Vichin Optical Communication Equipment Co.,Ltd
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Payment Terms: | T/T,L/C,D/A |
Place of Origin: | Zhejiang, China (Mainland) |
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thenext generation of50/125μm multimode fiber OM3-150 features | ||||
features | condition | data | unit | |
optical property | ||||
attenuation | 850nm 1300nm | ≤2.5 ≤0.7 | dB/km dB/km | |
OFL | 850nm 1300nm | ≥700 ≥500 | MHz.km MHz.km | |
effective bandwidth | 850nm | ≥950 | MHz.km | |
length of 10Gb/s Ethernet link | 150 | m | ||
numerical aperture (NA) | 0.185~0.215 | |||
DMD Thefollowing conditions can guarantee minimum bandwidth: 1. Transmission wavelength range of 840~ 860 nm 2. area light in 4.5μmradius≤30%,area light in 19μmradius≥86% | 850nm DMD innerformwork(ps/m) (radius 5~18μm) ≤0.7 | 850nm DMD innerformwork(ps/m) (radius 0~23μm) ≤0.7 | ||
backscatteringcharacter (1300nm) | ||||
Localdiscontinuity point | ≤0.1 | dB | ||
Fiberoptic attenuation nonuniformity | ≤0.1 | dB | ||
bi-directionalbackscattering coefficient difference | ≤0.1 | dB/km | ||
geometricalfeatures | ||||
corediameter | 50±2.5 | μm | ||
Core non-circularity | ≤6.0 | % | ||
125±2 | μm | |||
claddingnon-circularity | ≤2.0 | % | ||
Core/claddingconcentricity error | ≤1.5 | μm | ||
Coatingdiameter | 245±10 | μm | ||
Coating/claddingconcentricity error | ≤12.0 | μm | ||
deliverylength | 1.1~8.8 | km/reel | ||
Environmentalfeature (850nm and 1300nm) | ||||
Temperature additional attenuation | -60℃ ~+85℃ | ≤0.15 | dB/km | |
Temperature ~ humidity cycle additional attenuation | -10℃ ~+85℃,98%relative humidity | ≤0.20 | dB/km | |
Flooding additional attenuation | 23℃±2℃,30 days | ≤0.20 | dB/km | |
Hygrothermal additional attenuation | 85℃±2℃ and 85% relative humidity,30 days | ≤0.20 | dB/km | |
dry hot aging | 85℃±2℃ | ≤0.20 | dB/km | |
mechanicalproperties | ||||
Screeningtension | ≥9.0 | N | ||
Macrobending additional attenuation 100 circles Ф75mm | 850nm&1300nm | ≤0.5 | dB | |
Coating peel force | representativeaverage | 1.5 | N | |
Dynamicfatigue parameters | ≥20 | |||