Array substrate and liquid crystal display panel with same
An array substrate and common electrode technology, applied in the field of liquid crystal display panels, can solve the problems of red sub-pixel pressing light leakage, liquid crystal display panel bright bars, etc., so as to reduce the probability of disordered arrangement, improve quality and effect, and reduce the probability of pressing light leakage Effect
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[0043] Such as Figure 6 Shown is a schematic structural diagram of an array substrate disclosed in an embodiment of the present invention, which mainly includes: a gate insulating layer 101 , a common electrode COM layer 102 (layer D), a passivation layer 103 and a pixel electrode layer 104 .
[0044] Wherein, the bottom layer is the gate insulating layer 101 .
[0045] The second layer is the common electrode COM layer 102 . The common electrode COM layer 102 includes: a first common electrode COM1 and a second common electrode COM2 sequentially arranged in sections on the glass substrate.
[0046] Wherein, the first common electrode COM1 and the second common electrode COM2 are not in contact with each other, and are segmented on the common electrode COM layer 102 , and are arranged repeatedly in order of COM1, COM2, COM1, and COM2.
[0047] The third layer is a passivation layer 103 , which is laid on the first common electrode COM1 and the second common electrode COM2 ,...
example 1
[0058] Refer to attached Figure 6 The structure schematic diagram of the array substrate given in the position of each component. In the process of manufacturing the array substrate, the lengths of the first common electrode COM1 and the second common electrode COM2 are equal.
[0059] The first transparent electrode ITO1 laid along the upper step formed by the first common electrode COM1 has a length behind the upper step less than the length of the first common electrode COM1; the second transparent electrode laid along the lower step formed by the second common electrode COM2 The length of ITO2 before the lower step is less than the length of the second common electrode COM2.
[0060] The vertical corresponding part of the first transparent electrode ITO1 and the first common electrode COM1 is the first overlapping amount S1; the vertical corresponding part of the second transparent electrode ITO2 and the second common electrode COM2 is the second overlapping amount S2; ...
example 2
[0064] Such as Figure 6 As shown, in the process of manufacturing the array substrate, the length of the first common electrode COM1 is smaller than the length of the second common electrode COM2 .
[0065] The first transparent electrode ITO1 laid along the upper step formed by the first common electrode COM1 has a length behind the upper step less than the length of the first common electrode COM1; the second transparent electrode laid along the lower step formed by the second common electrode COM2 The length of ITO2 before the lower step is less than the length of the second common electrode COM2.
[0066] In the second example, in the B sub-pixel, the overlapping distance between the first transparent electrode ITO1 and the first common electrode COM1 remains unchanged; while in the R sub-pixel, the distance between the second transparent electrode ITO2 and the second common electrode COM2 is increased. The overlapping distance, that is, at this time, represents the firs...
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