Touch Sensing Display Gate Timing for Longer Touch Scan Output

The gate driving circuit is divided into multiple stages (first stage, second stage, third stage) that operate independently. Each stage can be controlled by different clock signals (first clock signal, second clock signal, third clock signal) to perform different functions - display driving, touch sensing, and carry signal transfer - thereby increasing the scan output time for touch sensing without compromising display performance

The gate driving circuit dynamically switches between different operating modes by receiving different clock signals. The circuit can transition between display frame mode and touch frame mode, and within touch frame mode, it can perform carry signal transfer and touch scan signal output in sequence, adapting the timing to maximize scan output time for touch sensing

The gate driving circuit is segmented into multiple stages that perform different functions at different times. The first stage handles display driving, the second stage handles touch sensing with wider on-pulse widths, and the third stage handles carry signal transfer. This temporal segmentation allows each function to optimize its parameters independently - touch sensing can use wider on-pulse widths while carry signal transfer uses shorter pulses

The gate driving circuit operates in periodic cycles, alternating between display frame periods and touch frame periods. Within touch frame periods, it performs carry signal transfer followed by touch scan signal output. This periodic structure allows the circuit to repeatedly achieve sufficient scan output time for touch sensing while maintaining efficient carry signal transfer through optimized timing in each cycle