Math, asked by assiri240, 10 months ago

why is dispersion a problem in optical fiber?

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Answered by mrkelvin
1

Answer:

Dispersion is regarded as a problem in fiber optic links because it limits the potential bandwidth and transmission performance of a fiber. ... The higher the dispersion is, the longer bit interval must be used, which means fewer bits can be transmitted per unit of time, i.e. lower bit rate.

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Answered by JunkoEnoshima
0

Answer:

Dispersion is regarded as a problem in fiber optic links because it limits the potential bandwidth and transmission performance of a fiber. The overall effect caused by dispersion on the performance of a fiber optical system is called Intersymbol Interference (ISI). ISI occurs when the pulse spreading causes the output pulses of a system to overlap, rendering them undetectable, which is known as a form of distortion of signal.

Nowadays, in high bit rate long-haul transmission systems, dispersion becomes an even more critical aspect, because of the higher the dispersion, the lower the bit rate. We can see the effects caused by dispersion to bit rate according to the following figure. The higher the dispersion is, the longer bit interval must be used, which means fewer bits can be transmitted per unit of time, i.e. lower bit rate.

Dispersion is regarded as a problem in fiber optic links because it limits the potential bandwidth and transmission performance of a fiber. The overall effect caused by dispersion on the performance of a fiber optical system is called Intersymbol Interference (ISI). ISI occurs when the pulse spreading causes the output pulses of a system to overlap, rendering them undetectable, which is known as a form of distortion of signal.

Nowadays, in high bit rate long-haul transmission systems, dispersion becomes an even more critical aspect, because of the higher the dispersion, the lower the bit rate. We can see the effects caused by dispersion to bit rate according to the following figure. The higher the dispersion is, the longer bit interval must be used, which means fewer bits can be transmitted per unit of time, i.e. lower bit rate.

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