GOA drive circuit applied to flat panel display and flat panel display

Abstract

The invention discloses a GOA drive circuit applied to a flat panel display and the flat panel display. The GOA drive circuit comprises a front section circuit, a middle section circuit and a rear section circuit, wherein GOA drive subunits in the front section circuit, the middle section circuit and the rear section circuit respectively receive a first clock signal and a second clock signal to sequentially generate corresponding gate drive signals, interrupt cycles are set in the first clock signals and the second clock signals so that interruption can be generated between the corresponding gate drive signals which are sequentially generated, and the flat panel display executes the touch control detection operation within the interrupted intervals. By means of the mode, the scanning interruption of the GOA drive circuit can be achieved, and the touch control scanning frequency is increased.

Description

technical field [0001] The invention relates to the technical field of displays, in particular to a GOA driving circuit applied to flat panel displays and the flat panel display. Background technique [0002] The gate driver on array GOA (gate driver on array GOA) has the advantages of lower production cost and narrow frame design, and has been gradually applied in the field of liquid crystal display (LCD); at the same time, it can provide a natural interface touch between the electronic system and the user Sensing technology has also been widely used in various fields, especially in-cell touch, which has the advantages of thin thickness and sensitive touch. [0003] In the prior art, when the GOA drive circuit and touch technology are combined and applied, usually, when the panel is working normally, the advanced GOA circuit drives the scan, and after all the gate line scans are completed, the touch signal output scan is performed. , there is no interruption in the process...

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Problems solved by technology

[0003] In the prior art, when the GOA drive circuit and touch technology are combined and applied, usually, when the panel is working normally, the advanced GOA circuit drives the scan, and after all the gate line scans are completed, the touch signal output scan is performed. , there is no interruption in the process of GOA circuit driving scanning, so the frequency of GOA circuit driving scanning is consistent with the frequency of touch signal output scanning, that is, one GOA circuit driving scan can only correspond to one touch signal output scanning, which limits the touch control scanning frequency

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