LCD display visual enhancement driving circuit and method

A method of charge sharing in a liquid crystal display panel, the display panel comprising:

• a plurality of pixels arranged in a plurality of rows and columns;
• a plurality of data lines, each for providing date signals to the pixels in a column, and
• a plurality of gate-lines, each for proving gate-line signals to the pixels in a row, wherein each of some or all of the pixels comprises:
• a first sub-pixel area comprising a first sub-pixel electrode electrically connected to a first capacitor, the first sub-pixel electrode arranged to receive the data signal from one of the data lines via a first switching element;
• and
• a second sub-pixel area comprises a second sub-pixel electrode electrically connected to a second capacitor, the second sub-pixel electrode arranged to receive the data signal from said one of the data lines via a second switching element, said method comprising:
• connecting a first end of a third capacitor to the second sub-pixel electrode and arranging a second end of the third capacitor to receive the data signal from said one of the data lines via a third switching element and the first end of the third capacitor to receive the data signal from said one of the data lines via the second switching element, wherein each of the first, second and third switching elements comprises a control end arranged to receive a first gate line signal for switching;
• charging the first capacitor to a first voltage level through the first switching element and charging the second capacitor to a second voltage level through the second switching element in response to the first gate-line signal;
• and
• operatively connecting the second end of the third capacitor to a circuit element for transferring part of electrical charge on the second capacitor to the third capacitor when the first gate-line signal has passed so as to reduce the second voltage level.