A kind of array substrate and its manufacturing method
A manufacturing method and technology for array substrates, which are used in semiconductor/solid-state device manufacturing, semiconductor devices, electrical components, etc., can solve the problems of high risk of open circuit or abnormal impedance, large number of masks, and high cost, and improve product yield. , the effect of reducing the number of masks
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Embodiment 1
[0075] image 3 shown in Figure 2f Schematic flow chart of a manufacturing method of a 6-channel mask array substrate for FFS display on the basis of , the manufacturing method includes the following subsequent steps:
[0076] S7-1: cover the first transparent conductive layer 08 on the basis of the above S6, and then cover the second metal layer 05 on the first transparent conductive layer 08;
[0077] S8-1 (3 rd mask): pattern the second metal layer 05 to form a source-drain metal layer in the pixel area and a part of the second metal layer 05 in the terminal area; the source-drain metal layer in the pixel area and the metal layer below it The first transparent conductive layer 08 is in direct contact, and the first transparent conductive layer 08 is in direct contact with the semiconductor layer below it;
[0078] S9-1 (4 th mask): pattern the first transparent conductive layer 08 to expose the semiconductor layer in the channel region, and connect the first transpar...
Embodiment 2
[0084] Figure 5a~5f shown in Figure 2f On the basis of the schematic diagram of the manufacturing method of the 5-channel mask array substrate used for FFS display, the manufacturing method includes the following subsequent steps:
[0085] S7-2 (3 rd mask): such as Figure 5a As shown, the first transparent conductive layer 08 is covered on the basis of the above S6, and then the second metal layer 05 is covered on the first transparent conductive layer 08; the second photoresist 20 is coated on the second metal layer 05, The gray-scale mask exposes and develops the second photoresist 20, so that the second photoresist 20 forms a second photoresist-free region 202 located above the channel region and two photoresist-free regions 202 in the pixel region. The second thick photoresist region 201 on the side, the second thin photoresist region 203 located above the non-thin film transistor region (ie, the region in the pixel region except the semiconductor layer and the chan...
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