LG 22LG3000 Owner's Manual page 116

APPENDIX
1 1 6 6 . . I I S S M M M M e e t t h h o o d d ( ( P P l l a a s s m m a a T T V V o o n n l l y y ) )
( ( C C o o m m m m a a n n d d : : j j p p ) )
G
To control the ISM method. You can also adjust ISM
Method in OPTION menu.
Transmission
[j][p][ ][Set ID][ ][Data][Cr]
Data 01: Inversion
02: Orbiter
04: White wash
08: Normal
Ack
[p][ ][Set ID][ ][OK/NG][Data][x]
1 1 7 7 . . P P o o w w e e r r S S a a v v i i n n g g ( ( P P l l a a s s m m a a T T V V o o n n l l y y ) )
( ( C C o o m m m m a a n n d d : : j j q q ) )
G
To reduce the power consumption of the TV. You can also
adjust Low Power in OPTION menu.
Transmission
[j][q][ ][Set ID][ ][Data][Cr]
Data Min :00 ~ Max :04 (*transmit by hexadecimal code)
Ack
[q][ ][Set ID][ ][OK/NG][Data][x]
1 1 8 8 . . A A u u t t o o C C o o n n f f i i g g u u r r e e ( ( C C o o m m m m a a n n d d : : j j u u ) )
G To adjust picture position and minimize image shaking
automatically. It works only in RGB (PC) mode.
Transmission
[j][u][ ][Set ID][ ][Data][Cr]
Data 01: To set
Ack
[u][ ][Set ID][ ][OK/NG][Data][x]
* * R R e e a a l l d d a a t t a a m m a a p p p p i i n n g g 1 1
00 : Step 0
A : Step 10 (Set ID 10)
F : Step 15 (Set ID 15)
10 : Step 16 (Set ID 16)
64 : Step 100
6E : Step 1 10
73 : Step 1 15
74 : Step 1 16
C7: Step 199
FE : Step 254
FF : Step 255
114
* * R R e e a a l l d d a a t t a a m m a a p p p p i i n n g g 2 2
00 :-40
01 : -39
02 :-38
28 :0
4E : +38
4F : +39
50 : +40
1 1 9 9 . . E E q q u u a a l l i i z z e e ( ( C C o o m m m m a a n n d d : : j j v v ) )
G
To adjust equalize.
Transmission
[j][v][ ][Set ID][ ][Data][Cr]
MSB
Data :
0 0 0 0
Frequency
Frequency : 0 120Hz
1 200Hz
2 500Hz
3 1.2kHz
4 3kHz
5 7 .5kHz
6 12kHz
Step (Frequency data):
Refer to 'Real data mapping 3' . See page 1 15.
Ack
[v][ ][Set ID][ ][OK/NG][Data][x]
* Euqalize command expression
7 6 5 4 3
0 0 0
0 0 1
0 1 0
0 1 1
1 0 0
1 0 1
1 1 0
Step
7 6 5 4 3
0 0
.. ..
0 1
.. ..
1 1
Ex) If you wish to set frequency 500Hz and -20 value on
menu OSD, refer to 'Real data mapping 3' and then
find Step value for -20.
010 (500Hz) 0001 1(Step 3) => 0100001 1 => 43
(Hexadecimal) : [j][v][ ][Set ID][ ][43][Cr]
* 3 bits of Frequency and 5 bits of Step makes 8 bits (1
byte). Change 8 bits to Hexadecimal code.
LSB
0 0 0 0
Step
Frequency
2 1 0
120Hz
200Hz
500Hz
1.2KHz
3KHz
7 .5KHz
12KHz
OSD
Value
2 1 0
-24
0 0 0
..
.. .. ..
1 1 1 0
..
.. .. ..
24
1 1 1