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AWG710&AWG710B Arbitrary Waveform Generator User Manual 3-181
Capturing Waveforms
This section explains how to transfer waveforms from the instruments to the
AWG710&AWG710B Arbitrary Waveform Generator using the GPIB interfaces.
The AWG710&AWG710B Arbitrary Waveform Generator captures the waveform
data acquired in oscilloscopes and/or generated in generators over the GPIB
interface without control by an external controller. The waveforms captured are
automatically converted to waveforms that the AWG710&AWG710B Arbitrary
Waveform Generator can handle.
When you use this function, set the AWG710&AWG710B Arbitrary Waveform
Generator GPIB configuration to controller.
Possible Instruments
The Waveform Generator captures waveforms from following instruments:
Tektronix TDS–Series oscilloscopes
LeCroy digital oscilloscopes
Basic Concept on Communication for Capturing
Waveform data is transferred over the GPIB network. The AWG710&AWG710B
Arbitrary Waveform Generator must be the controller and the other instrument(s)
must be in the Talk/Listen mode. All instruments including the
AWG710&AWG710B Arbitrary Waveform Generator must have a unique GPIB
address.
When you execute this function, the AWG710&AWG710B Arbitrary Waveform
Generator starts addressing the instruments that are connecting to the same GPIB
network from the lower to the higher GPIB address. When an addressed instrument
responds, the AWG710&AWG710B Arbitrary Waveform Generator stops
addressing and starts the negotiation for waveform data transfer.
The AWG710&AWG710B Arbitrary Waveform Generator communicates with
the first instrument that responds (possibly the one that has the lowest GPIB
address in the same network) and the type that you specified.
You must set the GPIB address and Talk/Listen mode, but you do not need the other
settings in the source instrument. The AWG710&AWG710B Arbitrary Waveform
Generator performs all settings to the source instrument necessary for waveform
transfer during negotiation.
- User Manual 1
- AWG710 & AWG710B 1
- 071-1413-01 1
- WARRANTY 3
- Table of Contents 10
- List of Figures 11
- List of Tables 16
- General Safety Summary 21
- Symbols and Terms 22
- Manual Structure 23
- Conventions 24
- Related Manuals 25
- Contacting Tektronix 25
- Getting Started 27
- Additional Features 30
- Setup on page 2-51 31
- Incoming Inspection 32
- Power Cord Options 33
- Language Options 33
- Accessories 34
- Option 11 (Removable 37
- Hard disk) 37
- Option D1,TDAT (Test 37
- Result Report) 37
- Installation 38
- Check Fuse 39
- Check Voltage Settings 39
- Connect Power Cord 39
- Standby Power 40
- Power On 42
- Power-On Diagnostics 43
- Power Off 43
- Repackaging for Shipment 44
- Operating Basics 45
- Rear Panel 52
- Menu Operations 54
- Menu Elements 55
- Text/Numeric fields 57
- 1-of-N choice 57
- Text Input 60
- Shortcut Controls 61
- Table 2-3: Shortcut controls 62
- Locating Files 64
- Deleting Files 66
- Read Only Attribute 66
- Saving Files 67
- Archive, Extract 68
- Blocking factor is 20 69
- Quick View 70
- Editor Overview 72
- Main Edit Screen 73
- Loading a Waveform File 74
- Creating a New Waveform 74
- Editor Screen Elements 75
- Cursors and Editing 76
- Multiple Editor Windows 77
- Quitting Editors 79
- Setup Overview 80
- Viewing a Waveform 83
- Editing a Waveform 84
- Setting Waveform Output 84
- Outputting a Waveform 85
- Saving and Restoring 86
- Setup Parameters 86
- Theory of Operation 87
- (AWG710B only) 88
- Signal Edit Process 92
- Waveform Edit 93
- Quick Edit 93
- Tut ori als 95
- Tutorial 1: Instrument Setup 97
- Set the Date and Time 98
- Set the Focused Color 98
- LCD Back Light 98
- Display the SETUP Menu 99
- Load a Sample Waveform 100
- View the Sample 101
- Waveform 101
- Output the Waveform 101
- Open the Waveform Editor 102
- Reset the Instrument 102
- Create a Sine Wave 103
- Math Operation 105
- Save the Waveform 106
- Text field 107
- Character palette 107
- Preparation 109
- Open the Quick Editor 109
- Edit a Waveform 110
- Save Changes 112
- Load an Equation File 113
- Edit the Equation 114
- Save the Edited Equation 114
- Compile the Equation 114
- Creating Waveforms 117
- Open the Sequence Editor 118
- Create the Subsequence 119
- Save the Subsequence 122
- Create the Main Sequence 122
- AWG710BAWG710 123
- Set Run Mode 126
- Load and Run the 127
- Sequence Files 127
- Run the Sequence Files 127
- Reference 129
- Menu Structures 133
- Setup Menu Hierarchy 134
- EDIT Menu Hierarchy 143
- APPL Menu Hierarchy 156
- Utility Menu Hierarchy 160
- The Setup Menu Screen 163
- Table 3-4: Status area 165
- The Waveform/Sequence Menu 166
- The Vertical Menu 168
- The Horizontal Menu 170
- Clock Out 171
- 1/4 Clock Out (AWG710 171
- MC100EL57 171
- 1/4 CLOCK OUT 171
- Clock Ref 172
- Clock Src (AWG710B only) 173
- The Run Mode Menu 174
- Enhanced 175
- The Trigger Menu 176
- Slope (or Polarity) 177
- Trigger Leve l 177
- Impedance 177
- The Save/Restore Menu 178
- Save Setup 179
- Restore Setup 179
- The Extended Operation Menu 180
- Automatic Reloading of 182
- Output Files 182
- Waveform Files and 182
- Sample Clock Rates 182
- Starting and Stopping 183
- Turning Channel Output 183
- On and Off 183
- Turning Marker Output 184
- On and Off (AWG710B 184
- The Graphical Waveform Editor 185
- The File Menu 188
- The Operation Menu 189
- Paste (Insert) 191
- Paste (Replace) 191
- Multiple Paste 191
- Set Data High/Low 192
- Horizontal Shift 192
- Horizontal Rotate 193
- Vertical Shift 193
- Expand 194
- Vertical Scale 194
- Horizontal Invert 195
- Vertical Invert 195
- Shift Register Generator 196
- Set Pattern 198
- Numeric Input 201
- The Tools Menu 202
- Compare 205
- Convolution 206
- Correlation 207
- Digital Filter 208
- Re-sampling 209
- Code Convert 210
- XY View 210
- The Zoom/Pan Menu 211
- The Settings Menu 212
- The Window Menu 212
- The Pattern Editor 215
- Starting the Pattern Editor 216
- Code Conversion Process 218
- Code Conversion Table 219
- Code Conversion 220
- Mechanism 220
- The Undo! Command 221
- Selecting Data Bits to Edit 222
- Defining Edit Area 223
- Creating a Pattern 224
- Creating Standard Patterns 225
- Inserting Data From Files 226
- Quick Editing 229
- Quick Edit Mode 230
- Quick Edit Mechanism 230
- About Smoothing 231
- Quick Controls 231
- Starting Quick Edit 232
- Exiting Quick Edit 233
- Setting Parameters 233
- Moving the Cursor 234
- Renewing Edit Buffer 234
- About Undo 234
- The Table Editor 235
- Editing The Table Data 236
- The Equation Editor 239
- Starting the Equation Editor 240
- Using the Equation Editor 241
- Front-Panel Edit Controls 242
- Selecting Text 242
- Cutting, Copying, and 243
- Pasting Text 243
- Using an External 244
- Keyboard 244
- Compiling Equations 245
- Compiling from 246
- The Sequence Editor 247
- Sequence Table Editing 250
- Cutting a Line 251
- Copying a Line 251
- Pasting a Line 251
- Sequence Table Fields 252
- Wait Trigger 253
- Goto <N> 253
- EVENT IN 254
- Software Jump 257
- Limitations on Using 258
- Sequences 258
- The APPL Menu 261
- Operation Flow 262
- Input data 264
- Isolated Pulse 265
- Creating Isolated Pulse 266
- Superpose Parameters 268
- Generating Waveform 269
- Saving to File 269
- Network Application 270
- Line Code Conversion 274
- Jitter Composer Application 277
- Jitter composer 282
- The UTILITY Window 285
- About Key Operation 286
- Formatting a Floppy Disk 287
- Displaying Disk Usage 287
- Screen Display Enable/Disable 288
- Focused Color 288
- Displaying Instrument Status 288
- Resetting the Instrument 289
- Connecting to a GPIB Network 290
- GPIB setup 291
- Ethernet Networking 292
- Network setup parameters 293
- Testing the Network 294
- Connection 294
- Network Parameter 295
- Optional Parameters 296
- Mounting Remote File 296
- FTP Link 299
- Hardcopy 300
- Running Hardcopy 301
- Calibration and Diagnostics 302
- – – – to be displayed 303
- Power-on Diagnostics 304
- Manual Diagnostics 305
- Upgrading the System Software 309
- Capturing Waveforms 311
- About Transferred Files 314
- Waveform Programming Language 315
- User–Defined Variables 316
- Waveform Files 317
- Command Descriptions 319
- Arguments 320
- Code( ) 321
- Copy( ) 322
- Corr( ) 322
- Data( ) 323
- Delete( ) 324
- Diff( ) 324
- Expand( ) 325
- Extract( ) 325
- For (Control Statement) 326
- If (Control Statement) 328
- Integ( ) 328
- Math Functions 330
- ≠ 0 and a = 0: Always 0 331
- Math Operators 332
- Norm( ) 333
- Rename( ) 334
- Variables (predefined) 335
- Write( ) 336
- Programming Examples 337
- Example 2 338
- Example 3 339
- Example 4 341
- Example 5 342
- Example 6 343
- Example 7 344
- Example 8 345
- File Conversion 349
- TDS.ISF to Waveform 350
- EASYWAVE.WAV to Waveform 350
- Text file to Waveform 350
- Waveform to text file 351
- Waveform to Pattern 351
- Pattern to Waveform 351
- Executing File Conversion 352
- File Management 355
- File Operations 356
- Moving Directories 357
- Making Directory 357
- Selecting Files 357
- Copying Files 357
- Moving Files 358
- Renaming Files 359
- Deleting One or All Files 359
- Assigning Attribute to 359
- Window Operation 360
- Operation in Double 361
- Select the waveform type 363
- Change the generator mode 364
- Waveform type 365
- Parameters 366
- Marker signal 368
- Frequency and Resolution 369
- Save/Restore Setup 369
- Waveform Mixing Mode 371
- File... menu 373
- Save Mixed Wfm... menu 374
- View... menu 374
- Waveform Mixing parameters 375
- Connecting the cables 380
- Setup screen 383
- Setting a Slave IP address 384
- Connection with Slave 385
- Error messages on connection 385
- Trigger Timing Calibration 386
- Appendices 389
- Performance Conditions 391
- Electrical Specification 392
- , Filter: Through) 396
- Table A-13: Auxiliary inputs 398
- Figure A-1: Signal Timing 399
- Figure A-2: Gated Mode 400
- Figure A-3: Enhanced mode 401
- Figure A-4: Sequence 2 402
- Figure A-5: Sequence 3 403
- Figure A-6: 3-1. Sequence 4 404
- Marker output 407
- Table A-14: Event Input 408
- Table A-17: C input 409
- Table A-18: T input 409
- option 02) 410
- Table A-26: Environmental 412
- Table A-27: Mechanical 413
- Figure A-10: Dimensions 414
- Certification and Compliances 415
- Up to 200 mV 416
- Table A-32: Clock generator 419
- Table A-34: Main output 419
- Table A-35: Filter 421
- Table A-37: Period Jitter 422
- Table A-39: Auxiliary inputs 423
- Figure A-11: Signal Timing 424
- Table A-40: Event Input 425
- Table A-48: Environmental 428
- Figure A-12: Dimensions 429
- Table A-49: Mechanical 429
- Self Tests 434
- Calibration 436
- Performance Tests 438
- Prerequisites 439
- Equipment Required 439
- Loading Files 441
- Performance 443
- Check/Adjustment Files 443
- Operating Mode Tests 445
- Check Triggered Mode 446
- Check Gated Mode 449
- Check Amplitude 451
- Accuracy 451
- Check Offset Accuracy 453
- DC Offset 455
- Check Pulse Rise Time 457
- 50Ω SMA coaxial cable 463
- Trigger Input Tests 465
- Check Event Input with 469
- Strobe Off 469
- Check Strobe Input 475
- Check VCO OUT 481
- Check 10MHz Reference 481
- Marker Output Tests 482
- Synchronous Operation Tests 484
- Check 1/4 Clock 531
- Inspection — Exterior 535
- Cleaning Procedure — 536
- Exterior 536
- Cleaning the 536
- Instrument Interior 536
- Appendix D: Sample Waveforms 537
- Waveform File Descriptions 538
- Table D-3: Lorentz pulse 539
- Table D-5: Squared sine pulse 540
- Table D-7: Nyquist pulse 541
- Floppy disk (FD) 549
- NFS (Network File System) 549
- Appendix F: Miscellaneous 551
- ) at point x 552
- Integration 553
- Examples 558
- Text Files 562
- Line Descriptions 563
- Jump Settings 565
- Polarity, 3-237 571
- Operation, 3-59, 3-87 574
- , 3-75, 3-80 579
- , 3-81, 3-91 579
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