Lattice Semiconductor POWR607, User Manual

Page: 22 / 30

22
POWR607/6AT6 Evaluation Board
Appendix A. Schematics
Figure 5. Power Manager 605, 607 and 6AT6
5 5
4 4
3 3
2 2
1 1
D
D
C
C
B
B
A
A
Rem
o
v
e R41 &
42.
An
d
in
s
ta
ll R
3
9 & R
4
0 t
o
ena
b
le
b
y
pas
s
feat
u
re
.
Rem
o
v
e R43 &
44.
An
d
in
s
ta
ll J
1
2 t
o
Meas
u
re
P
o
w
er
Do
w
n
C
u
rr
ent.
In
s
ta
ll P
O
W
R605 or
P
O
W
R607
bu
t not
b
oth.
V
MO
N
1
V
MO
N
2
V
MO
N
3
V
MO
N
4
V
MO
N
5
V
MO
N
6
TD
O
TD
O
PM
_
T
CK
H
V
OU
T
2
H
V
OU
T
1
V
MO
N
6_G
S
V
MO
N
5_G
S
V
MO
N
4_G
S
CL
T
E
Nb
V
PS0
V
PS1
PM
_
T
DO
TD
O
PM
_
T
DI
TM
S
_605
TM
S_6AT6
V
MO
N
6
V
MO
N
1
V
MO
N
2
V
MO
N
3
V
MO
N
4
V
MO
N
5
I
N
1
I
N
2
IO
_
1
IO
_
2
IO
_
3
IO
_
4
IO
_
5
PM
_
T
CK
PM
_
T
DI
SM
BA
V
CCPM
+3.
3
V
+3.
3
V
+3.
3
V
+3.
3
V
V
CCJ
V
CCPM
V
CCJ
+3.
3
V
+3.
3
V
V
CCPM
V
CCJ
+3.
3
V
V
MO
N
1
V
MO
N
2
V
MO
N
3
V
MO
N
4
V
MO
N
5
V
MO
N
6
PM
_
T
DI
PM
_
T
M
S
PM
_
T
CK
PM
_
T
DO I
N
1
I
N
2
IO
_
1
IO
_
2
IO
_
3
IO
_
4
IO
_
5
H
V
OU
T
1
H
V
OU
T
2
PM
_
S
CL
PM
_
S
DA
TR
IM
_4
TR
IM
_5
TR
IM
_6
V
MO
N
6_G
S
V
MO
N
5_G
S
V
MO
N
4_G
S
CL
T
E
Nb
V
PS0
V
PS1 SM
BA
Da
te
:
Si
z
e
Sc
h
e
m
a
ti
c
Re
v
of
Sh
e
e
t
Ti
tl
e
Lat
ti
ce
S
e
m
icond
u
ct
or
A
p
pl
ic
at
io
ns
E
m
a
il: te
c
h
s
u
p
p
o
rt@
la
ttic
e
s
e
m
i.c
o
m
B
o
ar
d R
e
v
Pr
o
je
c
t
A
u
g
u
st
22,
2013
B
D
6
1
Po
w
e
r M
anage
r 605/
7 and 6A
T6
PO
W
R6
0
5
/7
-
PO
W
R6
AT
6
E
v
al
u
at
ion B
o
ar
d
D
Da
te
:
Si
z
e
Sc
h
e
m
a
ti
c
Re
v
of
Sh
e
e
t
Ti
tl
e
Lat
ti
ce
S
e
m
icond
u
ct
or
A
p
pl
ic
at
io
ns
B
o
ar
d R
e
v
Pr
o
je
c
t
A
u
g
u
st
22,
2013
B
D
6
1
Po
w
e
r M
anage
r 605/
7 and 6A
T6
PO
W
R6
0
5
/7
-
PO
W
R6
AT
6
E
v
al
u
at
ion B
o
ar
d
D
Da
te
:
Si
z
e
Sc
h
e
m
a
ti
c
Re
v
of
Ti
tl
e
B
o
ar
d R
e
v
Pr
o
je
c
t
A
u
g
u
st
22,
2013
B
D
6
1
D
U2
is
p
P
A
C
-P
O
W
R6
0
5
TQ
F
N
_24
DI
V
MO
N
1
1
V
MO
N
2
2
V
MO
N
3
4
V
MO
N
4
5
V
MO
N
5
6
V
MO
N
6
7
I
N
1
22
I
N
2
21
TD
I
13
TD
O
11
TM
S
14
TC
K
12
I
N
_O
U
T
5
15
I
N
_O
U
T
4
17
I
N
_O
U
T
3
1
8
I
N
_O
U
T
2
19
I
N
_O
U
T
1
20
V
CC
3
V
CC
16
V
CCJ
10
G
N
D
8
G
N
D
9
C2 100n DI
C1 100n DI
R3
9
10k D
N
I
R4
1
0 DI
R4
4
0 DI
R4
0
10k D
N
I
J12
PM
_
V
CC
D
N
I
1
2
R3
1
100 DI
U3
is
p
P
A
C
-P
O
W
R6
AT
6
TQ
F
N
_32
DI
V
MO
N
1
15
V
MO
N
2
17
V
MO
N
3
19
V
MO
N
4
21
V
MO
N
5
23
V
MO
N
6
25
V
MO
N
1G
S
14
V
MO
N
2G
S
16
V
MO
N
3G
S
1
8
V
MO
N
4G
S
20
V
MO
N
5G
S
22
V
MO
N
6G
S
24
TD
I
4
TM
S
5
TC
K
3
TD
O
1
DAC6
26
DAC5
27
DAC4
2
8
DAC3
29
DAC2
30
DAC1
31
CL
T
E
Nb
6
V
PS0
7
V
PS1
8
CL
T
L
O
C
K/SM
BA
9
SCL
10
SDA
11
G
N
D
32
V
CCD
12
V
CCA
13
V
CCJ
2
U1
is
p
PAC-
P
O
W
R6
0
7
TQ
F
N
_24
DI
V
MO
N
1
1
V
MO
N
2
2
V
MO
N
3
4
V
MO
N
4
5
V
MO
N
5
6
V
MO
N
6
7
H
V
OUT
1
23
H
V
OUT
2
24
I
N
1
22
I
N
2
21
I
N
/O
UT
3
20
I
N
/O
UT
4
19
I
N
/O
UT
5
1
8
I
N
/O
UT
6
17
I
N
/O
UT
7
15
V
CCD
3
V
CCA
16
V
CCJ
10
G
N
DA
9
G
N
DD
8
TD
I
13
TD
O
11
TM
S
14
TC
K
12
R7
4
10k DI
R3
2
100 DI
J7
B
y
pass 605/
7
D
N
I
1
2
J
8
By
p
a
s
s
6
A
T6
D
N
I
1
2
R4
2
0 DI
C5 100n DI
R4
3
0 DI
C3 100n DI
J11
6AT6 TM
S
D
N
I
1
2
J10
605/
7
TM
S
D
N
I
1
2
C4 100n DI
R3
0
100 DI