Liquid crystal display panel

The invention provides a liquid crystal display panel comprising a liquid crystal display substrate, multiple gate electrode lines, multiple source electrode lines, gate electrode drivers which are connected at a gate electrode side, and source electrode drivers which are connected at a source electrode side. The source electrode drivers comprise multiple buffer amplifiers which output the output signals of the source electrode drivers to the source electrode lines of the liquid crystal display substrate. Each buffer amplifier is connected with a pulse time delay circuit. The time sequence outputted to the source electrode lines of the liquid crystal display substrate by the two adjacent buffer amplifiers is enabled to be delayed for a period of time by the pulse time delay circuit. One pulse time delay circuit is additionally arranged between every two output buffer amplifiers of the source electrode drivers so that the output time sequence of the two adjacent source electrodes is enabled to be relatively delayed for a period of time Td, delay time Td is controlled and adjusted by the resistors and the capacitors arranged in the pulse time delay circuits, and source electrode output can be matched with gate electrode time delay distortion of different positions via delay time Td. Compared with panels in the prior art, pixel charging time can be increased.