GPC-POL / NPOL
In-line Polarizer - POL-001
Inline Polarisator zum Verbessern des Extinktionsverhältnisses in der Faser
Filters
Fiber
Fiber
Type
1
Micro optical components
This patented device comes in a package as small as 85 × 60 × 10 mm for lasers with coherence lengths less than 10 meters. Devices for coherence lengths in the kilometer range can be custom made in a larger package, with nominal customization fees.
GPC-CS-DGD/PDL/SOPMD
PMD and PDL Calibration Standards
PMD and PDL are important considerations in many applications, especially high data-rate communications. With the development of high precision test equipment and tighter-tolerance systems, a need has arisen for extremely precise calibration standards.
GPC-FDE-002
Fixed Differential Group Delay- PolaDelay™
GPCs’ fixed differential group delay lines eliminate the need for precise
measurement of PM fiber lengths to add defined amounts of first order PMD to a system.
GPC-FRM / NFRM
Faraday Rotator Mirror
The Faraday rotator mirror is a fiber optic polarization rotation mirror designed for fiber optic networks and measurement applications. The state of polarization (SOP) of the reflected light is rotated 90 degrees from that of the input light.
Popular Products
DAT-WinCamD-LCM
Laser Beam Profiler WinCamD-LCM
This laser beam profiler features a CMOS sensor that guarantees frame rates of up to 60 Hz with high dynamics and is suitable for large beam diameters up to 11 mm.
DAT-WinCamD-IRBB
2-16 micron Laser Beam Analyzer
The beam analysis camera WinCamD-IR-BB with integrated microbolometer array enables analyzes on long-wave lasers in the range of 2 μm to 16 μm.
DAT-WinCamD-QD-1550
Laser Beam Profiler WinCamD-QD-1550
This Laser Beam Profiler from DataRay is equipped with a CQD sensor and offers a spectral response in the SWIR range of 400 - 1700 nm with resolutions up to 1920 x 1080 pixel.
DataRay's ILM system is used for beam profile monitoring of high power lasers consisting of an attenuator for high powers, an imaging lens system and a camera system. The measurement of very small laser beams with diameters of less than micrometers is possible despite often high laser powers.
