Keysight DSOX3052T Oscilloscope Manuals

Manuals and User Guides for Keysight DSOX3052T Oscilloscope. We have 1 Keysight DSOX3052T Oscilloscope manual available for free PDF download: User Manual

Keysight DSOX3052T User Manual

Keysight DSOX3052T User Manual (530 pages)

InfiniiVision 3000T X-Series

Brand: Keysight | Category: Test Equipment | Size: 9.42 MB

Table of Contents

Infiniivision 3000T X-Series Oscilloscopes-At a Glance
4
In this Guide
7
Table of Contents
9
Getting Started
27
Inspect the Package Contents
27
Install the Optional LAN/VGA or GPIB Module
30
Tilt the Oscilloscope for Easy Viewing
30
Power-On the Oscilloscope
31
Connect Probes to the Oscilloscope
32
- Maximum Input Voltage at Analog Inputs
  32
- Do Not Float the Oscilloscope Chassis
  33
Input a Waveform
33
Recall the Default Oscilloscope Setup
33
Use Autoscale
34
Compensate Passive
35
Compensate Passive Probes
36
Learn the Front Panel Controls and Connectors
37
Chapter 2, "Horizontal Controls," Starting on

40
Chapter 3, "Vertical Controls," Starting on

42
- Front Panel Overlays for Different Languages
  44
- Learn the Touchscreen Controls
  45
- Learn the Rear Panel Connectors
  58
- Learn the Oscilloscope Display
  59
- Access the Built-In Quick Help
  61
- Horizontal Controls
  64
- To Adjust the Horizontal (Time/DIV) Scale
  64
- To Adjust the Horizontal Delay (Position)
  65
- Panning and Zooming Single or Stopped Acquisitions
  66
- To Change the Horizontal Time Mode (Normal, XY, or Roll)
  67
  - XY Time Mode
    68
- To Display the Zoomed Time Base
  71
- To Change the Horizontal Scale Knob's Coarse/Fine Adjustment Setting
  72
- To Position the Time Reference (Left, Center, Right, Custom)
  72
- Searching for Events
  73
  - To Set up Searches
    74
  - To Copy Search Setups
    74
- Navigating the Time Base
  75
  - To Navigate Time
    75
  - To Navigate Search Events
    75
  - To Navigate Segments
    76
- Vertical Controls
  80
- To Turn Waveforms on or off (Channel or Math)
  80
- To Adjust the Vertical Scale
  81
- To Adjust the Vertical Position
  81
- To Specify Channel Coupling
  81
- To Specify Channel Input Impedance
  82
- To Specify Bandwidth Limiting
  83
- To Change the Vertical Scale Knob's Coarse/Fine Adjustment Setting
  83
- To Invert a Waveform
  84
- Setting Analog Channel Probe Options
  84
- FFT Spectral Analysis
  89
- Searching for FFT Peaks
  93
- FFT Measurement Hints
  93
- FFT Units
  95
- FFT DC Value
  95
- FFT Aliasing
  95
- FFT Spectral Leakage
  97
- To Display Math Waveforms
  99
- To Adjust the Math Waveform Scale and Offset
  101
- Units for Math Waveforms
  101
- Math Operators
  102
  - Add or Subtract
    102
  - Multiply or Divide
    103
- Math Transforms
  104
  - Differentiate
    105
  - Integrate
    106
  - FFT Magnitude, FFT Phase
    108
  - Square Root
    113
  - Ax + B
    114
  - Square
    115
  - Absolute Value
    115
  - Common Logarithm
    116
  - Natural Logarithm
    116
  - Exponential
    117
  - Base 10 Exponential
    117
- Math Filters
  118
  - High Pass and Low Pass Filter
    118
  - Averaged Value
    119
  - Smoothing
    120
  - Envelope
    120
- Math Visualizations
  121
  - Magnify
    121
  - Maximum/Minimum
    122
  - Peak-Peak
    122
  - Max/Min Hold
    122
  - Measurement Trend
    122
  - Chart Logic Bus Timing
    124
  - Chart Logic Bus State
    125
- Reference Waveforms
  127
- To Save a Waveform to a Reference Waveform Location
  127
- To Display a Reference Waveform
  128
- To Scale and Position Reference Waveforms
  129
- To Adjust Reference Waveform Skew
  129
- To Display Reference Waveform Information
  130
- To Save/Recall Reference Waveform Files To/From a USB Storage Device
  130
- Digital Channels
  131
- To Connect the Digital Probes to the Device under Test
  131
  - Probe Cable for Digital Channels
    132
- Acquiring Waveforms Using the Digital Channels
  135
- To Display Digital Channels Using Autoscale
  135
- Interpreting the Digital Waveform Display
  136
- To Change the Displayed Size of the Digital Channels
  137
- To Switch a Single Channel on or off
  138
- To Switch All Digital Channels on or off
  138
- To Switch Groups of Channels on or off
  138
- To Change the Logic Threshold for Digital Channels
  138
- To Reposition a Digital Channel
  139
- To Display Digital Channels as a Bus
  140
- Digital Channel Signal Fidelity: Probe Impedance and Grounding
  143
  - Input Impedance
    143
  - Probe Grounding
    145
  - Best Probing Practices
    147
  - Serial Decode
    149
- Serial Decode Options
  149
- Lister
  151
- Searching Lister Data
  152
- To Adjust Waveform Intensity
  155
  - Display Settings
    156
- To Set or Clear Persistence
  157
- To Clear the Display
  158
- To Select the Grid Type
  158
- To Adjust the Grid Intensity
  159
- To Freeze the Display
  159
- 10 Labels
  161
- To Turn the Label Display on or off
  161
- To Assign a Predefined Label to a Channel
  162
- To Define a New Label
  163
- To Load a List of Labels from a Text File You Create
  164
- To Reset the Label Library to the Factory Default
  165
- To Add an Annotation
  166
- Triggers
  170
- Adjusting the Trigger Level
  170
- Forcing a Trigger
  171
- Edge Trigger
  172
- Edge then Edge Trigger
  174
- Pulse Width Trigger
  175
- Pattern Trigger
  178
  - Hex Bus Pattern Trigger
    180
- OR Trigger
  181
- Rise/Fall Time Trigger
  182
- Near Field Communication (NFC) Trigger
  183
- Nth Edge Burst Trigger
  186
- Runt Trigger
  188
- Setup and Hold Trigger
  190
- Video Trigger
  191
- Serial Trigger
  203
- Zone Qualified Trigger
  204
- 12 Trigger Mode/Coupling
  207
- To Select the Auto or Normal Trigger Mode
  208
- To Select the Trigger Coupling
  209
- To Enable or Disable Trigger Noise Rejection
  211
- To Enable or Disable Trigger HF Reject
  211
- To Set the Trigger Holdoff
  212
- External Trigger Input
  213
  - Maximum Voltage at Oscilloscope External Trigger Input
    213
- 13 Acquisition Control
  215
- Running, Stopping, and Making Single Acquisitions
  215
  - Control
    216
- Overview of Sampling
  217
  - Sampling Theory
    217
  - Aliasing
    217
  - Oscilloscope Bandwidth and Sample Rate
    218
  - Oscilloscope Rise Time
    219
  - Oscilloscope Bandwidth Required
    220
  - Memory Depth and Sample Rate
    221
- Selecting the Acquisition Mode
  221
  - Normal Acquisition Mode
    222
  - Peak Detect Acquisition Mode
    222
  - Averaging Acquisition Mode
    225
  - High Resolution Acquisition Mode
    227
- Realtime Sampling Option
  227
  - Realtime Sampling and Oscilloscope Bandwidth
    228
- Acquiring to Segmented Memory
  229
- To Make Cursor Measurements
  234
- Cursor Examples
  237
- To Make Automatic Measurements
  244
- To Edit Measurements
  246
- Measurements Summary
  246
  - Snapshot All
    249
- Voltage Measurements
  250
  - Peak-Peak
    251
  - Maximum
    251
  - Minimum
    251
  - Amplitude
    251
  - Top
    251
  - Base
    252
  - Overshoot
    252
  - Preshoot
    254
  - Average
    254
  - DC Rms
    255
  - Ac Rms
    255
  - Ratio
    257
- Time Measurements
  257
  - Period
    258
  - Frequency
    258
  - Counter
    259
  - Width
    260
  - Burst Width
    260
  - Duty Cycle
    260
  - Bit Rate
    261
  - Rise Time
    261
  - Fall Time
    261
  - Delay
    261
  - Phase
    262
  - At Min y
    264
  - At Max y
    264
- Count Measurements
  265
  - Positive Pulse Count
    265
  - Negative Pulse Count
    265
  - Rising Edge Count
    266
  - Falling Edges Count
    266
- Mixed Measurements
  266
  - Area
    266
- FFT Analysis Measurements
  267
  - Channel Power
    267
  - Occupied Bandwidth
    268
  - Adjacent Channel Power Ratio (ACPR)
    268
  - Total Harmonic Distortion (THD)
    269
- Measurement Thresholds
  270
- Measurement Window
  272
- Measurement Statistics
  272
- 16 Mask Testing
  275
- To Create a Mask from a "Golden" Waveform (Automask)
  275
- Mask Test Setup Options
  277
- Mask Statistics
  280
- To Manually Modify a Mask File
  281
- Building a Mask File
  284
  - How Is Mask Testing Done
    287
- Digital Voltmeter and Counter
  289
- Digital Voltmeter
  290
- Counter
  291
- Frequency Response Analysis
  295
- To Make Connections
  295
- To Set up and Run the Analysis
  296
- To View and Save the Analysis Results
  298
- To Select Generated Waveform Types and Settings
  301
- Data)," Starting on
  301
- Waveform Generator
  302
- To Edit Arbitrary Waveforms
  305
- To Output the Waveform Generator Sync Pulse
  312
- To Specify the Expected Output Load
  312
- To Use Waveform Generator Logic Presets
  313
- To Add Noise to the Waveform Generator Output
  313
- To Add Modulation to the Waveform Generator Output
  314
- To Restore Waveform Generator Defaults
  318
- Save/Email/Recall (Setups, Screens, Data)
  321
- Saving Setups, Screen Images, or Data
  321
  - To Save Setup Files
    323
  - To Save BMP or PNG Image Files
    324
  - To Save CSV, ASCII XY, or bin Data Files
    324
  - Length Control
    326
  - To Save Lister Data Files
    327
  - To Save Reference Waveform Files to a USB Storage Device
    327
  - To Save Masks
    328
  - To Save Arbitrary Waveforms
    328
  - To Navigate Storage Locations
    329
  - To Enter File Names
    329
- Emailing Setups, Screen Images, or Data
  330
- Recalling Setups, Masks, or Data
  331
- Recalling Default Setups
  333
- Performing a Secure Erase
  334
- Print (Screens)
  335
- To Print the Oscilloscope's Display
  335
- To Set up Network Printer Connections
  337
- To Specify the Print Options
  338
- To Specify the Palette Option
  339
- I/O Interface Settings
  341
- Utility Settings
  342
- Setting up the Oscilloscope's LAN Connection
  342
  - To Establish a LAN Connection
    343
  - Stand-Alone (Point-To-Point) Connection to a PC
    344
- File Explorer
  344
- Setting Oscilloscope Preferences
  346
- Setting the Oscilloscope's Clock
  349
- Setting the Rear Panel TRIG out Source
  350
- Enabling Remote Command Logging
  351
- Performing Service Tasks
  352
  - To Perform User Calibration
    352
  - To Perform Hardware Self Test
    355
  - To Perform Front Panel Self Test
    356
  - To Display Oscilloscope Information
    356
  - To Display the User Calibration Status
    356
  - To Clean the Oscilloscope
    356
  - To Check Warranty and Extended Services Status
    356
  - To Contact Keysight
    357
  - To Return the Instrument
    357
- Configuring the [Quick Action] Key
  357
- Web Interface
  360
- Accessing the Web Interface
  360
- Browser Web Control
  361
- Save/Recall
  367
  - Saving Files Via the Web Interface
    367
  - Recalling Files Via the Web Interface
    368
- Get Image
  369
- Identification Function
  370
- Instrument Utilities
  370
- Setting a Password
  372
- 24 Reference
  375
- Specifications and Characteristics
  375
- Measurement Category
  375
- Environmental Conditions
  377
- Probes and Accessories
  378
- Loading Licenses and Displaying License Information
  378
  - Licensed Options Available
    379
  - Other Options Available
    380
  - Upgrading to an MSO
    380
- Software and Firmware Updates
  380
- Binary Data (.Bin) Format
  381
  - Binary Data in MATLAB
    382
  - Binary Header Format
    382
  - Example Program for Reading Binary Data
    385
  - Examples of Binary Files
    385
- CSV and ASCII XY Files
  388
- Acknowledgements
  390
- Product Markings and Regulatory Information
  392
- CAN/LIN Triggering and Serial Decode
  395
- Setup for CAN/CAN FD Signals
  395
- Loading and Displaying CAN Symbolic Data
  398
- CAN/CAN FD Triggering
  399
- CAN/CAN FD Serial Decode
  402
  - Interpreting CAN/CAN FD Decode
    403
  - CAN Totalizer
    404
  - Interpreting CAN Lister Data
    405
  - Searching for CAN Data in the Lister
    406
- Setup for LIN Signals
  407
- Loading and Displaying LIN Symbolic Data
  409
- LIN Triggering
  409
- LIN Serial Decode
  411
  - Interpreting LIN Decode
    413
  - Interpreting LIN Lister Data
    414
  - Searching for LIN Data in the Lister
    414
- CXPI Triggering and Serial Decode
  417
- Setup for CXPI Signals
  417
- CXPI Triggering
  418
- CXPI Serial Decode
  421
  - Interpreting CXPI Decode
    423
  - Interpreting CXPI Lister Data
    425
- Flexray Triggering and Serial Decode
  427
- Setup for Flexray Signals
  427
- Flexray Triggering
  428
  - Triggering on Flexray Frames
    429
  - Triggering on Flexray Errors
    430
  - Triggering on Flexray Events
    430
- Flexray Serial Decode
  431
  - Interpreting Flexray Decode
    432
  - Flexray Totalizer
    433
  - Interpreting Flexray Lister Data
    434
  - Searching for Flexray Data in the Lister
    434
- I2C/SPI Triggering and Serial Decode
  437
- Setup for I2C Signals
  437
- I2C Triggering
  438
- I2C Serial Decode
  442
  - Interpreting I2C Decode
    443
  - Interpreting I2C Lister Data
    444
  - Searching for I2C Data in the Lister
    444
- Setup for SPI Signals
  445
- SPI Triggering
  449
- SPI Serial Decode
  451
  - Interpreting SPI Decode
    452
  - Interpreting SPI Lister Data
    453
  - Searching for SPI Data in the Lister
    453
- I2S Triggering and Serial Decode
  455
- Setup for I2S Signals
  455
- I2S Triggering
  458
- I2S Serial Decode
  461
  - Interpreting I2S Decode
    462
  - Interpreting I2S Lister Data
    463
  - Searching for I2S Data in the Lister
    463
- Manchester/Nrz Triggering and Serial Decode
  465
- Setup for Manchester Signals
  465
- Manchester Triggering
  468
- Manchester Serial Decode
  470
  - Interpreting Manchester Decode
    470
  - Interpreting Manchester Lister Data
    472
- Setup for NRZ Signals
  473
- NRZ Triggering
  475
- NRZ Serial Decode
  477
  - Interpreting NRZ Decode
    478
  - Interpreting NRZ Lister Data
    479
- Setup for MIL-STD-1553 Signals / 481
  481
- MIL-STD-1553/ARINC 429 Triggering and Serial Decode
  483
- MIL-STD-1553 Triggering
  483
- MIL-STD-1553 Serial Decode
  484
- Setup for ARINC 429 Signals
  488
- ARINC 429 Triggering
  489
- ARINC 429 Serial Decode
  491
  - Interpreting ARINC 429 Decode
    493
  - ARINC 429 Totalizer
    494
  - Interpreting ARINC 429 Lister Data
    495
  - Searching for ARINC 429 Data in the Lister
    495
- SENT Triggering and Serial Decode
  497
- Setup for SENT Signals
  497
- SENT Triggering
  502
- SENT Serial Decode
  504
  - Interpreting SENT Decode
    505
  - Interpreting SENT Lister Data
    507
  - Searching for SENT Data in the Lister
    508
- Setup for UART/RS232 Signals
  511
- UART/RS232 Triggering and Serial Decode
  512
- UART/RS232 Triggering
  513
- UART/RS232 Serial Decode
  515

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