The Effect of Bandwidth of Passive Devices on System Performance - Al Rudaini, Mais Wa'ad
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Hybrid optical communication systems are encountered in real life to accommodate the need for higher bandwidths and speeds. Typically, hybrid communication systems that are deployed recently carry data rates such as 10 Gb/s, 40Gb/s and maybe 100 Gb/s. This book analyze the effect of different Multiplexers (MUX), De-multiplexers (DEMUX) bandwidths on the performance of hybrid communication systems, and to optimize its design that uses different data rates on same fiber. This is in addition to optimize optical data transmission system, and improve the performance of data transmission. Different…mehr

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Produktbeschreibung
Hybrid optical communication systems are encountered in real life to accommodate the need for higher bandwidths and speeds. Typically, hybrid communication systems that are deployed recently carry data rates such as 10 Gb/s, 40Gb/s and maybe 100 Gb/s. This book analyze the effect of different Multiplexers (MUX), De-multiplexers (DEMUX) bandwidths on the performance of hybrid communication systems, and to optimize its design that uses different data rates on same fiber. This is in addition to optimize optical data transmission system, and improve the performance of data transmission. Different configurations simulations using Non-Return to Zero (NRZ) and Return to Zero (RZ) modulation format cases have been analyzed as well. All study cases have been analyzed using Optiwave V.12 software.
Autorenporträt
Mais Wa'ad has obtained her Bachelor (honor) in Electrical Engineering in the area of Laser and Opto-electronics Engineering from the Univ. of Technology (Baghdad, Iraq) and then she granted her Master Degree in Electrical & Communication Engineering from Amman Al Ahlia Univ. (Amman, Jordan). Her expertise are in laser and Fiber Optics Technology.