Abstract
Abstract—A highly integrated low‐temperature polysilicon AMLCD has been designed that operates from a 3‐V power supply and has a low‐voltage digital interface. This has been achieved by reducing the threshold voltage of the TFTs and integrating digital column drive circuits and charge‐pump circuits onto the display substrate. In standby mode, the display is capable of retaining an image without the need for external signals through the integration of dynamic‐memory circuits within the pixels of the display.
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