双纳米环谐振腔微悬臂梁传感器传感元件结构分析

Bo Li, F. Hsiao, Chengkuo Lee
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引用次数: 2

摘要

在硅微悬臂梁与衬底交界处的横向和纵向上分别有两个六方晶格的光子晶体环。这种独特的双纳米环(DNR)谐振器具有通道下降滤波器特性。当DNR作为微悬臂传感器的传感元件时,在后滴端测得的谐振峰波长位移是微悬臂尖端受力的函数。推导出的q因子约为3000,可检测到的最小力在纵向情况下可小至37nN,在横向情况下可小至16.7nN。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Configuration analysis of sensing element for micro-cantilever sensor using dual nano-ring resonator
Two photonic crystal rings of hexagonal lattice are lying transversely and longitudinally in silicon micro-cantilever at the junction of the microcantilever and the substrate. This unique dual nano-ring (DNR) resonator demonstrates channel drop filter characteristics. When DNR is used as sensing element of a microcantilever sensor, the wavelength shift of resonant peak measured at the backward drop terminal is a function of applied force at the microcantilever tip. The derived Q-factor is about 3000, and the minimum detectable force can be as small as 37nN for longitudinal case and 16.7nN for transverse case.
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