Abstract
A flexible 2-inch QVGA electrophoretic display was developed by combining a microencapsulated electrophoretic imaging layer and SUFTLA, a technology of transferring low-temperature polysilicon thin-film transistor arrays (LTPS-TFTs) from a sacrificial substrate onto another. The resultant display panel was able to successfully switch when held rigid and when being flexed. In addition, grayscale through spatial dithering was explored, as well as ways to adjust the graytones to optimal values. As a result, a good linearity of grayscale was obtained.
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