Text preview for : GP3D TH-42PW3 TH-42PWD3.pdf part of panasonic GP3D TH-42PW3 TH-42PWD3 panasonic PDP GP3D TH-42PW3 TH-42PWD3.pdf
Back to : GP3D TH-42PW3 TH-42PWD3.p | Home
0858 10& /-57
5
8/
4 8'
!"#(. 5'( $/1
- 18 0"#. :3'#) 5'( /1
!"# $ % 5".) -)" * 3 ! :. $ @ 8
&
% #'() # 1& , >. %7
> *7
&*% + ,, # 1& , 5# % $ > *7
-!. 5!
5".) #
/"# 0#"# 1 :3# !!
& "'" 23! %#3 ! !
1-
4
4'
+ +'1- 5"#3 7$ !!
' "# + 5 * " %:3# + $&=: # ! # .)
6 & "'" 23!
&2=: #3 "=
& 7 "'" 23!
& ! 8
#)"
!"#89 / 8
#)"
69 & "'" .: )&
;&
"'"
88 ;&
"'"
5 & ' & "'"
5 & ' & "'"
9
9
<9
<9
<9!"#(.
:3'#) 5'( "
& !! & !
"= >#. "=
/!" 3! # "# 7 % !
!!&
+#3# .# /#. &? 4#&
..
:3# & #3 "):
#(# .# , .&
A &&A .. A 7
A &&A .! ".) ".A * A &&A 8!" "##A 7
A & &A .! ".) ". ##A * A &2&A 4/
C#A 7
A &
&A 8 9. ##A * A &7&A ". . ##:A 7
A &*&A B# 9. ##A * A &$&A
- !"#
-# !A 7
A &&A >. ##A "
# $
%
A &&A ( B. 5 )#!A A &&A 5".) /#A $
A &2&A /#.#A & '
A &7&A %#A A 2&&A 1 A
A &$&A %.. .#:A A 2& &A 1 #A
A &&A # #" A A 2&
&A 4. ,.A
A &&A # #" A ()$)*) +
$ *,
-
A & &A # #"
A A 7&&A #A
A &
&A # #" *A 2 A 7& &A D= C#!# ,# &&& >3:A
A &*&A # #" A 2 . # .
/
A &&A 8"# #" # #" A 2 * $ 0-
A &&A ('B. A 2 A &&A "".) #A
*
A &2&A 5. A 7 A & &A :) 8) 5 . 0#"#A
A &7&A .!
/
"# (:3# /#,A 7 1$ *% "
A &$&A 8. .= A 7 $ 2
3
A &&A B'
'A
$
A & &A 'A *
A
&&A @ #'"A A &
&A '? '? 2' 7'A *
A
& &A 5 #'"A A &*&A ' 'A *
A
&
&A
C#!# .! 4#A A &&A 59'A *
A
&*&A -# # 4#A A &&A 5'A *$
A
&&A /#.# .
C#A A &2&A 'A
A &7&A '? '
'A
A *&&A #
.:!#A
A &$&A
' 'A 2
A *& &A >#A
A &&A5' 'A
7
A *&
&A // ! ##A * A &&A'? '?
'? *'A
$
!
" *%
"
A &&A 59 ##A A
&&A 3!# 5:! 1#A
A & &A 50 C#A A
& &A + .= 5:!A
A &
&A 1- ". 3# (.A 2 A
&
&A ?
? ? ? 2? 7? B' .= 5:!A
A &*&A
4
+ ". 3# (.A 7 A
&*&A ' 3!# 5:!A *
A &&A #. ##:A A
&&A
'? B' 3!# 5:!A
A &&A 89 ". 3# (.A A
&&A '? '?2' 7' 3!#
A &2&A 5 ". 3# (.A
5:!A
A &7&A ". (.A A
&2&A ' .= 5:!A 2
A &$&A ( (:3 ##:A A
&7&A ' 3!# 5:!A 7
A &&A & ##:A 7 A
&$&A ' 3!# 5:!A $
A &&A .
4
4A 7 A
&&A59' .= 5:!A
2
A & &A 9 .A 7 A
&&A59'
3!# 5:!A
2
A &
&A
::A 7 A
& &A59'
3!# 5:!A
2
A &*&A . .A 7 A
&
&A59'
?
' 3!# 5:!A
2
A
&*&A5' .= 5:!A
2* A
&
&A*' 3!# 5:!A
$
A
&&A5' 3!# 5:!A
2 A
&
&A' .= 5:!A
$
A
&&A5' 3!# 5:!A
2 A
&
&A' 3!# 5:!A
$
A
&2&A5'
3!# 5:!A
22 A
&
&A' 3!# 5:!A
$
A
&7&A5' * 3!# 5:!A
27 A
&
*&A5' 3!# 5:!A
$*
A
&$&A5' 3!# 5:!A
2$ A
&
&A ' 3!# 5:!A
$
A
& &A5' 3!# 5:!A
7 A
&
&A' .= 5:!A
$
A
& &A5' 2 3!# 5:!A
7 A
&
2&A' 3!# 5:!A
$2
A
& &A5' 7 3!# 5:!A
7 A
&
7&A'? '
'A
$7
A
&
&A5' $ 3!# 5:!A
7
3
#
A
& *&A5' 3!# 5:!A
7* ! .
A
& &A5' 3!# 5:!A
7 "4
.
A
& &A5' 3!# 5:!A
7 A &&A 8."!# # 4# 1#A
A
& 2&A' 3!# 5:!A
72 A & &A +3. 8".!# # 4#A *
A
& 7&A ' 3!# 5:!A
77 A &
&A .#. 8".!# # 4#A
A
& $&A
' ' 3!# 5:!A
7$
B:&
B:&
,
#
& -
.
/
&
0 0
!
" ! #
$ %
B:& 5
,
1,
B:&
&
'(
))* $') + %
"
#
$
B:&
B:& 9
2&*&''( +
3 + 3 +& 5
!
%
&
B:& B
.
+4
!5& 6
B:&
+
5
!
)
'
& ()
B:& / B:& .
6
& !
3 6
& !
3
6 /
6 7 $ %
6
*
B:& 4
B:& E 9
8 4
*
B:& + B:& 0
6
& !
3 :
2 )
6 /
!
&
+
+
+ !
B:& 1
!
3
+ $
%
B:&
"
;
6 7
& '
'
3 "
9
$
5
'( %
.
"
2
"
$"%
2
"
3
9
/ )*
<
"
'
01 !
B:& D
B:&
:
.
'( 5 "
& 5
7
:
'(
(
:
. :
# .:
:
%
,# -,! !5
).
#
/ #
;
#
.:
5
B:& 8
!
1 "
$ = > =
%
2( 2 $7
%
$=
%
!
'
! B# ! B#
59 ( /#, / #
( # .#: #.
5 ( 5:#. " G #. ( : .#: #.
( "".) ( .) .#: #.
( 2 ( # .#: "##
( # 5 7 ( : .#: "##
( 5# "" 4,# ( /"# #!.
( 5# "" 8:3# B ( 4 ,.#
( 5# 4 8:3#
( "= #!.
* ( 5# 4 4,# ( # # ""
( B# #3 G 8!# 8
( # # 4
( #3 ( # ""
5 ( #
?
20 +
@ 2@ ! (7 $& .&
3 %
22(7 $A %
(7 ((7 *(7&
22(7 ?(7 2(7
@ @! -
@ @ >
> 8
6 > 8
B
-# "# .#: .! 1!
* " # * ; 8* B
,!# .
" $ ;& @
"
;& @
"
;&
"
'
;&
'
" ;& @
" 7
&* ;& @
&
2 " * ;& -
! +
@ 2@! = 2(( C
@ @ >
> 8
6 >
> 2*>?
B
-# "# .#: .! 1!
- ; 8
-. ; 8*$7 (=
- ;& 827
-- ; 872 #
-
5
5 ; 82
7
-5
2 ; 8$
2(
,3
( 4
5
4
22
#
$
,3
@ 2@!
@ @ >
> 8
6 >
B
-# "# .! 1!
- 8 * /#. . 8
- 8
/#. . #
2
67 ,)
@ 2@
;: 2
& $1
%
@ @
8
@ 2@ +
&
@ @ +
&
2
##9
2
2)
!
Alignment menu
INPUT Equipment Test Point Level Remark
Subject Item
1 NTSC Oscilloscope TP8004 VPC SETTING DG CONTRAST 0.7V+-0.02V
Colour Bar
(3A)
100IRE
2 PAL Oscilloscope TP8004 VPC SETTING DG CONTRAST 0.55V+-0.02V
Colour Bar
(3A)
(9: 3
Alignment menu
INPUT Equipment Test Point Procedure
Subject Item
1 NTSC or PAL - - VPC SETTING DVCO SETTING 1) Access to DVCO SETTING mode.
Colour Bar
Standard signal 2) Press ACCESS key on remote then automatic
DVCO setting is started.
3) When data becomes " 1 "adjustment is completed. .
* Do not use this function without input signal.
2*
;59
7.
INPUT Equipment Setting Alignment menu Procedure
1 NTSC Color Picture: 1) Find the nearest area to brightness of 5 cd/m2 as Low
Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 5 cd/m2
Cool exactly.
Aspect: PANEL W/B
16:9 G cut off 3) Set G cut off to " 80 ".
PANEL W/B
B cut off 4) Adjust B and R cut off to set color temperature as
R cut off shown Fig.-01.
High light 75% Sub Adjust
Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light
to 5 cd/m2.
6)Find 75% of white area by color sensor.
PANEL W/B
G Drive 7) Set G Drive to " D8 ".
PANEL W/B
B Drive 8) Adjust B and R Drive to set color temperature
R Drive as shown Fig.-01.
9) Repeat item 4) to 7) to set both Low light and
high light.
PANEL W/B
R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".
PANEL W/B
R,G,B cut off 11) Re-adjust Low light level again.
Color Temp. x y
Cool(Hi) 0.272 0.29
Normal(Mid) 0.288 0.296
Warm(Low) 0.313 0.329
Fig. -01
2 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Normal PANEL W/B
Aspect: R,G,B Drive
16:9
3 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Warm PANEL W/B
Aspect: R,G,B Drive
16:9
4 Picture: Picture Menu 1) Change color templature to "Cool".
Normal Sub Adjust
White balance: Sub Bright 2)Re-set Sub bright to "30"
Cool
Aspect:
16:9
2<
,4<89,=
7.
INPUT Equipment Setting Alignment menu Procedure
1 PAL Color Picture: 1) Find the nearest area to brightness of 5 cd/m2 as Low
Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 5 cd/m2
Cool exactly.
Aspect: PANEL W/B
16:9 G cut off 3) Set G cut off to " 80 ".
PANEL W/B
B cut off 4) Adjust B and R cut off to set color temperature as
R cut off shown Fig.-02.
High light 75% Sub Adjust
Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light
to 5 cd/m2.
6)Find 75% of white area by color sensor.
PANEL W/B
G Drive 7) Set G Drive to " D8 ".
PANEL W/B
B Drive 8) Adjust B and R Drive to set color temperature
R Drive as shown Fig.-02.
9) Repeat procedure 4) to 7) to set both Low light and
high light.
PANEL W/B
R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".
PANEL W/B
R,G,B cut off 11) Re-adjust Low light level again.
Color Temp. x y
Cool(Hi) 0.272 0.29
Normal(Mid) 0.288 0.296
Warm(Low) 0.313 0.329
Fig. -02
2 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Normal PANEL W/B
Aspect: R,G,B Drive
16:9
3 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Warm PANEL W/B
Aspect: R,G,B Drive
16:9
4 Picture: Picture Menu 1) Change color templature to "Cool".
Normal Sub Adjust
White balance: Sub Bright 2)Re-set Sub bright to "30"
Cool
Aspect:
16:9
2'
Equipment Setting Alignment menu Procedure
5 Picture: 1) Write down each color temaparature of R,G,B drive and
Normal Cut off data as follows.
Aspect:
16:9
White
White balance: Balance Cool Normal Warm
Cool R Drive
Normal G Drive
Warm B Drive
R Cut off
G Cut off
B Cut off
SECAM signal 2) Input SECAM signal.
3) Copy PAL R,G,B drive and cut off data of each white
balance mode to SECAM position.
2?
)
INPUT Equipment Setting Alignment menu Procedure
** Adjust at the dark room.
1 Component Picture: PANEL W/B
(525i, 525p, 625i, Normal R cut off 1) Set R,G and B cut off to " 80 ".
720i or 1080i) White balance: G cut off
Cool B cut off
Gray Scale Aspect: Chroma Control:
Pattern 16:9 Gun off 2) Set Gun off to "5". (Only green pixels can emit.)
RGB Sub Adjust:
G Sub Bright 3) Adjust G Sub bright to start some of green pixels emission
at black 2% area and no emission at black 0% area.
Chroma Control:
Gun off 4) Set Gun off to "3". (Only blue pixels can emit.)
RGB Sub Adjust:
Black 2 % B Sub Bright 5) Adjust B Sub bright to start some of blue pixels emission
Black 0 % at black 2% area and no emission at black 0% area.
Chroma Control:
Gun off 6) Set Gun off to "6". (Only red pixels can emit.)
RGB Sub Adjust:
R Sub Bright 7) Adjust R Sub bright to start some of red pixels emission
at black 2% area and no emission at black 0% area.
2 RGB(PC) Picture: 1) Change input to RGB signal.
Gray Scale Normal PANEL W/B
Pattern White balance: R,G,B cut off 2) Repeat procedure 1) to 7) of Component input signal.
Cool PANEL W/B
Aspect: R,G,B Drive
16:9
Black 2 %
Black 0 %
(
0
7.
INPUT Equipment Setting Alignment menu Procedure
1 PC Color Picture: 1) Find the nearest area to brightness of 5 cd/m2 as Low
Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 5 cd/m2
Cool exactly.
Aspect: PANEL W/B
16:9 G cut off 3) Set G cut off to " 80 ".
PANEL W/B
B cut off 4) Adjust B and R cut off to set color temperature as
R cut off shown Fig.-03.
High light 75% Sub Adjust
Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light
to 5 cd/m2.
6)Find 75% of white area by color sensor.
PANEL W/B
G Drive 7) Set G Drive to " D8 ".
PANEL W/B
B Drive 8) Adjust B and R Drive to set color temperature
R Drive as shown Fig.-03.
9) Repeat item 4) to 7) to set both Low light and
high light.
PANEL W/B
R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".
PANEL W/B
R,G,B cut off 11) Re-adjust Low light level again.
Color Temp. x y
Cool(Hi) 0.272 0.29
Normal(Mid) 0.288 0.296
Warm(Low) 0.313 0.329
Fig. -03
2 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Normal PANEL W/B
Aspect: R,G,B Drive
16:9
3 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Warm PANEL W/B
Aspect: R,G,B Drive
16:9
4 Picture: Picture Menu 1) Change color templature to "Cool".
Normal Sub Adjust
White balance: Sub Bright 2)Re-set Sub bright to "30"
Cool
Aspect:
16:9
2
INPUT Equipment Setting Alignment menu Procedure
5 Picture: 1) Write down each color temaparature of R,G,B drive and
Normal Cut off data as follows.
Aspect:
16:9
White
White balance: Balance Cool Normal Warm
RGB Cool R Drive
Gray Scale Normal G Drive
Pattern Warm B Drive
R Cut off
G Cut off
B Cut off
2) Input RGB signal.
High light 75%
Low light 15% 3) Copy PC R,G,B drive and cut off data of each white
balance mode to RGB position.
"
6
7.
INPUT Equipment Setting Alignment menu Procedure
HD
1 (720i or 1080i) Color Picture: 1) Find the nearest area to brightness of 5 cd/m2 as Low
Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 5 cd/m2
Cool exactly.
Aspect: PANEL W/B
16:9 G cut off 3) Set G cut off to " 80 ".
PANEL W/B
B cut off 4) Adjust B and R cut off to set color temperature as
R cut off shown Fig.-04.
High light 75% Sub Adjust
Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light
to 5 cd/m2.
6)Find 75% of white area by color sensor.
PANEL W/B
G Drive 7) Set G Drive to " D8 ".
PANEL W/B
B Drive 8) Adjust B and R Drive to set color temperature
R Drive as shown Fig.-04.
9) Repeat item 4) to 7) to set both Low light and
high light.
PANEL W/B
R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".
PANEL W/B
R,G,B cut off 11) Re-adjust Low light level again.
Color Temp. x y
Cool(Hi) 0.272 0.29
Normal(Mid) 0.288 0.296
Warm(Low) 0.313 0.329
Fig. -04
2 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Normal PANEL W/B
Aspect: R,G,B Drive
16:9
3 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Warm PANEL W/B
Aspect: R,G,B Drive
16:9
4 Picture: Picture Menu 1) Change color templature to "Cool".
Normal Sub Adjust
White balance: Sub Bright 2)Re-set Sub bright to "30"
Cool
Aspect:
16:9
INPUT Equipment Setting Alignment menu Procedure
5 Picture: 1) Write down each color temaparature of R,G,B drive and
Normal Cut off data as follows.
Aspect:
16:9
White
White balance: Balance Cool Normal Warm
RGB Cool R Drive
Gray Scale Normal G Drive
Pattern Warm B Drive
R Cut off
G Cut off
B Cut off
2)Change input signal to 525i and 525p.
High light 75%
Low light 15% 3) Copy HD drive and cut off data of each white
balance mode to each signals position.
%
INPUT Equipment Setting Alignment menu Procedure
1 625i Color Picture: 1) Find the nearest area to brightness of 5 cd/m2 as Low
Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 5 cd/m2
Cool exactly.
Aspect: PANEL W/B
16:9 G cut off 3) Set G cut off to " 80 ".
PANEL W/B
B cut off 4) Adjust B and R cut off to set color temperature as
R cut off shown Fig.-05.
High light 75% Sub Adjust
Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light
to 5 cd/m2.
6)Find 75% of white area by color sensor.
PANEL W/B
G Drive 7) Set G Drive to " D8 ".
PANEL W/B
B Drive 8) Adjust B and R Drive to set color temperature
R Drive as shown Fig.-05.
9) Repeat item 4) to 7) to set both Low light and
high light.
PANEL W/B
R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".
PANEL W/B
R,G,B cut off 11) Re-adjust Low light level again.
Color Temp. x y
Cool(Hi) 0.272 0.29
Normal(Mid) 0.288 0.296
Warm(Low) 0.313 0.329
Fig. -05
2 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Normal PANEL W/B
Aspect: R,G,B Drive
16:9
3 Picture: 1) Change white balance to "Normal".
Normal PANEL W/B
White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.
Warm PANEL W/B
Aspect: R,G,B Drive
16:9
4 Picture: Picture Menu 1) Change color templature to "Cool".
Normal Sub Adjust
White balance: Sub Bright 2)Re-set Sub bright to "30"
Cool
Aspect:
16:9
)
'
).
)
INPUT Equipment Setting Alignment menu Procedure
** Adjust at the dark room.
1 NTSC Picture: PANEL W/B
Gray Scale Normal All cut off 1) Set white balance to Cool.
Pattern Aspect:
16:9 2) Adjust All cut off to start some pixels emission
at black 2% area and no emission at black 0% area.
3) Write down all cut off data.
4) Set white balance to Nornal.
Black 2 %
Black 0 % 5) Adjust All cut off to set same data of Cool mode.
6) Set white balance to warm.
7) Adjust All cut off to set same data of Cool mode.
** Adjust at the dark room.
2 PAL Picture: PANEL W/B
Gray Scale Normal All cut off 1) Set white balance to Cool.
Pattern Aspect:
16:9 2) Adjust All cut off to start some pixels emission
at black 2% area and no emission at black 0% area.
3) Write down all cut off data.
4) Set white balance to Nornal.
Black 2 %
Black 0 % 5) Adjust All cut off to set same data of Cool mode.
6) Set white balance to warm.
7) Adjust All cut off to set same data of Cool mode.
SECAM 8) Change to SECAM signal.
Gray Scale
Pattern 9) Copy PAL All cut off data to SECAM mode.
** Adjust at the dark room.
3 PC Picture: PANEL W/B
Gray Scale Normal All cut off 1) Set white balance to Cool.
Pattern Aspect:
16:9 2) Adjust All cut off to start some pixels emission
at black 2% area and no emission at black 0% area.
3) Write down all cut off data.
4) Set white balance to Nornal.
Black 2 %
Black 0 % 5) Adjust All cut off to set same data of Cool mode.
6) Set white balance to warm.
7) Adjust All cut off to set same data of Cool mode.
RGB 8) Change to RGB input signal.
Gray Scale
Pattern 9) Copy PAL All cut off data to SECAM mode.
*
INPUT Equipment Setting Alignment menu Procedure
** Adjust at the dark room.
4 525i Picture: PANEL W/B
Gray Scale Normal All cut off 1) Set white balance to Cool.
Pattern Aspect:
16:9 2) Adjust All cut off to start some pixels emission
at black 2% area and no emission at black 0% area.
3) Write down all cut off data.
4) Set white balance to Nornal.
Black 2 %
Black 0 % 5) Adjust All cut off to set same data of Cool mode.
6) Set white balance to warm.
7) Adjust All cut off to set same data of Cool mode.
525p 8) Change to 525p signal.
Gray Scale
Pattern 9) Copy 525i All cut off data to 525p mode.
HD
(720i or 1080i) 8) Change to HD signal.
Gray Scale
Pattern 9) Copy 525i All cut off data to HD mode.
** Adjust at the dark room.
5 625i Picture: PANEL W/B
Gray Scale Normal All cut off 1) Set white balance to Cool.
Pattern Aspect:
16:9 2) Adjust All cut off to start some pixels emission
at black 2% area and no emission at black 0% area.
3) Write down all cut off data.
4) Set white balance to Nornal.
Black 2 %
Black 0 % 5) Adjust All cut off to set same data of Cool mode.
6) Set white balance to warm.
7) Adjust All cut off to set same data of Cool mode.
<
*
<$
)
@ 2@#
%
)
:
.:!# /#! 8, ##:". ,#
# $
0"#!! ##:
>
B
#
0"#!! ##:
7 0"#!! ##:
0"#!! ##:
,4<,04
@ 2@
.:!# /#! 8, ##:". ,#
4 3,# 4. ,!# .)
4 # ,!# .)
4 9 ,!# .)
@ 2@
E$-%& A$.%
7$#%
4 = .#
B ,!# .)
@ @
B
E$-%& A$.%
6
7$#% 7 A
- /
D $!
>
&
%
,)
)
'
9,5 -9 , 5/
+ B#
(##
@ 2@
7 A
//
.:!#
#
5 ,# +#
@ @ + 1 !".# ,!#
5:# 80+ #
9 /- /#:# ->#
5
1#
B#) +#
6& #
& .
- ## 5".)
05 ,, 05 ".)
#
0 /5 /#. 5#
#3
1#
+ 2)
#
"
4# ,3
=! !#& =! <
.= .:
" $!?(
%
'
! "
#
#
@ 2@:
:
@ @ :
&
,""!13#
&
>
! A :
,
0 0 0 ,. 0
?
$ %
"
; 7
" :
8
=3
@ 2@8
@ @-
:
@ @,
@ 2@8
@ @#
=3 .:
6
=3 :
(
"
;
"
4
" 2
.
B: '
2
& '"'(' )
" (*
+
%
9
@ 2@ . & 2
%
>1 3
9
0
.
)
&&& /#! .! -# "# 4.
( 8 - ;
(= 8*$7 -. ;
8$ -5
2 ;
B 8* * # " * ;
59 ( 59 ## 59 ## -7*H59 8, # #3 .:!# "
50 50 C#
#!#
( # 872 -- ;
82
7 -
5
5 ;
( 827 - ; &
5 ( %3# (.? #. ( (:3# , 1-?
4? 5? / :.&
, - ! -
.
/( " 0+
*
7 9
!
" #$
" #
@ 2@ " ()G(<
@ @: ;
" #
@ 2@ " 1 (?
@ @ " ,""
@ @= ;
*
8
) ! ! :
%$& '
6 &
.
:
%$& ("&
! $& "
)
1" (#
*
<
'
6
F-BOARD
TXN/F10L27
5
P3
F
4
3
P3-BOARD (FOIL SIDE) P3-BOARD (COMPONENT SIDE)
TNPA1178 TNPA1178
2
1
A B C D E F G H I
6 P1-BOARD (FOIL SIDE) TXNP10L27
PARTS LOCATION
P1-BOARD
P1 IC
IC401 D-1
IC402 E-1
IC403 G-4
IC405 C-5
IC406 D-4
IC407 G-5
IC408 F-5
IC409 E-5
5 IC410 E-5
IC411 G-5
IC412 E-5
TRANSISTOR
Q401 F-2
Q402 E-2
Q403 C-4
Q404 E-2
Q405 D-1
Q406 C-1
Q407 C-2
Q408 C-1
Q409 D-2
4 Q410 E-3
Q411 C-4
Q412 G-5
Q413 G-5
Q414 G-4
Q415 G-4
Q416 E-2
Q417 E-2
Q418 G-5
Q419 E-5
Q420 E-5
Q421 F-5
Q422 F-2
3 ADDRESS INFORMATION
2
1
A B C D E F G H I
6
P1-BOARD (COMPONENT SIDE) TXNP10L27
PARTS LOCATION
P1-BOARD
P1 IC
IC401 F-1
IC402 F-1
IC403 D-4
IC405 G-5
IC406 F-4
IC407 C-5
IC408 D-5
5 IC409 F-5
IC410 F-5
IC411 D-5
IC412 E-5
TRANSISTOR
Q401 D-2
Q402 E-2
Q403 G-4
Q404 E-2
Q405 G-1
Q406 G-1
Q407 G-2
Q408 G-1
4 Q409 F-2
Q410 E-3
Q411 G-4
Q412 C-5
Q413 C-5
Q414 C-4
Q415 C-4
Q416 F-2
Q417 E-2
Q418 C-5
Q419 E-5
Q420 E-5
Q421 D-5
Q422 E-1
3
ADDRESS INFORMATION
2
1
A B C D E F G H I
6
P7
P8
5 P6