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Design WDM using Pump Coupler Counter-Propogating & uniform Bragg Grating | ||
| Journal of College of Education | ||
| Article 1, Volume 0, Issue 3, 2017, Pages 71-97 | ||
| Author | ||
| Yosra Abdul-Sahib | ||
| Abstract | ||
| b-wsturar"ctt.ngth Division Multiplexing (woM)__i: another way of increasing tf,e bandwidth of a given system . Within this system, various iavelengths are transmitted together on one optical fiber, without any interference. with all wDM techniques, the required characteristics are high selectivity (the ability to separate two adjacent channels), high outof- band iejection in order to guarantee a low cross-talk between channels. Fiber Bragg gratings (FBGs), arrayed waveguide gratings (AWGs), and cascaiid-Mach-Zehnder filters are excellent devices ior filtering purposes. ttris paper presents a design idea to build a WOV1 a"riuitipi.*., .o*ponant using Fiber Bragg Grating (FBG) and Pump Coupler Counter Propagation. The results obtained reveal that the suggested design is powerful in achieving accurate Jemultiplexei- design. W; aim to demonstrate the high level u"ruru"|, the time ind cost saving from using the latest state of art software. The perforrnance was measured using quality factor (Q. Eacto4 and 6it error rate (BER), available via visualizers Component Library, included in Optisystem simulator' Keyrvords- Fiber n.ugg grating, uniform fiber Bragg grating filter, pump coupler counteipropagation, Ideal dispersion compensation. | ||
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