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Design of Collimating System for LED Source

机译:LED光源准直系统设计

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摘要

Along with the development of semiconductor lighting technology, LED chip is widely used as the source of the glare flashlight. Collimating the light of the source and improving the utilization rate of light energy is crucial. The collimating lens is designed by the theory of geometrical optics and the theory of non-imaging optics. The small angle light from the source is collimated through the collimating lens surface, and the large angle light is collimated by the total reflection of the collimating lens. The collimating lens has a high light energy utilization and a good collimating performance. The collimation system is simulated and optimized in the Lighttools software. When the size of the LED chip is 1 mm~*1 mm, the energy utilization rate of the collimating lens is more than 95%, and most lighting area radii are no more than 8 m when the illuminated plane is 500 m away from the light source.
机译:随着半导体照明技术的发展,LED芯片被广泛用作眩光手电的光源。准直光源的光并提高光能的利用率至关重要。准直透镜是根据几何光学理论和非成像光学理论设计的。来自光源的小角度光通过准直透镜表面准直,大角度光通过准直透镜的全反射准直。该准直透镜具有较高的光能利用率和良好的准直性能。在Lighttools软件中对准直系统进行了仿真和优化。当LED芯片的尺寸为1mm〜* 1mm时,准直透镜的能量利用率大于95%,并且当照明平面距照明平面500m时,大多数照明区域半径不超过8m。光源。

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