To Next Page

To Previous Page

Tunable Lasers How to Use Auxiliary Functions

146 Agilent 8163A/B, 8164A/B, and 8166A/B User’s Guide, Fourth Edition

NOTE When Auto Cal is on, during sweeps, there is no interruption to the

measurement due to settling. Also no settling will occur during

operation at a fixed wavelength when at least one output is switched

on. By periodically checking the “questionable condition register” bit

10 you can detect when Lambda Zero is recommended.

Default Chapter3
- Safety Considerations3
Table of Contents16
List of Figures27
List of Tables31
Getting Started33
- Agilent 8163A/B Lightwave Multimeter35
- Agilent 8164A/B Lightwave Measurement System36
- Agilent 8166A/B Lightwave Multichannel System37
- A Description of the User Interface38
- How to Change the Value of a Parameter52
- A Sample Session56
  - How to Measure the Power of a Modulated Signal56
Additional Information59
- Using the System Utilities61
- How to Connect an External Monitor75
- How to Connect a Printer76
Power Measurement77
- How to Measure Power79
Laser Sources103
- How to Use Laser Source Modules105
Tunable Lasers113
- What Is a Tunable Laser115
- How to Set the Power115
- How to Set the Wavelength122
- How to Perform a Wavelength Sweep125
- How to Modulate a Signal133
- How to Use Triggers140
  - How to Use Input Triggering140
  - How to Use Output Triggering141
- How to Use Auxiliary Functions143
Return Loss Measurement147
- Getting Started with Return Loss149
- Calibration Measurements153
- Return Loss Measurement154
- A Background to Return Loss Measurement171
Setting Attenuation And/Or Power Levels179
- Agilent 8156Xa and 8157Xa Variable Optical Attenuator Modules181
- How to Use a Variable Optical Attenuator Module183
Switching Optical Routes203
- Agilent 8159Xa/S Optical Switch Modules205
- How to Use an Optical Switch Module206
- Typical Applications210
Applications213
- Working with Application Graphs215
- The Logging Application225
- The Stability Application237
- The PACT Application248
- The Pmax Curve260
  - What Is the Pmax Curve260
  - How to View the Pmax Curve261
- The Return Loss Application262
- Recording Measurement Results265
  - Printing Application Measurement Results265
  - Saving Application Measurement Results to Diskette268
Installation and Maintenance271
- Safety Considerations273
- Initial Inspection273
- AC Line Power Supply Requirements274
- Operating and Storage Environment278
- Using Modules283
- Input and Output Connectors289
  - The Remote Interlock (RIL) Connector291
- GPIB Interface291
  - Cables and Adapters292
  - Connector292
- GPIB Logic Levels293
- Serial Interface293
- Parallel Port, PCMCIA Slot, Keyboard Connector and 24V DC Output295
- Claims and Repackaging295
  - Return Shipments to Agilent Technologies295
  - Agilent Technologies Sales and Service Offices296
Accessories297
- Instrument and Options - Agilent 8163A/B299
  - Modules299
- Instrument and Options - Agilent 8164A/B303
- Instrument and Options - Agilent 8166A/B309
  - Modules309
- GPIB Cables and Adapters312
Specifications and Regulations Compliance315
- Agilent 8163A Specifications317
- Agilent 8163B Specifications318
- Agilent 8164A Specifications319
- Agilent 8164B Specifications320
- Agilent 8166A Specifications321
- Agilent 8166B Specifications322
- Declarations of Conformity323
- Regulations Information335
Performance Tests337
- Equipment Required339
- Test Record340
- Test Failure340
- Instruments Specifications340
- Performance Test Instructions341
- Test Record347
Error Messages367
- Syst:err368
- Screen Status Messages370
- Mainframes371
- Errors Appearing on Pop-Up Menus375
  - Error on Module375
  - Error378
- Tunable Laser Sources379
  - Initialization Tests379
  - Selftests383
- Return Loss Meters387
- Powermeters and Interface Modules with Optical Head391
- Fixed Laser Sources (Fabry Perot)396
- DFB Laser Sources399
- Attenuator Modules401
- Optical Switch Modules403
Cleaning Instructions409
- Safety Precautions411
- Why Is It Important to Clean Optical Devices411
- What Do I Need for Proper Cleaning412
  - Standard Cleaning Equipment412
  - Additional Cleaning Equipment415
- Preserving Connectors417
- Cleaning Instrument Housings417
- Which Cleaning Procedure Should I Use418
- How to Clean Connectors418
- How to Clean Connector Adapters419
- How to Clean Connector Interfaces420
- How to Clean Bare Fiber Adapters421
- How to Clean Lenses422
- How to Clean Instruments with a Fixed Connector Interface422
- How to Clean Instruments with an Optical Glass Plate423
- How to Clean Instruments with a Physical Contact Interface423
- How to Clean Instruments with a Recessed Lens Interface424
- How to Clean Optical Devices Which Are Sensitive to Mechanical Stress and Pressure425
- How to Clean Metal Filters or Attenuator Gratings426
- Additional Cleaning Information427
  - How to Clean Bare Fiber Ends427
  - How to Clean Large Area Lenses and Mirrors427
- Other Cleaning Hints429
Firmware Upgrades431
- Firmware Upgrade Process433
Index443

Brand	Agilent Technologies
Model	8166B
Category	Measuring Instruments
Language	English

Agilent Technologies 8166B User Guide

Table of Contents

Other manuals for Agilent Technologies 8166B

Questions and Answers:

Agilent Technologies 8166B Specifications

Related product manuals