OLED Panel Voltage Control for Luminance Uniformity

The patent applies local quality by dividing the display screen into multiple regions (e.g., center region and peripheral regions) and applying different driving voltages to different regions. The center region receives a first driving voltage while peripheral regions receive a second driving voltage that is lower than the first, thereby maintaining luminance uniformity across the screen while reducing overall power consumption by avoiding uniform high voltage application.

The patent implements local quality by applying different driving voltages to different regions of the display. The center region is driven at a higher voltage to achieve adequate luminance, while peripheral regions are driven at a lower voltage, thereby reducing overall power consumption and minimizing temperature rise while maintaining acceptable display performance.

The patent resolves this contradiction by implementing local quality through region-specific voltage control. The display panel is divided into multiple regions with different driving voltage characteristics. This approach maintains manufacturing simplicity by using a relatively straightforward voltage division scheme while effectively compensating for luminance non-uniformity that would otherwise occur with uniform voltage application.

The patent applies local quality by determining different driving voltages for different regions of the display based on their specific luminance requirements. The center region, which typically requires higher voltage for adequate luminance, receives a first driving voltage, while peripheral regions receive a lower second driving voltage. This selective voltage application maintains overall luminance performance while significantly reducing total power consumption compared to uniform high-voltage driving.