Measurement of polarization mode dispersion vectors in optical fibers using a virtual Mueller matrix method
Hui Dong
Abstract
Hui Dong
Abstract
A virtual Mueller matrix method is proposed to measure the first- and second-order polarization mode dispersion (PMD) vectors in optical fibers. This method not only can use a large frequency step to attain low-noise PMD vector data, but also does not require knowledge of the input polarization states. Our measurement method has a simpler setup and is more accurate than the traditional Mueller matrix method.
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A virtual Mueller matrix method is proposed to measure the first- and second-order polarization mode dispersion (PMD) vectors in optical fibers. This method not only can use a large frequency step to attain low-noise PMD vector data, but also does not require knowledge of the input polarization states. Our measurement method has a simpler setup and is more accurate than the traditional Mueller matrix method.
Key concepts: Mueller calculus, Polarization mode dispersion, Optics, Polarization (electrochemistry), Computer science, Optical engineering, Modal dispersion, Optical fiber