Liquid operating TPoS MEMS resonators with high quality factor

C. Je, Hyunjoong Lee, Yil-Suk Yang
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Abstract

In this work, we proposed a liquid operating TPoS MEMS resonators with on-chip dummy resonator patterns. The fabricated plate type resonators achieve high Q factors in length extensional mode under vacuum, air and liquid environment. With the proposed on-chip dummy resonator patterns, the anti-resonance peak near the resonant frequency was effectively cancelled and Q factors were improved. A resonator with 400 μm and 600 μm plate length shows a Q factor of 10,072 and 14,435, respectively, under 1.0 mTorr. Q factors in liquid phase were measured 71 and 98 in Ethanol, respectively. It was also confirmed that the Q factors in liquid phase varied with the types of liquids (according to their viscosity and density).
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具有高品质因数的液体操作TPoS MEMS谐振器
在这项工作中,我们提出了一种具有片上虚拟谐振器模式的液体操作TPoS MEMS谐振器。所制备的板式谐振器在真空、空气和液体环境下均实现了高Q因子的长张模态。利用所提出的片上虚拟谐振器模式,有效地消除了谐振频率附近的反谐振峰,改善了Q因子。对于板长为400 μm和600 μm的谐振器,在1.0 mTorr下,Q因子分别为10072和14435。液相Q因子在乙醇中分别为71和98。还证实了液相Q因子随液体类型(根据其粘度和密度)而变化。
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