Circuit Diagrams and PWB Layouts
10.
Interface Ambilight: Microcontroller
OUT
IN
INH
BP
COM
NC
GND
R
S
T
IN
CD
C
-T
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
2
3
1
3
F7
3
4
19
6
14
20
15
2
3
20 H5
2
3
21 H4
2
3
22 H4
2
3
2
3
H4
2
3
24 H4
G
H
33
01-
3
E6
O
7
11
A
1
3
00 E2
1
3
01 H5
2
3
0
3
A4
2
3
04 B
8
2
3
05 B10
2
3
06 B9
2
3
07 B10
E
E
F
1
3
02 C4
2
3
00 A
3
2
3
01 A4
2
3
02 A5
33
0
3
-1 E6
33
0
3
-2 D6
33
0
3
-
3
E6
33
04-1 D6
33
04-2 D7
2
3
0
8
D4
2
3
09 D5
2
3
10 F6
2
3
11 F7
2
3
12 F7
33
05-4 G
8
2
3
14 F7
2
3
15 F7
F
G
All right
s
re
s
erved. Reprod
u
ction in whole or in p
a
rt
s
9
10
3
4
5
6
2
8
1
2
17
2
3
16 F
8
2
3
1
8
G2
2
3
19 G6
33
0
8
-2 F
8
33
0
8
-4 F
8
33
09-1 F
8
33
09-4 F
8
33
10 A10
33
00-2 D5
33
00-
3
D7
33
00-4 D7
33
01-1 D6
33
01-2 E5
33
16 B10
33
01-4 D7
33
02-1 D7
O
B
C
D
J
L
RE
S
B
C
D
J
33
02-2 D6
33
02-
3
E6
33
02-4 D6
333
0 E
8
333
1 E
8
333
2 E
3
3333
F2
333
4 G5
33
04-
3
D7
33
04-4 D7
33
05-1 E7
33
05-2 G
8
33
05-
3
G9
7
3
00-1 B9
33
06-1 E
8
33
06-2 E
8
10
1
2
3
1
9
10
11
1
3
33
07-1 E
8
33
07-2 F
8
33
07-4 F
8
33
0
8
-1 F
8
12
5
6
33
11 A
8
33
12 A10
33
1
3
B
8
33
14 B
8
33
15 B10
9
3
0
3
F
3
33
17 B
8
33
1
8
C10
11
E
F
G
H
A
14
H
33
26 D6
33
27 D6
33
2
8
E5
33
29 E5
F
3
0
8
F
3
F
3
09 G6
F
3
10 G6
F
3
11 G
8
F
3
12 G
8
333
5 G5
333
6 G6
333
7 G6
3338
E
8
333
9 F1
F
3
20 E9
7
3
00-2 A10
7
3
01 A4
M
9
8
i
s
prohi
b
ited witho
u
t the written con
s
ent of the copyright
4
5
6
7
8
7
33
06-
3
E
8
33
06-4 E
8
7
N
M
I
3
10 D5
I
3
11 E7
I
3
12 E7
I
3
1
3
E7
I
3
14 F7
7
3
02 E
3
7
3
0
3
F2
9
3
00 E
3
9
3
01 F
3
9
3
02 F
3
I
3
20 F
8
9
3
05 G1
9
3
07 H4
C
5
G
I
C
11
15
33
24 D7
33
25 D6
F
3
04 C4
F
3
05 C4
F
3
06 D4
F
3
07 F
3
P
F
3
1
3
G
8
F
3
14 G5
F
3
15 H4
F
3
16 C9
F
3
17 F1
I
3
05 E6
I
3
00 E9
I
3
02 F9
E
4
owner.
1
8
F
I
B
K
H
I
3
06 E7
I
3
07 G6
I
3
0
8
G2
I
3
09 G5
16
I
3
15 F7
I
3
16 F
8
I
3
17 F6
I
3
1
8
F7
I
3
19 F5
16
N
20
C
3
00 B
8
1
3
1
P
12
A
19
33
21 C5
33
22 D5
33
2
3
D5
F
3
00 A5
F
3
01 A
8
F
3
02 A10
F
3
0
3
B11
1
8
17
L
K
I
3
0
3
A4
I
3
04 C10
2
B
A
9
8
D
I
3
21 F6
I
3
22 G5
10
D
3
MICROCONTROLLER
33
19 C
8
33
20 C5
100R
33
07-4
4
5
33
07-1
100R
1
8
I
3
0
3
100n
2
3
20
100K
33
10
I
3
21
RE
S
10K
33
04-2
27
9
3
0
3
RE
S
+
3
V
3
F
3
17
F
3
20
27
2
3
02
4
u
7
RE
S
10K
33
02-2
9
3
02
5
3
2
4
1
7
3
0
3
NCP
3
0
3
L
S
N10T1
1
%
1K
8
RE
S
33
19
4
2
1
3
5
I
3
17
LD29
8
5BM1
8
R
7
3
01
I
3
14
33
22
100R
100R
33
07-2
2
7
2
3
0
8
2
3
09
100p
100p
10K
33
00-2
27
33
06-
3
100R
3
6
1
3
00
333
7
16M9
10K
10K
333
6
333
5
4
5
F
3
06
100R
6
33
05-4
10K
33
00-
3
10K
3
33
27
10K
+1V
8
+
3
V
3
10K
RE
S
33
26
10K
33
02-4
45
1
8
F
3
10
2
7
100R
33
0
8
-1
3
4
5
33
0
8
-2
100R
1
3
02
B
3
B-PH-
S
M4-TBT(LF)
1
2
+
3
V
3
RE
S
33
1
3
10K
8
2
3
0
3
10n
33
01-1
10K
1
I
3
0
8
I
3
04
I
3
19
I
3
1
3
1
%
1K5
33
11
5
4
3
104
3
1
3
6
3
25
AMBI 2K9
DC-DC INTERFACE
A2
0
8
-0
8
-06
0
8
-06-19
0
8
-12-06
0
8
-10-2
3
0
8
-09-1
8
0
8
-0
8
-06
5
4
3
2
1
3
0
33
09-4
100R
3
2
0
8
-10-2
3
Peter V
a
n Hove
0
8
-06-19
ROYAL PHILIP
S
ELECTRONIC
S
N.V. 200
8
0
8
-06-09
3
3
S
ETNAME
CHN
CLA
SS
_NO
1
S
UPER
S
.
1
NAME
DATE
CHECK
10K
33
21
1
8
I
3
1
8
10K
33
05-1
2
3
11
100n
F
3
15
+
3
V
3
1K0
333
9
7
9
3
05
RE
S
100R
33
06-2
2
I
3
00
+1V
8
F
3
12
2
3
07
10n
4
2
3
19
100p
3
2
1
8
LM
3
9
3
PT
7
3
00-1
2
3
22
100n
33
2
3
100R
10K
RE
S
333
2
100R
333
1
F
3
0
3
RE
S
9
3
00
10n
F
3
16
2
3
04
33
1
8
10K
RE
S
1
%
33
17
RE
S
1K5
3
6
10K
33
05-
3
33
2
8
33
29
10K
10K
+
3
V
3
F
3
09
F
3
11
33
0
8
-4
100R
4
5
100p
2
3
16
17
40
7
19
4
3
3
1
11
12
9
3
07
2
8
P0.
8
|TXD1|MAT2.1
29
P0.9|RXD1|MAT2.2
3
0
6
26
20
25
4
42
5
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
P0.4|
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
P0.22|AD0.0
3
2
P0.2
3
|AD0.1
33
P0.24|AD0.2
3
4
P0.25|AD0.6
38
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
P0.15|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
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
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
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
5
7
3
02
LPC210
3
FBD4
8
Φ
CTRL
MICRO-
10K
33
01-4
4
I
3
07
I
3
20
I
3
09
I
3
16
33
01-
3
10K
3
6
100n
2
3
2
3
F
3
05
I
3
22
I
3
15
F
3
0
8
F
3
07
C
3
00
47K
33
15
RE
S
1
8
+
3
V
3
27
33
02-1
10K
3
6
10K
33
0
3
-2
+
3
V
3
33
0
3
-
3
10K
9
3
01
F
3
02
2
3
06
100n
10K
F
3
01
3333
27
2
7
10K
33
01-2
33
05-2
10K
100p
2
3
1
3
6
33
04-
3
10K
3
10K
33
04-4
45
33
09-1
100R
8
1
+
3
V
3
22R
333
4
2
3
14
100p
10K
33
00-4
45
RE
S
+
3
V
3
2
3
12
100p
100n
2
3
01
+
3
V
3
2
3
00
1
u
0
10K
F
3
14
RE
S
33
14
I
3
06
F
3
04
I
3
05
1
8
I
3
10
33
04-1
10K
10n
2
3
05
RE
S
100n
2
3
21
+
3
V
3
10K
RE
S
33
25
10K
33
24
100R
3338
I
3
11
10K
33
20
F
3
00
3
6
1
8
33
02-
3
10K
RE
S
33
0
3
-1
10K
100R
333
0
I
3
12
4
100p
2
3
15
LM
3
9
3
PT
7
3
00-2
5
6
7
8
33
16
1
%
1K5
I
3
02
+
3
V
3
33
12
1K5
1
%
2
3
10
+
3
V
3
+
3
V
3
100p
4
5
2
3
1
8
100n
8
100R
33
06-4
33
06-1
100R
1
F
3
1
3
2
3
24
100n
S
KHUBHE010
1
3
01
1
2
3
4
PWM-CLOCK-BUF
RE
S
S
PI-DATA-RETURN
S
PI-DATA-OUT
S
PI-LATCH1
S
PI-LATCH2
TEMP-
S
EN
S
OR
EEPROM-C
S
BLANK-BUF
PROG
CONTROL2
S
DA
S
CL
UD-MD
CONTROL1
PWM-CLOCK-BUF
S
PI-CLOCK-BUF
TEMP-
S
EN
S
OR
1
83
10_602_090
3
05
.ep
s
090410
