FG105LVA 多模光纤,数值孔径0.10,芯径105 µm

FG105LVA 多模光纤,数值孔径0.10,芯径105 µm

  • FG105LVA 多模光纤,数值孔径0.10,芯径105 µm
  • FG105LVA 多模光纤,数值孔径0.10,芯径105 µm
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  • FG105LVA 多模光纤,数值孔径0.10,芯径105 µm
  • FG105LVA 多模光纤,数值孔径0.10,芯径105 µm
FG105LVA
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Description
i-labs’ 0.10 NA double-clad, multimode, step-index fibers feature double-clad fiber construction
(low refractive index acrylate coating over fluoride-doped silica cladding), allowing for high-power
handling capabilities and ultra-high stability in laser transmission. The structure with high refractive
index acrylate buffer guarantees long-term performance and reliability, insensitivity to tight bending
radii, which results in improved bend performance. Stripping will remove both the low refractive index
acrylate coating and high refractive index acrylate buffer.
Specifications
Specifications
Wavelength Range 400 – 2100 nm
Core / Cladding Pure Silica / Fluorine-Doped Silica
Coating low refractive index acrylate
Buffer high refractive index acrylate
Operating Temperature -40 to 85 °C
Numerical Aperture (NA) 0.100 ±0.015
Proof Test ≥100 kpsi
Core Diameter 105 ± 3 µm
Cladding Diameter 125 ± 2 µm
Coating Diameter 195 ± 10 µm
Buffer Diameter 250 ± 10 µm
Max Attenuation @ 808 nm 15 dB/km
Max Core-Cladding Offset 1 µm
Minimum Bend Radius 120x Cladding Diameter (Short Term)
240x Cladding Diameter (Long Term)
Performance Plot
The dashed lines on this graph
are benchmarks. Each is
calculated for a one meter long
hypothetical reference fiber that
transmits the noted percentage
of input light. As an example, a 1
m long fiber that transmits 90%
of input light has an attenuation
of 0.458 dB/m, which is
equivalent to 458 dB/km.
 
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