Examples of 'optical losses' in a sentence
Meaning of "optical losses"
Optical losses refer to the reduction of light intensity or signal strength in an optical system, typically caused by factors such as absorption, scattering, or reflection. These losses can impact the performance and efficiency of optical devices or telecommunications systems
How to use "optical losses" in a sentence
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optical losses
The optical losses are therefore very high.
This reduction is linked to the decrease of optical losses.
Optical losses by internal reflection are thus avoided.
This reduces the optical losses caused by them.
Operation of the component is degraded by the optical losses.
Therefore optical losses at the hybrid laser waveguide are reduced.
A variable encoding rate adjusted as a function of optical losses is used.
This leads to high optical losses in said known structure.
Such rotary joints are often characterized by high optical losses.
The optical losses also decrease relative to the reference.
There will be optical losses.
The optical losses intrinsic to the thickness gradient are less than one dB.
The lenses may be coated with an antireflective layer to minimize optical losses.
Low optical losses.
The following approximate values can be considered when calculating the optical losses.
See also
This means that optical losses have no influence on the performance of the system.
The analysis methods we undertake to discriminate the various factors of optical losses are discussed.
Therefore there are less optical losses than with the Fabry Perot interferometer.
The optical element may be coated with an antireflective layer to minimize optical losses.
This therefore further decreases the optical losses of the claimed laser source.
They serve mainly to protect the insulating material and to reduce the optical losses.
The optical properties of inhomogeneity and optical losses for both systems are also characterized.
Thus, optical losses are avoided by managing the polarization dispersion.
The signal transmitted in the fiber undergoes optical losses which accumulate over the distance traveled.
As the optical losses increase, the encoding rate is progressively reduced.
This method permits to obtain the lowest optical losses in chalcogenide MOF.
This limits the optical losses in areas that do not contain an absorber 1.
The gain is reduced 2dB per each dB of additional optical losses.
However, such a structure has optical losses due to the semiinsulating material.
As optical losses increase, the method reduces the number of transmission channels.
In addition, they must have a perfect polishing in order to reduce optical losses.
Optical losses in the optical refractive element occur, partly as result of reflection.
However, it has been seen that a high doping leads to high optical losses.
The optical losses decrease as the distance d increases, but they remain very low.
Furthermore, annealing has the effect of increasing the optical losses of the silicon layer.
Thus, the optical losses are decreased with respect to polycrystalline semiconductor regions, for example.
From the optical standpoint, they generate deformations and therefore also optical losses.
Optical losses chiefly effect the power from a solar cell by lowering the short-circuit current.
In addition, the higher the number of interfaces, the higher such optical losses become.
Then, the maximum gain for optical losses higher than 1 dB will be.
However, the surrounding medium may infiltrate between the two fibers thus generating optical losses.
Note 9, Maximum optical losses supported by the link.
So, the maximum gain of the link for 7dB of optical losses is.
The influence of optical losses P including long-term changes, and.
A second, quasi-distributed sensor type detects ice by measuring optical losses.
For optical losses between 8 dB and 13 dB both included.
Thus, in such structures, displacements of approximately 1 micron lead to significant optical losses.
Results showed that our films are monomodes and have optical losses of about 1 dB . cm-1.
The interferometer structure claimed in claim 1 wherein said attenuation section introduces at least 50 % optical losses.
Also, an MMIC induces approximately 1 dB of optical losses.
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