8
2
7.
Circuit Diagrams and PWB Layouts
4 LED MD OPAMP Lite-on (32")
-T
OUT
IN
INH
BP
COM
X2
RTXC1
RTXC2
RTCK
VBAT
DBG
S
EL
R
S
T
V
SS
V
SS
A
VDDA
VDD_
3
V
3
VDD_1V
8
X1
S
GND
Q
HOLD
W
VCC
C
D
-T
NC
GND
R
S
T
IN
CD
F01
3
F2
F014 F2
F015 F1
F016 E2
F042 D7
F04
3
D7
F044 D
8
F050 B
3
F051 B1
F101 C5
F102 C5
F10
3
E6
F104 E7
F105 A7
AMBILIGHT MD OPAMP LITEON
3
1
3
9 12
3
627
3
.
3
7062 E
8
7500 D5
F110 D1
F111 D1
F112 D1
F11
3
D1
F114 D1
F115 D1
F116 B7
F117 B7
F11
8
C7
9525 D2
9526 D2
95
3
0 D
8
95
3
1 D
8
95
3
2 C5
F010 E2
F011 F2
F012 F2
F017 E2
F01
8
E2
F019 E2
F0
33
A7
F0
3
4 A7
F0
3
5 C
3
F0
3
6 A1
F0
38
D4
F0
3
9 C
8
F040 D7
F041 D7
3
57
3
D
8
3
5
8
9 F7
3
590 E7
3
591 F7
3
595 F9
5210 E
3
5500 E6
7061 C2
7501 F7
7502 B6
7510 D4
7516-1 B2
7516-2 A
3
9104 D5
9500 C5
9502 C5
950
3
C5
9515 F7
9519 D
8
3
541-
3
D2
3
541-4 D2
3
55
3
C5
3
557-1 E2
3
557-2 F2
3
557-
3
F2
3
557-4 F2
3
559 B1
3
560 B1
3
561 C1
3
562 B2
3
56
3
A
3
3
564 B
3
3
565 B1
3
570 A7
3
517 D
8
3
51
8
A
3
3
519 B1
3
520 B
8
3
521 A
8
3
522 B
3
3
52
3
A1
3
526-1 A
8
251
8
B
3
3
526-2 A
8
3
526-
3
B
8
3
526-4 B9
3
52
8
B
8
3
5
3
0 A7
3
5
3
1 A7
3
5
3
2 A7
3
5
3
9 C7
3
540 D2
3
541-1 D2
3
541-2 D2
3
404 D7
3
405 D7
3
406 D7
3
407 D7
3
40
8
D7
3
409 D7
3
410 D7
3
502 F6
HIGH:U.D
LOW: M.D
2002 F
3
2004 C
3
2019 C2
2022 C
3
3
507 A
8
3
509 B
8
3
511 B
8
3
512-1 A
8
3
512-2 A
8
3
512-
3
B
8
3
512-4 B9
3
515-1 D
8
3
515-2 D
8
3
515-
3
E7
3
515-4 E7
2505 E6
2506 D7
2507 D2
250
8
D2
2509 E6
2512 F6
2516 B2
2517 B
3
1
2
3
2519 B1
25
3
0 E6
3
0
3
1 D
3
3
0
3
4 D
3
3
0
3
7 D5
3
049 D5
3
060 B
8
3
400 C7
3
401 C7
3
402 C7
3
40
3
C7
6
7
8
9
A
B
C
D
E
F
A
B
C
D
E
202
3
C
3
2044 D4
2045 B7
2046 B7
2215 E
3
2221 E
3
2500 F
3
2501 F
3
2502 E6
250
3
F
3
2504 E
8
9526
F
100
3
E1
1004 D1
1005 E1
1201 D
3
1500 B5
1M00 A6
4
5
6
7
8
9
1
2
3
4
5
2022
10n
2501
100p
100p
2500
+24VF
9519
251
8
10n
2044
100n
4
RE
S
3
557-4
100R
5
1
%
3
52
3
1K5
RE
S
10K
3
565
10K
3
562
+
3
V
3
RE
S
+
3
V
3
10K
3
521
1
8
+
3
V
3
3
557-1
100R
3
517
7
10K
3
526-2
3
K9
2
3
526-1
3
K9
1
8
3
591
47K
+
3
V
3
+
3
V
3
RE
S
+
3
V
3
1
2
3
4
5
6
7
8
9 10
1004
100p
2507
10K
3
520
100n
2506
F10
3
F0
38
F11
8
+24V
F012
2502
100n
+
3
V
3
2K2
3
0
3
4
2
1
3
5
LD29
8
5BM1
8
R
7061
4
F04
3
F0
3
9
4
5
3
6
3
515-4
3
K9
7
3
515-
3
3
K9
3
515-2
3
K9
2
10K
3
5
3
0
10K
3
559
6
3
9104
7
2
3
557-
3
100R
3
557-2
100R
F11
3
F01
3
F014
F015
202
3
4
u
7
F011
F016
F101
+
3
V
3
1
2
3
4
5
6
7
8
9
1005
B7B-PH-
S
M4-TBT(LF)
F017
3
400
10K
10K
3
410
3
409
10K
10K
3
40
8
10K
3
511
1
8
2002
100p
3
541-1
100R
10K
3
52
8
+
3
V
3
+
3
V
3
F115
+
3
V
3
+
3
V
3
F044
RE
S
3
0
3
7
10K
+
3
V
3
+
3
V
3
F117
+
3
V
3
9525
F051
F050
100n
2045
250
8
100p
2046
100n
3
K9
1
8
+24V
3
515-1
3
595
10K
3
541-
3
100R
3
6
100R
4
5
F042
3
541-4
F041
F01
8
1500
16M9
RE
S
PDTC114EU
7500
+
3
V
3
3
5
3
9
100R
100p
250
3
3
590
47K
25
3
0
100n
11
12
RE
S
3
56
3
100K
25
4
42
5
17
40
7
19
4
3
3
1
P0.4|
S
CK0|CAP0.1
22
P0.5|MI
S
O0|MAT0.1
2
3
P0.6|MO
S
I0|CAP0.2
24
P0.7|
SS
EL0|MAT2.0
2
8
P0.
8
|TXD1|MAT2.1
29
P0.9|RXD1|MAT2.2
3
0
6
26
20
P0.26|AD0.7
3
9
P0.27|TR
S
T|CAP2.0
8
P0.2
8
|TM
S
|CAP2.1
9
P0.29|TCK|CAP2.2
10
P0.2|
S
CL0|CAP0.0
1
8
P0.
3
0|TDI|MAT
3
.
3
15
P0.
3
1|TDO
16
P0.
3
|
S
DA0|MAT0.0
21
P0.19|MAT1.2|MI
S
O1
1
P0.1|RXD0|MAT
3
.2
14
P0.20|MAT1.
3
|MO
S
I1
2
P0.21|
SS
EL1|MAT
3
.0
3
P0.22|AD0.0
3
2
P0.2
3
|AD0.1
33
P0.24|AD0.2
3
4
P0.25|AD0.6
38
P0.12|D
S
R1|MAT1.0|AD0.5
3
7
P0.1
3
|DTR1|MAT1.1
41
P0.14|DCD1|
S
CK1|EINT1
44
P0.15|RI1|EINT2
45
P0.16|EINT0|MAT0.2
46
P0.17|CAP1.2|
S
CL1
47
P0.1
8
|CAP1.
3
|
S
DA1
4
8
7502
LPC210
3
FBD4
8
27
P0.0|TXD0|MAT
3
.1
1
3
P0.10|RT
S
1|CAP1.0|AD0.
3
3
5
P0.11|CT
S
1|CAP1.1|AD0.4
3
6
Φ
CTRL
MICRO-
10K
3
502
3
407
10K
10K
3
406
3
405
10K
F0
3
6
1
%
3
561
10
u
5210
RE
S
1K
8
10K
3
55
3
RE
S
1
8
3
100n
2505
(64K)
Φ
7062
M95010-WDW6
6
5
4
7
2
3
6
2
7
3
K9
3
512-
3
3
512-2
3
K9
+24V
RE
S
95
3
0
+
3
V
3
95
3
1
3
57
3
22R
F112
2517
10n
3
5
3
2
100R
3
5
3
1
100R
+24V
2519
10n
2221
4
u
7
2215
100
u
25V
1
2
3
4
5
6
+
3
V
3
100
3
9500
+1V
8
+
3
V
3
+
3
V
3
F010
F019
3u3
5500
F0
3
5
F102
2516
100n
3
519
RE
S
1
%
1K5
1K5
3
2
1
8
4
3
51
8
1
%
7516-1
LM
3
9
3
PT
10K
3
060
RE
S
F105
1201
1.5A
6
3
V
T
10K
3
404
10K
3
402
3
40
3
10K
10K
3
401
10K
+
3
V
3
3
560
F0
3
4
+
3
V
3
F0
33
4
5
4
5
3
K9
3
526-4
3
512-4
3
K9
5
6
7
8
4
F116
LM
3
9
3
PT
7516-2
3
570
10K
+
3
V
3
RE
S
950
3
3
564
RE
S
47K
1K2
3
0
3
1
3
K9
3
526-
3
3
6
1
u
0
2019
100n
2509
F111
F110
RE
S
100n
2004
3
507
10K
10K
3
509
RE
S
F040
1
8
9502
3
K9
3
512-1
+
3
V
3
3
540
100R
+1V
8
9515
RE
S
3
5
8
9
10K
100n
PDTC114EU
7501
F114
2504
2
4
1
7510
NCP
3
0
3
L
S
N10T1
5
3
100p
4
5
2512
1M00
1
2
3
F104
2
7
10K
3
049
100R
3
541-2
95
3
2
1
%
3
522
1K5
PWM1_B
PWM2_G
PWM2_B
PWM2_R
PWM2_R
PWM2_G
PWM1_R
PWM1_G
TEMP
PWM1_B
PWM1_R
PWM1_G
ENABLE
RXD6
TXD6
S
CL1
S
DA1
CONTROL1
CONTROL2
ENABLE
PWM2_B
PWM2_B6
PWM2_G6
PWM2_R6
TEMP6
ENABLE6
CONTROL26
TEMP
3
V
3
-6
ENABLE
CONTROL16
S
CL16
S
DA16
CONTROL1
S
DA1
S
CL1
CONTROL2
TEMP
I_17661_002.ep
s
04040
8
AL2
AL2