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AUTHOR(S): 

Al-Gawagzeh Mohammed Yousef

 

TITLE

Possibility of Minimizing the Effect of Transfer Parameters on the Transmitted Signal in the Spiral Optical Fiber

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ABSTRACT

This paper will Analyzing the components of dielectric permittivity tensors according to the parameters and in the system of coordinates .also analyze the dependence of tensor components on the bending parameters and for possibility of minimizing the transfer parameters (attenuation and dispersion) . The dependence of attenuation transient in the optical fiber for beating length (1 km) on spiral parameters (curvature and spinning )will be studied also.

KEYWORDS

dielectric permittivity, Optical fiber, attenuation transient, anisotropy, bending, spiral

REFERENCES

[1] Kornichuk, V.I,Optical Systems of Transfer (Third Edition), Kiev, 1998, 388 pp.

[2] Makarov, T. V. Anisotropy of bending optical fiber. UNEERT 2, 2001, 103-108.

[3] Al-Gawagzeh, M. Y, AL-Hadidi M. R. Chromatic dispersion in fiber optic with ordered rotating of glass microstructure (ORGM).J.of Optoelectronics and advanced materials-Rapid Communications,8, 2014, 67-71.

[4] AL-Gawagzeh, M. Y. Research the Dielectric permittivity of optical fiber.J.of electronic and electrical engineering, 2009, 1(89), 45 -49.

[5] Al-Gawagzeh, M. Y..the effect of Anisotropy implementation on the components of optical transmission lines. IEEE Int. Conf. on information and Communication, 2004, 175-176.

[6] Makarov, T. V. nonreciprocal effect waves and signals in single mode bended on spiral optical fiber.UNEERT 1, 2004, 23-29.

[7] Makarov,T. V. The transfer characteristic of bending optical fiber.UNEERT 2, 2004.,29-34.

[8] Snaider, A, Theory of optical waveguides (second Edition), Moscow, 2001, 223 pp.

[9] Al-Gawagzeh, M. Y. AL-Hadidi, M. R. Rzooq,R. Polarized modes Dispersion in Anisotropic Optical Fiber Communication lines. J.of Wseas Transaction on Communication 8, 2009, 11- 20.

Cite this paper

Al-Gawagzeh Mohammed Yousef. (2016) Possibility of Minimizing the Effect of Transfer Parameters on the Transmitted Signal in the Spiral Optical Fiber. International Journal of Communications, 1, 205-209

 

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