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DE
5A
RQ
UIV
O
FO
LH
A
PR
OD
UT
O
1
A3
PR
OJ
ET
O
DA
TA
PR
É
FO
LH
A
BL
OC
O
RE
V
TAR
AM
PS E
LETR
ÔN
ICA L
TD
A
DE
SE
NH
OA
DIL
SO
N
Fri Jan
07, 2011
GIV
AL
DO
18/10/2010
TA
2700 S
MD
/ TA
3500 S
MD
R6
INPUT
22K 1%R4
LEVEL
FEED
HABILITA REALIMENTAÇÃO
L R
39
KR
13
BA
SS
BO
OS
T+
10
dB
@ 5
0H
z
(PA
RA
IR S
AID
A)
35
00-2
ohm
s2
700
-1o
hm
35
00-2
ohm
s2
700
-1o
hm
29
0mV
2K
7R
9 2K
7R
8
CP
8
10
0nF
22
K 1
%R
1
22
K 1
%R
2
100nFC10
100nFC9
470RTP8
3K3
R22
100nFC11
100nFC3
100nFC4
39
KR
5
47
pFC
30
1K
R1
8
1K
R1
9
1K
R1
4
13K3 1%R6
10
0nF
CP
1
22
0nF
CP
2
100nFCP3
TL
07
2
CI3
:A
220nFCP4
10
0KTP
5
13
K3
1%
R7
CI7
C2
41
00n
F 100nFC6
100nFC34 T
L0
72
CI3
:B
(PA
RA
IR S
AID
A)
22
K 1
%
R2
5
10
K 1
%
R2
4
R4
3
33
0K 1
%
150K 1%R40
47
nFC
P1
5
12
0KR
27T
L0
72
CI2
:A
100pFC16
13
K3
1%
R4
4
R4
5
13
K3
1%
6K
8 1
%7
K5
1%
220K
R36
100nFC7
100nFC8 T
L0
72
CI2
:B
10
K 1
%
R3
7
RE
AL
IME
NT
AÇ
ÃO
13
K3
1%
R4
8
6K
8 1
%6
K8
1%
1K
21
K2
R1
1
1K
5 1
%
100nFC14
1n
F
CP
7
100nFC22
100nFC23
CI9
:B
1K
5 1
%R
54
10
0pF
C2
1n
FC
P9
CE
10
47
uF
TPE1 22K
3K3
R21
TL
07
2
CI1
:B
1K
R15
R1
6 1K
CI5
:A
TL
07
2
LOW PASSC
I6
C1
71
00n
F
68
nFC
P6
5K 1%
R26
33
0K 1
%R
39
10
0nF
CP
14 10
0pF
C1
5
10
KR
10
HIG
H P
AS
S
27
00-2
ohm
s3
500
-1o
hms
35
00-1
ohm
s2
700
-2o
hms
2K
2
R1
2(D
O D
SP
IC)
TL
07
2
CI4
:B
22
K 1
%
R3
TL
07
2
CI1
:A
TL
07
2CI4
:A
1K
R2
0 1K
R17
100nFC12
68
nFC
P5
47KTP7
100KTP4
47K TP6
lad
o p
ositivo
1K
5 1
%
10KBTP3
100nFC13
10
0nF
CP
11
47
nFC
P1
2
TL
07
2C
I8:B
TL
07
2
CI9
:A
R4
9
10
0pF
C1
R3
3
10
K
47
R R2
3
10K 1%
R28
150K 1%
R41
R46
13K3 1%
TL
07
2C
I5:B
DE
5A
RQ
UIV
O
FO
LH
A
PR
OD
UT
O
2
A3
PR
OJ
ET
O
DA
TA
SA
ÍDA
FO
LH
A
BL
OC
O
RE
V
TAR
AM
PS E
LETR
ÔN
ICA L
TD
A
DE
SE
NH
OA
DIL
SO
N
Fri Jan
07, 2011
GIV
AL
DO
18/10/2010
TA
2700 S
MD
/ TA
3500 S
MD
R6
2
95 16 13
14 1
1
4 10
12
3 3
+ -
(DO PRÉ)
SD
4 10
12 2
1695
11
13
14
15
100nFC21
CE
71
0uF
1K
R3
1
CE2
10uF
15 6 1 7 8
+8
4,5
Vrm
s5
4,2
Vrm
s7
8,5
Vrm
s
(DO PRÉ)
22
0nF
CP
24
C20
10
0nF
47uFCE24
0R
22
5W
0R
22
5W
0R
22
5W
0R
22
5W
1 7 8 6
MURS120T3
D9
27RR42
10K
R32
MURS120T3
D5
10K
R30
27RR38
10K
R29
1nF 250VCP17
dB
u3
5,4
OU
T/
Vrm
s@
1R
2,2uF 400V
CP16
+3
8,5
@ 2
R
OU
T
+3
4,6
TA
27
00
W-1
oh
m
@1
R
+3
7,9
@ 2
RH
AB
ILIT
AS
AÍD
A
100nFC19
100nF
C50 C49
100nF
100nFC18
DR2
MURS120T315V
DZ3
10
uFCE5
15V
DZ1
MURS120T3
DR1
10K
R34
27RR47
MURS120T3
D14
MURS120T3
D2
27RR35
1nF 250VCP18
(DO
MIC
RO
CO
NT
RO
LA
DO
R)
(FO
NT
E B
AIX
A T
EN
SÃ
O)
+5
9,2
Vrm
s
(FO
NT
E B
AIX
A T
EN
SÃ
O)
CE16
100uF
DZ16
15V
2
1
3
90
N2
0D
CP136,8uF 250V
DZ12
15V
DZ10
15V
CP106,8uF 250V
DZ6
15V
2K7 5W
R51
2K7 5WR50
TA
35
00
W-1
oh
m
TA
35
00
W-2
oh
ms
(DO
BA
NC
OC
AP
AC
ITIV
O)
2
3
19
0N
20D
DZ415V
2
3
19
0N
20D
2
1
3
90
N2
0D
10
uFCE3DZ215V
32
uH
L2
32
uH
L1
TA
27
00
W-2
oh
ms
3
2
17
812
RE
G3
IR2010S
IC2 IR2010S
IC1
DE
5A
RQ
UIV
O
FO
LH
A
PR
OD
UT
O
3
A3
PR
OJ
ET
O
DA
TA
FO
NT
E
FO
LH
A
BL
OC
O
RE
V
TAR
AM
PS E
LETR
ÔN
ICA L
TD
A
DE
SE
NH
OA
DIL
SO
N
Fri Jan
07, 2011
GIV
AL
DO
18/10/2010
TA
2700 S
MD
/ TA
3500 S
MD
R6
2200uF 200V
GN
D
TE
NS
ÃO
+B
15
0V1
17V
10
0V1
34V
RE
M
+1
2V
R1
23
4R
7 1
W6
8nF
C5
3
470uF 35VCE17
10R
R89
R8
6
4R
7 1
W
68
nFC
54
4R
7 1
WR
12
4
R52
150R
C
B
E
BC
P5
3Q1
100nFCP25CE11
10uF
68
nFC
59
220uF 16V
CE18
R116
10R
10R
R100
4R
7 1
WR
13
0
4R
7 1
W
R1
17
DR
6
U1
62
0R
DR
4
U1
62
0
DR
7
U1
62
0R
2200uF 200V
2200uF 200V
CO
NS
UM
O2
.50
A
35
00-2
ohm
s
1.9
0A
2.2
0A
2.4
0A
27
00-1
ohm
23
1
IRF
14
04
R104
1K 10R
R87 4R
7 1
WR
90
68
nFC
40
23
1
IRF14046A10
6A10
470uF 35VCE19
4700uF 25V
4700uF 25V
CE
B
BC
P5
6Q
2
CE1210uF
68
nFC
39
4700uF 25V
4700uF 25V
1K
R103 R107
10R
220uF 16V
CE25
68
nFC
47
23
1
IRF1404
4700uF 25V
10R
R106
3
1
2
IRF1404
R99
1K
DR
3
U1
62
0
TA
35
00
W 1
oh
m E
2o
hm
s3
X 2
20
0u
F/2
00
V
TA
27
00
W 1
oh
m E
2o
hm
s3
X 1
50
0u
F/1
60
V
10R
R85
D1
7
MU
RS
12
0T
3
15V
Z14
4R
7 1
WR
11
2
R1
29
4R
7 1
WC
60
68
nF
27
00-2
ohm
s3
500
-1o
hms
23
1
IRF1404
23
1
IRF14044700uF 25V
R101
1K
10R
R88
15V
Z13R53
150R
D1
3
MU
RS
12
0T
3
23
1
IRF1404
23
1
IRF1404
4700uF 25V
4700uF 25V
CP26
100nF6
8nF
C4
8
OB
S: D
AD
OS
AC
IMA
OB
TID
OS
EM
RE
PO
US
O C
OM
Vcc Á
12
,6V
DE
5A
RQ
UIV
O
FO
LH
A
PR
OD
UT
O
4
A3
PR
OJ
ET
O
DA
TA
MIC
RO
FO
LH
A
BL
OC
O
RE
V
TAR
AM
PS E
LETR
ÔN
ICA L
TD
A
DE
SE
NH
OA
DIL
SO
N
Fri Jan
07, 2011
GIV
AL
DO
18/10/2010
TA
2700 S
MD
/ TA
3500 S
MD
R6
68
R
CONECTOR ICSP
100nFC44
(P/ SAÍDA)
R126
MO
NIT
OR
R1
26
47
R 1
%6
8R
R1
22
R1
08
15
K1
5K
12
K1
3K
3 1
%
15
K
2K
7
1K
R1
21
D2
1
LL
414
8
33
0RR
12
8
330R
R127
Q6
MMBT3904
R9
51
K
10KR91
10
0nF
C4
21
K
R10533
0RR
11
9
220uF 16VCE21
D1
9
MU
RS
12
0T
3
47
0nF
/50
V
C5
8
2K2 1%
R109
33
0R
R1
20
47uFCE4
R1
35
4R
7 1
W
35
00-1
ohm
s
47
R 1
%
R1
25
27
00-2
ohm
s
R1
15
22
K1
5K
35
00-2
ohm
s
15
K
27
00-1
ohm
CO
N2 220uF 35V
CE61
33
0RR
11
0
EC
B Q3
MMBT3906
1K
R96
560R
R92
330R
R98
330R
R97
ON
CLIP
47uF
CE31
6n8
CP29
2
18
78
L05
RE
G6
6N
13
9
1K 1%
R118
100nFC41
IR4
42
7IC
5
100nFCP31
PIC
16
F6
16
MC
1
(P/ P
RÉ
)
(P/ P
RÉ
)
47
R 1
%
12
K
12
K
33
0RR
11
1
R113
10K
1K
R94
100nF
C43
35
00-2
ohm
s
R108
100nFC51
100nF
C45
27
00-1
ohm
15
K
27
00-2
ohm
s3
500
-1o
hms
330R
R102
EC
B
BC
P5
3Q
5
100nF
C61 1K
R114
PR
OT
R115
R1
22
47uFCE26
FO
LH
A5
RE
V
A4
AR
QU
IVO
DA
TA
18
/10
/201
0
PR
OJ
ET
OG
IVA
LD
O
PR
OD
UT
OT
A2
70
0 S
MD
/ TA
35
00
SM
D R
6
DE
5
DE
SE
NH
O
BL
OC
OF
OL
HA
AD
ILS
ON
Fri J
an
07
, 20
11
TAR
AM
PS E
LETR
ÔN
ICA L
TD
A
AL
TE
RA
ÇÕ
ES
R1
1
R4
9
R1
26
R1
22
12
K
R1
08
12
K
1K
21
K2
7K
5 1
%
68
R4
7R
1%
15
K1
5K
13
K3 1
%1
2K
1K
5 1
%
6K
8 1
%
68
R 15
K
2K
7
R1
15
15
K
35
00-2o
hm
s
35
00-2o
hm
s
22
K
35
00-2o
hm
s
15
K
35
00-2o
hm
s
27
00-1o
hm
27
00-1o
hm
15
K
27
00-1o
hm
27
00-1o
hm
1K
5 1
%
6K
8 1
%
47
R 1
%
6K
8 1
%
35
00-1o
hm
s
35
00-1o
hm
s
35
00-1o
hm
s
35
00-1o
hm
s
3X
22
00
uF
/20
0V
3X
15
00
uF
/16
0V
27
00-2o
hm
s
27
00-2o
hm
s
27
00-2o
hm
s
27
00-2o
hm
s
TA
35
00
W 1
oh
m E
2o
hm
s
TA
27
00
W 1
oh
m E
2o
hm
s
