LiNbO/sub 3/ integrated optical chip for fiber optical gyroscope fabricated by high temperature proton exchange

Y. Korkishko, V. Fedorov, S. Kostritskii, A.N. Alkaev, E.M. Paderin, E.I. Maslennikov, V.S. Kritzak, D.V. Apraksin
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Abstract

The main fiber optical gyroscope's components is a multifunctional integrated optical chip (MIOC). Optolink's MIOC is a solid state waveguide device on X-cut LiNbO/sub 3/ substrate fabricated by high-temperature proton exchange method (HTPE). A very important advantage of proton exchange (PE) waveguides is the following. In such waveguides the extraordinary refraction index is increasing, while refraction index of ordinary ray is decreasing. As a result, proton exchanged waveguides support propagation only extraordinary polarization modes (TE in our case). Therefore, it is not necessary to use in the fiber optical gyroscope a polarizer, which brings additional loss.
LiNbO/ sub3 /高温质子交换光纤陀螺集成光芯片
光纤陀螺仪的主要部件是多功能集成光芯片(MIOC)。Optolink的MIOC是一种采用高温质子交换法(HTPE)在X-cut LiNbO/sub - 3/衬底上制造的固态波导器件。质子交换(PE)波导的一个非常重要的优点如下。在这种波导中,异常折射率增加,而普通光线的折射率减小。因此,质子交换波导只支持特殊偏振模式(在我们的例子中是TE)的传播。因此,无需在光纤陀螺仪中使用偏振片,这样会带来额外的损耗。
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