Agilent Technologies InfiniiVision DSO6014L Manuals

Manuals and User Guides for Agilent Technologies InfiniiVision DSO6014L. We have 3 Agilent Technologies InfiniiVision DSO6014L manuals available for free PDF download: User Manual

Agilent Technologies InfiniiVision DSO6014L User Manual (428 pages)

InfiniiVision 5000/6000/7000 Series Oscilloscopes

Brand: Agilent Technologies | Category: Test Equipment | Size: 14.38 MB

Safety Notices
2
Book Map
3
In this User's Guide
4
Table of Contents
7
Introduction

21
- Models Covered in this Manual
  22
- Specifications and Characteristics
  23
- Licensed Options
  24
- Notes
  26
Initial Setup

27
Connecting to the Device under Test

71
Triggering

81
- Triggering - General Information
  83
- Trigger Mode and Coupling Menu
  84
- Auto and Normal Trigger Modes
  84
  - Choosing Auto Trigger Mode or Normal Trigger Mode
    84
  - Auto Mode
    85
  - Normal Mode
    85
- Trigger Level Adjustment
  86
- Trigger Coupling
  87
- Trigger Noise Rejection
  87
  - HF Reject
    88
  - LF Reject
    89
  - Noise Rejection
    89
- Trigger Holdoff
  90
  - Trigger Holdoff Operating Hints
    90
  - To Set Holdoff
    90
- External Trigger Input
  92
  - 2-Channel Oscilloscope External Trigger Input
    92
- Maximum Voltage at 2-Channel Oscilloscope External Trigger Input
  93
  - 4-Channel Oscilloscope External Trigger Input
    94
- Maximum Voltage at 4-Channel Oscilloscope External Trigger Input
  94
- Trigger Output
  95
  - Triggers
    95
  - Source Frequency
    95
  - Source Frequency/8
    95
- Trigger Types
  96
- CAN Trigger
  98
- Duration Trigger
  102
  - Qualifier Time Set Softkey
    103
- Edge Trigger
  105
- Flexray Setup and Triggering
  107
  - Setup for Flexray Signals
    107
  - Flexray Triggering
    108
- Glitch or Narrow Pulse Capture
  112
  - Using Peak Detect Mode to Find a Glitch
    113
- I2C Trigger
  115
- I2S Trigger
  121
- LIN Trigger
  128
- MIL-STD 1553 Setup and Triggering
  131
  - Probing MIL-STD 1553 Signals
    131
  - Setup for MIL-STD 1553 Signals
    132
  - MIL-STD 1553 Triggering
    133
- Nth Edge Burst Trigger
  135
- Pattern Trigger
  137
  - Hex Bus Pattern Trigger
    139
- Pulse Width Trigger
  140
  - Qualifier Time Set Softkey
    141
  - Qualifier Time Set Softkey
    142
- Sequence Trigger
  143
- Define the "Find" Stage
  145
- Define the "Trigger On" Stage
  146
- Define the Optional "Reset On" Stage
  147
  - Adjust the Trigger Level
    149
- SPI Trigger
  150
- TV Trigger
  156
- UART/RS232 Trigger
  166
- USB Trigger
  170
Displaying

173
- Tips for Displaying Waveforms
  174
- Stabilizing the Display
  174
- Interpreting the Display
  175
- Graphic Symbols in Softkey Menus
  176
- Autoscale
  177
- Pan and Zoom
  179
- Waveform Intensity and Signal Detail
  180
- Grid Intensity
  181
- Infinite Persistence
  182
- Using Labels
  183
- Waveform Expansion Reference Point
  187
- Vectors (Connect the Dots)
  187
- Freeze Display
  188
- Antialiasing
  189
- XGA Video Output
  189
Measurements and Math Functions

191
- List of Automatic Measurements
  192
- Making Automatic Measurements
  193
  - Measurement Statistics
    194
  - Measurement Thresholds
    197
- Measurement Definitions
  199
  - Time Measurements
    199
  - Delay and Phase Measurements
    203
  - Voltage Measurements
    205
  - Overshoot and Preshoot Measurements
    211
- Cursor Measurements
  214
  - To Make Cursor Measurements
    215
  - Cursor Examples
    217
- XY Horizontal Mode
  220
- Math Functions
  224
  - To Use Waveform Math
    224
  - To Perform a Math Function Upon an Arithmetic Operation
    225
  - Math Scale and Offset
    225
  - Units
    226
- Multiply
  227
- Add or Subtract
  228
- Differentiate
  230
- Integrate
  232
- Square Root
  234
- FFT Measurement
  236
  - FFT Operation
    238
- Enabling Precision Measurements and Math
  242
Printing and Saving

243
- Printing the Oscilloscope's Display
  244
  - Quick Print
    244
  - To Print the Oscilloscope's Display
    245
  - Options
    245
  - Palette
    246
- Saving Oscilloscope Data
  247
Acquisition Modes

261
- To Start and Stop an Acquisition
  262
- To Make a Single Acquisition
  264
- Acquisition Modes
  265
  - At Slower Sweep Speeds
    265
  - Selecting the Acquisition Mode
    265
  - Normal Mode
    265
  - Peak Detect Mode
    266
  - High Resolution Mode
    266
  - Averaging Mode
    267
  - Realtime Sampling Option
    269
- Segmented Memory
  271
  - Using Segmented Memory
    271
Web Interface

275
- Setting up the Oscilloscope's LAN Connection
  276
- Accessing the Web Interface
  280
- Browser Web Control
  281
  - Remote Front Panel
    281
  - Remote Programming
    283
  - Remote Programming with Agilent IO Libraries
    284
- Get Image
  285
- Identification Function
  286
- Instrument Utilities
  287
- Setting a Password
  288
Serial Decode/Lister

291
- Serial Decode
  292
- Lister
  293
  - Serial Decode Lister
    293
- CAN Serial Decode
  295
  - Interpreting CAN Decode
    298
  - CAN Totalizer
    299
  - Interpreting CAN Lister Data
    301
- Flexray Serial Decode
  302
  - Interpreting Flexray Frame Decode
    303
  - Flexray Totalizer
    304
  - Interpreting Flexray Lister Data
    305
- I 2 C Serial Decode
  306
  - Interpreting I 2 C Decode
    308
  - Interpreting I 2 C Lister Data
    309
- I 2 S Serial Decode
  310
  - Interpreting I 2 S Decode
    312
  - Interpreting I 2 S Lister Data
    313
- LIN Serial Decode
  314
  - Interpreting LIN Decode
    317
  - Interpreting LIN Lister Data
    319
- MIL-STD 1553 Serial Decode
  320
  - Interpreting MIL-STD 1553 Decode
    321
  - Viewing MIL-STD 1553 Data in the Lister
    322
- SPI Serial Decode
  323
  - Interpreting SPI Decode
    327
  - Interpreting SPI Lister Data
    328
- UART/RS232 Serial Decode
  329
  - Interpreting UART/RS232 Decode
    333
  - UART/RS232 Totalizer
    334
  - Interpreting UART/RS232 Lister Data
    335
Mask Test

337
- To Create a Mask from a "Golden" Waveform (Automask)
  338
  - Troubleshooting Mask Setup
    339
- Setup Options
  340
  - Run until
    340
  - On Error
    340
  - Source Lock
    341
- Mask Test Trigger Output
  342
- Mask Statistics
  343
  - Reset Statistics
    344
  - Transparent
    344
- To Manually Modify a Mask File
  345
- Building a Mask File
  348
Controls and Connectors

351
Digital Channels

371
Utilities

391
- To Restore the Oscilloscope to Its Default Configuration
  392
- To Perform Service Functions
  393
- User Calibration
  394
- Self Test
  397
Reference

399
- About Oscilloscope
  400
- Software and Firmware Updates
  400
- Installed Licenses
  400
- Upgrading to an MSO
  401
- Secure Environment Mode Option
  402
- Measurement Category
  403
  - Measurement Category Definitions
    403
  - Transient Withstand Capability
    404
- Maximum Input Voltage at Analog Inputs and 2-Channel External Trigger Input
  404
- Maximum Input Voltage at Digital Channels
  404
- Environmental Conditions
  405
- Using the 10 Mhz Reference Clock
  406
- Maximum Input Voltage at 10 Mhz REF Connector
  406
  - To Synchronize the Timebase of Two or more Instruments
    408
- To Clean the Oscilloscope
  408
- Binary Data (.Bin) Format
  409
  - Binary Data in MATLAB
    409
  - Binary Header Format
    410
  - Example Program for Reading Binary Data
    413
  - Examples of Binary Files
    414
- CSV and ASCII XY Files
  417
- Acknowledgements
  418
- To Check Warranty and Extended Services Status
  418
- To Return the Instrument
  419
- Contact Us
  420
Index

421
- I2 Serial Decode
  423

Agilent Technologies InfiniiVision DSO6014L User Manual (371 pages)

6000 Series

Brand: Agilent Technologies | Category: Test Equipment | Size: 8.19 MB

Safety Notices
3
Table of Contents
10
Getting Started

20
Front-Panel Controls

60
Viewing and Measuring Digital Signals

110
Triggering the Oscilloscope

126
- Selecting Trigger Modes and Conditions
  129
  - To Select the Mode and Coupling Menu
    129
  - Trigger Modes: Normal and Auto
    130
  - To Select Trigger Coupling
    132
  - To Select Trigger Noise Rejection and HF Rejection
    132
  - To Set Holdoff
    133
- The External Trigger Input
  135
  - 2-Channel Oscilloscope External Trigger Input
    135
  - 4-Channel Oscilloscope External Trigger Input
    137
- Trigger Types
  138
- To Use Edge Triggering
  139
  - Trigger Level Adjustment
    140
- To Use Pulse Width Triggering
  141
  - Qualifier Time Set Softkey
    143
- To Use Pattern Triggering
  144
- To Use CAN Triggering
  146
- To Use Duration Triggering
  150
  - Qualifier Time Set Softkey
    152
- To Use Flexray Triggering
  153
- To Use I2C Triggering
  162
- To Use Nth Edge Burst Triggering
  168
- To Use LIN Triggering
  170
- To Use Sequence Triggering
  173
  - Define the Find: Stage
    175
  - Define the Trigger On: Stage
    176
  - Define the Optional Reset On: Stage
    178
  - Adjust the Trigger Level
    179
- To Use SPI Triggering
  180
- To Use TV Triggering
  185
- To Use USB Triggering
  197
- The Trigger out Connector
  199
  - Triggers
    199
  - Source Frequency
    199
  - Source Frequency/8
    199
Making Measurements

200
- To Use the XY Horizontal Mode
  201
- Math Functions
  206
  - Math Scale and Offset
    207
  - Multiply
    208
  - Subtract
    210
  - Differentiate
    212
  - Integrate
    214
  - FFT Measurement
    217
  - FFT Operation
    219
  - Square Root
    224
- Cursor Measurements
  226
  - To Make Cursor Measurements
    226
  - Cursor Examples
    230
- Automatic Measurements
  233
  - To Make an Automatic Measurement
    234
  - To Set Measurement Thresholds
    235
  - Time Measurements
    237
  - Delay and Phase Measurements
    241
  - Voltage Measurements
    244
  - Overshoot and Preshoot Measurements
    249
Displaying Data

252
- Pan and Zoom
  253
  - To Pan and Zoom a Waveform
    254
  - To Set the Waveform Expansion Reference Point
    254
- Antialiasing
  255
- Using the XGA Video Output
  255
- Display Settings
  256
  - Infinite Persistence
    256
  - Grid Intensity
    257
  - Vectors (Connect the Dots)
    257
- Varying the Intensity to View Signal Detail
  258
- Acquisition Modes
  260
  - At Slower Sweep Speeds
    260
  - Selecting the Acquisition Mode
    260
  - Normal Mode
    261
  - Peak Detect Mode
    261
  - High Resolution Mode
    261
  - Averaging Mode
    262
  - Realtime Sampling Option
    264
- Using Serial Decode
  266
  - To Decode I 2 C Data
    267
  - To Decode SPI Data
    271
  - To Decode CAN Data
    276
  - CAN Totalizer
    281
  - To Decode LIN Data
    283
  - To Decode Flexray Data
    289
  - Flexray Totalizer
    293
- To Reduce the Random Noise on a Signal
  295
  - HF Reject
    295
  - LF Reject
    296
  - Noise Rejection
    296
- To Capture Glitches or Narrow Pulses with Peak Detect and Infinite Persistence
  297
  - Using Peak Detect Mode to Find a Glitch
    298
- How Autoscale Works
  300
Saving and Printing Data

302
- To Configure Printing
  303
  - Selecting a Print File Format
    303
  - Selecting Print Options
    306
  - Print Palette
    306
- To Print the Display to a File
  307
- To Print the Display to a USB Printer
  308
- Supported Printers
  309
  - Printers
    309
- Secure Environment Mode Option
  311
- Saving and Recalling Traces and Setups
  313
- To Autosave Traces and Setups
  314
- To Save Traces and Setups to Internal Memory or to Overwrite an Existing USB Mass Storage Device File
  315
  - Device
    316
  - To Save Traces and Setups to a New File on the USB Mass Storage Device
    316
- To Recall Traces and Setups
  318
- To Use the File Explorer
  319
Reference

322
- Upgrading to an MSO or Adding Memory Depth
  323
- Software and Firmware Updates
  323
- To Set up the I/O Port
  324
- Using the 10 Mhz Reference Clock
  325
- To Check Warranty and Extended Services Status
  327
- To Return the Instrument
  328
- To Clean the Oscilloscope
  328
- Digital Channel Signal Fidelity: Probe Impedance and Grounding
  329
  - Input Impedance
    329
  - Probe Grounding
    331
  - Best Probing Practices
    333
- To Replace Digital Probe Leads
  334
- Binary Data (.Bin)
  335
  - Binary Data in MATLAB
    335
  - Binary Header Format
    335
  - Example Program for Reading Binary Data
    339
  - Examples of Binary Files
    340
Characteristics and Specifications

342
- 6000A Series and 6000L Series Environmental Conditions
  343
  - Overvoltage Category
    343
  - Pollution Degree
    343
  - Pollution Degree Definitions
    343
- 6000A Series and 6000L Series Measurement Category
  344
- 6000A Series Oscilloscope Specifications
  346
- 6000A Series Oscilloscope Characteristics
  347
- 6000L Series Specifications and Characteristics
  357
  - Performance Characteristics
    357
    
    Trigger System
    359
    
    Measurement Features
    360
    
    General Characteristics
    361
    
    Power Requirements
    362
    
    Environmental Characteristics
    362
    
    Ordering Information
    363
Index

364

Agilent Technologies InfiniiVision DSO6014L User Manual (174 pages)

Oscilloscopes

Brand: Agilent Technologies | Category: Measuring Instruments | Size: 11.5 MB

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Agilent Technologies InfiniiVision DSO6014L Manuals

Agilent Technologies InfiniiVision DSO6014L User Manual (428 pages)

Table of Contents

Introduction

Initial Setup

Connecting to the Device under Test

Triggering

Displaying

Measurements and Math Functions

Printing and Saving

Acquisition Modes

Web Interface

Serial Decode/Lister

Mask Test

Controls and Connectors

Digital Channels

Utilities

Reference

Index

Agilent Technologies InfiniiVision DSO6014L User Manual (371 pages)

Table of Contents

Getting Started

Front-Panel Controls

Viewing and Measuring Digital Signals

Triggering the Oscilloscope

Making Measurements

Displaying Data

Saving and Printing Data

Reference

Characteristics and Specifications

Index

Agilent Technologies InfiniiVision DSO6014L User Manual (174 pages)

Table of Contents

Table of Contents

Tables

Replacing 6000A Assemblies

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