Color Calibrating Circuit Voltage Distribution Adjustment

The patent applies preliminary action by adjusting the maximum and minimum voltage values of the color signal before the signal is transmitted through the cable. The timing controller pre-adjusts the voltage distribution to compensate for expected attenuation and interference, ensuring that even after signal degradation during transmission, the gray-scale values remain accurate when received by the display device.

The patent implements feedback by using a feedback module that detects the actual voltage distribution of the transmitted color signal and adjusts the maximum and minimum voltage values accordingly. This closed-loop control system continuously monitors signal quality and makes real-time corrections to maintain accurate gray-scale representation despite transmission losses.

The timing controller performs preliminary adjustment of voltage values before signal transmission, setting optimal maximum and minimum voltage levels in advance. This pre-processing ensures that the liquid crystal molecules receive correctly calibrated voltage signals, enabling fast response times without requiring complex real-time adjustment mechanisms during operation.

The system uses the existing timing controller to perform voltage adjustment functions, leveraging its built-in capabilities rather than adding separate dedicated adjustment circuits. This self-service approach maintains relatively simple device architecture while achieving the necessary voltage calibration for optimal response time.

The patent adjusts the voltage distribution of color signals in advance before they reach the pixel electrodes. By pre-calibrating the maximum and minimum voltage values for each color channel (R, G, B), the system ensures accurate gray-scale representation that prevents longitudinal ripple phenomena, while keeping the adjustment mechanism integrated within the existing timing controller.

The patent applies different voltage adjustment parameters to different color channels (red, green, blue) based on their specific characteristics. The timing controller independently adjusts the voltage distribution for each color signal, applying local quality control to optimize the gray-scale representation for each color channel and prevent color-specific display artifacts.