Abstract
The coupling between guided optical waves in magneto-optic fiber Bragg
gratings (MFBGs) with linear birefringence is investigated using the eigen-mode and
coupled-mode approaches. The relationship between the polarization-dependent loss
(PDL) and the eigen states of polarization (SOPs) in the MFBGs is discussed. Only
the MFBGs with low linear birefringence are applied to the peak PDL-based magnetic
field measurement, after which the linear dynamic range is determined using the
relative magnitude of linear and magnetically induced circular birefringence. In
this letter, a theoretical model is presented to explain the experimental results
and help develop novel MFBG-based devices.
© 2011 Chinese Optics Letters
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