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Testing DWDM Passive Optical Components (172)
Chapter Outline
Chapter 10 - Testing DWDM Passive Optical Components (Fiber Optic Systems)
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Introduction
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Increasing Bandwidth
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Increasing Total Capacity of DWDM System
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WDM Wavelengths
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Dense WDM Passive Components
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Dispersion Compensators
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Fiber Bragg Gratings (FBGs)
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Common Passive Optical Component Tests
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Polarization Dependent Loss (PDL)
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Return Loss (RL) or “all loss”
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Common Tests—Dispersion Measurements
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Increasing Transmission Capacity
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Generic Principal of Loss Measurement
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Common Tests – Generic Principle
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Increasing Transmission Capacity
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Swept Loss Measurement
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Loss Measurement
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Spectral Insertion Loss Measurement
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Polarization Dependent Loss (PDL) Tests
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Random Polarization Scanning Techniques
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Mueller Matrix Technique
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Polarization Test Methods
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Mueller Method vs. Polarization Scanning
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Return Loss (RL) Tests
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Calibration of the Set-Up
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Source Monitoring
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Test System Problems and Solutions
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TLS – Multiple PM Set-Up
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Measuring Insertion Loss vs. Wavelength
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Dynamic Range
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Dynamic Range—Filters
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Low-SSE Tunable Laser Cavity
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Wavelength Accuracy
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High-Speed Wavelength Meter
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Real Time Wavelength Meter
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Gas Absorption Cells as Wavelength Reference
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Wavelength Accuracy / Speed
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Swept Insertion Loss Results