Pixel structure, array substrate and manufacturing method thereof
A technology of pixel structure and array substrate, applied in the fields of array substrate and its manufacture, pixel structure, can solve the problems of long conduction path of common electrode line 50, uneven signal liquid crystal panel, large signal delay, etc., and achieve uniform common voltage, The effect of increasing pixel aperture ratio and increasing storage capacitance
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Embodiment 1
[0068] Figure 5 It is a schematic plan view of the pixel structure of the a-Si thin film transistor array substrate according to Embodiment 1 of the present invention, as shown in Figure 5 As shown, the common electrodes of the pixel structure in this embodiment include a first common electrode 5 and a second common electrode 6, the first common electrode 5 is formed by the metal layer used to form the gate scanning line 2, and includes a first electrode The strip 51 and the first electrode strip 52 are in the shape of an L, and are on the same layer as the grid scanning line 2 but are not connected, and the first electrode strip 51 is parallel to the grid scanning line 2; the second common electrode 6 is used for The metal layer forming the data electrode 3 is formed, including the second electrode strip, which is in the same layer as the data electrode 3 but not connected, and the second electrode strip is parallel to the data electrode 3 . The first common electrode 5 an...
Embodiment 2
[0078] Figure 7 It is a schematic plan view of the pixel structure of the oxide thin film transistor array substrate according to Embodiment 2 of the present invention, as shown in Figure 7 as shown,
[0079] The common electrodes of the pixel structure in this embodiment include a first common electrode 5 and a second common electrode 6. The first common electrode 5 is formed by the metal layer used to form the gate scanning line 2, and includes a first electrode strip 51 and a second common electrode 6. The first electrode strip 52 is L-shaped and is on the same layer as the gate scanning line 2 but not connected, and its first electrode strip 51 is parallel to the gate scanning line 2; the second common electrode 6 is used to form a data electrode 3, including the second electrode strip, which is on the same layer as the data electrode 3 but not connected, and the second electrode strip is parallel to the data electrode 3. The first common electrode 5 and the second com...
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