Panasonic DW10000U 사용자 설명서

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ENGLISH – 
41
Basic Operation
3. Press ENTER.
The “RENAME” screen will be displayed.
4. Use 
▲▼◄► to select the 
characters and numerals one 
by one, and press ENTER to set 
them.
5.  Once the name has been 
changed, press 
▲▼◄► to 
select OK and then press 
ENTER.
After registration, the “REGISTERED SIGNAL 
STATUS” screen is restored.
If you would like to cancel the changes to the 
signal name, use 
▲▼◄► to select “CANCEL” 
and then press ENTER. The changes will be 
cancelled and the displayed signal name will 
remain as it is.
Clearing the data of 
registered signals
1. Press 
▲▼◄► to select the 
signal whose data is to be 
cleared.
RENAME
NAME
MEMORY NO
INPUT
fH
fV
SYNC.STATE
SVGA72-A2
A2
RGB1
  48.08kHz
  72.17Hz
H(POS)
V(POS)
A B C D E F G H I J K L M N O
P Q R S T U V W X Y Z ; : , .
a b c d e f g h i j k l m n o
p q r s t u v w x y z / + - *
0 1 2 3 4 5 6 7 8 9   _ @ [ ]
<
>
BS
OK
CANCEL
RENAME
NAME
MEMORY NO
INPUT
fH
fV
SYNC.STATE
SVGA72-A2
A2
RGB1
  48.08kHz
  72.17Hz
H(POS)
V(POS)
A B C D E F G H I J K L M N O
P Q R S T U V W X Y Z ; : , .
a b c d e f g h i j k l m n o
p q r s t u v w x y z / + - *
0 1 2 3 4 5 6 7 8 9   _ @ [ ]
<
>
BS
OK
CANCEL
REGISTERED SIGNAL LIST
A1:NTSC-A1 VIDEO 
---
A2:SVGA72-A2 RGB1 
---
A3:SXGA+60-A3 RGB1 ---
A4:VGA60-A4 RGB1 
---
A5:VGA85-A5 RGB1 
---
A6:NTSC-A6 S-VIDEO 
---
A7:1080i/60i-A7 RGB1 
---
A8:1080/24p-A8 RGB1  ---
    SELECT
    
DETAILS             DELETE
ENTER
DEFAULT
REGISTERED SIGNAL LIST
A1:NTSC-A1 VIDEO 
---
A2:SVGA72-A2 RGB1 
---
A3:SXGA+60-A3 RGB1 ---
A4:VGA60-A4 RGB1 
---
A5:VGA85-A5 RGB1 
---
A6:NTSC-A6 S-VIDEO 
---
A7:1080i/60i-A7 RGB1 
---
A8:1080/24p-A8 RGB1  ---
    SELECT
    
DETAILS             DELETE
ENTER
DEFAULT
2. Press DEFAULT.
The “ENTRY SIGNAL CLEAR” screen will be 
displayed.
If the data is not to be cleared, press MENU to 
return to the “SIGNAL LIST” screen.
3. Press ENTER.
The data of the signal selected is cleared.
 Sub memory
The projector is provided with a sub memory function 
to register plural pieces of image adjustment data 
even they are determined to be the same signal by 
the frequency and form of the synchronization signal 
source.
Use this function when the user needs adjustment 
of picture quality such as aspect switching and white 
balance using the same signal source.
Sub-memory contains all data that can be adjusted 
by signals such as screen aspect ratio and image 
adjustment data (BRIGHT, CONTRAST etc.).
How to register into sub memory
A new signal cannot be registered into sub 
memory. A new signal must undergo signal 
registration.
1. Press 
◄► on normal screen 
(menu is not displayed).
A “Check sub-memory registration” screen will 
appear if sub-memory has not been registered.
The screen will show a list of the sub-memory 
registered for the currently entered signal.
If “SUB MEMORY” is selected from the 
“FUNC1” menu in the “OPTION 2” menu, you 
can use the FUNC1 button instead of the 
◄► 
buttons. (p. 73)
ENTER
MENU
ENTRY SIGNAL CLEAR
NAME
MEMORY NO
INPUT
fH
fV
SYNC.STATE
    
EXECUTE
    CANCEL
SURE?
SVGA72-A2
A2
RGB1
  48.08kHz
  72.17Hz
H(POS)
V(POS)
ENTER
MENU
ENTRY SIGNAL CLEAR
NAME
MEMORY NO
INPUT
fH
fV
SYNC.STATE
    
EXECUTE
    CANCEL
SURE?
SVGA72-A2
A2
RGB1
  48.08kHz
  72.17Hz
H(POS)
V(POS)
SUB MEMORY LIST
1-1:SXGA60-A1
1-2:SXGA60-A2
1-3:-––
1-4:-––
1-5:-––
1-6:-––
1-7:-––
1-8:-––
    SELECT
    CHANGE
ENTER
SUB MEMORY LIST
1-1:SXGA60-A1
1-2:SXGA60-A2
1-3:-––
1-4:-––
1-5:-––
1-6:-––
1-7:-––
1-8:-––
    SELECT
    CHANGE
ENTER