UGC APPROVED ISSN 2278-1412

Archive

  Volume 13 | Issue 10

  Volume 13 | Issue 9

  Volume 13 | Issue 8

  Volume 13 | Issue 7

  Volume 13 | Issue 6

  Volume 13 | Issue 5

  Volume 13 | Issue 3

  Volume 13 | Issue 1

  Volume 12 | Issue 12

  Volume 12 | Issue 11

  Volume 12 | Issue 10

  Volume 12 | Issue 9

  Volume 12 | Issue 8

  Volume 12 | Issue 7

  Volume 12 | Issue 6

  Volume 12 | Issue 5

  Volume 12 | Issue 4

  Volume 12 | Issue 3

  Volume 12 | Issue 2

  Volume 12 | Issue 1

  Volume 11 | Issue 12

  Volume 11 | Issue 11

  Volume 11 | Issue 10

  Volume 11 | Issue 8

  Volume 11 | Issue 7

  Volume 11 | Issue 6

  Volume 11 | Issue 3

  Volume 11 | Issue 1

  Volume 10 | Issue 12

  Volume 10 | Issue 8

  Volume 10 | Issue 6

  Volume 10 | Issue 3

  Volume 10 | Issue 2

  Volume 10 | Issue 1

  Volume 9 | Issue 10

  Volume 8 | Issue 11

  Volume 8 | Issue 7

  Volume 7 | Issue 8

  Volume 7 | Issue 7

  Volume 7 | Issue 6

  Volume 7 | Issue 5

  Volume 7 | Issue 4

  Volume 7 | Issue 3

  Volume 7 | Issue 2

  Volume 7 | Issue 1

  Volume 6 | Issue 12

  Volume 6 | Issue 10

  Volume 6 | Issue 9

  Volume 6 | Issue 8

  Volume 6 | Issue 7

  Volume 6 | Issue 6

  Volume 6 | Issue 5

  Volume 6 | Issue 4

  Volume 6 | Issue 3

  Volume 6 | Issue 2

  Volume 6 | Issue 1

  Volume 5 | Issue 12

  Volume 5 | Issue 11

  Volume 5 | Issue 10

  Volume 5 | Issue 9

  Volume 5 | Issue 8

  Volume 5 | Issue 7

  Volume 5 | Issue 6

  Volume 5 | Issue 5

  Volume 5 | Issue 4

  Volume 5 | Issue 3

  Volume 5 | Issue 2

  Volume 5 | Issue 1

  Volume 4 | Issue 12

  Volume 4 | Issue 10

  Volume 4 | Issue 8

  Volume 4 | Issue 7

  Volume 4 | Issue 6

  Volume 4 | Issue 5

  Volume 4 | Issue 4

  Volume 4 | Issue 2

  Volume 4 | Issue 1

  Volume 3 | Issue 10

  Volume 3 | Issue 8

  Volume 3 | Issue 6

  Volume 3 | Issue 5

  Volume 3 | Issue 4

  Volume 3 | Issue 3

  Volume 3 | Issue 2

  Volume 3 | Issue 1

  Volume 2 | Issue 12

  Volume 2 | Issue 11

  Volume 2 | Issue 10

  Volume 2 | Issue 9

  Volume 2 | Issue 8

  Volume 2 | Issue 7

  Volume 2 | Issue 2

  Volume 1 | Issue 9

  Volume 1 | Issue 8

  Volume 1 | Issue 7

  Volume 1 | Issue 6

  Volume 1 | Issue 4

  Volume 1 | Issue 3

  Volume 1 | Issue 2

  Volume 1 | Issue 1

Current Volume 13 | Issue 11

Comparative Analysis In Between Transmission System with or Without FBG in Optical Fiber System


Volume:  6 - Issue: 05 - Date: 01-05-2017
Approved ISSN:  2278-1412
Published Id:  IJAECESTU304 |  Page No.: 505-509
Author: Pragya Mishra
Co- Author: Prof. Swatantra Tiwari
Abstract:-In optical communication system to compensate dispersion Fiber Bragg grating (FBG) is one of the applicable and important components. Here we are calculating best amount of parameters by simulating the model and then observe the effect of this component in data receiver. To tackle the non linear effects of transmission system Fiber Bragg grating has been employed with optisystem software very length. The analysis based on the chromatic dispersion. An analysis of optical System with FBG and without FBG length of 60 to 80km. We are design without FBG length of 60km which is generate ber 10-9 and Provide best dispersions and with FBG its very up to 80km and achieve best output of the system. We used FBG length 27mm chirp parameter 0.0007. Propagated light in a FBG core which satisfies the Bragg conditions is resonated by grating structure and reflected. The distance between gratings specify the reflected wavelength, so that, reflected light in Bragg wavelength is removed from transmission spectra. 
Key Words:-Pragya Mishra
Area:-Engineering
Download Paper: 
Preview This Article

Unable to display PDF file. Download instead.


Download Paper

Downlaod Paper

No. of Download

000148

Impact Factor

7.4


ijaece

Upcoming Events


Special Issue For Paper


Upcoming Conference


Call For Paper