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    • 29. 发明申请
    • RESET CIRCUIT, SHIFT REGISTER UNIT, AND GATE SCANNING CIRCUIT
    • 复位电路,移位寄存器单元和门扫描电路
    • WO2017152643A1
    • 2017-09-14
    • PCT/CN2016/104883
    • 2016-11-07
    • BOE TECHNOLOGY GROUP CO., LTD.BEIJING BOE DISPLAY TECHNOLOGY CO., LTD.
    • SANG, QiWANG, Baoqiang
    • G06F3/041
    • A reset circuit (300) for compensating a reduction of a level at a first node (PU) of a circuit during a first stage (S1) without affecting levels at the first node (PU) during a second stage (S2), a driving method thereof, a shift register unit, and a gate scanning circuit. The reset circuit (300) comprises a reset unit (31), a reset control unit (32), and at least three input terminals (X1-X3). The at least three input terminals (X1-X3) comprise a first input terminal (X1), a second input terminal (X2), and a third input terminal (X3), wherein the first input terminal (X1) is coupled to the first node (PU). The reset unit (31) is coupled to the first input terminal (X1), the second input terminal (X2), and a second node (N2), and is configured to be turned on if the second node (N2) is at a first level, so as to electrically couple the second input terminal (X2) with the first input terminal (X1). The reset control unit (32) is coupled to the first input terminal (X1), the second input terminal (X2), the third input terminal (X3), and the second node (N2), and is configured to electrically couple the second input terminal (X2) with the second node (N2) if the first input terminal (X1) is at the first level, and to electrically couple the second node (N2) with the third input terminal (X3) if the second input terminal (X2) is at a second level.
    • 用于在第一级(S1)期间补偿电路的第一节点(PU)的电平降低而不影响在第一级(P1)期间的第一节点(PU)的电平的复位电路(300) 第二阶段(S2),其驱动方法,移位寄存器单元和栅极扫描电路。 复位电路(300)包括复位单元(31),复位控制单元(32)和至少三个输入端子(X1-X3)。 所述至少三个输入端子(X1-X3)包括第一输入端子(X1),第二输入端子(X2)和第三输入端子(X3),其中第一输入端子(X1)与第一输入端子 节点(PU)。 复位单元(31)与第一输入端子(X1),第二输入端子(X2)和第二节点(N2)耦合,并且被配置为如果第二节点(N2)处于 第一电平,以便将第二输入端子(X2)与第一输入端子(X1)电耦合。 复位控制单元32耦接第一输入端X1,第二输入端X2,第三输入端X3和第二节点N2, 如果第一输入端子(X1)处于第一电平,则输入端子(X2)与第二节点(N2)连接,并且如果第二输入端子(X2) X2)处于第二级。