Add to ORKGComputational and experimental results have identified a means to minimize losses in a fiber system containing bends by adjusting the distance between them. A method to optimize transmission will be presented. © OSA 2013
AbstractThis paper shows the effect of bending radius and bending location on Insertion Loss (IL) in...
Penalties induced by bending are investigated in large mode area polygonal leakage channel fibers fo...
We use theoretical modeling to predict macrobending loss for single-mode fibers with arbitrary refra...
Computational and experimental results have identified a means to minimize losses in a fiber system ...
Many parameters and deployment characteristics play an important role in determining fibre performan...
Preliminary work has shown that the bending losses of large-mode-area holey fibers can be improved b...
Abstract—This paper presents an improved curvature loss for-mula for optical waveguides, which is sh...
This paper presents a high bend tolerant multimode optical fiber transmission system that is compati...
A new theoretical strategy for reducing bend loss is presented. It is based on the concept of introd...
In Malaysia, thousands of kilometers of Optical Ground Wire (OPGW) have been installed by a utility ...
We present the first comparison of bend losses in large mode holey and conventional fibres, demonstr...
The usefulness of losses in fiber optics depends on its application. Losses may be the worst scenari...
One of the key challenges in the design of a fibre optics system that degrades the system performanc...
This paper provides insights into the bending behavior of graded-index multimode fibers (MMFs). Calc...
The bending characteristics of two-ring leakage-channel-fibers are investigated to achieve large-mod...
AbstractThis paper shows the effect of bending radius and bending location on Insertion Loss (IL) in...
Penalties induced by bending are investigated in large mode area polygonal leakage channel fibers fo...
We use theoretical modeling to predict macrobending loss for single-mode fibers with arbitrary refra...
Computational and experimental results have identified a means to minimize losses in a fiber system ...
Many parameters and deployment characteristics play an important role in determining fibre performan...
Preliminary work has shown that the bending losses of large-mode-area holey fibers can be improved b...
Abstract—This paper presents an improved curvature loss for-mula for optical waveguides, which is sh...
This paper presents a high bend tolerant multimode optical fiber transmission system that is compati...
A new theoretical strategy for reducing bend loss is presented. It is based on the concept of introd...
In Malaysia, thousands of kilometers of Optical Ground Wire (OPGW) have been installed by a utility ...
We present the first comparison of bend losses in large mode holey and conventional fibres, demonstr...
The usefulness of losses in fiber optics depends on its application. Losses may be the worst scenari...
One of the key challenges in the design of a fibre optics system that degrades the system performanc...
This paper provides insights into the bending behavior of graded-index multimode fibers (MMFs). Calc...
The bending characteristics of two-ring leakage-channel-fibers are investigated to achieve large-mod...
AbstractThis paper shows the effect of bending radius and bending location on Insertion Loss (IL) in...
Penalties induced by bending are investigated in large mode area polygonal leakage channel fibers fo...
We use theoretical modeling to predict macrobending loss for single-mode fibers with arbitrary refra...