三色滤光片的设计与制备

Dang-juan Li, Shenjiang Wu, J. Lu
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摘要

在全彩、高对比度、更准确的显色技术中,高清(HD)彩色显示要求增加普通白光的红绿蓝(RGB)光的透过率,并在深度上切断其他光。常用的离散三色滤光片存在能量损失和偏振像差等缺点。本文设计并制备了一种基于薄膜技术的新型三色滤光片。测定了三基色滤光片的中心波长为λR=700.0nm、λG=546.1nm和λB=435.8nm,结果表明,滤光片在截止区透过率小于7%,在通带区平均透过率大于91%。该三色滤光片可简化制备工艺,节省涂层,提高透光性能。
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Designing and preparation of tricolor light filter
In the full-color, high contrast, more accurate color rendition technology, High-Definition (HD) color display requires to increase the transmissivity of red green blue (RGB) light of ordinary white light and cut-off others in depth. The ordinarily used discrete tricolor light filter has shortcomings such as energy lose and polarization aberration. In this paper, a new tricolor light filter was designed and prepared based on thin film technology. The center wavelengths of the tricolor light filter were determined to be λR=700.0nm, λG=546.1nm and λB=435.8nm, the results showed that the transmissivity of the filter is less than 7% in cut-off region, and the average transmissivity is greater than 91% in pass band region. The tricolor light filter can simplify the preparation process, save the coats and increase the transmission property.
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