Gate Drive Circuit Reset Timing Adjustment

The patent applies dynamics by making the reset time adjustable rather than fixed. By controlling the reset signal timing dynamically based on the clock phase relationships, the system can adapt the reset duration to prevent flash screen while maintaining high scanning speed. The reset signal is generated with a controlled delay relative to the clock signal, allowing optimization of both speed and reliability.

The patent changes the parameter of reset time by adjusting the phase relationship between clock signals and reset signals. Specifically, the reset signal is delayed by a controlled amount of time relative to the clock signal, transforming the fixed extremely short reset time into an adjustable parameter that can be optimized to prevent flash screen while maintaining fast scanning operation.

The system dynamically adjusts the reset signal timing based on clock phase relationships. By making the reset time variable rather than fixed, the patent can optimize the balance between display quality and scanning speed. The reset signal is generated with a controlled delay that can be adjusted to achieve the optimal trade-off point.

The patent utilizes periodic action by synchronizing the reset signal with the clock signal cycles. The reset signal is generated periodically based on the clock rhythm, creating a regular pattern that allows predictable timing control. This periodic generation enables precise control of reset duration to prevent flash screen while maintaining efficient scanning operation.