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Smart Reasoning:

C&E

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Qaagi - Book of Why

Causes

Effects

impurities in the fiber materialcausedthe signal loss in optical fibers

connectorscan causesevere attenuation of the optical signal

very little internal stresscausestransmission loss in optical fiber

Their combinationleadsto signal degradation in optical fiber Optical fiber

Their combinationleadsto signal degradation in optical fiber

optical disturbancesleadto attenuation in the optical signal

an excessively high concentration of OH groupcausesan increase in the attenuation of the optical fiber

two factors , absorption and scattering(passive) is caused byThe attenuation of glass optical fiber

Rayleigh scatteringcausesattenuation of optical signals

microbending difficultiescan causeattenuation in fiber optic cable

The scattered lightcausesinterference in the optical fiber

by both scattering and absorption(passive) is causedthat attenuation in optical fibre

primarily by both scattering and absorption(passive) is caused ... bythat attenuation in optical fibre

to restore the primary coating on spliced optical fibers with acrylate coatings(passive) are designedNyfors optical fiber recoaters

the cameraleadsthe optical fiber to transmit the signal

by impurities in manufacturing(passive) was causedattenuation of fiber optics

impurities in manufacturing(passive) was caused byattenuation of fiber optics

by impurities in manufacturing(passive) was caused byattenuation of fiber optics

factorscontributeto attenuation in an optical fibre

due to the following reasons(passive) can be causedAttenuation in optical fibres

signal distortionresultingfrom optical fibre impairments

for the termination of the miniature connectors including LC , MTRJ , MU and other small form - factor connectors that utilize these small diameter cables(passive) is designedZipcord Optical Fiber Cable

a transmission line 164 (composedof an optical fiber cable

primarily by both scattering and absorption.[10 ] Attenuation in fiber optics(passive) is caused ... byattenuation in optical fiber

the sensing elementcausesdeformation of the optical fiber

primarily by the two scattering and absorption(passive) is causedattenuation in optical fiber

primarily by both scattering and absorption(passive) is caused ... bythat attenuation in optical fiber

primarily ... both scattering and absorption(passive) is caused ... bythat attenuation in optical fiber

primarily by both scattering and absorption(passive) is caused ... byattenuation in optical fiber

primarily by both scattering and absorption.[10(passive) is caused ... bythat attenuation in optical fiber

by the two scattering and absorption(passive) is causedthat attenuation in optical fiber

by the two scattering and absorption(passive) is promptedthat attenuation in optical fiber

by the two scattering and absorption(passive) is causedattenuation in optical fiber

by both scattering and absorption(passive) is causedattenuation in optical fiber

by both scattering and absorption(passive) is promptedattenuation in optical fiber

by both of those scattering and absorption(passive) is promptedattenuation in optical fiber

by both of those scattering and absorption(passive) is causedattenuation in optical fiber

by both scattering and absorption(passive) is causedthat attenuation in optical fiber

by each scattering and absorption(passive) is promptedattenuation in optical fiber

by each scattering and absorption(passive) is promptedthat attenuation in optical fiber

the distortion(passive) caused bythe distortion

by bendingcausedby bending

for the transmission of a single ray or mode of light as a carrier and is used for long - distance signal transmissionis designedfor the transmission of a single ray or mode of light as a carrier and is used for long - distance signal transmission

power losses(passive) caused bypower losses

as the Miniature Optical Amplifierdesignedas the Miniature Optical Amplifier

for the transmission of a single ray or mode of light as a carrieris designedfor the transmission of a single ray or mode of light as a carrier

for creating virtual fibers to carry larger data , which consists of a multiplexer ondesignedfor creating virtual fibers to carry larger data , which consists of a multiplexer on

the fiber stress changes(passive) caused bythe fiber stress changes

for creating virtual fibers to carry larger data , which consists of a multiplexer on one end for combining the optical signals with different wavelengths into an integrated signal and a de - multiplexer on the other end for separating the integrated signal into several onesdesignedfor creating virtual fibers to carry larger data , which consists of a multiplexer on one end for combining the optical signals with different wavelengths into an integrated signal and a de - multiplexer on the other end for separating the integrated signal into several ones

to carry multiple light rays or modes at the SAME timeis designedto carry multiple light rays or modes at the SAME time

to carry multiple light rays or modes simultaneouslyis designedto carry multiple light rays or modes simultaneously

to carry multiple light rays or modes concurrentlyis designedto carry multiple light rays or modes concurrently

a second optical amplifier(passive) is composeda second optical amplifier

optical cable(passive) is composedoptical cable

cable(passive) is composedcable

the position(passive) where ... is causedthe position

bend losses even when the fiber is macroscopically kept straightcan causebend losses even when the fiber is macroscopically kept straight

private data networks(passive) led byprivate data networks

from the conversion of optical power to heatresultingfrom the conversion of optical power to heat

in four effective fiber gratingsresultingin four effective fiber gratings

to carry only a single mode of lightdesignedto carry only a single mode of light

for shorter distances and most often deployed in data centers , enterprise and local area networksis designedfor shorter distances and most often deployed in data centers , enterprise and local area networks

The signal light LS(passive) is led byThe signal light LS

from the conversion of optical power to heatresultingfrom the conversion of optical power to heat

low efficiency in optical transmissioncauseslow efficiency in optical transmission

for inspecting the end - faces of cleaved or polished optical fibers with cladding diameters between 125 and 1200 micrometerdesignedfor inspecting the end - faces of cleaved or polished optical fibers with cladding diameters between 125 and 1200 micrometer

to carry multiple light rays or modes simultaneouslydesignedto carry multiple light rays or modes simultaneously

to carry multiple light raysdesignedto carry multiple light rays

in distortion of the signalresultsin distortion of the signal

for digital transmissiondesignedfor digital transmission

the uncertainty(passive) caused bythe uncertainty

of glasscomposedof glass

of fiber optic passive componentscomposedof fiber optic passive components

of a plastic corecomposedof a plastic core

of a plastic core andcomposedof a plastic core and

of glass systems in low gravitycomposedof glass systems in low gravity

to be installed to the homedesignedto be installed to the home

the standard for bend performance while remaining compliant to the most stringent ITU - T Recommendations G.652.D and G.657setsthe standard for bend performance while remaining compliant to the most stringent ITU - T Recommendations G.652.D and G.657

compact structurespecially designedcompact structure

Kurage(passive) is composedKurage

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