FGZ000UF2
19
No.
Adjustment item
The adjustment method
Adjustment
Adjustment value
Conditions
Test point
part
3-D
Bright
Carry out the monitor of the waveform of TP527
CH6
2.5V
±
0.1V
Incoming signal :
TP527
adjustment
with an oscilloscope.
10 STEP (NTSC)
Adjst the amplitude value so that the waveform
/RGB
between the 2 step signal to the negative 2 step
signal is 2.5V
±
0.1V.
3-E
Contrast
Carry out the monitor of the waveform of TP527
CH13
3.0V
±
0.1V
Incoming signal :
TP527
with an oscilloscope.
10 STEP (NTSC)
Adjst the amplitude value so that the waveform
/RGB
between the 9 step signal to the negative 9 step
signal is 3.0V
±
0.1V.
3-F
Gamma 1
Carry out the monitor of the waveform of TP527
CH11
1.2V
±
0.1V
Incoming signal :
TP527
with an oscilloscope.
10 STEP (NTSC)
Adjst the amplitude value so that the waveform
/RGB
between the pedestal to the 3 step signal is
1.2V
±
0.1V.
3-G
Gamma 2
Carry out the monitor of the waveform of TP527
CH12
2.9V
±
0.1V
Incoming signal :
TP527
with an oscilloscope.
10 STEP (NTSC)
Adjst the amplitude value so that the waveform
/RGB
between the pedestal to the 10 step signal is
2.9V
±
0.1V.
3-H
Y gain
Carry out the monitor of the waveform of TP527
CH2
2.3V
±
0.1V
Incoming signal :
TP527
with an oscilloscope.
10 STEP (NTSC)
Adjst the amplitude value so that the waveform
/AUX
between the pedestal to the 9 step signal is
2.3V
±
0.1V.
3-I
R sub bright
Carry out the monitor of the waveform of TP528
CH8
2.1V
±
0.1V
Incoming signal :
TP528
with an oscilloscope.
10 STEP (NTSC)
Adjst the amplitude value so that the waveform
/RGB
between the 2 step signal to the negative 2 step
signal is 2.1V
±
0.1V.
3-J
B sub bright
Carry out the monitor of the waveform of TP526
CH9
2.1V
±
0.1V
Incoming signal :
TP526
with an oscilloscope.
10 STEP (NTSC)
Adjst the amplitude value so that the waveform
/RGB
between the 2 step signal to the negative 2 step
signal is 2.1V
±
0.1V.
ADJUSTMENT