46
7.
Circuit Diagrams and PWB Layouts
Power Supply Panel: Inverter
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
A
A
B
B
C
C
D
D
E
E
F
F
G
G
H
H
2
3
:2460
260mH
0
~
5V
2
3
:2460
260mH
NC:C
8
05
3
PF 5%
S
L
3
KV
3
pF/
3
KV_NC
NC:C
8
07
3
PF 5%
S
L
3
KV
3
pF/
3
KV_NC
NC:C
8
12 MLCC 0
8
05 0.1UF
Z 25V Y5V0. 1UF_(NC)
NC:C
8
24 MLCC 0
8
05 220PF K
25V X7R220PF 25V-NC
NC:C
8
25 MLCC 0
8
05 220PF K
25V X7R220PF 25V-NC
NC:C
8
26 CHIP 0.01
u
F 25V
X7R 0
8
050.01
u
F/25V-NC
NC:CN
8
21 CONN.2P DIP R/A
UNICORN LM
3
2
3
-B1-TF -2 CONN_NC
NC:CN
8
2
3
CONN.2P DIP R/A
UNICORN LM
3
2
3
-B1-TF -2 CONN_NC
NC:CN
8
24 CONN.2P DIP R/A
UNICORN LM
3
2
3
-B1-TF -2 CONN_NC
NC:CN
8
25 CONN.2P DIP R/A
UNICORN LM
3
2
3
-B1-TF -2 CONN_NC
NC:J
8
0
8
R
S
T CHIPR 0 OHM +-5%
1/4W YAGEO0 OHM +-5% 1/4W_(NC)
NC:Q
8
01 RK7002
S
OT-2
3
BY
ROHMRK7002
NC:R
8
04 R
S
T CHIPR 2-1%
1/
8
W XINYUAN2- 1% 1/
8
W_(NC)
NC:R
83
4 MATEL GLAZE 6.2M OHM 1/26.2M
? 1/2W_NC
NC:R
8
59 MATEL GLAZE 6.2M OHM 1/26.2M
? 1/2W_NC
CN
8
21 A10 CN
8
2
3
B10
CN
8
24 C10 CN
8
25 D10
CN
83
1 A10 CN
833
C10
CN
8
51 C10 CN
8
5
3
E10
C
8
01 A7 C
8
02 A7
C
8
05 B7 C
8
06 C7
C
8
07 C
8
C
8
10 E7
C
8
11 B
3
C
8
12 D4
C
8
1
3
C4 C
8
19 E
3
C
8
20 B5 C
8
21 B5
C
8
22 B5 C
8
2
3
B6
C
8
24 B6 C
8
25 D6
C
8
26 C2 C
83
1 D2
C
83
2 D4 C
838
B7
C
8
40 C5 C
8
41 C5
C
8
42 D5 C
8
4
3
D6
C
8
46 D2 C
8
47 C4
C
8
5
8
D7 C
8
60 B
8
C
8
61 D
8
C
8
65 E9
C
8
71 G
3
C
8
74 H4
C
88
0 F5 C
88
1 F6
C
883
G6 C
88
5 G6
C
88
7 H6 D
83
1 B10
D
833
B9 D
8
51 D10
D
8
5
3
C9 D
88
1 F7
D
883
G7 D
88
5 G7
D
88
7 G7 J
8
09 F5
PT
8
01 A7 PT
8
02 C7
Q
8
01 C1 Q
8
21 B5
Q
8
41 D5 Q
8
71 G
3
Q
8
7
3
F
3
Q
8
74 G4
Q
88
0 F4 Q
88
1 F5
Q
883
G5 Q
88
5 G5
Q
88
6 G5 R
8
01 C1
R
8
0
3
C2 R
8
04 B2
R
8
06 D1 R
8
07 D
3
R
8
11 B4 R
8
12 D4
R
8
1
3
B4 R
8
15 B2
R
8
16 D2 R
8
19 E
3
R
8
20 B6 R
8
21 B6
R
8
22 B5 R
8
2
3
B6
R
8
24 B
8
R
8
25 D
8
R
8
29 B
8
R
83
0 B
8
R
83
1 A10 R
833
B10
R
83
4 A
8
R
83
5 B
8
R
83
6 B
8
R
83
7 B7
R
83
9 B
8
R
8
41 D6
R
8
42 D5 R
8
4
3
D6
R
8
44 D6 R
8
49 D
8
R
8
50 D
8
R
8
51 C10
R
8
5
3
D10 R
8
54 C7
R
8
55 C
8
R
8
56 D
8
R
8
57 D7 R
8
59 E
8
R
8
61 E2 R
8
6
3
E5
R
8
65 E9 R
8
66 E9
R
8
71 G2 R
8
72 G2
R
8
7
3
G
3
R
8
74 G4
R
88
0 F5 R
88
1 F6
R
88
2 F6 R
883
G6
R
88
4 G6 R
88
5 G6
R
88
6 G6 R
88
7 H6
R
888
G6 U
8
11 C
3
PB02
PB02
I_17550_046.ep
s
15020
8
I
s
en
OP1
OP
3
OP
3
OP4
OP2
OP2
OP4
OP1
BRIGHTNE
SS
PID
INV-ON/OFF
+1
3
V
+1
3
V
+1
3
V
VDD
VDD
VDD
VDD
VDD
U
8
11
OZ99
38
GN
1
2
3
4
5
6
7
8
9
10
11
12
1
3
14
15
16
DRV1
VDDA
TIMER
DIM
I
S
EN
V
S
EN
OVPT
NC1
NC2
ENA
LCT
SS
TCMP
CT
GNDA
DRV2
PGND
R
83
5
10K_1%
1
2
R
88
2
1K
1
2
CN
8
5
3
CONN
1
2
R
83
6
10K_1%
1
2
C
8
10
3
pF/
3
KV
1
2
D
883
L
S
414
8
CN
833
CONN
1
2
R
88
0
10K_1/4W
1
2
C
8
47
0.047
u
F/25V
C
8
25
220PF 25V-NC
R
83
0
10K_1%
1
2
R
83
9
6.2M? 1/2W
1
2
R
8
44
33
R
R
8
66
2.2KOHM +-1%
CN
83
1
CONN
1
2
R
8
20
33
R
D
8
51
BAV99
3
1
2
R
8
15
3
0K
C
8
42
4.7nF/25V
C
88
1
0.01
u
F
R
8
41
33
R
R
88
6
1K
1
2
R
8
4
3
33
R
D
83
1
BAV99
3
1
2
R
88
7
100KOHM
R
83
1
1K
C
8
11
1
u
F
1
2
C
8
74
1
u
F
1
2
C
8
71
0.1UF 25V
Q
88
5
RK7002
ZD
8
74
RLZ5.6B
12
R
8
21
33
R
R
833
1K
C
883
0.01
u
F
C
8
1
3
3
90pF_NPO
R
88
4
1K?
1
2
Q
8
71
RK7002
CN
8
51
CONN
1
2
R
888
1K
1
2
R
8
2
3
33
R
R
8
22
33
R
R
88
5
100KOHM
C
8
07
3
pF/
3
KV_NC
1
2
C
8
65
33
nF
1
2
Q
88
6
RK7002
R
8
0
3
0?
R
8
07
10K? 1/10W
1
2
D
833
BAV70/
S
OT2
3
B
3
1
2
C
8
26
0.01
u
F/25V-NC
R
8
49
10K_1%
1
2
J
8
09
0 OHM +-5% 1/4W_(NC)
R
8
1
3
47K
R
8
42
33
R
Q
8
7
3
PDTA144WK
1
2
3
Q
8
74
MMBT
3
904
R
8
54
6.2M? 1/2W
1
2
Q
88
0
RK7002
D
8
5
3
BAV70/
S
OT2
3
B
3
1
2
C
83
2
0.1UF
+
C
8
20
470
u
F16V
C
8
05
3
pF/
3
KV_NC
1
2
R
8
74
33
0 OHM
C
8
22
4.7nF/25V
C
88
0
0.1
u
F
C
8
21
1
u
F
1
2
C
8
41
1
u
F
1
2
R
8
11
3
M
3
1
2
C
8
12
0.1UF_(NC)
R
83
7
8
.2K OHM 1/
8
W
CN
8
2
3
CONN_NC
1
2
R
8
04
2-1% 1/
8
W_(NC)
PT
8
01
TK.20
8
1M.101
7
1
3
8
5
6
2
4
R
83
4
6.2M? 1/2W_NC
1
2
+
C
8
40
470
u
F16V
R
8
29
0?
C
8
46
1
u
F
1
2
CN
8
21
CONN_NC
1
2
R
8
51
1K
D
88
7
L
S
414
8
R
8
24
100pF
12
D
88
1
L
S
414
8
R
8
5
3
1K
C
83
1
0.
33u
F
1
2
C
8
02
3
pF/
3
KV
1
2
C
8
2
3
4.7nF/25V
Q
8
41
AO4
8
2
8
L
1
2
3
4
5
6
7
8
S
2
G2
S
1
G1 D1
D1
D2
D2
C
88
7
0.01
u
F
R
8
50
10K_1%
1
2
R
8
16
20K
C
8
4
3
4.7nF/25V
R
8
57
10K_1%
1
2
R
8
01
10K_1/4W
1
2
R
8
19
1M?
D
88
5
L
S
414
8
Q
883
RK7002
CN
8
25
CONN_NC
1
2
C
8
61
220PF 50V
R
8
72
100K
C
8
24
220PF 25V-NC
R
8
12
560K
Q
88
1
RK7002
C
8
5
8
1nF_NPO
C
8
01
10pF/6KV
R
8
59
6.2M? 1/2W_NC
1
2
Q
8
01
RK7002
R
8
06
20K
R
8
7
3
2.7K
CN
8
24
CONN_NC
1
2
R
88
1
100KOHM
C
838
1nF_NPO
C
8
60
220PF 50V
C
88
5
0.01
u
F
R
8
56
10K_1%
1
2
R
8
71
10K_1/4W
1
2
C
8
06
10pF/6KV
R
8
6
3
33
K 1/
8
W
C
8
19
0.01
u
F/25V
R
8
61
1M OHM
R
8
55
0?
R
8
25
100pF
12
R
883
100KOHM
R
8
65
200 OHM +-1%
Q
8
21
AO4
8
2
8
L
1
2
3
4
5
6
7
8
S
2
G2
S
1
G1 D1
D1
D2
D2
PT
8
02
TK.20
8
1M.101
7
1
3
8
5
6
2
4
P
S
U: INVERTER