Eizo L778 User Manual
10. GLOSSARY
Clock
With the analog input signal display, the analog signal is converted to a digital signal by the LCD
circuitry. To convert the signal correctly, the LCD monitor needs to produce the same number
clock pulse as the dot clock of the graphics system. When the clock pulse is not correctly set, some
vertical bars of distortion are displayed on the screen.
circuitry. To convert the signal correctly, the LCD monitor needs to produce the same number
clock pulse as the dot clock of the graphics system. When the clock pulse is not correctly set, some
vertical bars of distortion are displayed on the screen.
DVI
(Digital Visual Interface)
A digital flat panel interface. DVI can transmit digital data from the PC directly without loss with
the signal transition method "TMDS". There are two kinds of DVI connectors. One is DVI-D
connector for digital signal input only. The other is DVI-I connector for both digital and analog
signal inputs.
A digital flat panel interface. DVI can transmit digital data from the PC directly without loss with
the signal transition method "TMDS". There are two kinds of DVI connectors. One is DVI-D
connector for digital signal input only. The other is DVI-I connector for both digital and analog
signal inputs.
DVI DMPM
(DVI Digital Monitor Power Management)
The Power management system for the digital interface. The "Monitor ON" status (operation
mode) and the "Active Off" status (power-saving mode) are indispensable for the DVI-DMPM as
the monitor's power mode.
The Power management system for the digital interface. The "Monitor ON" status (operation
mode) and the "Active Off" status (power-saving mode) are indispensable for the DVI-DMPM as
the monitor's power mode.
Gain Adjustment
Adjusts each color parameter for red, green and blue. The color of the LCD monitor is displayed
through the color filter of the LCD panel. Red, green and blue are the three primary colors. The
colors on the monitor are displayed by combining these three colors. The color tone can change by
adjusting the illumination amount passed through each color's filter.
through the color filter of the LCD panel. Red, green and blue are the three primary colors. The
colors on the monitor are displayed by combining these three colors. The color tone can change by
adjusting the illumination amount passed through each color's filter.
Gamma
Generally, the relationship that the light intensity values of a monitor change nonlinearly to the
input signal level is called "Gamma Characteristic". On the monitor, low gamma values display the
whitish images and high gamma values display the high contrast images.
input signal level is called "Gamma Characteristic". On the monitor, low gamma values display the
whitish images and high gamma values display the high contrast images.
Phase
The phase adjustment decides the sampling timing point for converting the analog input signal to a
digital signal. Adjusting the phase after the clock adjustment will produce a clear screen.
digital signal. Adjusting the phase after the clock adjustment will produce a clear screen.
Range Adjustment
The Range Adjustment controls the level of output signal range to display the whole color
gradation.
gradation.
Resolution
The LCD panel consists of a fixed number of pixel elements which are illuminated to form the
screen image. The EIZO L578/L778 display panel consists of 1280 horizontal pixels and 1024
screen image. The EIZO L578/L778 display panel consists of 1280 horizontal pixels and 1024