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OTDR optical path analyzer
Šimková, Barbora ; Tomašov, Adrián (referee) ; Dejdar, Petr (advisor)
The aim of this master's thesis was a theoretical analysis of OTDR issues, analysis of OTDR device components, as well as basic parameters of this device. The thesis also includes a theoretical analysis of reflections, scattering, and various types of connectors. In the practical part, a circuit design for OTDR measurement was developed and subsequently implemented. The circuit was realized using the Red Pitaya development board and Koheron laser. Additionally, a circuit for direct method measurement was also created. In the LabView development environment, a program was created, including a graphical user interface. A laboratory task was also designed to provide a basic understanding of OTDR measurement issues.
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Laboratory exercise - OTDR optical path analyzer
Šimková, Barbora ; Münster, Petr (referee) ; Dejdar, Petr (advisor)
The bachelor's thesis consists of detailed analysis of OTDR problematics and implementation of the connection. Part of the work also consists of theoretical analysis of optical fibers and their transmission properties, especially dispersion and diffraction. Realization of the connection was made using platform Red Pitaya and laserboard Koheron. Final program was created in development environment LabView. The program also contains graphical user interface.
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OTDR optical path analyzer
Šimková, Barbora ; Tomašov, Adrián (referee) ; Dejdar, Petr (advisor)
The aim of this master's thesis was a theoretical analysis of OTDR issues, analysis of OTDR device components, as well as basic parameters of this device. The thesis also includes a theoretical analysis of reflections, scattering, and various types of connectors. In the practical part, a circuit design for OTDR measurement was developed and subsequently implemented. The circuit was realized using the Red Pitaya development board and Koheron laser. Additionally, a circuit for direct method measurement was also created. In the LabView development environment, a program was created, including a graphical user interface. A laboratory task was also designed to provide a basic understanding of OTDR measurement issues.
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Laboratory exercise - OTDR optical path analyzer
Šimková, Barbora ; Münster, Petr (referee) ; Dejdar, Petr (advisor)
The bachelor's thesis consists of detailed analysis of OTDR problematics and implementation of the connection. Part of the work also consists of theoretical analysis of optical fibers and their transmission properties, especially dispersion and diffraction. Realization of the connection was made using platform Red Pitaya and laserboard Koheron. Final program was created in development environment LabView. The program also contains graphical user interface.
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