一个完全集成的热气动可调微透镜

Wei Zhang, K. Aljasem, H. Zappe, A. Seifert
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引用次数: 0

摘要

开发了一种热气动驱动的可调微透镜,它是一种集片上驱动和温度传感于一体的集成系统。微透镜的焦距可以在没有任何外部压力控制器的情况下在很宽的范围内调节。该模块由结构化硅芯片、自旋涂覆PDMS膜、光流腔、热腔以及加热和温度传感结构组成。焦距由施加在加热器上的电压控制,可以在3.3到18.2 mm之间进行调节,对应于37°C到24°C的温度变化,以及0.303到0.055的数值孔径变化。同时,光学传递函数的截止频率(参照对比度为0.2)在27℃时为30 lines/mm,在34℃时为65 lines/mm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A fully integrated thermo-pneumatic tunable microlens
A thermo-pneumatically actuated tunable microlens has been developed as a completely integrated system with on-chip actuation and temperature sensing. The focal length of the microlens can be adjusted over a wide range without any external pressure controller. The module consists of a structured silicon chip, a spin-coated PDMS membrane, an optical fluidic chamber, a thermal cavity, and a heating and temperature sensing structure. The focal length is controlled by the applied voltage to the heater and could be tuned in the range between 3.3 and 18.2 mm, corresponding to a temperature variation of 37°C to 24°C, and a change in the numerical aperture from 0.303 to 0.055. At the same time, the cutoff frequency of the optical transfer function, referring to a contrast of 0.2, varies from 30 lines/mm at 27°C to 65 lines/mm at 34°C.
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