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Monolithic LED Microdisplay on Active Matrix Substrate Using Flip-Chip Technology
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DOI：10.1109/JSTQE.2009.2015675.png)
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Abstract
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A monolithic high-resolution (individual pixel size 300 x 300 mu m(2)) active matrix (AM) programmed 8 x 8 micro-LED array was fabricated using flip-chip technology. The display was composed of an AM panel and a LED microarray. The AM panel included driving circuits composed of p-type MOS transistors for each pixel. The n-electrodes of the LED pixels in the microarray were connected together, and the p-electrodes were connected to individual outputs of the driving circuits on the AM panel. Using flip-chip technology, the LED microarray was then flipped onto the AM panel to create a microdisplay.
Keywords:
Active arrays
displays
flip-chip devices
gallium compounds
LEDs
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