Speaker
Dr
Mohammed DEBBAL
(University Center BELHADJ BOUCHAIB)
Description
The optical fiber is the privileged channel of transmission for broad-band communications. To respond to increasing needs, it is essential to improve the characteristics of optical fibers, primarily those relating to the chromatic dispersion. This negative phenomenon limits the transmission rates. This has the effect to canceling the chromatic dispersion only for the wavelengths above than 1270 nm.
In this paper, we are interested in applications of new generation of optical fiber (FMAS) dedicate to the optical telecommunication such as the chromatic dis-persion.
Our studies concern the optimization of the parameters in FMAS to modeling the chromatic dispcersion by the Beam Propagation Method (BPM).
| Topics | Session C. Applied optics and engineering |
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Primary authors
Dr
Mohammed DEBBAL
(University Center BELHADJ BOUCHAIB)
Dr
BOUREGAA Mouweffeq
(Mustapha STAMBOULI University)
Dr
CHIKH-BLED Hichem
(Abou-Bekr BELKAID University)
Dr
OUADAH Mohammed Chamse Eddine
(Mouloud MAMMERI University)
Prof.
CHIKH-BLED Mohammed El Kebir
(Abou-Bekr BELKAID University)
