Low‐power and small‐area holding latch with level‐shifting function using LTPS TFTs for mobile applications

Abstract

Abstract— A holding latch having a level shifting function fabricated by using a low‐temperature polysilicon (LTPS) process with a 5‐μm design rule on a glass backplane for power and cost effectiveness has been proposed. The layout area and the power consumption of the proposed circuit are reduced by 10% and 52%, respectively, compared with those of a typical structure which combines a static D‐latch and a cross‐coupled level shifter for a 2.2‐in. qVGA TFT‐LCD panel.

Design and implementation of readout circuit on glass substrate with digital correction for touch‐panel applications

“…SOP applications with LTPS TFTs have been in development for many years, and the integration of peripheral functional circuits have also been achieved. [5][6][7] Some works had been performed on the integration of peripheral functional circuits for SOP applications. [8][9][10] Recently, touch panels have gained significant interest and market penetration because of its intuitive operation and advantages of easier and faster entry of information for electronic devices such as PDAs, tabled PCs, and smart phones.…”