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A NOVEL RESONATOR INTEGRATED OPTIC GYRO BASED ON SILICA WAVEGUIDE CIRCUIT

机译:基于石英波导电路的新型谐振器集成光学陀螺仪

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摘要

The integrated optic gyro (IOG) based on the single polarization waveguide (SPW) ring resonator is proposed. A method to realize the SPW ring resonator is presented. The SPW structure contains a Ge-doped silica core layer, a silica buffer layer and a silica cladding layers, the whole structure can be grown on a silicon substrate by thermal oxidation of Silicon and PECVD technology. Its propagation characteristics are analyzed and simulated by using the BPM. The SPW ring resonator has a high extinction ratio over 25dB/cm for TM mode, very low propagation loss of 0.05dB/cm for the TE mode at 1550nm wavelength, and a high finesse of 35. These characteristics are very suitable for the applications in IOGs. A rate detection limit of 16 ° /hr can be achieved for the IOG by using the SPW ring resonator.
机译:提出了一种基于单极化波导(SPW)环形谐振器的集成陀螺仪(IOG)。提出了一种实现SPW环形谐振器的方法。 SPW结构包含Ge掺杂的二氧化硅芯层,二氧化硅缓冲层和二氧化硅覆层,整个结构可以通过硅的热氧化和PECVD技术在硅基板上生长。使用BPM对它的传播特性进行了分析和模拟。 SPW环形谐振器在TM模式下具有25dB / cm以上的高消光比,在1550nm波长下TE模式具有0.05dB / cm的极低传播损耗,并且具有35的高精细度。这些特性非常适合于以下应用IOG。通过使用SPW环形谐振器,IOG可以达到16°/ hr的速率检测极限。

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