| 摘要 |
<p>PROBLEM TO BE SOLVED: To obtain a transverse electric field liquid crystal display device which is free from gradation inversion, is good in visual angle characteristics, allows the utilization of low-voltage driving ICs and is high in response speed by specifying the inter-electrode distance between a liquid crystal driving electrode and a common electrode to the inter-electrode distance which is not completely uniform within one pixel but is the combination of >=2 kinds of the inter-electrode distances. SOLUTION: The inter-electrode distance of the liquid crystal driving electrode 4 and the common electrode 3 is composed of the inter-electrode distance which is not completely uniform within one pixel but is the combination of >=2 kinds of the inter-electrode distances. The inter-electrode distances include, for example, two kinds; a, b and the inter-electrode distances a, b are arranged symmetrically to the center line. When the number of the electrodes increases, the inter-electrode distances include the combinations of, for example, two kinds and the combinations of three kinds. Since liquid crystal molecules are liable to receive the influence of the electric fields from video signal wirings 2, the crosstalks of the direction aligned to the video signal wirings 2 are decreased by arranging the video signal wirings 2 so as to hold these wirings with the common electrodes 3. The inter-electrode distance (a) nearest to the video signal wirings 2 is recommended to be set at the largest value in order to further improve the effect thereof.</p> |
