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The birefringencecausespolarization mode dispersion in optical fibers
distancecan causedispersion of a signal traveling along an optical fiber
The factorscauseMie scattering in optical fibers
The scattered lightcausesinterference in the optical fiber
to restore the primary coating on spliced optical fibers with acrylate coatings(passive) are designedNyfors optical fiber recoaters
a variety of factors(passive) is caused byDispersion in optical fibers
a variety of factors(passive) is caused byDispersion Dispersion in optical fibers
by impurities in manufacturing(passive) was caused byattenuation of fiber optics
by impurities in manufacturing(passive) was causedattenuation of fiber optics
impurities in manufacturing(passive) was caused byattenuation of fiber optics
due to the following reasons(passive) can be causedAttenuation in optical fibres
The primary obstacle to the merging of the worlds of UVRRS and fiber - optic spectroscopy ... by whichcausesopacity of fiber - optics
optical elements in the OCT system and the sample itself(passive) can be caused byoptical dispersion
Prolonged UV transmission below 260 nmcausessolarisation in optical fibres
primarily by both scattering and absorption.[10 ] Attenuation in fiber optics(passive) is caused ... byattenuation in optical fiber
by the different group(passive) caused byfiber dispersion
primarily by the two scattering and absorption(passive) is causedattenuation in optical fiber
primarily by both scattering and absorption(passive) is caused ... byattenuation in optical fiber
primarily by both scattering and absorption(passive) is caused ... bythat 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 each scattering and absorption(passive) is promptedattenuation in optical fiber
absorption , scattering , and bending losses(passive) is caused byAttenuation in an optical fiber
due to the scattering and absorption phenomenon(passive) is generally causedAttenuation in optical fiber
Less distortionresultingfrom fiber dispersion
so that the region of maximum dispersion falls outside of the socalled telecommunications window(passive) is designedDispersion - shifted fiber
the chirp characteristics of transmitters(passive) is ... influenced byfiber dispersion
If the cable is stretched or damagedresultingin the optical fiber breaking
This transmissioncausesbirefringence in the optical fiber
of fiber core and cladding and coating(passive) is composedOptical fiber
to send light from a transceiver through a thin glass cable to a receiver on the other end(passive) is designedOptical fiber
of fiber core(passive) is composedOptical fiber
to send light from a transceiver through a thin glass(passive) is designedOptical fiber
Corning researchers used this fused silicainventedoptical fiber
Corning Glassinventedoptical fiber
Corning Glassinventedoptical fiber
of a light - carrying core(passive) is composedOptical fiber
the signal distortion(passive) caused bythe signal distortion
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
from attenuationresultfrom attenuation
a broadband pulse(passive) caused bya broadband pulse
to the broadening of the transmitted light pulsewill leadto the broadening of the transmitted light pulse
to the attenuation of signalalso contributesto the attenuation of signal
the light pulses to spread and generate signal impairmentcausesthe light pulses to spread and generate signal impairment
the fiber stress changes(passive) caused bythe fiber stress changes
> " time stretch " of a signal that is transmittedcan cause> " time stretch " of a signal that is transmitted
> " time stretch " of a signal that is transmittedcan cause> " time stretch " of a signal that is transmitted
time stretch " of a signal that is transmittedcan causetime stretch " of a signal that is transmitted
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
different spectral components of a signal to travel at different speedscausesdifferent spectral components of a signal to travel at different speeds
optical signalscausesoptical signals
signal interferencecausessignal interference
to pulsecan leadto pulse
the high - speed signal(passive) caused bythe high - speed signal
interaction ( and distortion ... between adjacent pulsescan causeinteraction ( and distortion ... between adjacent pulses
pulse broadening and result in bit errorscan causepulse broadening and result in bit errors
signal overlapcausessignal overlap
waveform distortion(passive) caused bywaveform distortion
the waveform distortion(passive) caused bythe waveform distortion
solitonwill also causesoliton
the limitation(passive) set bythe limitation
the optical signal(passive) caused bythe optical signal
soliton pulse amplitude descending and its width broadeningwill ... causesoliton pulse amplitude descending and its width broadening
in distortion of the signalresultsin distortion of the signal
the deterioration of the transmission property of the optical fiber Raman amplifier , can broaden spectra , produce satellite lines , and cause crosstalk , noise and widening of pulsescan causethe deterioration of the transmission property of the optical fiber Raman amplifier , can broaden spectra , produce satellite lines , and cause crosstalk , noise and widening of pulses
to mode separation and interferencewill ... leadto mode separation and interference
to entanglementleadsto entanglement
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
in four effective fiber gratingsresultingin four effective fiber gratings
to carry only a single mode of lightdesignedto carry only a single mode of light
in Japan and the United Statesoriginatingin Japan and the United States
from Japan and the United Statesoriginatedfrom Japan and the United States
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
in Japan and the United Statesoriginatingin Japan and the United States