Implementation of Electrical and Optical characteristicsbased on new packaging in UV LED

Yong-Kab Kim, Hyoung Jin Kim, Byoung Chol Kim, Byeong-Seon Park
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Abstract

Ultra Violet(UV) is gradually being replaced with LED instead of general UV lamps. However, the light efficiency of UV LED is still lower than that of the general lamp, and the light efficiency is also low. Due to the current environment and technical problems of UV lamps, the LED replacements are gradually being made. In this study, a new package design and analysis were performed to increase the lifetime and performance of UV LEDs. A new packaging for UV LED were designed and implemented. The new packaging for UV LED was constructed to improve light efficiency. And the electrical and optical characteristics were analyzed respectively. To improve the optical efficiency in UV LED package, the Al has been used based on high reflectivity and applying the optimal lens focusing. Compared to the existing silver Ag, the light efficiency was improved by about 30% or more, and it was confirmed that the light output degradation characteristic was improved by about 10% in the newly applied optical device chip.
基于UV LED新封装的电学和光学特性的实现
紫外线灯正逐渐被LED灯取代。但UV LED的光效仍低于一般灯,光效也较低。由于目前UV灯的环境和技术问题,LED的替代品正在逐渐被制造出来。在这项研究中,进行了新的封装设计和分析,以提高UV led的使用寿命和性能。设计并实现了一种新的紫外LED封装。为提高UV LED的光效,设计了新型封装。并对其电学特性和光学特性进行了分析。为了提高UV LED封装的光学效率,采用了基于高反射率和最佳透镜聚焦的人工智能。与现有银银Ag相比,光效提高了约30%以上,并且在新应用的光器件芯片中确认了光输出退化特性提高了约10%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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