10.
Circuit Diagrams and PWB Layouts
DC/DC
1
8
770_
8
5
3
_100
33
1.ep
s
10011
8
DC/DC
B0
3
D
B0
3
D
2010-02-19
5
8
204 000
8
951
DC/DC
OUT
IN
INH
BP
COM
NC
NC
A
REF
K
COM
OUT
IN
7UC0 A
8
IUB2 C2
CUA0 B9
FUA0 A2
IUB
3
C
3
IUB4 D
3
IUB5 C2
IUB6 B
3
IUA1 A4
IUA2 B5
IUA5 C6
IUA6 E5
3
UB7-2 D2
NOT FOR 5000
S
ERIE
S
*
3
UB7-
3
D2
3
UB7-4 C2
5UA0 E
8
IUA7 C4
IUA
8
D5
IUA9 B6
7UA4 E5
7UA5 E
8
IUB0 F6
IUB1 E
8
7UA7-2 D2
3
UA
8
B5
*
∗
FUA1 A7
FUA2 D5
FUA
3
D7
FUA4 B9
IU26 C
3
IU29 E2
IU
3
0 F
3
3
UB6-1 C2
3
UB6-2 C2
IUA
3
A6
IUA4 A6
3
UB7-1 D
3
3
U15-4 D
8
RE
S
ERVED
3
U16-1 C9
3
U16-2 C9
3
U16-
3
D9
3
U16-4 D9
3
U25-1 E
3
3
U25-2 E
3
3
U25-
3
E2
3
U25-4 E2
3
U26-1 F
3
3
U26-2 F
3
3
U26-
3
F
3
3
U26-4 F
3
7U06-1 F2
7U06-2 F1
7UA0 B2
7UA1-1 A5
7UA1-2 C5
7UA2 A6
7UA
3
C6
3
UA
3
B4
3
UA4 A4
7UA6 C
3
7UA7-1 C
3
3
UA7 B6
C
∗
∗
2UA5 B6
2UA6 B7
2UA7 D4
2UA
8
D5
2UA9 D5
2UB0 C7
2UB1 D6
3
UA9 D5
3
UB0 D6
3
UB1 E6
3
UB2 E6
3
UB
3
F6
3
UB4 F5
3
UB5 F5
3
U12 C
3
3
U1
3
C
3
3
UB6-
3
C2
3
UB6-4 C2
3
U15-
3
D
8
2UA4 A7
1
2
3
4
5
6
7
8
3
U29-1 E
3
3
U29-2 E
3
3
U29-
3
E
3
3
U29-4 F
3
3
UA0 A2
3
UA1 A
3
3
UA2 B
3
7
8
3
UA5 A6
3
UA6 B5
B
F
A
B
2
3
4
5
6
D
9
A
E
C
D
2UB2 D7
2UB
3
F6
2UB4 F6
2UB5 F
8
2UB6 F
8
2UB7 F7
2UB
8
D2
F
2UA0 A5
3
U15-1 C
8
3
U15-2 C
8
2UA
3
B5
E
2UA1 A4
2UA2 B5
RE
S
ERVED
IUA2
9
1
IUA7
3
6
FUA4
2
7
3
UB7-
3
470R
100R
3
U16-2
100n
2UA1
3
UA5
22R
1K0
3
UB4
PHD
38
N02LT
7UA2
2
1
3
2
7
3
UB6-2
1K0
3
UB2
4K7
IUB0
33
0p
2UA
8
+1V
8
IUA
3
2K2
3
UA0
100n
2UA7
2UB
3
22n
2UA0
100n
+2V5-REF
+5V
1n0
2UA9
+5V-TUN
3
U16-
3
3
6
1
8
100R
+
3
V
3
100R
3
U16-1
470R
3
U29-4
RE
S
4
5
1
%
3
K
3
3
UA2
IUB
3
IUB2
1
u
0
2UB6
3
U1
3
33
0R
1
%
5
6
7
8
4
LM
833
7UA1-2
LM
833
7UA1-1
3
2
1
8
4
27
470R
3
UB7-2
RE
S
3
6
100n
2UB5
1
100K
3
U25-
3
RE
S
3
U25-1
100K
8
100K
3
U25-2
RE
S
27
5
IUA6
3
UB6-4
1K0
4
47K
3
UA
3
IUB4
4
5
+5V
+5V-TUN
+1V2
3
U15-4
100R
+5V5-TUN
FUA0
2UB1
1
u
0
4
5
+12V
RE
S
RE
S
3
U26-4
470R
+
3
V
3
IUB5
2UB7
1
u
0
4
2
1
3
5
3
6
7UA5
LD
S3
9
8
5M50
1K0
3
UB6-
3
2
7
+
3
V
3
+5V
1
8
3
U15-2
100R
3
U15-1
100R
7UA
3
PHD
38
N02LT
7UA6
BC
8
17-25W
+
3
V
3
2UA5
1
u
0
3
AK
1
R
2
+2V5
T
S
24
3
1
7UA0
4K7
3
UB
3
1
8
+12V
1
8
470R
3
UB7-1
+12V
+12V
1K0
3
UB6-1
IUB6
FUA2
1
%
3
K
3
3
UA1
2UA
3
1n0
3
U29-
3
3
6
5UA0
3
0R
2
7
470R
RE
S
8
470R
3
U29-2
RE
S
3
U29-1
470R
1
RE
S
470R
3
6
RE
S
IUA4
3
U26-
3
IU29
2UA4
1
u
0
7U06-2
BC
8
47B
S
(COL)
RE
S
5
3
4
RE
S
2
6
1
4
5
BC
8
47B
S
(COL)
7U06-1
+
3
V
3
RE
S
3
U25-4
100K
3
U12
33
0R
1
%
2UA2
33
0p
+2V5-REF
1K0
3
UA6
5
1
u
0
2UB2
3
UB7-4
470R
4
3
UA
8
22K
3
UA9
1K0
FUA
3
+5V5-TUN
FUA1
4
5
5
3
4
100R
3
U16-4
BC
8
47B
S
(COL)
7UA7-2
RE
S
2UB4
33
0p
22
u
2UB
8
+2V5-REF
IUA1
IUA9
3
U26-2
470R
2
7
+12V
22R
3
UB0
RE
S
2
6
1
7UA7-1
BC
8
47B
S
(COL)
1
u
0
2UB0
7UC0
LF25ABDT
2
1
3
3
U15-
3
100R
3
6
3
U26-1
RE
S
1
8
470R
1K0
3
UA7
IU
3
0
3
UA4
1K0
+2V5-LVD
S
1
u
0
2UA6
3
UB1
1K0
CUA0
IUA5
100K
3
UB5
IUB1
IUA
8
1
2
4
T
S
4
3
1AILT
7UA4
5
3
ENABLE-1V
8
IU26
S
EN
S
E+1V2
1
8
77
3
_50
3
_100
83
0.ep
s
100
83
0
DC/DC
B0
3
D
B0
3
D
2010-0
3
-0
8
6
8
204 000
8
951
DC/DC
OUT
IN
INH
BP
COM
COM
OUT
IN
NC
NC
A
REF
K
CUA0 B9
FUA0 A2
IUB
3
C
3
IUB4 D
3
IUB5 C2
IUB6 B
3
IUA1 A4
IUA2 B5
*
3
UB7-
3
D2
3
UB7-4 C2
5UA0 E
8
IUA7 C4
IUA
8
D5
IUA9 B6
7UA4 E5
7UC0 A
8
IUB2 C2
FUA1 A7
FUA2 D5
FUA
3
D7
FUA4 B9
IU26 C
3
IU29 E2
IU
3
0 F
3
3
UB6-1 C2
IUA5 C6
IUA6 E5
3
UB7-2 D2
NOT FOR 5000
S
ERIE
S
3
U26-1 F
3
3
U26-2 F
3
3
U26-
3
F
3
3
U26-4 F
3
7U06-1 F2
7U06-2 F1
7UA0 B2
7UA1-1 A5
7UA1-2 C5
7UA2 A6
7UA
3
C6
3
UA
3
B4
7UA5 E
8
IUB0 F6
IUB1 E
8
7UA7-2 D2
3
UA
8
B5
*
*
2UA
8
D5
2UA9 D5
2UB0 C7
2UB1 D6
3
UA9 D5
3
UB0 D6
3
UB1 E6
3
UB2 E6
3
UB
3
F6
3
UB4 F5
3
UB5 F5
3
U12 C
3
3
UB6-2 C2
IUA
3
A6
IUA4 A6
3
UB7-1 D
3
3
U15-4 D
8
RE
S
ERVED
3
U16-1 C9
3
U16-2 C9
3
U16-
3
D9
3
U16-4 D9
3
U25-1 E
3
3
U25-2 E
3
3
U25-
3
E2
3
U25-4 E2
5
6
7
8
3
U29-1 E
3
3
U29-2 E
3
3
U29-
3
E
3
3
U29-4 F
3
3
UA0 A2
3
UA1 A
3
3
UA2 B
3
7
3
UA4 A4
7UA6 C
3
7UA7-1 C
3
3
UA7 B6
C
*
*
2UA5 B6
2UA6 B7
2UA7 D4
A
E
C
D
2UB2 D7
2UB
3
F6
2UB4 F6
2UB5 F
8
2UB6 F
8
2UB7 F7
2UB
8
D2
F
3
U1
3
C
3
3
UB6-
3
C2
3
UB6-4 C2
3
U15-
3
D
8
2UA4 A7
1
2
3
4
3
U15-2 C
8
2UA
3
B5
E
2UA1 A4
2UA2 B5
RE
S
ERVED
9
1
8
3
UA5 A6
3
UA6 B5
B
F
A
B
2
3
4
5
6
D
9
3
UB6-2
1K0
2
7
2UA0 A5
3
U15-1 C
8
IUB0
3
UB2
4K7
33
0p
2UA
8
IUA
3
+1V
8
2K2
3
UA0
100n
2UA7
100n
2UB
3
22n
+5V
2UA0
+2V5-REF
1n0
2UA9
3
6
+5V-TUN
100R
3
U16-
3
IUA2
IUA7
3
6
FUA4
2
7
3
UB7-
3
470R
100R
3
U16-2
1
u
0
2UB6
3
U1
3
33
0R
1
%
5
6
7
8
4
LM
833
7UA1-2
LM
833
7UA1-1
3
2
1
8
4
27
470R
3
UB7-2
RE
S
3
6
100n
2UB5
8
1
100K
3
U25-
3
RE
S
3
U25-1
100K
100K
3
U25-2
RE
S
27
4
5
IUA6
3
UB6-4
1K0
3
UA
3
47K
+1V2
IUB4
4
5
+5V
+5V-TUN
3
U15-4
100R
+5V5-TUN
FUA0
100n
2UA1
3
UA5
22R
1K0
3
UB4
PHD
38
N02LT
7UA2
2
1
3
2
1
3
5
7UA5
LD
S3
9
8
5M50
4
3
UB6-
3
3
6
+5V
1K0
3
U15-2
100R
2
7
+
3
V
3
100R
1
8
3
U15-1
7UA
3
PHD
38
N02LT
+
3
V
3
7UA6
BC
8
17-25W
2UA5
1
u
0
2
+2V5
T
S
24
3
1
7UA0
3
AK
1
R
+12V
4K7
3
UB
3
470R
3
UB7-1
1
8
1K0
3
UB6-1
1
8
IUB6
+12V
+12V
1
8
FUA2
+
3
V
3
100R
3
U16-1
3
U29-4
RE
S
4
5
3
K
3
3
UA2
470R
1
%
IUB2
IUB
3
RE
S
470R
3
6
IUA4
3
U26-
3
IU29
2UA4
1
u
0
7U06-2
BC
8
47B
S
(COL)
RE
S
5
3
4
RE
S
2
6
1
100K
4
5
BC
8
47B
S
(COL)
7U06-1
+
3
V
3
RE
S
3
U25-4
3
U12
33
0R
1
%
2UA2
33
0p
3
UA6
+2V5-REF
1K0
4
5
1
u
0
2UB2
3
UB7-4
470R
3
UA
8
22K
3
UA9
1K0
FUA
3
+5V5-TUN
FUA1
4
5
5
3
4
100R
3
U16-4
BC
8
47B
S
(COL)
7UA7-2
RE
S
2UB4
33
0p
RE
S
2UB1
1
u
0
470R
4
5
+12V
RE
S
3
U26-4
+
3
V
3
IUB5
2UB7
1
u
0
7UA7-1
BC
8
47B
S
(COL)
2
6
1
1
u
0
2UB0
2
1
3
3
6
7UC0
LF25ABDT
RE
S
1
8
3
U15-
3
100R
470R
3
U26-1
1K0
3
UA7
IU
3
0
+2V5-LVD
S
3
UA4
1K0
1
u
0
2UA6
3
UB1
1K0
CUA0
IUA5
100K
3
UB5
IUA
8
IUB1
T
S
4
3
1AILT
7UA4
5
3
1
2
4
IU26
1
%
3
K
3
3
UA1
2UA
3
1n0
6
5UA0
3
0R
RE
S
3
U29-
3
3
470R
3
U29-2
RE
S
2
7
470R
3
U29-1
470R
1
8
+2V5-REF
RE
S
IUA1
22
u
2UB
8
IUA9
470R
2
7
+12V
RE
S
3
U26-2
ENABLE-1V
8
22R
3
UB0
S
EN
S
E+1V2