Luna
Blacksburg, VA 24060
Software facilitates optical vector analysis.
Virtual Instrument Software, used with company's Optical Vector Analyzers (OVAs), makes component characterization data more accessible. It enables users to scan optical devices using OVA, save data, and analyze stored data using any computer on which software is installed. Using software and stored component data, personnel can access full characterization of component without OVA, and data for...
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Optical Vector Analyzer characterizes optical components.
OVA 1550 checks optical components used in high-bit-rate applications. It measures insertion loss, polarization mode dispersion, polarization dependent loss, group delay, chromatic dispersion, second-order PMD and crosstalk/isolation. It uses laser interferometric technique that makes complete optical analysis in single sweep in less than 300 msec per nanometer. Most components can be tested in...
Read More »
Software facilitates optical vector analysis.
Virtual Instrument Software, used with company's Optical Vector Analyzers (OVAs), makes component characterization data more accessible. It enables users to scan optical devices using OVA, save data, and analyze stored data using any computer on which software is installed. Using software and stored component data, personnel can access full characterization of component without OVA, and data for...
Read More »
Optical Vector Analyzer characterizes optical components.
OVA 1550 checks optical components used in high-bit-rate applications. It measures insertion loss, polarization mode dispersion, polarization dependent loss, group delay, chromatic dispersion, second-order PMD and crosstalk/isolation. It uses laser interferometric technique that makes complete optical analysis in single sweep in less than 300 msec per nanometer. Most components can be tested in...
Read More »