
Calculate<1|2>:Threshold:state on | off
103
Calculate<1|2>:Fline<1|2> 0
103
Calculate<1|2>:Fline<1|2>:State on | off
103
Calculate<1|2>:Tline<1|2> 0
104
Calculate<1|2>:Tline<1|2>:State on | off
104
Calculate:unit Subsystem
104
Calculate<1|2>:Unit:power DBM | V | a | W | DB | PCT | UNITLESS |DBPW | WATT | DBUV |DBMV | VOLT | DBUA | Ampere
104
Calibration Subsystem
106
Calibration:state on | off
106
Calibration[:All]
106
Display Subsystem
106
Display:annotation:frequency on | off
107
Display:format Single | Split
107
Display:logo on | off
107
Display:cmap<1 to 26>:Default<1|2
108
Display:cmap<1 to 26>:HSL <Hue>,<Sat>,<Lum
108
Display:psave:holdoff 1 to 60
108
Display:psave[:State] on | off
108
Display:cmap<1 to 26>:Pdefined Black | BLUE | Brown | Green | CYAN | RED | Magenta | Yellow | White | Dgray | Lgray | Lblue | Lgreen | Lcyan | LRED | Lmagenta
109
Display[:Window<1|2>]:Select
109
Display[:Window<1|2>]:Size Large|Small
110
Display[:Window<1|2>]:Text:state on | off
110
Display[:Window<1|2>]:Text[:Data] <String
110
Display[:Window<1|2>]:Time on | off
111
Display[:Window<1|2>]:Trace<1 to 3>:Y[:Scale] 10Db to 200Db
111
Display[:Window<1|2>]:Trace<1 to 3>:Y[:Scale]:Mode Absolute | Relativ
111
Display[:Window<1|2>]:Trace<1 to 3>:Y[:Scale]:Rlevel
112
Display[:Window<1|2>]:Trace<1 to 3>:Y[:Scale]:Rlevel:offset
112
Display[:Window<1|2>]:Trace<1 to 3>:Y:spacing Linear | Logarithmic| LDB
113
Display[:Window<1|2>]:Trace<1 to 3>:Y[:Scale]:Pdivision
113
Display[:Window<1|2>]:Trace<1 to 3>[:State] on | off
114
Format Subsystem
114
Format[:Data]
114
Hcopy Subsystem
115
Hcopy:abort
115
Hcopy:cmap<1 to 26>:Default1|2|3
115
Hcopy:cmap<1 to 26>:HSL <Hue>,<Sat>,<Lum
115
Hcopy:cmap<1 to 26>:Pdefined Black | BLUE | Brown | Green | CYAN | RED | Magenta | Yellow | White | Dgray | Lgray | Lblue | Lgreen | Lcyan | LRED | Lmagenta
116
Hcopy:destination<1|2> <String
116
Hcopy:device:color ON|OFF
116
Hcopy:device:language<1|2> GDI | WMF | EWMF | BMP
117
Hcopy[:Immediate<1|2>]
117
Hcopy:item:all
117
Hcopy:item:window<1|2>:Table:state on | off
117
Hcopy:item:window<1|2>:Text <String
118
Hcopy:item:window<1|2>:Trace:state on | off
118
Hcopy:page:orientation<1|2> Landscape | Portrait
118
Initiate Subsystem
119
Initiate<1|2>:Continuous on | off
119
Initiate<1|2>:Conmeas
119
Initiate<1|2>[:Immediate]
119
Input Subsystem
119
Input<1|2>:Attenuation
119
Input<1|2>:Attenuation:auto
120
Input<1|2>:Eatt
120
Input<1|2>:Eatt:auto
121
Input<1|2>:Eatt:state
121
Input<1|2>:Impedance
121
Input<1|2>:Gain:state
122
Instrument Subsystem
122
Instrument[:Select] Sanalyzer | Ddemod | Ademod | MGSM | Wcdpower|Bwcdpower |Mwcdpower | BC2K| BDO
122
Instrument:nselect <Numeric Value
122
Mmemory Subsystem
124
Mmemory:catalog? <Path
124
Mmemory:cdirectory <Directory_Name
124
Mmemory:copy <File_Source>,<File_Destination
124
Mmemory:data <File_Name>[,<Block_Data>]
125
Mmemory:delete <File_Name
125
Mmemory:initialize <Msus
125
Mmemory:load:state 1,<File_Name
125
Mmemory:load:auto 1,<File_Name
126
Mmemory:mdirectory <Directory_Name
126
Mmemory:move <File_Source>,<File_Destination
126
Mmemory:msis <Device
126
Mmemory:name <File_Name
126
Mmemory:rdirectory <Directory_Name
127
Mmemory:store<1|2>:State 1,<File_Name
127
Mmemory:store<1|2>:Trace <1
127
Mmemory:clear:state 1,<File_Name
127
Mmemory:clear:all
128
Mmemory:select[:Item]:Hwsettings on | off
128
Mmemory:select[:Item]:Trace[:Active] on | off
128
Mmemory:select[:Item]:Lines:all on | off
128
Mmemory:select[:Item]:Scdata on | off
129
Mmemory:select[:Item]:Transducer:all on | off
129
Mmemory:select[:Item]:All
129
Mmemory:select[:Item]:None
130
Mmemory:select[:Item]:Default
130
Mmemory:comment <String
130
Sense:average Subsystem
130
[Sense<1|2>:]Average:count 0 to 32767
130
Sense:bandwidth Subsystem
131
[Sense<1|2>:]Average:type Video | Linear
131
[Sense<1|2>:]Average[:State<1 to 3>] on | off
131
[Sense<1|2>:]Bandwidth|Bwidth[:Resolution] <Numeric_Value
132
[Sense<1|2>:]Bandwidth|Bwidth[:Resolution]:Auto on | off
132
[Sense<1|2>:]Bandwidth|Bwidth[:Resolution]:Ratio 0.0001 to 1
132
[Sense<1|2>:]Bandwidth|Bwidth:video 1Hz to 10Mhz
133
[Sense<1|2>:]Bandwidth|Bwidth[:Resolution]:Type Normal | FFT | Cfilter | RRC
133
Sense:correction Subsystem
134
[Sense<1|2>:]Bandwidth|Bwidth:video:auto on | off
134
[Sense<1|2>:]Bandwidth|Bwidth:video:ratio 0.01 to 1000
134
[Sense<1|2>:]Correction:egain:input[:Magnitude] -200
134
[Sense<1|2>:]Correction:transducer:select <Name
135
[Sense<1|2>:]Correction:transducer:unit <String
135
[Sense<1|2>:]Correction:transducer:comment <String
136
[Sense<1|2>:]Correction:transducer:data <Freq>,<Level
136
[Sense<1|2>:]Correction:transducer:scaling Linear | Logarithmic
136
[Sense<1|2>:]Correction:transducer:delete
137
[Sense<1|2>:]Correction:transducer:view on | off
137
[Sense<1|2>:]Correction:transducer[:State] on | off
137
Qpeak
138
Sense:detector Subsystem
138
Sense:frequency Subsystem
138
[Sense<1|2>:]Detector<1
138
[Sense<1|2>:]Detector<1 to 3>[:Function]:Auto on | off
138
[Sense<1|2>:]Frequency:center 0 to Fmax
139
[Sense<1|2>:]Frequency:center:step 0 to Fmax
139
[Sense<1|2>:]Frequency:center:step:link SPAN | RBW | off
139
[Sense<1|2>:]Frequency:center:step:link:factor 1 to 100 PCT
140
[Sense<1|2>:]Frequency:span 0 to Fmax
140
[Sense<1|2>:]Frequency:span:full
140
[Sense<1|2>:]Frequency:start 0 to Fmax
141
[Sense<1|2>:]Frequency:stop 0 to Fmax
141
Sense:power Subsystem
142
[Sense<1|2>:]Frequency:mode CW | Fixed | Sweep
142
[Sense<1|2>:]Frequency:offset
142
[Sense<1|2>:]Power:achannel:spacing:channel 100 Hz to 2000 Mhz
142
[Sense<1|2>:]Power:achannel:spacing:achannel 100 Hz to 2000 Mhz
143
[Sense<1|2>:]Power:achannel:spacing:alternate<1|2> 100 Hz to 2000 Mhz
143
[Sense<1|2>:]Power:achannel:txchannel:count 1 | 2 | 3 | 4
143
[Sense<1|2>:]Power:achannel:acpairs 0 | 1 | 2 | 3
144
[Sense<1|2>:]Power:achannel:bandwidth|Bwidth[:Channel] 100 Hz to 1000 Mhz
144
[Sense<1|2>:]Power:achannel:bandwidth|Bwidth:achannel 100Hz-1000Mhz
145
[Sense<1|2>:]Power:achannel:bandwidth|Bwidth:alternate<1|2> 100 Hz to 1000 Mhz
145
[Sense<1|2>:]Power:achannel:mode Absolute | Relative
145
[Sense<1|2>:]Power:achannel:reference:auto ONCE
146
[Sense<1|2>:]Power:achannel:reference:txchannel:auto Minimum | Maximum | Lhighest
146
[Sense<1|2>:]Power:achannel:reference:txchannel:manual 1 | 2 | 3 | 4
146
[Sense<1|2>:]Power:achannel:preset Acpower | Cpower | Mcacpower | Obandwidth
147
Obwidth | CN | CN0
147
[Sense<1|2>:]Power:achannel:preset:rlevel
147
[Sense<1|2>:]Power:bandwidth|Bwidth 10 to 99.9PCT
147
[Sense<1|2>:]Power:hspeed on | off
148
[Sense<1|2>:]Power:ncorrection on | off
148
[Sense<1|2>:]Power:trace 1 to 3
148
Sense:roscillator Subsystem
149
[Sense<1|2>:]Roscillator:source Internal | External
149
Sense:sweep Subsystem
149
[Sense<1|2>:]Sweep:time 2.5Ms to 16000S (Frequency Domain) | 1Us to 16000S (Time Domain)
149
[Sense<1|2>:]Sweep:time:auto on | off
150
[Sense<1|2>:]Sweep:count 0 to 32767
150
[Sense<1|2>:]Sweep:egate on | off
150
[Sense<1|2>:]Sweep:egate:type Level | EDGE
151
[Sense<1|2>:]Sweep:egate:polarity Positive | Negative
151
[Sense<1|2>:]Sweep:egate:holdoff 125 Ns to 100 S
151
[Sense<1|2>:]Sweep:egate:length 0 to 100 S
152
[Sense<1|2>:]Sweep:egate:source External | Ifpower | Rfpower
152
[Sense<1|2>:]Sweep:points 125 to 8001
152
Status Subsystem
153
Status:operation[:Event]
153
Status:operation:condition
153
Status:operation:enable
153
Status:operation:ptransition
154
Status:operation:ntransition
154
Status:preset
154
Status:questionable[:Event]
155
Status:questionable:condition
155
Status:questionable:enable
155
Status:questionable:ptransition
156
Status:questionable:ntransition
156
Status:questionable:frequency[:Event]
156
Status:questionable:frequency:condition
156
Status:questionable:frequency:enable
157
Status:questionable:frequency:ptransition
157
Status:questionable:frequency:ntransition
157
Status:queue[:Next]
158
System Subsystem
158
System:communicate:gpib[:Self]:Address
158
System:communicate:gpib[:Self]:Rterminator LFEOI | EOI
158
System:date
159
System:display:fpanel on | off
159
System:display:update
159
System:error
160
System:error:list
160
System:error:clear:all
160
System:preset
160
System:time
160
System:version
161
Trace Subsystem
161
Trace:iq Subsystem
161
Trace<1|2>:Iq:data
161
Trace<1|2>[:Data] TRACE1 | TRACE2 | TRACE3 | Spurious | Abitstream | Pwcdp | Ctable, <Block> | <Numeric_Value
161
Trace:iq:srate 15.625Khz to 32Mhz
162
Trace:iq:state on | off
162
Trace<1|2>:Iq:set <Filter Type>,<Rbw>,<Sample Rate>,<Trigger Source>,<Trigger Slope>,<Pretrigger Samples>,<# of Samples
162
Trigger Subsystem
163
Trigger<1|2>[:Sequence]:Level:ifpower -30 to -10DBM
163
Trigger<1|2>[:Sequence]:Level:rfpower
163
Trigger<1|2>[:Sequence]:Source
163
Trigger<1|2>[:Sequence]:Holdoff
164
Trigger<1|2>[:Sequence]:Level:video 0 to 100PCT
164
Trigger<1|2>[:Sequence]:Slope
165
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Agilent Technologies X Series Programmer's Manual (115 pages)
Signal Analyzer
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 0.84 MB
Table of Contents
Table of Contents
5
What Programming Information Is Available
8
Using Embedded Help for Programming
10
Using the Help System on Your PC
10
Help System Features Especially Useful for Programmers
10
Communicating SCPI Using Telnet
13
SCPI Measurement Commands
16
Measurement Group of Commands
16
Common Measurement Commands
20
Status Subsystem (Remote Only Commands)
30
Status Subsystem Description
31
Status Subsystem Commands and Queries
43
2 Programming Fundamentals
71
SCPI Language Basics
71
Command Keywords and Syntax
71
Creating Valid Commands
72
SCPI Language Basics
72
Special Characters in Commands
73
Parameters in Commands
73
Putting Multiple Commands on the same Line
76
Improving Measurement Speed
78
Turn off the Display Updates
78
Use Binary Data Format Instead of ASCII
78
Minimize the Number of GPIB Transactions
79
Consider Using USB or LAN Instead of GPIB
80
Minimize Dut/Instrument Setup Changes
80
Avoid Unnecessary Use of *RST
80
Avoid Automatic Attenuator Setting
80
Avoid Using Rfburst Trigger for Single Burst Signals
81
N9071A: Optimize Your GSM Output RF Spectrum Switching Measurement
82
Ta<N>:Compress
82
Making Power Measurements on Multiple Bursts or Slots? Use Calculate:data<N>:Compress
82
For more Information
84
3 Measurement Synchronization with LXI-B
85
Ieee 1588
85
Synchronizing Time on the MXA and MXG
86
Verifying Time Synchronization on the MXA and MXG
86
Peer to Peer Messaging
87
MXA Instrument Events
87
Outputting LAN Events
87
Configuring LXI Triggers
90
Configuring an LXI Trigger Using SCPI
90
Configuring an LXI Trigger Using the Front Panel
92
Verifying an LXI Trigger Using LXI Interactive
92
Configuring an LXI State Trigger
93
Using the LXI Event Log
94
Setting up and Executing a List Sweep Measurement
95
Synchronizing a List Sweep Measurement between an MXA and an MXG
96
For more Information
104
Agilent Technologies X Series Startup Manual (79 pages)
Measurement Applications for Modular Instruments
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 2.79 MB
Table of Contents
Table of Contents
6
Documentation Map
10
Introduction
11
X-Series Measurement Applications for Modular Instruments
11
High-Level Architecture
12
M90XA Application Container
12
M9000 Resource Manager
13
Supported VSA Hardware
13
M9391A and M9393A IVI Drivers
13
Related Documentation
15
Installation and License Setup
18
System Requirements
18
Setup Notes
18
Installing M90XA Software
19
Prerequisites
19
M90XA Software Installer
19
Installation Procedure
20
Setting up Licenses
22
M90XA Software Licensing
22
M90XA Software Licenses
23
Launching M90XA Software
26
Startup Options
30
89600 VSA: Running In-Process and Sharing Hardware Driver Sessions
33
Overview
33
Minimum Version Requirements
33
Preparing the 89600
34
SCPI Preferences
34
Hardware Configuration
35
Sharing the Hardware
37
Checkout
37
Check in
37
Programming with M90XA Software
38
SCPI Control of M90XA
38
Hislip
40
Shared Usage of the M9391 or M9393 IVI Driver Session
41
C (Sharp) API Example
42
C# API Example
42
Code Walkthrough
45
Labview API Example
49
Prerequisites
49
Executing the Labview Example
49
The Labview Example Code
50
C or C++ API Example
51
Building the C/C++ Example
52
Running the C/C++ Example
52
Deploying a C/C++ Program
53
C (Sharp) API Example Form
54
C# API Example Form
54
Code Walkthrough
58
API Example Form with 89600
59
References
60
Running the Program
62
Code Walkthrough
64
Starting the 89600 VSA Software
65
Switching between 89600, M90XA, and the IVI Driver Session
67
Troubleshooting
68
Agilent Technologies X Series Manual (43 pages)
Signal Analyzer
Brand:
Agilent Technologies
| Category:
Measuring Instruments
| Size: 0.71 MB
Table of Contents
Safety Notices
2
Table of Contents
5
1 Functional Tests
7
Functional Test Versus Performance Verification
8
Contents of this Document
9
Before Performing a Functional Test
10
Test Equipment
11
2 Displayed Average Noise Level (DANL)
14
Procedure
15
3 Frequency Readout Accuracy
18
Procedure
19
4 Second Harmonic Distortion (SHD)
20
Procedure
22
5 Amplitude Accuracy at 50 Mhz
24
Procedure
26
Testing Preamp Option (P03, P07)
28
Procedure
28
6 Frequency Response (Flatness)
30
Procedure
32
7 Frequency Response (Flatness), Preamp on
34
Procedure
36
8 Scale Fidelity
38
Test Limits (Pass/Fail Criteria)
38
Procedure
40
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