Shift register circuit, array substrate and display apparatus

Abstract

The invention provides a shift register circuit, an array substrate and a display apparatus, and belongs to the technical field of display driving. The shift register circuit comprises two or more than two driving modules arranged on an array substrate for subarea driving according to a direction vertical to a grid wire, and any two adjacent driving modules in the direction vertical to the grid wire are defined as a first driving module and a second driving module, wherein first driving input wiring of the first driving module is arranged in such a way that first clock driving signals are successively accessed from a shift register at a first-end position of the first driving module to a shift register at a second-end position of the first driving module, and second driving input wiring of the second driving module is arranged in such a way that second clock driving signals are successively accessed from a shift register at a second-end position of the second driving module to a shift register at a first-end position of the second driving module. According to the invention, an RC delay at a juncture of the two driving modules basically does not jump, and the display effect is improved.

Description

technical field [0001] The invention belongs to the technical field of display driving, and relates to a block (Block) driving of GOA (GateDriverOnArray, a driver located on an array substrate), in particular to a shift register circuit, an array substrate and a display device. Background technique [0002] In the display panel, a gate drive circuit is required to drive the TFT array formed on the array substrate to control the display of each pixel or sub-pixel unit. Among them, the GOA technology is to manufacture the gate drive circuit on the array substrate to avoid Arranging circuit boards and chips for forming gate driving circuits outside the array substrate is very beneficial to reducing the frame size of the display, improving the integration of the display panel and reducing the cost, so it is widely used. [0003] In the existing GOA technology, a shift register arranged on an array substrate is used to provide a gate driving signal for a corresponding gate line, ...

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Problems solved by technology

[0006] However, the inventors of the present application have found that at the junction of adjacent GOA blocks, the resistive load and capacitive load of the drive signal input of the adjacently arranged shift registers will undergo relatively large jumps, thereby correspondingly generating the drive signal input The delay jump, the delay jump is reflected on the display to generate Block problems, such as Flicker (flicker) and horizontal stripes Mura problems between the display areas corresponding to adjacent GOA blocks

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