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• Approximately
1 sec. after adjustment is completed, the adjustments will be
recorded as shown in the table below,
Item
Display
Registration
Reproduction
condition
condition
Sound
volume
Sound balance
Treble
Bass
Mute volume
Input status automatic
display
Line correction
Three-dimensional
Y/C
separation
HD signN
Language selection
VOLUME
BALANCE
TREBLE
BASS
MUTE LEVEL
AUTO FREQ.
LINE INTP.
3D COMB
One
set
can
be
recoFded.
During normal signat
eception.
COMPONENT
LANGUAGE
One set can be recorded
Contrast
CONTRAST
during common RGB1,
Brightness
BRIGHTNESS
RGB2 input; one set of
During normal signat
Color temperature
COLOR SELECT
two can be recorded
Gamma correction
GAMMA
during normal signal
reception.
Input signal level
VIDEO LEVEL
reception
with common
VIDEO
1, VIDEO 2 input.
Color
COLOR
One set can be recorded
During normal signat
Tint
TINT
during common VIDEO
1, reception.
Sharpness
SHARPNESS
VIDEO 2 input.
Display area
DISPLAY AREA
Display size
DISPLAY SIZE
Horizonal position
H.POSITION
One group can be
During recording and when
Vertical position
V.POSITION
recorded
for each signal
[he same signal mode is
Dot clock frequency
CLOCK
mode.
detected.
Dot clock phase
PHASE
Vedcal size
V. SIZE
• The previously
recorded
items will be lost.
• The signal mode can be identified
by the horizontal/vertical
sync frequency
and the sync
signal polarity.
Different
signals
with which all the elements
are the same or similar
will be
handled
as the same signal
• RGB 1 and RGB2
inputs have common
elements
that can be recorded
for each signal mode.
Because
of this, when the contents
are recorded
with RGB 1 (or RGB2),
there may be loss
of adjustment
dm-ing RGB2 (or RGB 1) reception
in the same signal mode.
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