UGC APPROVED ISSN 2278-1412

Archive

  Volume 13 | Issue 11

  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 12

Transmission System Using Fiber Bragg Grating (FBG) in Optical Communication


Volume:  6 - Issue: 05 - Date: 01-05-2017
Approved ISSN:  2278-1412
Published Id:  IJAECESTU306 |  Page No.: 501-504
Author: Pranjaly Shukla
Co- Author: Swatantra Tiwari
Abstract:-Optical fiber inside the communication system has become one amongst the most cabling attractive and usually used to protection and safely and in addition transmission longer distance is possible in addition contain a large kind of data rate and additionally the demand for digital communication is growing quickly due to the increasing quality of the web and different factors. So on satisfy the growing demands for bandwidth, however, there ar some limiting factors for optical fibers throughout the transmission of the signal to Distance long of these problems is dispersion. Throughout this study, the simulation of the optical system in optical fibre has been mentioned by analyzing the effect of the elements by using whole totally different parameters setting. The value of parameters has been investigated like Signal power (dBm), output power (dbm), Q-Factor. 
Key Words:-Optical Transmission System, Fiber Bragg Grating (FBG), dispersion compensation, Optisystem simulator, parameters.
Area:-Engineering
Download Paper: 
Preview This Article

Unable to display PDF file. Download instead.


Download Paper

Downlaod Paper

No. of Download

000187

Impact Factor

7.4


ijaece

Upcoming Events


Special Issue For Paper


Upcoming Conference


Call For Paper