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Keysight N9020A manuals available for free PDF download: Service Manual, Measurement Manual, Manual, Security Features And Document Of Volatility
Keysight N9020A Service Manual (642 pages)
MXA signal analyzer
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 22.22 MB
Table of Contents
Safety Notices
2
Table of Contents
5
1 Overview
13
What You will Find in this Chapter
13
Keysight MXA Signal Analyzer Overview
14
Instrument Option Descriptions
15
Signal Analyzer Accessories
16
Manual Set on CD-ROM
16
50 Ohm Load
17
50 Ohm/75 Ohm Minimum Loss Pad
17
75 Ohm Matching Transformer
17
AC Probe
17
AC Probe (Low Frequency)
17
Broadband Preamplifiers and Power Amplifiers
17
RF and Transient Limiters
18
Power Splitters
18
Static Safe Accessories
18
Before You Start Troubleshooting
19
ESD Information
21
Protection from Electrostatic Discharge
21
Handling of Electronic Components and ESD
22
Test Equipment Usage and ESD
22
For Additional Information about ESD
22
Service Equipment You will Need
23
Calibration Application Software
23
Front End Controller Troubleshooting Kit
24
USB Keyboard and Mouse
25
USB Storage Device
25
Required Test Equipment List
26
After an Instrument Repair
38
Contacting Keysight Technologies
39
Instrument Serial Numbers
42
How to Return Your Instrument for Service
43
Service Order Number
43
Original Packaging
43
Other Packaging
44
2 Boot up and Initialization Troubleshooting
45
What You will Find in this Chapter
45
Check the Basics
46
Instrument Boot up Process
47
Typical Instrument Boot-Up Process Flow
48
Potential Problems During Boot Process
51
Yellow Standby LED Does Not Illuminate
51
Green Power on LED Does Not Illuminate
53
Fan(S) Are Not Operating
55
No Agilent Splash Screen Displayed
57
Instrument Hangs at the Agilent Splash Screen
58
PCI Enumeration Error
58
Instrument Cannot Completely Load or Run the Operating System
59
Troubleshooting a Blank Display
59
Verify LCD Backlight Functionality
60
Verify Video Signal Path Integrity
63
Video Controller / LCD Troubleshooting
63
Initializations DID Not Complete
63
Fails an Initial Alignment
64
Signal Level Verification
70
Signal Level Problem with Input Frequencies < 3.6 Ghz
70
Signal Level Problem with Input Frequencies > 3.6 Ghz
71
3 Instrument Messages
73
Introduction
73
Event Vs. Condition Messages
73
Event and Condition Categories
74
Event Message Format
75
Event Queues
76
Advisory Messages
78
Event Messages
84
800, Operation Complete Event
85
700, Request Control Event
85
600, User Request Event
85
500, Power on Event
85
-400 to -499, Query Errors
85
-300 to -399, Device-Specific Errors
86
-221 Settings Conflict Errors
89
-200 to -299, Execution Errors
101
-100 to -199, Command Errors
112
Error
114
Condition Messages
115
Condition Errors 1 to 99, Calibration
115
Condition Errors 101 to 199, Measurement Integrity
120
Condition Errors 201 to 299, Signal Integrity
123
Condition Errors 301 to 399, Uncalibrated Integrity
127
Condition Errors 401 to 499, Power
131
Condition Errors 501 to 599, Frequency
131
Condition Errors 601 to 699, Error Summaries
133
Condition Errors 701 to 799, Operation
134
Condition Errors 801 to 899, Temperature
135
4 RF Section Troubleshooting
137
What You will Find in this Chapter
137
RF Section Description
138
Purpose
138
RF Section Theory of Operation
142
Troubleshooting
146
Quick Check to Verify the Low Band Signal Path
146
Troubleshooting a Low Band Problem
151
Quick Check to Verify High Band RF Path #1
174
Troubleshooting a High Band Problem
178
High Band Preamp (Option P08, P13, P26)
204
High Band Mixing Equations
204
Microwave Preselector Bypass (Option MPB)
205
5 Front End Control Troubleshooting
207
What You will Find in this Chapter
207
A15 Front End Control Description
208
Purpose
208
A15 Front End Control Assembly Troubleshooting
212
Verifying Input Attenuator A, Input Attenuator B, Low Band Switch Logic and Power Supplies
213
Input Attenuator a Control Logic Verification
215
Input Attenuator B Control Logic Verification
216
Low Band Switch Control Logic Verification
216
(All Except Option 503)
216
Preselector Tune Output
218
Front End Assembly Control Logic Verification
219
Verifying SW1 and SW2 (Option MPB Only)
221
Oscilloscope Test
222
Verifying Aux if Out, Rear Panel (Option CR3, CRP Only)
225
Standard Analyzer
225
Verifying Option CR3
226
Verifying Option CRP
227
6 Analog/Digital if Troubleshooting
229
What You will Find in this Chapter
229
25 Mhz BW if Section
232
A2 Analog I.F. Assembly Description
232
A2 Analog I.F. Assembly Theory of Operation
233
A2 Analog I.F. Troubleshooting
236
A3 Digital I.F. Assembly Description
243
A3 Digital I.F. Assembly Theory of Operation
244
A3 Digital I.F. Troubleshooting
246
40 Mhz BW if Section
251
A2 Analog if Assembly Description
251
A2 Analog if Assembly Theory of Operation
252
A2 Analog if Troubleshooting
255
A3 Digital if Assembly Description
262
A3 Digital if Assembly Theory of Operation
263
A3 Digital if Troubleshooting
265
85 Mhz BW if Section
273
A25 Wideband Analog if Assembly Description
273
A25 Wideband Analog if Assembly Theory of Operation
273
A25 Wideband Troubleshooting
275
A26 140 Mhz Wideband Digital if Troubleshooting
278
7 L.O. Synthesizer/Reference Troubleshooting
279
What You will Find in this Chapter
279
A14 L.O. Synthesizer Assembly Description
280
Purpose
280
A14 L.O. Synthesizer Theory of Operation
281
Brief Description of the Major Blocks
281
A14 L.O. Synthesizer Troubleshooting
282
Verifying the 4800 Mhz Input Power & Frequency Stability
283
Verifying the 1St L.O. Output Power
286
A16 Reference Assembly Description
290
Purpose
290
A16 Reference Assembly Troubleshooting
293
Diagnostic Leds
302
8 Cpu/Disk Drive Troubleshooting
305
What You will Find in this Chapter
305
A4 CPU Description
306
Disk Drive
306
Front Panel Interface
306
Graphics Controller
306
Power Supply Control
306
Rear Panel Connectivity
307
System Memory
307
System Processor
307
A5 Disk Drive
308
Overview
309
Troubleshooting Software Related Issues
310
Reloading the X-Series Software
311
Disk Drive Recovery Process
312
Agilent Recovery System
312
Using the Instrument Recovery System
313
Replacing the Instrument Disk Drive
313
9 Power Supply/Midplane Troubleshooting
315
What You will Find in this Chapter
315
A6 Power Supply Description
316
Purpose
316
Power Supply Theory of Operation
317
A6 Power Supply Basic Troubleshooting
322
(Cover On)
322
A7 Midplane Description
324
Purpose
324
A7 Midplane Assembly Troubleshooting
327
10 Front Panel/Motherboard Troubleshooting
329
What You will Find in this Chapter
329
A8 Motherboard Description
330
Purpose
330
A8 Motherboard Troubleshooting
331
A1 Front Panel Assembly
332
A1A2 Front Panel Interface Board
332
A1A3 Lcd
332
A1A4 LCD Inverter Board/DC-DC Converter
332
A1A5 Front Panel USB Interface Board
332
Option BBA Description
333
A17 LED Board
333
A18 BBIQ Interface Board
333
A19 BBIQ Main Board
334
11 Block Diagrams
335
What You will Find in this Chapter
335
Block Diagrams
336
RF Lowband Path Block Diagram
337
RF Highband Path #1 Block Diagram
338
RF Highband Path #2 Block Diagram
339
Reference and Synthesizer Block Diagram
340
(Serial Prefix < MY/SG/US5233 Without Option B85, B1A, or B1X)
340
Reference and Synthesizer Block Diagram
341
(Serial Prefix > MY/SG/US5233 and All with Option B85, B1A, or B1X)
341
25 Mhz Bandwidth I.F. System Block Diagram
342
40 Mhz Bandwidth I.F. System Block Diagram
343
85 Mhz Bandwidth if System Block Diagram
344
MXA Computer Block Diagram
345
BBIQ System Block Diagram
346
12 Service and Diagnostics Menus
347
Overview
347
Controlling Access
347
Secure Service Access, Software Versions A.01.XX through A.03.XX
348
Summary of Requirements for Service Menu Access, Software Versions A.01.XX through A.03.XX
348
Secure Service Access, Software Version ≥ A.04.00
348
Menus
349
Service Key Descriptions
353
Timebase
353
Corrections
354
Band Lock
356
LO Band Lock
357
LO Control
357
Align
358
13 Replaceable Parts
363
What You will Find in this Chapter
363
How to Order Parts
365
Replaceable Parts
366
Hardware
382
14 Assembly Replacement Procedures
435
What You will Find in this Chapter
435
Before Starting
437
Safety
437
Tools You will Need
438
Adjustments Tests after an Instrument Repair
438
Major Assembly Locations
439
Instrument Outer Case
440
Standard Instrument
440
Option PRC
442
Top Brace and Reference Bracket
445
Removal
445
Replacement
446
RF Area
447
Low Band Switch
450
Standard Instruments with Serial Number < MY/SG50510001
450
Low Band Switch
454
Standard Instruments with Serial Number > MY/SG50510001
454
Low Band Switch and Coaxial Switches Options DP2, MPB, B40
458
Attenuators
474
YTF Preselector
476
RF Front End Assembly
479
Removal
479
Replacement
480
Front End Control Assembly
481
Removal
481
Replacement
483
L.O. Synthesizer Assembly
484
Removal
484
Replacement
484
Rear Panel
486
Removal
486
Replacement
486
Reference Assembly
487
Removal
487
Without Option B85, B1A, or B1X)
487
And any with Option B85, B1A, or B1X)
488
Replacement
491
Power Supply Assembly
492
Removal
492
Replacement
493
CPU Assembly
495
Removal
495
Replacement
497
Disk Drive
498
Rear Panel Removable Disk Drive
498
Internally Mounted Disk Drive
502
Disk Drive Interconnect
509
Analog I.F. (Aif)/Digital I.F. (DIF) Assembly
511
Removal
511
Separate AIF/DIF Assembly
514
Replacement
515
Wide Band Analog if and Digital if Assemblies
516
Removal
516
Replacement
517
Midplane Assembly
518
Removal
518
Replacement
519
Motherboard Assembly
521
Removal
521
Replacement
524
Fan Assembly
526
Removal
526
Replacement
527
Input Connector Assembly
529
Removal
529
Replacement
529
Front Frame Assembly
531
Removal
531
Replacement
532
Bail Handle Removal (Option PRC)
533
Front Frame Assembly Components - LCD
534
Front Frame Assembly Components - LED
541
Option BBA
549
15 Post-Repair Procedures
561
What You will Find in this Chapter
561
Before Starting
561
Post-Repair Procedures
562
Additional Tasks
567
16 Functional Tests
599
Functional Test Versus
599
Performance Verification
599
Before Performing a Functional Test
600
Test Equipment
601
Displayed Average Noise Level (DANL)
604
Procedure
604
Frequency Readout Accuracy
607
Procedure
607
Second Harmonic Distortion (SHD)
609
Procedure
610
Amplitude Accuracy at 50 Mhz
612
Procedure
613
Testing Preamp Option (P03, P08, P13, P26)
615
Frequency Response (Flatness)
616
Procedure
617
Frequency Response (Flatness), Preamp on
620
Procedure
621
Scale Fidelity
624
Procedure
625
BBIQ Input Frequency Response (Option BBA Only)
628
Procedure
630
17 Instrument Software
635
What You will Find in this Chapter
635
Instrument Software Overview
636
Software Licensing
637
Software Updates
638
Instrument Measurement Application Software
638
89601 VSA Software
638
Advertisement
Keysight N9020A Measurement Manual (225 pages)
Signal Analyzer Spectrum Analyzer Mode
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 7.28 MB
Table of Contents
Table of Contents
5
Getting Started with the Spectrum Analyzer Measurement Application
12
Making a Basic Measurement
12
Using the Front Panel
12
Presetting the Signal Analyzer
13
Viewing a Signal
14
Recommended Test Equipment
17
Accessories Available
18
50 Ohm Load
18
50 Ohm/75 Ohm Minimum Loss Pad
18
75 Ohm Matching Transformer
18
AC Probe
18
AC Probe (Low Frequency)
19
Broadband Preamplifiers and Power Amplifiers
19
GPIB Cable
19
USB/GPIB Cable
19
RF and Transient Limiters
19
Power Splitters
20
Static Safety Accessories
20
Measuring Multiple Signals
21
Comparing Signals on the same Screen Using Marker Delta
22
Comparing Signals Not on the same Screen Using Marker Delta
25
Resolving Signals of Equal Amplitude
28
Resolving Small Signals Hidden by Large Signals
33
Decreasing the Frequency Span Around the Signal
37
Easily Measure Varying Levels of Modulated Power Compared to a Reference
39
Measuring a Low−Level Signal
43
Reducing Input Attenuation
44
Decreasing the Resolution Bandwidth
47
Using the Average Detector and Increased Sweep Time
50
Trace Averaging
52
Improving Frequency Resolution and Accuracy
55
Using a Frequency Counter to Improve Frequency Resolution and Accuracy
56
Tracking Drifting Signals
57
Measuring a Source Frequency Drift
58
Tracking a Signal
61
Making Distortion Measurements
63
Identifying Analyzer Generated Distortion
64
Third-Order Intermodulation Distortion
67
Measuring Noise
71
Measuring Signal-To-Noise
72
Measuring Noise Using the Noise Marker
74
Measuring Noise-Like Signals Using Band/Interval Density Markers
78
Measuring Noise-Like Signals Using the Channel Power Measurement
81
Measuring Signal-To-Noise of a Modulated Carrier
83
Improving Phase Noise Measurements by Subtracting Signal Analyzer Noise
88
Making Time-Gated Measurements
93
Generating a Pulsed-RF FM Signal
94
Signal Source Setup
94
Analyzer Setup
95
Digitizing Oscilloscope Setup
97
Connecting the Instruments to Make Time-Gated Measurements
99
Gated lo Measurement
100
Gated Video Measurement
104
Gated FFT Measurement
108
Measuring Digital Communications Signals
111
Channel Power Measurements
112
Occupied Bandwidth Measurements
114
Troubleshooting Hints
115
Making Adjacent Channel Power (ACP) Measurements
116
Making Statistical Power Measurements (CCDF)
121
Making Burst Power Measurements
126
Spurious Emissions Measurements
132
Troubleshooting Hints
134
Spectrum Emission Mask Measurements
135
Troubleshooting Hints
136
10 Demodulating am Signals
139
Measuring the Modulation Rate of an am Signal
140
Measuring the Modulation Index of an am Signal
144
11 IQ Analyzer Measurement
147
Capturing Wideband Signals for Further Analysis
148
Complex Spectrum Measurement
149
IQ Waveform (Time Domain) Measurement
151
12 Using Option BBA Baseband I/Q Inputs
155
Baseband I/Q Measurements Available for X-Series Signal Analyzers
156
Baseband I/Q Measurement Overview
157
13 Option EXM External Mixing
159
Using Option EXM with the Keysight 11970 Series Mixers
160
Amplitude Calibration
161
Loading Conversion Loss Data for the PXA Signal Analyzer
161
Signal ID
166
Image Shift
166
Using the M1970 Series Mixers with X-Series Signal Analyzers
168
Exm)
168
Operating Precautions
168
Equipment Set up
169
Operation
171
Amplitude Calibration
172
LO Adjustment
172
Viewing the External Mixer Setup Screen
173
14 Option Esc External Source Control
175
Using Option ESC with the Keysight MXG Signal Sources
176
Lan
177
Loading Conversion Loss Data for the PXA Signal Analyzer
177
Signal ID
182
Image Shift
182
Using the M1970 Series Mixers with X-Series Signal Analyzers
184
Exm)
184
Operating Precautions
184
Equipment Set up
185
Operation
187
Amplitude Calibration
188
LO Adjustment
188
Viewing the External Mixer Setup Screen
189
15 Concepts
191
Resolving Closely Spaced Signals
192
Resolving Signals of Equal Amplitude
192
Resolving Small Signals Hidden by Large Signals
192
Trigger Concepts
194
Selecting a Trigger
194
Time Gating Concepts
197
Introduction: Using Time Gating on a Simplified Digital Radio Signal
197
How Time Gating Works
199
Measuring a Complex/Unknown Signal
205
Quick Rules" for Making Time-Gated Measurements
210
Using the Edge Mode or Level Mode for Triggering
213
Noise Measurements Using Time Gating
214
AM and FM Demodulation Concepts
215
Demodulating an am Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
215
Demodulating an FM Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
215
IQ Analysis Concepts
216
Purpose
216
Complex Spectrum Measurement
216
IQ Waveform Measurement
217
Spurious Emissions Measurement Concepts
218
Purpose
218
Measurement Method
218
Spectrum Emission Mask Measurement Concepts
219
Purpose
219
Measurement Method
219
Occupied Bandwidth Measurement Concepts
220
Purpose
220
Measurement Method
220
Baseband I/Q Inputs (Option BBA) Measurement Concepts
221
What Are Baseband I/Q Inputs
221
What Are Baseband I/Q Signals
221
Why Make Measurements at Baseband
222
Selecting Input Probes for Baseband Measurements
223
Baseband I/Q Measurement Views
224
Keysight N9020A Manual (119 pages)
Signal Analyzers, Instrument Messages
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 1.07 MB
Table of Contents
Signal Analyzers
1
Safety Information
2
Table of Contents
4
List of Instrument Messages
6
Overview of Instrument Messaging System
24
A-Series and B-Series Differences
24
Message Types
24
Event and Condition Categories
26
Event Categories
27
Condition Categories
28
Error Message Fields
29
Event Queues & Displays
30
Message Display & Controls
32
A-Series
32
B-Series
32
Event Message Boxes
32
Status Bar
34
Status Dialog
34
Advisory Messages
36
Band Adjust Has no Effect on a Fixed Marker
37
Fixed lo Freq Should be Greater than RF Stop Freq
38
LO Fixed Freq Should be Greater than if Stop Freq
39
Probe Disconnected, Reverting to Cable Calibration Data; <Port
40
Signals Deleted
41
Event Messages
42
800, Operation Complete Event
43
700, Request Control Event
43
600, User Request Event
43
500, Power on Event
43
To -499, Query Errors
43
Query DEADLOCKED
44
To -399, Device-Specific Errors
45
Calibration Memory Lost
46
Calibration Failed; <Failure Msg><Port
47
Settings Conflict Errors
48
Settings Conflict; <Trigger Source> Trigger Is Not Available While Input Is <Input Port
49
Settings Conflict; Averaged Acquisition Duration Time Exceeds Maximum Value, Acq
50
Settings Conflict; Can't Auto-Couple Res BW in Zero Span
51
Settings Conflict; Db*/Mhz Is Not Applicable to the Following Y-Axis Units, Dbm, W, V, a
52
Settings Conflict; Electronic Attenuator Unavailable with Preamp on
53
Settings Conflict; Feature Not Supported for this Measurement
54
Settings Conflict; Freq > 3.6 Ghz Unavailable While Electronic Attenuator Enabled
55
Settings Conflict; Gate Is Not Available When Marker Count on
56
Settings Conflict; Input Port Is Not Available While Occupied by Output of Incompatible Frequency
57
Settings Conflict; Marker Cannot be Relative to Itself
58
Settings Conflict; MPA GPS Port Power Setting <N>Dbm Is Lower than -130Dbm Minimum
59
Settings Conflict; Normalize Is Not Available While Demod View Is on
60
Settings Conflict; Param Only Available When Frequency Mode Is Swept
61
Settings Conflict; Pre-Trigger Is Insufficient for Demod. Decrease Trig Delay
62
Settings Conflict; Signal Track Is Not Available with Continuous Peak
63
Settings Conflict; Step Keys Are Not Available to Modify this Function
64
Settings Conflict; too Many Points; Stop Freq Clipped to Nearest Value Allowed
65
Settings Conflict;Auto Scan Time/Meas Time Do Not Apply in Stepped Scan Type
66
To -299, Execution Errors
67
All Ranges Are Off. Turn on at Least a Range
68
Execution Error; no Ranges Are Defined. Activate a Range
69
Arm Ignored
70
Arm Deadlock
71
Parameter Error;License Slot <N> Is Locked, Therefore Cannot be Replaced
72
Data out of Range; Clipped to Source Max/Min
73
Data out of Range; Two Entries Already Exist at this X-Axis Value
74
Illegal Parameter Value; Gated lo Is Not Available While Sweep Type Is Set to FFT
75
Data Corrupt or Stale; Measurement Data Is Not Available
76
Hardware Error
77
Antenna Unit Already in Used in Another Range
78
Mass Storage Error; File <Filename> Wrong Type
79
Mass Storage Error; Sharing Violation
80
Corrupt Media
81
Cannot Create Program
82
Incompatible Type
83
To -199, Command Errors
84
Block Data Error
85
No Error
86
Condition Messages
87
To 99, Calibration
87
To 34, Calibration Skipped
87
To 64, Calibration Needed or Failed
88
ADC Alignment Failure
89
To 92, Calibration Needed (Extended)
90
To 95, Calibration Failure (Extended)
91
To 199, Measurement Integrity
92
Input Overload
93
Input Overload;Adc over Range
94
I/O Error
95
Settings Alert; Acquisition Truncated
96
To 299, Signal Integrity
97
Burst Not Found
99
Carrier(S) Incorrect or Missing
100
Demod Error
101
To 399, Uncalibrated Integrity
102
AC Coupled: Accy Unspec'D <10 Mhz
103
User Cal; Cal Invalidated
104
Calibration
105
To 499, Power
106
Full Bypass Enabled, Maximum Safe Input Power Reduced
107
To 599, Frequency
108
To 699, Error Summaries
109
To 799, Operation
110
To 899, Temperature
111
Over Current: Reboot
112
Status Register System & SCPI Status Subsystem
114
Status Register System Overview
115
Documents & Web Sites
118
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Keysight N9020A Security Features And Document Of Volatility (77 pages)
Signal Analyzer
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 1.24 MB
Table of Contents
Table of Contents
4
1 Contacting Keysight Sales and Service Offices
6
2 Products Covered by this Document
7
X-Series Processor and Disk Drive Configurations
8
Processor Assembly Configuration
8
Disk Drive Configuration
9
Determining Instrument Configuration Based on Product Name
10
Processor Assembly Configuration
10
Disk Drive Configuration
10
Rear Panel Configurations
12
Determining Installed Options
13
3 Security Terms and Definitions
16
4 Instrument Memory & Volatility
17
Non-Volatile Memory
18
Components for All Instruments
19
Additional Components for PXA and some MXA Instruments
24
Additional Components for Instruments with PC4, PC5, PC6(S)/PC7(S) Processor Assemblies
26
Disk Drive Partitioning
27
Volatile Memory
28
5 Memory Sanitization and Removal Procedures
30
Instrument Sanitization Procedures
33
Application License Key Storage
33
Replacement of Processor Assembly
33
Items Required
33
Procedure
33
Replacement of Disk Drive (Instruments Without PC6S/PC7S)
34
Items Required
35
Procedure
35
Replacement of Disk Drive (Instruments with PC6S/PC7S)
37
Items Required
38
Procedure
38
Archiving and Restoring Factory Calibration Data Files
42
Selection of USB Memory Device
42
Tools Required
42
Determining Instrument Software Revision
43
Software Revision A.01.55 or Lower
44
Data Backup Using XML File
44
Data Restore Using XML File
44
Software Revision Greater than A.01.55 and Lower than A.02.00
45
Data Backup Using Utility Program
45
Data Restore Using Utility Program
46
Software Revision A.02.00 or Greater
46
Data Backup or Restore Using Alignment Data Wizard
47
6 Processor Assembly Removal Procedure
50
7 Disk Drive Removal Procedure
52
Instruments with Non-Removable Drives
53
Instruments with Removable Drives
55
8 SD Memory Card Removal Procedure
57
9 User and Remote Interface Security Measures
59
SCPI/GPIB Control of Interfaces
59
Operating System Security Features
59
Determining the Instrument's Operating System
60
USB Interfaces
60
Disabling or Enabling Autorun/Autoplay
60
Windows 7
61
Windows XP
61
Configuring USB for Read-Only
64
10 Procedure for Declassifying a Faulty Instrument
66
11 Special Options
67
Option SF1
68
Menu & Command Changes
68
File Menu
68
System Menu
68
SCPI Commands
68
Option SF2
69
Operating System Changes
69
Menu & Command Changes
69
Front-Panel Keys
69
File Menu
70
Preset Menu
70
System Menu
70
Disabled SCPI Commands
70
Appendix A References
76
Keysight N9020A Manual (52 pages)
Signal Analyzers
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 0.73 MB
Table of Contents
Safety Notices
2
Table of Contents
5
Visual Basic
6
1 Introduction to Programming X-Series Applications
9
How to Use this Manual
9
X-Series Programming Options
10
Hardware Connection Formats
11
Interchangeable Virtual Instruments (IVI-COM, IVI-C) Drivers
11
VISA Driver Options
12
Keysight VEE Pro
13
Programming Documentation Roadmap
14
2 SCPI Programming Fundamentals
15
SCPI Language Basics
16
Command Keywords, Separators and Syntax
16
Creating Valid Commands
17
Special Characters in Commands
17
Parameters in Commands
19
Variable Parameters
19
Block Program Data
21
Writing Multiple Commands on the same Line
21
SCPI Termination and Separator Syntax Examples
21
Where to Find X-Series SCPI Command Definitions
23
Help System Features for SCPI Programmers
23
Help System Contents Pane
23
Help Topic Content
24
List of SCPI Commands
25
Simple SCPI Communication Methods
26
Communicating SCPI Using Telnet
26
Determining Instrument IP Address
27
Enabling Telnet in Windows
28
Communicating SCPI Using Keysight Connection Expert
28
Techniques for Improving Measurement Performance
31
Turn off Display Updates
31
Use Binary Data Format Instead of ASCII
31
Minimize the Number of Bus Transactions
31
Use USB or LAN Connection Instead of GPIB
32
Minimize Dut/Instrument Setup Changes
32
Avoid Unnecessary Use of *RST
32
Avoid Automatic Attenuator Setting
32
Avoid Using Rfburst Trigger for Single Burst Signals
32
Making a Single Burst Measurement
33
Optimize GSM Output RF Spectrum Switching Measurement (N9071A Measurement Application)
33
To Make Power Measurements on Multiple Bursts or Slots Use Calculate:data<N>:Compress
33
More Hints & Tips
34
3 Developing and Deploying VISA Projects
35
Programming in Visual Basic 6 with VISA
35
Location of Header Files
35
Programming in C or C++ with VISA
35
Location of Header Files & Libraries
35
Programming with Microsoft .NET and VISA
36
Location of Header Files
36
Requirements for Deploying a VISA Project
37
Multiple VISA DLL Versions
37
4 Program Samples
39
Where to Find Sample Programs
39
N9060A Spectrum Analyzer Mode Programing Samples
40
Matrix of Program Sample Functionality and Programming Language
40
Visual Basic
41
Retrieve Screen Images
42
Read Binary Trace Data
42
C, C
42
Retrieve Screen Image
42
Poll Method for Operation Complete
43
Set and Query Relative Band Power Markers
43
Set Traces and Couple Markers
43
SRQ Interrupt Method for Operation Complete
43
SRQ Method for Operation Complete
43
Phase Noise Trace Math
44
C#.NET & Visual Studio 2010
44
Phase Noise Trace Math Calculation
44
Poll Method for Operation Complete
45
Retrieve Screen Images
45
SRQ Method for Operation Complete
45
Phase Noise Trace Math
46
Keysight VEE Pro
46
Retrieve Screen Images
47
Retrieve Trace Data
47
Labview
47
Screen Capture
47
Matlab
47
46 A
47
IVI-COM Personality (Mode) Select
48
Switch Instrument Mode 42 B 45 C
48
Upload a File
48
Upload a State File
48
N9064A VXA Vector Signal Analyzer Programming Samples
49
Vector Analysis Measurement
49
Digital Demod Measurement
49
Documents & Web Sites
51
Developer Resources
52
Keysight N9020A Measurement Manual (96 pages)
Signal Analyzers N9083A & W9083A Multi-Standard Radio Measurement Application
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 1.91 MB
Table of Contents
Table of Contents
5
1 About the MSR Measurement Application
7
2 Making MSR Measurements
9
Setting up and Making a Measurement
10
Making the Initial Signal Connection
10
Using Analyzer Mode and Measurement Presets
10
The 3 Steps to Set up and Make Measurements
10
MSR Downlink Signal Measurement
12
Configuring the Measurement System
12
Setting the Downlink Signal
14
Common Measurement Procedure (Downlink)
16
Monitor Spectrum Measurements
17
IQ Waveform (Time Domain) Measurements
20
Channel Power Measurements
23
Occupied Bandwidth Measurements
26
ACP Measurements
28
Spectrum Emission Mask Measurements
31
Spurious Emissions Measurement
35
Power Statistics CCDF Measurements
38
Conformance EVM Measurement
41
3 Concepts
45
MSR Overview
46
MSR Specification Documents
46
Band Category
47
RF Bandwidth
48
Channel Raster
50
Channel Spacing
51
MSR Test Configurations
51
MSR Measurement Concepts
53
Channel Power Measurement Concepts
54
Occupied Bandwidth Measurement Concepts
55
Adjacent Channel Power (ACP) Measurement Concepts
56
Power Statistics CCDF Measurement Concepts
57
Spurious Emissions Measurement Concepts
59
Spectrum Emission Mask Measurement Concepts
60
IQ Waveform Measurement Concepts
62
Monitor Spectrum (Frequency Domain) Measurement Concepts
63
MSR Conformance EVM Measurement Concepts
64
Carrier Power Measurement Bandwidth and Filter
67
Offset/Limit Presets
67
Carrier Info Table
68
Carrier Conf Presets
68
Format Parameter List in Mode Setup
69
Instrument Updates at Www.keysight.com
95
Keysight N9020A Measurement Manual (36 pages)
Signal Analyzer Analog Demod Measurement Application
Brand:
Keysight
| Category:
Measuring Instruments
| Size: 0.87 MB
Table of Contents
Table of Contents
5
1 Demodulating AM, FM, ΦM, FM Stereo/Rds Signals
7
Setting up and Making a Measurement
8
Making the Initial Signal Connection
8
Using Analyzer Mode and Measurement Presets
8
The 3 Steps to Set up and Make Measurements
9
Demodulating an am Signal
11
Demodulating an FM Signal
12
Demodulating an FM Stereo/Rds Signal
13
Measuring L Only FM Stereo/Rds Signals
13
Measuring L=R FM Stereo/Rds Signals
19
2 Concepts
25
AM Concepts
26
FM Concepts
28
FM Stereo/Rds Concepts
30
FM Stereo
30
Rds/Rbds
30
Demodulating an am Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
32
Demodulating an FM Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
33
Demodulating an FM Stereo/Rds Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
34
Modulation Distortion Measurement Concepts
35
Purpose
35
Measurement Technique
35
Modulation SINAD Measurement Concepts
36
Purpose
36
Measurement Technique
36
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