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  2. The attenuation of fiber optic signals can be calculated using the following formulas1234:
    1. Total attenuation (A) between two points X and Y on the fiber: A (dB) = 10 log 10 (P x /P y), where P x is the power output at point X and P y is the power output at point Y.
    2. Attenuation number: A (dB/km) = loss (dB) / fiber length (km).
    3. Total attenuation (TA): TA = n x C + c x J + L x a + M, where n is the number of optical connectors, c is the number of splices, L is the total length of optical cable, and M is the system margin (~3 dB).
    Learn more:
    The total attenuation is a function of the wavelength λ of the light. The total attenuation A between two arbitrary points X and Y on the fiber is A (dB) = 10 log 10 (P x /P y). P x is the power output at point X. P y is the power output at point Y. Point X is assumed to be closer to the optical source than point Y.
    electron9.phys.utk.edu/optics421/modules/m8/optic…
    The attenuation number on most data sheets is the quantity of dB/km, where: A (dB/km)=loss (dB)/fiber length (km)
    www.eetimes.com/performing-fiber-optic-cable-atte…
    Attenuation is a decrease of light intensity within a fiber, usually due to absorption and scattering losses. This loss of power is measured in decibels (dB) where dB = 10*log (P in /P out) where: P in, P out are the input and output powers. The affects of these losses increase with fiber length.
    www.edmundoptics.com/knowledge-center/frequen…
    We want to find total attenuation (TA) by this formula: TA = n x C + c x J + L x a + M Values: n – number of optical connectors; c – number of splices; L – total length of optical cable; M – system margin (~3 dB).
    fiberbit.com.tw/how-to-calculate-maximum-attenuat…
     
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