Journal
JOURNAL OF THE KOREAN CERAMIC SOCIETY
Volume 50, Issue 6, Pages 454-459Publisher
KOREAN CERAMIC SOC
DOI: 10.4191/kcers.2013.50.6.454
Keywords
Color conversion lens; Glass fit; Phosphor; Screen printing; White LED
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Recently, remote phosphors have been reported for application to white LEDs to provide enhanced phosphor efficiency compared with conventional phosphor-based white LEDs. In this study, a remote phosphor was produced by coating via screen printing on a glass substrate with different numbers of phosphor coating. The paste consists of phosphor, lowest softening glass frits, and organic binders. The remote phosphor could be well controlled by varying the phosphor content rated paste. After mounting the remote phosphor on top of a blue LED chip, CCT, CRI, and luminance efficiency were measured and values of 5300 K, 62, and 117 lm/W were respectively obtained in the 80 wt% phosphor with 3 coating layers sintered at 800 degrees C.
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