Goa circuit, array substrate, and display device

A gate driver on array (GOA) circuit, configured to provide a scanning pulse signal to a pixel matrix, comprising a plurality of GOA units in cascade, wherein

• each GOA unit is configured to work in a pre-charge stage, a bootstrap output stage, an output decreasing stage, a reset stage, a first holding stage, a second holding stage and a load-mitigating stage, and comprises:
• an enable input terminal configured to receive an enable input signal,
• a clock signal terminal configured to receive a clock signal, and
• an output terminal configured to output the scanning pulse signal according to the enable input signal and the clock signal when the GOA unit is in the pre-charge stage, the bootstrap output stage and the output decreasing stage, and configured to cut off outputting the scanning pulse signal when the GOA unit is in the reset stage, the first holding stage, the second holding stage and the load-mitigating stage.

An array substrate, comprising:

• a pixel matrix;
• and
• a GOA circuit, configured to provide a scanning pulse signal to a pixel matrix, comprising a plurality of GOA units in cascade, wherein
• each GOA unit is configured to work in a pre-charge stage, a bootstrap output stage, an output decreasing stage, a reset stage, a first holding stage, a second holding stage and a load-mitigating stage, and comprises:
• an enable input terminal configured to receive an enable input signal,
• a clock signal terminal configured to receive a clock signal, and
• an output terminal configured to output the scanning pulse signal according to the enable input signal and the clock signal when the GOA unit is in the pre-charge stage, the bootstrap output stage and the output decreasing stage, and configured to cut off outputting the scanning pulse signal when the GOA unit is in the reset stage, the first holding stage, the second holding stage and the load-mitigating stage.

A display device comprising an array substrate, wherein

• the array substrate comprises:
• a pixel matrix;
• and
• a GOA circuit, configured to provide a scanning pulse signal to a pixel matrix, comprising a plurality of GOA units in cascade, wherein
• each GOA unit is configured to work in a pre-charge stage, a bootstrap output stage, an output decreasing stage, a reset stage, a first holding stage, a second holding stage and a load-mitigating stage, and comprises:
• an enable input terminal configured to receive an enable input signal,
• a clock signal terminal configured to receive a clock signal, and
• an output terminal configured to output the scanning pulse signal according to the enable input signal and the clock signal when the GOA unit is in the pre-charge stage, the bootstrap output stage and the output decreasing stage, and configured to cut off outputting the scanning pulse signal when the GOA unit is in the reset stage, the first holding stage, the second holding stage and the load-mitigating stage.