Keysight Technologies InfiniiVision MSO-X 3104A Manuals

Manuals and User Guides for Keysight Technologies InfiniiVision MSO-X 3104A. We have 1 Keysight Technologies InfiniiVision MSO-X 3104A manual available for free PDF download: User Manual

Keysight Technologies InfiniiVision MSO-X 3104A User Manual

Keysight Technologies InfiniiVision MSO-X 3104A User Manual (432 pages)

Brand: Keysight Technologies | Category: Test Equipment | Size: 7 MB

Table of Contents

Infiniivision 3000 X-Series Oscilloscopes-At a Glance
4
In this Guide
6
Table of Contents
9
1 Getting Started

25
2 Horizontal Controls

50
3 Vertical Controls

64
4 Math Waveforms

73
- To Display Math Waveforms
  73
- To Perform Transforms or Filters on an Arithmetic Operation
  75
- To Adjust the Math Waveform Scale and Offset
  75
- Units for Math Waveforms
  75
- Math Operators
  76
  - Add or Subtract
    76
  - Multiply or Divide
    77
- Math Transforms
  78
  - Differentiate
    79
  - Integrate
    80
  - FFT Measurement
    83
  - Square Root
    90
  - Ax + B
    90
  - Square
    91
  - Absolute Value
    92
  - Common Logarithm
    92
  - Natural Logarithm
    93
  - Exponential
    93
  - Base 10 Exponential
    93
- Math Filters
  94
  - High Pass and Low Pass Filter
    94
- Math Visualizations
  95
  - Magnify
    96
  - Measurement Trend
    96
  - Chart Logic Bus Timing
    98
  - Chart Logic Bus State
    99
5 Reference Waveforms

101
6 Digital Channels

105
- To Connect the Digital Probes to the Device under Test
  105
  - Probe Cable for Digital Channels
    106
- Acquiring Waveforms Using the Digital Channels
  109
- To Display Digital Channels Using Autoscale
  109
- Interpreting the Digital Waveform Display
  110
- To Change the Displayed Size of the Digital Channels
  111
- To Switch a Single Channel on or off
  112
- To Switch All Digital Channels on or off
  112
- To Switch Groups of Channels on or off
  112
- To Change the Logic Threshold for Digital Channels
  112
- To Reposition a Digital Channel
  113
- To Display Digital Channels as a Bus
  114
- Digital Channel Signal Fidelity: Probe Impedance and Grounding
  117
  - Input Impedance
    117
  - Probe Grounding
    119
  - Best Probing Practices
    121
- 7 Serial Decode
  
  123
  - Serial Decode Options
    123
  - Lister
    124
  - Searching Lister Data
    126
  - To Adjust Waveform Intensity
    129
- 8 Display Settings
  
  130
  - To Set or Clear Persistence
    131
  - To Clear the Display
    132
  - To Select the Grid Type
    132
  - To Adjust the Grid Intensity
    133
  - To Freeze the Display
    133
- 9 Labels
  
  135
10 Triggers

141
- Adjusting the Trigger Level
  142
- Forcing a Trigger
  143
- Edge Trigger
  144
- Edge then Edge Trigger
  146
- Pulse Width Trigger
  147
- Pattern Trigger
  150
  - Hex Bus Pattern Trigger
    152
- OR Trigger
  153
- Rise/Fall Time Trigger
  154
- Nth Edge Burst Trigger
  155
- Runt Trigger
  157
- Setup and Hold Trigger
  159
- Video Trigger
  160
- USB Trigger
  172
- Serial Trigger
  174
11 Trigger Mode/Coupling

175
12 Acquisition Control

183
- Running, Stopping, and Making Single Acquisitions
  183
  - Control
    184
- Overview of Sampling
  184
  - Sampling Theory
    185
  - Aliasing
    185
  - Oscilloscope Bandwidth and Sample Rate
    185
  - Oscilloscope Rise Time
    187
  - Oscilloscope Bandwidth Required
    188
  - Memory Depth and Sample Rate
    189
- Selecting the Acquisition Mode
  189
  - Normal Acquisition Mode
    190
  - Peak Detect Acquisition Mode
    190
  - Averaging Acquisition Mode
    193
  - High Resolution Acquisition Mode
    195
- Acquiring to Segmented Memory
  195
- To Make Cursor Measurements
  202
- Cursor Examples
  205
- To Make Automatic Measurements
  212
- Measurements Summary
  214
  - Snapshot All
    217
- Voltage Measurements
  218
  - Peak-Peak
    219
  - Maximum
    219
  - Minimum
    219
  - Amplitude
    219
  - Top
    219
  - Base
    220
  - Overshoot
    220
  - Preshoot
    222
  - Average
    222
  - DC Rms
    223
  - Ac Rms
    223
  - Ratio
    225
- Time Measurements
  225
  - Period
    226
  - Frequency
    226
  - Counter
    227
  - Width
    228
  - Bit Rate
    228
  - Burst Width
    228
  - Duty Cycle
    228
  - Rise Time
    229
  - Fall Time
    229
  - Delay
    229
  - Phase
    230
  - At Min y
    232
  - At Max y
    232
- Count Measurements
  232
  - Positive Pulse Count
    232
  - Negative Pulse Count
    233
  - Rising Edge Count
    233
  - Falling Edges Count
    233
- Measurement Thresholds
  234
- Mixed Measurements
  234
  - Area
    234
- Measurement Statistics
  236
- Measurement Window with Zoom Display
  236
15 Mask Testing

239
- To Create a Mask from a "Golden" Waveform (Automask)
  239
- Mask Test Setup Options
  241
- Mask Statistics
  244
- To Manually Modify a Mask File
  245
- Building a Mask File
  248
  - How Is Mask Testing Done
    251
16 Digital Voltmeter

253
- To Select Generated Waveform Types and Settings
  257
17 Waveform Generator

258
18 Save/Recall (Setups, Screens, Data)

273
- Saving Setups, Screen Images, or Data
  273
  - To Save Setup Files
    275
  - To Save BMP or PNG Image Files
    275
  - To Save CSV, ASCII XY, or bin Data Files
    276
  - Length Control
    277
  - To Save Lister Data Files
    278
  - To Save Reference Waveform Files to a USB Storage Device
    279
  - To Save Masks
    279
  - To Save Arbitrary Waveforms
    279
  - To Navigate Storage Locations
    280
  - To Enter File Names
    280
- Recalling Setups, Masks, or Data
  281
- Recalling Default Setups
  283
- Performing a Secure Erase
  284
19 Print (Screens)

285
- To Print the Oscilloscope's Display
  285
- To Set up Network Printer Connections
  286
- To Specify the Palette Option
  288
- To Specify the Print Options
  288
- I/O Interface Settings
  291
- Setting up the Oscilloscope's LAN Connection
  292
20 Utility Settings

292
- File Explorer
  295
- Setting Oscilloscope Preferences
  297
- Setting the Oscilloscope's Clock
  300
- Setting the Rear Panel TRIG out Source
  300
- Performing Service Tasks
  301
  - To Perform User Calibration
    301
  - To Perform Hardware Self Test
    304
  - To Perform Front Panel Self Test
    305
  - To Display Oscilloscope Information
    305
  - To Display the User Calibration Status
    305
  - To Clean the Oscilloscope
    305
  - To Check Warranty and Extended Services Status
    306
  - To Contact Keysight
    306
  - To Return the Instrument
    306
- Configuring the [Quick Action] Key
  307
- Adding an Annotation
  308
- Accessing the Web Interface
  312
21 Web Interface

312
- Browser Web Control
  313
- Save/Recall
  316
  - Saving Files Via the Web Interface
    316
  - Recalling Files Via the Web Interface
    318
- Get Image
  318
- Identification Function
  319
- Instrument Utilities
  320
- Setting a Password
  321
22 Reference

325
- Measurement Category
  325
- Specifications and Characteristics
  325
- Environmental Conditions
  327
- Loading Licenses and Displaying License Information
  328
  - Licensed Options Available
    329
  - Other Options Available
    331
  - Upgrading to an MSO
    331
- Probes and Accessories
  328
- Binary Data (.Bin) Format
  331
  - Binary Data in MATLAB
    332
  - Binary Header Format
    333
  - Example Program for Reading Binary Data
    335
  - Examples of Binary Files
    335
- Software and Firmware Updates
  331
- CSV and ASCII XY Files
  338
  - CSV and ASCII XY File Structure
    339
  - Minimum and Maximum Values in CSV Files
    339
- Acknowledgements
  340
- Product Markings and Regulatory Information
  342
23 CAN/LIN Triggering and Serial Decode

345
- Setup for CAN Signals
  345
- CAN Triggering
  347
- CAN Serial Decode
  349
  - Interpreting CAN Decode
    350
  - CAN Totalizer
    351
  - Interpreting CAN Lister Data
    352
  - Searching for CAN Data in the Lister
    353
- Setup for LIN Signals
  353
- LIN Triggering
  355
- LIN Serial Decode
  356
  - Interpreting LIN Decode
    358
  - Interpreting LIN Lister Data
    359
  - Searching for LIN Data in the Lister
    360
24 Flexray Triggering and Serial Decode

361
- Setup for Flexray Signals
  361
- Flexray Triggering
  362
  - Triggering on Flexray Frames
    363
  - Triggering on Flexray Errors
    364
  - Triggering on Flexray Events
    364
- Flexray Serial Decode
  365
  - Interpreting Flexray Decode
    366
  - Flexray Totalizer
    367
  - Interpreting Flexray Lister Data
    368
  - Searching for Flexray Data in the Lister
    368
25 I2C/SPI Triggering and Serial Decode

371
- Setup for I2C Signals
  371
- I2C Triggering
  372
- I2C Serial Decode
  376
  - Interpreting I2C Decode
    377
  - Interpreting I2C Lister Data
    378
  - Searching for I2C Data in the Lister
    378
- Setup for SPI Signals
  379
- SPI Triggering
  383
- SPI Serial Decode
  385
  - Interpreting SPI Decode
    386
  - Interpreting SPI Lister Data
    387
  - Searching for SPI Data in the Lister
    387
26 I2S Triggering and Serial Decode

389
- Setup for I2S Signals
  389
- I2S Triggering
  392
- I2S Serial Decode
  395
  - Interpreting I2S Decode
    396
  - Interpreting I2S Lister Data
    397
  - Searching for I2S Data in the Lister
    397
- Setup for MIL-STD-1553 Signals / 399
  399
- MIL-STD-1553 Triggering
  401
27 MIL-STD-1553/ARINC 429 Triggering and Serial Decode

401
- MIL-STD-1553 Serial Decode
  402
- Setup for ARINC 429 Signals
  406
- ARINC 429 Triggering
  407
- ARINC 429 Serial Decode
  409
  - Interpreting ARINC 429 Decode
    411
  - ARINC 429 Totalizer
    412
  - Interpreting ARINC 429 Lister Data
    413
  - Searching for ARINC 429 Data in the Lister
    413
- Setup for UART/RS232 Signals
  415
28 UART/RS232 Triggering and Serial Decode

415
- UART/RS232 Triggering
  417
- UART/RS232 Serial Decode
  419

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