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8590 EM Series
User Manuals: HP 8590 EM Series EMC analyzer lter
Manuals and User Guides for HP 8590 EM Series EMC analyzer lter. We have
3
HP 8590 EM Series EMC analyzer lter manuals available for free PDF download: User Manual, Quick Reference Manual
HP 8590 EM Series User Manual (371 pages)
Spectrum Analyzers
Brand:
HP
| Category:
Measuring Instruments
| Size: 3.8 MB
Table of Contents
Safety Symbols
5
General Safety Considerations
6
Regulatory Information
7
Table of Contents
9
Preparing for Use
19
What You'll Find in this Chapter
19
Introducing the HP 8590 Series Spectrum Analyzers
19
Preparing Your Spectrum Analyzer for Use
20
L-L. Accessories Supplied with the Spectrum Analyzer
21
Options
21
Initial Inspection
21
Power Requirements
22
Setting the Line Voltage Selector Switch
22
Checking the Fuse
23
L-3. Checking the Line Fuse
23
Power Cable
24
Turning on the Analyzer for the First Time
26
Performing the Tracking-Generator Self-Calibration Routine
27
Performing the YTF Self-Calibration Routine
28
Electrostatic Discharge
29
Example of a Static-Safe Work Station
29
Reducing Damage Caused by ESD
30
Static-Safe Accessories
30
Getting Started
31
What You'll Learn in this Chapter
31
Getting Acquainted with the Analyzer
31
Front-Panel Features
31
L. Front-Panel Feature Overview
32
L. RF Output Frequency Range
34
Rear-Panel Features
35
Only
35
Rear-Panel Feature Overview
35
Holdkey
38
Adjusting the Fine Focus
39
Screen Annotation
40
Screen Annotation
41
Screen Annotation for Trace, Trigger, and Sweep Modes
42
Relationship between Frequency and Amplitude
44
Reading the Amplitude and Frequency
45
Performing the YTF Self-Calibration Routine
48
Inserting the Memory Card
49
Memory Card Battery Date Code Location
50
Memory Card Battery Replacement
51
Rear-Panel Battery Information Label
52
HP 85963 Only)
53
Making Basic Measurements
53
What You'll Learn in this Chapter
53
Resolving Signals of Equal Amplitude Using the Resolution Bandwidth Function
54
L. Set-Up for Obtaining Two Signals
54
Resolving Signals of Equal Amplitude
55
Resolving Small Signals Hidden by Large Signals Using the Resolution Bandwidth Function
56
Resolution Bandwidth Requirements for Resolving Small Signals
56
Signal Resolution with a 10 Khz Resolution Bandwidth
57
Signal Resolution with a 30 Khz Resolution Bandwidth
57
Increasing the Frequency Readout Resolution Using the Marker Counter
58
Decreasing the Frequency Span Using the Marker Track Function
59
After Zooming in on the Signal
59
Peaking Signal Amplitude with Preselector Peak
60
Peaking Signal Amplitude Using Preselector Peak
60
Tracking Unstable Signals Using Marker Track and the Maximum Hold and Minimum Hold Functions
61
Using Marker Tracking to Track an Unstable Signal
62
Viewing an Unstable Signal Using Max Hold a
63
Comparing Signals Using Delta Markers
64
Placing a Marker on the CAL out Signal
64
Using the Marker Delta Function
65
Using the Marker to Peak/Peak Function
65
Frequency and Amplitude Difference between Signals
66
Measuring Low-Level Signals Using Attenuation, Video Bandwidth, and Video Averaging
67
Low-Level Signal
67
Using 0 Db Attenuation
68
Decreasing Resolution Bandwidth
68
Decreasing Video Bandwidth
69
Using the Video Averaging Function
71
Identifying Distortion Products Using the RF Attenuator and Traces
72
Distortion from the Analyzer
72
Harmonic Distortion
72
No Harmonic Distortion
73
Third-Order Intermodulation Distortion
74
Third-Order Intermodulation Equipment Setup
74
Measuring the Distortion Product
75
Using the Analyzer as a Receiver in Zero Frequency Span
76
Viewing an am Signal
77
Measuring Modulation in Zero Span
77
Measuring Signals Near Band Boundaries Using Harmonic Lock
78
Using Harmonic Lock
79
Harmonic Locking off
79
Making Measurements
80
What You'll Learn in this Chapter
80
Measuring Amplitude Modulation with the Fast Fourier Transform Function
81
L. FFT Annotation
81
Percent Amplitude Modulation Measurement
84
Stimulus-Response Measurements
86
What Are Stimulus-Response Measurements
86
Block Diagram of a Spectrum Analyzer/Tracking-Generator Measurement System
86
Using a Spectrum Analyzer with a Tracking Generator
87
Stepping through the Measurement
87
Transmission Measurement Test Setup
87
Tracking-Generator Output Power Activated
88
Spectrum Analyzer Settings According to the Measurement Requirement
88
Decrease the Resolution Bandwidth to Improve Sensitivity
89
Manual Tracking Adjustment Compensates for Tracking Error
89
Normalized Trace
90
Tracking Generator Unleveled Condition
91
4-10. Measure the Rejection Range with Delta Markers
91
Demodulating and Listening to an am or FM Signal
92
Continuous Demodulation of an FM Signal
93
Triggering on a Selected Line of a Video Picture Field
94
Triggering on an Odd Field of a Video Format
94
Triggering on an Even Field of a Video Format
95
Making Reflection Calibration Measurements
96
Reflection Calibration
96
Reflection Measurement Short Calibration Test Setup
96
Measuring the Return Loss
97
Measuring the Return Loss of the Filter
97
Using the Gate Utility to Simplify Time-Gated Measurements (Option 105 Only)
98
Time-Gate Utility Display
98
Using the Time-Gated Spectrum Analyzer Capability Without the Gate Utility
101
Introducing the Time-Gated Spectrum Analyzer Capability
101
Viewing Time-Sharing of a Frequency with an Oscilloscope
102
Using the Time-Gated Spectrum Analyzer Capability to View Pulsed RF
103
Viewing Time-Sharing of a Frequency with a Spectrum Analyzer
103
Pulse Repetition Interval and Pulse Width (with Two Signals Present)
104
Example of a Time-Gated Pulsed RF Signal
105
Determining Spectrum Analyzer Settings for Viewing a Pulsed RF Signal
105
Test Setup for Option
106
Pulse Generator Test Setup Settings
106
Setting the Center Frequency, Span, and Reference Level
107
Setting the Sweep Time
107
Signal Generator Test Setup Settings
107
Setting the Gate Delay and Gate Length Using an Oscilloscope
108
Using Time-Gating to View Signal
109
Placing the Gate Output During the Second Signal
110
Viewing both Signals with Time-Gating
111
Setting the Gate Delay and Gate Length Properly, When NOT Using the Gate Utility
112
Gate Not Occurring During the Pulse
112
Gate Is Occurring at the Beginning of the Pulse
112
Using the Self-Calibration Routines with Option 105
114
Sweep Time Settings
114
Performing a Functional Check of Option 105
115
Self-Calibration Data Results
115
Rear Panel Connections for Option
115
Gate on
116
Using the Level Gate Control
117
Using the One Button Measurements to Measure N Db Bandwidth, Percent Amplitude Modulation, and Third Order Intercept (TOI)
118
N Db Bandwidth Measurement
118
Percent Amplitude Modulation Measurement
119
Third Order Intermodulation Measurement (TOI)
120
Third-Order Intermodulation Measurement
121
Using the Power Measurement Functions to Make Transmitter Measurements
122
Occupied Bandwidth and Transmitter Frequency Error
122
Occupied Bandwidth
123
Adjacent Channel Power Ratio (ACP)
124
Adjacent Channel Power
125
Adjacent Channel Power Extended
125
Adjacent Channel Power Graph
126
Channel Power Measurement
127
Channel Power Graph
128
Using Analyzer Features
129
What You'll Learn in this Chapter
129
Use the Marker Table to List All the Active Markers
129
Use the Peak Table to List the Displayed Signals
129
Peak 'Ihble Display
132
Saving and Recalling Data from Analyzer Memory
134
Tosaveastate
134
To Recall a State
134
Tosaveatrace
135
To Recall a Trace
135
To Save a Limit-Line Table or Amplitude Correction Factors
136
To Recall Limit-Line Tables or Amplitude Correction Factors
136
To Protect Data from Being Overwritten
136
Summary of Save and Recall Operations, Analyzer Memory
137
Saving and Recalling Data from the Memory Card
138
Comparison of Analyzer Memory and Memory Card Operations
138
Preparing the Memory Card for Use
139
Inserting the Memory Card
139
To Enter a Prefix
140
Tosaveastate
140
To Recall a State
141
Tosaveatrace
141
To Recall a Trace
141
To Save a Display Image
142
To Recall a Display Image
142
To Save Limit-Line Tables or Amplitude Correction Factors
143
To Recall Limit-Line Tables or Amplitude Correction Factors
143
Saving and Recalling Programs with a Memory Card
144
To Save a Program
144
To Recall a Program
144
Save and Recall Functions Using Memory Card
145
Using Limit-Line Functions
146
Procedure for Creating an Upper Limit Line
146
Typical Limit-Line Display
147
Limit-Line Functions
150
Editing, Creating, or Viewing a Limit-Line
150
Selecting the Type of Limit-Line Table
150
Selecting the Limit-Line Tpdble Format
151
Selecting the Segment Number
151
Limit-Line Segments
152
Selecting the Frequency or Time Coordinate
153
Selecting the Amplitude Coordinate
153
Selecting the Segment Type
154
Segment Types
155
Completing 'Ihble Entry and Activating Limit-Line Testing
156
Saving or Recalling Limit-Line Tables
156
Procedure for Creating an Upper and Lower Limit Line
157
Upper and Lower Limit-Line Testing
158
Learn about the Analog+ Display Mode (Option 101 Only)
160
Learn about the Windows Display
161
Windows Display Mode
161
Learn How to Enter Amplitude Correction Factors
163
Amplitude-Correction Display
163
Procedure for Creating Amplitude-Correction Factors
164
Amplitude-Correction Functions
166
Editing or Viewing the Amplitude-Correction Tables
166
Selecting the Amplitude-Correction Point
166
Amplitude-Correction Points
166
Selecting the Frequency Coordinate
167
Selecting the Amplitude Coordinate
167
Completing Table Entry and Activating Amplitude Corrections
167
Saving or Recalling Amplitude Correction Lhbles
167
External Keyboard
168
External Keyboard Functions
168
Using the External Keyboard
170
External Keyboard Installation
170
To Enter a Screen Title
170
To Enter Programming Commands
171
To Enter a Prefix
171
Printing and Plotting
172
Printing or Plotting with HP-IB
172
Three Printouts Per Page
173
Printing Using an HP-IB Interface
175
Equipment
175
Interconnection and Printing Instructions
175
Thinkjet Printer Switch Settings
175
HP-IB to Centronics Converter Setup
176
Printer Configuration Menu Map
176
Plotting Using an HP-IB Interface
178
Equipment
178
Interconnection and Plotting Instructions
178
HP 7475A Plotter Switch Settings
178
Plot Configure Menu
179
Printing or Plotting with
181
Printing Using an RS-232 Interface
181
Equipment
181
Interconnection and Printing Instructions
181
Baud Settings for Serial Printers
182
Printer Configure Menu
183
Plotting Using an RS-232 Interface
185
Equipment
185
Interconnection and Plotting Instructions
185
Connecting the HP 7550A/B Plotter
186
L 1. Baud Rate Menu Map
186
Plot Configure Menu
187
Printing after Plotting or Plotting after Printing
188
To Print after Plotting, Press
188
To Plot after Printing, Press
188
Printing with a Parallel Interface
189
Equipment
189
Interconnection and Printing Instructions
189
Parallel Printer Switch Settings
189
Printer Configuration Menu Map
190
Plotting to an HP Laserjet Printer
192
Equipment
192
Interconnection and Plotting Instructions
192
Plot Configure Menu
193
Key Descriptions
194
Service Functions
195
Service Calibration Functions
195
Service Diagnostic Functions
195
Analyzer Functions
197
Commands Not Available with Analog+ Operation
202
Center Frequency and Span Settings for Harmonic Bands
205
L. Memory Card Catalog Information
210
Analyzer Memory Catalog Information
211
Analyzer Memory Catalog Information *
212
CATALOG on EVENT Display
213
Plots Per Page
222
Connecting a Printer to the Spectrum Analyzer
222
Default Configuration Values
225
Compatibility of FFT with Other Functions
236
Commands Altered/Not Available Within the Gate Utility
240
To Recall Limit-Line Tables or Amplitude Correction Factors
243
Functions Which Exit the Windows Display Format
254
Model Specific Preset Conditions
259
Common Preset Conditions
260
Preset Spectrum Conditions for All Models
261
What You'll Find in this Chapter
301
Before You Call Hewlett-Packard
302
Check the Basics
302
Read the Warranty
304
Service Options
304
How to Call Hewlett-Packard
304
Hewlett-Packard Sales and Service Offices
305
How to Return Your Analyzer for Service
306
Original Packaging
306
Other Packaging
306
Error Messages
307
Measurement Personalities
318
Broadcast Measurements Personality
318
CATV Measurements Personality
318
CATV System Monitor Personality
318
Cable TV Measurements and System Monitor Personality
318
CDMA Measurements Personality
318
CT2-CA1 Measurements Personality
319
DECT Measurements Personality
319
Digital Radio Measurements Personality
319
EM1 Diagnostics Measurements Personality
319
GSMSOO and DCS1800 Transmitter Measurements Personalities
319
Link Measurement Personality
320
NADC-TDMA Measurements Personality
320
Noise Figure Measurements Personality
320
PDC Measurements Personality
320
PHS Measurements Personality
320
Scalar Measurements Personality
320
Memory Card Reader (Option 003)
321
Precision Frequency Reference (Option 004)
321
LO and Sweep+Tune Outputs on Rear Panel (Option 009)
321
Tracking Generator (Option 010 and Option 011)
322
Protective Yellow Operating/Carrying Case with Shoulder Strap (Option 016)
322
HP-IB and Parallel Interface (Option 041)
322
RS-232 and Parallel Interface (Option 043)
323
Frequency Extension to 26.5 Ghz with APC-3.5 Connector (Option 026)
323
Frequency Extension to 26.5 Ghz with N-Type Connector (Option 027)
323
Front Panel Protective Cover (Option 040)
323
Protective Soft Carrying Case/Back Pack (Option 042)
323
Improved Amplitude Accuracy for NADC Bands (Option 050)
324
Improved Amplitude Accuracy for PDC Bands (Option 051)
324
Improved Amplitude Accuracy for PHS (Option 052)
324
Improved Amplitude Accuracy for CDMA (Option 053)
324
Fast Time Domain Sweeps (Option 101)
324
AM/FM Demodulator with Speaker and TV Sync Trigger Circuitry (Option 102)
325
Quasi-Peak Detector and AM/FM Demodulator with Speaker (Option 103)
325
Time-Gated Spectrum Analysis (Option 105)
325
Rack Mount Kit with Handles (Option 909)
328
Service Documentation (Option 915)
328
Rack Mount Kit Without Handles (Option 908)
328
Accessories
329
RF and Transient Limiters
329
Matching Transformer
329
RF Bridges
329
AC Power Source
330
Acprobe
330
Broadband Preamplifiers and Power Amplifiers
330
Burst Carrier Trigger
330
Close Field Probes
331
External Keyboard
331
HP-IB Cable
331
Memory Cards
331
Parallel Interface Cable
331
PC Interface and Report Generator Software
332
Plotter
332
Printer
332
Rack Slide Kit
332
RS-232 Cable
332
Transit Case
332
Service Requests
333
A-L. Status Byte Definition
334
Analog+ Display Mode
335
Advertisement
HP 8590 EM Series User Manual (570 pages)
EMC Analyzer
Brand:
HP
| Category:
Measuring Instruments
| Size: 2.98 MB
Table of Contents
Certi Cation
3
Warranty
3
Safety Notes
4
General Safety Considerations
5
Manual Conventions
5
Contents
26
Preparing for Use
33
Initial Inspection
36
Power Cables
52
Getting Acquainted with the EMC Analyzer
57
Front Panel Features
58
Rear Panel Features
62
Menu and Softkey Overview
69
Making a Basic Measurement
70
Analyzer Battery Information
85
Making Pre-Compliance Measurements
87
Creating a Report
106
List-Based Measurements
111
Stepped Measurements
125
Changing the Frequency Step
129
Making EMC Diagnostic Measurements
133
Reducing Input Attenuation
162
Equipment List
184
Making Other Measurements
187
What Are Stimulus-Response Measurements
188
Stepping through the Measurement
189
Tracking Generator Unleveled Condition
194
Measuring the Return Loss
196
Limit Lines
217
Amplitude Correction Factors
233
Saving, Recalling, and Outputting Data
247
Using a Card
248
Additional Features
265
Tracking Generator
266
External Keyboard
268
EMC Analyzer Error Messages
277
Customer Support
291
If You Have a Problem
291
Check the Basics
292
Key Menus
299
Key Dictionary
315
Service Functions
316
Key Functions
318
Options and Accessories
531
Service Requests
533
EMC Setups, Limit Lines and Antenna Factors Card
537
HP 8590 EM Series Quick Reference Manual (250 pages)
EMC Analyzer
Brand:
HP
| Category:
Measuring Instruments
| Size: 1.52 MB
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