Agilent Technologies 81682A Manuals

Manuals and User Guides for Agilent Technologies 81682A. We have 1 Agilent Technologies 81682A manual available for free PDF download: User Manual

Agilent Technologies 81682A User Manual

Agilent Technologies 81682A User Manual (194 pages)

Tunable Laser Modules

Brand: Agilent Technologies | Category: Accessories | Size: 2.03 MB

Table of Contents

Safety Summary
3
The Structure of this Manual
9
- Conventions Used in this Manual
  9
  - Table of Contents
    11
  - List of Figures
    19
Getting Started with Tunable Laser Sources
21
What Is a Tunable Laser
23
Optical Output
27
Signal Input and Output
29
Accessories
31
Figure 14 Mainframes, Tunable Laser Modules, and Options
33
Modules and Options
33
Modules
34
- User's Guides
  35
- Options
  35
Connector Interfaces and Other Accessories
36
Specifications
39
Definition of Terms
41
- Absolute Wavelength Accuracy
  41
- Effective Linewidth
  41
- Linewidth
  42
- Minimum Output Power
  42
- Mode-Hop Free Tuning Range
  42
- Modulation Extinction Ratio
  42
- Modulation Frequency Range
  43
- Output Power
  43
- Output Isolation
  43
- Peak Power
  43
- Polarization Extinction Ratio
  43
- Power Flatness over Modulation
  44
- Power Flatness Versus Wavelength
  44
- Power Linearity
  44
- Power Repeatability
  44
- Power Stability
  45
- Relative Intensity Noise (RIN)
  45
- Relative Wavelength Accuracy
  45
- Return Loss
  45
- Sidemode Suppression Ratio
  46
- Signal-To-Source Spontaneous Emission (SSE) Ratio
  46
- Signal-To-Total-Source Spontaneous Emission
  46
- Wavelength Range
  47
- Wavelength Repeatability
  47
- Wavelength Resolution
  47
- Wavelength Stability
  47
Tunable Laser Module Specifications
48
Supplementary Performance Characteristics
54
- Operating Modes
  54
- General
  55
  - Output Isolation (Typ.)
    55
  - Return Loss (Typ.)
    55
  - Polarization Maintaining Fiber (Options 071, 072)
    55
  - Laser Class
    55
  - Recalibration Period
    56
  - Warm-Up Time
    56
  - Environmental
    56
  - Storage Temperature
    56
  - Operating Temperature
    56
  - Humidity
    56
Performance Tests
57
Required Test Equipment
59
- Test Record
  60
- Test Failure
  60
- Instrument Specification
  60
Performance Test Instructions
61
Test Record
99
Agilent 81640A Performance Test
127
Agilent 81682A Performance Test
141
- Test Equipment Used
  142
- Relative Wavelength Accuracy
  143
- Mode Hop Free Tuning
  145
- Wavelength Repeatability
  146
- Maximum Power Test
  147
- Power Linearity - 81682A
  147
- Power Linearity 81682A #003 Upper Power Levels
  148
- Power Linearity 81682A #003 by Attenuator
  149
- Power Flatness
  150
- Power Stability
  151
- Signal-To-Source Spontaneous Emission - 81682A
  151
- Optional Test: Signal-To-Total-Source Spontaneous Emission - 81682A
  152
Agilent 81642A Performance Test
153
- Test Equipment Used
  154
- Relative Wavelength Accuracy
  155
- Mode Hop Free Tuning
  157
- Wavelength Repeatability
  158
- Maximum Power Test
  159
- Power Linearity - 81642A
  159
- Power Linearity 81642A #003 Upper Power Levels
  160
- Agilent 81689A Performance Test
  165
  - Test Equipment Used
    166
  - Relative Wavelength Accuracy
    167
  - Wavelength Repeatability
    168
  - Maximum Power Test
    169
  - Power Linearity
    169
  - Power Flatness
    170
  - Power Stability
    170
  - Signal-To-Source Spontaneous Emission
    170
Cleaning Information
171
Safety Precautions
173
Why Is It Important to Clean Optical Devices
173
What Do I Need for Proper Cleaning
174
- Standard Cleaning Equipment
  174
  - Dust and Shutter Caps
    174
  - Isopropyl Alcohol
    175
  - Cotton Swabs
    175
  - Soft Tissues
    176
  - Pipe Cleaner
    176
  - Compressed Air
    176
- Additional Cleaning Equipment
  177
  - Microscope with a Magnification Range about 50X up to 300X
    177
  - Ultrasonic Bath
    177
  - Warm Water and Liquid Soap
    178
  - Premoistened Cleaning Wipes
    178
  - Polymer Film
    178
  - Infrared Sensor Card
    178
Preserving Connectors
179
Cleaning Instrument Housings
179
Which Cleaning Procedure Should I Use
180
How to Clean Connectors
180
How to Clean Connector Adapters
181
How to Clean Connector Interfaces
182
How to Clean Bare Fiber Adapters
183
How to Clean Lenses
184
How to Clean Instruments with a Fixed Connector Interface
184
How to Clean Instruments with an Optical Glass Plate
185
How to Clean Instruments with a Physical Contact Interface
185
How to Clean Instruments with a Recessed Lens Interface
186
How to Clean Optical Devices Which Are Sensitive to Mechanical Stress and Pressure
187
How to Clean Metal Filters or Attenuator Gratings
188
Additional Cleaning Information
189
- How to Clean Bare Fiber Ends
  189
- How to Clean Large Area Lenses and Mirrors
  189
Other Cleaning Hints
191

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