Display panel and drive method therefor
A display panel and a drive method therefor, where when a gate electrode drive circuit ( 100 ) scans pixels line-by-line, a drive chip ( 300 ) controls a clock signal end to input a clock control signal (CK) into the gate electrode drive circuit ( 100 ), which causes a gate electrode scan signal (G(n)) to be output by the gate electrode drive circuit ( 100 ), and a data signal (Vd) output by a data signal end is controlled to be written to a corresponding row of pixel circuits ( 200 ). Where an active level period of the clock control signal (CK) falls within an active level period of the data signal (Vd), and a start time for the active level period of the data signal (Vd) is at least 1-2 μs earlier than a start time for the active level period of the clock control signal (CK).
1. A drive method for a display panel, wherein the display panel comprises:
a plurality of pixels, configured to display a picture;
a plurality of pixel circuits, configured to control the plurality of pixels to emit light for display; and
a gate drive circuit arranged on a side of the plurality of pixel circuits and configured to output a gate scanning signal to the plurality of pixel circuits;
wherein the drive method comprises:
controlling, when the gate drive circuit scans the plurality of pixels line by line, a clock signal end to input a clock control signal to the gate drive circuit, to make the gate drive circuit to output the gate scanning signal, and controlling a data signal output by a data signal end to be written into a row of pixel circuits;
wherein an active level period of the clock control signal falls within an active level period of the data signal, and a start time of the active level period of the data signal is at least 1 μs-2 μs earlier than that of the active level period of the clock control signal;
wherein a duty ratio of the active level period of the data signal in a scanning period of a row of pixels is greater than 50%.
2. The drive method according to claim 1 , wherein a duty ratio of the active level period of the clock control signal in the scanning period of the row of pixels is less than 50%.
3. The drive method according to claim 2 , wherein the active level period of the clock control signal is less than or equal to half of that of the data signal.
4. The drive method according to claim 1 , wherein an end time of the active level period of the clock control signal is earlier than that of the active level period of the data signal.
5. The drive method according to claim 4 , wherein the end time of the active level period of the clock control signal is at least 1 μs-2 μs earlier than that of the active level period of the data signal.
6. The drive method according to claim 1 , wherein the active level period of the data signal is 4 μs-6 μs.
7. The drive method according to claim 6 , wherein the active level period of the clock control signal is 2 μs-3 μs.
8. The drive method according to claim 1 , wherein the start time of the active level period of the data signal is at least 1 μs later than that of a scanning period of a row of pixels.
9. The drive method according to claim 8 , wherein an end time of the active level period of the data signal is at least 1 μs earlier than that of the scanning period of the row of pixels.
10. The drive method according to claim 1 , wherein the active level period of the data signal is 4 μs-6 μs.
11. The drive method according to claim 2 , wherein the active level period of the data signal is 4 μs-6 μs.
12. The drive method according to claim 3 , wherein the active level period of the data signal is 4 μs-6 μs.
13. The drive method according to claim 4 , wherein the active level period of the data signal is 4 μs-6 μs.
14. The drive method according to claim 5 , wherein the active level period of the data signal is 4 μs-6 μs.
15. The drive method according to claim 1 , wherein the start time of the active level period of the data signal is at least 1 μs later than that of a scanning period of the row of pixels.
16. The drive method according to claim 2 , wherein the start time of the active level period of the data signal is at least 1 μs later than that of a scanning period of the row of pixels.
17. The drive method according to claim 3 , wherein the start time of the active level period of the data signal is at least 1 μs later than that of a scanning period of the row of pixels.
18. The drive method according to claim 4 , wherein the start time of the active level period of the data signal is at least 1 μs later than that of a scanning period of a row of pixels.
19. A display panel, comprising:
a plurality of pixels, configured to display a picture;
a plurality of pixel circuits, configured to control the plurality of pixels to emit light for display;
a gate drive circuit arranged on a side of the plurality of pixel circuits and configured to output a gate scanning signal to the plurality of pixel circuits; and
a drive chip connected to the gate drive circuit and the plurality of pixel circuits, wherein the drive chip is configured to output a control signal to the gate drive circuit and the plurality of pixel circuits;
wherein when the gate drive circuit scans the plurality of pixels line by line, the drive chip controls a clock signal end to input a clock control signal to the gate drive circuit, to make the gate drive circuit to output the gate scanning signal, and controls a data signal output by a data signal end to be written into a row of pixel circuits; and
an active level period of the clock control signal falls within an active level period of the data signal, and a start time of the active level period of the data signal is at least 1 μs-2 μs earlier than that of the active level period of the clock control signal;
wherein a duty ratio of the active level period of the data signal in a scanning period of a row of pixels is greater than 50%.