Display device

Abstract

The invention discloses a display device, which comprises a grid control line, a plurality of grid driving units, and a plurality of compensating units, wherein the compensating units are connected with the output ends of the two grid driving units and are connected with the grid control line. The display device has the advantage that the traditional double-edge dual grid driving unit structure is changed into a new structure of combining a double-edge single grid driving unit and a compensating structure, so the occupation space of a grid driver is reduced, and the size of the display device is reduced.

Description

Technical field [0001] The present invention relates to the field of display technology, and in particular to a display device. Background technique [0002] In the design of existing display devices such as liquid crystal displays, a gate driver is usually integrated on an array substrate. For small displays (generally a display smaller than or equal to 19 inches), a structure of a unilateral integrated gate driver is usually adopted, namely The gate driver is only integrated at one end of the gate control line of the array substrate. For large displays (generally referring to displays larger than 19 inches), the structure of dual-sided integrated gate drivers is usually adopted, that is, the gate drivers are integrated at both ends of the gate control line of the array substrate. The reason is that the large panel is large in size and the wiring Long length, high resolution, and the large load (including large resistance and large parasitic capacitance) that will cause the gat...

AI Technical Summary

Problems solved by technology

For large-scale displays (generally refers to displays larger than 19 inches), the structure of bilateral integrated gate drivers is usually adopted, that is, the gate drivers are integrated at both ends of the gate control line of the array substrate. Long length and high resolution, the large load (including large resistance and large parasitic capacitance) will delay the gate signal, and the delay of the gate signal will cause insufficient charging of the pixel and negatively affect the uniformity of the picture. Therefore, the large-scale panels in the prior art adopt the design of bilaterally integrated gate drivers, that is,

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