MFA Mode Field Adapters
Product information "MFA Mode Field Adapters"
980-1080 nm; Input Fiber 6/125 µm; Output Fiber 10/125-25/250 µm; Numerical Aperture Output Fiber Core 0.06-0.1; Max. Transmitted Power >50 W; Max. Insertion Loss <0.5 dB
A mode field adapter is an essential device to efficiently transfer light for a standard single mode (SM) fiber to the LP01 mode of large mode area (LMA) and low order mode multi mode (MM) fibers. The performance is greatly superior to using a regular splice, as an ordinary splice will produce a degraded quality output beam with a poor M2 factor. Mode field adapters also generate lower losses than ordinary splices, thus ensuring higher power transmission compared to regular splicing.
Key Features:
- High Power Handling Capability
- Spanning a Wide Optical Spectral Range
- Adapts and Conserves Modal Content
- Custom Design Flexibility
- Wavelength: 980 nm to 1080 nm
- Input Fiber (Core/Clad): 6/125 µm
- Output Fiber (Core/Clad): 10/125 µm, 20/125 µm, 25/125 µm, 25/250 µm
- Numerical Aperture (NA) Core (Output Fiber): 0.06 to 0.1
- Max. Transmitted Power: >50 W
- Max. Insertion Loss (IL): <0.5 dB
- Dimensions: 76 x 19 x 10 mm
Applications: High-power Fiber Lasers; High-power Pigtailed Isolators; High-power Fiber Optic Component Manufacturing; Research and Design