Gate Driving Circuit And Display Panel

A gate driving circuit, comprising:

• an input circuit, an output circuit, a stabilizing circuit, a pulling circuit, a pulling control circuit, wherein the input circuit includes a first switching tube and a second switching tube, and the stabilizing circuit includes a third switching tube;
• a first path terminal of the first switching tube is connected with a control terminal of the first switching tube and a control terminal of the second switching tube, and receives the scanning driving signal of the previous stage;
• a second path terminal of the first switching tube is connected with the pulling circuit, the first switching tube is turned on under an action of the scanning driving signal of the previous stage in order to transfer the scanning driving signal of the previous stage to the pulling circuit to set the pulling circuit in a first status;
• a first path terminal of the second switching tube is connected with a first reference voltage level, a second path terminal of the second switching tube is connected with a first node, the first node is connected with the output circuit, the second switching tube is turned on under the action of the scanning driving signal of the previous stage such that the first reverence voltage level set the voltage of the first node as a first voltage, and the voltage of the first node is held by the output circuit such that the output circuit outputs a scanning driving signal of a current stage according to a first clock signal;
• a second path terminal of the first switching tube simultaneously connects a control terminal of the third switching tube to receive the scanning driving signal of the previous stage, a first path terminal of the third switching tube connects the first reference voltage level, a second path terminal of the third switching tube connects a second node, the third switching tube is turned on under an action of the scanning driving signal of the previous stage such that the first reference voltage level sets the voltage of the second node as the first voltage, and the voltage of the second node is held by the third switching tube;
• the pulling circuit is connected with the second path terminal of the second switching tube at the first node, the pulling circuit is connected with the second path terminal of the third switching tube at the second node, the pulling circuit connects the pulling control circuit, the pulling control circuit responds to a second clock signal to set the pulling circuit in a second status, so as to use a second reference voltage level to pull the voltages of the first node and the second node and hold the voltages of the first node and the second node at a second voltage.