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Passive ring resonator micro-optical gyroscopes

机译:无源环形谐振器微光学陀螺仪

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This paper reviews recent advances in passive micro-optical gyroscopes. In the last decade, most research effort in the area of micro-optical gyros has been concentrated on a configuration that takes advantage of a single-mode passive ring resonator, which is usually fabricated using integrated optical technologies. The dimensions of such micro-optical gyros are comparable to those of micromechanical gyroscopes (area of 10 to 100 mm(2)) and their sensitivity is considerably better than the sensitivity of the latter, approaching that of fibre-optic and laser gyros. Moreover, micro-optical gyros can be made as a single integrated circuit, like the micromechanical gyros, but they have no movable parts, in contrast to their micromechanical counterparts. We also describe the development and investigation of micro-optical gyros produced in our studies.
机译:本文回顾了无源微光学陀螺仪的最新进展。在过去的十年中,微光学陀螺仪领域的大多数研究工作都集中在利用单模无源环形谐振器的配置上,该配置通常使用集成光学技术制造。这种微光学陀螺仪的尺寸与微机械陀螺仪的尺寸相当(面积为10到100 mm(2)),其灵敏度明显优于后者,接近于光纤和激光陀螺仪的灵敏度。此外,微光学陀螺仪可以像微机械陀螺仪一样制造为单个集成电路,但是与它们的微机械陀螺仪相比,它们没有活动部件。我们还描述了在我们的研究中产生的微光学陀螺仪的开发和调查。

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