Display Panel Driver PLL Training for Stability

The patent applies preliminary action by performing PLL training during holding periods before normal operation. The training synchronizing signal is applied in advance during holding periods to train the PLL, so that when abnormal operations occur, the PLL is already prepared and can recover more effectively. This proactive training during idle holding periods resolves the contradiction by maintaining productivity while preemptively ensuring reliability.

The patent implements periodic action by applying the training synchronizing signal at regular intervals during holding periods. The PLL training is performed periodically rather than continuously, allowing the display to maintain high refresh rates while intermittently training the PLL to ensure stability. This periodic training during holding periods resolves the contradiction between productivity and reliability.

The patent uses preliminary action by preparing the PLL through training during holding periods before potential malfunctions occur. The training synchronizing signal is applied in advance during these periods, so when abnormalities occur, the system is already primed for recovery. This resolves the contradiction by maintaining continuous operation while preemptively enabling repair capabilities.

The patent introduces the training synchronizing signal as an intermediary element that facilitates PLL recovery. This special signal acts as a mediator between the driving controller and the data driver, enabling recovery from malfunctions without requiring traditional blank periods. The intermediary training signal resolves the contradiction by providing repair capability through a different mechanism.

The patent applies periodic action by training the PLL only during holding periods at regular intervals, rather than continuously. The training synchronizing signal is applied periodically during these idle periods, maintaining PLL stability while avoiding continuous energy consumption. This resolves the contradiction between reliability and energy usage by making the training process intermittent rather than continuous.

The patent maintains continuity of useful action by utilizing holding periods that would otherwise be idle for PLL training. Instead of wasting these periods, the system performs beneficial PLL training, ensuring both reliability and energy efficiency. This resolves the contradiction by making productive use of existing idle time rather than adding continuous training operations.