| 摘要 |
<p>A high-angle-of-field, high-aperture-ratio, high-accuracy liquid crystal display device which comprises opposing substrates sandwiching a liquid crystal therebetween and a thin-film transistor substrate, which has a thin-film transistor to be turned on by a scanning signal line and provided on the thin-film transistor substrate, and which forms for application onto a liquid crystal an electric field in parallel with the thin-film transistor substrate and between a pixel electrode connected to a thin-film transistor's source and a counter electrode connected to a counter voltage signal line so as to control a transmission light, wherein at least one of the pixel electrode and the counter electrode is composed of a conductive film mainly containing Si, use of the Si-containing conductive film enabling a high-accuracy fine-fabrication of the pixel electrode and the counter electrode to provide a high-angle-of-field, high-accuracy, high-aperture-ratio, horizontal electric field type liquid crystal display device. A built-in circuit method with a reduced drive voltage will, if used, provide a higher-accuracy, higher-angle-of-field liquid crystal display device.</p> |
