Gate driver and driving circuit

A driving circuit, comprising a plurality of gate drivers, wherein each of the gate drivers comprises:

• a pull-up control module, a pull-down holding module, a pull-up module, a signal down-transmitting module, a pull-down module and a self-raising module;
• wherein, the pull-up control module comprises a first terminal;
• the pull-down holding module comprises a first terminal, a second terminal and a third terminal;
• the pull-up module comprises a first terminal, a second terminal and a third terminal;
• the signal down-transmitting module comprises a first terminal and a second terminal;
• the pull-down module comprises a first terminal, a second terminal, a third terminal, a fourth terminal and a fifth terminal;
• and the self-raising module comprises a first terminal and a second terminal;
• the first terminal of the pull-up control module, the first terminal of the pull-up module, the first terminal of the signal down-transmitting module, the first terminal of the pull-down module, the first terminal of the pull-down holding module and the first terminal of the self-raising module are connected at a gate signal point;
• the second terminal of the pull-down holding module, the second terminal of the pull-down module, the second terminal of the self-raising module and the second terminal of the pull-up module are connected to a horizontal scan line, respectively;
• the third terminal of the pull-down holding module and the third terminal of the pull-down module are connected to a low level signal line, respectively;
• the third terminal of the pull-up module and the second terminal of the signal down-transmitting module are connected to a clock signal line, respectively;
• the pull-up control module is configured for pre-charging the gate signal point, and, when the gate signal point is at high level, the pull-up module is controlled to output a signal of the clock signal line to the horizontal scan line;
• the pull-down module outputs a signal of the low-level signal line to the horizontal scan line when a first control signal received by the fourth terminal of the pull-down module is at high level;
• the pull-down module outputs the signal of the low level signal line to the gate signal point to control the pull-down holding module to output the signal of the low level signal line to the horizontal scan line when a second control signal received by the fifth terminal of the pull-down module is at high level;
• the self-raising module is configured for raising and maintaining a level of the gate signal point;
• the signal down-transmitting module is configured for transmitting the signal of the clock signal line to other electronic component when the gate signal point is at high level;
• the signal down-transmitting module further comprises a third terminal, and the pull-up control module further comprises a second terminal;
• the third terminal of the signal down-transmitting module of a N-th one of the gate drivers is connected to the second terminal of the pull-up control module of a (N+1)-th one of the gate drivers.