User manual MFGD 1318
30
Use this setting in case the imaging board is a
color board.
RGB->RGB ............. The R video signal drives the R sub-pixels, the G
video signal drives the G sub-pixels and the B
video signal drives the B sub-pixels. This is the
preferred setting for grayscale imaging boards
that have the luminance signal on all 3 video
channels, because it ensures the most levels of
gray.
G->Y ........................ The Green video signal from the imaging board
is used as luminance value to drive the RGB
subpixels of the panel equally.
B->Y ........................ The Blue video signal from the imaging board is
used as luminance value to drive the RGB
subpixels of the panel equally.
R->Y ........................ The Red video signal from the imaging board is
used as luminance value to drive the RGB
subpixels of the panel equally.
Note:
The LCD panel used in this display is originally an RGB panel,
of which the colors are disabled. All RGB subpixels are used for
grayscale reproduction.
Extended input mode
The submenu Extended contains all the items from the Standard
submenu, plus the following possibilities:
GRB->Y ................... The RGB video signals from the imaging board
are calculated and transformed into a single
luminance value according to the formula
0.3G + 0.59R + 0.11B. This single luminance
signal drives the RGB sub-pixels of the panel
equally.
GBR->Y ................... The RGB video signals from the imaging board
are calculated and transformed into a single
luminance value according to the formula
0.3G + 0.59B + 0.11R. This single luminance
signal drives the RGB sub-pixels of the panel
equally.
BRG->Y ................... The RGB video signals from the imaging board
are calculated and transformed into a single
luminance value according to the formula:
0.3B + 0.59R + 0.11G. This single luminance
signal drives the RGB sub-pixels of the panel
equally.
