National Repository of Grey Literature 2 records found  Search took 0.00 seconds. 
Laboratory exercise - EDFA amplifier
Mahút, Michal ; Münster, Petr (referee) ; Dejdar, Petr (advisor)
The bachelor thesis is describing in detail a scheme of an EDFA optical amplifier consisting of appropriate components, insertion of the device and software deployment. The whole thesis is divided into several categories. First theoretical analysis of optical-fiber cables that describes the types of optical-fiber cables, limiting phenomena affecting signal transmission in optical fibers, wave multiplexing and optical amplifiers. The implementation of the connection was built on the Red Pitaya platform, which controls the control of the MOT350_35100GC laser pump. The software controlling the EDFA amplifier was created in the LabView development environment. The appropriate connection of the pump source and the choice of the length of the erbium fiber to achieve the highest possible gain of reinforcement was verified experimentally. Part of the bachelor's thesis is a laboratory task, acquainting the solver with the problem of optical amplifiers with measurement of gain for various configurations of pump source, erbium fiber and pump power.
Laboratory exercise - EDFA amplifier
Mahút, Michal ; Münster, Petr (referee) ; Dejdar, Petr (advisor)
The bachelor thesis is describing in detail a scheme of an EDFA optical amplifier consisting of appropriate components, insertion of the device and software deployment. The whole thesis is divided into several categories. First theoretical analysis of optical-fiber cables that describes the types of optical-fiber cables, limiting phenomena affecting signal transmission in optical fibers, wave multiplexing and optical amplifiers. The implementation of the connection was built on the Red Pitaya platform, which controls the control of the MOT350_35100GC laser pump. The software controlling the EDFA amplifier was created in the LabView development environment. The appropriate connection of the pump source and the choice of the length of the erbium fiber to achieve the highest possible gain of reinforcement was verified experimentally. Part of the bachelor's thesis is a laboratory task, acquainting the solver with the problem of optical amplifiers with measurement of gain for various configurations of pump source, erbium fiber and pump power.

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