Eye-shaped coplanar variable liquid lens using spherical polymer encapsulation

Jaeyong An, Jisung Hur, Sung-Kil Lee, Jong-Hyun Lee
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引用次数: 1

Abstract

An eye-shaped coplanar liquid lens was fabricated using spherical polymer encapsulation to enhance the focusing power. For the spherical encapsulation, a thin film polymer layer was deposited by chemical vapor deposition on an outer surface of the top liquid. Polymer thin film (parylene) encapsulation with coplanar structure provides a unique advantage of wafer level packaging of liquid lens and convenient accessibility of the electrical signal. The fabricated variable liquid lens with an initial focal length of 35mm was tuned up to 12mm at Vrms 70 V.
眼形共面可变液体透镜采用球形聚合物封装
为了提高聚焦能力,采用球形聚合物封装制成了眼形共面液体透镜。为了实现球形封装,采用化学气相沉积的方法在顶部液体的外表面沉积一层薄膜聚合物层。具有共面结构的聚合物薄膜(聚对二甲苯)封装为液体透镜的晶圆级封装提供了独特的优势,并方便了电信号的获取。在Vrms 70 V下,将初始焦距为35mm的可变液体透镜调至12mm。
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