Far-Field Profiler: LD8900HDR
Source: Photon Inc.
The photonics community needs a method for very high dynamic range measurements of optical fiber, waveguide and other optical components.
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•Datasheet: Far-Field Profiler: LD8900HDR
The photonics community needs a method for very high dynamic range measurements of optical fiber, waveguide and other optical components. Advances in DWDM technology, increased deployment of standard fibers, and the growing development of specialty fibers all require more accurate characterization. Until now, these high dynamic range measurements of irradiant light flux have been very difficult to obtain. Photon has the solution: our new goniometric radiometer, the LD 8900HDR Far-Field Profiler.
•Datasheet: Far-Field Profiler: LD8900HDR
•Datasheet: Far-Field Profiler: LD8900HDR
The photonics community needs a method for very high dynamic range measurements of optical fiber, waveguide and other optical components. Advances in DWDM technology, increased deployment of standard fibers, and the growing development of specialty fibers all require more accurate characterization. Until now, these high dynamic range measurements of irradiant light flux have been very difficult to obtain. Photon has the solution: our new goniometric radiometer, the LD 8900HDR Far-Field Profiler.
Measurement Parameters
- Mode Field Diameter (MFD): used to evaluate losses due to mismatch at connections of fibers and fiber components
- Effective Area (Aeff): used to assess nonlinear effects
- Numerical Aperture (NA): a measure of the angular width of the fiber output. NA is equal to the sine of the half angle (sin q/2) at a specified percentage of the peak value
•Datasheet: Far-Field Profiler: LD8900HDR
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