63‐2: Nano‐wire Grid Polarizer and Meta‐surface Textures Integrated High Efficient and Single Polarized Light Emitting Diode

Xianqin Meng, Zhongxiao Li, Yun Lai, Weiting Peng, Mingxing Wang, Zhiqiang Jiao, Wei Wang, Shan Liu, Pengxia Liang, Shiqing Ma, Xiaochuan Chen, Dan Wang, Xue Dong
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Abstract

A low power consumption is an essential issue for all of the electrical products, especially for the wearable electrical products, and the liquid crystal displays. This manuscript proposed a single polarized light emitting diode (LED) chip which is used for a direct back light unit for LCD. A wire grid polarizer and a meta‐surface textures are set on the top and bottom of the LED chip in order to obtain a high polarization and transparency. After optimization the potential parameters, the transmittance of TM and the polarization are 93.71% and 99.3% respectively. It can replace the normal LED of direct back light unit in order to obtain a high efficiency of 20% improvement, by comparing liquid crystal display using the APF polarizer. It can be used for reducing power consumption and supply dependence, as well as the cost of displays.
63‐2:纳米线栅偏振器和元表面纹理集成高效单极发光二极管
低功耗是所有电气产品的基本问题,尤其是可穿戴电气产品和液晶显示器。本文提出了一种用于LCD直接背光单元的单偏振发光二极管(LED)芯片。在LED芯片的顶部和底部设置了线栅偏振器和元表面纹理,以获得高偏振和透明度。优化电势参数后,TM的透射率和偏振分别为93.71%和99.3%。通过与使用有源滤波器偏振器的液晶显示器的比较,它可以取代普通的直接背光单元的LED,以获得20%的高效率提高。它可以用于降低功耗和电源依赖性,以及显示器的成本。
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