First and second order PMD statistical preperties of installed fiber

Harris, D.L.; Kondamuri, P.K.; Pan, Jae Kyung; Allen, C.

doi:10.1109/leos.2004.1363123

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State Of Polarization Transformation Through the Pmd Vector1

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“…The Probability Density Function of second order PMD is given by [10]: Figure 9 shows Probability Density Function of second order PMD. It should be note that concatenation of two birefringent optical components (e.g.…”

Section: State Of Polarization Transformation Through the Pmd Vectormentioning

confidence: 99%

Polarization Effects in Optical Fiber Links

Perlicki¹

2015

Advances in Optical Fiber Technology: Fundamental Optical Phenomena and Applications

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Axis x and y are the initial, unrotated axes, ξ and η are a new set of axes along the rotated. 2. The area of polarization ellipse depends on the lengths of major and minor axes, amplitudes E 0x and E 0y and phase shift ϕ. 3. The angle β p =arctg(E 0y /E 0x) is called the auxiliary angle (0≤ψ≤π/2). 4. The rotation angle ψ (-β p ≤ψ≤β p) is the angle between axis x and major axis ξ. This angle is called the azimuth angle. 5. The ellipticity is the major axis to minor axis ratio (b/a).

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Section: State Of Polarization Transformation Through the Pmd Vectormentioning

confidence: 99%