前瞻微杯式彩色電子紙之研究-子計畫二：全彩微杯型電子紙之畫素與驅動設計研究
Abstract
本計畫的主要目標是要利用多電極(Multi-electrode)的畫素設計搭配
時域差分(Temporal Differential)的驅動方法，藉由上下板電極提供垂
直電場，並由下基板的In-plane 電極提供橫向電場，因此可借由電極
的控制搭配驅動訊號來達到粒子於空間中橫向與縱向的移動。因此可
製造出更多的灰階變化，使得全彩化得以實現，並有機會可延長穩態
時間， 且更進一步加速其反應時間。
The goal of this project is to develop the optimized design for the pixel electrode and driving waveform. With the Multi-electrode design combined with temporal differential driving waveform, the electrode can provide vertical and horizontal E-field. Therefore, the pigment could be moved freely in the horizontal and vertical direction. Consequently, more gray level could be demonstrated to realize the full color E-paper. Additionally, the bi-stability and response time might also be improved.
The goal of this project is to develop the optimized design for the pixel electrode and driving waveform. With the Multi-electrode design combined with temporal differential driving waveform, the electrode can provide vertical and horizontal E-field. Therefore, the pigment could be moved freely in the horizontal and vertical direction. Consequently, more gray level could be demonstrated to realize the full color E-paper. Additionally, the bi-stability and response time might also be improved.