Panasonic PT-RZ370U Projector User Manual


 
Chapter 4 Settings — [ADVANCED MENU] menu
56 - ENGLISH
Blanking correction Item Operation Adjustment Range
Left side of the
screen
[LEFT]
Press the
w
button.
The blanking zone
moves to the right.
Left and right: 0 (lower
limit)
Press the
q
button.
The blanking zone
moves to the left.
Right side of the
screen
[RIGHT]
Press the
q
button.
The blanking zone
moves to the right.
Press the
w
button.
The blanking zone
moves to the left.
[INPUT RESOLUTION]
You can adjust to achieve an optimal image when there is a ickering image or smeared outlines.
1)
Press as to select [INPUT RESOLUTION].
2)
Press the <ENTER> button.
f
The [INPUT RESOLUTION] screen is displayed.
3)
Press as to select [TOTAL DOTS], [DISPLAY DOTS], [TOTAL LINES], or [DISPLAY LINES], and press
qw to adjust it.
f
Values corresponding to the signal being input are displayed automatically for each item. Increase or decrease the displayed values
and adjust to the optimal point viewing the screen when there are vertical stripes or sections are missing from the screen.
Note
f
Previously mentioned vertical banding will not occur with all white signal input.
f
The image may be disrupted while performing the adjustment, but it is not a malfunction.
f
[INPUT RESOLUTION] can be adjusted only when an analog RGB signal is input to the <COMPUTER IN> terminal or the <DVI-I IN>
terminal.
f
Certain signals may not be adjustable.
[CLAMP POSITION]
You can adjust the optimal point when the black part of the image is blunt or it has turned green.
1)
Press as to select [CLAMP POSITION].
2)
Press qw to adjust.
Status Rough guide for optimal value Range
The black part is blunt.
The point where bluntness of the black part improves the most is
the optimal value.
1 - 255
The black part is green.
The point where the green part becomes black, and the bluntness
has improved is the optimal value.
Note
f
[CLAMP POSITION] can be adjusted only when an analog RGB signal is input to the <COMPUTER IN> terminal or the <DVI-I IN> terminal.
f
Certain signals may not be adjustable.