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Your search keyword '"Cobo, L. Rodriguez"' showing total 5 results
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5 results on '"Cobo, L. Rodriguez"'

2. REMOTELY DETACHABLE SUMARINE OPTICAL LINK.

Author

Robles Urquijo, I., Cobo, L. Rodriguez, González-Pola, C., Hernandez, D., and Cobo, A.

Subjects
FIBER optic cables, OPTICAL fiber joints, ELECTRONIC equipment, SUBMARINE cables, UNDERWATER drilling
Abstract

The present paper relates to a remotely detachable fiber optic communication coupler device that is designed to serve underwater. The device has a magnetic lock and release mechanism, which allow mating the optical couplers to be joined for the transfer of information between electronic devices, while been able to physically release such links remotely in submarine environments. [ABSTRACT FROM AUTHOR]

Published
2022

4. CONTRAST ANALYSIS OF SPECKLE PATTERNS IN POF.

Author

Lomer, M., Cobo, L. Rodriguez, and Higuera, J. M. Lopez

Subjects
MULTIMODE-mode optical fibers, SPECKLE interference, PLASTIC optical fibers, OPTICAL fibers, POLARIZATION (Electricity)
Abstract

Speckle contrast is experimentally measured in a multimode plastic optical fiber with a large diameter index as a function of the laser power injected into the fiber. The laser power injected into the fiber 130 m long over a range of 22 dB is controlled by a polarization rotator. The results show that the speckle contrast has a linear dependence on the power coupled in the fiber, so it can be useful in sensing applications. [ABSTRACT FROM AUTHOR]

Published
2019

5. CONTRAST ANALYSIS OF SPECKLE PATTERNS IN POF.

Author

Lomer, M., Cobo, L. Rodriguez, and Higuera, J. M. Lopez

Subjects
SPECKLE interference, PLASTIC optical fibers, FIBER lasers, OPTICAL fiber detectors
Abstract

Speckle contrast is experimentally measured in a multimode plastic optical fiber with a large diameter index as a function of the laser power injected into the fiber. The laser power injected into the fiber 130 m long over a range of 22 dB is controlled by a polarization rotator. The results show that the speckle contrast has a linear dependence on the power coupled in the fiber, so it can be useful in sensing applications. [ABSTRACT FROM AUTHOR]

Published
2021

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