LG 32LE7500 - Page 32

TH E S Y MB OL M AR K OF T HI S S CH EM ET IC D IA G R A M IN CO RP OR AT E S
SP EC IA L F EA TU RE S IM PORT AN T F OR P RO TE CT IO N F RO M X- RA DI AT I O N .
FI LR E A N D E LE CT RI CA L SH OC K H AZ AR DS , WH EN S E RV IC IN G IF I S
ES SE NT I A L T HA T ON LY MAN UF A T U RE S SP EC FI ED P A RT S BE U SE D F O R
TH E CR I T I CA L CO MP ON ENTS I N T HE SY MB OL M A RK O F TH E SC H E M ET IC .
G
51 11 1 2 0H z M IN I_ L VD S
GM A1 2
VG I_ N
CL K1
GM A3
RR XB 3+ / RL V 1 P
VC C_ LC M
R7 50 7 0 NO N_ G IP
CL K5
R7 50 0
0
GI P
C7 50 8
0. 1u F
50 V
MI NI _ LV D S
Z_ OU T
VG I_ N
P O L
RR XB 4- / RL V 0 N
V C OM R
GV DD _ OD D_ I/ G S C
VC OM L
OP C _ E N
R7 51 2 0
NO N_ G IP
L L V3 N
VD D_ OD D
RR X B 2 -
G M A1 8
VD D_ LC M
RR X B 1 -
G V ST _ I/ G S P
C7 50 0
0. 1u F
16 V
MI NI _ LV DS
VS T
RR X A 3 -
R7 51 3 0
NO N_ G IP
GC LK 4 /O PT _P
Z_ OU T
C7 50 5
0. 1u F
16 V
MI NI _ L V D S
VG I_ P
GM A6
RR X A 0 -
R7 50 1 0 G I P
L L CL K N
R7 50 6 0 NO N_ G IP
CL K4
CL K6
GM A1 5
RR X A 1 +
RR XB 0- / RL C L K N
CL K4
VD D_ O DD
G M A9
R7 50 5 0 NO N_ G IP
RR XB 4+ / RL V 0 P
L L V0 N
GM A1 6
R7 51 5
0
NO N_ G IP
GM A9
H _ CO N V
G M A7
R7 50 8 0 G IP
L L V4 N
G M A1 5
VD D_ EV E N
GM A1 8
OP T_ N
CL K1
G M A6
G M A1 0
V C OM R FB
GM A1
RR XB CK - /R L V 2 N
RR XA CK - /R L V 4 N
L L V5 N
GM A1 3
L L V0 P
RR XB CK + /R L V 2 P
G V ST _ I/ G S P
CL K3
G M A4
S O E
P O L
C7 50 4
0. 1u F
50 V
MI NI _ LV D S
C7 50 1
10 uF
16 V
MI NI _ LV D S
OP C _ O UT
C7 50 2
0. 01 u F
50 V
MI NI _ LV D S
CL K3
RR XA 2- / RL V 5 N
S O E
R7 51 7 0
NO N_ G IP
RR X B 1 +
G M A1
VG L
(- 5V )
P7 50 1
10 40 60 - 60 1 7
TM 24 0 Hz
1 GN D
2 Z_ O UT
3 CL K 1
4 CL K 2
5 CL K 3
6 CL K 4
7 CL K 5
8 CL K 6
9 VG I _N
10 V G I_ P
11 V G H_ OD D
12 V G H_ EV EN
13 V S S
14 V S T
15 G N D
16 V C OM _F B
17 V C OM _I N
18 G N D
19 V D D
20 V D D
21 H A LF _V DD
22 H A LF _V DD
23 G N D
24 V C C
25 V C C
26 G N D
27 R V 0+
28 R V 0-
29 R V 1+
30 R V 1-
31 R V 2+
32 R V 2-
33 R V CL K+
34 R V CL K-
35 R V 3+
36 R V 3-
37 R V 4+
38 R V 4-
39 R V 5+
40 R V 5-
41 G N D
42 S O E
43 P O L
44 V S T_ IN
45 H _ CO NV
46 O P T_ N
47 G N D
48 G M A1 8
49 G M A1 6
50 G M A1 5
51 G M A1 3
52 G M A1 2
53 G M A1 0
54 G M A9
55 G M A7
56 G M A6
57 G M A4
58 G M A3
59 G M A1
60 G N D
61
.
VD D_ E VE N
G M A3
RR X B 2 +
RR X A 3 +
RR XA 4- / RL V 3 N
VG L_ I
CL K2
R7 50 3 0
N O N_ G IP
RR X A 0 +
L L CL K P
CL K2
VG I_ P
R7 50 9 0
NO N_ GI P
G M A1 6
L L V1 P
GM A4
R7 51 1 0 M I N I _L V DS
RR X A 1 -
G M A1 2
RR XB 3- / RL V 1 N
RR XA CK + /R L V 4 P
RR XB 0+ / RL C L K P
GV DD _ EV EN _I / G O E
L L V2 N
R7 50 2
0
N O N_ G IP
L L V1 N
L L V3 P
VG L_ I
GM A7
RR XA 4+ / RL V 3 P
VG H_ M
(+ 25 V )
HV D D
P7 50 0
10 40 60 - 60 1 7
TM 24 0 Hz
1 GN D
2 GM A1
3 GM A3
4 GM A4
5 GM A6
6 GM A7
7 GM A9
8 GM A1 0
9 GM A1 2
10 G MA 1 3
11 G MA 1 5
12 G MA 1 6
13 G MA 1 8
14 G ND
15 O PT _ N
16 H _C O N V
17 V ST _ I N
18 P OL
19 S OE
20 G ND
21 L V0 +
22 L V0 -
23 L V1 +
24 L V1 -
25 L V2 +
26 L V2 -
27 L VC L K +
28 L VC L K -
29 L V3 +
30 L V3 -
31 L V4 +
32 L V4 -
33 L V5 +
34 L V5 -
35 G ND
36 V CC
37 V CC
38 G ND
39 H AL F _ V DD
40 H AL F _ V DD
41 V DD
42 V DD
43 G ND
44 V CO M _ I N
45 V CO M _ F B
46 G ND
47 V ST
48 V SS
49 V GH _ E V EN
50 V GH _ O D D
51 V GI _ P
52 V GI _ N
53 C LK 6
54 C LK 5
55 C LK 4
56 C LK 3
57 C LK 2
58 C LK 1
59 Z _O U T
60 G ND
61
.
L L V4 P
G M A1 3
VC OM LF B
HV DD
L L V2 P
C7 5 0 9
10 u F
16 V
MI NI _L V DS
R7 50 4 0 NO N_ G IP
VS T
C7 50 7
0. 01 uF
50 V
MI NI _L V DS
H _ CO N V
CL K5
RR XA 2+ / RL V 5 P
GM A1 0
L L V5 P
VC C_ L CM
VG L
(- 5 V )
R7 51 0 0
NO N_ GI P
CL K6
R7 51 6
0
NO N_ G IP
R7 51 4 0
NO N_ G IP
VD D_ L CM
VC C_ LC M
R7 52 0
51 0
OP T
R7 52 1
0
MI N I _ LV D S
OP T_ N
R7 51 9
0
MI N I _ LV D S
OP T_ N
VC C _ L CM
R7 51 8
51 0
OP T
C7 50 3
1u F
50 V
MI NI _ LV DS
C 7 50 6
1 u F
5 0 V
MI NI _ L V D S
35
[Ri g ht FF C Co n ne ctor ]
(6 0 Pi n M ini- L VD S)
[L E FT FF C Co nn e c tor ]
( 6 0P in M ini -L V D S)
To r e d u c e
Au di b l e no is e
(2 01 2 )
To r e du ce
Au di b le n oi s e
(2 01 2 )