Electro-optical improvements of hole-patterned electrode liquid crystal lenses via an additional coplanar inner ring electrode

Abstract

A proposed type of hole-patterned electrode liquid crystal lenses (HPELCLs) with an additional coplanar inner ring electrode (CIRE) was investigated As a result the CIRE- HPELCLs show better electro-optical performance than that in the HPELCLs when operating with 100 Hz electric frequencies In order to investigate how the CIRE do effects on lens performance the electric circuit model was used to analyze in the LC lenses In addition the CIRE-HPELCL arrays was also investigated According the electric circuit model to change the thickness of NOA65 dielectic film it is also consistent as well as the comparisons in single LC lens types

Date of Award	2019
Original language	English
Supervisor	Chia-Rong Sheu (Supervisor)