- #1
Inneedofhelp
Hi,
If I understood it correctly, the coefficient of attenuation for a single optical fiber, is alpha = (10/L)*log(P(0)/P(L)). Assuming if I knew the properties of the optical fiber and the amount of optical fiber in the bundle, then the total attenuation for the bundle is approximately number of optical fiber * attenuation per single fiber? If so, wouldn't single optical fiber be more efficient than optical fiber bundles?
Thanks
If I understood it correctly, the coefficient of attenuation for a single optical fiber, is alpha = (10/L)*log(P(0)/P(L)). Assuming if I knew the properties of the optical fiber and the amount of optical fiber in the bundle, then the total attenuation for the bundle is approximately number of optical fiber * attenuation per single fiber? If so, wouldn't single optical fiber be more efficient than optical fiber bundles?
Thanks