1-12-7
8
HV(-)
3
U
7
HV(+)
CN7002
1
W
5
HU(+)
6
HU(-)
9
HW(+)
2
V
11 VH(-)
10 HW(-)
HU(+)
VH(-)
HU(-)
HV(+)
HV(-)
HW(+)
HW(-)
U
V
W
R7023
180
C7001
0.1
C7002 1000P
C7003 1000P
C7004 1000P
FD1
EXPB(-)
FR1
FD2
TR
EXPB(+)
A+8V
EXPA(-)
FR2
EXPA(+)
TD
A+5V
B30
H29
H30
C29
G30
F27
E30
E27
C7097
0.082
F26
C30
C20
E29
D29
G26
VHALF
C7092 8200P
C7091 0.1
C7089 0.033
C7083 0.1
R7151 10K
C7085 0.1
C7086 1
C7090 0.1
C7048 1
C7047 1
THERMO
THERMOOP
GIN
B26
FIN
A27
BIN
B28
HIN
A26
DIN
B27
AIN
A29
EIN
C26
CIN
A28
VC-PD
C27
LE-SENS(-) D26
MOUT2 D25
LE-SENS(+) H26
THERMOOP H27
R7013 0
R7014 0
R7032 0
R7016 0
R7031 0
R7017 0
R7030 0
R7015 0
C7030
0.1
L7003
BEAD
R7147 0
BDRFB
F30
BDRFA
G29
C7046 1
C7045 1
R7022 180
4
VH(+)
C7037 0.01
C7036 0.01
C7038 0.01
NU H28
AA29
R7148 10K
4
SOT0
5
SIN0
3
GND
CN7007
1
SENSJ2
6
XFERST
2
SENSJ1
SENSJ2 F23
SENSJ1 E23
SOT0 E18
SIN0 C18
NU F18
IC6001(1/10)
*1
MN2WS0150A3
NU A17
NU A18
NU B17
NU AB28
NU G18
AB26
NU
R7139 10K
C7096 100P
C7098 100P
R7138 10K
R7140 10K
C7093 100P
R7141 10K
C7084 100P
R7164
1
0K
R7163
1
0K
R7162
1
0K
R7161
1
0K
XFERST
P-ON+3.3V
C7049
0.1
NU
B18
LDD-SDATA
B22
DSEN
D22
LDD-SCLK
C22
LDON
E22
10
EXPA(-)
2
FR2
25
DSEN
39
GND
4
TD
41
F
31
PO1
19
LD-TYPE
27
AVCC
28
FPIO1
9
EXPA(+)
20
AVCC
40
G
36
RF(-)
43
H
7
EXPB(+)
32
PO0
29
C
45
VC-PD
38
RF(+)
26
GND
8
EXPB(-)
15
A+8V
6
FR1
34
D
21
GND
17
TEST-V
3
TR
30
B
5
FD1
33
A
22
LDON
24
LDD-SCLK
42
E
CN7003
1
FD2
23
LDD-SDATA
37
GND
13
THERMO
44
GND
18
GND
35
GND
11
GND
12
GND
14
GND
16
GND
R7036 0
R7037 0
P-ON+5V(1)
LD-SENS(-)
LD-SENS(+)
R7165 0
C7009
0.1
C7011
0.1
14 SLD2(-)
12 SLD1(-)
13 SLD1(+)
15 SLD2(+)
C7006 2200P
SLD1(-)
SLD2(-)
SLD1(+)
SLD2(+)
C7005 2200P
A23
C23
B23
D23
D28
R7063 0
R7059 4.7K
R7058 10K
CONTINUE
BD MAIN 2
CONTINUE
BD MAIN 2
CONTINUE
BD MAIN 2
CONTINUE
BD MAIN 8
4
1
3
2
E
A
B
C
D
F
TO BD MAIN 9
IC6001(9/10)
MAIN MICRO CONTROLLER
/DIGITAL SIGNAL PROCESS
FE
DIGITAL
SIGNAL
PROCESS
STREAM
CONTROL
COPY
PROTECT
AACS
BD+
CSS
CPRM
RFB
MOUT2
NU
NU
RFA
VHALFOUT
VHALF
HDVREF
CONTINUE
BD MAIN 2
CONTINUE
BD MAIN 2
NU
(NO CONNECTION)
CONTINUE
BD MAIN 6
TO BD MAIN 2
IC6001(2/10)
TO BD MECHANISM
ASSEMBLY
TO BD MECHANISM
ASSEMBLY
FPIO1
PO1
LD-TYPE
TEST-V
PO0
NU
NU
NU
NU
NU
NU
BD MAIN CBA UNIT
BD Main 1 Schematic Diagram
E5WA0SCBD1
The order of pins shown in this diagram is different from that of actual IC6001.
IC6001 is divided into ten and shown as IC6001 (1/10) ~ IC6001 (10/10) in this BD Main Schematic Diagram Section.
1 NOTE: