Exfo IQS-12004B DWDM Passive Component Test System for Uživatelský manuál Strana 5
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Contents
DWDM Passive Component Test System v
10 Testing Multiple DUTs with the LabVIEW Application ............................ 117
Starting a New Test .............................................................................................................118
Opening an Existing Test Database .....................................................................................119
Setting Up Device (DUT) Connectivity Configuration ..........................................................120
Configuring Test Parameters ...............................................................................................122
Nulling Electrical Offsets .....................................................................................................124
Calibrating the System Wavelength Response ....................................................................125
Calibrating your System for ORL Testing .............................................................................127
Performing Reference Measurements .................................................................................129
Performing a Test ................................................................................................................131
Monitoring Modules in Local Mode ....................................................................................132
Viewing System Information ...............................................................................................134
Adjusting Result Settings ....................................................................................................134
Modifying the Supplied MPT Application ............................................................................138
11 Using the Wavelength Calibration Software .......................................... 139
Overview of the Application ...............................................................................................139
Initializing the Modules ......................................................................................................140
Preparing the Calibration ....................................................................................................141
Performing the Acquisition .................................................................................................143
Analyzing the Results ..........................................................................................................144
Using Calibration Tools .......................................................................................................145
Viewing and Printing a Calibration Certificate ....................................................................146
12 Using the Power Meter Linearity Verification Tool ................................ 149
Starting and Exiting the Application ...................................................................................151
Connecting the Modules for Linearity Testing .....................................................................152
Initializing Hardware ...........................................................................................................154
Nulling Electrical Offsets .....................................................................................................155
Selecting the DUT and Reference Power Meter ...................................................................157
Setting Up the Acquisition Parameters ...............................................................................158
Verifying Linearity on a Specific Channel ............................................................................160
Viewing and Printing Test Results .......................................................................................163
Viewing Online User Guide .................................................................................................165
Getting Technical Support Information ...............................................................................166
- IQS-12004B 1
- Contents 3
- DECLARATION OF CONFORMITY 10
- 1 Introducing the IQS-12004B 13
- DWDM Passive Component 13
- Test System 13
- Step-by-Step Approach 14
- Test Features and Results 15
- Modularity and Flexibility 15
- System Overview 16
- Testing Option 17
- 6 IQS-12004B 18
- Module Usage 18
- Tunable Laser Source 19
- IQS-5150 20
- Polarization State Adjuster 20
- Testing Procedure 21
- 10 IQS-12004B 22
- Database Structure 23
- 12 IQS-12004B 24
- 2 Safety Information 27
- 3 Getting Started with Your 29
- 18 IQS-12004B 30
- 20 IQS-12004B 32
- 22 IQS-12004B 34
- Configuration with PDL 35
- Configuration without PDL 36
- 28 IQS-12004B 40
- Software 41
- 32 IQS-12004B 44
- 34 IQS-12004B 46
- Option Application 47
- Component Test System 49
- 38 IQS-12004B 50
- Configuring an Optical Port 51
- Configuring a DUT 54
- Parameters 56
- Customizing the Channel List 58
- 48 IQS-12004B 60
- Preparing the Test Setup 61
- 52 IQS-12004B 64
- Identifying the Current DUT 66
- Modifying System Settings 68
- 5 Operating the DWDM Passive 71
- Viewing a Recent Test 77
- Connecting DUT and Modules 79
- Testing Another Component 82
- External Application 82
- 74 IQS-12004B 86
- 76 IQS-12004B 88
- ³ Click Scan 91
- Return Loss Calibration 92
- 4. Click OK 93
- IL/PDL Reference Measurement 94
- 84 IQS-12004B 96
- 7 Interpreting the DWDM 99
- Passive Component Test 99
- System Results 99
- IL/PDL Errors 100
- Return Loss Errors 101
- Viewing Test Results 102
- 92 IQS-12004B 104
- Exporting Data 106
- 96 IQS-12004B 108
- Viewing the Results Graph 109
- 98 IQS-12004B 110
- Configuration 111
- Maximize/Minimize Graph 114
- Print Graph 114
- Printing Test Results 115
- 104 IQS-12004B 116
- Customizing Printed Results 117
- Customizing Printed Graph 118
- IMPORTANT 119
- Application 120
- 8 Using the Database Browser 121
- Browsing the Database 122
- Printing a Report 123
- Typing Items to Find 123
- Exiting the Database Browser 123
- MultiPath Testing Option 125
- 114 IQS-12004B 126
- Optimizing Power 127
- 116 IQS-12004B 128
- LabVIEW Application 129
- Starting a New Test 130
- Configuring Test Parameters 134
- Nulling Electrical Offsets 136
- 126 IQS-12004B 138
- WRM monitoring zone 139
- Connection information 139
- Calibration 139
- 128 IQS-12004B 140
- 130 IQS-12004B 142
- Performing a Test 143
- 132 IQS-12004B 144
- Viewing System Information 146
- Adjusting Result Settings 146
- Exporting Test Results 148
- 138 IQS-12004B 150
- 11 Using the Wavelength 151
- Calibration Software 151
- Initializing the Modules 152
- Preparing the Calibration 153
- Performing the Acquisition 155
- Analyzing the Results 156
- Using Calibration Tools 157
- To view a calibration report: 158
- 12 Using the Power Meter 161
- Linearity Verification Tool 161
- 150 IQS-12004B 162
- Test power meter (DUT) 162
- Initializing Hardware 166
- 156 IQS-12004B 168
- Attenuation 171
- 162 IQS-12004B 174
- 0128007-39_Increase_Ch1.rp 174
- 164 IQS-12004B 176
- Viewing Online User Guide 177
- 166 IQS-12004B 178
- 13 Automating or Remotely 179
- Controlling the System 179
- Initializing the Hardware 181
- Optimizing the Power 182
- Calibrating the System 183
- 172 IQS-12004B 184
- Referencing the System 185
- 174 IQS-12004B 186
- Testing the DUT 187
- Retrieving Results 188
- Modifying GPIB Parameters 190
- Opening a GPIB Connection 191
- Closing a GPIB Connection 193
- Editing GPIB Information 193
- Logging GPIB Information 194
- Monitoring the Power Meter 194
- Printing GPIB Information 195
- GPIB Command Structure 196
- 186 IQS-12004B 198
- Command Function 198
- 188 IQS-12004B 200
- 190 IQS-12004B 202
- 192 IQS-12004B 204
- GPIB Error Messages Format 206
- SCPI Error Messages 207
- 196 IQS-12004B 208
- Error Number Description 208
- 198 IQS-12004B 210
- PCI-GPIB. Click Next 213
- 202 IQS-12004B 214
- 204 IQS-12004B 216
- COM Objects 217
- Programming languages not 219
- 208 IQS-12004B 220
- 210 IQS-12004B 222
- Description 223
- 14 Maintenance 225
- Recalibrating the Unit 231
- Disposing of Old CKT Modules 231
- Recycling and Disposal 232
- 15 Troubleshooting 233
- 222 IQS-12004B 234
- 465 Godin Avenue 235
- Transportation 236
- 16 Warranty 237
- Service and Repairs 239
- 228 IQS-12004B 240
- A Technical Specifications 241
- Technical Specifications 242
- B SCPI Commands Reference 243
- 232 IQS-12004B 244
- General Commands 244
- Specific Commands 245
- INITialization:SIMUlation 246
- INITialization:SIMUlation? 246
- CONFiguration:CHANnel 247
- CONFiguration:CHANnel? 248
- CONFiguration:ACQuisitionType 248
- CONFiguration:KeepIL 250
- CONFiguration:KeepIL? 250
- 240 IQS-12004B 252
- CONFiguration:STARt 253
- CONFiguration:STARt? 253
- CONFiguration:STOP 254
- CONFiguration:STOP? 254
- 244 IQS-12004B 256
- CALibration:NULLing 257
- CALibration:ORLRtj 258
- CALibration:ORLRtj? 258
- CALibration:STOP 259
- CALibration:ORLMandrelrtj 260
- CALibration:ORLMandrelrtj? 260
- REFerence:IL 261
- REFerence:IL? 261
- REFerence:ILPDl 262
- REFerence:ILPDl? 262
- REFerence:ORLM 263
- REFerence:ORLM? 263
- REFerence:STOP 264
- TEST:AVAilableTests? 264
- TEST:CLeaR 265
- ACQuisition:IL 265
- ACQuisition:ILPDl 265
- ACQuisition:ORL 266
- ACQuisition:SYNChronized 266
- ACQuisition:STOP 267
- STATus:ERRor? 268
- READ:CURVe:IL? 268
- READ:CURVe:PDL? 269
- READ:CURVe:ORL? 269
- READ:CURVe:ILPDl? 270
- READ:CURVe:SYNChronized? 270
- READ:CHANnel? 271
- READ:CHannelLOcalization? 271
- READ:PowerMeter? 272
- READ:SerialNumber? 273
- READ:StateOfPolarization 274
- READ:StateOfPolarization? 274
- 264 IQS-12004B 276
- SOURce:MINimumWavelength? 277
- SOURce:MAXimumWavelength? 277
- SOURce:ON 278
- SOURce:ON? 278
- SOURce:STABilization? 279
- SOURce:WAVElength 280
- SOURce:WAVElength? 280
- C COM Objects Reference 281
- DWDMAcq Interface—Properties 282
- RawDataPath 283
- SaveRawData 283
- ComponentVersion 284
- PdlSimplifiedMethod 285
- Measures Interface—Methods 286
- AcqIlPdlDut 287
- AcqOrlMandrelDut 287
- AcqPowerSynchronized 288
- CalOrlMandrelRtj 289
- CalOrlRtj 289
- 278 IQS-12004B 290
- RefIlPdl 291
- RefOrlMandrel 291
- Measures Interface—Properties 292
- AcqIlPdlDutDone 293
- AcqOrlMandrelDutDone 293
- CalOrlMandrelRtjDone 294
- CalOrlRtjDone 294
- CalWrDone 295
- RefIlDone 296
- RefIlPdlDone 296
- RefOrlMandrelDone 297
- Modules Interface—Methods 298
- InitHardware 299
- OptimizePower 300
- OptimizePowerDone 301
- ShowPowerMeterMonitor 301
- Modules Interface—Properties 302
- ChannelLocalisation 303
- FormatedPowerAcq 304
- FormatedWrmPowerAcq 305
- InitDate 305
- InitDone 306
- MinPowerForCal 306
- MinPowerForRef 307
- MinPowerInWrm 307
- NullingDone 308
- PolarizationState 308
- PossibleTestWithHard 309
- PowerAcq 309
- PowerMeterMonitorHeight 310
- PowerMeterMonitorLeftPosition 310
- PowerMeterMonitorTopPosition 311
- PowerMeterMonitorWidth 311
- SourceActive 312
- SourceMaxWavelength 313
- SourceMinWavelength 313
- SourceStabilisationTime 314
- SourceWavelength 314
- WrmPowerAcq 315
- Results Interface—Methods 316
- Results Interface—Properties 316
- OrlCurve 317
- PdlCurve 318
- IlCurveForPolarization 319
- SynchronizedPower 320
- AnalysisRangeMax 321
- AnalysisRangeMin 322
- AnalysisRangeStart 322
- AnalysisRangeStop 323
- AutoRangeFiltering 323
- AvailableTests 324
- KeepILForAllPolarization 324
- NumberOfAcqChannels 325
- NumberOfAvailableChannels 325
- ComputerName 326
- ModuleName 327
- SerialNumber 328
- SlotNumber 328
- PmChannel 329
- PmNumber 329
- AcqCompleted 330
- AcqError 331
- AcqInProgress 331
- CalCompleted 332
- CalError 332
- CalInProgress 333
- InitCompleted 334
- InitInProgress 334
- NullingCompleted 334
- NullingInProgress 335
- OptimizePowerCompleted 335
- OptimizePowerInProgress 336
- RefCompleted 336
- RefError 337
- RefInProgress 337
- StabIQ9401 338
- Available Enumerations 340
- Public Enum EAvailableTests 341
- Public Enum EDecimalFormat 341
- Public Enum EErrNumber 342
- Public Enum MaskType 344
- Public Enum ENullingType 344
- Public Enum PdCwTrace 344
- EPolarizationState 344
- Public Enum EPowerStatus 345
- Public Enum EState 346
- Public Enum ESubStateAcq 346
- Switch Interface—Methods 347
- InitSwitch 348
- Setting Description 349
- Switch Interface—Properties 350
- OutPorts 353
- Position 353
- RefOrlDone 356
- UseCommonRefIlPdl 358
- Analysis Interface—Methods 359
- AddRefExtZeroTrace 360
- ClearRefExtTraces 361
- ClearRefExtZeroTraces 362
- ClearResults 363
- DoAnalysis 364
- GetCorrectedIlTrace 366
- GetDriftTrace 367
- 356 IQS-12004B 368
- SetUserWavelengthRange 369
- Analysis Interface—Properties 370
- CrossTalkTables 371
- PdPrecision 372
- PowerLevels 373
- UserWavelengthRangeLowerBound 374
- UserWavelengthRangeUpperBound 374
- ChannelResult Object 375
- BandPass 376
- ChannelNumber 376
- DetectedMaskType 377
- Undefined 378
- BandPass Object 379
- BandPass—Properties 380
- OrlOnAnalysisRange 381
- OrlOnUserRange 381
- PdlOnAnalysisRange 382
- PdlOnUserRange 382
- BandPassResult Object 384
- BandPassResult—Methods 386
- BandPassResult—Properties 387
- BwUpperBound 388
- CentralWavelength 388
- Flatness 389
- 378 IQS-12004B 390
- MaxCrosstalk 391
- 380 IQS-12004B 392
- 382 IQS-12004B 394
- PowerLevel 396
- TotalCrosstalk 397
- Notch Object 398
- Notch—Properties 399
- IlOnUserRange 400
- OrlOnTransmission 400
- PdlOnTransmission 401
- Rejection 404
- NotchResult Object 405
- NotchResult—Properties 406
- 396 IQS-12004B 408
- FlatnessOnAnalysisRange 412
- FlatnessOnUserRange 412
- IlOnAnalysisRange 413
- ³ bandpass 417
- ³ undefined 417
- Bandpass Notch Undefined 417
- Bandpass Filters 418
- Measured BW1 421
- Defined BW1 421
- Central Wavelength (nm) 422
- Insertion Loss (dB) 422
- Flatness/Ripple (dB) 423
- Channel Crosstalk (dB) 424
- Notch Filters 425
- Transmission Portion of Notch 426
- Undefined Filters 427
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