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Reproducibility and free spectral range (FSR) control of a high quality factor ??? 1D photonic crystal (PhC) extended cavity

机译:再现性和自由谱范围(FSR)控制高质量因子??? 1D光子晶体(PHC)延伸腔

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In this paper we report successful experimental demonstration of consistency in controlling the resonance quality factor (Q-factor) value in the range from 1000 to 80,000, together with good free spectral range (FSR) control in the range from 30 nm to 62 nm - for an extended cavity. We have also demonstrated good repeatability of high Q-factor values for 1D photonic crystal (PhC)/Photonic wire (PhW) extended cavities based on Silicon-on-Insulator (SOI) using different fabrication cycles. The cavities that are considered in this paper range from 2 μm to 8.25 μm in length. The Q-factors for each resonance obtained for particular extended cavities have been measured on different occasions, with 5% variation in the Q-value over an extended period of time.
机译:在本文中,我们报告了在1000至80,000的范围内控制共振质量因数(Q系数)值的成功实验证明,以及良好的自由谱范围(FSR)控制在30nm至62nm的范围内 - 对于延长的腔。我们还表明了使用不同的制造循环的基于硅与绝缘体(SOI)的1D光子晶体(PHC)/光子(PHW)延伸腔的高Q系数值的良好重复性。在本文中考虑的空腔范围为2μm至8.25μm。在不同的场合测量了对特定延伸腔的每个共振的Q因子,在延长的时间段内,Q值的5%变化。

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