Display Panel Clock Pseudo Lines for EMI Cancellation

The patent applies preliminary anti-action by introducing clock pseudo signals and MUX pseudo signals that are phase-inverted versions of the original clock and MUX control signals. These pseudo signals are supplied through dedicated pseudo lines to the gate driver in advance, creating electromagnetic waves that destructively interfere with the harmful electromagnetic interference generated by the original signals, thereby preventing display performance degradation before it occurs.

The patent converts the harmful electromagnetic interference into a beneficial effect by utilizing the phase-inverted pseudo signals to generate electromagnetic waves that cancel out the interference. The harmful electromagnetic waves from the clock and MUX control signals are transformed into useful cancellation waves through the pseudo signal generation mechanism, where the same signal paths and components that cause interference are repurposed to eliminate that interference.

The patent merges the functionality of signal transmission and interference cancellation by integrating the pseudo signal generation within the existing data driver and gate driver structures. The clock pseudo signal and MUX pseudo signal are generated using the same signal paths and components that carry the original signals, combining multiple functions into unified signal transmission lines that serve both driving and interference cancellation purposes.

The patent implements self-service by enabling the display device to generate its own counteracting pseudo signals using its internal signal processing capabilities. The data driver generates phase-inverted pseudo signals from the original clock and MUX control signals, and the gate driver receives and utilizes these pseudo signals through dedicated pseudo lines, allowing the system to self-correct its electromagnetic interference without external intervention.