Modeling and Simulation of Multielement LED Source

Ramane Deepa, Shaligram Arvind
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引用次数: 6

Abstract

Use of LEDs in lighting applications is increasing day by day. Performance of source constructed using many LEDs depends on the placement of LEDs on source panel and their spatial and spectral characteristics. The paper reports the development of a dedicated package for analyzing and designing of LED multi-element source. Mathematical and optical modules are developed for the same using analytical equations. The tool accommodates newly developed high intensity LEDs with variable spectral and spatial responses. Further color rendering using CIE 1964 scheme is incorporated in package to give colored illuminated pattern on target. The tool is validated by testing for different source panel geometries and for variable source characteristics.
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多元件LED光源的建模与仿真
led在照明应用中的使用日益增加。使用多个led构成的光源的性能取决于led在光源面板上的位置及其空间和光谱特性。本文报道了一种用于LED多元件源分析与设计的专用封装的开发。数学和光学模块开发了相同的使用解析方程。该工具可容纳新开发的具有可变光谱和空间响应的高强度led。进一步的显色使用CIE 1964方案被纳入到封装中,在目标上给出彩色照明图案。通过测试不同的源面板几何形状和不同的源特性,对该工具进行了验证。
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