Table of Contents
Advertisement
2. When the probe
of oscilloscope is connected,
disconnect it.
3. Press the TEST button
on the remote control.
4. Press
the WB-HIGH button on it.
5. By using the color analyzer, adjust DAC values of (R)
and (8) at WB-HIGH mode so that white chromaticity
coordinates on the screen
may be "x,.O.3180 and
y=O.3540.
However, adjustment of DAC value of (G) is not
required.
6.
Press the WB-LOW
button
on it.
7. Adjust
each DAC value
at WB-LOW
mode to the
following values.
R = 155
G " 128
B = 225
8. Press the WB-HIGH button on it.
9. Press
the
buttons on the remote
controller
in the order
as shown
in Fig. 29 below.
I
CUT -OFF
I
~
C SERVICE)
C NORMAl )
~
~
I
W8-HIGH
I
.QJ
JJ,
~
I
STD
I
0
JJ,
.u.
I
STORE I
0
.u.
~
I
STORE
I
0
REMOTE CONTROL BUTTON
FLOWCHART
Fig. 29
10. On the
basis of DAC value of COLOR TEMP (Rm. Gm.
8m): MID,
input OAC values
of COLOR TEMP:
HIGH/LOW at each WB-HIGH mode as
shown in
Table 6.
11. Press the STORE
button
twice on the remote control.
12. Adjust initial condition as follows. (on
screen value)
COLOR TEMP: MID
BRIGHT: 128
CONTRAST: MAX
13. Input a crosshatch pattern signal to LINE IN.
14. Connect an oscilloscope
to TPLB1 on the L
P.C.Board.
LB-
15. Make
sure whether or not B cathode
voltage levet
exceeds 140Vp-p.
16. If 11 exceeds 140Vp-p, adjust i1 to the said value
by
using R3729 (SUB CONTRAST).
~ ~ ~
Advertisement
Table of Contents
