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Global solution of achromatic Total Internal Reflection prism in projection system

机译:投影系统中的消色差全内反射棱镜的全局解

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摘要

In this paper, an achromatic total internal reflection (TIR) prism set, consisting of two stacked prisms, is designed to reduce the lateral color aberration of a mini projector with light-emitting-diode (LED) light sources. Two different types of the prism set are proposed. Type 1 prism set is the first prism with a small Abbe number material stacked with the second prism with a large Abbe number material. By analyzing the optical properties of the proposed ATIR prism sets, we are able to choose an appropriate optical material combination of the prism set. For type 1 prism set, the corresponding lateral color aberration is 0.65μmand the size is 2306 mm3. Nevertheless, the type 1 suffers from efficiency loss of 15.5%. For type 2 prism set, the corresponding lateral color aberration is 0.61μmand the compact prism size is 3000 mm3. Although the size of type 2 prism set is larger than that of type 1, the efficiency loss can be as low as 1 %.
机译:在本文中,由两个堆叠棱镜组成的消色差总内反射(TIR)棱镜集合,用于减小具有发光二极管(LED)光源的迷你投影仪的横向颜色像差。 提出了两种不同类型的棱镜集。 类型1棱镜集是第一棱镜,其小阿贝数材料与第二棱镜堆叠,具有大的ABBE数。 通过分析所提出的Atir棱镜组的光学性质,我们能够选择棱镜集合的适当光学材料组合。 对于1型棱镜集,相应的横向颜色像差为0.65μmand,尺寸为2306mm3。 然而,1型效率损失为15.5%。 对于2型棱镜组,相应的横向颜色像差为0.61μmAMAd,紧凑棱镜尺寸为3000mm3。 虽然2型棱镜集的尺寸大于1型,但效率损耗可以低至1%。

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