Abstract:
A liquid crystal display panel 1, to which an external horizontal drive circuit is connected in a TAB, COG, or other form, capable of performing aging by a substrate alone when image display is possible by connecting the external drive circuit, comprising an active matrix display area 2, a vertical drive circuit 4, and a horizontal aging circuit 5 for supplying signals to a plurality of source lines at one time provided on a substrate 3. Also, a medium- to small-sized active matrix type liquid crystal display apparatus used for a PDA etc. able to be produced at a high quality and a low cost without using a time sharing driving method and provided with a horizontal drive circuit as an external circuit, wherein a vertical drive circuit is formed integrally with a liquid crystal display area on a glass substrate by using low temperature PolySi TFTs, a horizontal drive circuit is connected to a liquid crystal display panel substrate by COG, and output terminals of a driver IC constituting the horizontal drive circuit and source lines Ls are in a one-to-one correspondence.
Abstract:
A liquid crystal display panel 1, to which an external horizontal drive circuit is connected in a TAB, COG, or other form, capable of performing aging by a substrate alone when image display is possible by connecting the external drive circuit, comprising an active matrix display area 2, a vertical drive circuit 4, and a horizontal aging circuit 5 for supplying signals to a plurality of source lines at one time provided on a substrate 3. Also, a medium- to small-sized active matrix type liquid crystal display apparatus used for a PDA etc. able to be produced at a high quality and a low cost without using a time sharing driving method and provided with a horizontal drive circuit as an external circuit, wherein a vertical drive circuit is formed integrally with a liquid crystal display area on a glass substrate by using low temperature PolySi TFTs, a horizontal drive circuit is connected to a liquid crystal display panel substrate by COG, and output terminals of a driver IC constituting the horizontal drive circuit and source lines Ls are in a one-to-one correspondence.
Abstract:
A liquid crystal display panel 1, to which an external horizontal drive circuit is connected in a TAB, COG, or other form, capable of performing aging by a substrate alone when image display is possible by connecting the external drive circuit, comprising an active matrix display area 2, a vertical drive circuit 4, and a horizontal aging circuit 5 for supplying signals to a plurality of source lines at one time provided on a substrate 3. Also, a medium- to small-sized active matrix type liquid crystal display apparatus used for a PDA etc. able to be produced at a high quality and a low cost without using a time sharing driving method and provided with a horizontal drive circuit as an external circuit, wherein a vertical drive circuit is formed integrally with a liquid crystal display area on a glass substrate by using low temperature PolySi TFTs, a horizontal drive circuit is connected to a liquid crystal display panel substrate by COG, and output terminals of a driver IC constituting the horizontal drive circuit and source lines Ls are in a one-to-one correspondence.
Abstract:
A liquid crystal display panel (1) the substrate itself of which can be subjected to aging even if it can display an image by connecting it to an external drive circuit and which is connected to an external drive circuit in the form of TAB or COG comprises, on a substrate (3), an active matrix display area (2), a vertical drive circuit (4), and a horizontal aging circuit (5) for supplying a signal to source lines together. An intermediate- or small-sized high-image quality active matrix liquid crystal display not adopting any time-division drive method, provided with a horizontal drive circuit as an external circuit, manufactured at low cost, and used for a PDA, wherein a vertical drive circuit is fabricated on a glass substrate by use of low-temperature polysilicon TFT integrally with the liquid crystal display area, a horizontal drive circuit is connected to the liquid crystal display panel substrate in the form of COG, and the output terminals of the driver IC constituting the horizontal drive circuit corresponds to source lines (Ls) in a one-to-one relationship.
Abstract:
A liquid crystal display device comprises a liquid crystal display panel including a plurality of picture elements that are two-dimensionally arranged on intersections in a matrix of gate lines in columns and signal lines in rows; and a plurality of driver ICs for applying signal potential to the picture elements in the liquid crystal display panel through signal lines corresponding to the columns. Each of the drivers IC has pins, the number of which is a submultiple of the total number of the signal lines corresponding to the columns, so that no signal lines remain unused.