Liquid crystal display apparatus

A liquid crystal display apparatus having:

• a pair of substrates of which at least one is transparent;
• and a liquid crystal layer supported between the pair of substrates, in which one of the pair of substrates has a plurality of row lines, a plurality of row lines placed intersecting the plurality of row lines and a plurality of common lines, and a first active element is provided near the intersection of said plurality of row lines and plurality of row lines, and a voltage according to image data is written to pixels placed like a matrix through the first active element,
• wherein:
• a second active element, a first pixel electrode and a second pixel electrode are provided in said pixel, and one terminal of said first active element is connected to said first pixel electrode, the other terminal is connected to the row line, one terminal of said second active element is connected to said second pixel electrode, the other terminal is connected to said common line, and besides, said first and second active elements are brought into conduction during a period of writing the voltage to a liquid crystal, and said first and second active elements are brought into the high resistance state during a holding period, and in addition, a superimposing portion via a dielectric film of said first pixel electrode and said second pixel electrode is provided around the center in a row direction of said pixels, and moreover, said first pixel electrode and said second pixel electrode are formed to be in an axisymmetric relation in the row direction centering on the superimposing portion.

A liquid crystal display apparatus having:

• a pair of substrates of which at least one is transparent;
• and a liquid crystal layer supported between the pair of substrates, in which one of the pair of substrates has a plurality of row lines and a plurality of row lines, and pixels are placed corresponding to intersections of the plurality of row lines and the plurality of row lines,
• wherein:
• a first pixel electrode and a second pixel electrode are provided in the pixel, and a first active element is placed in the pixel and an output terminal thereof is connected to one row line adjacent to the first pixel electrode and the pixel, and the second active element is placed in the pixel and its output is connected to the other row line adjacent to the second pixel electrode, and besides, the first and second active elements are brought into conduction during a period of writing a voltage to a liquid crystal, and the first and second active elements are brought into a high resistance state during a holding period, and a difference voltage between the adjacent row lines is applied to the liquid crystal to display an image, and in addition, a capacitance between the row line and the first pixel electrode and that between the row line and the second pixel electrode are equal as to each row line adjacent to the pixel.

A liquid crystal display apparatus having:

• a pair of substrates of which at least one is transparent;
• and a liquid crystal layer supported between the pair of substrates, in which one of the pair of substrates has a plurality of row lines and a plurality of row lines, and pixels are placed corresponding to intersections of the plurality of row lines and the plurality of row lines,
• wherein:
• a first pixel electrode and a second pixel electrode are provided in the pixel, and a first active element is placed in the pixel and an output terminal thereof is connected to one row line adjacent to the first pixel electrode and the pixel, and the second active element is placed in the pixel and its output is connected to the other row line adjacent to the second pixel electrode, and besides, the first and second active elements are brought into conduction during a period of writing a voltage to a liquid crystal, and the first and second active elements are brought into a high resistance state during a holding period, and a difference voltage between the adjacent row lines is applied to the liquid crystal to display an image, and in addition, and a superimposing portion via a dielectric film of the first pixel electrode and the second pixel electrode is provided around the center in a row direction of the pixels, and moreover, the first pixel electrode and the second pixel electrode are formed to be in an axisymmetric relation in the row direction centering on the superimposing portion.