Technical Features; Power Save Function; Preset And User Modes - Sony SDM-V72W Mode D'emploi

Technical Features

Power save function

This display meets the Power Save guidelines set
by VESA, E S , and NUTEK. If the display
NERGY TAR
is connected to a computer or video graphics
board that is DPMS (Display Power Management
Signaling) compliant, the display will
automatically reduce power consumption as
shown.
Power Power
Mode Consumption
Normal Operation 49 W (max.)
Active Off * 3 W (max.)
< 2 W (typ.)
Remote Off 3 W (max.)
< 2 W (typ.)
Power Off 3 W (max.)
< 1 W (typ.)
* When your computer enters "Active Off" Power Mode, the
picture disappears from the screen and "No Input Signal"
appears. After 5 seconds, the display enters power save mode.

Preset and user modes

When the display receives an input signal, it
automatically matches the signal to one of the
factory preset modes stored in the display's
memory to provide a high quality picture at the
center of the screen. (See appendix on pages 41
and 42 for a list of the factory preset modes.)
For input signals that do not match one of the
factory preset modes, the automatic picture
quality adjustment function of this display
Power
automatically adjusts the picture position, phase,
indicator
and pitch to ensure that a clear picture appears
Green
on the screen for any timing within the display's
Amber
clock speed range.
Red
Horizontal frequency
Vertical frequency
Resolution
Off
Pixel clock
Consequently, the first time the display receives
input signals that do not match one of the
factory preset modes, the display may take a
longer time than normal to display the picture on
the screen. This adjustment data is automatically
stored in memory so that next time, the display
will function in the same way as when the
display receives the signals that match one of the
factory preset modes.
28 - 70 kHz
48 - 85 Hz
1280 x 768/60 Hz or less
94.5 MHz max.
- 32 -
In all modes mentioned previously, if the picture
is adjusted, the adjustment data is stored as a
user mode and automatically recalled whenever
the same input signal is received.