Display and its driving method

A display apparatus comprising:

• a display section having a plurality of pixels arranged along a plurality of rows and columns;
• horizontal scanning lines comprising a first group of wirings, each wiring connecting a plurality of pixels commonly along a particular row;
• vertical data lines comprising a second group of wirings, each wiring connecting said plurality of pixels on a column commonly, first and second ends of said vertical data lines being connected electrically;
• a vertical scanning drive circuit arranged to be connected to a first end of each said horizontal scanning line, so as to output a vertical scanning signal to the first end of said horizontal scanning line;
• first and second horizontal scanning drive circuits connected respectively to first and second ends of each said vertical data line for outputting the same image signal to the vertical data line from the first and second ends thereof, wherein said first horizontal scanning drive circuit has a first sampling circuit and a first horizontal scanning circuit, said second horizontal scanning drive circuit has a second sampling circuit and a second horizontal scanning circuit;
• a storage circuit disposed between the first end of each said vertical data line and said second horizontal scanning drive circuit, so as to store temporarily the image signal outputted from said second horizontal scanning drive circuit;
• and
• a control circuit for controlling said vertical scanning drive circuit, said first horizontal scanning drive circuit, said second horizontal scanning drive circuit and said storage circuit, so that the same image signal is transferred to said first and second horizontal scanning drive circuits, the image signal transferred to said first horizontal scanning drive circuit is sampled according to a first horizontal scanning signal, wherein the sampled image signal is outputted to said vertical data lines synchronously with the vertical scanning signal supplied to a particular horizontal scanning line, the image signal transferred to said second horizontal scanning drive circuit is sampled according to a second horizontal scanning signal, wherein the sampled image signal is stored temporarily in said storage circuit and is thereafter outputted to the vertical data line synchronously with the vertical scanning signal supplied to another horizontal scanning line adjacent to said particular horizontal scanning line on a common vertical data line.