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8 results on '"Zhang, Xiangze"'

5. P‐212: Novel Stacked OLED and Pixel Design for Enhanced Lifetimes and Improved PPI.

Author

Yuan, Can, Wan, Xiang, Wang, Xinxin, Liu, Xiuting, Zhang, Xiangze, Yuan, Zhidong, Cheng, Xuelian, Li, Yongqian, and Yu, Jianwei

Subjects
LIGHT filters, ORGANIC light emitting diodes
Abstract

In this paper, we proposed a novel stacked OLED device, which consists of a single layer of RGB units stacked vertically together. In the stacked OLED display, the pixel aperture ratio is about triple of traditional displays. The color gamut with DCI‐P3 (CIE1931) of the stacked device reaches 99% without color filter. In addition, we explored a pixel circuit suitable for the device, which theoretically improves the lifetime of the device by about 300% in this drive mode. [ABSTRACT FROM AUTHOR]

Published
2024
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6. 37‐3: Invited Paper: Novel Stacked OLED and Pixel Design for Enhanced Lifetimes and Improved PPI.

Author

Yuan, Can, Wan, Xiang, Wang, Xinxin, Liu, Xiuting, Zhang, Xiangze, Yuan, Zhidong, Cheng, Xuelian, Li, Yongqian, and Yu, Jianwei

Subjects
PIXELS, LIGHT filters
Abstract

In this paper, we proposed a novel stacked OLED device, which consists of a single layer of RGB units stacked vertically together. In the stacked OLED display, each pixel comprises only one unit OLED, with independent red, green and blue emissive units. Meanwhile, the pixel aperture ratio is about triple of traditional displays. The color gamut with DCI‐P3 (CIE1931) of the stacked device reaches 99% without color filter. In addition, we explored a pixel circuit suitable for the device, which theoretically improves the lifetime of the device by about 300% in this drive mode. [ABSTRACT FROM AUTHOR]

Published
2024
Full Text
View/download PDF

7. 37‐3: Invited Paper:Novel Stacked OLED and Pixel Design for Enhanced Lifetimes and Improved PPI

Author

Yuan, Can, Wan, Xiang, Wang, Xinxin, Liu, Xiuting, Zhang, Xiangze, Yuan, Zhidong, Cheng, Xuelian, Li, Yongqian, and Yu, Jianwei

Abstract

In this paper, we proposed a novel stacked OLED device, which consists of a single layer of RGB units stacked vertically together. In the stacked OLED display, each pixel comprises only one unit OLED, with independent red, green and blue emissive units. Meanwhile, the pixel aperture ratio is about triple of traditional displays. The color gamut with DCI‐P3 (CIE1931) of the stacked device reaches 99% without color filter. In addition, we explored a pixel circuit suitable for the device, which theoretically improves the lifetime of the device by about 300% in this drive mode.

Published
2024
Full Text
View/download PDF

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