Tektronix AWG610 Manuel d'utilisateur Page 239
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- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
The Sequence Editor
AWG610 Arbitrary Waveform Generator User Manual
3-121
2
1
0
Two internal
clock cycles
The instrument reads this state in an unstable
transition period. This may cause an erroneous action.
3
0
The instrument reads this state after
the transition has completed.
3
2
1
STROBE
Strobe On
Strobe Off
Figure 3-28: Event signal timing and strobe
Software jump can be performed only with the command using a GPIB or
Ethernet interface. When you specify a line number as an argument in the
command line, the control in the currently loaded sequence file will jump to the
specified line.
To perform a software jump, the mode must be set in the loaded sequence file.
This can be set in the sequence editor by pushing:
Jump Mode (bottom)Software (side)
For more detail, refer to the description of the AWGControl:EVENt:SOFT-
ware[:IMMediate] in the AWG610 Arbitrary Waveform Generator Programmer
Manual.
The sequence is processed by the instrument hardware. The nested sequence,
however, is expanded into the sequence memory by the instrument firmware.
Software Jump
Limitations on Using
Sequences
- User Manual 1
- Arbitrary Waveform Generator 1
- 071-0554-50 1
- 3
- TableĂofĂContents 5
- Table of Contents 7
- ListĂofĂFigures 10
- ListĂofĂTables 15
- General Safety Summary 19
- Symbols and Terms 20
- Manual Structure 21
- (side)10MHz (knob) 22
- Related Manuals 23
- Contacting Tektronix 23
- Getting Started 25
- Additional Features 26
- Incoming Inspection 27
- Power Cord Options 27
- Accessories 28
- Installation 31
- Check Fuse 32
- Check Voltage Settings 33
- Connect Power Cord 33
- Standby Power 34
- Power On 36
- Repackaging for Shipment 37
- Operating Basics 39
- Rear Panel 43
- Menu Operations 45
- Menu Elements 46
- Text/Numeric fields 48
- 1ĆofĆN choice 48
- Text Input 51
- Shortcut Controls 52
- (side), and then turning the 53
- Locating Files 54
- Deleting Files 56
- Read Only Attribute 56
- Saving Files 57
- Double Windows 59
- Quick View 61
- Editor Overview 63
- Main Edit Screen 64
- Loading a Waveform File 65
- Creating a New Waveform 66
- Editor Screen Elements 67
- Cursors and Editing 67
- Multiple Editor Windows 69
- Quitting Editors 70
- Setup Overview 71
- Viewing a Waveform 74
- Editing a Waveform 75
- Setting Waveform Output 75
- Parameters 75
- Outputting a Waveform 76
- Saving and Restoring 77
- Setup Parameters 77
- Theory of Operation 78
- Block Diagram 79
- Signal Edit Process 83
- Quick Edit 84
- Tutorial 1: Instrument Setup 87
- Set the Date and Time 88
- Adjust Screen Brightness 88
- Display the SETUP Menu 89
- Load a Sample Waveform 90
- View the Sample 91
- Waveform 91
- Output the Waveform 91
- Reset the Instrument 92
- Open the Waveform Editor 92
- Create a Sine Wave 93
- Math Operation 96
- Save the Waveform 97
- Preparation 100
- Open the Quick Editor 100
- Edit a Waveform 101
- Save Changes 103
- Load an Equation File 104
- Edit the Equation 105
- Save the Edited Equation 105
- Compile the Equation 106
- Creating Waveforms 108
- Tutorials 109
- Open the Sequence Editor 110
- Create the Subsequence 111
- Save the Subsequence 113
- Create the Main Sequence 113
- Set Run Mode 116
- Load and Run the 117
- Sequence Files 117
- Run the Sequence Files 117
- Reference 119
- Menu Structures 121
- Setup Menu Hierarchy 122
- Marker 126
- EDIT Menu Hierarchy 128
- The Setup Menu Screen 147
- The Waveform/Sequence Menu 149
- ... and Output 150
- Amplitude 151
- The Horizontal Menu 152
- Clock Ref 154
- Marker 1 / Marker 2 Delay 154
- The Run Mode Menu 155
- Enhanced 156
- The Trigger Menu 157
- Trigger Level 158
- Impedance 158
- Interval 158
- The Save/Restore Menu 159
- RUN and CH1 OUT 160
- Automatic Reloading of 161
- Output Files 161
- Waveform Files and 161
- Sample Clock Rates 161
- Starting and Stopping 162
- Turning Channel Output 162
- On and Off 162
- The Graphical Waveform Editor 163
- The File Menu 166
- Insert From File 167
- The Operation Menu 168
- Paste (Insert) 170
- Paste (Replace) 170
- Multiple Paste 170
- Set Data High/Low 170
- Horizontal Shift 171
- Horizontal Rotate 171
- Vertical Shift 172
- Expand 172
- Vertical Scale 172
- Horizontal Invert 173
- Vertical Invert 173
- Shift Register Generator 174
- 111110000 175
- Set Pattern 177
- The Tools Menu 180
- for the convolution 183
- Compare 184
- Convolution 185
- Correlation 186
- Digital Filter 187
- ReĆsampling 189
- Code Convert 189
- XY View 189
- Parameters Descriptions 190
- The Zoom/Pan Menu 191
- The Window Menu 192
- The Settings Menu 192
- The Pattern Editor 195
- Starting the Pattern Editor 196
- Code Conversion Process 198
- Code Conversion Table 199
- Code Conversion 200
- Mechanism 200
- The Undo! Command 201
- Selecting Data Bits to Edit 202
- Defining Edit Area 203
- Creating a Pattern 204
- Creating Standard Patterns 205
- Importing Data From Files 206
- Numeric Input 208
- Quick Editing 209
- Quick Edit Mechanism 210
- Quick Edit Mode 210
- About Smoothing 211
- Quick Controls 211
- Starting Quick Edit 212
- Exiting Quick Edit 213
- Setting Parameters 214
- Moving the Cursor 214
- Renewing Edit Buffer 215
- About Undo 215
- The Table Editor 217
- Editing The Table Data 218
- The Equation Editor 221
- Using the Equation Editor 223
- FrontĆPanel Edit Controls 224
- Selecting Text 224
- Cutting, Copying, and 225
- Pasting Text 225
- Using an External 226
- Keyboard 226
- Compiling Equations 227
- Compiling from the EDIT 228
- The Sequence Editor 229
- Sequence Table Editing 231
- Inserting a Line 232
- Cutting a Line 232
- Copying a Line 232
- Sequence Table Fields 233
- Repeat Count 234
- Wait Trigger 234
- Goto One 235
- Logic Jump 235
- Software Jump 239
- Limitations on Using 239
- Sequences 239
- The APPL Menu 243
- Operation Flow 244
- Input data 246
- Isolated Pulse 247
- Creating Isolated Pulse 248
- Superpose Parameters 250
- Generating Waveform 251
- Saving to File 251
- Network Application 252
- Line Code Conversion 256
- Jitter Composer Application 259
- Jitter composer 264
- The APPL Window 265
- The UTILITY Window 267
- About Key Operation 268
- Formatting a Floppy Disk 269
- Displaying Disk Usage 269
- CRT Brightness 269
- Displaying Instrument Status 270
- Resetting the Instrument 270
- Connecting to a GPIB Network 271
- GPIB setup 272
- Ethernet Networking 273
- Connecting to the 274
- Ethernet 274
- Testing the Network 275
- Connection 275
- Network Parameter 276
- Mounting Remote File 277
- FTP Link 279
- Hardcopy 280
- Running Hardcopy 281
- Calibration and Diagnostics 282
- PowerĆon Diagnostics 284
- Manual Diagnostics 285
- device test error 286
- Upgrading the System Software 287
- Capturing Waveforms 289
- About Transferred Files 291
- Waveform Programming Language 293
- UserĆDefined Variables 294
- Waveform Files 295
- Command Descriptions 297
- Arguments 298
- Delete( ) 302
- Expand( ) 303
- Extract( ) 303
- For (Control Statement) 304
- If (Control Statement) 306
- Integ( ) 306
- Math Functions 308
- Math Operators 310
- Rename( ) 312
- Variables (predefined) 313
- Write( ) 314
- Programming Examples 315
- Example 2 316
- Example 3 317
- Example 4 319
- Example 5 320
- Example 6 321
- Example 7 322
- Example 8 323
- File Conversion 327
- Executing File Conversion 329
- File Management 331
- File Operations 332
- Making Directory 333
- Selecting Files 333
- Copying Files 333
- Renaming Files 333
- Deleting One or All Files 334
- Moving Files 334
- Assigning Attribute to 334
- Window Operation 335
- Operation in Double 335
- Change the generator mode 340
- Waveform type 341
- Output parameters 342
- Marker signal 344
- Frequency and Resolution 345
- Save/Restore Setup 345
- Appendix A: Specifications 347
- Electrical Specification 348
- Table A-6: Filter 351
- DC Level 353
- Table A-17: Environmental 357
- Table A-18: Mechanical 358
- Figure A-1: Dimensions 358
- Certification and Compliances 359
- Conventions 361
- Self Tests 363
- Calibration 364
- and rise time accuracy 367
- accuracy and Rise time 367
- Prerequisites 368
- Equipment Required 368
- Loading Files 370
- accuracy 371
- AmplFilterClockPointsForm 372
- Accuracy (Normal Out) 373
- AWG610 Test Record (cont.) 374
- Operating Mode Tests 377
- Check Triggered Mode 378
- Check Gated Mode 381
- Accuracy Tests (Normal Out) 384
- Accuracy 387
- Equipment 389
- Check Pulse Rise Time 391
- Pulse Response Tests 394
- Sine Wave Tests 396
- Internal Trigger Tests 398
- Trigger Input Tests 400
- Trigger Signal CH2 404
- (-5.35 V level) 404
- Check Event Input with 405
- Strobe Off 405
- Check Strobe Input 410
- CheckĂ1/4ĂClock 413
- CheckĂ10MHzĂReference 413
- . ................. Ć1.3V 414
- . ................. 0V 416
- Marker Output Tests 418
- Marker Delay Tests 421
- . .......... 0V 422
- Inspection Ċ Exterior 425
- Cleaning Procedure Ċ 426
- Exterior 426
- Cleaning the 426
- Instrument Interior 426
- Appendix D: Sample Waveforms 427
- Waveform File Descriptions 428
- Table D-3: Lorentz pulse 429
- Table D-7: Nyquist pulse 431
- Appendix F: Miscellaneous 441
- Integration 443
- Examples 448
- Text Files 452
- Line Descriptions 453
- Jump Settings 454
- Index-10 466
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