Cirrus Logic CDB150x-01 - Manual (Page 4)

CDB150x-01
4 DS927DB4
2. SCHEMATIC
RE
V
B
1
12/
3/
2010
600-
00473-
Z
2
CS
1501
S
C
HEM
.,
CD
B
150X
-0
1
S H EET
T
IT
L E:
EC
O #
R E V
D ES
C R IP
T IO
N
IN
C BY
/D
AT
E
C H K BY
/D
AT
E
OF
ENG
INEER
S H EET
1
OF
1
SI Z E C
DR
A W
N B Y :
DA
T E :
PA
R T #
:
DE
S C R IP
T IO
N :
M U R160
Bus
s
Ba
r
N
O
T
E
S:
U
N
L
E
SS O
T
H
E
R
W
IS
E
SP
E
C
IF
IE
D
;
1
. A
L
L
R
E
SI
ST
O
R
V
A
L
U
E
S A
R
E
I
N
O
H
M
S
.
O
p ti
o
n 1 @
U
2 =
C S
1500:
1
. N
o po
pu
la
te
d I
C
: U
1
2
. N
o po
pu
la
te
d c
a
pa
ci
to
rs
: C
5 , C
8 , C
9 , C
1 1
3.
No
p
o
p u
la
te
d
r
e s is
to
rs
: R4,
R
6,
R10,
R17,
R18,
R21,
R22
4.
S
h o
rt
e
d co
m
p o
n e n
ts
b
y #
28 w
ir
e : L
4
,N
T C
2,
R9
5.
V
a
lu
e _cha
n g
e d ca
p
a ci
to
rs
: C13=
C14=
C15=
1nF
6.
V
a
lu
e _cha
n g
e d r
e
s is
to
rs
: R1=
R
2=
R13=
R14=
1M
,R
3=
R15=
887K
7.
B
o
o s t i
n
d u ct
o
r L
5 ha
s s
a m
e
f
o o tp
ri
n t RM
10,
b
u
t d
if fe
re
nt
i n
d u ct
a
n ce
O
p ti
o
n 2 @
U
1 =
C S
1501:
(P
IN
2=
S T
B Y
,P
IN
3=
IA
C)
1 . N
o
po
pu
la
te
d I
C
: U
2
2 . N
o
po
pu
la
te
d c
a pa
ci
to
rs
: C
5 ,C
8 ,C
9
3.
No
p
o p
u la
te
d r
e s is
to
rs
: R4,
R
10,
R17,
R21,
R22
4.
S
h o rt
e d co
m
p
o n e
n ts
b
y #
28 w
ir
e : L
4 ,N
T
C 2
5.
V
a lu
e
_cha
n
g e d
ca
p a ci
to
rs
: C13=
C14=
C15=
1nF
6.
V
a lu
e
_cha
n
g e d
r
e s is
to
rs
: R1=
R
2=
R13=
R14=
1M
,R
3=
R15=
887K
7.
V
a lu
e
_cha
n
g e d
r
e s is
to
rs
: R6=
48.
7K,
R18=
1.
74K,
R9=
0 .1
/3
W
8.
B
o o
s t i
n d u
ct
o r L
5 ha
s s
a
m
e f
o o
tp
ri
n t RM
10,
b
u t d
if
fe
re
nt
i
n d
u ct
a n
ce
O
p ti
o
n 3 @
U
1 =
F A N
7529:
(P
IN
2=
CO
M
P
, P
IN3=
M
O
T )
1 . N
o
po
pu
la
te
d I
C
: U
2
2.
No
p
o p
u la
te
d ca
p a
ci
to
rs
: C5,
C
11,
C14,
C15
3.
No
p
o p
u la
te
d r
e s is
to
rs
: R1,
R
2,
R3,
R
10,
R18,
R20
4.
S
h o rt
e d co
m
p
o n e
n ts
b
y #
28 w
ir
e : L
4 ,N
T
C 2
6.
V
a lu
e
_cha
n
g e d
ca
p a
ci
to
rs
: C9=
47nF,
C8=
220nF
7.
V
a lu
e
_cha
n
g e d
r
e s is
to
rs
: R4=
820K,
R17=
10K,
R21=
56K,
R22=
12.
6K
8.
V
a lu
e
_cha
n
g e d
r
e s is
to
rs
: R6=
20K,
R13=
R14=
1M
,R
9=
0.
2/
1W
9.
B
o o
s t i
n d u
ct
o r L
5 ha
s s
a
m
e f
o o
tp
ri
n t RM
10,
b
u t d
if
fe
re
nt
i
n d
u ct
a n
ce
O
p ti
o
n 4 @
U
1 =
L 6562A
: (
P
IN
2-
CO
M
P , P
IN3=
M
U
L T
)
1 . N
o po
pu
la
te
d I
C
: U
2
2.
No
p
o p
u la
te
d ca
p a
ci
to
rs
: C5,
C
11,
C13,
C15
3.
No
p
o p
u la
te
d r
e s is
to
rs
: R4,
R
10,
R18,
R20
4.
S
h
o rt
e d co
m
p
o n e
n ts
b
y #
28 w
ir
e : L
4 ,N
T C
2
5.
V
a lu
e
_cha
n
g e d
ca
p a ci
to
rs
: C9=
150nF,
C8=
2 .2
uF,
C
14=
10nF
6.
V
a lu
e
_cha
n
g e d
r
e s is
to
rs
: R15=
0,
R17=
22K,
R21=
15K,
R22=
12.
6K
7.
V
a lu
e
_cha
n
g e d
r
e s is
to
rs
: R1=
0
,R
2=
R3=
R
13=
R14=
1M
,R
6=
47K,
R9=
0 .3
/1
W
8.
B
o o s
t i
n d u
ct
o r L
5 ha
s s
a m
e f
o o
tp
ri
n t RM
10,
b
u t d
if
fe
re
nt
i
n d u
ct
a n ce
O
p ti
o n
5 @
U
1 =
N
CP
1606B
:(
P IN
2=
CT
RL
,P
IN
3=
CT
)
1
. N
o po
pu
la
te
d I
C : U
2
2.
No
p
o
p u la
te
d ca
p
a ci
to
rs
: C5,
C 11,
C13,
C15
3.
No
p
o
p u la
te
d r
e
s is
to
rs
: R1,
R 2,
R3,
R 10,
R18,
R20,
R4,
R
21
4.
S
h o
rt
e d
co
m
p o n
e n
ts
b
y #
28 w
ir e
: L
4 ,N
T C
2
5.
V
a
lu
e _cha
n g e
d ca
p
a ci
to
rs
: C9=
100nF,
C8=
390nF,
C14=
1.
5nF
6.
V
a
lu
e _cha
n g e
d r
e s is
to
rs
: R13=
R14=
1M
,R
15=
2M
,R
17=
54.
9K,
R22=
24.
9K
7.
V
a
lu
e _cha
n g e
d r
e s is
to
rs
: R6=
100K,
R9=
0 .12/
1W
5.
S
h o rt
e d co
m
p
o n e
n ts
b
y 0K r
e s is
to
r:
C13
8.
B
o
o s t i
n d
u ct
o r L
5
ha
s s
a m
e f
o
o tp
ri n
t RM
10,
b
u
t d
if
fe
re
nt
i
n
d u ct
a
n ce
A
IN
IT
IA
L R
E L E
A S
E
9/
17/
10
9/
17/
10
B
C
HA
NG
ED
L
5 T
O
NEW
FO
O
T P
R IN
T
12/
9/
10
ECO
806
B 1
CHA
N
G
E D
R6 FRO
M
17.
8K T
O
48.
7K
01/
05/
11
ECO
819
F1 4A
t
NT
C 1
30
N O PO
P -
S
H O R T W
IT
H 2 8 A
W
G W
IR
E
C1 2200p
F
C2 2200p
F
C3 0.
22uF
C4 0.
22uF
+ -
BR
1
GB
U 4 J- B P
600V
C5 NO
P
O P
D1
C6 0.
33uF
D2
M U R460G 600V
t NT
C 2
30
N O PO
P,
S
H O R T W
IT
H A
W
G 2 8 W
IR
E
R8
20K
1 2
CO
N 2
TE
R M B
L K
1 2 3
CO
N 1
TE
R M B
L K
R3 1M
MH
1
S C REW
-P
H IL IP
S -4-
40T
HR-
P H-
5/
16-
L -Z
A SSY
D
W
G -
603-
00473-
Z 1
PC
B D
W
G -
240-
00473-
Z 1
SC
H D
W
G -
600-
00473-
Z 2
MH
3
MH
4
MH
2
1
FD
1
1
FD
2
1
FD
3
R20
1K
R6 48.
7K
R2 1M
R13 1M
R18 1.
78K
VZ V 300L
A 20A
P
300V
E1
1P
A D -H78P
108
E2
1P
A D -H78P
108
1
2
3
4
L1
IN
D -5M
H- T S D -2796
5m
H
NO
P O P , S
H O R T P IN 1-
2 &
P IN 3-
4 w
it h 28 A
W G w
ir e
L2
IN D -5M
H-
T S D -2796
5m
H
1 2 3
CO
N 3
TE
R M B
L K
A1
1P
A D -H78P
108
A2
1P
A D -H78P
108
R19
100
C7 100uF EL
EC
R12 0
R11 1K
C10 4.
7uF
1
VBI
A S 2
2
ST
B Y
3
IR
E C T
4
IL
IN
K
5
GN
D
6
GD
7
VD
D
8
VBI
A S 1
U2
CS
1500-
FS
Z
NO
P
O P
HS
1
12.
5W
C12 100p
F
S D
G
Q1 S T P 12NM
50FP
L3
L4
N O PO
P,
S H O R T W
IT
H A
W
G 2 8 W
IR
E
L5
380uH
RL
CS
-1007
R17 NO
P
O P
C8 NO
P
O P C9
NO
P
O P R21
NO
P
O P
R22 NO
P
O P
R4
NO
P
O P
R10 NO
P
O P
D3
L L 4148
1
IF
B
2
NC
3
IA
C
4
CS
5
ZC
D
6
GN
D
7
GD
8
VD
D
U1
CS
1501-
FS
Z
C11 33p
F
R14 1M
R7 4.
7 O
H M
TP
8
TP
2
TP
3
TP
4
TP
5
TP
6 TP
7
R5 NO
P O P
R16
0
R23 0
R15 1M
JP1
0.800" W IRE J UM PER
C14
1000p
F
X7
R
NO
P O P
C13 1000p
F
X7
R
C15 1000p
F
X7
R
NO
P
O P
R1 1M
R9 0.
1
1W
T O 220-
IN
S U L -M
O
U N T -HEA
T S INK-
K IT
XH
S 1
L B L SU
B A SSY
P
R O
D I
D A
N D R
E V
L B L SU
B A SSY
P
R O
D N
U M B E R
Figur
e 1.
Sch
e
mat
ic