Tektronix AWG610 Instrukcja Użytkownika Strona 436
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Appendix D: Sample Waveforms
D-10
AWG610 Arbitrary Waveform Generator User Manual
Table D-17: Isolated pulse for disk application
File name E2PR4.EQU Made with equation editor
Equation 'E2PR4ĂPulse
spcellĂ=Ă10 'Samples/Cell
cperiodĂ=Ă10e-9 'CellĂPeriodĂ[sec]
ncellsĂ=Ă20 'NumberĂofĂCells
clockĂ=Ăspcell/cperiod 'Samples/CellĂ/ĂCellĂPeriodĂ[Hz]
sizeĂ=Ăspcell*ncells 'Samples/CellĂ*ĂNumberĂofĂCells
k0Ă=Ăncells*pi 'NumberĂofĂCellsĂ*ĂPI
k1Ă=Ă0.5
aĂ=Ăpi*3/32
E2PR4.WFMĂ=ĂaĂ*Ă(sinc(k0*(scale-k1))Ă+Ă
3*sinc(k0*(scale-k1)+pi)Ă+
3*sinc(k0*(scale-k1)+2*pi)Ă+
sinc(k0*(scale-k1)+3*pi)Ă)
Descriptions This is the isolated pulse for the E2PR4. This sample equation makes
the E2PR4.WFM waveform with 200 waveform points (Samples/Cell
NumberĂofĂCells)
.
Settings
Table D-18: Isolated pulse for network application
File name E1.WFM Made with waveform editor
Descriptions This is the isolated pulse for the ITU-T E1. The number of waveform
points is 84.
This isolated pulse is applied to ITU-T E2, ITU-T E3, and T1.102 DS1C.
Settings
- 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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