Philips BTS3000 - Install; BTS3000 Installation; BTS5000 Installation

5 - 15 - 1
CIRCUIT DIAGRAM - AMP BOARD
PART 1
VC
C1
2.8.V
G
D
S




SMPS
SMPS
AC
IN 23
0
V
PO
W
ER PLUG

V
C
C1
2V
Ri
g
h
tS
a
te
l
lite
1
/16W5
%






C2
103
/
1
KV
C
8
10
4
0
603
25V
C3
1
0
1
/
1
KV
12
C
Y
2
102
/4
0
0
V
C
5
1
02/1KV
C2
4
102
0
80
5
50
V
C6
1
04
08
0
5
50
V
C2
5
10
4
0805
5
0V
C42
1
0
2/
1K
V
C7
1
10
2
/1KV

C
1
33uF/400V

C23
2
2
u
F/
50V

C21
100
0
uF
25
V

C19
1000uF
25V
R12
0
.
6
8/1W
R2 560K
08055%
R1 560K
08055%
R11 100
08055%
R17 2.2K
08055%
12
R3
56K
/
1W
12
R134.7
0805 5%
R7
NP
08055%
R
6
1
00
080
5
5%
R20 9.1K
08051%
R5100
0
8
05 5%
Q1
5
N6
0
12 34
L
F1
U
U9
.
8
D7
S
R
5100
D
8
S
R
5100
12
D1
1N4007
D2
1N4007
D
4
1N40
07
D3
1N4007
L
1
100u
H


;

P
P
1

1

1
1
TR
1
E
R
25
-
00
1
1
GATE
2
VDD
3
NC
4
SENSE
5
RI
6
NC
7
FB
8
GND
U3
6)
2
CATHODE
3
EMITT
E
R
1
ANODE
4
COLLECTOR
U
2
B
PC817A
R18 2.2K
08055%
R9 1
00
K
0
8055%
C
2
6
1
0
4
08
05
5
0
V
12
C10
224
0805
50V
1
2
CON1
CX
1
0
.1u
F/2
7
5
V
F
US
E
T
2.
0A
L/250
V
R24 2M
08055%
R25 2M
08055%
R22 2M
08055%
R23 2M
08055%
12 34
L3
10*6*5MM 0.6MM
1
2
J
P3
C8
0
1
04
06
0
3
25V
C81
1
04
0
6
0
3
2
5
V
C83
10
4
0603
2
5
V
C84
10
4
060
3
25V
C8
5
104
0
6
03
25V
C88
1
03
060
3
2
5V

C
31
2
2
0
u
F/16
V

C
2
7
1
0u
F
25
V
R92 2.2
06035%
R932.2
0603 5%
R942.2
0603 5%
R95 2.2
06035%
R9822K
0603 5%




1
1
2
2
1
51
5
1
41
4
44
5
5
12
12
11
11
8
GND
9
S-GND
6
SVR
7
ST-BY
13
V+1
3
V+2
BT
4
8
6
0B

C4
220
0
u
F
25V
1
2
MOV1
14D471K
1
2
C
Y1
10
2/
400
V
12
D6
FR10
4
12
D
5
FR107
1
2
C
N4
CON_TH_
2P
_2.54
M
M
C57
4.7uF 0603
10V
C17
4.7uF 0603
10V
C18 100pF
0603
50V
C47
4.7uF
0603
10V
C20
4.7uF 0603
10V
C50 100pF
0603
50V
C
1
14
3
3
pF
0
603
50V
C3
4
33p
F
06
0
3
5
0V
C62
4.7uF
10V
0603
C60
4.7uF
10V
0603
R4
1
K
060
35
%
R5347K
0603 5%
R
54
7
.
5K
06
0
3
5
%
R5
5
1K
0
6
03 5
%
R2147K
0603 5%
R57 7
.
5K
060
3
5%
R
5868
K
0
6
03
5%
R5
94
7K
0
60
35%
R26
6
8K
0
60
35%
3
+
2
-
1
U7-A
KS4
55
8
5
+
6
-
7
4
G
8
V
U
7
-
B
KS455
8
R2
7
47K
0603 5%




&
1

&
21B7
+
B3B

00B/
)
1
23
Q
2
L8
05
0HT1G
12
R3
2
4
.7
K
06
035%
C30
102
0603
25V
R3347K
0603 5%
R451K
06
0
35%
1
23
Q
3
L8
55
0HLT1
G
R4647K
0603 5%
R48 20K
06035%
R49 20K
06035%
C3
9
33p
F
0603
50
V
FB1
224
12
C
40
33
pF
06
0
3
5
0V
FB2
22
4
3
INPUT
2
GND
1
OUTPUT
U6
7
8L05
R50 220

C41
4
7
uF
16V
1
K
2
R
3
A
U1
TL431

C
5
2
10uF
R7320K
0603 5%
R
7
420
K
06
035
%
FB3
4
7
0o
h
m
C54
33
p
F
5
0V
0603

C55
10uF
C56
3
3p
F
50
V
060
3
R
8
1
0K
0
80
5
1%
C
7
10
4
0805
50V

C
9
220
uF/1
6
V
1 2 A
C_
JACK
1
2
CN
R1
5
2
.
2K
1
2
C
N6
CON_TH_
2P
_2.54
M
M
V
C
C
VD
D_
SMPS
RO
UT
+
ROU
T
-
L
O
UT+
LO
UT
-
[2
]
VC
C
PGND
PGND
[2]
VCC
[
2
]
P
OWE
R_
EN
R
L
[
2
]
R
EF
[
2]
REF
[
2
]
VCC_U7
[2
]
V
C
C
[
2
]
P
O
WE
R_
EN
[2]
VCC_ST
[3]
5
.
0
V
[
3]
L
OUT+
[3]
L
OU
T
-
[2]
REF
GNDGND
[
2]
VCC_S
T
[2]
V
CC_U7
[
3]
ST
AND
BY
[2]
VCC