Array Substrate Electrode Layout for Faster Liquid Crystal Response

The second electrode is divided into multiple branch electrodes with concave and convex portions, segmenting the electrode structure to increase the edge region area. This segmentation allows more liquid crystal molecules to be positioned at the edges where the electric field is strongest, thereby accelerating the response speed without requiring complex multi-layer electrode arrangements

The invention transitions from a simple planar electrode structure to a three-dimensional structure with concave and convex portions by adding vertical dimensionality. This dimensional change increases the effective edge region area of the electrode, enabling faster liquid crystal response while maintaining a relatively simple manufacturing process

By segmenting the electrode into branch structures with concave and convex portions, the design increases the edge region perimeter without requiring extremely precise control over the absolute dimensions. The segmented structure naturally creates more edge regions where liquid crystal rotation occurs, improving productivity while keeping manufacturing precision requirements at achievable levels

The concave and convex portions create local variations in the electrode structure that concentrate the electric field at specific locations. This local quality enhancement ensures that liquid crystal molecules at these edge regions experience stronger fields and rotate faster, improving overall productivity without requiring high precision across the entire electrode structure