Matrix driven liquid crystal display module system apparatus and method

A liquid crystal display module, which includes a plurality of source lines and a plurality of gate lines as a matrix, comprising:

• a plurality of first primary color display switching devices, which, to enable active matrix driving, are connected to source lines, for the exclusive use of a first primary color that are positioned so as to constitute every other source line, and connected to adjacent paired gate lines lying on both sides that form a display line, wherein said first primary color is chosen to reconcile viewer color perception and memory with a first frequency, comprising the frequency of addressing said first primary color display switching devices;
• a plurality of second primary color display switching devices, which, to enable active matrix driving, are connected to source lines that are used for both second and third primary colors and are those other than said first primary color source lines, and connected to said adjacent gate lines lying on a first side that form a display line;
• and
• a plurality of third primary color display switching devices, which, to enable active matrix driving, are connected to source lines that are used for both second and third primary colors and that are those other than said first primary color source lines, and connected to said adjacent gate lines lying on the second side that form a display line,
• wherein said plurality of second and third primary color display switching devices are addressed at a second frequency which is less than said first frequency.

A liquid crystal display module, which includes as a matrix a plurality of source lines repetitiously arranged in the order a first primary color source line, a second primary color source line and a third primary color source line, and a plurality of gate lines, comprising:

• a plurality of first primary color display switching devices, which are connected to source lines, exclusively used for a first primary color, and connected to adjacent paired gate lines lying on both sides that form a display line so as to enable active matrix driving, wherein said first primary color is chosen to reconcile viewer color perception and memory with a first frequency, comprising the frequency of addressing said first primary color display switching devices;
• a plurality of second primary color display switching devices, which are connected to source lines, used for a second primary color, and to said adjacent paired gate lines lying on a first side that form a display line, so as to enable active matrix driving;
• and
• a plurality of third primary color display switching devices, which are connected to source lines, used for a third primary color, and connected to said adjacent paired gate lines lying on the second side that form a display line, so as to enable active matrix driving,
• wherein said plurality of second and third primary color display switching devices are addressed at a second frequency which is less than said first frequency.