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Keysight N9038A manuals

N9038A first page preview

N9038A

Brand: Keysight | Category: Measuring Instruments
Table of contents
  1. safety notices
  2. Table Of Contents
  3. Table Of Contents
  4. How to Use this Manual
  5. X-Series Programming Options
  6. Hardware Connection Formats
  7. VISA Driver Options
  8. Keysight VEE Pro
  9. Programming Documentation Roadmap
  10. SCPI Programming Fundamentals SCPI Language Basics
  11. Creating Valid Commands
  12. Parameters in Commands
  13. Block Program Data
  14. Where to find X-Series SCPI Command Definitions
  15. Help Topic Content
  16. List of SCPI Commands
  17. Simple SCPI Communication Methods
  18. Determining Instrument IP Address
  19. Enabling Telnet in Windows
  20. Techniques for Improving Measurement Performance
  21. Use USB or LAN Connection instead of GPIB
  22. Making a Single Burst Measurement
  23. More Hints & Tips
  24. Location of Header Files
  25. Programming with Microsoft .NET and VISA
  26. Requirements for Deploying a VISA Project
  27. N9060A Spectrum Analyzer Mode Programing Samples
  28. Visual Basic 6
  29. Retrieve Screen Images
  30. Poll Method for Operation Complete
  31. Phase Noise Trace Math
  35. Upload a File
  36. N9064A VXA Vector Signal Analyzer Programming Samples
  37. Documents & Web Sites
  38. Developer Resources
N9038A first page preview

N9038A

Brand: Keysight | Category: Measuring Instruments
Table of contents
  1. safety notices
  2. Table Of Contents
  3. Setting Up and Making a Measurement
  4. The 3 Steps to Set Up and Make Measurements
  5. Demodulating an AM Signal
  6. Demodulating an FM Signal
  7. Demodulating an FM Stereo/RDS Signal
  8. Measuring L=R FM Stereo/RDS Signals
  9. 2 Concepts
  10. AM Concepts
  11. FM Concepts
  12. FM Stereo/RDS Concepts
  13. Demodulating an FM Stereo/RDS Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
  14. Modulation Distortion Measurement Concepts
  15. Modulation SINAD Measurement Concepts
N9038A first page preview

N9038A

Brand: Keysight | Category: Measuring Instruments
Table of contents
  1. safety notices
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. Making a Basic Measurement
  8. Presetting the signal analyzer
  9. Viewing a signal
  10. Recommended Test Equipment
  11. Accessories Available
  12. AC probe (low frequency)
  13. Power splitters
  14. 2 Measuring Multiple Signals
  15. Comparing Signals on the Same Screen Using Marker Delta
  16. Comparing Signals not on the Same Screen Using Marker Delta
  17. Resolving Signals of Equal Amplitude
  18. Resolving Small Signals Hidden by Large Signals
  19. Decreasing the Frequency Span Around the Signal
  20. Easily Measure Varying Levels of Modulated Power Compared to a Reference
  21. Reducing Input Attenuation
  22. Decreasing the Resolution Bandwidth
  23. Using the Average Detector and Increased Sweep Time
  24. Trace Averaging
  25. 4 Improving Frequency Resolution and Accuracy
  26. Using a Frequency Counter to Improve Frequency Resolution and Accuracy
  27. 5 Tracking Drifting Signals
  28. Measuring a Source Frequency Drift
  29. Tracking a Signal
  30. 6 Making Distortion Measurements
  31. Identifying Analyzer Generated Distortion
  32. Third-Order Intermodulation Distortion
  33. 7 Measuring Noise
  34. Measuring Signal-to-Noise
  35. Measuring Noise Using the Noise Marker
  36. Measuring Noise-Like Signals Using Band/Interval Density Markers
  37. Measuring Noise-Like Signals Using the Channel Power Measurement
  38. Measuring Signal-to-Noise of a Modulated Carrier
  39. Improving Phase Noise Measurements by Subtracting Signal Analyzer Noise
  40. 8 Making Time-Gated Measurements
  41. Generating a Pulsed-RF FM Signal
  42. Analyzer setup
  43. Digitizing oscilloscope setup
  44. Connecting the Instruments to Make Time-Gated Measurements
  45. Gated LO Measurement
  46. Gated Video Measurement
  47. Gated FFT Measurement
  48. 9 Measuring Digital Communications Signals
  49. Channel Power Measurements
  50. Occupied Bandwidth Measurements
  51. Troubleshooting hints
  52. Making Adjacent Channel Power (ACP) Measurements
  53. Making Statistical Power Measurements (CCDF)
  54. Making Burst Power Measurements
  55. Spurious Emissions Measurements
  57. Spectrum Emission Mask Measurements
  59. 10 Demodulating AM Signals
  60. Measuring the Modulation Rate of an AM Signal
  61. Measuring the Modulation Index of an AM Signal
  62. 11 IQ Analyzer Measurement
  63. Capturing Wideband Signals for Further Analysis
  64. Complex Spectrum Measurement
  65. IQ Waveform (Time Domain) Measurement
  66. 12 Using Option BBA Baseband I/Q Inputs
  67. Baseband I/Q measurements available for X-Series Signal Analyzers
  68. Baseband I/Q measurement overview
  69. 13 Option EXM External Mixing
  70. Using Option EXM with the Keysight 11970 Series Mixers
  71. Amplitude calibration
  72. Signal ID
  73. Operating precautions
  74. Equipment set up
  75. Operation
  77. Viewing the external mixer setup screen
  78. 14 Option Esc External Source Control
  79. Using Option ESC with the Keysight MXG Signal Sources
  80. Loading conversion loss data for the PXA Signal Analyzer
  82. Using the M1970 Series Mixers with X-Series Signal Analyzers (Option EXM)
  87. 15 Concepts
  88. Resolving Closely Spaced Signals
  89. Trigger Concepts
  90. Time Gating Concepts
  91. How time gating works
  92. Measuring a complex/unknown signal
  93. Quick Rules" for making time-gated measurements
  94. Using the Edge Mode or Level Mode for triggering
  95. Noise measurements using Time Gating
  96. AM and FM Demodulation Concepts
  97. IQ Analysis Concepts
  98. IQ Waveform Measurement
  99. Spurious Emissions Measurement Concepts
  100. Spectrum Emission Mask Measurement Concepts
  101. Occupied Bandwidth Measurement Concepts
  102. Baseband I/Q Inputs (Option BBA) Measurement Concepts
  103. Why make measurements at baseband
  104. Selecting input probes for baseband measurements
  105. Baseband I/Q measurement views
N9038A first page preview

N9038A

Brand: Keysight | Category: Measuring Instruments
Table of contents
  1. signal analyzers
  2. safety information
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. Table Of Contents
  8. Table Of Contents
  9. Table Of Contents
  10. Table Of Contents
  11. Table Of Contents
  12. Table Of Contents
  13. Table Of Contents
  14. Table Of Contents
  15. Table Of Contents
  16. Table Of Contents
  17. Table Of Contents
  18. Table Of Contents
  19. Table Of Contents
  20. Table Of Contents
  21. Table Of Contents
  22. Table Of Contents
  23. Overview of Instrument Messaging System
  24. Event and Condition Categories
  25. Event Categories
  26. Condition Categories
  27. Error Message Fields
  28. Event Queues & Displays
  29. Message Display & Controls
  30. Status Bar
  31. Instrument Messages
  32. Advisory Messages
  33. Band Adjust has no effect on a Fixed marker
  34. Fixed LO freq should be greater than RF Stop freq
  35. LO Fixed freq should be greater than IF Stop freq
  36. Probe disconnected, reverting to cable calibration data; <port
  37. Signals deleted
  38. Event Messages
  39. Operation Complete Event
  40. Query DEADLOCKED
  41. to –399, Device-Specific Errors
  42. Calibration memory lost
  43. Calibration failed; <failure msg><port
  44. Settings Conflict Errors
  45. Settings conflict; <trigger source> trigger is not available while input is <input port
  46. Settings conflict; Averaged acquisition duration time exceeds maximum value, Acq
  47. Settings conflict; Can't Auto-Couple Res BW in Zero Span
  48. Settings conflict; dB*/MHz is not applicable to the following Y-Axis units, dBm, W, V, A
  49. Settings conflict; Electronic attenuator unavailable with Preamp on
  50. Settings conflict; Feature not supported for this measurement
  51. Settings conflict; Freq > 3.6 GHz unavailable while electronic attenuator enabled
  52. Settings conflict; Gate is not available when Marker Count on
  53. Settings conflict; Input Port is not available while occupied by Output of incompatible frequency
  54. Settings conflict; Marker cannot be relative to itself
  55. Settings conflict; MPA GPS port power setting <n>dBm is lower than -130dBm minimum
  56. Settings conflict; Normalize is not available while Demod View is on
  57. Settings conflict; Param only available when Frequency Mode is Swept
  58. Settings conflict; Pre-trigger is insufficient for demod. Decrease Trig Delay
  59. Settings conflict; Signal Track is not available with Continuous Peak
  60. Settings conflict; Step keys are not available to modify this function
  61. Settings conflict; Too many points; Stop Freq clipped to nearest value allowed
  62. Settings conflict;Auto Scan Time/Meas Time do not apply in Stepped Scan Type
  63. to –299, Execution Errors
  64. All ranges are off. Turn on at least a range
  65. Execution error; No ranges are defined. Activate a range
  66. Arm ignored
  67. Arm deadlock
  68. Parameter error;License slot <n> is locked, therefore cannot be replaced
  69. Data out of Range; clipped to source max/min
  70. Data out of range; Two entries already exist at this x-axis value
  71. Illegal parameter value; Gated LO is not available while Sweep Type is set to FFT
  72. Data corrupt or stale; Measurement data is not available
  73. Hardware error
  74. Antenna Unit already in used in another range
  75. Mass storage error; File <filename> wrong type
  76. Mass storage error; Sharing violation
  77. Corrupt media
  78. Cannot create program
  79. Incompatible type
  80. to –199, Command Errors
  81. Block data error
  82. No Error
  83. Condition Messages
  84. to 64, Calibration Needed or Failed
  85. ADC Alignment Failure
  86. to 92, Calibration Needed (Extended)
  87. to 95, Calibration Failure (Extended)
  88. to 199, Measurement Integrity
  89. Input Overload
  90. Input Overload;ADC over range
  91. I/O Error
  92. Settings Alert; Acquisition truncated
  93. to 299, Signal Integrity
  94. Burst Not Found
  95. Carrier(s) incorrect or missing
  96. Demod Error
  97. to 399, Uncalibrated Integrity
  98. AC coupled: Accy unspec'd <10 MHz
  99. User Cal; Cal invalidated
  100. Calibration
  101. to 499, Power
  102. Full Bypass Enabled, maximum safe input power reduced
  103. to 599, Frequency
  104. to 699, Error Summaries
  105. to 799, Operation
  106. to 899, Temperature
  107. Over current: reboot
  108. Status Register System & SCPI STATus Subsystem
  109. Status Register System Overview
  110. Documents & Web Sites
N9038A first page preview

N9038A

Brand: Keysight | Category: Receiver
Table of contents
  1. tools required
  2. installation instructions
N9038A first page preview

N9038A

Brand: Keysight | Category: Receiver
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Protection from Electrostatic Discharge
  4. Handling of Electronic Components and ESD
  5. Installation Instructions Instrument Software Version Verification
  6. Instrument Dress Cover Removal
  7. Top Brace and Power Supply Bracket Removal
  8. Rear Panel Removal
  9. Right Outer Chassis Side Removal
  10. Front End Control Assembly Removal
  11. Enhanced Front End Control Assembly Installation
  12. Analog/Digital IF Assembly Removal
  13. Enhanced Analog IF/High Performance Digital IF Installation
  14. Rear Panel Installation
  15. Miscellaneous IF Cable Installation
  16. Right Outer Chassis Side Installation
  17. Top Brace and Power Supply Bracket Installation
  18. New Hardware Driver Installation
  19. License Key Retrieval and Installation
  20. Installation Verification
  21. Performance Testing Recommended
N9038A first page preview

N9038A

Brand: Keysight | Category: Receiver
N9038A first page preview

N9038A

Brand: Keysight | Category: Measuring Instruments
N9038A first page preview

N9038A

Brand: Keysight | Category: Receiver
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