Circuit Diagrams and PWB Layouts
11
SK5.1L CA
7.
7.
Circuit Diagrams and PWB Layouts
Mono Carrier: Power Supply
6
7
8
9
10
A
B
C
D
E
F
A
B
C
D
E
F
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
1
2
F601
T
3
.15A
L601
25mH
C601
0.22
u
F/250V
L60
3
25mH
R601
2.2M 1/2W
C60
3
0.22
u
F/250V
D
1
S
/G
N
D
3
VC
C
4
OL
P
/
SS
5
FB
6
OC
P
/B
D
7
IC601
S
TR-W6556A
RL601
RELAY
C60
3
D
4700pF
C60
3
C
4700pF
C60
3
B
4700pF
C60
3
A
4700pF
C607
220
u
F
IC622
OPTOI
S
OI
R607
22
D605
BA15
8
C609
10nF
R610
8
.2M
C610
0.0022
u
F
C627
1000
u
F
25V
R622
0.22 2W
D62
3
RU4YX
C624
6
8
0pF 500V
C626
1000
u
F
16V
D622
BYW
3
6
C62
3
6
8
0pF 500V
R621
0.22 2W
D621
BA15
8
C620
6
8
0pF 500V
C622
470
u
F
50V
D620
RU4B
C462
560pF 2KV
200V
<45V>
<12V>
<20V>
<1
3
5V>
R6
3
0
6
8
0
IC621
S
E120
Q621
C1
8
15
Q622
C1
8
15
Q624
A101
3
D626
BA15
8
R6
3
9
10K
R649
2K2
R627
6.2K
Q62
3
C1
8
15
R154
15K
+
33
V_BT
L:
S
TANDBY
H:WORKING
D627
414
8
R640
0
C6
3
4
0.1
u
F/50V
R644
10K
+
8
V_VCC
R645
3
90
+12V
AC250V
450V
ZD620
5V1
L604
R6
3
1
1K
CN60
3
DEGAU
SS
ING
R
s
Rp
1
2
3
9RM
PTC601
R64
3
47K
BROWN
BLUE
N
L
VDR601
C604
1000pF
C606
470pF
R60
8
2K2
C600
0.1
u
F/250V
D60
3
A
D60
3
B
D60
3
C
D60
3
D
D604
0
C605
0.1
u
F
R604
3
9K
ZD602
1
8
V
R606
6K
8
R605
220
C60
8
10
u
F
C6
3
2
47
u
F
250V
C629
1500
u
F
R6
33
5K1
R647
0.51 2W
C625
1000
u
F
16V
Q626
C270
3
8
9
10
11
12
1
3
14
15
16
1
2
3
4
5
6
7
T60
3
TRAN
S
FORMER
C621
100
u
F
R624
0.22 2W
C641
2200
u
F
ZD621
3
V9
ZD622
3
V9
R6
38
22
R650
4
3
0
In O
u
t
Gnd
IC104
L7
8
0
8
R6
3
2
1 2W
C62
8
1000
u
F
25V
Q625
C1
8
15
C640
220
u
F
C6
3
9
47
u
F
R114
3
9K
IC10
3
33
V
C114
47
u
F
R6
3
5
22K
R6
3
4
10K
R64
8
22K
+5
ZD10
5
5V1
+
3
.
3
V_VCC
+21V
+4
8
S
TANDBY
R600
5
NTC
R602
3
9K
50V
R609
0.1
8
5W
T601
T600
T602
T60
3
T610
T611
T616
T61
8
T619
T620
T621
T62
3
T6
24
T626
T627
T62
8
T6
3
6
T6
3
7
CN604
(AC FROM KEYBROAD)
R60
3
VDR602
HOT GROUND
COLD GROUND
T604
T605
T606
T607
T60
8
T609
T612
T61
3
T614
T615
T617
T622
T625
T629
T6
3
0
T6
3
1
T6
3
2
T6
33
T6
3
4
T6
3
5
T
***
TE
S
T PAD
1
2
3
4
T640
T641
T642
+1
3
5
+12V_VCC
_VCC
V_VCC
V_VCC
V_VCC
A1
A1
I_17
88
0_011.ep
s
270
3
0
8
POWER
S
UPPLY