Dispersive Virtual Reference Analyser
Description
The Dispersive Virtual ReferenceTM Analyser, based on our patented Virtual ReferenceTM Interferometer Technology, characterizes chromatic dispersion of short length optical components. This elegant new solution for the high precision characterization of optical channels works with third party tunable laser systems (Agilent/Keysight 816XX series tunable lasers) to measure Group Delay, Group Velocity Dispersion and Chromatic Dispersion all with a single sweep of a tunable laser.
Dispersive Virtual Reference Analyser
Features
Fast single sweep operation
Highest accuracy measurements
Calibration free
Immune to thermal and vibrational effects
Simple user interface
Fast set-up and installation
Applications
Optical component test
Fiber characterization
Waveguide measurement
Nonlinear device test
QualityAssurance
Research & Development
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Canada
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Frequently Asked Questions
The Dispersive Virtual Reference Analyser is used for characterizing chromatic dispersion of short length optical components.
The Dispersive Virtual Reference Analyser works with third party tunable laser systems, specifically the Agilent/Keysight 816XX series tunable lasers.
The Dispersive Virtual Reference Analyser can measure Group Delay, Group Velocity Dispersion, and Chromatic Dispersion.
The Dispersive Virtual Reference Analyser offers fast single sweep operation, highest accuracy measurements, calibration-free operation, immunity to thermal and vibrational effects, and a simple user interface.
The Dispersive Virtual Reference Analyser can be used for optical component test, fiber characterization, waveguide measurement, nonlinear device test, quality assurance, and research & development.