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14
Power Management System
This monitor conforms to the VESA® DPMS™ standard.
This function can suppress power consumption for the display unit.
The computer and video board being used must also conform to the VESA® DPMS™ standard.
* Consult the Operation Manuals for the hardware being used.
Modes change in response to input signals as indicated in the table below.
Input signals
on
SUSPENS | icon | Votow | <10 Wats | < asee | OFF
APM : Advanced Power Management
Caution
* Turn the monitor off when it is not to be used for a long time.
+ How to release the system from the power management function.
1) Read the Operation Manuals for the hardware you are using.
2) Press one of the [1], [4, BI, [2] keys on the front panel.
The No Signal screen appears, and the monitor side power management function is
released (only in OFF STATE).
This display has two types of memory to store the data sets that control the on-screen
image. The first type of memory is the Preset Memory which is set by the factory. The
second type is the User Memory which is set by the user. Both memories store the
Horizontal Size, Vertical Size, Horizontal Position, Vertical Position, Vertical Pincushion,
Side Pincushion Balance, Trapezoid, Parallelogram, Top Corner, Bottom Corner, S-Curve 1,
S-Curve 2, Video Level, Horizontal Moire, Vertical Moire, Linearity-C and Linearity-E
adjustments of the displayed image.
A
[err | on
pOr es
Preset Memory
There are 1 preset (7 reservation) timings that are set by the factory. The preset timing will automatically size
and center the image with video boards which use these timings. Please see page 15 for Timing Specifications.
User Memory
+ There are 20 memory locations that allow for user timing. The image size, position, geometric distortion are
adjusted by the user.
* If the User Memory is completely full, and a new set of data is saved, the oldest data set in the User Memory
will be deleted.
* The User Memory has priority over the Preset Memory.
+ When the user timing is input, the Vertical, Horizontal frequencies and sync polarities of the signal are
compared with the previous data stored in memory. The input signal will be stored as a new data set if one of its
parameters is different from the previous stored one.
¢ The new input signal must have a frequency difference greater than that shown in the table below or a different
sync. polarity from that already stored. If the new timing data includes frequency changes greater than those
shown in the table below or sync. polarity changes, a new user memory setting will be stored. If the frequency
difference is smaller than that of the chart and the sync. polarities are the same, the existing settings will be
retained.
Horizontal frequency
Vertical frequency
Low 30 kHz + 0.4 kHz
Low
50 Hz +0.6 Hz
to
to
Hi 97 kHz
+ 1.0 kHz
Hi 180 Hz + 1.8 Hz
Please note if the timing does not meet the display specifications, the size and position adjustment may not
appear as desired.
Be sure the horizontal and vertical timing are within the monitor specification range.
See page 15 for Timing Specifications, preset and reservation timing.
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