Examples of 'chromatic dispersion' in a sentence
Meaning of "chromatic dispersion"
Chromatic dispersion: In optics, chromatic dispersion is the phenomenon of a material having a refractive index that varies with the wavelength of light. This can cause different colors or wavelengths of light to travel at different speeds through the material, leading to a spreading of the light pulse
How to use "chromatic dispersion" in a sentence
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chromatic dispersion
It is a measure of the chromatic dispersion of the element.
The chromatic dispersion can then decrease.
The first systems are based on chromatic dispersion of light.
The chromatic dispersion compensator gratings must possess a linear dispersion.
This is the phenomenon of chromatic dispersion.
Chromatic dispersion estimator and method for estimating a chromatic dispersion.
An additional problem may occur due to chromatic dispersion.
The small slope of its chromatic dispersion is an advantage in such a system.
Holograms operate by diffraction and can produce pronounced chromatic dispersion.
Apparatus for characterizing a chromatic dispersion of an optical receive signal.
A compensation function is determined that substantially mitigates the chromatic dispersion.
Coherent receiver device and chromatic dispersion compensation method.
The chromatic dispersion compensation may be performed in time domain or frequency domain.
A number of techniques for compensating chromatic dispersion are known.
Chromatic dispersion is another problem encountered when transmitting signals over optical fibers.
See also
Such characteristic is known as the positive chromatic dispersion characteristic.
The chromatic dispersion of such optical fibers becomes zero at a zero dispersion wavelength.
This applies in particular to chromatic dispersion and amplification gain variation.
A refractive multispectral optical combination usually exhibits very substantial chromatic dispersion.
The next column gives the minimum chromatic dispersion wavelength expressed in nm.
Thus for sufficiently short links no attempt is made to compensate chromatic dispersion.
The advantages of the limitation on the chromatic dispersion slope are described above.
The chromatic dispersion effects are therefore duplicated for each wavelength transmitted on each channel.
Strict monitoring of phenomena such as chromatic dispersion and polarization sensitivity becomes critical.
The chromatic dispersion at the exit end of the fiber depends on the transmission system.
The first row specifies properties of the chromatic dispersion compensation optical fibers.
The chromatic dispersion compensation optical fiber can be integrated into a chromatic dispersion compensation module.
Hence it is highly desirable to improve techniques for compensating chromatic dispersion in optical networks.
The fiber has higher chromatic dispersion at its first end than at its second end.
This function represents a key element for modal multiplexers and chromatic dispersion compensators.
Both frequency offset compensation and chromatic dispersion compensation are performed in the frequency domain.
The chromatic dispersion may broaden the signal pulses and limit the transmission distance.
It further includes means for modifying the chromatic dispersion of the delaying dispersive member.
The differences in path length of the various spectrum components achieve the desired chromatic dispersion.
These fibers show chromatic dispersion and a chromatic dispersion slope meeting specific telecommunications standards.
There is therefore a wavelength λ 0 for which the chromatic dispersion is zero.
Thus chromatic dispersion compensators using Bragg gratings may be inserted into the transmission line.
Each graph shows the chromatic dispersion values for,.
Chromatic dispersion compensation in an optical fiber transmission system, and a compensation fiber.
Advantageously, there is a single chromatic dispersion maximum only in said wavelength range.
Accordingly, on sufficiently short links, no attempt at all is made to compensate chromatic dispersion.
However, the chromatic dispersion of these two glasses is similar.
Device according to claim 1, characterized in that it constitutes a chromatic dispersion compensating element.
As already mentioned, the chromatic dispersion of an optical fiber is a function of the wavelength.
In all cases, the invention limits the cumulative chromatic dispersion to be compensated.
Thus, the chromatic dispersion of an optical receive signal can be characterized efficiently.
A frequency of 1 MHz for example provides immunity to the chromatic dispersion in most examples.
This chromatic dispersion translates into a variable cumulated phase in spectrum of the signal at 3w.
Two distinct types of intramodal dispersion are, chromatic dispersion and polarization mode dispersion.
Also, chromatic dispersion causes temporal widening of the pulses transmitted over the link.
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Examples of using Chromatic
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Both diatonic and chromatic forms are found
Some chromatic aberration at the fastest aperture
The verses follow a chromatic chord progression
Examples of using Dispersion
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Uniform dispersion in the whole listening area
Volatility measures the dispersion of price values
This dispersion also depends on national situations
