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CXA N9000B
Keysight Technologies CXA N9000B Manuals
Manuals and User Guides for Keysight Technologies CXA N9000B. We have
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Keysight Technologies CXA N9000B manuals available for free PDF download: Getting Started And Troubleshooting Manual, Manual
Keysight Technologies CXA N9000B Getting Started And Troubleshooting Manual (91 pages)
X-Series Signal Analyzer
Brand:
Keysight Technologies
| Category:
Measuring Instruments
| Size: 5 MB
Table of Contents
Table of Contents
5
1 Quick Start
9
Initial Inspection
10
Verify the Contents
10
Shipping Problems
10
Instrument Location and Rack Mounting Requirements
11
Locating the Analyzer
11
Cooling and Rack Mounting
11
Turning on the Analyzer the First Time
12
Initializing the Analyzer
12
Anti-Virus Software and Firewalls
16
Instrument Information
17
Power Requirements
17
Protecting against Overpowering
18
Instrument Maintenance
18
Protecting against Electrostatic Discharge
20
2 Front and Rear Panel Features
21
Front-Panel Features
22
Display Features
25
Invalid Data Indicator
25
Screen Tabs
26
Meas Bar
27
Measurement Display
28
Menu Panel
29
Bottom Bar
31
Rear-Panel Features
32
Front and Rear Panel Symbols
36
3 Instrument Operating System
37
Microsoft Windows
38
Installed Software
38
Signal Analyzer Software
38
Vector Signal Analyzer Software
38
Customer Installation of Software
39
3Rd Party Software Verified by Keysight
39
Installation of Other 3Rd Party Software
39
User Accounts
40
Administrator Account
40
Instrument Accounts
40
Keysightonly User Account
40
Service User Accounts
40
Customer Creation of Accounts
40
Keysight X-Series Analyzer Licensing Options
42
Fixed Licenses
42
Transportable Licenses
42
Network Licenses
43
USB Portable Licenses
43
Configuring Network and USB Licenses
44
Licensing New Measurement Application Software - after Initial Purchase
45
Installation Procedure over USB for Fixed Licenses
45
Windows Configuration
47
Settings that Can be Changed
47
Settings that Must Not be Changed
48
Autoplay/Autorun
49
Configuring Printers
50
Configuring LAN
51
Hostname
51
IP Address & Gateway
51
Connecting to a Network Shared Folder
51
Windows Security
53
Windows Firewall
53
Automatic Updates
53
Virus Protection
54
Spyware Protection
54
System Maintenance
55
Backup
55
System Restore
55
Disk Defragmenting
55
USB Connections
56
Disk Drive Partitioning and Use
57
Backing-Up the Factory Calibration Data
57
Disk Drive Recovery Process
59
Updating the Software (Required after a Recovery)
61
4 Using Windows Tools
63
Navigating Windows Without a Mouse
64
Remote Desktop: Using the X-Series Signal Analyzers Remotely
65
Overview of Remote Desktop Operation
65
Setting up Remote Desktop Operation
66
How to Locate the Computer Name of the Instrument
67
Running a Remote Desktop Session
68
Embedded Web Server: Using the X-Series Signal Analyzers Remotely
73
Browsers that Support the X-Series Signal Analyzer Embedded Web Server (These Versions or Later)
73
Accessing the Instrument through the Internet
73
Controlling the Instrument
75
Enabling SCPI Control of the Instrument
76
Selecting the Get Image Tab
76
Selecting the Transfer Data Tab
77
Selecting the Save/Recall Tab
77
Selecting the Docs/Links Tab
78
Windows Shortcuts and Miscellaneous Tasks
79
Windows Shortcuts (Key Combinations)
79
Windows Taskbar Auto-Hide Feature
80
5 Troubleshooting
81
Check the Basics
82
Problems with Microsoft Windows 10
84
Returning an Analyzer for Service
85
Calling Keysight Technologies
85
Locations for Keysight Technologies
86
Read the Warranty
86
Service Options
87
Packaging the Instrument
88
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Keysight Technologies CXA N9000B Manual (88 pages)
Signal Analyzers
Brand:
Keysight Technologies
| Category:
Measuring Instruments
| Size: 1.62 MB
Table of Contents
Table of Contents
5
1 Introduction to Noise Figure
9
How Does the Noise Figure Measurement Work
10
Noise Source
10
Y-Factor Measurement
10
Process
11
What Does the Keysight N9069C Noise Figure Measurement Application Do
12
Making Basic Measurements
14
Basic Amplifier Measurement
14
Calibrating the Analyzer
15
Making the Measurement
19
Making Frequency Converter Measurements
20
Making Frequency Converting DUT Measurements
20
Initial Setup Procedure
23
Calibration of the Measurement Setup
25
Making the Corrected Noise Figure and Gain Measurement
27
Making Multi-Stage Converter Measurements
28
Measurements with a System Downconverter
28
Measurement Modes with a DSB System Downconverter
30
Measurement Modes with an SSB System Downconverter
31
Calculating Measurement Uncertainty
34
Using the U7227-Series USB Preamplifiers in Noise Figure Measurements
37
Initial Connection to the Signal Analyzer
38
Amplitude Concerns in the Noise Figure Test System
41
Guide for Using U7227-Series USB Preamplifier and the Internal Preamplifier Inside X-Series Signal Analyzer
41
Rough Guide for the Noise Figure Test System Configuration
42
AF = 10 × Log
46
Af Dut_Bw
46
Dut_Gain_Modified
47
Dut_Gain_Modified = Dut_Gain AF
47
Use the DUT_NF and Dut_Gain_Modified Values to Search in
47
2 Making Noise Figure Measurements
13
3 Measurement Related Tasks and Concepts
49
Setting the Measurement System
50
Accounting for Frequency Conversion
50
Sidebands and Images
50
LO Harmonics
51
LO Leakage
51
Signal Leakage
51
Single Sideband Measurements
52
Double Sideband Measurements
54
Choosing and Setting up the Local Oscillator
56
Selecting a Local Oscillator for Extended Frequency Measurements with the X-Series
56
Selecting a Local Oscillator
57
Calibrating the Analyzer
58
Corrected Measurements
58
Calibration Indicator
59
Interpolated Calibration
59
Interpolated Results
59
User Cal Vs. Internal Cal
59
When to Perform Calibration
59
Setting the Signal Analyzer to Make a Measurement
61
DUT Setup Form
61
Entering Excess Noise Ratio (ENR) Data
64
Entering ENR Table Data for Noise Sources
65
Selecting a Common ENR Table
65
Figure
67
Saving an ENR Table
68
Entering ENR Data from Internal Storage
69
Setting the Tcold Value
69
Using a Spot ENR Value
69
Setting the Measurement Frequencies
70
Using Swept Frequency Mode
70
Using List Frequency Mode
71
Effect of Bandwidth and Averaging on Speed, Jitter, and Measurement Accuracy
73
Selecting the Resolution Bandwidth (RBW) Value
73
Setting the Bandwidth and Averaging
73
Using Fixed Frequency Mode
73
Setting Averaging
74
Selecting the Input Attenuation Range
75
Setting the Input Attenuation Used for Measurement
76
Adding External lo to List
77
Setting up DUT lo or System Downconverter lo
77
Setting up External lo Control
77
Examples Where Loss Compensation Is Applied
78
Using Loss Compensation
78
Configuring Fixed Loss Compensation
79
Creating a Loss Compensation Table
80
Setting Temperature of Loss
81
Viewing Measurement Results
82
Displaying the Measurement Results
82
Selecting the Layout
82
Selecting Result Types to Display
83
Setting the Scaling
84
Calculating the Noise Power into Different Stages of the Noise Figure Measurement System
85
Calculating the Noise Figure for Noise Power Calculation
86
Further Information
87
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