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2012
1
I N P U T R
10uF
I N P U T L
CE9 10uF
CE41
R 3 3 22K 1%
4 R 7 1 W
R 1 2 2
2 R 2 2 2 K 3 K 1 6 1 % %
R 4
220pF C38
22K 1%
R20
C 2 9
C I 1 T : L B 0 7 2
100nF C201
2 2 R K 1 2 % 7
2 2 p F
C2 22pF
C E 2 6 R 8 5 K 2 3
100nF C133 100nF C136
R57
2 2 K
33K
2K2
R30
6 8 n F
C I 3 : B
C129 100nF
6 8 n F
6 C n 1 R 8 5 3 3 3 1 K
R 3 2 3 3 K
6 C 8 3 n 2 F
F U L L
3 d H I B G @ H 1 P A 0 S 0 H S z
33K R19
c
K 8 8
4 C 7 7 0 0 n F 2 2 0 p F
C81 100nF
100nF 100nF
4 R 7 5 K 6
C 6 3
4 7 0 n F
6 R1nF K 7 8 1
R R 6 6 6 K 5 K 8 2 8 4
4 C 7 0 6 n 0 F
1 R 1 0 6 R 7
220pF 9 8
100nF 24
P F R O O A L J 3 H E A T O
G 0 I 8 V / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 1 n A 0 D I D 7 L E ,2 S 0 O 2 1 1 N
B L O C O
A M P L I F I C A D O R
P R O D U T O
T 2 0 0 X 2 S M D R 2
R E V
T A R A M
L T D A
1 7
23
C109 560pF
2 1 2 5 1 C 5 1 n 0 F 3
2 1
C108 560pF
15nF
10R R105
D151
C121 27R 1W
27R 1W
R120
470nF/63V C124
C123
-
R
+
-
BTL
100uF
R78
1 0 C 0 9 n 3 F C C 9 100nF 1 E 9 1 6 C92 0 0 n F C106 560pF
10R
MURS120T3
C119 100nF R118
100nF C79
D148
MURS120T3
L
+
2 L 7 u 1 H 4 7 0 n F / 6 3 V C N 1 1
L E D A Z
J M P 2
CE99
C107
4 7 u F 6 3 V
6 K 8
47uF CE111
C155 100nF
CE162 470uF 35V
CE161 470uF 35V
6K8
R 9 8
3K9 R200
C140 100nF
R97
5V6 DZ1
560pF
D138
2 7 u L H 2
100nF
R104
C102
D139 MURS120T3
100nF
1 6
MURS120T3
P S E L E T R Ô N I C A
6
15V
R165 10R
27K 1%
1 4
20
10R R164
C 7 5
7
18
C89 100nF
C 8 4
D A T A
T D F C 8 I P 5 1 9 1 T H
15V
2 2 0 R R 1 1 9 W 9
ON
4 3 L 7 d O K B W @ R P 1 A 5 0 S 5 0 S H z
c
DZ2
100nF
1 0 1 2
19
F U L L
DZ3
47uF CE112
C I 2 T : L A 0 7 2
33nF C12
- H 3 I d G B H @ P 1 A 0 S 0 S H z
6 8 C n 1 F 4
3 R 3 1 K 1
C74
4 C 7 6 0 1 n F C 5 9
1 1
C66 4 5 2
C13 6n8
3 R 3 1 K 8
1nF
C 6 7
1 47pF C73 13
C82 100nF
A R Q U I V O
2 2 R 0 1 R 1 1 0 W
C77 1nF CE28 4,7uF
3
C86 100nF
2 2 K
3 R 3 1 K 0
4 R 7 5 K 2
C169
C72
1nF R C76 6 6
C85 100nF
T P 1
C I 2 T : B L 0 7 2
C168
- L 3 d O B W @ P 1 A 0 S 0 S H z
C 4 E ,7 3 u 9 F
R 1 1 6 0 6 R
1K
C 1 7
6 8 2 R n K 2 F C 1 2 2 6
C I T 3 L : A 0 7 2
33nF C25
T L 0 7 2
4 R 7 5 K 8
100nF
C I 4 T : A L 0 7 2
R44
3 R 3 3 K 7
C131
2 R 2 K 6 1 %
2 C 2 7 p F
3K3
3K3
R34
C I 1 : A
T L 0 7 2
R43
1K
R50 C I 4 T T : P B L 2 0 7 2
100nF
6 8 n F
T S O U P P O L W L Y E R
1 C 0 u E F 8 R 8 4 K 2 2
1 0 u F
C115
C 2 4
2 2 R K 1 3 %
R5
C21 22pF
C 3 5
2 2 K 1 %
J M P 1
G N D C O N 1
1 0 u F
C 1 F 8 E R 3 R 2 5
C 1 6 2 8 n K 8 2 5 1 % R % 2 4
C I F 1
R 1 5
4 K 7
1 4 0 K 0 n C 7 F 6
4 R K 1 C 7 4 5 1 0 0 n F
SG3525
1 5 A
CFE4 47uF
Q 1 7 1
100nF C20
D A T A
P R O J E T O
0 G 8 I V / 1 0 A L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a A 2 n D 0 I L D 7 S E , 2 O N 2 0 1 1
F A O 4 L H A B L O C O
F O N T E C H A V E A D A
CFE1 1000uF 16V
1 N 4 1 4 8
D 2
D1 1N5404
B
C
E
BCP56
47uF CFE2
10nF
4 6 K H z
R12 10K
4 7 R
R 7
R9
1 0 0 n C F 1 9
4 7 R
4 6 K H z R 8
1 R 2 K 6
IRFZ48
10K C3 10nF
27R R2
IRFZ48
A R Q U I V O
+ 1 2 V
4 1 R K 1 2 6 1 % 1 R K 1 3
C4
O B S : O B T I D O S Á 1 2 , 6 V c c E M R E P O U S O
R 1 7
R E M O T E
P R O D U T O
T 2 0 0 X 2 S M D R 2
R E V
C1 10nF T A R A M P S E L E T R Ô N I C A L T D A
27R R1
T R F 1
1 5 5 e A s W p G
1 5 5 e A s W p . G
1 9 8 e A s W p . G
1 9 8 e A s W p . G U 1 6 2 0
U 1 6 2 0 R 2 2 0 0 u F 3 5 V CFF5
CFF1
2 2 0 0 u F 3 5 V
G N D CFE4 47uF
1 0 u F
C F E 3 4 7 R
C 1 3 1 n 8 3 5 %
1 0 K R 1 0 7
4 K 7
1 C 0 1 0 1 7 n F R 4 1 K 0 7 5 R 1 0 3
+ 1 2 V
100nF C120
4 4 R 1 K 0 2 4 R 1 0 1
R 1 0 6 4 R K 1 7 0 2
1 K
CFE1
D F 2
1 N 4 1 4 8
C116 100nF
S G 3 5 2 5
R e m o t o
2 2 0 0 u F / 1 6 V
1N5404 DF1
B C E
K S Q H 3 1 1 C
47uF CFE2 10nF C115
2 R 7 9 R 8
R 1 1 0 0 K 0 2 R 7 9 R 7
R 1 9 0 9 K 1 C 0 1 0 1 n 9 F
1 R K 1 0 8
D A T A
P R O J E T O
2 G 4 I / V 0 A 9 L / 2 D 0 O 1 0
F O L H A
3 D E
3
F O A L 4 H A B L O C O
F o n t e
P R O D U T O
T 4 0 0 X 4 S M D R 3
D E S E N A H O D
I L S O N
R E V
T A R A M
IRF1404
2 R 7 9 R 6
1 C 0 1 n 1 F 4
IRF1404
C 1 1 0 1 n 3 F
A R Q U I V O
1 5 7
1 5 8
R 2 9 7 5 R
U 1 6 2 0 R
U 1 6 2 0
P S E L E T R Ô N I C A L T D A
6 X 2 2 0 0 u F 3 5 V
-2 -2 5 5 V V
+ 2 5 V
+ 2 5 V
C15 220pF
E N T R A D A C H 2
CE3 10uF
2 2 K 1 %
R 1 5 R9 22K 1%
22pF
C57 100nF
2 2 R K 1 1 7 %
C8
C I 1 : B
100nF C45
1 0 C u F E 2
R 2
4 R 7 1 W
R 4 4
2 2 C p 1 F 2
5 5 3 2
E N T R A 1 D A C H 1
R3 22K 1%
C 2 2 1 p F
2 2 R K 1 1 2 %
2 2 R K 1 4 %
2 2 p F
8 KR 2 2 0
8 K 2 1K
R21
R22
1K
T L 0 7 2
G A I N
2 2 K
C I 4 : B
R28
C 2
5 5 3 2
1 C 0 E u 1 F
R 2 4
100nF C51
2 2 KR 1 1 %
C I 1 : A
1 C 0 E u 4 F
C50 100nF
2 2 K 1 %
C I 4 : A
R19 3K3
T L 0 7 2
G A I N
2 2 K
6 K 8 1 % R 3 6
3K3
C 6 1 8 4 n F
R16 2K2
6 8 n F
C 33K 9
33K
T L 0 7 2 C I 3 : B
6 C 8 1 n F 3
3 R 3 K 1 4
R 1 0
6 8 n F
2 K 2
I C 1
R7
C 6
C 6 n 4 8
33K
T L 0 7 2 C I 2 : B L O W P A S S
c
4 R 7 2 K 9
R 2 7 4 7 K
100nF C56
C 1 1 n 9 F
C25
H I G H P A S S
C E 5
1nF
4,7uF CE6
C 3 3 3 n F
T L 0 7 C I 2 3 : A
C55 100nF
F U L L
H I G H P A S S
4 7 K
6 8 C n 5 F
3 R 3 6 K
R8 33nF C10
C48 100nF
R 3 2
3 3 R K 5
33K
C 6 n 1 8 1
R13
100nF C49
6 8 C n F 7
3 R 3 1 K 8
R11
T L 0 7 2
220nF C44
C I 2 : F A U L L
L O W P A S S
c
5V6 DZ4
4 R 7 2 K 6
R 3 7
4,7uF
C 1 n C 2 1 F 2 1 n 0 F R 3 1
100nF
47pF
10R
C26
R49
4 7 0 C n 2 F 3
C 1 2 1 1 6 9
5
C42 560pF
1 0 0 n F C 3 1 1 0 C 0 3 n 3 F
1 1 9 2 4 1 3 1 8
2 0
2 1
2 2
R39
C39
10R
15nF
G 2 I 4 V / 0 A 9 L / 2 D 0 O 1 0
F O L H A
B L O C O
T 4 0 0 X 4 S A M m D p R l i -A 3
D E S E N H O
F r i J a A 1 n 0 D D 7 I L E , S 2 O 3 0 N 1 1
R E V
T A R A M
C47 100nF
R43 27R 1W
1 5
L T D A
1 0 0 n F
D4
1 0 R
CE22 220uF/35V
C53 100nF C52
4 7 u C F E / 6 7 3 V
C 3 5 1 0 0 C n 3 F 6
CE21
2 2 0 u F / 3 5 V
100nF
V D D V S S
1 2 0 R 2 W
560pF C40 C41
DZ3 15V
DZ2 15V
47uF CE10
47uF CE9
R 4 1
2 R 7 R 4 1 2 W
MURS120T3
1 0 u H LED AZ
LED AZ
-1 5 V
- O + U T P U T C H 1
R50 5K6
1uF/63V CP1
- O + U T P U T C H 2
1 2 0 R 2 W
R 4 0
D3
MURS120T3 D1
1uF/63V CP2
+ 2 5 V
DA FONTE
560pF
MURS120T3
1 0 C 4 0 6 n F
-2 5 V
6K8
100uF CE8
1 0 C 0 3 n 7 F
R38
P S E L E T R Ô N I C A
8 5
1 6
C 1 3 5 8 n F
10R 10R
R34
6
1 7
R46 R47
5V6 R DZ1 6 K 3
7
C I P 1
2 3
1 0 u L H 2 P R O D U T O
1 0 C 0 2 n 7 F
1 0
1 4
MURS120T3
P F R A O O 2 L _ J 1 H E A T O
8
1 0 C 0 2 n F 8
T D F 8 5 9 1 T H
D2
560pF
D A T A
4 7 C 0 1 n F 8
2 2 0 p F
1 2
100nF
C43
A R Q U I V O
6 R K 2 8 5
6 K 8
4 C 7 1 0 7 n F
C34
C 3 2 1 0 0 n F
R 3 0
6 R K 3 8 3
3
C30
R 1 4 0 8 R
6 K 8
4 C 7 2 0 4 n F C 2 2 2 0 2 p F 4
C29 100nF
1 C 2 0 5 p 4 F
+ 1 5 V
3 K 3
220pF
CE13 10uF
2 2 K 1 % R61 22K 1%
I N P U T C H 3
2 2 R K 6 1 9 %
R 6 7
C72
I N P U T C H 4
CE12 10uF
4 R 7 1 W
R 4 5
R55 22K 1%
22pF C65
5 5 3 2
C112 100nF
100nF C103
C 2 2 5 p 8 F
2 2 R K 6 1 4 %
2 2 C p 6 F 9
C I 5 : B
R 2 5 2 2 K 1 %
5 5 3 2
C I 5 : A
R 7 1
8 K 2
100nF C108
2 C 2 p 5 F 9
8 K 2
1K
R74
R73
C I 8 : B
C109 100nF
2 2 R K 5 1 6 %
C 0 1 E u 1 F 1
1 C 0 u E F 1 4 R 7 5
2 2 R K 5 1 1 %
2 2 K
T L 0 7 2
1K
G A I N
T L 0 7 2
C I 8 : A
2 2 K
G A I N
R78 3K3
33K
6 C 8 6 n F 6 2K2
33K
R68
R65 33nF C67
T L 0 7 2 C106 100nF
C107 100nF
6 3 R 8 3 6 K 6 n F
C I 6 : F B U L L
H I G H P A S S
R 4 8 7 1 K
c
4 7 K
100nF C111
4 R 7 K 7 9
C80 1nF
33nF C60
R 7 7
R94
R 1 9 0 3 R
A R Q U I V O
D A T A
P R O J E T O
G 2 I 4 V / 0 A 9 L / 2 D 0 O 1 0
F O L H A
F O A L 3 H A
P R O D U T O
B L O C O
T 4 0 0 X 4 A S M m D p R l i -B 3
D E S E N H O
F r i J a 2 n A 0 D D ,7 I L E 2 S 0 O 3 1 1 N
R E V
T A R A M P S E L E T R Ô N I C A L T D A
10R
47pF
1 C n 8 F 4
R 6 R 6 K 8 K 7 0 8 6 8 4 4 7 7 C C 0 0 7 n n 7 5 F 4 F
100nF C90
1 0 C 0 n 9 F 4
1 4 1 7 2 1
2 2
1 5
C98
C102
R88
15nF
560pF
D6
MURS120T3
1 6
10R
1 C 5 9 n 7 F
D7
MURS120T3
1 0 u H
1 C 0 1 0 0 n 4 F
1 MURS120T3 0 L 1 u 0 H 0 1
2 R 7 R 8 1 9 W
1uF/63V
CP4
1uF/63V CP3
-
+
OUTPUT CH4
-
+
OUTPUT CH3
CE19 220uF/35V
100uF CE18 47uF/63V
1 0 0 n F
C E 1 7
560pF C99 C100 560pF
D5
6K8
6 R K 8 8 6
C93 100nF R87
D8
MURS120T3
C 9 2
10R
R85
5V6
6
2 3
2 7 R R 9 1 0 W
R92
7
10R
1 C 0 1 0 0 5 n F
R91 10R
1 C 0 0 8 n F 3
T D F 8 5 9 1 T H
1 1 8 1 0 C 0 0 0 n 8 F n F 9
C101 560pF
1 0
DZ5
1 3
2 0
1 0 0 n F
C 8 2 1 2
1 1 9 2 4
C91
1 C 0 0 8 n F 8
4 R 7 7 K 2
4,7uF CE15
3
C81
c
C 1 8 n 5 F
4 4 7 C C 7 0 7 7 0 n 9 n F 8 F 220pF C C 220pF 7 7 7 3 1 2 4 5 9 8 1
100nF
L O W P A S S
C76
6 R 6 K R K 8 8 8 3 8 4
C87
C 6 2
T L 0 7 C 2 I 6 : A F U L L
H I G H P A S S
1nF
100nF
3 R 6 8 3 n K 5 8 F
C I 7 : A
4,7uF CE16
C86
C61 6n8
T L 0 7 2 C110 100nF
L O W P A S S
3 R K 8 3 2
33K
T L 0 7 2
C I 7 : B
R59
6 8 n F
R60
C 7 0
R 3 5 3 7 K 33K
C 6 3
R 6 2
2 K 2
6n8 C68
R63
6 8 n F
C 6 4
3 R 3 7 K 0
C 6 7 8 1 n F
100nF C96
2 2 0 C u F E 2 / 3 0 5 V 100nF C95
V S S
V D D
G N D CFE4 47uF
1 0 u F
C F E 3
4 7 R
C 1 3 1 n 8 3 5 %
1 0 K R 1 0 7
1 C 0 1 0 1 7 n F R 4 1 K 0 7 5 4 R K 1 7 0 3
+ 1 2 V
100nF C120
4 4 R 1 K 0 2 4 R 1 0 1
R 1 0 6 4 R K 1 7 0 2
1 K
CFE1
D F 2
1 N 4 1 4 8
C116 100nF
S G 3 5 2 5
R e m o t o
2 2 0 0 u F / 1 6 V
1N5404 DF1
B C E
47uF CFE2
K S Q H 3 1 1 C
10nF C115
2 R 7 9 R 8 R 1 1 0 0 K 0 2 R 7 9 R 7
R 1 9 0 9 K 1 C 0 1 0 1 n 9 F
1 R 1 K 0 8
D A T A
P R O J E T O
2 G 4 I V / 0 A 9 L / 2 D 0 O 1 0
F O L H A
F A O 4 L H A
B L O C O
F o n t e
P R O D U T O
T 4 0 0 X 4 S M D R 3
D E S E N H O
F r i J a A 3 n D 0 I L D 7 S E , 2 O N 3 0 1 1
R E V
T A R A M
IRF1404
2 R 7 9 R 6
1 C 0 1 n 1 F 4
IRF1404
C 1 1 0 1 n 3 F
A R Q U I V O
1 5 7
1 5 8
R 2 9 7 5 R
U 1 6 2 0 R
U 1 6 2 0
P S E L E T R Ô N I C A L T D A
6 X 2 2 0 0 u F 3 5 V
-2 -2 5 5 V V
+ + 2 2 5 5 V V
C15 220pF
E N T R A D A C H 2
CE3 10uF
2 2 K 1 %
R 1 5 R9 22K 1%
22pF
C57 100nF
2 2 KR 1 1 7 %
C8
C I 1 : B
100nF C45
1 0 C u E F 2
R 2
4 R 7 1 W
R 4 4
2 2 C p F 1 2
5 5 3 2
E N T R A 1 D A C H 1
R3 22K 1%
C 2 2 1 p F
2 2 KR 1 1 2 %
2 2 KR 4 1 %
2 2 p F
8 KR 2 2 0
8 K 2 1K
R21
R22
1K
T L 0 7 2 C I 4 : B
R28
C 2
5 5 3 2
1 C 0 E u 1 F
R 2 4
100nF C51
2 2 KR 1 1 %
C I 1 : A
1 C 0 E u 4 F
C50 100nF
2 2 K 1 %
G A I N
2 2 K
C I 4 : A
R19 3K3
T L 0 7 2
G A I N
2 2 K
6 K 8 1 % R 3 6
3K3
C 6 8 1 4 n F
R16 2K2
6 8 n F
C 33K 9
33K
T L 0 7 2 C I 3 : B
100nF C49
R 3 2
3 3 R K 5
33K
C 6 n 1 1 8
R13
C48 100nF
6 8 C n F 7
3 3 R 1 K 8
R11
6 8 C 1 n 3 F
R 3 3 K 1 4
R 1 0
6 8 n F
2 K 2
I C 1
R7
C 6
C 6 n 4 8
4 7 K
33K
T L 0 7 2 C I 2 : B L O W P A S S
c
4 R 7 2 K 9
R 2 7 4 7 K
100nF C56
C 1 1 n 9 F
C25
H I G H P A S S
C E 5
1nF
4,7uF CE6
C 3 3 3 n F
T L 0 C 7 I 2 3 : A
C55 100nF
F U L L
H I G H P A S S
6 8 C n 5 F
3 R 3 K 6
R8 33nF C10
T L 0 7 2 C I 2 : F A U L L L O W P c A S S
220nF C44 5V6 DZ4
4 R 7 2 K 6
R 3 K 3 7 3
4,7uF
C 1 C 2 n 1 F 2 1 n 0 F
C29 100nF
6 K 8
C 2 4 C 2 2 2 2 0 p F
4 7 0 n F 4
10R
47pF
2 4
R49
C26
1 3
4 7 0 C n 2 F 3
C 1 2 1 1 6 9
5
C42 560pF
1 0 0 n F C 3 1 1 C 0 0 n 3 F 3
1 8
1 7 2 0
2 1
2 4 / 0 9 / 2 0 1 0
F O L H A
1
D E
3
A L D O
D E S A E D N H I L O
S O N
A m p l i - A
P R O D U T O
T A T R 4 A 0 0 M X 4 P S S M D A R 5 M _ C P L I F I C A D O R R E E V S
2 2
R39
C39
10R
15nF
R43 27R 1W
1 0 0 n F
1 0 R
C 3 5 1 0 0 n C F 3 6
-2 5 V
CE22 220uF/35V
C53 100nF C52
C E 7
4 7 u F / 6 3 V
CE21
100nF
V S S
2 2 0 u F / 3 5 V V D D
1 2 0 R 2 W
1 2 0 R 2 W
R 4 0
560pF C40 C41
DZ3 15V
DZ2 15V
47uF CE10
47uF CE9
R 4 1
D3
MURS120T3 D1
2 R 7 R 4 1 2 W
MURS120T3
1 0 u H LED AZ
LED AZ
-1 5 V
- O + U T P U T C H 1
R50 5K6
1uF/63V CP1
- O + U T P U T C H 2
DA FONTE
560pF
MURS120T3
1uF/63V CP2
+ 2 5 V
6K8
100uF CE8
1 C 0 0 3 n F 7
R38
1 0 C 4 0 n 6 F
R47
8 5
1 6
C 1 5 3 8 n F
D4
1 0 u H L 2 C47 100nF
1 5
10R 10R
5V6 R DZ1 6 K 3
6
2 3
R46
R34
7
C I P 1
1 4
MURS120T3
P F R O O A L J 3 H E A T O B L O G C I V O
1 0 C 0 2 n F 7
8 1 0
1 C 0 0 2 n F 8
T D F 8 5 9 1 T H
D2
560pF
D A T A
4 7 0 C 1 n 8 F
2 2 0 p F
1 2
100nF
C43
A R Q U I V O
6 KR 2 8 5
6 K 8
4 C 7 1 0 n 7 F
C34
C 3 2 1 0 0 n F
R 3 0
6 R K 8 3 3
1 1 9
100nF
R 1 4 0 8 R
R 3 1
3
C30
1 2 C 0 5 p F 4
+ 1 5 V
220pF
CE13 10uF
2 2 K 1 R % 6 7
R61 22K 1%
C72
I N P U T C H 4
I N P U T C H 3
2 2 R K 6 1 9 %
CE12 10uF
4 R 7 1 W
R 4 5
R55 22K 1%
22pF C65
5 5 3 2
C112 100nF
2 C 2 p 6 F 9
C I 5 : B
100nF C103
R 2 5 2 2 K 1 %
C 2 2 5 p 8 F
2 2 R K 6 1 4 %
5 5 3 2
C I 5 : A
R 8 7 K 5 2
2 C 2 p 5 F 9
R 7 1
8 K 2
1K
R74
R73
C I 8 : B
C109 100nF R78
2 2 R K 5 1 6 %
C 1 E 0 1 u 1 F
1 0 C u E F 1 4
100nF C108
2 2 R K 5 1 1 %
2 2 K
T L 0 7 2
1K
T L 0 7 C 2 I 8 : A
G A I N
2 2 K
G A I N
3K3
33K
6 C 8 6 n 6 F 2K2
33K
R68
R65 33nF C67
T L 0 7 2 C106 100nF
C107 100nF
C I 7 : B H I G H P A S S
R 4 8 7 1 K
3 R 6 3 6 8 K 6 n F C 7 0
T L 0 7 2 C I 6 B F : U L L O L W P c A S S
R 3 5 3 7 K
3 R K 8 3 2
33K
C 6 3
R 6 2
2 K 2
6n8 C68
R63
6 8 n F
C 6 4
3 R 3 7 K 0
C 6 7 8 1 n F
R59
C61 6n8
6 8 n F
R60
3 R 3 5 K 8
6 8 n F
C 6 2
33K
T L 0 7 2 C I 7 : A
C110 100nF
4 7 K
100nF C111
4 R 7 7 K 9
33nF C60
F U L L
H I G H P A S S
R 7 7
C80 1nF
T L 0 7 C 2 I 6 : A
L O W 4 R 7 7 P K2 A S S
c
C76 1nF
4,7uF CE16
4,7uF CE15
1 C C 1 n 8 8 n F 4 5 F
6 R 6 R 6 R 6 K K R K 7 K 8 8 8 8 8 3 8 6 8 0 4 4 4 4 4 7 C C 7 7 C C 7 0 0 7 0 7 7 n n 5 7 0 n 8 4 F F 9 n F F 220pF 220pF C C 7 7 7 3 2 1 4 5 9 8 1 1 0 3 1 2
100nF C86
C87 100nF R94
R 1 9 0 3 R
A R Q U I V O
D A T A
2 4 / 0 9 / 2 0 1 0
F O L H A
2
D E
3
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
A m p l i - B
10R
1 1 0 8 0 n F
100nF C90 C101 560pF C102 560pF
1 7 2 1
2 2
1 5
10R
C98
R88
15nF
D6
MURS120T3
R87
D8
1 0 u H
D7
2 R 7 8 R 9 1 W
+
OUTPUT CH4
-
1 MURS120T3 0 L 1 u H 0 0 1
1uF/63V
CP4
1uF/63V CP3
100uF CE18
+
C E 1 7
47uF/63V
560pF C99 C100 560pF
D5
1 C 0 1 0 0 n 4 F
-
10R
C 1 9 5 7 n F
OUTPUT CH3
6K8
6 R K 8 8 6
C93 100nF
1 6
MURS120T3
2 7 R R 9 1 0 W
C 9 2
1 0 C 0 n 9 F 4 1 0 0 n F
10R
R85
5V6
6 1 4
MURS120T3
1 C 0 1 0 0 n 5 F
R92
7
2 3 2 0
R91 10R
1 0 C 0 8 n 3 F
T D F 8 5 9 1 T H
1 3
1 0 C 0 8 n 8 F
1 0 0 n F
DZ5
1 1 9 2 4
C91
1 0 C 0 8 n 9 F
P R O D U T O
T A T R 4 0 A 0 M X 4 P S S M D A R M 5 _ C P L I F I C A D O R R E E S V
47pF C81
C 8 2
CE19 220uF/35V
100nF C96
2 2 0 C u E F 2 / 3 0 5 V 100nF C95
V S S
V D D
G N D
CFE4 47uF
1 0 u F
C F E 3
4 7 R
C 1 3 1 n 8 3 5 %
1 0 K R 1 0 7
1 C 0 1 0 1 7 n F R 4 1 K 0 7 5 4 R K 1 7 0 3
+ 1 2 V
100nF C120
4 4 R 1 K 0 2 4 R 1 0 1
R 1 0 6 4 R K 1 7 0 2
1 K
CFE1
D F 2
1 N 4 1 4 8
C116 100nF
S G 3 5 2 5
R e m o t o
2 2 0 0 u F / 1 6 V
1N5404 DF1
B C E
47uF CFE2
K S Q H 3 1 1 C
10nF C115
2 R 7 9 R 8 R 1 1 0 0 K 0 2 R 7 9 R 7
R 1 9 0 9 K 1 C 0 1 0 1 9 n F
1 R 1 K 0 8
D A T A
P R O J E T O
2 G 4 I / 0 V 9 A / 2 L D 0 O 1 0
F O L H A
3 D E
3
D E S E N H A O D
I L S O N
F O A L 4 H A
P R O D U T O
T A R T A 4 M B 0 L 0 P O X S C 4 O S A M F D M o R P n 5 t e _ C L I F I C A D O R R E E V S
IRF1404
2 R 7 9 R 6
1 C 0 1 n 1 F 4
IRF1404
C 1 1 0 1 n 3 F
A R Q U I V O
1 5 7
1 5 8
R 2 9 7 5 R
U 1 6 2 0 R
U 1 6 2 0
6 X 2 2 0 0 u F 3 5 V
-2 5 V
-2 5 V
+ 2 5 V
+ 2 5 V
SENSIBILIDADE DE ENTRADA = 0,300VAC NO MOMENTO DO CLIP @ 1KHz INPUT (RCA) L
47pF 22K 1%
2K7
22K 1% 23K2 1%
R
2K7 0°
W 0 1 4 7 R R 4
F p 7 4
6 7 5 CI1:B TL072 % 1 K 2 2
180° 47pF
C14 68nF
22K 1% 6K8
2
TL072 47R 1 3 CI1:A
L E K V 2 E 2 L
R10 33K
0° F n 0 0 1
LOW PASS -3dB @ 100Hz
6
R11 33K
7
1
TL072
FULL 4
5 CI2:B F n 2 3 1 3 C
6n8 C13
2 c 3
0°
10K 1% R49
47nF CP15 CP14 47nF
F n 0 0 1
CP13
8 9 4 K R 4
F n 8 1
R39 10R 1W 1 7 C
2 7 C
10R 1W R47
2 F 6 n 0 1 0 P 1 C
V 5 2 / F u 0 0 1
F 7 n 0 1 0 P 1 C
3 CI2:A
R36
120K R45 22K 1% TL072 2 1 % 100nF 3 CI3:A 1 CP10 9
HPF (100Hz a 2.2KHz) 18nF 4K99 1%100K
V 5 2 / F u 0 0 1
BASS BOOST +10dB @ 50Hz
100nF
F n 0 0 1
1
F n 0 0 1
R37 10K 1% 0°
% 2 1 5 K R T 0 1 S O B O B K S 0 1 S A B
6 5 CI3:B
7 180°
TL072 % 1 1 4 K 0 R 2 2
TL072
4K99 1%
HPF
K 0 0 1
F n 0 0 1
F n 0 0 1
R38 100R F n 0 1
TARAMPS ELETRÔNICA LTDA PRODUTO FOLHA A4 PROJETO DATA ARQUIVO
REV
T500D X1_1R_C_R3 BLOCO
PRE
GIVALDO 20/12/2010
DESENHO
ADILSON
Thu Mar 31, 2011 FOLHA
1 DE 3
+B_(+37,2V)
W 2 2 K 2 A K 0 0 0 9 1 R
RED PROT
A 1 1 D
Q19A BC 327
7 K 4 A 7 9 R
K 0 0 1
A 1 3 1 R
V 5 2 / F u 2 2
A 3 2 Z D
A 7 W 2 5 . C 0 6 V 5
7 3 9 4 N 1
A K 4 K A 0 0 3 9 3 8 R 1 1 R F n 0 0 1
V 0 5 2 / F n 0 2 2
R78A 10K 1% 15V 1W
DZ6A
R128A 22R
22uF/25V 22uF/25V
A K 2 0 8 0 R 1
R84A 1
47uF/25V
C
-B_(-37,2V)
D14A
R95A 22R
1N4937 A 4 A V 2 R 5 C F 4 0 2 n 9 / 0 0 R F 1 u 0 2 1 2
W 5 . A 0 5 6 Z D V 5
% F 1 n R 1 0 0 3
A 5 4 1 R
A 9 1 C A 8 8 R
8K2
8K2 % 1 K 9 3
IRS2092
A 2 7 K 3 2 1 R
R126A
10R 1/4W
4 0 9 3 N 2
7 3 9 4 N 1
R146A
V 5 2 / F u 2 2
A 9 9 C
V 0 5 2 / F n 0 2 2
E U L B
N O
A R 6 0 5 1 R
100K
A 8 D
22,37Vrms @ 1R
7 3 9 4 N 1
+ V 0 5 A 2 8 / F P u C 1
V 0 5 2 / F p 0 5 1
A 9 9 R
A 6 4 C A 2 6 C
-
A 2 W 1 2 0 K 2 R 1 0 R 1 V 0 5 2 / F n 0 0 1
R21 6 0 9 3 N 2
R 0 6 2 0 8 9 3 N 2
Q12
-B_(-37,2V)
6 0 9 3 N 2
7 7 K 1 4 R
CIRCUITO DE BIAS DO IRS2092
10K C 1 3 P I T
R20 Q13 330uF/25V
9 K R 0 1
2 K 2 0 R 1
10K V 0 5 / F 1 n 1 0 C 0 1
3
A 0 1 W 1 4 R / 1 7 R 4
0 2 6 5 B F R I
A 5 K 8 0 1 1 R
DCP PROTEÇÃO DC
K 0 1
7 9 K 1 4 R
2
1
R139A
1N4148 OTP PROTEÇÃO TÉRMICA
A 9 D
0 2 6 5 B F R I
22uH
D16A
Q3
1
3
C80A C26A 1nF 1nF
2K2 2W
Q11
V 0 5 2 / F A n 1 0 4 0 C 1
2
R135A
A 3K3 330R F 9 n 7
8 1 R
A 9 5 C
% 1 K 9 3 V 7 W 4 5 . C 0 9 7 V 7 X 4 Z B
2 1 Z D
W A 2 A K 4 R 5 5 3 0 3 1 R 2 R 2
10K R12
R13 8 R
4 0 9 3 N 2
5 K 1 0 R 1
D4A C4A -B_(-37,2,V)
22uF
TARAMPS ELETRÔNICA LTDA
R14 Q7
15V 1W
47K )
W 5 . 0 V 0 3 (
V 0 0 3 1 C Z 9 D 7 X Z B
PRODUTO FOLHA A3 PROJETO
OVP TENSÃO ALTA
UPV BAIXA TENSÃO
DATA ARQUIVO
REV
T500D X1_1R_C_R3 BLOCO
AMPLIFICADOR (1 OHMS)
GIVALDO 20/12/2010
DESENHO
ADILSON Thu Mar 31, 2011
FOLHA
2 DE 3
4 0 4 1 F R I
27R
+12V REM GND
1K
1N4148
RF7
DF2
2
3
BD139
1
R116 1 8 0 K 1 6 R
W 0 1 3 1 R 7 R 2
CONSUMO EM REPOUSO 0,750 Amp
F n
0 8 6 6 C
CFE4 47uF/25V
U1620
+
CF9 100nF
F u 0 0 7 4
F
0 u 1 0 A 0 6 7
CF5 100nF
4
47uF/25V
+B_(+37,2V)
RF9
RF8
4K7
4K7
RF15
****
U1620R
1000uF/63V
1000uF/63V
27R R100
RF11
8 0 8 1 K R 6
4K7 CF6 100nF
4 W 9 0 1 2 4 1 R 1 F 7 R R I 2 7 4 C
+B_(+37,2V)
-B_(-37,2V)
R23 680R 3W 3 6 C
F n 8 6
F u 7 4
F 1 n 6 D 0 P 0 C 1
W 1 V 5 1
680R 3W 3n3
R24
CF7
F u 7 4
RF12 8K2 1%RF13
4 5 2 6 P F D C C n 0 0 1
W 1 V 5 1
47R 10uF SG3525
F n 4 0 F 1 C
1K RF14 100nF CF8
TARAMPS ELETRÔNICA LTDA PRODUTO FOLHA A3 PROJETO DATA ARQUIVO
REV
T500D X1_1R_C_R3 BLOCO
FONTE
GIVALDO 20/12/2010
DESENHO
ADILSON Thu Mar 31, 2011
FOLHA
3 DE 3
-1 1 3 @ 6 , 6 0 m 9 V d B u R
L ( N R I C P A U ) T
0 ° R 2 2 K 8 7
2 R K 2 7 7
R40 4R7 1W
1 1 R 8 K 8 2 1 K R % 1 1 %
C2 47pF
18K 1% R4
1 0 R R 1 3 W 9
1 R 0 4 R 7 1 W C72
C71
100uF/25V
100uF/25V
LEVEL
R 3
1 8 K 1 %
4 C 7 p 1 F
22K
4 7 u F / 2 5 V
C 7 3
100nF CP16
100nF CP11
C I 1 T : L B 0 7 2
1 8 0 °
R 6 K 7 8 7 1 %
C4 100nF
R 5 C I 1 T : A L 0 7 2
100nF C9
100K
R6
18nF
C10 100nF
C I 2 : A T L 0 7 2
H P F ( 1 4 0 K 0 H 9 R 9 7 z 1 % a 2 .2 K H z 1 ) 0 0 K
C 6 1 n 3 8
33nF C12
C I 2 : B
F U 4 L L c 3 2
C 7 4
D A T A
1 7 / 1 2 / 2 0 1 0
F O L H A
1 D E
4
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
P R E
P R O D U T O
T 5 0 0 D X 1 _ R 9 _ C ( 1 R / 2 R )
C18 100nF
T A R A M P S A M
P L I F I C A D O R R E E S V
1 C 0 P 0 1 n 0 F 100nF C19
1 0 R 0 3 R 8
2 2 R K 4 1 5 %
R48 4K99 1%
CP2 10nF
BASS BOOST 10KB 10K 1% R52 220K 1% R41
C I 3 : B 1 8 0 °
1 R
4 7 p F
4 4 K 2 1 %
2 R
C I 3 : A
1 R 0 4 K 9 1 %
4 C 7 P n 1 C F 4 P 4 7 1 n 5 F C 1 R P 2 3 1 0 3 T K 6 L 0 7 2
1 0 0 n F
0 °
T L 0 7 2
1 0 R K 3 1 7 %
6 C 8 1 n 4 F
3 R 3 1 K 1
100nF C15
A R Q U I V O
3 9 K
3 R 3 1 K 0
1 C 8 P n 1 F
CP4
4 K 9 9 1 %
* * * *
4 R 7 R 7 6
0 °
H P F
R 5
C 2 5
+ B 1 A 0 S d S B B @ O 5 O 0 S H T z
2 2 u F / 2 5 V
T L 0 7 2
- L 1 3 d O B
W @ P 1 A 0 S 0 S H z
0 °
D R Z 7 2 9
D Z 3
R R 4 4 6 3
R 3 4
R 2 5
B B Z Z X X 7 7 9 9 C C 5 1 6 5
1 2 0 K 0 2 K -2 1 W %
2 2 K 1 %
2 K 2 -2 W
2 2 0 R -2 W
B Z X 7 9 C 6 2
2 1 K 1 3 7 2 K -2 0 3 W K 1 %
2 K 7 -2 W
8 2 2 0 O R h m 3 W s
B Z X 7 9 C 3 0
R35 100K 1%
1 O h m
2 2 u F / 2 5 V
3 3 0 R 1nF 5% ( -B )
MMBT3904 E
DZ1 5V6 0.5W
C
Q 3
B
4K7
C11
R18
R19 Q
100nF/50V
4
R9
820R
B
MMBT3906
R80
C E
10K 1%
10K 1%
4K7 R17
T E N 1 S 8 Ã O V O V C C A P L T A
NTC
P R O T E Ç Ã O O T T P É R M I C A
1 N 4 1 4 8
C79
3 K 3
C24
DZ3 ****
E
R 1 3
1 0 K 1 %
B
P R O T E D Ç C Ã P O D C
MMBT3906 E C B
Q 6
MMBT3904 E
E
Q 8
100K 1% R70
1 n F 5 % C 2 8 1 n F 5 %
300R 1%
Q 5
4 R K 5 7 1
RED
B
R50 100R
C
10K 1%
1 5 C n 9 F 2
100nF
MMBT3906
R22
R8
**** R46
PROT
4 7 u F / 2 5 V
22uF/25V
D 7
R 7 1
R * * 7 * * 9
R74 220K 1%
R 4 2
1nF 5%
C
M M B T 3 9 0 6
D G S
22uF/25V
M _ F E T 1
O P C I O N A L
C 2 6 DZ4 5V6 0.5W
C20
C27
100nF
****
C
Q 7
B
R15
R 1 2
10K 1%
4 7 K
B A 7 I X , 9 A U V P C T V C E N S Ã O
**** R43
3 3 0 u F / 2 5 V
1 0 K 1 %
R 1 4
1 0 K R 1 2 % 0
R 2 1
R34
8 R 7 K 3 2 1 %
1 0 0 K 1 % I R S 2 0 9 2
DZ2 ****
R33 RX
2K2 1% R72
R 6 6
22uF/25V
8 K 2 1 %
10K 1% R32
10K 1%
MURS120T3 D3
R58 R44 33K
R75
2 2 u F / 2 5 V
10R 1/4W R25 ****
KSH41C
D6 BYV27-200
4R7 1/4W R64
3
1 5 V Z 1 1 W
2
ON
1
R26 10K 1% R31
15K
2 2 u F / 2 5 V
C 3
1 5 V 1 D W 4
V C C
22R
22R R29
1
R67 1
IRFB5620 2
2
3
3
IRFB5620 ( -B )
10R 1/4W R30
C21 150pF/250V
100nF/250V C41
A R Q U I V O
D A T A
1 7 / 1 2 / 2 0 1 0
F O L H A
2 D E
4
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
A M P L I F I C A D O R ( 2 O H M S )
P R O D U T O
T 5 0 0 D X 1 _ R 9 _ C ( 1 R / 2 R )
2 2 u H
D5 MURS120T3
T A R A M P S A M
P L I F I C A D O R R E E S V
CP3 100nF/250V
100nF/250V
CP8
+ 2 9 ,2 1 + 3 4 , 6
O U T
2 2 , 3 7 V r m s 4 1 , 8 6 V r m s
+ / B
3 1 7 ,2 O V h d m c 5 2 0 , 5 O V h d m d s
MURS120T3
CP9
CP7
d B
D9
( -B )
1uF/250V R16
100nF/250V
10R 1W 2K2 R78 ( + B )
-
O U T
+
O B S : D A D O S O B T I D O S E M R E P O U S O À 1 2 , 6 0 V c c
C F E 3 C
1 0 u F / 2 5 V
4 7 R
8 K 2 1 % R 6 2
C 7
1 C 0 8 0 n F 4 K RR 7 5 9 6 0
3 n 3 5 %
* 4 K * * 7 *
4 K 7
+ 1 2 V
R 5 7
4 C 7 u F F / E 2 2 5 V
R 6 1
U C 3 5 2 5 A D W
R E M
G N D
( + B )
1 0 0 n F
1 0 0 n F
C 1 6
C 6
4 7 u F / 2 5 V R 5 5
1 K C F E 4 1 N 4 1 4 8
R 5 6
10nF
Q 1
C17
D 1 0
B C
E BCP56
E F M E E 1 C N 4 H T , A R 7 O A V P D c A c U L D S E O
6A10
2 7 R
R 5 3
R63
R54
R 6 5
2 7 R
4700uF 6K8 1% 4700uF
6K8 1%
IRF1404 C60 C47
C F 1 8 0 0 n F
R F 1 4
IRF1404 27R 1W
68nF
68nF
27R 1W R69
R68
1 K
U 1 6 2 0 R
U 1 6 2 0
+
-
R 2 4 47uF/25V C64
* * * *
* * * *
R 2 3
C63
47uF/25V
CP5
A R Q U I V O
D A T A
1 7 / 1 2 / 2 0 1 0
F O L H A
3 D E
4
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
F O N T E
P R O D U T O
T 5 0 0 D X 1 _ R 9 _ C ( 1 R / 2 R )
100nF D2 15V 1W
100nF CP6 D1
P S A M
P L I F I C A D O R R E E S V
RF28
RF27
15K 1W
15K 1W
15V 1W
T A R A M
R C E O P N O S U U S M O O
1 0 0 0 u F / 6 3 V
1 0 0 0 u F / 6 3 V
7 5 3 0 ,7 m 2 A
8 8 0 m A
( -B )
( + B )
+ / B
5 0 , 5
R 6 0
R 2 4
R 2 3
7 3 K 1 %
6 8 0 R 3 W
6 8 0 R 3 W
1 O h m
1 0 0 K 1 %
1 K 5 5 W
1 K 5 5 W
2 O h m s
1 Ohm
2 Ohms
R5
39K
44K2 1%
R23
680R-3W
1K5-5W
R24
680R-3W
1K5-5W
R25
220R-2W
820R-3W
R34
2K2-2W
2K7-2W
R43
22K 1%
13K3 1%
R46
100K 1%
120K
R60
73K 1%
R79
2K2-2W
100K 1% 2K7-2W
DZ2
BZX79C15
BZX79C30
DZ3
BZX79C56
BZX79C62
+/- B CONSUMO REPOUSO
37,2
50,5
750mA
880mA
T A R A M P S A M P LI F I C A D O R E S PRODUTO
REV
T500D X1_R9_C (1R / 2R) FOLHA
BLOCO
CONFIGURAÇÕES
A 4 PROJETO
DESENHO
GIVA L DO DATA ARQUIVO
A DIL SON
17/12/2010
FOLHA 4 DE 4
G N D
1 1 0 4 0 u 7 F R K
1 0 0 n F
3 n 3
4 K 7
4 K 7 1 0 0 n F
2 2 0 u F / 3 5 V
1 0 0 n F
4 K 7
SG3525
1 K 1 N 4 1 4 8
B D 1 3 9
10nF
1 0 0 n F
R E M
1 K
27R 27R 6K8
6K8
6A10
IRF1404
68nF
27R
4700uF
27R 1W
IRF1404
6K8
6K8
27R 1W 68nF
M M T -4 5 1 4
F O L H A 3 D E 3
D A T A F r i M a y 2 8 , 2 0 1 0
G I V A L D O
P R O J E T O
D E S E N H A O D I L S O N
F O L H A B L F O O C N O T E C H A V E A D A
T A R A M P S E L E T R O N I C A L R T E D V A 3 . . 0 . P R O D U T O A M P L I F I C A D O R T 7 0 0 A B
27R
IRF1404
IRF1404 68nF
A R Q U I V O
27R 1W
68nF 4700uF
# 4 e s p i r a s U 1 6 2 0 R
1 K 2 5 W
-
+
100nF
220uF/35V
1 K 2 5 W 15V
15V
100nF
100nF
4 7 u F
4 7 u F
U 1 6 2 0
3 3 0 0 u F 1 0 0 V
3 3 0 0 u F 1 0 0 V
27R 1W
1 N 4 9 3 7
+ 1 2 V
( N R I C P A U ) T
0 °
R
L
2 K 7
2 K 7
4R7 1W
33pF
1K5
10K
2 2 K 1 %
2 2 K 1 %
22K 1% 2 2 K 1 %
5 5 3 2
6K8
3 3 p F
NTC 10K 100uF 25V
100uF 25V
C I 4 : B T L 0 7 2
4 ,7 u F
T E M P E R A T U R A
1 8 0 °
1 K 2
1K
1 N 4 1 4 8
C I 1 : B
1 0 0 n F
3 3 p F
5 5 3 2
47K
3 n 3
3 0 K 1 %
82K
120K
1N4148
47uF 25V
C I 2 : A
3n3
3 0 K 1 %
C I 3 A T :
T I M E
L 0 7 2
1 0 0 K
4 ,7 u F
T L 0 7 2
H P F ( 5 0 0 H z a 2 .2 K H z )
0 ° 4 1 K 2 1 %
4 K 7
P R O T
V O L U M E
100nF
0 °
100K 22K
2 2 K
O N
T L 0 7 2
C I 3 : B
1 0 0 K
1 N 4 1 4 8
A R Q U I V O
D A T A
G I F V r i A M L D a y O 2 8 , 2 0 1 0
F O L H A 1 D E
3
P R O J E T O
D E S E N H A O D I L S O N
F O L H A
P R E -A M P L I F I C A D O R
B L O C O
T A R A M P A M S P L E I F I L C E A D T O R R T O 7 0 N 0 I A C B A L R T E D V A 3 . . 0 . P R O D U T O
6 K 8 6 8 K
B C 6 4 0
100K 1uF
10K
10K
T L 0 7 2
C I 2 : B
2 K 2 C L I P
C L I P
0 °
47uF
100K
47uF
2 K 2
1 5 0 p F
2 K 2 100K
B
4K7 1K8
T L 0 7 2
C I 4 : A
B
100R
C
1 0 K
100R
E
47V
KSP93
2 ,2 u F 6 3 V
KSP93
100R
E
C
47V
KSP43 KSP43
100R
100nF
E
C
100nF
B
1K8
C
E
B
2K7 2W
2K7 2W 47uF 50V
3K3
1N4148
3 3 K
47uF 50V 1N4148
B
1 0 0 K
390R 1%
B
100R 1W
C
390R 1%
C
E
E
15032
47uF 100V
4 7 p F
4 7 p F
15033
BD139
1N4002
1N4002
10K
10K 470nF/250V
220R
1 0 n F
VM
220R
4 7 u F
B
47uF 100V
47uF
3
C
2 E
1
BD140
BD139
1 K
6N139
4 7 R 1 W
1 0 0 R
2 K 7
2 K 7
100K
10R 1W
22uF/25V 10R 1W 100R 5W
15033
4R7
10R 2W 4R7
0R47 5W
4R7
0R47 5W
0R47 5W
4R7
F O L H A 2 D E 3
F r i M a y 2 8 , 2 0 1 0
G I V A L D O
D E S E N H A O D I L S O N
E T A P A D E S A I D A
220nF/250V
FJL4315
4R7
FJL4215
T A R A M P S E L E T R O N I C A L R T E D V A 3 . . 0 .
FJL4315
4R7
0R47 5W
FJL4215
F P O R L O H D A U T B O L O A C M O P L I F I C A D O R T 7 0 0 A B
15032
4R7
FJL4215
P R O J E T O
4 7 R 1 W
4 7 R
1 0 u F / 2 5 V
1 0 0 R 1 n F
D A T A
1N4002
4 7 R
100nF
A R Q U I V O
1 0 n F
FJL4315
4R7
0R47 5W
FJL4215
1 0 R 5 W
1N5404
0R47 5W
100R 5W
0 . 0 8 u H
FJL4315
1N5404
220nF/250V 100R 1W
1 0 0 n F
100nF 250V
J 1 R C 2
1 N 4 0 0 2 s 3 o 7 b , r 6 e V 2 r m R s @ 7 0 6 W r m s
O U T -
+
0 °
1 0 0 p F
T E R R A 5 0 K H Z
1 0 0 p F
1 0 0 n F
1 u F
T E R R A T E R R A
1 0 0 -1 n 5 F V
T L 0 7 2
3 9 K
+ 1 5 V T E R R A
T E R R A
1 n F
100nF
T E R R A
+ 1 5 V
-1 5 V T E R R A
100nF
T E R R A
T E R R A
T E R R A
T E R R A
+ 1 5 V
1 0 0 n F
100nF
6 n 8
1 0 0 n F
+ 1 5 V T E 100nF R R A
-1 5 V
T E R R A
1 0 0 n F
6n8 T E R R A
+ 5 V
1 0 0 n F
+ 5 V
T E R R A T E R R A P I N O _ 1 0 _ I R # 2
P I N O _ 1 2 _ I R # 2
1 0 0 n F
220nF
T E R R A
T E R R A
T E R R A
1 0 0 n F
T E R R A
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
4 7 p F
-1 5 V
T E R R A
T E R R A
+ 1 5 V
-1 5 V
1 0 0 n F
+ 1 5 1 V n -1 5 V
F
T E R R A
100nF
1 0 0 n F
2 2 0 n F
( L E a N d T o R n A e D g A a t i v P o O ) N T E H
( L E a N d T o R p A o D s A i t i v P o O ) N T E H
( D A F O N T E )
(DO PRÉ)
+ 2 0 V
P I N O _ 1 0 _ I R # 2
(DO PRÉ)
P I N O _ 1 2 _ I R # 2
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
( D A F O N T E )
( D A F O N T E )
( D A F O N T E )
S H U
+ 5 V
+ B
T D O W N
0 R 0 5 5 W 2 2 0 n F
1K 100pF T E R R A
T E R R A
100pF T E R R A
100pF
7 8 1 2
100nF
T E R R A
100pF
47uF
IR2010
IR2010
100nF
1 0 u F
100nF
T E R R A
100nF
47uF 100nF
4R7
4R7
100K
15V
47uF 15V
10uF
10uF
+ B -I R
T E R R A
15V
BYV27-200
BYV27-200
100K
1 N 4 1 4 8
1 N 4 1 4 8
2 7 R
1 N 4 1 4 8
2 7 R
1 N 4 1 4 8
2 7 R
10K
10K
10K
2 7 R
10K 15V T E R R A
15V 1
1
T E R R A
2
3
2
3
5 2 N 1 5
5 2 N 1 5
100K
15V
15V
1
3
1
2
6,8uF 100V
5 2 N 1 5
6,8uF 100V
100K
3 2 u H
3 2 u H
1uF 250V
2K7 5W
1 n F 2 5 0 V
2K7 5W
1 n F 2 5 0 V
T E R R A
+
+ S A I D A
-
-
2
3
5 2 N 1 5
+B2
0 R 0 5 5 W
G N D B A T .
R E M O T E
+ 1 2 V D C
REMOTE
6A10 T E R R A
4700uF 25V 4700uF 25V + 1 2 V
GATE_A GATE_B T E R R A
1 0 R
T E R R A T E R R A
1 0 R 4 R 7
IRF14044 6 8 n F
T E R R A
1 0 R
T E R R A
IRF1404
T E R R A
I R F 1 4 0 4
R 7
1K
T E R R A
6 8 n F
1K
6 8 n F
1 0 R 4 R 7 T E R R A
I R F 1 4 0 4
4 R 7
6 8 n F
T E R R A
1 N 4 9 3 7
U 1 6 2 0 R
1 N 4 9 3 7 + 2 0 V
470uF 35V
U 1 6 2 0
470uF 35V
1 0 0 n F I N
470uF 100V 470uF 100V T E R R A
T E R R A
E
T E R R A
GND
C
O U T
470uF 100V 470uF 100V
1 0 0 n F
S
100uF
100uF
+ B -1 5 V
+ 1 5 V
( P / S A Í D A )
( P / P R É )
S H U T D O W N
5 P 0 I K N H O Z _ 1 2 _ I R # 2
100nF
1K
10K
R E M O T E
+ 1 2 V
1 N 4 1 4 8
220uF 35V
2 1 3
BC327 100nF B
O N
T E R R A
330R C L I P
T E R R A
330R
P R O T
P I C 1 6 F 6 1 6
M C 1 1 0 0 u F
C E
E
B C 3 3 7
B D 1 4 0
B C
1 0 0 n F
100nF
330R TERRA
220uF 1K E
6 n 8
T E R R A
2K2 1%
1K 100nF 1K 1% T E R R A
B Y V 2 7 -2 0 0
C
S
6K8 2K2 1%
100nF 1 0 K
+ 5 V
+ B -I R
47uF
1 0 0 n F
+ B
1nF 6 N 1 3 9
2 2 0 n F
T E R R A
100nF
1nF + B 2
47uF T E R R A
100nF
G A T E _ B
G A T E _ A
1 0 0 p F
T E R R A 5 0 K H Z
1 0 0 p F
1 0 0 n F
1 u F
T E R R A T E R R A
1 0 0 -1 n 5 F V
T L 0 7 2
3 9 K
+ 1 5 V T E R R A
T E R R A
1 n F
100nF
T E R R A
+ 1 5 V
-1 5 V T E R R A
100nF
T E R R A
T E R R A
T E R R A
T E R R A
+ 1 5 V
1 0 0 n F
P I N O _ 1 2 _ I R # 2
220nF
T E R R A
T E R R A
T E R R A
P I N O _ 1 0 _ I R # 2
1 0 0 n F
100nF
T E R R A
1 0 0 n F
1 0 0 n F
T E R R A
T E R R A
+ 5 V
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
1 0 0 p F
-1 5 V
T E R R A
T E R R A
+ 1 5 V
-1 5 V
1 0 0 n F
+ 5 V
6 n 8
1 0 0 n F
+ 1 5 V T E 100nF R R A
-1 5 V
6n8
T E R R A T E R R A
1 0 0 n F
+ 1 5 1 V n -1 5 V
F
T E R R A
100nF
1 0 0 n F
2 2 0 n F
( L E a N d T o R n A e D g A a t i v P o O ) N T E H
( L E a N d T o R p A o D s A i t i v P o O ) N T E H
( D A F O N T E )
(DO PRÉ)
+ 2 0 V
P I N O _ 1 0 _ I R # 2
(DO PRÉ)
P I N O _ 1 2 _ I R # 2
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
( D A F O N T E )
( D A F O N T E )
( D A F O N T E )
S H U
+ 5 V
+ B
T D O W N
S H U N T 2 2 0 n F
1K 120pF T E R R A
T E R R A
120pF T E R R A
120pF
7 8 1 2
100nF
T E R R A
120pF
47uF
IR2010
IR2010
100nF
1 0 u F
100nF
T E R R A
100nF
47uF 100nF
4R7 15V
1 N 4 1 4 8
15V
BYV27-200
1 N 4 1 4 8
1 N 4 1 4 8
4 7 R
BYV27-200
1 N 4 1 4 8
4 7 R
4 7 R
10K
10K
10K
15V
4R7
4 7 R
47uF
10uF
10uF
+ B -I R
T E R R A
10K 15V T E R R A
G
15V
G
D
15V T E R R A
D
S
S
5 2 N 1 5
5 2 N 1 5
15V
G
D
D
S
S
5 2 N 1 5
5 2 N 1 5
6,8uF 250V
6,8uF 250V
3 2 u H
3 2 u H
2,2uF 250V
2K7 5W
1 n F 2 5 0 V
1 n F 2 5 0 V
T E R R A
+
S A I D A
-
G
2K7 5W
+B2
G N D
R E M
+ 1 2 V T E R R A
R E M O T E T E R R A
T E R R A
+ 1 2 V
6A10
6A10
T E R R A
G A T E _ B
G A T E _ A
A C 3
A C 2
F E P 1 6 D T A
T E R R A
F E P 1 6 D T
1500uF 200V
1 N 4 9 3 7
+ B
1 N 4 9 3 7 + 2 0 V
470uF 35V
470uF 35V
1 0 0 n F
1 0 0 n F E
T E R R A
E
T E R R A
C
C S
S
100uF
100uF
-1 5 V
+ 1 5 V
( P / S A Í D A )
( P / P R É )
S H U T D O W N
5 0 K H Z
R E M O T E
+ 1 2 V
P I N O _ 1 2 _ I R # 2
100nF 1 N 4 1 4 8
220uF 35V 1K
10K
2 1 3
BC327
B
T E R R A
O N 100nF
330R T E R R A
C L I P
P R O T
330R
P I C 1 6 F 6 1 6
M C 1
C
E
E
B C 3 3 7
B D 1 4 0
B C
1 0 0 n F
100nF
330R TERRA
220uF 1K 6 n 8
E
2K2 1%
1K 100nF 1K 1% T E R R A
B Y V 2 7 -2 0 0
C
T E R R A
S
RB 100nF 2K2 1% 100uF
100nF + 5 V
R A
+ B -I R
47uF
1 0 0 n F
+ B
1nF 6 N 1 3 9
2 2 0 n F
T E R R A
100nF
1nF + B 2
47uF T E R R A
100nF
G A T E _ B
G A T E _ A
( D O P I C )
T E R R A
5 0 K H Z
22K 1%
1 0 0 n F
T E R R A T E R R A
100nF
-1 5 V
100nF
T L 0 7 2
2 K 2
T E R R A
T L 0 7 2
+ 1 1 5 5 V V
3 9 + K
3K3
3K3
+ 1 5 V
+ 1 5 V
T L 0 7 2
-1 5 V
T E R R A
100nF
100nF
T E R R A
+ 1 5 V 1
100nF
100nF
100K
T E R R A
+ 1 5 V
CROSSOVER T L 0 7 2
T E R R A
1 0 0 n F
1 5 n F
T E R R A
T L 0 7 2
-1 5 V
T E R R A
+ 5 V
1 0 0 n F
T E R R A
+ 5 V
T E R R A
100nF
100nF
47K
47K
220R
+ 1 5 V
-1 5 V
15nF
+ 1 5 V
8 K 2 P I N O _ 1 2 _ I R # 2
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
T E R R A T E R R A T E R R A
A R Q U I V O
D A T A
{ D a t e }
F O L H A
P R O J E T O
G I V A L D O
D E S E N H O
F r i J a 1 n A 0 D D 7 I L E ,2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I P G R I T É A L T 2 0 0 0 R 1 0
R E V
T A R A M P S E L E T R Ô N I C A L T D A
100nF
100nF
-1 5 V + 1 5 V
-1 5 V
T L 0 7 2
+ 1 5 V
1 n F
220nF
13K3 1%
T L 0 7 2
T E R R A
P I N O _ 1 0 _ I R # 2
T L 0 7 2
-1 5 V
T E R R A
T E R R A
C I 2 : A
T L 0 7 2
1 0 0 p F
-1 5 V
T E R R A
T L 0 7 2
1 0 0 p F
+ 1 5 V
-1 5 V
T E R R A
T E R R A
2 2 K 1 %
T E R R A
1 n F
T E R R A
470R
C I 1 : A
1 u F
1 5 V
-1 5 V
2 2 2 2 K K 1 1 % %
1 0 0 p F
3 0 K 1 %
220R
100nF C I 3 : A
1 0 0 n F
2 2 0 n F
1 3 K 3 1 % S U B 1 S 0 O 0 N K I C O
( D A F O N T E )
(D O P RÉ RÉ )
+ 2 0 V
2 2 0 n F
( L E a N d T o R n A e D g A a t i P v o O ) N T E H
( L E a N d T o R p A o D s i A t i v o P ) O N T E H
P I N O _ 1 0 _ I R # 2
(D O P RÉ RÉ )
P I N O _ 1 2 _ I R # 2
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
( D A F O N T E )
( D A F O N T E )
( D A F O N T E )
S H U T D O W N
+ 5 V
+ B
1K 120pF T E R R A
120pF T E R R A
120pF
100nF
T E R R A
120pF
47uF T E R R A
7 8 1 2
IR2010
IR2010
100nF
100uF/50V
100nF
T E R R A
100nF
47uF 100nF
4R7 15V
1 N 4 1 4 8
15V
BYV27-200
1 N 4 1 4 8
1 N 4 1 4 8
4 7 R
BYV27-200
1 N 4 1 4 8
4 7 R
4 7 R
10K
10K
10K
+B2
15V
4R7
4 7 R
47uF
10uF
10uF
+ B -I R
T E R R A
10K 15V T E R R A
G
15V
G
D
15V T E R R A
D
S
S
D S
FET
FET
6,8uF 250V
A R Q U I V O
D A T A
{ D a t e }
F O L H A
P R O J E T O
G I V A L D O
D E S E N H O
F r i J a 2 n A 0 D D 7 I L E ,2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I S G A I T Í A D L A T 2 0 0 0 R 1 0
R E V
6,8uF 250V
3 2 u H
3 2 u H
T A R A M P S E L E T R Ô N I C A L T D A
2,2uF 250V
2K7 5W
1 n F 2 5 0 V
1 n F 2 5 0 V
T E R R A
+ S A I D A
-
G
D S
FET
FET
15V
G
2K7 5W
G N D
R E M
+ 1 2 V
1K
10R
R E M O T E T E R R A
6A10
IRFP4004
T E R R A
6 8 n F
6 8 n F 4 R 7 1 W
4 R 7 1 W
10R
T E R R A
+ 1 2 V
IRFP4004
T R 3
IRFP4004 6A10
4700uF 25V 10R 4700uF 25V
1K
IRFP4004
4700uF 25V 10R 4700uF 25V
4 R 7 1 W 6 8 n F
4 R 7 1 W 6 8 n F
T E R R A
4700uF 25V
G A T E _ B
G A T E _ A
A C 3
A C 2
F E P 1 6 D T A
F E P 1 6 D T
1500uF 200V 1500uF 200V T E R R A
A R Q U I V O
D A T A
P R O J E T O
G { D I V a A t e L } D O
F O L H A
D E S E N H O
F r i J a 3 n A 0 D D ,7 I L E 2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I F G O I T N A T L E T 2 0 0 0 R 1 0
R E V
1 N 4 9 3 7
+ B
1 N 4 9 3 7 + 2 0 V
T A R A M P S E L E T R Ô N I C A L T D A
470uF 35V
T E R R A T E R R A
15V
T E R R A
120R1W
T E R R A C
T E R R A
B
10uF/25V T E R R A
T E R R A
E
100nF
220uF/35V
B D 1 4 0
15V
120R 1W 2
T E R R A
3
10uF/25V T E R R A
T E R R A -1 5 V
470uF 35V
B D 1 3 9 1
100nF
220uF/35V
+ 1 5 V
( P / S A Í D A )
( P / P R É ) 5 0 K H Z
S H U T D O W N
P I N O _ 1 2 _ I R # 2
100nF 1 N 4 1 4 8
220uF 35V
1K
10K
R E M O T E
+ 1 2 V
2 1 3
BC327 B
100nF
O N
T E R R A
330R C L I P
T E R R A
330R
P R O T
P I C 1 6 F 6 1 6
M C 1
C
E
560R
10K E
B C 3 3 7
B D 1 4 0
B C
1 0 0 n F
100nF
330R TERRA
220uF 1K
E
1K 100nF 1K 1% T E R R A
RA
7 8 L 0 5
C
T E R R A
6 n 8
S
RB 100nF
2K2 1%
4 R 7 1 W
100uF 100nF + 5 V
R C
+ B -I R
47uF
+ B
100nF
1nF
RX
6 N 1 3 9
2 2 0 n F T E R R A
4 7 R
100nF 4 7 R
4 7 R
M C 3 3 1 5 2
1nF + B 2
47uF T E R R A
A R Q U I V O
D A T A
{ D a t e }
F O L H A
P R O J E T O
G I V A L D O
D E S E N H O
F r i J a 4 n A 0 D D ,7 I L E 2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
B Y V 2 7 -2 0 0
P R O D U T O
A M P L . D I D G S I P T A L T 2 0 0 0 R 1 0
R E V
100nF
T A R A M P S E L E T R Ô N I C A L T D A
G A T E _ B
G A T E _ A
47pF
4 7 p F
1 0 0 n F
1 0 0 n F
1 0 u F
T L 0 7 2
3 9 K
1 n F 4 7 p F
100nF 1 0 0 n F
1 0 0 n F
100nF 1 0 0 n F
220nF
100nF
6 n 8 2 2 u F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
100nF
2 2 u F
1 0 0 n F
1 0 0 n F
6n8
1 n F
100nF
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
P R E -A M P L I F I C A D O R
A M P L I F I C A D O R T 3 . 5 K W
1
4
3
1 0 0 n F
1 0 0 n F
2 2 0 n F
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S P E / N F (DO PRÉ) S O Ã N O T ) E
(DO PRÉ)
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
C ( D A O P A B C A N I T C I V O O )
2 2 0 n F
100nF
100nF
47uF
47uF
100nF
100nF
47uF 1 0 0 u F
100nF
47uF 100nF
15V
15V
15V
15V
BYV27-200
15V
15V
1
3
3
2
3
1nF 250V
1nF 250V
J U M P
1uF 400V
E T A P A D E S A I D A
A M P L I F I C A D O R T 3 . 5 K W
2
4
3
BYV27-200
1 2
3
6,8uF 250V
6,8uF 250V
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
15V
1
1 2
15V
10uF
10uF
+
S A I D A
-
2
S H U N T B ( f i o C u p r o t h a l 1 4 A W G 0 , 0 3 0 o h m s )
S H U N T A ( f i o C u p r o t h a l 1 4 A W G 0 , 0 3 0 o h m s )
100nF 1 N 4 1 4 8
220uF 35V
4 7 u F 4 7 u F
1 0 0 n F
1 0 0 n F
6 N 1 3 9
1 n F
100nF
100nF
100nF
2 2 0 n F
100nF
47uF
4 7 u F
6 n 8 C L I P
P R O T
1nF
1
B C 3 2 7
P W R
B
E
C E
B C 3 3 7
B C
T I P 4 2 C
100nF 2 2 0 u F
B Y V 2 7 -2 0 0
100nF 1 0 0 u F
1 0 0 n F
100nF
E S T A B . F O N T E ( A B R E P U L S O C O M 1 0 ,7 V / F E C H A P U L S O C O M 1 4 , 5 V )
3
2
4 7 u F 1 0 0 n F
6 N 1 3 9
1 n F
2 2 0 n F
1 N 4 9 3 7
1 N 4 9 3 7
470uF 35V
470uF 35V
100nF
1nF
47uF 1 0 0 n F
1 0 0 n F E
E C
C S
S
P G A I U V L A L O D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
D S P / C O N T R O L E D A F O N T E
A M P L I F I C A D O R T 3 . 5 K W
3
4
3
100uF
100nF
100nF
100uF
100nF
G N D
R E M
+ 1 2 V
6A10 6A10
U 1 6 2 0 R
U 1 6 2 0 R
U 1 6 2 0
5 x 1 5 0 0 u F 2 0 0 V
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
F O N T E C H A V E A D A
A M P L I F I C A D O R T 3 . 5 K W
4
4
3
U 1 6 2 0
100pF
1 0 0 p F
1 0 0 n F
1 0 0 n F
1 u F
T L 0 7 2
3 9 K
1 n F 1 0 0 p F
100nF 1 0 0 n F
1 0 0 n F
100nF 1 0 0 n F
220nF
100nF
1 5 n F 2 2 u F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
100nF
2 2 u F
1 0 0 n F
1 0 0 n F
15nF
1 n F
100nF
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
P R E -A M P L I F I C A D O R
1 0 0 n F A M P L I F I C A D O R T 3 . 5 K W
1
4
4
1 0 0 n F
2 2 0 n F
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
(DO PRÉ)
(DO PRÉ)
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
C ( D A O P A B C A I N T C I V O O )
2 2 0 n F
100nF
100nF
47uF
1 0 0 u F
100nF
47uF
100nF
100nF
47uF
47uF 100nF
15V
10uF
15V
15V
15V
BYV27-200
15V
15V
1
3
2
3
2
3
1nF 250V
J U M P
1uF 400V
A M P L I F I C A D O R T 3 . 5 K W
2
4
4
BYV27-200
1 2
3
6,8uF 250V
1nF 250V
E T A P A D E S A I D A
15V
1
1
6,8uF 250V
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
15V
10uF
+
S A I D A ( 8 4 , 6 V R M S @ 2 o h m s )
-
2
S H U N T B ( f i o C u p r o t h a l 1 4 A W G 0 , 0 2 7 o h m s )
S H U N T A ( f i o C u p r o t h a l 1 4 A W G 0 , 0 2 7 o h m s )
100nF 1 N 4 1 4 8
220uF 35V
2 K 2 1 %
4 7 u F 4 7 u F
1K 1% 1 0 0 n F
1 0 0 n F
100R
6 N 1 3 9
1 n F
100nF 1 0 0 R
100nF
100nF
100nF
2 2 0 n F
4 7 R 1 %
1 0 0 R
1 0 u F
4 7 u F
47uF 6 n 8 C L I P
P R O T
1nF
1
B C 3 2 7
P W R
B
E
C
B C 3 3 7
E B C
T I P 4 2 C
100nF 2 2 0 u F
B Y V 2 7 -2 0 0
100nF
1 0 0 u F
1 0 0 n F
100nF
E S T A 4 B 7 .F K O N T E 8 ( K A 2 B R E P U L S O C O M 1 0 ,7 V / F E C H A P U L S O C O M 1 4 , 5 V )
3
2
4 7 u F 1 0 0 n F
100R 6 N 1 3 9
1 n F
100nF 1 0 0 R
2 2 0 n F
1 N 4 9 3 7
4 7 R 1 %
1 0 0 R
1nF
1 N 4 9 3 7
470uF 35V
470uF 35V 47uF
1 0 0 n F
1 0 0 n F E
E C
C S
S
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
D S P / C O N T R O L E D A F O N T E
A M P L I F I C A D O R T 3 . 5 K W
3
4
4
100uF
100nF
100nF
100uF
100nF
G N D
R E M
+ 1 2 V
6A10 6A10
U 1 6 2 0 R
U 1 6 2 0 R
U 1 6 2 0
5 x 1 5 0 0 u F 2 0 0 V
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
F O N T E C H A V E A D A
A M P L I F I C A D O R T 3 . 5 K W
4
4
4
1 6 4 V @ 1 2 , 6 V
U 1 6 2 0
47pF
4 7 p F
1 0 0 n F
1 0 0 n F
1 0 u F
T L 0 7 2
3 9 K
1 n F 4 7 p F
100nF 1 0 0 n F
1 0 0 n F
100nF 1 0 0 n F
220nF
100nF
6 n 8 2 2 u F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
100nF
2 2 u F
1 0 0 n F
1 0 0 n F
6n8
1 n F
100nF
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
P R E -A M P L I F I C A D O R
1 0 0 n F A M P L I F I C A D O R T 4 . 5 K W
1
4
2
1 0 0 n F
2 2 0 n F
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
(DO PRÉ)
(DO PRÉ)
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
C ( D A O P A B C A I N T C I V O O )
2 2 0 n F
100nF
100nF
47uF
1 0 0 u F
100nF
47uF
100nF
100nF
47uF
47uF 100nF
15V
10uF
15V
15V
15V
BYV27-200
15V
15V
1
3
2
3
2
1
3
6,8uF 250V
1nF 250V
JUMP 6,8uF 250V
A M P L I F I C A D O R T 4 . 5 K W
2
4
2
+
S A I D A
+
BYV27-200
2
3
1nF 250V
E T A P A D E S A I D A
15V
1
1
6,8uF 250V
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
15V
10uF
-
S A I D A
-
2
S H U N T B ( f i o C u p r o t h a l 1 4 A W G 0 , 0 3 0 o h m s )
S H U N T A ( f i o C u p r o t h a l 1 4 A W G 0 , 0 3 0 o h m s )
100nF 1 N 4 1 4 8
220uF 35V
4 7 u F 4 7 u F
1 0 0 n F
1 0 0 n F
6 N 1 3 9
1 n F
100nF
100nF
100nF
2 2 0 n F
100nF
E
C
C L I P
P R O T
P W R
B Y V 2 7 -2 0 0
100nF
1 0 0 u F
3
4 7 u F 1 0 0 n F
2 2 0 n F
100nF
1 N 4 9 3 7
1nF
1 N 4 9 3 7
470uF 35V
470uF 35V
1 0 0 n F
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
D S P / C O N T R O L E D A F O N T E
A M P L I F I C A D O R T 4 . 5 K W
4
2
E
E C
C S
S
100uF
100nF
3
1 0 0 n F
100uF
100nF
C
T I P 4 2 C
2 2 0 u F
2
1 n F
B
100nF
1
6 N 1 3 9
E
B C 3 3 7
1 0 0 n F
100nF
B C 3 2 7
B
4 7 u F
47uF 6 n 8
1nF
E S T A B . F O N T E ( A B R E P U L S O C O M 1 0 ,7 V / F E C H A P U L S O C O M 1 4 , 5 V )
47uF
47uF
100nF
100nF
G N D
R E M
+ 1 2 V
6A10 6A10 6A10 6A10
U 1 6 2 0 R
U 1 6 2 0 R
U 1 6 2 0
6 x 1 5 0 0 u F 2 0 0 V
P G A I U V L A O L D ( L O A ( Y C O I R U C T U E I T S O Q ) . / P C I )
F O N T E C H A V E A D A
A M P L I F I C A D O R T 4 . 5 K W
4
4
2
U 1 6 2 0
1 K 5 1 %
( D O D S P I C )
22K 1%
U 4 : T B L 0 7 2
3 9 K
22K
1 n F
470R
3K3
1 K
T L 0 7 2
1 K
U 5 : B
T L 0 7 2
1 K
1 K
1K 1 K
T L 0 7 2
220nF
U 5 : A
100nF
100nF
( P A R A I R S A I D A )
P R O J E T O
G 2 I 7 V / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 1 n A 0 D D ,7 I L E 2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
47K
U 3 : A
1 0 0 n F
2 2 0 n F
1 3 K 3 1 %
100nF
S U B S O N I C O
1 0 0 K
47K
U 3 : T B L 0 7 2
4 7 p F
6 8 n F
100nF + B 1 A 0 S d S B @ B O 5 O 0 S H T z
( P A R A I R S A I D A )
R41 5K 1%
2 2 K 1 %
R 2 6
1 0 K 1 %
R 2 7
R52
T L 0 7 2
U 6 : A
1 0 0 n F
R 1 2 2 0 8 K
T A R A M
1 0 0 n F
C C P P 2 1 1 4
N I C A L T D A
T L 0 7 2
U 2 : A
5 0 0 0 -1 o h m s 5 0 0 1 0 K -2 8 o h m s
R 4 6
C17 100nF
100nF C15
T L 0 7 2
U 6 : B
C P 1 2
4 7 n F
C P 1 5
C16
100pF C42
1 R 3 K 4 3 5 1 %
1 3 K R 3 4 1 4 %
FEED
T L 0 7 2 RF R55
100nF
T L 0 7 2
1 n F
1 3 R K 4 3 8 1 %
1 0 0 p F
5 0 0 0 -2 o h m s 5 0 0 0 -1 o h m
100K
HABILITA REALIMENTAÇÃO
100nF
U 7 : A
R49
U 2 : B
3 3 0 K 1 %
R53 4 7 n F
T L 0 7 2
1 R 0 3 K 9 1 %
R40 150K 1%
150K 1%
13K3 1% R54
R37 220K
3 3 R 0 4 K 3 1 %
1 5 C n P F 2 6
C 1 P 5 2 n 9 F
10K 1%
T A R A P M P S S P R T E E 5 L . E 0 K T W R R Ô 5
R E V
T L 0 7 2
CROSSOVER
100nF
10KB D A T A
1 3 K 3 1 %
100K
C I 1 0
C I 9
A R Q U I V O
3 9 K
T L 0 7 2 4 7 R
100nF
6 8 n F
l a d o p o s i t i v o
4 7 u F
U 1 : B
100nF
100nF
1 0 0 p F
1 0 K
1K U 4 : A
2 2 K 1 %
U 1 : T A L 0 LEVEL 7 2
100nF
3K3
2 2 K 1 %
100pF
2 K 2
100nF
2 K 7
2 2 K 1 %
1 0 0 n F
100nF
( R E C N A T R ) A D A 2 K 7
1 0 K
U 7 : B
R E A L I M E N T A Ç Ã O
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
(DO PRÉ)
(DO PRÉ)
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
2 2 0 n F
100nF
47uF
47uF
IR2010
IR2010
100nF
100nF
47uF 1 0 0 u F
100nF
47uF 100nF
15V
15V
10K
15V
BYV27-200
27R
27R
10K BYV27-200
15V
10K
BYV27-200
15V
15V
1
3
P R O J E T O
G 2 I 7 V / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 2 n A 0 D D ,7 I L E 2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
2
3
9 0 N 2 0 D
2
1 2
9 0 N 2 0 D
3
9 0 N 2 0 D
15V
1
1
3
6,8uF 250V
3 2 u H
N I C A
R E V
3 2 u H
T A R A M
T A R A P M P S S S A T E L Í D 5 . E A 0 K T W R R Ô 5
L T D A
27R
BYV27-200
6,8uF 250V
D A T A
BYV27-200
10K BYV27-200
A R Q U I V O
15V
10uF
10uF
27R
C ( D A O P A B C A I N T C I V O O )
1K
100nF
7 8 1 2
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
1nF 250V
1nF 250V
2K7 5W
2K7 5W
JUMP 6,8uF 250V
+
S A I D A
+
1 7 0 6 1 ,7 , 5 V V R R MM S S @ @ 1 2 o o h h mm s
-
S A I D A
-
2
9 0 N 2 0 D
S H U N T B ( f i o C u p r o t h a l 1 1 A W G 0 , 0 1 5 o h m s )
S H U N T A ( f i o C u p r o t h a l 1 1 A W G 0 , 0 1 5 o h m s )
1K 100nF 2 1 O O H H MM S : : 3 4 9 7 K K
2 K 2 1 %
4 7 u F 4 7 u F
1K 1% 1 0 0 n F
1 0 0 n F
RY
6 N 1 3 9
1 n F 2 1 O O H H MM S : : 4 8 7 2 R R
1 K
1 0 u F
1K 1%
100nF
100nF
100nF
D S P 1
D S P
2 2 0 n F
2 1 O O H H MM S : : 3 1 K 0 9 K
220uF 35V
R A
1K
1K
B
2 1
R O O X H H
MM S : : A A B B R R E E O O P P U U L L S S O O E E M M 1 1 0 0 ,7 , V 5 V E F E C H A C O M 1 4 , 6 V
E
C
560R
E B C
2R2
2 2 0 u F
7 8 0 5
7 8 0 5
1 0 0 u F
1 0 0 n F
2R2 BC327 3
1 2
10K
47uF
100nF
3 3 0 R
RY 2 1 O O H H MM S : : 4 8 7 2 R R
6 N 1 3 9
1 n F
2 2 0 n F
P R O T
3 3 0 R
3 3 0 R
C L I P
P W R
4 7 R
A R Q U I V O
D A T A
P R O J E T O
G 2 I 7 V / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 3 n A 0 D D ,7 I L E 2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
T A R A M
T A R A P M P S S D S T E P 5 L . E 0 K T W R R Ô 5 N I C A
R E V
C O N 4
L T D A
3 R 3 1 0 R 1 1
R 3 1 3 1 0 3 R
3 R 3 1 0 3 R 6
M C 3 3 1 5 2
100nF
1 N 4 9 3 7
1 N 4 9 3 7
1000uF 35V
1000uF 35V
100nF C
47uF
M O N I T O R
7 9 L 1 5
E
100nF
C
S
E
7 8 L 1 5
220uF/35V
220uF/35V
100nF
100nF
S
M C 3 3 1 5 2 47uF
100nF
B Y V 2 7 -2 0 0
4 R 7 1 W
100nF
47uF
100nF
T I P 4 2 C
100nF
47uF 6 n 8
10K
B C 3 3 7
1K 4 7 R
1 N 4 1 4 8
G N D
R E M
+ 1 2 V
1K
6 8 n F
10R
4 R 7 1 W
IRF1404
6 8 n F 4 R 7 1 W
1K
10R
6 8 n F 4 R 7 1 W
IRF1404 10R
10R
IRF1404
6A10
6 8 n F 4 R 7 1 W
IRF1404
6A10
IRF1404
6A10
IRF1404 T R 3
6A10
4700uF 25V 4700uF 25V 4700uF 25V
10R 4 R 7 1 W
IRF1404
1K
10R
1K
4 R 7 1 W
6 8 n F
6 8 n F
6 8 n F 4 R 7 1 W
6 8 n F 4 R 7 1 W
T R 4
10R IRF1404
10R
4 R 7 1 W
4 R 7 1 W
6 8 n F
6 8 n F
6 8 n F
6 8 n F
4700uF 25V 4700uF 25V 4700uF 25V
10R
4700uF 25V IRF1404 4700uF 25V
10R IRF1404 10R
10R
4700uF 25V
IRF1404
4 R 7 1 W
4 R 7 1 W
IRF1404
4700uF 25V IRF1404
4700uF 25V 4700uF 25V
10R
4700uF 25V
IRF1404 T R 6 4 R 7 1 W
IRF1404
6 8 n F
4700uF 25V 10R 4700uF 25V
10R IRF1404
4 R 7 1 W
10R
6 8 n F
T R 5 4 R 7 1 W
6 8 n F
4700uF 25V 4700uF 25V
U F 1 E 6 P 2 1 0 6 R D G T A
4700uF 25V
F U E 1 P 6 1 2 6 0 DR T G A
A R Q U I V O
D A T A
P R O J E T O
G 2 I 7 V / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 4 n A 0 D D ,7 I L E 2 S 0 O 4 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
T A R A M
T A R A P M P S S F O T E N 5 L . T 0 E E K T W R R Ô 5 N I C A
R E V
L T D A
C O N S U M O
5 x 1 5 0 0 u F 2 0 0 V
+ B
3 ,4 1 0 3 A 1 V m p
T 1 5 O . h 0 K m W s
3 , 5 0 A m p
T 2 5 O . h 0 K m W s
1 6 3 V
U F 1 E 6 P 2 1 0 6 G D T
U F 1 E 6 P 2 1 0 6 G D T
4 R 7 1 W
6 8 n F
1K
1 N 4 1 4 8
100nF
2 2 K
2 K 2 1 %
1 K
C
1K 1%
1K
B
1 0 K
10uF
47uF
1K
2 2 K
560R
10K E
E
B C 3 3 7
1K
B C
100nF
47uF
100nF
1K
100nF
R X
R Y
T I P 4 2 C
100nF 220uF 35V
1 0 0 n F 6 N 1 3 9
2 2 0 n F
7 8 0 5
7 8 0 5
100nF
B Y V 2 7 -2 0 0
100uF
1 0 R 1 W
1K
4 7 R 1 %
R R Y X = = 4 1 7 0 R 0 1 R %
I R S 2 0 0 4
D S P 1
D S P
3 3 0 R
6 n 8
3 3 0 R
47uF
3 3 0 R
47uF 47uF
100nF
100nF
100nF
P R O T
1
P W R
C L I P
BC327 3 2
1N4148
1K
1 K
10K
2 10K 3
1
2 7 R
2 2 K
BC327
2 7 R
1
10K
B
1
2
2 2 0 u F 3 5 V
3
C
E
IRF540N
BC337
27R
1 0 n F
2 3
IRF540N
47uF
100nF
100nF
27R
T R 1
1 0 n F
I R 2 0 1 0
IR2010
1 1 N N 4 4 9 9 3 3 7 7 47uF 47uF
A D R A Q T U A I V O F r i A u g 2 7 , 2 0 1 0 F O L H A 3 D E 5
P R O J E T G O I V A L D O
D E S A E D N I L H S O O N
F O L H A B L O C O C O N T R O L E ( D S P )
P T R A O R D U A T O M T P A S R A E M P L S E T T 1 0 R . 9 K O W N I C A L R T E D V . A .
470uF 35V
470uF 35V 100nF
E
C
E
7 9 L 1 5
R E G 2
C
7 8 L 1 5
S
100uF
100nF
100nF
1 0 0 n F
1 0 0 n F
R E G 1 S
100uF
100nF
B Y V 2 7 -2 0 0 1 0 R 1 W
6A10
6A10
6A10
4700uF 25V 68nF
4700uF 25V
1K
4 R 7 1 W
10R
4700uF 25V
IRF1404 10R
4R7 1W
4700uF 25V 68nF IRF1404 68nF
1K
4700uF 25V
4 R 7 1 W
10R
IRF1404 68nF
4700uF 25V
IRF1404
4R7 1W
10R
T R 2
4700uF 25V 10R
IRF1404 4R7 1W
68nF
4 R 7 1 W
4700uF 25V 10R
IRF1404 4700uF 25V
1K
68nF
IRF1404 68nF
68nF
4R7 1W
4700uF 25V
10R
4 R 7 1 W
10R IRF1404
4700uF 25V
4 R 7 1 W
10R 1K
TR7
IRF1404 4700uF 25V
10R 4R7 1W
68nF
68nF
4700uF 25V 10R 68nF
4 R 7 1 W
IRF1404
IRF1404
4700uF 25V
68nF
IRF1404 4700uF 25V
10R 4R7 1W
68nF
4R7 1W
10R
T R 3
IRF1404 4700uF 25V
4 R 7 1 W
IRF1404
4700uF 25V
IRF1404
10R
68nF
68nF 4R7 1W 4700uF 25V
68nF
10R
4 R 7 1 W
10R
IRF1404
4700uF 25V
4 R 7 1 W
10R
TR10 IRF1404
4700uF 25V 10R
4R7 1W
68nF 4700uF 25V 10R 68nF
4 R 7 1 W
68nF IRF1404 4700uF 25V IRF1404 68nF
IRF1404 4700uF 25V 10R
4R7 1W 10R 4R7 1W
68nF
4700uF 25V
T R 4
IRF1404
IRF1404
IRF1404 68nF
4R7 1W
68nF
10R IRF1404
4 R 7 1 W
10R
68nF
A R Q U I V O
F O L H A 5 D E 5
P R O J E T G O I F V r i A A L u D g O 2 7 , 2 0 1 0 D A T A
D E S A E D N I L H S O O N
F O L H A B L O C O F O N T E
P T R A O R D U A T O M T P A S R A E M P L S E T T 1 0 R . 9 K O W N I C A L R T E D V . A .
4 R 7 1 W
10R
TR11
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
1 M
1 0 n F
(DO PRÉ)
(DO PRÉ)
G
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
D
S
C ( D A O P A B C A I N T C I V O O ) 0R22 5W
2 2 0 n F
0R22 5W
1K
2 2 0 n F
0R22 5W 1 N 4 1 4 8
0R22 5W
100nF 0R22 5W 0R22 5W
47uF 7 8 1 2
7 8 1 2
0R22 5W IR2010
IR2010 0R22 5W
100nF
100nF 10K
10K
47uF 4 7 u F
4 7 u F
10K
100nF
47uF
10K
100nF
15V
10uF
15V
15V
10uF
15V
BYV27-200
BYV27-200
27R 27R
27R
27R
BYV27-200
15V
1
15V
2 3
27R
1
15V
2 3
27R
90N20D
BYV27-200
90N20D
15V
90N20D
15V
2
27R
90N20D
BYV27-200
90N20D
15V
2
1
15V
2 3
90N20D
90N20D
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
F O L H A 2 D E 5
P R O J E T G O I F V r i A A L u D g O 2 7 , 2 0 1 0 D A T A
D E S A E D N I L H S O O N
F O L H A B L O C O
S A Í D A
T A R A M P S E L E T R O N I C A L R T E D V . A .
P R O D U T O T A R A M P S T 1 0 . 9 K W
6,8uF 250V
JUMPER_FIO 2 K 7 5 W
S A I D A ( + )
2 3
90N20D
6,8uF 250V
A R Q U I V O
90N20D
BYV27-200 1
3
90N20D
27R
90N20D
27R
2 3
BYV27-200
15V
2
15V
2
1
3
1
3
BYV27-200 1
90N20D
BYV27-200 1
3
2
3
27R
BYV27-200
15V
2 3
15V
2
1
1
15V
3
27R
BYV27-200 1
27R
BYV27-200
BYV27-200 1
BYV27-200
1 n F 2 5 0 V
2,2uF 400V
2 K 7 5 W
2,2uF 400V 2,2uF 400V
1 n F 2 5 0 V S A I D A ( )
U1620
U1620
U1620 1000uF 250V
U1620
U1620
1000uF 250V U1620
U1620
U1620
U1620
U1620
U1620
U1620
TARAMPS ELETRONICA LTDA.
FONTE (FILTRAGEM)
1 8
9
( R E N C T A R ) A D A
1 7
1 0 0 n F
2 K 2
220pF
T L 0 7 2
1 0 0 n F
3 9 K
C I 1 : B
1 n F
1 0 0 n F
100nF 470R 3K3
100K
4K7
1 0 0 n F
1 K
1 K
1 0 0 n F
8K2
C I 5 : A
1 K
4 R 7
4 R 7
1 0 0 n F
C I 7
4 R 7
1 0 0 n F
1 0 0 n F
C I 6
1K
1 0 0 n F
100nF
4,7uF
4 K 7
1 0 0 n F
1 n F
100nF
560R
560R
C I 8 : B
C I 8 : A
C I 8 : D 1 0 0 n F
D A V I / G I V A L D O / P A U L O
P R É A M P L I F I C A D O R
A M P L I F I C A D O R T 1 0 . 2 K W
1
4
6 . 0
9
8
7
50K
50K
6n8
1 0 0 n F
C I 8 : C
T L 0 7 2
CROSSOVER
6 n 8
4 R 7
T L 0 7 2
220nF
1K
1 K
6
3
1 0 0 K
2 2 0 p F
20K
100K
1K
C I 4 : A
T L 0 C 7 2 I 1 : A
2 0 K
T L 0 7 2
1 K
2 2 K
GANHO
3K3
100nF
2 2 K
1 2 K
1K
100nF
C I 3 : A
1 0 0 n F
C I 2 : A
2 2 0 n F
8 K 2
S U B 1 S 0 O 0 N K I C O
1 0
9
7
8
6
5
2
3
1
0R10 5W 0R10 5W
2 2 0 n F
2 2 0 n F
0R10 5W
1K
0R10 5W 100nF 0R10 5W 0R10 5W
47uF
7 8 1 2
7 8 1 2
0R10 5W IR2010
IR2010 0R10 5W
100nF
1 0 u F
1 0 u F
0R10 5W
100nF 10K
10K 47uF
0R10 5W
47uF 10K
10K 100nF
100nF
15V
15V
15V
10uF
10uF
15V
BYV27-200
BYV27-200
27R 27R
27R
27R
BYV27-200 BYV27-200 15V 27R
15V
2
3
27R
BYV27-200
27R
BYV27-200
3
15V
2
1
15V
2
3
90N20D
90N20D
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
D A V I / G I V A L D O / P A U L O
S A Í D A
A M P L I F I C A D O R T 1 0 . 2 K W
2
4
6 . 0
S A I D A
1 n F 2 5 0 V
1 n F 2 5 0 V
2
3
BYV27-200
3
90N20D
2K7 5W
1
1
15V 3
2
27R 90N20D
90N20D
BYV27-200
15V
90N20D
BYV27-200 2
3
1 2
3
27R 90N20D
1
15V
90N20D
1
15V
2
90N20D
BYV27-200 2
3
27R
90N20D
3
27R
1
15V
1
15V
15V
90N20D
BYV27-200
1
1 2
3
27R
90N20D
BYV27-200
1
15V
2
3
BYV27-200
BYV27-200
1
2K7 5W
S A I D A
2
2
1
1 1
1 2
5
1K
1 N 4 1 4 8
100nF
2 2 K 1K
2 2 K
47uF
1 0 0 R
1 0 0 n F
E
2 K 2 1 %
1K 1%
8 K 2
1 K 1K
C
B C 3 3 7
1K 100nF
100nF
1K
B
560R
10K E B C
T I P 4 2 C
100nF
100nF
100nF
47uF
4 N 2 5
I R S 2 0 0 4
D S P
1 0 0 n F
B Y V 2 7 -2 0 0
7 8 0 5
B Y V 2 7 -2 0 0
100nF 1K
3 3 0 R
6 n 8
3 3 3 3 0 0 R R
47uF
100nF
100nF
P R O T
C L I P
2 2 0 u F 3 5 V
2 7 R 1
IRFZ48N
4 7 u F
27R
1 0 n F
1 0 u F
1 0 0 n F
P W R
2 7 R 1
2
3
4 7 u F
47uF
1 R
3
2
IRFZ48N 27R
1 0 n F
T R 1
I R 2 0 1 0 1 N 4 9 3 7
I R 2 0 1 0
1 N 4 9 3 7 47uF 47uF
220uF 35V
220uF 35V
100nF
D A V I / G I V A L D O / P A U L O
D S P E F O N T E 1 5 + 1 5 V
A M P L I F I C A D O R T 1 0 .2 K W
2
4
6 . 0
100nF
2 2 0 n F
2 2 0 n F
7 9 1 2
7 8 1 2
4 7 u F
4 7 u F
100nF
100nF
1 8
1 7
1 0
9 8
1 6
1 5
1 4
1 3
3
R E M
1 2
68nF 1K
10R
4 R 7
IRF1404 IRF1404
IRF1404 10R
6A10
6 8 n F
4R7
6A10
T R 5
6 8 n F
IRF1404
4R7
4 R 7
10R 68nF
10R
6 8 n F
1K
68nF
6 8 n F
6 8 n F
2 0 X 4 7 0 0 u F 2 5 V
4 R 7
IRF1404
IRF1404
10R
4 R 7
IRF1404 10R
4R7
T R 6
6 8 n F
IRF1404
4 R 7
10R 68nF
68nF
68nF 10R
68nF
4 R 7
10R
IRF1404
IRF1404
10R
IRF1404
4R7
T R 7
6 8 n F
IRF1404
4R7
T R 4
IRF1404
4 R 7 68nF
4 R 7
10R
1 1 6 5
F O N T E
4R7
4R7
10R
1 1
U 1 6 2 0 R
6 8 n F 6 8 n F
IRF1404
10R
A M P L I F I C A D O R T 1 0 .2 K W
4 R 7
10R
6 8 n F
IRF1404
D A V I / G I V A L D O / P A U L O
T R 3
IRF1404
4 R 7
10R
4R7
4R7
10R
IRF1404
IRF1404
6 8 n F 6 8 n F
IRF1404 4R7
10R
10R
T R 2
IRF1404
4 R 7
10R
IRF1404
4R7
10R
IRF1404
10R
6 8 n F 6 8 n F
IRF1404 4R7
10R
1K
4 R 7
6A10
IRF1404 10R
6 8 n F
10R
1K
U 1 6 2 0 R
U 1 6 2 0 R
68nF
1 1 4 3
U 1 6 2 0 R
U 1 6 2 0
U 1 6 2 0
U 1 6 2 0
U 1 6 2 0
1 2 X 1 2 0 0 u F 2 0 0 V
4
4
6 . 0
1
G
2 2 u F
S
D
560pF
1 0 0 p F
5 6 0 p F
1uF 1 0 0 n F
1 0 0 n F
1 0 0 n F
T L 0 7 2
3 9 K
1 u F
1 0 0 n F
1 n F
2 2 0 p F
100nF
100nF 1 0 0 n F
220nF
100nF
6 n 8
1 0 0 n F
1 0 0 n F
1 0 0 n F
100nF
6n8 1 0 0 n F
1 0 0 n F
1 0 0 n F
1 n F
100nF
1 0 0 n F
1 0 0 n F
2 2 0 n F
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
1 0 n F
(DO PRÉ)
(DO PRÉ)
G
+ B
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
D
S
2 2 0 n F
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
C ( D A O P A B C A I N T C I V O O )
2 2 0 n F
100nF 47uF
100nF
100nF
47uF 4 7 u F
100nF
4 7 u F
47uF 100nF
15V
15V
1
15V
2 3
1
15V
2 3
1
15V
15V
2
15V
2
15V
2
1
15V
2
2 3
1
15V
2
2
3
3
3
1
15V
2 3
2 3
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
6,8uF 250V
2,2uF 400V 2,2uF 400V 1nF 250V 2,2uF 400V 1nF 250V
S A I D A
1
15V 2
1
3
BYV27-200
1
3
1
3
1
3
15V
15V
BYV27-200
1
15V
15V
10uF
10uF
S A I D A
1 9 3 V
T 1 4 .2
2 T 4 2 2 0 V . 2
100nF
1 N 4 1 4 8
R A 8 K 2
T 1 4 .2
B
2 T 2 2 K 0 .2
47uF
C
E
E
B C 3 3 7
10uF
B
C
47uF
T I P 4 2 C
100nF 100nF
100nF
100nF
220uF 35V
1 0 0 n F
2 2 0 n F R R Y X 4 5 T 7 6 R R 1 4 1 .2 1 % % 4 3 T 7 9 R R 2 1 1 0 % % .2
100nF
B Y V 2 7 -2 0 0
47uF
47uF
47uF
6 n 8
100uF
100nF
100nF
100nF P R O T 1
P W R
C L I P
BC327
3
2
1N4148
2 3
BC327
1
1 B E
1 2
2
3
C
2 2 0 u F 3 5 V
IRF540N
BC337
3
100nF
IRF540N
47uF
100nF
1 0 n F
1 0 n F
1 N 4 9 3 7
1 N 4 9 3 7
47uF 470uF 35V
470uF 35V
100nF 1 0 0 n F
1 0 0 n F E
E
C
C
S
100uF
100nF
S
100uF
100nF
47uF
100nF
B Y V 2 7 -2 0 0
U1620
U1620
U1620
U1620
U1620
U1620
U1620
U1620
U1620
U1620
U1620 A R Q U I V O
D A T A
P R O J E T O
{ { D E n a g t e i n } e e r }
F O L H A
F A O 4 L H A B L O C O
P R O D U T O
{ T i t l e }
B A N C O _ C A P
D E S E N H O
F r i D A e 4 c D I 0 L D 9 S E , O 2 N 5 0 1 1
R E V
T A R A M P S E L E T R Ô N I C A L T D A
U1620
6A10 6A10 6A10
R
L ( N R I C P A U ) T
1 0 u F
( D O D S P I C )
100nF
1 K
1 K
1 0 0 K
J112
T L 0 7 2
6 K 8 1 %
C I 1 : B
100nF
LEVEL
L
1 0 0 n F
e e f n a e b d b l e a c k
1K 1 K
C I 5 : A T L 0 7 2
L
T L 0 7 2
4 K 7
C I 2 : T A L 0 7 2 4 7 R
1 0 0 n F
1 3 K 3 1 % 6 8 n F
100nF T L 0 7 2 C I 2 : B
D A T A
2 8 / 0 9 / 2 0 1 0
F O L H A
P F R O O A L J 3 H E A T O
G I V A L D O
D E S E N H O
F r i A u 1 g A 0 D D 5 I L E , S 2 O 3 0 1 N 1
100nF
LOW PASS
100nF
A R Q U I V O
P R O D U T O
A M P L . T 2 P 0 . R 5 É K W R 4 B L O C O
R E V
T A R A M P S E L E T R Ô N I C A L T D A
F
1 n F
47K
47K
100nF
3 0 K 1 %
6 8 n F
C I 3 : B
100nF
T L 0 7 2
R48 4K99 1%
2 2 R K 4 1 5 %
1 R 0 4 K 9 1 %
C 8 P 2 1 n 0 F 8 2 n C F 1 R P 2 3 1 0 6 3
3 K 9 BASS BOOST
10KB
R52 10K 1%
C I 9 : A T K L 0 7 2
220K 1% R41 C I 9 : B T L 0 7 2
47uF/25V C37
1 0 R K 3 1 7 %
2 2 0 n F
220nF
(PARA IR SAIDA)
l a d o p o s i t i v o
2 2 K 1 4 7 % p
1 0 0 n F
100K
(PARA IR SAIDA)
1 0 0 p F
4 7 u F
1K
1 K
1 5 K
22K
1 K
C I 4 : T A L 0 7 2
5 6 0 p F
1 K 1 %
100nF
C I 8 T : A L 0 7 2
2 2 K 1 %
1 3 K 3 1 %
D
S
100nF
C I 5 : B
C I 1 A T : L 0 7 2
G
1 3 K 3 1 %
T L 0 7 2
1 n F
T L 0 7 2
3K3
22K 1% 4 7 u F
C I 8 : B
100nF
3 9 K
2 3 2 K 2 2 K 1 1 % %
560pF
13K3 1%
C I 4 : B
2 K 7
1 M
1 0 0 K
100pF
1 1 3 3 K K 3 3 1 1 % %
OFFSET 470R 3K3
100pF
2 K 2
100nF
1 N 4 1 4 8
150K 1%
150K 1%
1 0 0 n F
100nF 100nF
2 K 7
3 9 0 K 1 %
3 9 0 K 1 %
1 0 u F
+ B 1 A 0 S d S B B @ O 8 O 0 S H T z
C I 3 : A T L 0 7 2
1 3 K 3 1 %
H I 1 G 0 H 0 K P A S S
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
1 M
(DO PRÉ) 1 0 n F
(DO PRÉ)
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D S T P E / N F S O Ã N O T ) E
G D
S
T 3 0 A / 2 5 0 V
T 3 0 A / 2 5 0 V
1K 2 2 0 n F
2 2 0 n F
1 2
1 2
7 8 1 2
3
7 8 1 2
100nF
47uF
1 N 4 1 4 8
IR2010
IR2010
0R22 10W
10K
0R22 10W
100nF
10K
10K 1 0 0 u F
1000uF 250V
47uF
3
100nF
1 0 0 u F
100nF
4 7 u F
100nF
100nF
18V 2 2 u F
0R22 10W
10K
4 7 u F
0R22 10W
1 8 V
0R22 10W
22uF 1N4937
0R22 10W
1N4937
0R22 10W 1N4937
18V
1N4937
18V
0R22 10W
27R 5 6 R 2 W
5 6 R 2 W
27R
27R
27R
BYV27-200
BYV27-200
BYV27-200
1
15V
C O O L E R -
C C C O O O O O O L L L E E E R R R - - -
C O O L E R +
C C C O O O O O O L L L E E E R R R + + +
6,8uF 250V
1
15V
2
1
15V
2
2
3
3
IRFP4768
IRFP4768
IRFP4768
27R
27R
BYV27-200
BYV27-200
15V
IRFP4768
BYV27-200
15V
5 6 K 2 W
BYV27-200 1
15V
2
1
15V
2
2
3
3
3
3
IRFP4768
IRFP4768
IRFP4768
IRFP4768
27R
27R
27R
27R
BYV27-200
BYV27-200
BYV27-200
BYV27-200
1
15V
1
15V
2
1
15V
2
A T
27R
1 2
2
3
27R
1
5 6 K 2 W
1
15V
3
6,8uF 250V 6,8uF 250V
BYV27-200
1
15V
2
2
3
3
3
3
IRFP4768
IRFP4768
IRFP4768
IRFP4768
6,8uF 250V
1N4007 2 0 u H
A R Q U I V O
D A T A
2 8 / 0 9 / 2 0 1 0
F O L H A
P F R A O O 2 L _ J 1 H E A T O
G I V A L D O
D E S E N H O
F r i A u 2 g A D I D 0 L 5 E , S O 2 3 0 1 N 1
B L O C O
S A Í D A
P R O D U T O
A M P L .T 2 0 . 5 K W R 4
R E V
T A R A M P S E L E T R Ô N I C A L T D A
1N4007
2 0 u H
6,8uF 250V
1N4007
2 K 7 5 W S A I D A +
1N4007
2,2uF 400V
2 K 7 5 W
2,2uF 400V 2,2uF 400V 1 n F 6 3 0 V
2 K 7 5 W 1 n F 6 3 0 V
6,8uF 250V
2 K 7 5 W S A I D A -
A L 1 I 2 M , 6 E V N c T c A Ç Ã O
4700uF 25V 4 7 0 0 u F 2 5 V
1N4007
100nF
1N4007
1K
1K
2 K 2 1 %
1K2 47uF
2 K 2 1 %
1 K
100nF
C
1K
1K 560R
E
B C 3 3 7
2 2 K 1 %
A Ç Ã O R F Á 1 P I D A
10K
E
3 3 K 1 %
10uF
47uF
B
1 N 4 1 4 8
B
C
T I P 4 2 C
1K 100nF
10uF 100nF 3 3 R 1 %
100nF
220uF 35V
100nF
1 0 0 n F
6 N 1 3 9
4 7 R
4 7 R 1 %
2 2 0 n F
D S P 1
D S P
T
E 3 1 S 3 0 T 0 K E R
1K
3 3 0 R
1
L H O G I W H T T E E N N S S I I O O N N : 6 : 0 2 1 V 0 V
2
I R S 2 0 0 4
3
100nF
47uF
3 3 0 R
47uF 100uF
47uF 100nF
6 n 8
100nF 100nF
1
BC327
3
2
1N4148
1K
10K
1 K 2 3
BC327
10K
1
2 7 R
2 7 R
3 3 3 3 3 3 0 0 0 R R R
2 2 0 u F 3 5 V
1
2 2 K
10K
2
1 2 3
3
B E
IRF540N
IRF540N C
C O N 3
10nF
INDICADOR
T R 1
B Y V 2 7 -2 0 0
A R Q U I V O
D A T A
2 8 / 0 9 / 2 0 1 0
F O L H A
P F R A O O 2 L _ J 1 H E A T O
G I V A L D O
D E S E N H O
F r i A u 3 g A D I D 0 L 5 E , S O 2 3 0 1 N 1
P R O D U T O
A M P L .T 2 D 0 . S 5 P K W R 4 B L O C O
R E V
T A R A M P S E L E T R Ô N I C A L T D A
27R
10nF
27R
BC337
B Y V 2 7 -2 0 0
470uF 35V
470uF 35V
100nF
100nF
E C
E
7 9 L 1 5
S
100uF
100nF
7 8 0 5
R E G 2
C
7 8 L 1 5
S
100uF
100nF
R E G 1
B Y V 2 7 -2 0 0
B Y V 2 7 -2 0 0
1 1 0 0 R R 1 1 W W
6 A
1 A 2 L V I M E N T A Ç Ã O
4700uF 25V
4 7 0 0 u F 2 5 V
100nF
1N4007
1K
2 K 2 1 %
1 K
3 9 K 1 %
10uF
1K2 47uF
100nF
47uF
1K
1 N 4 1 4 8
1K
F 1
B
C
560R
10K
B C 3 3 7
A 3 Ç A Ã O R Á P I D A
E
E
2 2 K 1 %
10uF 100nF
B C
T I P 4 2 C
100nF
1K
100nF
220uF 35V
1 0 0 n F
1 8 R
1K
2 K 2 1 %
100nF
1
6 N 1 3 9
2 7 R
2 2 0 n F
D S P
4 7 R 1 %
T E S T E
3 1 3 0 0 K R
1K
I R S 2 0 0 4
D S P 1
2
3
100nF
3 3 3 3 0 0 R R
47uF 47uF
47uF
6 n 8
100nF 100nF
100nF
1
BC327 3 2
1N4148
1 K
1K
10K
2
10K 3
1
2 7 R
2 2 K
BC327
10K
1
B
3 3 3 3 3 3 0 0 0 R R R
1
2
2 2 0 u F 3 5 V
3
C
E
2 7 R
IRF540N
BC337
2 3
IRF540N
27R
1 0 n F
C O N 3
27R
T R 1
1 0 n F
1 1 N N 4 4 9 9 3 3 7 7 470uF 35V
470uF 35V
G i v a l d o
E
C
D S P / C O N T R O L E 3
3
P a u l o
1
A M P L I F I C A D O R T 3 0 K W
1 0 0 n F
1 0 0 n F
7 9 L 1 5
S
100uF
100nF
R E G 2
E
C
7 8 L 1 5
100uF
100nF
S
R E G 1
7 8 0 5
100uF
B Y V 2 7 -2 0 0
1 0 R 1 W
B Y V 2 7 -2 0 0
1 0 R 1 W
R
4 7 0 K 1 %
2 K 7
4 7 0 K 1 %
2 3 K 2 1 %
180K 1%
180K 1%
100pF 1 0 0 p F
1 0 0 n F
2 K 2
100nF
100nF
3 9 K
OFFSET 470R
1 n F
100nF
4 7 u F
1 3 K 3 1 %
T L 0 7 2
100nF
1 K
1 K
D
1 K
1K 1 K
1 0 0 n F
LEVEL 22K 4 7 u F
C I 5 : A
4 K 7
L 1 0 0 n F
100K 1 3 K 3 1 %
(PARA IR SAIDA)
l a d o p o s i t i v o
LOW PASS 47K
68nF
100nF A R Q U I V O
D A T A
P R O J E T O
G 0 I 6 V / 0 A 1 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 1 n A 0 D D ,7 I L E 2 S 0 O 3 1 N 1
F O A L 3 H A
P R O D U T O
B L O C O
T A R A M
T A R A P M P S S P R T E É 3 L 0 E K T W R R 2 Ô N I C A
R E V
L T D A
2 2 K 1 4 7 % p F
4 7 R
1 0 0 n F
(PARA IR SAIDA)
1 0 0 p F
100nF
T C L 0 I 7 2 A 2 :
L
1 5 K
1 K 1 %
1K
C I 4 : A
5 6 0 p F
100nF
e e f n a e b d b l a e c k
1 K
2 2 K 1 %
1 3 K 3 1 %
J 1 1 2
( D O D S P I C )
8 K 2
T L 0 7 2
2 2 K 1 %
T C L 0 I 7 1 A 2 :
1 0 0 K
S
3K3 100nF
22K 1%
G
100nF
3K3
560pF
1 M
1 0 0 K
1 3 K 3 1 %
13K3 1%
T L 0 7 2
1N4148 1 3 K 3 1 %
L ( R E C N A T R ) A D A 2 K 7
100nF 68nF 3 K 9
100nF 1 n F
100nF
3 0 K 1 %
47K
2 2 0 n F
220nF
T C L I 0 3 7 : 2 A
100nF
1 3 K 3 1 %
H I G 1 H 0 P 0 A K S S
1 A 2 L V I M E N T A Ç Ã O
1N5404
4700uF 25V
100nF
4 7 0 0 u F 2 5 V
1N4007
1K 1 N 4 1 4 8
47uF
100nF
1 8 R
2 K 2 1 %
1K2
1 K
3 9 K 1 %
10uF
47uF
100nF
1K
100nF 6 N 1 3 9
1K
2 K 2 1 %
C
B C 3 3 7
2 2 K 1 %
C
1
2
T E S T E
3 1 3 0 0 K R
I R S 2 0 0 4
D S P 1
D S P
100nF
100uF
3 3 3 3 0 0 R R
47uF
47uF
100nF
1
47uF
BC327
3
2
1N4148
1K
10K
1 K 2
10K 3
1
2 2 K
BC327
2 7 R
10K
B
1
C
E
2
BC337
3
IRF540N
1
2 2 0 u F 3 5 V
2 3
IRF540N
10nF
27R 1 0 n F
P F R A O O 2 L _ J 1 H E A T O
P R O D U T O
B L O C O
T A R A M P D S S T P 3 0 K W R 2
R E V
P S E L E T R Ô N I C A L T D A
C O N 3
27R
T R 1
B Y V 2 7 -2 0 0
T A R A M
3 3 3 3 3 3 0 0 0 R R R
2 7 R
B Y V 2 7 -2 0 0
470uF 35V 470uF 35V 1 0 0 n F
C
1 0 0 n F E
7 9 L 1 5
S
100uF
100nF
R E G 2
C
E
7 8 L 1 5 S
100uF
100nF
R E G 1
7 8 0 5
3
100nF
F r i J a 3 n A 0 D D 7 I L E , S 2 O 3 0 1 N 1
B
T I P 4 2 C
1K
100nF
D E S E N H O
A 6 Ç A Ã O R Á P I D A
E
100nF
100nF
6 n 8
F O L H A
10K
220uF 35V 2 2 0 n F
1K
G 0 I 6 V / 0 A 1 L / D 2 O 0 1 0
F 1
10uF
100nF
4 7 R 1 %
D A T A
560R
E
2 7 R
A R Q U I V O
1K
B
P P R R O O T T T E E Ç Ç Ã Ã O O V V O O L L T T A A G G E E M M A B L A T I X A A : 2 : 3 6 0 7 V V
B Y V 2 7 -2 0 0
1 0 R 1 W
B Y V 2 7 -2 0 0
1 0 R 1 W
1M
4 7 0 K 1 %
1 N 4 1 4 8
4 7 0 K 1 %
100K
150K 1% 47K 150K 1%
1 0 0 p F
1 1 3 3 K K 3 3 1 1 % %
1 0 0 p F
S
D
1 K 1 %
1 0 0 n F
1 0 K
1 0 0 n F
T L 0 7 2
100nF
1 0 0 p F
22K 1%
1uF
2 K 2
1 3 K 3 1 %
1 u F
1 0 0 n F
3K3
2 2 K 1 %
5 6 0 p F
G A N H O
1K 3 9 K
1 n F
T C L 0 I 7 2 A 2 :
2 2 K
1 0 0 p F
3K3
1 K
T L 0 7 2
1 K
1 0 0 n F
1 0 0 n F
1 K
1 K
1K
1 3 K 3 1 % C I 5 : A
1 K
L
1 0 0 n F
1 5 n F
1 0 0 n F
CROSSOVER 220R
47K
47K
220R
100nF
L
15nF
1 0 0 n F
4 K 7
(PARA IR SAIDA) l a d o p o s i t i v o
(PARA IR SAIDA) 1 0 0 n F
1 n F
100nF
2 2 0 n F
220nF
100K
1K
C I 4 : A
5
T C L 0 I 7 1 A 2 :
470R
100nF
1
2 2 K 1 %
4K7
100nF e e f n a e b d b l a e c k
P R E A M P L I F I C A D O R
2 2 K 1 %
560pF 1 5 K
1 0 0 n F
T L 0 7 2
1 3 K 3 1 %
G
( D O D S P I C )
13K3 1%
1 0 0 n F
100K 4 7 u F
( R E C N A T R ) A D A
3 0 K 1 %
T C L I 0 3 7 : 2 A
100nF
1 3 K 3 1 %
S U B 1 S 0 O 0 N K I C O
1K 1 N 4 1 4 8
100nF
1K 1% 47uF
2 K 2 1 %
1 K
10uF
100nF
47uF
1K 10uF
100nF 4 7 R 1 %
3 9 K 1 %
3 9 K 1 %
1K B C
10K
2 2 K 1 %
B C 3 3 7
E B
C
3 3 R 1 %
220uF 35V
1
2 2 0 n F
D S P 1
D S P
3 1 3 0 0 K R
6 n 8
I R S 2 0 0 4
2
3 3 3 3 0 0 R R
47uF 47uF
47uF 100nF 100nF
1
100nF
BC327
3
2
1N4148
1K
1 K
10K
2
10K 1
2 7 R
2 2 K
10K
1
B E
2 7 R 1 2
C
2 2 0 u F 3 5 V
3
IRF540N
BC337
2 3
IRF540N
27R 1 0 n F
27R
T R 1
1 0 n F
1 1 N N 4 4 9 9 3 3 7 7
470uF 35V 470uF 35V 1 0 0 n F
1 0 0 n F E
C
7 9 L 1 5
S
100uF
100nF
R E G 2
E
C
7 8 L 1 5
100uF
100nF
S
R E G 1
7 8 0 5
3
100nF
T E S T E
1K
4 7 R 1 %
BC327
T I P 4 2 C
100nF
1K 100nF
6 N 1 3 9
D S P / C O N T R O L E
560R
E
100nF
5 1 6 0 R 0 n 1 F %
3
1K
100uF
B Y V 2 7 -2 0 0
1 0 R 1 W
B Y V 2 7 -2 0 0
1 0 R 1 W
R
L
0 °
1 R 0 4 R 7 1 W
P R O C L O N P I T
1 0 u C F 4 / 2 5 V
1 0 R R 1 3 W 9
C72
4 K 7
100nF CP17
2 K 2 1 %
R R R 3 3 3 5 4 3
100nF CP16
22K 1% C R4 T I 1 L : 0 B 7 2
R42 2K2 1%
ON
C Y E L L I L P O 2 W K 2 R 1 3 %2
LEVEL
22K
4 7 u C F 5 / 2 5 V R 5 7 K 6 6
BLUE
C7 100nF
T L 0 7 2
10K 1% R26
C16
4 K 9 9 1 %
6 R K 2 8 4 1 N 4 1 4 8
T L 0 7 C 2 I 4 : A
1 C 8 P n 1 F H P F ( 1 4 0 K R 0 9 7 H 9 z 1 % a 2 .2 1 K 0 H 0 z K )
18nF CP4
C10 100nF
C I 2 : A T L 0 7 2
D A T A
P F R A O O 3 L J _ H E 1 A T O
2 G 4 I / 0 V 8 A / 2 L D 0 O 1 1
F O L H A
1 D E
4
D E S E N H A O D
I L S O N
P R O D U T O
T A R A T A M B - L 8 P O 0 0 S C D O R A 5 P _ M R C E ( P 1 L O I h F m I / C 2 A O h D m O s ) R R E E V S
C 6 1 n 3 8
3 R 3 1 K 1
33nF C12
C18 100nF
CP2 1nF
R48 4K99 1% 1 C 0 P 0 1 n 0 F
100nF C19
1 0 R 0 3 R 8
BASS BOOST 10KB 10K 1% R52 220K 1% R41
2 2 R K 4 1 5 %
6 C 8 1 n 4 F
C I 2 B T :
L 0 7 2
4 c 3 2
2 2 u C F 8 / 2 5 V
1 0 R K 7 1 7 %
A R Q U I V O
1 8 0 °
3 R 3 1 K 0
F U L L
R * * 8 * 5 *
3 C 3 1 p F
C 8 1 * * R * 5 * 3 3 p 4 R F 7 R 7 5
100nF C15
1 0 R 2 0 3 K
R 3
1 0 3 H 0 d H B P z @ F 100K
D 1 2
2 2 K 1 %
C I 1 : A
0 °
R31 10K 1%
33K R25
T L 0 7 2
100nF C9
C I 4 : B
1uF/25V
2 R K 7 2 1 7 %
2 2 R 3 K 2 2 2 K R 1 1 1 C2 % % 33pF
100uF/25V 100uF/25V
2 K 2 1 %
5 V
R 2 2 K 8 7 1 % R40 4R7 1W
C71
-1 0 . ( 1 N 3 R I , 2 6 C P 0 9 A U V r ) T d B m 1 u s 0 u C F / 2 3
- L 1 3 d O B
W @ P 1 A 0 S 0 S H z
0 °
1 R 0 4 K 9 1 %
4 C 7 P n 1 C 4 F 4 P 7 1 n 5 F C C 1 R P I 2 3 3 1 0 3 : T 6 A L K 0 7 2
1 0 0 n F
R R 8 5 5
1 3 1 K 3 O 1 K h m %
0 °
C I 3 T : B L 0 7 1 2 8 0 °
1 0 R K 3 1 7 %
+ B 1 A 0 S d S B B @ O 5 O 0 S H T z
3 4 2 K 7 3 K O 1 1 h m % % s
O U d T B ( V r m s )
+ / B
D D R R R R Z Z 5 5 4 8 4 3 5 4 3 8
R 7 9
R 8 0 R82 100K
B + 2 3 9 4 Z X 1 7 ,4 ,1 6 , 9 9 0 8 C 6 8 + 4 3 1 4 , , 7 6 8 3
B 1 4 Z 5 5 5 K X 6 6 0 9 7 K K R 9 9 1 1 C % % 5 1 W % 3 0
6 6 8 8 1 0 0 R R O 1 1 h W W m
B B 3 Z Z 6 6 8 9 5 6 X X 8 6 7 7 K K 0 R K , 9 9 1 1 5 6 5 C C % % W 9 4 1 7
8 8 2 2 2 0 0 O R R h 1 1 m W W s
2 2 u F / 2 5 V
3 R 3 8 0 4 R 1nF 5% - 1 5 V _ V S S
DZ1 5V6 0.5W
MMBT3904
C32 3 K 3
R 7 0 120K
R * * 8 * * 0
PROT
R90
E C
RED
B
Q 3
4K7
C11
P R O T E Ç Ã O O T T P É R M I C A ( 8 0 ° )
R18
2K7 1% R19 Q 4 B MMBT3906 R9 10K 1% C
100nF
E
10K 1%
R81
4K7 T E N S O Ã O V A P L T A
R17 ****
C22
100nF R94 100R
R73
R 1 3
1 10K 1% 0 K MMBT3906 1 %
B
E
C
Q 6
MMBT3904 E
B
Q 5
1nF 5%
D8 ES1J
P R O T E D Ç C Ã P O D C
R15
B A I X A U T P E V N S Ã O
10K 1% 4 7 K 1 DZ3 %
B
R 1 2
1 0 K 1 %
R 1 4
3 3 0 u F / 2 5 V
1 0 K R 1 2 % 0
G
100K
S
22uF/25V
C 2 3
C25
R79 ****
100nF
R55 ****
10nF C24
**** R88
8 K 2 1 %
1 R 0 2 0 1 K
B M S _ 2 F 5 E 0 T F 1
DZ2 5V6 0.5W
C21
C
Q 7
1 n F 5 %
D
R100
1 n F 5 % C 3 3
300R 1%
E
1 5 C n 4 F 2
4 7 u F / 2 5 V
22uF/25V
D 1 1
C
R8
DZ4
OPCIONAL
1 N 4 1 4 8
MMBT3906
R22
10K 1%
4 R K 9 7 7
+ 1 5 V _ V A A
R54 ****
R 7 2
I R S 2 0 9 2 R53 RX
2K2 1%
****
R71
8 R K 6 2 5 1 %
22uF/25V
10K 1% R51
10K 1%
ES1J D9
R99 R89 47K 1%
R74 2 2 u F / 2 5 V
10R 1/4W 4R7 1/4W R62
TIP41C ****
D10 BYV27-200
1 5 V Z 1 1 W
R43 R44
10R
15K
2 2 u F / 2 5 V
C 4 A
1 5 V 1 D W 5
10R R46
1
V C C
R66 1
IRFB4227 2
2
3
3
IRFB4227 C36
( - B )
s f = 3 1 0 K H z
10R 1/4W R50
150pF/250V 100nF/250V C28
A R Q U I V O
D A T A
2 4 / 0 8 / 2 0 1 1
F O L H A
2 D E
4
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
A M P L I F I C A D O R
P R O D U T O
T A T R A A - 8 0 M 0 D P R S 5 _ C A M ( 1 P O L h I m F / 2 I C O h A m D s ) O R R E E V S
2 2 u H
D7 ES1J
D6 ES1J
CP18
CP7 100nF/250V 220nF/250V CP8
CP3
1uF/250V R16
220nF/250V
10R 2W 2K2 1% R78
( + B )
( - B )
-
+ O U T
8 C 1 K 4 0 u 4 2 0 F 7 1 / % 2 5 R V R R 5 5 9 8
C F E 3 C
1 C 0 R 3 0 9 n F 4 5 R * 4 K 9 K R 7 * * 7 5 * 7 8 6
3 n 3 5 %
4 7 C u F F E / 2 2 5 V
U T C E 3 X 5 2 A 5 S A D W
R E M
G N D
( + B )
1 0 0 n F
1 0 0 n F
C 3 8
C 4 1
4 R K 9 7 5
+ 1 2 V
4 7 u F / 2 5 V 1 R K 9 3
C F E 4
1 N 4 1 4 8
10nF
B
Q 1
C37
D 1 4
C
E
BCP56
47uF/25V
1K RF9 Q F 2
1 N 4 1 4 D 8 F 3
1K
27R
BC 640
1 N D 4 F 1 2 4 8
RF12 Q F 1 BC 640
R83
R61 6K8 IRF1404
R96
R64
6K8
27R
27R
IRF1404
R91
R60
6K8
6A10
R92
R63
6K8
27R
4700uF IRF1404 27R 1W C65
R69
C62
IRF1404
68nF
27R 1W R68
68nF
1 C 0 F 0 8 n F
R F 1 4
1 K
# 0 7 2 E 1 s p . 1 6 D T
1 6 D T A
+
A R Q U I V O
D A T A
2 4 / 0 8 / 2 0 1 1
F O L H A
3 D E
4
P F R O O A L J 3 H E A T O B L O G C I V O
A L D F O O N T E
D E S A E D N H I L O
S O N
P R O D U T O
T A T R A A - 8 0 M 0 D P R S 5 _ C A M ( 1 P O L h I m F / 2 I O C h A m D s ) O R R E E S V
S e c u n d á r i o
P r i m á r i o
C o + C C C C R R n / E E E E 5 F s -B 3 3 2 2 7 2 u 8 1 0 9 8 m o
R F 2 7
RF27
****
****
0 # 1 4 # 4 1 E 1 E 3 s 4 s p p . .
8 4 5 6 0 , m 8 A
2 2 0 0 / 6 3 V
2 2 0 0 / 6 3 V
2 1 2 0 0 0 0 K / 6 1 3 % V
1 1 5 5 1 K K O 1 1 h W W m
2 # 0 # 0 4 1 E 1 E 4 s 5 s p p . .
2 2 1 6 0 0 A 6 / , 1 5 0 0 V
2 2 0 0 / 1 0 0 V
2 2 0 0 / 1 0 0 V
2 2 0 0 / 1 0 0 V
2 2 K 1 W
E D S 3 1 J
D 1
E S 1 J
E D S 4 1 J
D 2
1000uF/25V
100nF CP9
CE31
100nF CP11
2
105°C
7 9 1 5
2 2 2 K O 1 h W m s
1 1
2
3
22uF/50V
( + B )
7 8 1 5 3
C64
( - B )
( + 2 2 V )
CE30
CE29
105°C
E S 1 J
1000uF/25V
( -2 1 V )
105°C
CE28
2 2 0 0 / 6 3 V
1 4 0 K 1 %
RF28
105°C
# 0 7 2 E 1 s p .
100nF CP5
C63 22uF/50V 100nF CP6
1 Ohm R5
2 Ohms
33K
47K 1%
RF27
15K 1W
22K 1W
RF28
15K 1W
22K 1W
R43
150R 5W
390R 5W
R54
56K 1%
68K 1%
R55
56K 1%
68K 1%
R57
100K 1%
140K 1%
R85
1K 1%
3K3 1%
R79
680R 1W
820R 1W
R80
680R 1W
820R 1W
R88
4K99 1%
5K6
DZ3
BZX79C30 BZX79C47
DZ4
BZX79C68 BZX79C91
CE28
2200/63V
2200/100V
CE29
2200/63V
2200/100V
CE30
2200/63V
2200/100V
CE31
2200/63V
2200/100V
40,1
66,5
29,10
41,78
+31,49
+34,63
+/- B OUT (Vrms) dB
TARAMPS AMPLIFICADORES PRODUTO
TA-800D R5_C (1 Ohm/2 Ohms)
FOLHA A4 PROJETO DATA ARQUIVO
BLOCO
REV
CONFIGURAÇÕES
GIVALDO 24/08/2011
DESENHO
ADILSON
FOLHA
4
DE
4
G N D
R E M
T E R R A
+ 1 2 V
C 6 5 8 3 n
F
R89
R104
10R
4
M F T 7
1K
R E M O T E
R95
+ 1 2 V
D23 6A10
W
4 R 7 R 1 9 W 0 T E R R A
IRF1404
M F T 5
10R
T E R R A
RR 1 7 2 3 1
6 C 8 4 n 0 F
IRF1404
MFT8
4700uF 25V
IRF1404
CE41
4700uF 25V
CE42
1K
10R
R101
R94
IRF1404
4
R92
10R
RR 1 7 2 1 4 W
M F T 6
C 6 5 8 4 n F T E R R A
G A T E _ B
4 RR 7 9 1 3 W
6 C 8 4 n 1 F
G A T E _ A A C 3
A C 2
F E P 1 6 D T A
D R 5 D R 3
F E P 1 6 D T
T E R R A CE27
8 0 V D C 1 A @ m p 1 2 , 6 V c c
T E R R A
470uF 100V
470uF 100V CE28
CE29 470uF 100V CE30
M U R S 1 2 0 T 3
D 1 6
470uF 100V
M U R S 1 2 0 T 3
D 1 2
+ 2 0 V
+B
470uF 100V CE32 470uF 100V
CE21
CE13 470uF 35V
CE31
470uF 35V
100nF 100nF CP24
CP26
D A T A
A R Q U I V O
{ D a t e }
F O L H A
3 D E
4
P R O J E T O
G I V A L D O
D E S E N H O
A D I L S O N
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I F G O . T N T A 1 E 0 0 0 D S M D R 3 R E V
T A R A M
I N
I N
T E R R A
GND
CE15 100uF
7 R 9 E G L 1 2 5
L T D A
GND
R E G 1 O U T
O U T
P S E L E T R Ô N I C A
T E R R A
100uF
CE14
-1 5 V
+ 1 5 V
7 8 L 1 5
0 9 ,2 ,2 6 9 6 d m B V m 2 K 7
T E R R A
T E R R A
T L 0 7 2
T C L I 0 8 7 : 2 B
( D O P I C )
C I 1 0 : A
5 0 K H Z
100pF T E R R A
1 0 C P 0 n 8 F
R 1 2
T E R R A T E R R A
R21 3K3
R22 3K3
470R
R 1 1 9 K
T E R R A
+ 1 5 V
C14
1 R 1 K 8
T E R R A
T E R R A
T L 0 7 2
C I 4 : A
C I 4 : B
+ 1 5 V
3 9 K
C12 100nF
C23
T E R R A
L T E R R A
P I N O _ 1 0 _ I R # 2
P I N O _ 1 2 _ I R # 2
l a d o p o s i t i v o
C I 5 : A
D A T A
A R Q U I V O
P R O J E T O
G 1 V 5 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
1 D E
5
D E S E N H O
A D I L S O N
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I P G R . E T A 1 0 0 0 D S M D R 4 R E V
T E R R A
100nF C13
+ 1 5 V
T A R A M
1 0 0 n F
C 1 1 7 0 0 n F
1 1
L T D A
T A 1 1 0 K 0 2 0 D 2 R
C 6
3 R 9 4 K 3
1 0 0 n F
T E R R A
1 C 0 P 0 2 n F
2 C 2 0 P n 1 F
13K3 1% R6 100nF C15 -1 5 V
T L 0 7 2 C I 3 : B
1 3 K 3 1 %
100nF CP4
+ 1 5 V
T E R R A
47K
47K
T C L I 0 3 7 : 2 A
1 C 0 1 0 6 n F
R 7 L O W P A S S
1 0 0 K
6 8 n F
C P 6
100nF C24
2 R 2 2 K 6 1 %
R27 5K 1% ( P A R A I R S A I D A )
1 C 0 P 0 1 n 0 F
T E R R A
10KB
T E R R A
1 R 0 3 K 7 1 %
R23
R 2 8
1 2 0 K
1 5 0 K 1 %
R 1 8 4
1 3 R K 1 3 9 1 2 %
C 8 2 -1 5 V
1 0 C 0 n 8 F
T L 0 7 2 -1 5 V
C I 2 : B
1 + C 1 P n 5 7 F V T E R R A
1 0 C 0 1 n F 0
1 3 R K 1 3 9 1 1 %
T L 0 7 2
100nF
T E R R A T E R R A
47pF
13K3 1% T E R R A
R 1 1
C87
47pF
R188
T E R R A
C I R C U T O D E R E A L I M E N T A Ç Ã O
68K 1% T E R R A
C 8 6
T E R R A
220K R39 1 R 0 3 K 6 1 %
R189
68K 1%
R 1 1 5 8 0 5 K 1 %
T E R R A
R187
1 C 0 P 0 1 n 3 F
10K 1%
T C L 0 I 7 2 A 2 :
O U T _ N E G
O U T _ P O S
4 C 7 P n F 1 4 C 4 P 7 1 n 5 F
T C L I 0 8 7 : 2 A
R 1 1 T A 1 0 1 0 K 0 5 D 1 R
4 7 p F
3 0
6 C 8 P n F 5
+ 5 V
+ B 1 A 0 S d S B B @ O 6 S 0 T H z
P S E L E T R Ô N I C A
100K
HIGH PASS
P I N O _ 1 2 _ I R # 1
-1 5 C V
+ 1 5 V C
CP3 220nF
T E R R A
T L C
TERRA
100nF 0 °
100nF
C I 6
P I N O _ 1 0 _ I R # 1
4 7 R R 5
1 K
+ 5 V
( P A R A I R S A I D A )
I 1 : B
C5
T E R R A
-1 5 V
T E R R A
T L 0 7 2
T L 0 7 2 C
-1 5 V
T E R R A
1 R 0 3 K 5
T E R R A
R17
C I 7
1 0 C 0 p 1 F
2 2 K 1 R % 3
1 8 0 °
C 4 7 E u 1 F 0 / 2 5 V
1 C n P F 9
T E R R A
T E R R A
T L C 0 7 I 1 2 : A
R 1 3
C I 5 : B
R 1 4
R 1 1 6 K
2 2 R K 1 1 %
R4
LEVEL
1K
1 R 2 K 0
2 3 K R 2 2 1 %
C2
+ 1 5 V T E R R A
T L 0 7 2
R15 1K
T E R R A
R 4 1
22K 1%
2 K 2
T L 0 7 2
100nF
100nF
( R E C N A T R ) A D A 2 R K 4 7 0
22K
C9
-1 5 V
-1 5 V
0 °
8 K 2 1 %
1 0 K R 1 1 % 0
FB
+ 1 5 V
C I 1 0 : B
R 2 5
T E R R A
1 3 R K 1 3 9 1 0 %
1 0 C 0 4 n 2 F
( L E a N d T o R n A e D g A a t i v P o O ) N T E H
( L E a N d T o R p A o D s i A t i v P o O ) N T E H
( D A F O N T E )
(DO PRÉ)
+ 2 0 V
P I N O _ 1 0 _ I R # 2
(DO PRÉ)
P I N O _ 1 2 _ I R # 2
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
( D A F O N T E )
( D A F O N T E )
( D A F O N T E )
S H U T D O W N
+ 5 V
+ B
0 R R 2 2 2 4 5 W 1 K
220nF
C39
C37 CP25
T E R R A
1 2 0 p F
1 2 C29 C28 0 p
120pF
R31 100nF C19
F T E
T E R R A
R R A
120pF
47uF CE4
1
T E R R A
2
7 8 1 2
R E G 5
IR2010
I C 2
I C 1
IR2010
3
C18 100nF
C 100nF 2 1
CE33
1 C 0 0 5 n 0 F
10uF
T E R R A
47uF CE7
CE5 10uF
+ B -I R
10uF CE3
DR2 15V DZ3
1 N D 4 9 1 4 8
MURS120T3
1 DN 1 4 3 1 4 8
4 R 7 4 R 2
15V DZ16
G
4 R 7 3 R 8
1 N 4 D 1 1 4 8
1 0 K R30
15V DZ13
FET15
10K
15V DZ10
FET13 T E R R A
D
S
S
52N15 IRF8010 CP12
52N15 IRF8010
G
D Z 5
FET7
D A T A
P R O J E T O
G 1 V 5 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
2 D E
5
D E S E N H O
A D I L S O N
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I S G A . T Í D A A 1 0 0 0 D S M D R 4 R E V
T A R A M P S E L E T R Ô N I C A
52N15 IRF8010
52N15 IRF8010 CP11 6,8uF 100V
O U T _ N E G
L T D A
F I
O 3 L 1 2 1 4 u A H
u H
W G
CP16 1uF 250V
4K7 1W R96 4K7 1W R99
4K7 1W CP18 CP23 2 n 2 1 0 0 V
2 n 2 1 0 0 V
FET1
S
F I O 3 2 A W G
G
D
S
O U T _ P O S
A R Q U I V O
15V
D
6,8uF 100V
L 1 2 4
4 R 7 3 R 3
R29 G
D
+B2
47uF
MURS120T3 DR1
R32
R34
T E R R A
1 ND 4 5 1 4 8
4 R 7 4 R 6
CE2
15V DZ2
15V DZ1
1 0 K
1 0 K
T E R R A
100nF
C 4 9
CP17
CP20
2 n 2 1 0 0 V
2 n 2 1 0 0 V
T E R R A
+
S A I D A
R105 4K7 1W R103
T A 1 0 0 0 D 2 R
T A 1 0 0 0 D 1 R
4 7 , 9 V r m s @ + 3 5 , 8 d B u
3 4 ,2 V r m s @ + 3 2 , 3 d B u
S H U N T
0 R 2 R 2 4 5 4 W
G N D
R E M
T E R R A
+ 1 2 V
C 6 5 8 3 n
F
R89
R104
10R
4
M F T 7
1K R E M O T E
R95
+ 1 2 V
D23 6A10
W
4 R 7 R 1 9 W 0 T E R R A
IRF1404 M F T 5
10R
T E R R A
RR 1 7 2 3 1
6 C 8 4 n 0 F
IRF1404
MFT8
4700uF 25V
IRF1404
CE41
4700uF 25V
CE42
1K
10R
R101
R94
IRF1404
4
RR 1 7 2 1 4 W
M F T 6
R92
10R
C 6 5 8 4 n F T E R R A
G A T E _ B
4 RR 7 9 1 3 W
6 C 8 4 n 1 F
G A T E _ A A C 3
A C 2
F E P 1 6 D T A
D R 5 D R 3
F E P 1 6 D T
T E R R A
T E R R A
CE27 470uF 100V 470uF 100V CE28
470uF 100V CE30
M U R S 1 2 0 T 3
D 1 6
470uF 100V CE29
M U R S 1 2 0 T 3
D 1 2
+ 2 0 V
+B
470uF 100V CE32 470uF 100V CE21 470uF 35V
CE13 470uF 35V
CE31
100nF D A T A
A R Q U I V O
P R O J E T O
G 1 V 5 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
3 D E
5
D E S E N H O
A D I L S O N
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I F G O . T N T A E 1 0 0 0 D S M D R 4 R E V
T A R A M P S E L E T R Ô N I C A L T D A
O b s : D A D O S O B T I D O S A 1 2 , 6 V c c E M R E P O U S O
C O N S + U B M O
9 2 0 m A
1 A m p
+ 6 2 V
+ 8 0 V D C
100nF CP24
CP26
I N
I N
T A 1 0 0 0 D 1 R T A 1 0 0 0 D 2 R
T E R R A
GND
CE15 100uF
7 R 9 E G L 1 2 5
T E R R A
GND
R E G 1 O U T
O U T
100uF CE14
-1 5 V
+ 1 5 V
7 8 L 1 5
I C S P D A T
( P / P R É ) G N D
G N D
P R O O N T
5 0 K H Z
C G L N I P D
R J 1 1 R66 R R 8 8 0 3 3 3 3 3 0 0 R R
C
100nF P I N O _ 1 2 _ I R # 2
C33 I C I C S S P P C D L A K T
T + E 5 R V R A
220uF 35V V P P
1 N 4 1 4 8
CE60
Q 3 E
330R R70
MMBT3906 100nF
T E R R A
C31 V P P
M M B T 3 Q 9 2 0 4 E
1K R82 B C
R78
560R
R81
10K R77
Q 1
P I C 1 6 F 6 1 6
R63 330R
330R
M C 1
C 2 5
SD
100nF
TERRA
I C S P C L K
J2 6n8
T A 1 6 1 0 K 0 0 0 K 8 D 1 R
R65 R 3 7 3 2 0 R
I C S P D A T
R73 1K
T A 1 3 1 0 K 8 0 9 K 0 D 2 R
2K2 1% R86
C26 100nF 1K 1% T E R R A
R R 8 9 7 1
1 K
CP19
47uF
2
C34
SHUTDOWN
(P/ SAÍDA)
K S H 3 2 C
1 0 0 n F
R64
PROT
3 1
330R CLIP
R68
3 3 0 R
R 8 7
R 7 1
220uF/35V CE17 I N
T E R R A
GND
100nF C35
M 7 U R 8 R E L S G 0 1 3 5 2 0 T O 3 U
R 1 3 4
100uF CE18
R69 2K2 1% R 9 1
C 1 2 0 7 0 n F
+ B -I R
C36 CP27 1nF
6
82R R88
6 N 1 3 9
4 7 0 C n F 3 / 5 8 0 V
T E R R A
C32 100nF
1 R 0 7 6 0 R
1 R 0 8 0 5 R
4 7 R R 7 1 5 %
CP21 1nF
D A T A
A R Q U I V O
P R O J E T O
G 1 V 5 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
4 D E
5
D E S E N H O
A D I L S O N
F O A L 3 H A B L O C O
P R O D U T O
A M P L . D I D G S . P T A 1 0 0 0 D S M D R 4 R E V
T A R A M P S E L E T R Ô N I C A L T D A
I R 4 4 2 7
I C 4
+ B 2
F O E B C S H : A L B O I E P R U A L S O O Á E U MD I 1 O 4 E , 8 M V c 1 c 0 V c c e
4 R 7 1 W
+ 5 V
+ B
PTH
D 1 9
T
CE16 100nF
D 1 7
1K
R62
ON
T E R R A
1K
R120
R E M O T E
+ 1 2 V
R67 B
R 8 4 3 3 0 R
T E + V R 5 P R V P A
1K
10K T E R R A
I C S P C L K
CE19 10uF T E R R A
100nF CP22
G A T E _ B
G A T E _ A
R 7 5
4 7 R 1 % E M P T H
A R Q U I V O
D A T A
P R O J E T O
1 G 5 I V / 1 0 A / 2 L D 0 O 1 0
F O L H A
5 D E
5
D E S E N H O
A D I L S O N
F A O 4 L H A B L O C O
A L T E R A Ç Õ E S
P R O D U T O
A M P L . D I G . T A 1 0 0 0 D S M D R 4
R E V
T A R A M P S E L E T R Ô N I C A L T D A
R R 8 9 7 1 T A 1 6 1 0 0 K 0 8 K 0 D 1 R T A 1 3 1 0 K 8 0 9 K 0 D 2 R
R 1 1 T A 1 1 0 0 K 5 0 D 1 R T A 1 1 0 K 0 2 0 D 2 R
( L E a N d T o R n A e D g A a t P i v O o ) N T E H
( L E a N d T o R p A o D s i A t i v o P ) O N T E H
( D A F O N T E )
(DO PRÉ)
+ 2 0 V
P I N O _ 1 0 _ I R # 2
(DO PRÉ)
P I N O _ 1 2 _ I R # 2
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
( D A F O N T E )
( D A F O N T E )
( D A F O N T E )
S H U T D O W N
+ 5 V
+ B
R 2 4
S H U N T
S H U N T
R 4 4
1K 1% 220nF
F
T E R R A 2
7 R 8 E 1 G 2 1
1 1 4 5 9 0 6
1 4
1 3
1 2 1 1
IR2010S 1 5
3
3 1
CE8
1 5 D Z V 3
F O L H A
2 D E
5
1 4
T E R R A
1 2 1 1
100nF C 2 1
3 1
10uF
C 4 9
CE7
100nF 47uF/16V CE4
100nF
0 R 2 2
C18
T E R R A
100nF
CE2
10uF CE3
+B2
10uF D Z 2
15V
0 R 1 0
MURS120T3 DR1
1 5 D V Z 1
MURS120T3
( R 2 4 , R 4 4 )
C I 1 1
8
7
6
C 1 9
0 R 2 2
F E T 1 3
F E T 7
F E T 1
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
T A 2 0 0 0 W -2 R
I R F B 4 2 2 7
I R F B 4 2 2 7
I R F B 4 2 2 7
I R F B 4 2 2 7
T A 2 0 0 0 W -4 R
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
{ D a t e }
R31
0 p F
IR2010S 1 5
DR2
T E R R A
D A T A
1 3
CE5 10uF
+ B -I R
A R Q U I V O
1 1 4 5 9 0 6
T E R R A
100nF
C 5 0
C I 1 2
C28 1 2
120pF
2
8
7
6
47uF
F E T 1 5
T E R R A
120pF
1
2
C29
1
C37
CP25
T E R R A
2 C39 0 p
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
S A Í D A
1 N 4 1 4 8
D 5 R 3 8
4 7 R 1 %
10K 1%
D 1
4 7 R 1 %
1 N D 4 9 1 4 8
10K 1%
R30
T E R R A
R 3 3
1 N 4 1 4 8
0 R 3 3 4 7 RR 1 4 % 2
1 DN 1 4 3 1 4 8
T A 2 0 0 0 W -2 R T A 2 0 0 0 W -4 R T A 1 6 0 0 W -2 R T A 1 6 0 0 W -4 R
4 7 R R 1 4 % 6
R29 1 D 5 Z V 1 0
D 1 Z 5 5 V
G
D
D
S
FET7
T E R R A
FET1 CP11
G
1 D 5 Z V 1 6
S
T A 1 6 0 0 W -2 R
R32 10K 1%
R34 10K 1% G
G
1 D 5 Z V 1 3 D
D
S
S
FET13
FET15 CP12
6,8uF 250V
6,8uF 250V
T A 1 6 0 0 W -4 R
O U T _ P O S
P R O D U T O
A M P L . T A 1 6 0 0 D / T A 2 0 0 0 D S M D R E V
O U T _ N E G
F I O L 1 3 2 2 4 u A H W G
F I O 3 2 L 1 u 1 4 H A W G
CP16 2,2uF 250V
T A R A M P S E L E T R Ô N I C A L T D A
R99 2K7 5W
CP18 2 n 2 1 0 0 V
CP23 2 n 2 1 0 0 V
CP17
CP20
2 n 2 1 0 0 V
2 n 2 1 0 0 V
T E R R A
+
O U T
-
2K7 5W R105
O U T
6 @ 6 ,7 2 6 R V R m s
T A 2 0 0 0 W -2 R
5 @ 5 ,1 2 1 R V R m s
T A 2 0 0 0 W -4 R T A 1 6 0 0 W -2 R
7 @ ,7 8 4 3 R V R m s
T A 1 6 0 0 W -4 R
9 @ 3 , 0 4 5 R V R m s
0 °
R T R ( T I P M 8 P ) O T
( R 1 1 )
T A 2 1 0 K 0 0 D -2 R
1 K 5
T A 2 1 0 K 0 0 D -4 R
1 K 5
4 7 0 R
T A 1 6 0 0 D -2 R
4 7 0 R
T A 1 6 0 0 D -4 R
T A 2 0 0 0 D -2 R
T A 2 1 0 0 0 K 0 D -2 R
T A 2 0 0 0 D -4 R
T A 2 1 0 2 0 K 0 D -4 R
1 K 5
T A 1 6 0 0 D -2 R
T A 1 1 6 0 0 K 0 D -2 R
1 K 2
T A 1 6 0 0 D -4 R
T 1 A 1 0 6 K 0 0 D -4 R
3 R K 3 2 1
3 R K 2 3 2
T P 8
T E R R A
T E R R A
1 K R 1 2 % 0
T L 0 7 2
C I 4 : A
100pF T E R R A
C I 4 : B
-1 5 V
+ 1 5 V
1 C n P F 9
C12
R 1 3
T E R R A
100nF T E R R A
100nF C23
T L 0 7 2
T E R R A
C I 7 T E R R A
P I N O _ 1 0 _ I R # 2
P I N O _ 1 2 _ I R # 2
l a d o p o s i t i v o
A R Q U I V O
D A T A
1 5 / 1 0 / 2 0 1 0
F O L H A
1 D E
5
D E S A E D N H I L O
S O N
P R E
P R O D U T O
C I 5 : A
A M P L . T A 1 6 0 0 D / T A 2 0 0 0 D S M D R 5
R E V
T A R A M P S E L E T R Ô N I C A L T D A
+ 1 5 V
100nF C17
T E R R A
T L 0 7 2 C I 1 0 : B
100nF C24
10KB
T E R R A
-1 5 V
+ B 1 A 0 S d S B B @ O 5 S 0 T H z
R23 10K 1%
C15 100nF
T E R R A
C6
1 C 0 P 0 2 n F
1 0 C 0 1 n 6 F
100nF
T C 1 2 R L 2 0 8 0 I K 7 2 : 2 A
2 2 0 K 1 %
C8 -1 5 V
T E R R A
1 0 0 K
O U T _ N E G
R 1 8 4
1 0 R K 3 1 6 %
R189
82K 1%
100nF C10
1 0 R K 1 1 0 %
100pF
100pF
1 3 R K 1 3 9 1 2 %
1 3 R K 1 3 9 1 1 % + 1 5 V
T L 0 7 2 C I 1 0 : A
100nF C 8 2 -1 5 V
1 + C 1 P n 5 7 F V
C87
13K3 1% T E R R A
C I R C U T O D E R E A L I M E N T A Ç Ã O
82K 1% T E R R A
C 8 6
R188
T E R R A
R 2 1 2 8 0 5 K 1 %
T E R R A
R187
1 C 0 P 0 1 n 3 F
* * * *
T C L I 0 8 7 : 2 B
H I G H P A S S
O U T _ P O S
T E R R A
R 1 1
1 3 K R 3 7 1 %
100nF CP4
+ 1 5 V
1 R 0 3 K 7 1 % 4 C 7 P n F 1 4 C 4 P 7 1 n 5 F
T L 0 C 7 I 2 2 : B
2 C 2 0 P n 1 F
C P 6
220K 1% R39
T E R R A
C I 8 : A
T C L I 0 3 7 : 2 A -1 5 V
2 2 R K 2 1 6 %
1 C 0 P 0 1 n 0 F
T E R R A
+ 1 5 V
13K3 1%
47K
6 8 n F
R27 5K 1%
T E R R A T E R R A
100nF
3 R 9 4 K 3
C 3 0
R6
47K
T L 0 7 2 C I 3 : B
+ 5 V
( P A R A I R S A I D A )
100nF C11
T L 0 7 2
100K
LOW PASS C 6 P 8 5 n F
P I N O _ 1 2 _ I R # 1
TERRA
T E R R A
4 7 R 1 %
R 5
CP3 220nF
T E R R A
T E R R A
4 7 p F
I 1 : B
R 1 4
+ 5 V
P I N O _ 1 0 _ I R # 1
C5
-1 5 V
0 °
C I 6
( P A R A I R S A I D A )
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
100nF C13
T L 0 7 2 C
100nF
-1 5 V
T E R R A T E R R A
1 0 C 0 p 1 F
2 2 K 1 %
1 8 0 1 ° 0 R K 3 1 5 %
C 4 7 E u 1 F 0 / 2 5 V
T E R R A
R 1 1 6 %
R 3
T L C 0 7 I 1 2 : A
3 9 K
C I 5 : B
1 K 1 %
1K 1% R17 1 K
R4
LEVEL
T E R R A
R15 1K 1%
T E R R A
2 2 K R 1 1 %
C2
R 1 2
T E R R A
T L 0 7 2
100nF
2 R 2 K 2 1 %
22K
C9
C14
2 R K 4 7 0
22K 1%
T L 0 7 2
100nF
T E R R A
T E R R A
T E R R A
2 K 2 1 %
R 4 1
4 5
1 C 0 P 0 8 n F
1 R K 1 1 8 %
1 R K 1 1 9 %
1 2 K K 5 7 1 % R
5 0 K H Z
TRP
+ 1 5 V
R47
( D O P I C )
+ 1 5 V
****
-1 5 V
(OP)
T E R R A
( R 2 5 )
3 0 0 m I V N P / U - T 8 ,2 d B u
L
* * * * FEED-ON
R 2 5
T E R R A
1 3 R K 1 3 9 1 0 %
1 0 C 0 4 n 2 F
( L E a N d T o R n A e D g A a t i v P o O ) N T E H
( L E a N d T o R p A o D s i A t i v P o O ) N T E H
( D A F O N T E )
(DO PRÉ)
+ 2 0 V
P I N O _ 1 0 _ I R # 2
(DO PRÉ)
P I N O _ 1 2 _ I R # 2
P I N O _ 1 0 _ I R # 1
P I N O _ 1 2 _ I R # 1
( D A F O N T E )
( D A F O N T E )
( D A F O N T E )
S H U T D O W N
+ 5 V
+ B
R 2 4
S H U N T
S H U N T
R 4 4
1K 1% 220nF
C37
CP25
2
1 1 4 5 9 0 6
1 3
1 4
1 2 1 1
IR2010S 1 5
3
3 1
CE8
A R Q U I V O
1 5 D V Z 3
I R F B 4 1 1 5
I R F B 4 1 1 5
I R F B 4 1 1 5
T A 2 0 0 0 D -2 R
I R F B 4 2 2 7
I R F B 4 2 2 7
I R F B 4 2 2 7
I R F B 4 2 2 7
T A 2 0 0 0 D -4 R
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
T A 1 6 0 0 D -2 R
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
T A 1 6 0 0 D -4 R
1 5 / 1 0 / 2 0 1 0
F O L H A
2 D E
5
F E T 1
I R F B 4 1 1 5
D A T A
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
S A Í D A
1 N 4 1 4 8
D 5
C 4 9
R 3 8
10K 1%
100nF C18
T E R R A
100nF
CE2
1 N D 4 9 1 4 8
0 R 2 2
T A 2 0 0 0 D -2 R
0 R 1 0
T A 2 0 0 0 D -4 R
0 R 2 2
T A 1 6 0 0 D -2 R
0 R 3 3
T A 1 6 0 0 D -4 R
+B2
10uF D Z 2
15V
MURS120T3 DR1
1 5 D V Z 1
10K 1%
R30
T E R R A
D 1
47uF/16V CE4
10uF CE3
4 7 R 1 %
( R 2 4 , R 4 4 )
C I 1 1
C 2 1
10uF
R 3 3
1 2 1 1
C 1 9
100nF
8
7
6
CE7
1 N 4 1 4 8
1 4
R31 T E R R A
3 1
MURS120T3
4 7 R 1 %
1 C28 2 0 p F
IR2010S 1 5
100nF
1 3
DR2
T E R R A
F E T 7
1 1 4 5 9 0 6
CE5 10uF
+ B -I R
F E T 1 3
C I 1 2
T E R R A
100nF
C 5 0
120pF
2
8
7
6
47uF
F E T 1 5
T E R R A
120pF
7 R 8 E 1 G 2 1
2
C29
1
F
T E R R A 1
T E R R A
2 C39 0 p
4 7 R R 1 4 % 2
1 DN 1 4 3 1 4 8
4 7 R R 1 4 % 6
R29 1 D 5 Z V 1 0
D 1 Z 5 5 V
G
D
D
S
T E R R A
FET1 CP11
1 D 5 Z V 1 3
G
1 D 5 Z V 1 6
S
FET7
R32 10K 1%
R34 10K 1% G
G
D
D
S
S
FET13
FET15 CP12
6,8uF 250V
6,8uF 250V O U T _ P O S
P R O D U T O
A M P L . T A 1 6 0 0 D / T A 2 0 0 0 D S M D R 5
R E V
O U T _ N E G
F I O L 1 3 2 2 4 u A H W G
F I O 3 L 1 2 1 4 u A H W G
CP16 2,2uF 250V
T A R A M P S E L E T R Ô N I C A L T D A
R99 2K7 5W
CP18 2 n 2 1 0 0 V
CP23 2 n 2 1 0 0 V
CP17
CP20
2 n 2 1 0 0 V
2 n 2 1 0 0 V
T E R R A
+
O U T
-
2K7 5W
d B u
V O r m U T s /
6 @ 6 ,7 2 6 R V R m s
T A 2 0 0 0 D -2 R
+ 3 9 , 3
9 @ 3 , 0 4 5 R V R m s
T A 2 0 0 0 D -4 R
+ 3 4 , 8
5 @ 5 ,1 2 1 R V R m s
T A 1 6 0 0 D -2 R
+ 3 7 , 8
7 @ ,7 8 4 3 R V R m s
T A 1 6 0 0 D -4 R
+ 3 6 , 5
R105
G N D
R E M
T E R R A
+ 1 2 V
1K 1% R104
R 1 8 0 9 R
T E R R A
R E M O T E
D23 6A10
4 R 7 1 W
IRF1404 10R R95
T E R R A
M F T 7
C 6 5 8 3 n F
+ 1 2 V
6 C 8 4 n 0 F R 1 2 3
4 R R 9 7 0 1 W T E R R A
M F T 5
IRF1404
4700uF 25V
IRF1404
CE41
4700uF 25V
R101
10R
CE44
1K 1%
R94
4700uF 25V CE45
10R
M F T 8
IRF1404 M F T 9
R92
4 R 7 1 W
R 1 2 4
C 6 5 8 4 n F
4 RR 7 9 1 3 W 6 C 8 4 n 1 F
T E R R A
G A T E _ B
O B S : D A D O S O B T I D O S E M R E P O U S O A 1 2 , 6 V c c
A R Q U I V O
D A T A
1 5 / 1 0 / 2 0 1 0
F O L H A
3 D E
5
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
F O N T E
G A T E _ A
A C 3
A C 2
F E P 1 6 D T A
D R 5 D R 3
F E P 1 6 D T
T E R R A
1500uF/200V CE27
T E R R A
CE28 1500uF/200V
P R O D U T O
A M P L . T A 1 6 0 0 D / T A 2 0 0 0 D S M D R 5
R E V
T A R A M P S E L E T R Ô N I C A L T D A
C O N S U M O
C E 2 8
C E 2 7
1 5 0 0 u F / 2 0 0 V
1 5 0 0 u F / 2 0 0 V
T A 2 0 0 0 D -2 R
1 , 3 1 A
1 2 0 V
T A 2 0 0 0 D -2 R
1 5 0 0 u F / 2 0 0 V
1 5 0 0 u F / 2 0 0 V
T A 2 0 0 0 D -4 R
1 , 5 1 A
1 6 6 V
T A 2 0 0 0 D -4 R
1 0 0 0 u F / 1 6 0 V
1 0 0 0 u F / 1 6 0 V
T A 1 6 0 0 D -2 R
1 , 3 0 A
1 0 0 0 u F / 1 6 0 V
1 0 0 0 u F / 1 6 0 V
T A 1 6 0 0 D -4 R
1 , 3 5 A
+ B
( + B )
9 6 V
1 2 5 V
@ V c 1 c 2 . 6
T A 1 6 0 0 D -2 R T A 1 6 0 0 D -4 R
M U R S 1 2 0 T 3
M U R S 1 2 0 T 3 + 2 0 V
T E R R A T E R R A
T E R R A
CE23 470uF 35V
D4
120R1W
T E R R A
R126
15V
Q 5
C4
C
B
10uF/25V T E R R A
T E R R A
CE22 470uF 35V
T E R R A
E
CP29
B C P 5 3
T E R R A
CE26 220uF 16V
C
C3 B
10uF/25V
T E R R A -1 5 V
120R 1W
D3
T E R R A
100nF
R125
15V
CP28
Q 4
E
100nF 220uF 16V CE25 + 1 5 V
B C P 5 6
G P O R N O N D T
R J 1 1 6 P
C L I P
5 0 K H Z
M O N I T O R
10K 1%
T E R R A
3 3 0 R
I C S P C L K
( P / P R É )
B C
MMBT3906
100nF I C I C S S P P C D L A K T
220uF/16V V P P
Q 2
B C
E
MMBT3904
R82
1K 1%
1K 1%
R81
R78
R77
560R
10K 1%
E
B C
B C P Q 5 1 3
C I C 9 1 2 0 0 n F
R64
5
C34 100nF
330R
TERRA
I C S P C L K
SHUTDOWN
(P/ SAÍDA)
220uF/16V CE17 N I
R65
6n8 R 3 7 3 2 0 R
I C S P D A T
**** R86
1K 1% R68
3 3 0 R
O U T
R 1 3 4
100uF CE18 R 8 7
R 7 1
2K2 1%
* * * *
R 9 1
* * * *
+ B -I R
+ B
PTH
6 6 N 1 3 C 9 3 8
R88
T E R R A
4 7 0 n F
T E R R A
4 7 R 1 %
R 7 5
( R 8 8 )
A R Q U I V O
D A T A
1 5 / 1 0 / 2 0 1 0
F O L H A
4 D E
5
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
D S P
P R O D U T O
A M P L . T A 1 6 0 0 D / T A 2 0 0 0 D S M D R 5
R E V
T A R A M P S E L E T R Ô N I C A L T D A
4 7 R 1 %
T A 2 0 0 0 D -2 R
3 3 0 R
T A 2 0 0 0 D -4 R
5 6 R
T A 1 6 0 0 D -2 R
5 6 R
T A 1 6 0 0 D -4 R
CE19 47uF
I R 4 4 2 7
I C 4
+ B 2
4 R 7 1 W
+ 5 V
CE16
****
M U R S 1 2 0 T 3
R69
C27 100nF
47uF/16V
D 1 9
100nF
1K 1% C26 100nF
GND
7 R 8 E L G 0 3 5
C35
R73
T E R R A
T E R R A
1K 1%
CP19
C36 100nF
1 N 4 1 4 8
D 1 7
CE60
T E R R A
P I C 1 6 F 6 1 6
330R
PROT
T + E 5 R V R A
V P P
R63
C33
330R
R62
CLIP
1K 1%
R70
E
330R T E R R A
R120
T E + V R 5 P R V P A
1K 1% Q 3
C31 100nF ON
I C S P D A T
R67
R66
R R R 8 8 8 4 3 0 3 3 3 3 0 0 R R
P I N O _ 1 2 _ I R # 2
R E M O T E
+ 1 2 V
T E R R A
100nF CP22
( R 9 1 )
G A T E _ B
G A T E _ A
1 8 K
3 3 K
( R 8 7 )
1 5 K
1 5 K
2 2 K 1 %
3 K 9
2 2 K 1 %
1 2 K
( R 8 6 )
4 K 3 1 %
T A 2 0 0 0 D -2 R
3 K 9
T A 2 0 0 0 D -4 R
2 K 2
T A 1 6 0 0 D -2 R
3 K 9
T A 1 6 0 0 D -4 R
C E 2 8
C E 2 7
1 5 0 0 u F / 2 0 0 V 1 5 0 0 u F / 2 0 0 V 1 0 0 0 u F / 1 6 0 V 1 0 0 0 u F / 1 6 0 V
1 5 0 0 u F / 2 0 0 V 1 5 0 0 u F / 2 0 0 V 1 0 0 0 u F / 1 6 0 V 1 0 0 0 u F / 1 6 0 V
( R 2 4 , R 4 4 )
F E T 1 3
F E T 7
F E T 1
0 R 2 2
T A 2 0 0 0 D -2 R
I R F B 4 1 1 5
I R F B 4 1 1 5
I R F B 4 1 1 5
I R F B 4 1 1 5
T A 2 0 0 0 D -2 R
T A 2 1 0 K 0 0 D -2 R
T A 2 0 0 0 D -4 R
0 R 1 0
T A 2 0 0 0 D -4 R
I R F B 4 2 2 7
I R F B 4 2 2 7
I R F B 4 2 2 7
I R F B 4 2 2 7
T A 2 0 0 0 D -4 R
T A 2 1 0 K 0 0 D -4 R
T A 1 6 0 0 D -2 R
0 R 2 2
T A 1 6 0 0 D -2 R
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
T A 1 6 0 0 D -2 R
4 7 0 R
T A 1 6 0 0 D -2 R
0 R 3 3
T A 1 6 0 0 D -4 R
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
5 2 N 1 5
T A 1 6 0 0 D -4 R
4 7 0 R
T A 1 6 0 0 D -4 R
T A 2 0 0 0 D -2 R
T A 1 6 0 0 D -4 R
( R 9 1 )
1 8 K
A R Q U I V O
D A T A
P R O J E T O
1 G 5 I V / 1 0 A / 2 L D 0 O 1 0
F O L H A
5 D E
5
D E S E N H A O
D I L S O N
F A O 4 L H A B L O C O
A L T E R A Ç Õ E S
P R O D U T O
A M P L . T A 1 6 0 0 D / T A 2 0 0 0 D S M D R 5
R E V
T R ( T I P M 8 P ) O T
F E T 1 5
T A R A M P S E L E T R Ô N I C A L T D A
3 3 K
2 2 K 1 %
2 2 K 1 %
( R 8 7 )
1 5 K
1 5 K
3 K 9
1 2 K
( R 8 6 )
4 K 3 1 %
( R 1 1 )
T A 2 0 0 0 D -2 R
3 K 9
T A 2 0 0 0 D -4 R
2 K 2
T A 1 6 0 0 D -2 R
3 K 9
T A 1 6 0 0 D -4 R
T A 2 0 0 0 D -2 R
T A 2 1 0 0 0 K 0 D -2 R
T A 2 0 0 0 D -4 R
T A 2 1 0 2 0 K 0 D -4 R
1 K 5
T A 1 6 0 0 D -2 R
T A 1 1 6 0 0 K 0 D -2 R
1 K 2
T A 1 6 0 0 D -4 R
T 1 A 1 0 6 K 0 0 D -4 R
1 K 5
1 K 5
( R 8 8 )
4 7 R 1 %
T A 2 0 0 0 D -2 R
3 3 0 R
T A 2 0 0 0 D -4 R
5 6 R
T A 1 6 0 0 D -2 R
5 6 R
T A 1 6 0 0 D -4 R
( R 2 5 )
INPUT
R
L
1 R K 5 5 4 1 %
( D O D S P I C )
C P 8 2 K 2
C10 100nF
1 0 0 n F
C I 4 : B
R4 22K 1%
R 1 2
LEVEL
T L 0 7 2
R 1 3 3 9 K
R21 3K3
3K3
1 R 1 K 9
100nF C12
1 R 1 K 8
1 K
R 2 0
R 1 6
TP4 100K
T L 0 7 2
1 K
A R Q U I V O
D A T A
P R O J E T O
G 1 V 8 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 1 n A 0 D D ,7 I L E 2 S 0 O 5 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
T A 2 7 0 0 S P M R D É / T A 3 5 0 0 S M D R 6
1 C 0 2 0 4 n F
R E V
C P 6
5K 1% R26
1 R 0 2 K 4 1 %
2 2 K 1 %
R 2 5
1 C 0 0 P n 1 F 1
4 C 7 P n F 1 2 T L 0 7 2
TP3 10KB
6 8 n F
C I 3 : B
100nF C6
C I 2 : A
3 3 0 K 1 %
R 4 3
C R P 1 2 5 7 1 4 2 7 n 0 K F
C P 1 4 1 0 0 n F
10K 1%
R46
13K3 1%
1 K 5 1 % 1 K 2
1 K 2
1 K 5 1 %
C8 100nF
T L 0 7 2 C I 2 : B
100nF C7
1 R 0 K 3 1 7 %
R 1 1
C13 100nF
100nF C14
T L 0 7 2
R 4 9
FEED HABILITA REALIMENTAÇÃO
T L 0 7 2
C I 8 : B
R E A L I M E N T A Ç Ã O
C P 7
1 1 R n 0 1 F K 0
C22 100nF
100nF C23
3 3 R 0 3 K 9 1 %
C16 100pF
1 C 0 1 0 p 5 F 1 R 3 4 K 5 3 1 %
220K
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
R40 150K 1%
150K 1% R41
R28 R36
1 H I 0 G 0 K H P A S S
T P 5
47K TP6
TP7 47K
T L 0 7 2
+ B 1 A 0 S d S B @ B O 5 O 0 S H T z
T A R A M
L T D A
1 3 K R 3 7 1 %
220nF CP4
C I 3 : A
LOW PASS
C34 100nF
( P A R A I R S A I D A )
E L E T R Ô N I C A
1 0 C 0 P n 1 F
CP3 100nF
T L 0 7 2
( P A R A I R S A I D A )
P S
3 R 9 5 K
R 2 3
R6 13K3 1%
C I 5 : A
C I 6 1 C 0 0 1 n 7 F
l a d o p o s i t i v o
4 7 R
C 3 0
R 1 4
6 C 8 P n 5 F
C I 7
4 7 p F
T L 0 7 2
R17 1 K
1 0 C 0 p 1 F
4 7 u F
C 2 2 P 0 2 n F
1 K
1 K
C I 1 : B
100nF C4
C I 5 : B
R15 T L 0 C 7 2 I 4 : A
2 2 K 1 %
R 1 3 0 3 K
C11 100nF T L 0 7 2
R 3
22K
C E 1 0
1 C n P F 9
2 2 K R 1 1 %
T L 0 7 2
C I 1 : A
C3 100nF
R22
2 R K 8 7
2 R 2 2 K 1 %
1 0 C 0 2 p F
TPE1
100nF C9
TP8 470R
R 2 9 K 7
2 9 0 m V
C I 9 : B
1 3 K R 3 4 1 4 %
C I 9 : A
6 K 8 1 % 7 K 5 1 %
1 3 K R 3 4 1 8 %
6 K 8 1 % 6 K 8 1 %
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
( F O N T E B A I X A T E N S Ã O )
(DO PRÉ)
(DO PRÉ)
( D O M I C R O C O N T R O L A D O R )
( F O N T E B A I X A T E N S Ã O ) S H A A Í D B A I L I T A
S D
C 2 P 2 2 0 4 n F
1
2
2
7 R 8 E 1 G 2 3
1 1 4 5 9 0 6
1 3
1 4
1 2 1 1
IR2010S 1 5
3
1
6
7
8
3
R 1 3 K 1
1 0 0 n F
C20
2
I C 2
1 5
100nF
1 1 4 5 9 0 6
1 4
1 3
1 2 1 1
IR2010S 6
1
7
8
I C 1 3
100nF C18
C21 1 C 0 E u 7 F
100nF C50
100uF
1 0 u F
CE5
C49
DZ4 15V
MURS120T3
D9
R47 27R
10K
R38 27R
10K
R35 27R
R32
D14
R30
D5
R29
D2
MURS120T3
DZ16
MURS120T3
DZ12
15V
15V
DZ6
15V
2
3
2
3
9 0 N 2 0 D
15V
1
1
9 0 N 2 0 D
MURS120T3
DZ10
1
1 2
G 1 V 8 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 2 n A 0 D D ,7 I L E 2 S 0 O 5 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
3 2 L u 1 H
T A 2 7 0 0 S S M A D Í D / A T A 3 5 0 0 S M D R 6 R E V
R51
T A R A M
CP18 1nF 250V
CP17 1nF 250V
2K7 5W
2K7 5W R50
L T D A
d B u
V O r m U T s /
3 5 ,4
+ @ 5 9 , 1 2 R V r m s
+ 3 8 , 5
+ @ 8 4 5 2 , R V r m s
+ 3 4 , 6
5 @ ,4 2 1 V R r m s
T A 2 7 0 0 W -1 o h m
+ 3 7 , 9
7 @ 8 , 5 2 V R r m s
T A 2 7 0 0 W -2 o h m s
CP16 2,2uF 400V
P S E L E T R Ô N I C A
2
9 0 N 2 0 D
CP10 6,8uF 250V
3 2 L u 2 H
P R O J E T O
3
9 0 N 2 0 D
CP13 6,8uF 250V
D A T A
DR1
MURS120T3
15V
10K
MURS120T3
A R Q U I V O
DZ2 15V
DZ1
R42 27R
3
1 0 u F
CE3 DR2
15V
R34
10uF CE2
100nF
DZ3
10K
0 R 2 2 5 W
100nF C19
47uF CE24
CE16
C ( D A O P A B C A I N T C I V O O )
+
O U T
-
T A 3 5 0 0 W -1 o h m T A 3 5 0 0 W -2 o h m s
0 R 2 2 5 W
0 R 2 2 5 W
0 R 2 2 5 W
G N D
R E M
+ 1 2 V
R104
R87
1K
10R
1
6 C 8 4 n 0 F
C 6 5 8 3 n F
I R F 1 4 0 4
4 R R 7 1 2 1 3 W
2
4 RR 7 9 1 0 W
3
R88
1
M U R S 1 2 0 T 3
10R 2 3
IRF1404 CE19 470uF 35V
IRF1404
6A10
M U R S 1 2 0 T 3
D 1 7
D 1 3
CE17 470uF 35V
3
6A10 4700uF 25V
2
R101 1K
10R R85
1
IRF1404
15V
3
4 RR 1 7 2 1 4 W
2
R89
4700uF 25V
1
10R
C 6 8 5 n 4 F
4700uF 25V
4 R R 7 8 1 6 W
Z14
150R R52
Z13
C B
6 C 8 3 n 9 F
CE12 10uF
Q 1
100nF
E
150R R53
15V B C P 5 3
C B
CE11 10uF
CP25 100nF
CP26
4700uF 25V
CE25
220uF 16V
220uF 16V
CE18
4700uF 25V C 6 5 8 9 n F
4700uF 25V R103 4700uF 25V
1K
R107 10R
6 C 8 4 n 7 F
4 R R 7 1 2 1 9 W
1
2
4 RR 7 1 1 1 W2
3
4700uF 25V
R106
IRF1404 1
10R 2 3
IRF1404 IRF1404 3 2
R99 1K
R100 10R
1
3
IRF1404 4 RR 1 7 3 1 0 W
2
R116 10R
A R Q U I V O
D A T A
P R O J E T O
G 1 V 8 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a 3 n A 0 D D ,7 I L E 2 S 0 O 5 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
T A 2 7 0 0 S F M O D N / T T E A 3 5 0 0 S M D R 6 R E V
T A R A M P S E L E T R Ô N I C A L T D A
1
6 C 8 6 n F 0
T A 3 5 0 0 W 1 o h m E 2 o h m s
T A 2 7 0 0 W 1 o h m E 2 o h m s
3 X 2 2 0 0 u F / 2 0 0 V
3 X 1 5 0 0 u F / 1 6 0 V
R 1 1 7
4 R 7 1 W 6 C 8 4 n 8 F
D R 6
U 1 6 2 0 R
D R 4
U 1 6 2 0
D R 7
U 1 6 2 0 R
2200uF 200V 2200uF 200V 2200uF 200V
R O E B P S O : U D S A O D C O O S A M C V I c M c A Á O 1 B 2 T , 6 I D V O S E M
D R 3
C O N S U M O
T E N S Ã O + B
1 . 9 0 A
1 1 7 V
2 1 . 5 5 0 0 A V 2 1 .4 3 0 4 A V
2 1 .2 0 0 0 A V
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
U 1 6 2 0
E
B C P Q 5 2 6
R 1 1 2 K 1
M O N I T O R
( P / P R É )
C O N 2
( P / P R CONECTOR ICSP É )
C43 100nF
CE61 R113
1 K
B
Q 3
C
E
R 3 1 3 2 0 8 R
MMBT3906
3 R 3 1 0 1 R 0
R96
R127
1 K
330R
Q 6
C44 100nF
MMBT3904
R102 ON 330R CLIP R97 330R
P I C 1 6 F 6 1 6
1 K
220uF 16V CE21 8
R105
R126
6 8 R 6 8 R
A R Q U I V O
D A T A
R 1 2 5
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
4 7 R 1 %
4 7 0 n F / C 5 0 5 V 8
100nF C41
7 8 L 0 5 1
R108
R E G 6
R118
2K2 1%
1K 1%
R109
100nF C51
P R O J E T O
D E S E N H O
F r i J a 4 n A 0 D D ,7 I L E 2 S 0 O 5 1 N 1
F O A L 3 H A B L O C O
P R O D U T O
T A 2 7 0 0 S M M I D C R / T O A 3 5 0 0 S M D R 6 R E V
T A R A M P S E L E T R Ô N I C A L T D A
3 5 0 1 1 1 0 2 5 2 -1 K K K o h m s 3 1 5 0 1 2 3 K 0 -2 5 2 3 K K o 1 h % m s 2 7 0 1 1 1 0 5 5 2 -2 K K K o h m s 2 7 0 0 1 2 1 5 -1 5 K K 7 o K h m
M U R S 1 2 0 T 3
D 1 9
R115
R 3 1 3 2 0 0 R
R 1 3 5
47uF CE4
R 1 2 2
R R R 1 1 1 2 1 0 2 5 8
G 1 V 8 I / 1 A 0 L / 2 D 0 O 1 0
F O L H A
2
1K 6 N 1 3 9
B C Q P 5 5 3
C45
(P/ SAÍDA)
R114
C61
4 7 R 1 %
E
100nF
1 0 9 R
4 7 R 1 %
R92
C
330R
CP29 R 3 1 3
100nF
R91 10K
1 0 0 n F
M C C 4 1 2
6n8
CE31
560R
R 1 9 K 5
B
R98 P R O T
47uF
D 2 1
R94
10K
R 3 1 3 1 0 1 R
R 1 2 6
L L 4 1 4 8
220uF 35V
I R I 4 C 4 5 2 7
CE26 47uF
100nF CP31
4 R 7 1 W
T A 3 5 0 0 W 1 o h m E 2 o h m s
3 X 2 2 0 0 u F / 2 0 0 V
A R Q U I V O
D A T A
P R O J E T O
1 G 8 I V / 1 0 A / 2 L D 0 O 1 0
F O L H A
D E S E N H O
F r i J a A 5 n D 0 I L D 7 S E , 2 O N 5 0 1 1
F A O 4 L H A B L O C O
A L T E R A Ç Õ E S
P R O D U T O
T A 2 7 0 0 S M D / T A 3 5 0 0 S M D R 6
R E V
T A R A M P S E L E T R Ô N I C A L T D A
T A 2 7 0 0 W 1 o h m E 2 o h m s
3 X 1 5 0 0 u F / 1 6 0 V
R 1 1 1 K 5 1 % 1 K 2 1 K 2
1 K 5 1 %
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
R 4 9 6 K 8 1 % 7 K 5 1 % 6 K 8 1 % 6 K 8 1 %
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
R 1 2 6 4 7 R 1 % 4 7 R 1 % 6 8 R 6 8 R
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
R 1 2 2
R 1 1 5
R 1 0 8
1 1 1 2 5 2 K K K 1 1 2 3 K 5 2 3 K K 1 % 1 1 1 5 5 2 K K K
1 1 2 K 5 5 K K 7
3 5 0 0 -1 o h m s 3 5 0 0 -2 o h m s 2 7 0 0 -2 o h m s 2 7 0 0 -1 o h m
I n L p u t 1 = 0 3 u F 0 0 m V 2 ( K 8 7 ,2 d B u ) 2 2 K 1 %
R 1 0 u F 1 K 5 1 %
( D O D S P I C )
2 K 7 2 2 K 1 %
100pF 22K 1%
1 0 0 n F 2 K 2 T L 0 7 2
1 0 0 n F
5 5 3 2
LEVEL 22K
C I 1 : A
2 2 K 1 %
1 0 0 p F
T L 0 7 2
C I 2 : A
4 7 u F 3 9 K
1 n F
1 0 K
100nF 1K
3 9 K
3K3
3K3 T L 0 7 2
100nF
1 K
4 7 R
1 0 0 n F
1 0 0 n F
1 K
1 K
1 0 0 n F
1K 1K C I 4 : A
1 K
220nF
100K
C I 5 : A
1 K
1 3 K 3 1 %
LOW PASS 6 8 n F
1 0 0 n F
L
L
(PARA IR SAIDA)
l a d o p o s i t i v o
B A S S B O O S T
R72 5K 1%
10K
R74
T L 0 7 2
R 2 6
R 7 3 1 0 K 1 %
U 6 : A
C P 3 6 1 5 n F
C P 2 9 1 0 0 n F
C P 2 7 1 0 0 n F
8 8 2 2 n nF F
R 1 2 7 0 5 K
D A T A
P R O J E T O
G 1 I 7 V / 0 A 2 L / 2 D 0 O 1 1
F O L H A
1 D E
4
F O A L 3 H A
P R O D U T O
B T L O A C 6 5 O 0
P R E
0 D R 7 ( 1 R / 2 R )
D E S P E N A H U O
L O
R E V
C I 3 : A
H I G 1 H 0 P 0 A K S S
C C P P 2 2 6 1
3 3 0 K 1 %
1 1 4 0 4 0 7 0 7 n 0 n n F n F F F C C C C P P P P 3 1 2 3 4 4 0 3
3 3 0 K 1 %
T A R A M
1 0 0 p F
C17 100nF
100nF C16
T L 0 7 2
U 6 : B
L T D A
1 1 3 3 K K 3 3 1 1 % %
1 0 0 p F
13K3 1% 1 R 0 7 K 6 1 %
8 0 H z ( + 1 0 d B )
P S E L E T R Ô N I C A
150K 1%
150K 1%
R94 220K
1 3 K 3 1 %
100nF T L 0 7 2
C P 3 5 1 5 n F
10K 1%
A R Q U I V O
2 2 0 n F
6 8 n F
100nF
2 2 K 1 %
1 0 0 n F
47K
47K
1 0 0 n F
1 0 0 n F
(PARA IR SAIDA)
4 7 p F
6 0 H z ( + 1 0 d B )
5 0 H z ( + 1 0 d B )
T L 0 7 2
1 0 0 n F
1 3 K 3 1 % 100nF
47uF 1 K 5 1 %
1 0 0 n F
1 n F
100nF
1 0 K 1 %
R 6 1 6 K 8 1 %
1 o h m
1 0 K 1 %
2 o h m s
R 6 1 F E E D
R H E A A B L I L I M I T E A N T A Ç Ã O
R E A L I M E N T A Ç Ã O
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
B ( D A O I X A D T S E P F (DO PRÉ) N / S O Ã N O T ) E
(DO PRÉ)
B ( D A O I X A D T S P E / N F S O Ã N O T ) E
C ( D A O P A B C A I N T C I V O O )
0R22 5W 4 7 u F
4 7 u F
0R22 5W 0R22 5W 0R22 5W
1K 2 2 0 n F
100nF
2 2 0 n F
0R22 5W 0R22 5W
47uF 7 8 1 2
0R22 5W
7 8 1 2
IR2010
IR2010 0R22 5W
100nF
100nF
100nF
47uF
10K 1 0 u F
100nF 10K
10K 100nF
47uF
10K
100nF
15V
15V
BYV27-200
BYV27-200 15V
FET7
27R
BYV27-200
27R
FET8
FET3
BYV27-200
15V
1
15V
2
3
FET4
FET6
FET2
6,8uF 250V
6,8uF 250V
6,8uF 250V
D A T A
P R O J E T O
G 1 I 7 V / 0 A 2 L / 2 D 0 O 1 1
F O L H A
2 D E
4
F O A L 3 H A
P R O D U T O
B T L O A C 6 5 O 0
S A Í D A
0 D R 7 ( 1 R / 2 R )
D E S P E N A H U O
L O
R E V
3 2 u H
3 2 u H
6,8uF 250V
T A R A M
2 K 7 5 W
6,8uF 250V 6,8uF 250V 1nF 630V
P S E L E T R Ô N I C A L T D A
+
+ S A I D A
V d R B u M S + 8 4 0 ,1 ,4 2 1 5
1 o h T m 6 . 5 2 K + 4 1 o W 3 1 h ,4 5 m 3 s
6,8uF 250V
2
3
6,8uF 250V
A R Q U I V O
FET1
27R
1 2
3
2
3
BYV27-200
15V
1
15V
2
3
1 2
3
15V
FET5
BYV27-200 1
15V
1 2
3
27R
BYV27-200
BYV27-200 1
2
3
BYV27-200
27R
27R
1
15V
15V
BYV27-200
27R
27R
15V
10uF
10uF
1 0 u F
2 K 7 5 W 1 n F 6 3 0 V - S A I D A
F E T 1 a F E T 8 I R F P 9 0 N 2 0 D I R F P 4 7 6 8
1 o h m
T 6 . 5 K 2 W o h m s
1K 100nF 1 N 4 1 4 8
220uF 35V 2 2 K 1 %
2 K 2 1 %
4 7 u F
1 K 1 0 u F
1K 1%
1 0 0 n F
2 2 K 1 %
100nF
1K 1%
1K B
R A
1 0 K 1 R % A 2 5 K 5 1 %
1K
C
E
1 o h m
560R
10K E
B C 3 3 7
2 o h m s
B C
T I P 4 2 C
100nF
100nF
4 7 u F
D S P 1
D S P
7 8 0 5
B Y V 2 7 -2 0 0
7 8 0 5
R R Y X
100nF
1K
1 A 1 5 6 o j u 0 8 R R h m s t e P r 2 o 1 5 o 5 6 h t e 0 R m ç R ã s o
47uF 6 n 8
1 2 3
1 0 K
B C 3 2 7
4 7 u F
100nF
1 0 u F
1 0 u F
1 0 0 n F
100nF
4 7 u F 1 0 0 n F
PROT 330R C L I P
330R 6 N 1 3 9
R R X Y
330R
ON 3 3 3 3 3 3 0 R 0 R 0 R
2 2 0 n F
P R O T
4 7 R 1 %
B Y V 2 7 -2 0 0
A R Q U I V O
D A T A
1 7 / 0 2 / 2 0 1 1
F O L H A
3 D E
4
P R O J E T O
G I V A L D O
F O A L 3 H A
P R O D U T O
B T L O A C 6 5 O 0
D S P
0 D R 7 ( 1 R / 2 R )
D E S P E N A H U O
L O
R E V
B Y V 2 7 -2 0 0
470uF 35V
470uF 35V
T A R A M P S E L E T R Ô N I C A L T D A
IR2010
1K
2 2 0 n F
2 2 0 n F E
C
C
S
100uF
100nF
7 R 8 E L G 1 5 1 S
100uF
100nF
47uF
100nF
E
7 R 9 E L G 1 5 2
1K
B Y V 2 7 -2 0 0
+ 1 2 V
R E M
+ 1 2 V
6A10 6A10 6A10
10R
6 8 n F 4 R 7 1 W
6 8 n F 4 R 7 1 W
6 8 n F
4700uF 25V
4 R 7 1 W
4 R 7 1 W
10R 4700uF 25V
IRF1404
6 8 n F
IRF1404 4700uF 25V
10R
IRF1404
4700uF 25V
T R 6
IRF1404
10R
IRF1404
T R 2
IRF1404 4700uF 25V
10R
10R
10R
10R
4700uF 25V
IRF1404 4 R 7 1 W 6 8 n F
4 R 7 1 W 6 8 n F
6 8 n F 4 R 7 1 W
6 8 n F
4700uF 25V
4 R 7 1 W
4700uF 25V
IRF1404
4700uF 25V
4 R 7 1 W
10R
4700uF 25V
10R
IRF1404
4 R 7 1 W
6 8 n F
6 8 n F
6 8 n F 4 R 7 1 W
6 8 n F 4 R 7 1 W
IRF1404
10R
4700uF 25V
IRF1404
T R 7
IRF1404
10R
4700uF 25V
IRF1404
T R 3
IRF1404 10R 10R
IRF1404 10R
4 R 7 1 W 6 8 n F
A R Q U I V O
D A T A
1 7 / 0 2 / 2 0 1 1
F O L H A
4 D E
4
P R O J E T O
G I V A L D O
F O A L 3 H A
P R O D U T O
B T L O A C 6 5 O 0
F O N T E
0 D R 7 ( 1 R / 2 R )
D E S P E N A H U O
L O
R E V
T A R A M
IRF1404
4 R 7 1 W
10R
6 8 n F
U 1 6 2 0 R
4 R 7 1 W
4 R 7 1 W
6 8 n F
U 1 6 2 0 R
U 1 6 2 0 R
U 1 6 2 0
U 1 6 2 0 R
U 1 6 2 0
U 1 6 2 0
6 8 n F
U 1 6 2 0
P S E L E T R Ô N I C A L T D A
8 x 1 0 0 0 u F 2 5 0 V
D a d o s o b t i d o s a 1 2 . 6 V e m r e p o u s o
C O N S + U B M O 4 .1 0 A
1 1 5 o 1 h V m
4 . 5 5 A
2 0 2 V
2 o h m s
R I G 0 H ° T
1K
C 1 E 0 1 u 4 F
R57
1K
C 1 E 0 1 u 3 F
1 R K 5 2 1
C 1 E 0 1 u 7 F
180R R58
2 R 2 K 6 1 1 %
2 R 2 K 6 1 0 %
1 C 0 E u 1 F 5 2 2 K R 1 6 % 5
1 8 R 0 5 R 2
2 2 R K 1 6 % 6
C21
33pF
100nF C115
1 0 0 n F
CE53 R83 1K 1%
R86 1K 1%
2 7 R K 3 1 1 %
R105
3 R 3 1 K 8
C 3 3 3 3 p F
C170 R 1 4 5 3 K
C I 2 : A
39nF
3 R C17 9 3 K 7
39nF
C169
C I 4 : A
0 °
100nF
0 °
1 0 C 0 1 n 5 F
C24
100nF
C I 1 0 : A
R C 4 5 5 8
1 R 0 K 8 1 %
2 2 R K 1 1 % C 1 1 R 1 2
4 7 C C n F 8 6 1 2 0 K
1 4 0 7 0 n F n F
R13 10K
P F R O O A L J 3 H E A T O B L O P C A O U
0 7 / 0 L 9 O / 2 0 1 1
F O L H A
1 D E
3
D E S A E D N H I L O
S O N
P R E ( A / B )
P R O D U T O
T A T R L A 1 5 M 0 0 P 3 C S H _ A R 3 M P L I F I C A D O R R E E S V
+ B 1 A 0 S d S B B @ O 5 O 0 S H T z
10K 1%
220K R14
1 8 0 °
0 ° 1 R 0 1 K 5 1 %
R C 4 5 5 C 8 I 1 0 : B
1 0 R K 6 1 3 %
R C 4 5 C 5 8 I 3 : A
1 0 R K 6 1 4 %
2 7 KR 1 1 % 1
R C 4 5 5 8
3 R K 4 9 2
R C 4 5 5 8 C I 5 : B
R9 4K99 1%
D A T A
1 0 C 0 1 n F 4
27K 1%
0 °
A R Q U I V O
1 0 0 n F
2 2 R K 2 1 1 %
R C 4 5 5 8
C I 5 : A
2 2 KR 1 6 %
1 8 0 ° C 3 0
3 R K 4 9 8
R C 4 5 5 C 8 I 4 : B
R C C 4 5 I 3 1 5 C : A 8 7 3 p F
R22 6K8
R C 4 5 5 C 8 I 2 : B
100nF C136
47uF
R23 6K8
C 3 1
R106 27K 1%
C 3 2 3 p F
2 2 R K 2 1 7 %
180°
C 3 2
2 2 K R 1 3 %
R5 22K 1%
C 3 3 2 p 9 F
R C 4 5 5 C 8 I 1 : B 1 0 0 n F
100nF C203
1 C 0 E 9 u F
2 2 R K 3 1 6 %
R20 22K 1%
1 0 C u E F 1
P P T C 1
C 1 E 0 1 u 2 F
1 R K 3 2 0
1 R 8 2 0 4 R
R55
C 1 E 0 1 u 6 F
1 0 C u E F 2
R56 1 0 C u E F 6
R 1 1 R 3 K K 3 8 2 2 2 180R
L E F T
C 2 3 3 3 p F
R C 4 5 5 8 C 3 1 3 6 p F
0 °
1 5 R 1 K 0
1 0 C 0 4 n F 3
MMBT3906
C22
E
QC B 1 5
47uF 25V
1 0 C 0 E u 4 F 1
R95 10K
R 8 2
AZUL READY
MMBT3904 E C
R74 2K2
LD2
1 0 C 0 E u 4 F 2
1 K
4 7 0 n F
Q 1 3
B 2 R 2 8 K 1
1 C 0 7 0 6 R
1 0 0 p F
4 C 7 E 5 0 0 n F
R 7 2
4 7 0 n F
C E 5 1
1 0 R 0 7 R 1
1 1 0 R 0 0 7 0 p C 1 C R 0 F 7 0 7 7 0 p 8 F
1 0 C 0 9 n F 2
1 R 0 K 5 1 9 %
4 C 7 E 0 4 n 8 F
1 n F
C 6 4
C E 4 9
1 0 0 R
1 C 0 E u 3 F 9 1 1 0 0 0 0 C p F n F 7 9
R 6 8
4 , 7 n C F 7 5
R 5 4
C 8 0
100nF C91
2 3 4 K 3 0 1 p % F
R E S E T
C 6 6
R 1 6 R 7 5
D6
4148
100uF
2 2 0 C n 9 F 4
R104 22K R103
R102
22K
10K R C 4 5 5 C 8 I 3 : B 1 R 0 1 K 0 1
C97 220nF
C 1 0 5
3 C 3 1 n F 0 2
3 3 n F C 1 0 4
C132 2,2uF 63V
C130 2,2uF 63V
B
Q 1 6
2,2uF 63V C135
R94 2K2
MMBT3904
6K8
10K
R99
R98
P C 8 1 7 2 7 L u 2 H
2 7 L u 3 H
100nF/63V
Q 1 7 E
B
3R3 R77
C
100nF/63V
C 1 1 0 2 n 2 F
C 1 1 0 2 n 8 F
3R3 R79
MMBT3904
B
P F R O O A L J 3 H E A T O B L O P C A O U
0 7 / 0 L 9 O / 2 0 1 1
F O L H A
2 D E
3
D E S A E D N H I L O
S O N
S A I D A
P R O D U T O
T A T R L A 1 5 M 0 0 P 3 C S H _ A R 3 M P L I F I C A D O R R E E V S
R 1 9 0 3 K
D S 8 1 M
H J R 3 F F S -Z
C 1 2 5
680nF 63V
680nF 63V
C 1 6 n 3 F
C 1 6 n 8 F
C 1 1 0 1 n 9 F
C 1 1 0 2 n 0 F
H J R 3 F F S -Z C N 1 1
Q 1 4 470nF/63V
470nF/63V
R96
10K R97
10K 470uF/50V
470uF/50V
R85 4K99 1% 470uF/50V
470uF/50V
R87
R88
4K99 1%
4K99 1%
C N 1 2
R84 4K99 1%
- R + I G H T
- L + E F T
2 7 L u 4 H
C 1 2 3
3R3 R75
MMBT3904 E C
D A T A
2 L 7 1 u H
C69
C71
A R Q U I V O
3 3 n F
C134 2,2uF 63V
1 R R 6 5 2
C
E
C 1 1 0
3 3 n F
1K R100
1
7 R 8 E 1 G 2 1 3
2
-
+
( F S c U B = 1 W 0 O 0 U O H T O z ) F E R
3R3 R76
C O N 1
S1M D4
1 N 4 1 4 8
C10 10uF
G N D
R E M O T O
+ 1 2 V
C12 100nF
D 2
1K 10K 1%
R4
R17
Q 7
4 K 7
4 7 C E u 7 F
R 2 9 C 3 1 K 3 3 1 %
R 4 1 1 0 R
6 n 8
R 3 5
4 K 7
R 3 4
5 R 6 K 4 1 4 %
E
1 0 KR 1 1 % 6
R2
B C
MMBT3904
R 3 3 9 9 K
10K 1%
E
1K 1%
B
R7
C
B Q C P 6 5 3
4 7 0 0 u F 1 6 V
CE4 47uF 4 R K F 7 8
S G 3 5 2 5
C I F 1
1 0 0 n C F 4 0
CF5
CF6
1 0 0 n F 1 0 u F 1 6 V
C9 100nF
1K R25 1 C 0 4 0 1 n F
1 K
R 2 8
1K R26 R 4 5
R 4 0
2 7 R 1
2 7 R 1
2
2
3 IRF1404 1 0 C n 4 F 4
3 IRF1404
2 R 7 4 R 7
1 0 C n 4 F 2
2 7 R 4 R 6
T R F 1
A R Q U I V O
D A T A
P F R A O O 3 L J _ H E 1 A T O
0 P 7 A / 0 U 9 L / 2 O 0 1 1
F O L H A
3 D E
3
D E S E N A H D O
I L S O N
P R O D U T O
T A R A T L M B 1 L 5 P O 0 S C 0 O 3 C A H F _ M O R N 3 P T L E I F I C A D O R R E E V S
1000uF 63V
U 1 6 2 0 R
U 1 6 2 0
C18 470uF 35V
C28 1000uF 63V
C27 1000uF 63V
C26
S 1 M
G N D D 1 CE5 47uF
R 7 E G 8 1 1 5 0
C E 3
R e m o t o
G N D
+ 1 2 V
1K
C 4 E , 5 7 5 u F
C O N 1
1K
D 3
R203 C83 10uF 16V
D 2 1 n F
180R
C 1 E 0 6 u 3 F
C82 1
N 4 1 4 8
C u 5 F 4
4 7 R 0 1 1 R 3
100nF
1 N 4 1 4 8
C67
D5
10uF 16V
LL4148
R10
R11
10K 1%
27K
1 R 8 1 0 2 R 2
R115
R 1 2 5
1 0 K 1 %
R 1 2 7
1 0 K 1 %
R 4 1 7 1 0 2 R
4 7 0 R
4 C R120 , 7 E u 5 F 2 R 1 R 1 8 1 1 1 0 0 R 9
1 0 R K 1 1 2 % 6
4 7 R 0 1 1 R 0
1 0 R K 1 1 3 %2
R128
27K
1 0 R K 1 1 3 % 7
R 1 3 8
10K 1%
1 0 R K 1 1 2 % 9
47uF
1 0 K 1 %
CE53 R130
2 K 2
M M L B D T 3 2 9 0 Q 4 1
E
R 4
1
1 2
IRLZ24N
IRLZ24N
IRLZ24N
IRLZ24N 3 2
1 0 0 n F
1 1 R 1 R 0 0 1 0 1 0 0 0 0 p 1 C R 8 R 0 7 F C 0 7 0 7 7 p 8 F
1 0 R K 1 1 1 % 6
R 1 0 6
1 C 0 u E 4 F 9
1 0 0 R
R 1 0 4
1 0 0 C p F 7 9
1 C 0 E u 3 F 9
1 0 C 0 9 n F 2
1 R 0 K 5 1 9 %
C 6 4
1 n F
C 7 5
4 , 7 n F
R 5 4
2 4 K 1 %
3 3 0 p F
C 1 0 2
1 2 2 0 C n F 9 7
15V 10K 1% R8 R
7
1 0 0 n F
C 1 0 5
3 3 n F 2 ,2 u C F 1 6 3 3 V 0
4 7 R
2 ,2 u C F 1 6 3 3 V 2
3 3 n F C 1 0 4
3 3 n F
C 1 1 0
2 ,2 u C F 1 6 3 3 V 5
3 3 n F
470uF 35V
C 9 8
R 6 2
1 R 5
4 7 0 u F 3 5 V
4 7 0 u F 3 5 V
C134 2,2uF 63V
470uF 35V
7 u L H 2
T L 6 0 0 R 2 . s c h
T u e S e p 0 6 , 2 0 1 1
P r e + P o t e n c i a
A M P L I F I C A D O R T L 6 0 0
7 u L H 4
7 u L H 3 6 8 0 C n F 1 2 6 7 3 V 1 C n 6 F 9
6 8 0 C n F 1 2 6 6 3 V 1 C n 7 F 1
6 8 0 n F 6 3 V
C 1 2 5
C 1 2 3
1 C n 6 F 8
1 C 0 1 n 2 F 8
C E 5 8
1 C 0 1 n 2 F 2
3R3
1
7 8 1 2
R119 3R3 R123
3R3 R121
3 47uF
1 C E 5 7 2
6 8 0 n F 6 3 V
7 L u 1 H
1 C n 6 F 3
47uF 35V
2
1
C 9 1
C 6 6
1 0 0 n F
R 7 1
2 2 0 n F C 9 4
2 Z5
C 9 9
C E 4 8
1 0 u F
1 0 0 C 0 u E F 6 1 6 V
3
4 7 R
1 C 0 7 0 6 R
1 0 u F
T D F 8 5 9 9 -T H S
4 7 0 C 0 u E F 4 1 6 V
R 6
1 0 0 p F
C E 5 1
2 3
R9
L E D A Z
C
1 0 0 0 u F 1 6 V
4 7 R
3
10K 1%
1 0 0 n F
B
CE2
4 7 R
1 C 0 E u 5 F 0
R 2 0 0
1 K
1000uF 16V CE1
15V
C 9 3
C80
1 0 C 1 0 0 n 0 F
Z6
1K 1%
1 R 0 1 K 3 1 4 %
100nF
D 4
R 2 0 1
1
R135
1K 1%
CE56
1 N 4 1 4 8
R 5
1 C 0 E u 5 F 9 1 0 R K 1 1 3 % 6
1 R 8 1 0 1 R 4
1 C 0 E u 6 F 1 1 0 R K 1 1 3 % 1
1 C 0 E 6 u 2 F 1 R 0 1 K 2 1 4 %
4 C , E 7 6 u 0 F
47uF
R202
C 8 1
1K
R117 ,4 E 7
C N 1 1 -
+
-
+
1 C 0 1 n 2 F 0
1 C 0 1 n 1 F 9
3R3 R118
1 R 5
220pF
I C38 N P U T C H 2
1 C 0 E u 1 F 5
R 2 3 2 3 K 1 %
R20 22K 1%
I N P U T C H 1
1 C E 0 u 9 F
4 R 7 R 1 1 W 2 2
2 2 R K 3 1 6 %
2 2 K 1 %
R 4
2 2 K R 1 3 %
1 2 0 R R 1 1 1 W 6
R5 22K 1%
1 2 0 R R 2 1 0 W 2
DZ3 C21
C 2 2 2 p F
22pF
R C 4 5 5 C 8 I 1 : B
C 5 4 100nF C47
1 0 u F
100nF
2 2 R K 2 1 7 %
C 2 9 2 2 p F C E 2 6
C I 1 : A
R C 4 5 C 2 5 7 2 8 p F
1 0 u F
C E 8
1 R 0 5 K 3 C50
CI4:B
R C 4 5 5 8
C I 4 : A
T 2 P 2 2 K
R 3 7
C 3 5
3 3 K
33K
C 3 2 9 5 n F
R30
D A T A
P R O J E T O
1 G 3 I V / 0 A 9 L / 2 D 0 O 1 0
F O L H A
F A O 4 L H A B L O C O
P R E
P R O D U T O
T S 1 5 0 _ X 2 S M D
D E S E N H O
F r i J a A 1 n D 0 L D 7 I E , S 2 O 3 0 1 N 1
R E V
T A R A M P S E L E T R Ô N I C A L T D A
3 R 3 3 K 1
C 3 2
6 8 n F
33K
R 6 9
4 7 K
3 d H I B G @ H 1 P 0 A 0 S H S z
F U L L c
R 2 2
3 R 3 1 K 0
2 K 2
33K R18
C 1 6
6 8 n F
C49
6 C 8 n 1 F 4
3 R 3 1 K 1 C 1 2
R19 33K
R C 4 5 5 8 C I 2 : B
R C 4 5 5 C 8 I 3 : B
100nF C53
A R Q U I V O
2 T 2 P K 1
6 8 n F
C 1 7
R23
6 C 8 2 n 4 F
100nF
R C 4 5 5 8
R40
6 8 n F
C52
L E V E L
3K3
3K3
R34
L E D A Z
1K
R57
2K2
LD2
R43
L E V E L
R50
100nF
47uF CE112
1 R 0 4 K 2 1K
100nF C51
2 2 KR 1 6 %
3 9 n F
R C 4 5 5 C 8 I 3 : A
C I 2 : A
R C 4 5 5 8
100nF
3 d L B O @ W 1 P A 0 0 S H S z
C48
4 7 K R 5 8
100nF
R 4 5 7 6 K
3 d H B G I @ H 1 P 0 A 0 S H S z
F U L L c
3 L d O B @ W 1 P 0 A 0 S H S z
DZ2
1 5 V
1 5 V
4 R 7 K 5 5
47uF CE111
5K6 R200
C E 1 0 4 1
4 , 7 u F
C 1 4 3 n F
C39 1nF C33
R 2 1
6 6 R K K 1 8 8 7
4 7 0 n F
C31
1 n F
1 n F
4 7 C 0 4 n 1 F
C 4 0
R 6 R 2 K 2 4 8 5
4
100nF C30
220pF C
5
1 1
2
4 6
9
1 2 T D F 8 5 9 1 T H
13
R2 47pF 10R
19
C22 24 100nF
1 0 0 n F
8 1 0
1
C37
C26
4 7 C 0 4 n 4 F
3
C28 100nF
R 1 7 0 R
6 K 8
C 4 5
4 7 0 n F
220pF
C 4 2
C 4 E , 7 1 u 0 F 3 9
7
C23
C6
100nF
100uF
1 0 C 0 1 n 8 F
1 0 2 7
560pF
20
2 1
10R R14
C5
560pF
D2
2 2
1 5
R15 10R
2 7 R R 1 1 2 W
2 7 u L H 2
D1
1 0 C 0 n 4 F
2 7 R R 1 1 3 W
D3 ES1-G
2 7 u L H 1
470nF 63V C1123
470nF 63V C1124
C N 1 0 1 1 - O + U T P U T C H 2
A R Q U I V O
D A T A
P R O J E T O
1 G 3 I V / 0 A 9 L / 2 D 0 O 1 0
F O L H A
D E S E N H O
F r i J a A 2 n D 0 L D 7 I E , S 2 O 3 0 1 N 1
F A O 4 L H A B L O C O
A M P L I F I C A D O R
P R O D U T O
T S 1 5 0 _ X 2 S M D
R E V
T A R A M P S E L E T R Ô N I C A L T D A
D A D O S O B T I D O S À 1 3 , 8 V c c
2 4 , 5 V r m s @ 4 R = 1 5 0 W r m s X 1 C H ( B T L )
1 2 ,2 5 V r m s @ 2 R = 7 5 W r m s X 2 C H
B T L
- O + U T P U T C H 1
560pF C9
4 C 7 E u 1 F 0 6 9 3 6 V
C8 560pF
D4 ES1-G
2 2 0 u C F E 3 1 5 1 9 V 9
1 0 0 n F 100nF C19
1 C 5 1 n 1 F
ES1-G
1 0 C 0 n 3 F
1 6
C 1 0
1 5 n F
ES1-G
CE1099
6 R K 1 8 6
27K 1%
1 4
23
6K8
DZ1
C1 100nF
6
18
R97
5V6
R78
100nF 100nF
R9 10R
1 0 C 0 3 n 4 F
C
C27
C 3 6
C15 100nF
100nF C13
CE1200
1 R 0 8 R
2 2 0 u F 3 5 V
R E M O T E
G N D C O N 1
CFE4 47uF
C F E 3
1 0 u F
R 4 6 1 8 R
2 K 2 1 %
6 C n 8 5 9
100nF C61
R 4 4 K 4 7
R 4 5
100nF
S G 3 5 2 5
C I F 1
4 K 7
R 4 1
+ 1 2 V
R 3 9
1 K
1 N 4 1 4 8
CFE1
DF1
D 5
1 0 0 0 u F / 2 5 V
1N5404
B
C58
C E
B C Q P 1 5 6
47uF CFE2
1 0 C n 5 F 7 45KHz 45KHz
R 3 2
2 7 R
R38
1 0 K
O b s : D A D O S O B T I D O S A 1 2 , 6 V c c E M R E P O U S O A R Q U I V O
D A T A
P R O J E T O
1 G 3 I V / 0 A 9 L / 2 D 0 O 1 0
F O L H A
C O N S + U B M O 5 5 0 m A
6 2 2 0 1 m ,7 A
2 7 R
IRFZ44
R35
1 0 K
1 2 , 6 V c c 1 3 , 8 V c c
1 0 C n 5 F 5
F A O 4 L H A B L O C O
F O N T E
P R O D U T O
T S 1 5 0 _ X 2 S M D
R E V
T A R A M P S E L E T R Ô N I C A L T D A
2 R 7 2 R 6
IRFZ44
1 C 0 6 0 0 n F
1 R K 4 7
1 0 C n 5 F 6
T R F 1
2 7 R R 1
U F 5 4 0 4
D E S E N H O
F r i J a A 3 n D 0 I L D 7 S E , 2 O N 3 0 1 1
1 9 , 8
R 2 8
U F 5 4 0 4
U F 5 4 0 4
U F 5 4 0 4 2 X 1 0 0 0 u F / 2 5 V
220pF
1 C 0 E u 1 F 5
R 2 3 2 K 3 1 %
C38
I N P U T C H 2
I N P U T C H 1
2 2 R K 3 1 6 %
4 R 7 R 1 W 1 2 2
R20 22K 1%
C21
1 C E 0 u 9 F
R5 22K 1%
C 2 2 2 p F
22pF
C 2 9
R C 4 5 5 C 8 I 1 : B
C115 100nF C201
1 0 u F
100nF
2 2 K R 2 1 7 %
2 2 p F
2 2 K R 1 3 %
1 0 u F
1 R 0 5 K 3
C E 8
1 R 0 4 K 2 1K
R43
CI4:B
R C 4 5 5 8
G A I N
T 2 P 2 2 K
C I 4 : A
R57
3K3
3K3
R40
6 8 n F
C 3 5
R C 4 5 5 8
G A I N
6 8 n F
C 1 7
R 3 3 3 7 K
R23
1 C 2 1 0 5 p F 9
1K
R50
1 C 0 1 3 0 n 3 F
2 2 KR 1 6 %
R C 4 C C 5 I 7 2 1 5 2 : p A 8 F
C E 2 6
1 C 0 1 0 3 6 n F
2 2 K 1 %
R 4
2 T 2 P K 1
6 R K 1 8 0 1 0 %
3 R 3 1 K 0
I C 1
33K
6 C 8 2 n F 4 2K2 R34
33K
R18
3 R C 3 3 3 K 1 2
C 3 2 9 n 5 F
R30 33K
1 0 C 0 n 1 2 F 9
2 K 2
R 6 9
R C 4 5 5 C 8 I 2 : B F U L L
H I G H P A S S
4 7 K
L 4 O R 7 W 5 8 K P A S S
c
1nF
C 4 E , 4 7 8 u F
4 7 C 0 7 n 0 F C 2 2 6 6 0 p F
C81 100nF
C 6 7
4
R 5 4 6 7 K
C 4 6 7 0 0 n F
4 7 0 n F
2 1 1
5
47pF
9
C89
C85
1 0 0 n F
1 0 0 n F
C 8 4
100nF
1 8
2 0
560pF C108
R105
C109
10R
560pF
2 2
2 2 / 0 9 / 2 0 1 0
F O L H A
1 D E
3
A L D O
A m p l i -A
P R O D U T O
1 5
T S 3 0 0 X 4 S M D _ R 2
D E S A E D N H I L O
S O N
R E V
T A R A M
C 1 1 0 5 2 n F
D151
ES1-G
ES1-G
L T D A
B l i n d a g e m
C 7 4
1 0 0 n F
10R
2 7 RR 1 1 W 1 8
ES1-G
1 0 u L H 1
C N 1 1 +
10R
CE1203 220uF 35V
100uF
560pF 560pF
CE1202 220uF 35V
C E 9 9
100nF C155
100nF C140
1 0 C 0 9 n 3 F
+
O U T P U T C H 1
3 K 3
2 5 V
V D D V S S
8 2 R R 1 1 1 W 6
8 2 R R 2 1 W 0 2
C106 DZ3
DZ2
1 5 V
47uF CE112
LD2
L E D A Z
470nF 63V C123
O U T P U T C H 2
10R
R165
R 4 9 K 8 7
C107
100nF 470nF 63V C124
R164
R 1 0 1
B l i n d a g e m
D148
D138
1 0 C 0 1 1 n 9 F
-
4 R 7 5 K 5
1 5 V
P S E L E T R Ô N I C A
c
C C E 1 9 7 1 100nF 9 6 1 C 0 9 0 2 n 47uF 63V F
1 6
15nF C103
D139
R120 C121 27R 1W
L O W P A S S
6
R104
1 0 L u H 2
5 D V Z 6 4
G N D
7
ES1-G
P F R O O A L J 3 H E A T O B L O G C I V O
1 0
1 4
2 1
220nF C113
1 0 0 C n 7 F 5
2 3
1 0 C 0 8 n 6 F
D A T A
8
T D F 8 5 9 1 T H
1 3
C73
10R R167
F U L L
1 2
1 1 9 2 4
100nF
R C 4 C 5 I 5 2 8 : A
4 7 C 0 6 n F 1
2 2 0 C p 5 F 9
3
C82
A R Q U I V O
CE39
H I G H P A S S
6 C 8 n 1 F 4
4 , 7 u C F 6 1 4 n F 6 6 R K R K 6 8 5 4 8 2
1 C n 6 F 6 R 6 K 7 K 5 8 1 8
R 6 8
3 9 n F
100nF C169
1 C n F 6 3
3 R 3 K 1 1
C 1 2
R C 4 5 5 C 8 I 3 : A
100nF C168
C72
R 1 1 0 6 6 R
6 8 n F
C 1 6
R19 33K
R C 4 5 5 C 8 I 3 : B
100nF C131
R 2 2
6 8 n F
47uF CE111
5K6 R200
C1038
C E 1 0 1 u 0 1 F 5
R 2 1 2 0 K 3 1 3 %
22pF C1021 C1201 100nF
C 2 2 1 p 0 2 F 9
R C 4 5 5 C 8 I 1 0 0 1 : B
100nF C1115
I N P U T C H 3
C E 1 1 0 0 u 0 F 9
4 R 7 R 1 1 W 2 5
2 2 K 1 %
R 1 0 3 6
R1020 22K 1%
220pF
I N P U T C H 4
R 2 1 0 2 0 K 4 1 %
R1005 22K 1%
C 2 1 2 0 p 0 F 2
2 R 2 K 1 1 0 2 % 7
R 1 1 0 0 K 5 3
R C C 4 I 1 5 0 5 0 8 1 : A 1 C 0 E u 1 F 0 0 8
CE1026 10uF
C1133 100nF
2 R 2 K 1 0 1 0 % 3
C 1 0 0 7 2 2 p F
2 R 2 1 K 0 1 0 % 6
1 R 1 0 0 K 4 2
R1051 1K
R1052 1K
R C 4 5 5 8
100nF C1136
C I 1 0 0 4 : B
T P 2 1 0 2 0 K 2
C I 1 0 0 4 : A
G A I N
R1057
T P 1 0 0 2 1 2 K
R C 4 5 5 8
G A I N
3K3
C 6 1 8 n 0 3 F 5
R1034 2K2
C1024 68nF
R1030 33K
R 3 1 3 0 3 K 1
39nF
C1129 100nF
100nF C1131
R C 4 5 5 8 C I 1 0 F 0 2 U : L B L
H I G H P A S S
c
C 4 E , 1 7 0 u F 4 1
100nF
C 1 0 8 1
C 1 0 3 2
C1082 100nF C1073
C1086
1 0 0 n F
L O W P A S S
R 1 0 5 8 4 7 K
C1089
C1108 560pF
0 A 9 L / 2 D 0 O 1 0
F O L H A
A m p l i -B
T S 3 0 0 X 4 S M D _ R 2
D
E T S u e A E S D N e I H L O 2 p S 2 O D 8 N E , 2 3 0 1 0
R E V
R 1 6 0 K R 5 1 6 K 4 8 0 6 8 2 4 7 C 1 0 0 4 n 6 7 F 1 0 C n 1 F 0 C 6 1 0 0 5 9 220pF 9 8 1 0
c
1 0 0 n F
R 4 1 7 0 K 5 0
C 1 0 7 4
R1164
1 8
7
6 1 4
1 0 1 0 n 7 F 2 1
2 2 C 1 1 0 3
10R R1105 D1139
1 5
R1104
C 1 1 5 1 0 n 2 F
1 5 n F D1151 ES1-G
D1138
470nF 63V C1124
1 L 1 0 0 u 0 H 2
1 C 0 1 0 n 1 1 F 9
2 R 7 R 1 1 1 1 W 8
10R
ES1-G
1 L 0 1 u 0 H 0 1
470nF 63V C1123
C N 1 0 1 1
P S -
O U T P U T C H 4
+
- O + U T P U T C H 3
CE1096 47uF 63V
CE1200 220uF 35V
100nF C1095
100nF C1094
V D D
C1091
560pF C1106 560pF C1107
D1148
CE1199 4 R K 1 220uF 35V 7 0 9 8 100uF CE1099
1 C 0 1 0 n 0 F 9 3
1 C 0 1 0 0 n 9 F 2
1 6
10R
R1165 10R
1 C 0 1 0 n 0 F 7 5
ES1-G
L T D A
L O W P A S S
C 4 E , 1 7 u 0 F 3 9
C1077
T D F 8 5 9 1 T H
2 R 1 C 7 0 1 R 1 0 1 n 1 1 2 F 2 1 W 0
E L E T R Ô N I C A
6 8 n F
1 2
1 1 9 2 4
2 0
C 1 0 1 4
C1063
1 1 R n n 1 6 F F 0 K 6 R 1 6 8 K 0 8 8 7 1 C 4 1 7 4 C 0 0 7 1 7 n 0 0 F n 0 F 6 7 C 220pF 1 0 6 6 2 1 4 5 1
1 0 0 n F
R 3 1 K 0 3 6 5
R C 4 5 5 8
F U L L
H I G H P A S S
R 1 4 0 7 5 K 5
C1072 1nF C1076
ES1-G
T A R A M
C 3 1 9 0 n 1 F C 2 I 1 0 0 2 : A
C I 1 0 0 3 : A
1nF
1 0 0 n F
C1109
P R O D U T O
100nF C1169
R 1 3 0 3 1 K 1
R C 4 5 5 8
C1168 100nF
2 3
560pF
P F R O O A L J 3 H E A T O B L O G 2 I C 2 V O /
6 8 n F
33K R1019
100nF
C 1 0 8 4
D A T A
C 1 0 1 6
1 3
47pF
10R
C1085
A R Q U I V O
R 1 0 2 2
3
R1167
R 1 1 1 0 6 R 6
2 K 2
6 8 n F
R 3 1 3 0 K 1 0
33K R1018
C1025
R C 4 5 5 8 C I 1 0 0 3 : B R 4 1 0 7 K 6 4
C 6 1 0 8 1 n 7 F
R 3 1 0 3 K 3 7
R1023 33K
V S S
G N D
R e m o t o
+ 1 2 V
C O N 1
C F E 3
R F 1 3 1 1 0 8 u R F
2 K 2 1 %
6 C n F 8 7
R F 9
R F 1 2
4 K 7
R F 7
1 K
CFE1 2200uF 16V
4 K 7 S G 3 5 2 5
1 F 4 E 1 4 4 8
47uF C N
R F 8 1 0 0 n F
C F 5
C I F 1
1 C 0 F 9 0 n F
DF1
D F 2
1N5404
B C E
B Q C 1 P 7 5 1 6
47uF CFE2
1 0 C n F F 4
R F 4
2 7 R
RF6
1 0 K R F 3
2 7 R
IRFZ48
RF5
1 0 C F n 3 F
1 0 K 1 C 0 F 0 8 n F
1 R K F 1 4
2 R 7 F R 2
IRFZ48
1 0 C n F F 2
T R F 1
2 R 7 F R 1
1 5 e s p . F I O
1 5 e s p . F I O
1 5
1 5
7 e s p . F I O
7 e s p . F I O
1 5
1 5 A R Q U I V O
D A T A
P R O J E T O
2 G 2 I V / 0 A 9 L / 2 D 0 O 1 0
F O L H A
3 D E
3
D E S E N H A O D
I L S O N
A 4
F O L H A B L O C O
F o n t e
P R O D U T O
T S 3 0 0 X 4 S M D _ R 2
R E V
T A R A M
U 1 6 2 0 R
U 1 6 2 0 2 X 2 2 0 0 u F 2 5 V
P S E L E T R Ô N I C A L T D A
-2 1 , 3 V
-2 1 , 3 V
+ 2 1 , 3 V
+ 2 1 , 3 V
C O N S U M O
+ / B
+ 9 / 0 0 2 m 1 3 A , V @ 1 3 , 8 V c c
1 0 C 0 4 n 3 F
MMBT3906
C22
E QC 1 5
47uF 25V
1 0 C 0 E u 4 F 1
B
R147
R 1 2 7
AZUL READY
2K2
LD2
B
2 1 0 C 0 E u 4 F 2
1 K
MMBT3904 E C
R116
4 7 0 n F
Q 1 3
C 4 E 7 5 0 0 n F
4 7 0 n F
C E 5 1
4 C 7 E 0 4 n 8 F
C E 4 9
2 2 0 K
C20
1 C 0 7 0 6 R
1 0 0 p F
100uF 25V R 1 0 8
1 N 4 D 1 7 4 8
R 1 2 4
1 1 1 0 0 R 0 0 0 1 0 R 0 p C 1 C R 7 F 0 7 0 7 7 p 8 F
1 0 C 0 9 n 2 F
1 0 R K 5 1 9 %
1 n F
1 0 0 R
R 1 0 6
C 6 4
R 1 0 4
4 , 7 n C F 7 5
1 1 0 0 0 0 C p F n F 7 9
2 3 R K 5 2 4 1 %
C 8 0
R109
3 3 0 p F
R E S E T
C 6 6
2 2 0 C n 9 F 4
C 1 0 5
3 C 3 1 n 0 F 2
3 3 n F C 1 0 4
C 1 1 0
3 3 n F
3 3 n F
C134 2,2uF 63V
C132 2,2uF 63V
C130 2,2uF 63V
2,2uF 63V C135
1 R R 6 5 2
2 7 L u 3 H
2 7 u L H 2
680nF 63V
2 L 7 1 u H
2 7 L u 4 H C 1 2 3
C 1 2 5
680nF 63V
680nF 63V
680nF 63V
C126
C127
C 1 7 n 1 F
C 1 6 n 9 F
C 1 6 n 3 F
C 1 6 n 8 F
R146 2K2
A R Q U I V O
1 D E
4
3R3 R121
R145
D A T A
P P F R R O O A L O J 3 H D E A U T T O O B T L O S P 4 0 A C 0 7 O 0 / U
0 L 9 O / 2 0 1 1
F O L H A
P C 8 1 7
D E S A E N D H I L O
S O N
S A I D A
X 4 R 5 ( 4 C A N A I S )
10K
T A R A M
B
Q 1 4
C 1 1 0 2 n 2 F
R143
R142
10K
10K
10K
S R B S -1 1 2 D M
S 1 M
C 1 1 0 2 n 0 F
S R B S -1 1 2 D M
RELE2
3R3 R119
R141 10K S R B S -1 1 2 D M
RELE3
RELE4
C E MMBT3904
P S
470uF/50V
A M
P L I F I C A D O R R E E S V
C 1 1 0
1 n 3R3 9 F R118
3R3 R123
R144
RELE1
D 8
C 1 1 0 2 n 8 F
R132 4K99 1%
R136
R131
-
470uF/50V
4K99 1%
C N 1 2 C H 4
R129
+ C H 3
R128
4K99 1%
R134
R137 4K99 1%
+
470uF/50V 470uF/50V
4K99 1%
470uF/50V 470uF/50V
4K99 1%
470uF/50V
C N 1 1
4K99 1%
470uF/50V
R133 4K99 1%
+ C H 2
+
C H 1
82K
100nF C91
R 7 1
C97 220nF
C19
1 C 0 E u 3 F 9
R 1 0 1 2 K 6
100uF 25V 2 2 K
7 R 8 E 1 G 2 1 3 1
10K
S R B S -1 1 2 D M
1 R 5
R 1 0 5
1 N 4 D 1 6 4 8
E N T R A D A A
C 1 E 0 1 u 1 F
R20 22K 1%
C21
C 1 E 0 1 u 0 F
2 2 R K 3 1 6 %
33pF
R5 22K 1%
C 3 2 3 9 p F
R C 4 5 5 C 8 I 1 : B
100nF C115
4 R 7 R 1 W 1 2 2
C 1 E 0 1 u 2 F
R 2 3 2 3 K 1 %
E N T R A D A B
TP2
22K TP1
1 0 u F
C E 2 6
1 0 u F
3 R K 9 5 3
100nF C136
R 5 0
R 3 7
C 3 5
2 2 K 1 %
C I 1 : A
R C 4 5 C 5 3 8 7 3 p F
2 2 K R 1 3 %
C E 8
2 2 K 1 %
R C 4 5 5 8
C I 4 : A
3 C 3 p 3 F 0
2 2 K 1 %
R 4 3
4 R 7 4 8 R
3 3 K
C 1 7
6 8 n F
C 1 6
6 R18 8 n F
3 R 3 1 K 0
39K
R23
6 C 8 2 n 4 F
39K
C 3 2 3 5 n F
R30
3 R C 3 3 3 K 1 2
C131 100nF
R C 4 5 5 8 C I 3 : B
R C 4 5 5 8 C I 2 : B
H I G H P A S S A R Q U I V O
D A T A
P F R A O O 3 L J _ H E 1 A T O
0 P 7 A / 0 U 9 L / 2 O 0 1 1
F O L H A
2 D E
4
D I L S O N
T S
B 4 L 0 O 0 C X O 4
P R E ( A / B D )
E S E N H A O
P R O D U T O
R 5 ( 4 C A N A I S )
R E V
T A R A M
P L I F I C A D O R E S
F U L L c
L O W P A S S
100nF C203
1 0 R K 6 1 4 %
33nF
C I 2 : A
H I G H P A S S
100nF C169
47uF CE53 R130 1K 1%
3 R 3 1 K 1
C12
R C 4 5 5 C 8 I 3 : A
1 0 R K 6 1 3 %
P S A M
4 7 n F
39K R19
39K
2 2 KR 1 6 %
R 3 K 4 9 2
4 R 7 4 9 R
6 8 n F
R 4
C 3 2 3 p F
2 2 R K 1 2 % 7
22K
R C 4 5 5 8 C I 4 : B
1 C 0 E 9 u F
R135 1K 1%
F U L L c
R C 4 5 5 8
L O W P A S S
4 7 C n 1 F 4
3 C 3 p 2 F 3
E N T R A D A C
C E 1 1 0 5 u B F 1 2 R 2 3 K 3 1 B %
E N T R A D A D
4 R 7 R 1 W 1 2 5
C 1 E 0 1 5 u B F
C 1 E 9 0 B u F 1
2 R 2 3 K 6 1 B %
R20B 22K 1%
1 C 0 E u 9 F B 2 2 R K 3 1 B %
2 R 2 4 K B 1 %
R5B 22K 1%
33pF C21B
3 C 2 3 9 p B F
R C 4 5 5 C 8 I 1 _ B : B
C115B 100nF
C 3 3 2 p B F
2 R 2 K 2 1 7 % B
R C 4 C 5 I 1 5 _ 8 B : A
TP2_B 22K
C 7 B 3 3 p F
2 2 R K 6 1 B %
TP1_B 22K
C E 2 6 B
1 0 u F R 5 3 B
C136B 100nF
C 6 3 8 5 n B F
R30B 39K
100nF C131B
C 2 4 B
D A T A
P F R A O O 3 L J _ H E 1 A T O
P R O D U T O
T S 0 P 4 B 7 A L 0 / 0 U O 0 9 L C X / 2 O O 4 0 R 1 1 P 5 ( R 4 E C ( A C N / D A F D ) I S O E ) L S H A
3 D E
4
E N
H A O D I L S O N
R E V
C I 4 _ B : B
R23B 39K
6 8 n F
R C 4 5 5 C 8 I 3 _ B : B
C 1 7 B
4 7 n F
C16B 68nF
R C 4 5 5 8
L O W P A S S
A M 1 0 R K 1 6 % 1
4 7 R
R 5 6
R 1 0 B
3 3 K
R 3 1 3 1 K B
C 3 1 3 2 n B F
C I 3 _ B : A
C169B 100nF
P S
R C 4 5 5 8
C 3 2 B
39K R19B
1 0 R K 1 6 % 0
C I 5 _ B : A
68nF 39K R18B
R C 4 5 5 C 8 I 2 F _ B U : L B L
c
3 3 C p 3 F 3
H I G H P A S S
R 4 2 B
R C 4 5 5 8
C I 4 _ B : A
R 5 1 B
R 5 5
R C 3 3 3 1 3 2 B K 5 3 n B F
T A R A M
P L I F I C A D O R E S
2 2 K 1 %
R 3 3 7 3 B K
H I G H P A S S A R Q U I V O
3 K 9
3 K 9
R C 4 5 5 8
4 7 R
C 1 E 0 8 u B F
C I 2 _ B : A
F U L L c
2 2 K 1 %
C 1 4 B
R C 4 5 5 8
L O W P A S S
R 5 2 B
4 7 n F
3 C 3 p 3 F 1
G N D
R E M O T O
+ 1 2 V
C O N 1
MURS120T3 D4
1 N 4 1 4 8
MURS120T3 D3
C10 100nF
D 2
1K 1% R17
Q 7
1 KR 1 1 % 6
10K 1% R2
B
E
1K 1%
5 R 6 K 4 1 4 %
4 7 C E u 7 F
R 4 1 1 0 R
R 2 9 C 3 1 K 3 3 1 %
6 n 8
4 K 7
4 K 7
R 3 5
R 3 4
E
MMBT3904
B
R7
C
1 N 4 1 4 CE4 8
3 9 K
R 3 9
C
B Q C P 6 5 3
4 7 0 0 u F 1 6 V
D 5
47uF
4 R K F 7 8 S G 3 5 2 5
C I F 1
1 0 0 n C F 4 0
CF5
CF6
1 0 0 n F 1 0 u F 1 6 V
C9 100nF
1K R25 1K
1 C 0 4 0 1 n F
R 2 8
1 K
R26
R 4 5
R 4 0
2 7 R 1
2 7 R 1
2
2
3 IRF1404
1 0 C n 4 F 4
3 IRF1404
2 R 7 4 R 7
1 0 C n 4 F 2
2 R 7 4 R 6
T R F 1
C18
A R Q U I V O
D A T A
P F R A O O 3 L J _ H E 1 A T O
0 P 7 A / 0 U 9 L / 2 O 0 1 1
F O L H A
4 D E
4
D E S E N H A O
D I L S O N
P R O D U T O
T S
B 4 L 0 O 0 C X O 4
F O N T E
R 5 ( 4 C A N A I S )
R E V
T A R A M P S A M P L I F I C A D O R E S
1000uF 63V
U 1 6 2 0 R
U 1 6 2 0
470uF 35V
C28 1000uF 63V
G N D
C27 1000uF 63V
C26
S 1 M
D 1
CE5 47uF
R E 7 G 8 1 1 5 0
C E 3
I N ( C 0 P H ° U 1 T ) = L ( 3 0 0 m V 1 ) 0 8 u , F 2 3 / 2 5 d B V u
( C H 2 ) R
1 R 0 3 R 3 1 W
1 0 u F / 2 5 V
1 0 R R 1 3 W2
470nF C38
470nF C37
C94
C93
1000uF/25V
1000uF/25V
R 2 R 1 2 2 7 2 K 1 K 1 6 1 % % 22K 1%
22pF C17
2 2 p F
C I 1 T : L B 0 7 2
4 7 u C F 2 / 2 1 5 V R * * 2 0 * *
R31
C23 100nF
C 1 8
C I 2 T L : B 0 7 2
C39 100nF C22
47uF/25V
4 R 7 2 R 2
0 °
6 C 8 2 n 8 F R 2 2 K 7 2 1 % C31 100nF
R26
C26 6n8
R 3 2 3 5 K
3 R 3 2 K 4
33K 33nF C27
C I 4 B T : L 0 7 2
R 2 1
3 9 K
2 1 / 0 6 / 2 0 1 1
F O L H A
1
D E
8
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
P R E ( C H 1 / C H 2 )
P R O D U T O
3 3 p F
6 8 n F C 2 5
C 1 6 2 8 2 R n K 1 F 2 2 1 % R11
T A T R S A - 8 M 0 0 P X 4 S _ R A 1 M ( 1 P O L h m I F / I 2 C O A h m D s O ) R R E E S V
100nF C35
1 8 1 0 0 ° 0 R R 3 0
10nF C33
R 2 9 1 0 K 1 %
( C 1 H 8 2 0 ) °
R 3 1 3 0 K
C I T 3 : L B 0 7 2
6n8 C9
3 R 3 9 K
33nF C10
C I 3 T : A L 0 7 2
H I G H P A S 2 S 2 u F / 2 5 V
L O W P A S S C 1 5
R13 100K 1%
0 °
C I 5 T : B L 0 7 2
C 3 6 4 7 p F
1 8 0 °
R 6
3 9 K
3 R 3 8 K
33K C13 100nF
0 ° 1 R 0 2 K 8 1 % C I T 5 L : 0 A 7 2
4 7 R R 7
0 °
6 C 8 1 n 1 F
C 3 2
C34 100nF
C I 2 T : A L 0 7 2
6 6 2 K K 8 8 O 1 1 h % % m s
C 2 4
2 2 p F
* R * * * 5
8 8 1 K K O 2 2 h 1 1 % % m
100nF C14
D A T A
4 7 u F C / 2 6 5 V
1 8 0 °
C I 4 A T : L 0 7 2
2 2 u F / 2 5 V
22K
C 5
C I 1 : T A L 0 7 2
LEVEL
3 R 3 2 K 3
100nF C30
A R Q U I V O
22pF C4
R R 2 5 0
47uF/25V
6 C 8 2 n 9 F
220pF C3
2 2 R K 1 1 9 %
22K 2K7 1%
2 2 R K 1 1 %
R 2 2 2 K 1 % 22K 1% R3
100nF C20
C40
4 R 7 1 W
R18
C19 100nF
BLUE ON
R 1 5
0 ° 1 R 0 1 0 4 R
10nF C16
( C H 0 1 ° )
C 8 6 8 n F
3 3 p F C 7
2 R 2 K 4 1 %
( C H 4 ) R
( C H 3 ) L
1 0 u F / 2 5 V
1 0 u F / 2 5 V R 2 R 5 2 2 7 2 K 5 K 1 6 R58 1 % 22K 1% %
4 R 7 1 W
R 3 4
I N 0 P ° U T = 8 ,2 ( 3 3 0 d 0 B m u V )
2 2 R K 3 1 6 %
R 3 2 5 2 K 1 % 22K 1%
220pF C43
R37 C95 100nF
C66 22pF
47uF/25V
C I 6 T : L B 0 7 2
C91 100nF C96
C92
22K
4 7 u C F 7 / 2 0 5 V R * * 6 * * 0
47uF/25V
C72 100nF
C I 7 : B
T L 0 7 2
100nF C73
6 C 8 7 n 7 F 6 C 8 7 n 8 F
R 2 6 K 7 2 1 %
C75 6n8
3 R 3 6 K 4
33K
C76 33nF
C I T 9 L : B 0 7 2
C79 100nF
C44 22pF
2 2 R K 5 1 9 %
LEVEL 22K
1 8 0 ° 8 8 1 K K O 2 2 h 1 1 % % m C 7 1 3 3 p F
3 9 K
C80 100nF
C 7 4 6 8 n F
R 2 4 K 6 2 1 %
C 6 5 8 2 n F R45
C I 8 : B
6n8 C49
R 3 4 3 4 K
H I G H P A S S 2 2 C u F 5 / 5 2 5 V
0 ° R70 4K99 1% 1 C 0 8 0 5 n F
C86 100nF
100nF C87
A R Q U I V O
D A T A
2 1 / 0 6 / 2 0 1 1
F O L H A
2
D E
8
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
P R E ( C H 3 / C H 4 )
P R O D U T O
T A T R S A - 8 M 0 0 P X 4 S _ R A 1 M ( 1 P O L h m I F / I 2 C O A h m D s O ) R R E E S V
T L 0 7 2
+ B 1 A 0 S d S B B @ O 5 S 0 T H z
220K R71
1 2 0 K
1 4 0 7 0 n n F F
T L 0 7 2
C I 1 1 : B
1 8 0 °
R49 4K99 1% 1 0 C 0 5 n 9 F
C60 100nF
100nF C61
0 °
10K 1%
2 2 C u 8 F 8 / 2 5 V
1 R 0 6 K 8 1 %
4 7 n F C C C 8 8 8 4 3 2 R 7 C 3 I 1 1 : A
R72 10K
0 °
2 R 2 K 6 1 9 %
T L 0 7 2
10K
1 R 0 7 K 4 1 %
+ B 1 A 0 S d S B B @ O 5 S 0 T H z
220K R52
C64 100nF
R 7 6 1 0 K 1 %
C 8 9
F U L L
2 R 2 K 4 1 7 %
4 7 n F C C C 5 5 5 8 7 6
R51
0 °
C I 1 0 : B
1 8 0 °
R54 100K 1%
100nF C65
2 2 u C F 6 / 2 5 2 V
T C L I 0 1 7 2 B 2 :
4 7 p F
1 0 R 0 5 R 5 10nF C63
C 4 8
1 R 0 4 K 8 1 %
10K 1%
T L 0 7 2
6 8 n F
L O W P A S S
R 1 2 C 5 0 0 K I 1 0 : A
1 0 R 0 7 R 7 ( C 0 H ° 4 )
3 9 K 3 3 p F
C I T 8 : L A 0 7 2
1 R 0 7 K 5 1 %
T C L I 0 1 7 2 2 : A
10nF C90
3 R 3 4 K 3
C50 33nF
T L 0 7 2
C54 100nF
L O W P A S S
C 4 7
3 R 3 4 K 2
33K 100nF C53
2 2 p F
R 4 0
4 R 7 R 4 1
0 °
C 6 5 8 1 n F
C I T 9 : L A 0 7 2
H I G H P A S 2 S 2 C u F 8 / 2 1 5 V
C I 7 T L : A 0 7 2
6 6 2 K K 8 8 O 1 1 h % % m s
C 4 5
C I T 6 A L : 0 7 2
4 7 u C 1 F 4 8 / 2 6 0 ° 5 V R * * 3 * * 9
R R 6 3 0 9
3 R 3 6 K 3 3 R 3 6 K 5
R66
C 6 7
R 6 1
4 R 7 R 6 2
0 °
2 2 p F
( C H 1 3 8 ) 0 °
1 R 0 5 K 3 1 %
4 1 7 0 n 0 F n F
2 R 2 3 K 8 1 %
A M P L . I N 0 °
RA1 100K 1%
2 2 u F / 2 5 V
3 3 0 R
SINCR_CH1
R A 2
1nF 5% ( - B )
CA1 3 K 3
D A 1
2 2 R K A 1 % 6
R A 3
100K 1%
R * * A * * 9
DZA1 5V6 0.5W
1 N 4 1 4 8
RA5
C A 6
4 7 u F / 2 5 V
22uF/25V CA7
100nF RA8 100R
270R 1%
1 n F 5 %
1 5 n F
+ 2 5 ,2
1 4 ,1 2 5 ,4 V 6 r m s
+ 2 2 0 3 8 V 4 .2 r m s
1 1 1 2 K 0 3 K 5 R 3 -1 1 -2 W % W
1 K 5 -2 W
C A 3
22uF/25V CA8
1 5 0 5 R K -1 6 W
1 2 K 8 O -2 h W m s
1 K 8 -2 W
100nF
8 K 2 1 %
1 O h m
S
B M S _ 2 F 5 E 0 T F 1
DZA2 5V6 0.5W
CA5
**** RA12
G
100K 1%
1nF 5%
R R R A A A 1 1 9 2 0
D
RA28
1 n F 5 % C A 2
RA7
R d O + B U / A u T -B 2 6
1 0 0 p F
C A 4
RA10 ****
R A 1 1
I R S 2 0 9 2 RA16 RXA
2K2 1% RA13 R A 1 4
22uF/25V
8 K 2 1 %
10K 1% RA15
10K 1%
MURS120T3 DA2
RA17 RA18 33K
RA19 2 2 u F / 2 5 V
10R 1/4W **** RA26 RA27 10K 1%
KSH41C
DA3 BYV27-200
2
1
22R
2 2
1 5 V 1 W
V
D A 6
C u A F 2 / 2 1 5
4R7 1/4W RA20
3
1 5 D V Z 1 A W 3
22R RA21
1
V C C
RA22 1
IRFB5620 2
2
3
3
IRFB5620 10R 1/4W RA23
CA15
( - B )
150pF/250V 100nF/250V CA16
A R Q U I V O
D A T A
2 1 / 0 6 / 2 0 1 1
F O L H A
3
D E
8
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
A M P L . C H 1
P R O D U T O
T A T R S A - 8 0 M 0 P X 4 S _ R A 1 M ( 1 P O h L m I F / I 2 C O A h m D s O ) R R E E V S
2 2 u H
DA5 MURS120T3
DA4 MURS120T3
CA20
CA18 100nF/250V
100nF/250V
CA17
( - B )
CA19
1uF/250V RA24
100nF/250V
10R 1W 2K2 1% RA25
1 8 0 °
O U T
+ C - + C H 2
H 1
B T L
( + B )
A M P L . I N RB1 100K 1%
MMBT3904 E
Q B 3
2 2 u F / 2 5 V
C
B
CB21
2K7 1% RB29
4K7 RB30
100nF/50V
RB31
B
C
MMBT3906 RB41 10K 1% E
10K 1%
QB4
10K
****
3 3 0 R
DZB4
C
RB33 R B 3 4
1 10K 1% 0 K MMBT3906 1 % E Q C B B 6
( - B )
D B 5
B
Q B 5
1 0 K 1 %
3 3 0 u F / 2 5 V
1 0 0 R K B 1 3 % 8
CB3 3 K 3
R B 3
4 7 u F / 2 5 V
CB9
100nF RB9 100R
R 1 R 1 B 0 A 0 4 0 4 0 0 K 8 K 1 1 % %
C B 4
270R 1%
**** RB12
R B 2 7
1 B B 1 + 4 Z Z X 2 2 2 2 2 ,1 X 7 7 K 0 4 5 5 9 R 9 , 6 .2 V C C 1 r 2 4 % 1 m 0 W 3 s B B 1 Z 1 5 + 2 Z X 0 0 2 0 X 3 8 V 7 7 K R 4 . 9 9 1 -1 2 r m C C % W s 2 5 0 6
1 n F 5 %
R R B B 1 8 2
8 K 2 1 %
R B 7
RB28 10K 1%
G
S
M B S _ 2 F 5 E 0 T F 2
22uF/25V CB24
100nF
RB8 ****
R B 1 1
I R S 2 0 9 2
1 1 3 K K 5 3 -2 1 W %
1 1 K 5 O -2 h W m
5 1 K K 6 8 -2 W
1 2 K 8 O -2 h W m s
RB16 RXB
2K2 1% RB13 R B 1 4
22uF/25V
8 K 2 1 %
10K 1% RB15
10K 1%
MURS120T3 DB1
RB17
4R7 1/4W RB20
KSH41C 3
RB18 33K
2 2 u F / 2 5 V
DB2 BYV27-200
1 5 D V Z 1 B W 3
2
1
22R
2 2
1 5 V 1 W
V
D B 6
C u B F 2 / 2 0 5
R B 4 2
D
RB43
C B 7
10R 1/4W
RB27
RB5 4 R 4 K B 2 K 7 6 7
DZB2 5V6 0.5W
RB19
****
R B 4
100K
1 n F 5 % C B 6
RB10
1 5 n F
CB11
R B 3 3
2 2 K 1 %
PROT
1nF 5%
D Z B 4
1 0 0 p F
100K 1%
R * * B * * 7
22uF/25V
**** DZB5
+ d O D / B U Z - u B T B 5
C B 1
RED
P R O T E D Ç C Ã P O D C
C
Q B 7 R RB36 B 3 5 10K 1% R 4 B 7 3 K 7
R B 2
E
E
B
SINCR_CH2
1nF 5% 1 N 4 1 4 8
DZB1 5V6 0.5W
MMBT3906
RB32
****
MMBT3904
B A I X A U T P E V N S Ã O
P R O T E Ç Ã O O T T P É R M I C A
RB39 4K7
T E N S O Ã O V A P L T A
1 8 0 °
22R RB22
1
V C C
RB21 1
IRFB5620 2
2
3
3
IRFB5620 10R 1/4W RB23
CB14
( - B )
150pF/250V 100nF/250V CB15
DB4 MURS120T3
A R Q U I V O
D A T A
2 1 / 0 6 / 2 0 1 1
F O L H A
4
D E
8
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
A M P L . C H 2
P R O D U T O
T A T R S A - 8 0 M 0 P X 4 S _ R A 1 M ( 1 P O h L m I F / I 2 C O A h m D s O ) R R E E V S
2 2 u H DB3 MURS120T3
CB16
CB17 100nF/250V
100nF/250V
CB19
( - B )
CB18
1uF/250V RB24 10R 1W 2K2 1% RB25
100nF/250V 0 °
( + B )
A M P L . I N RC1 100K 1% MMBT3904 B
C
3 R 3 C 0 2 R
CC21
****
****
DZC5
E C
RC35
1 10K 1% 0 K MMBT3906 1 % E Q C C B 5
R C 3 6 MMBT3904 E
1 N 4 1 4 8
MMBT3906
RC34
B
Q C 4
( - B )
D C 6
DZC1 5V6 0.5W
P R O T E D Ç C Ã P O D C
B A I X A U T P E V N S Ã O
Q C 6 R RC39 C 3 7 10K 1% R 4 C 7 K 3 8
1 0 K 1 %
22uF/25V CC10
100nF
3 3 0 u F / 2 5 V
1 0 0 R K C 1 4 % 0
2 2 K 1 %
R C 3
RC9 100R
R 1 R 1 D 0 C 0 2 0 4 0 8 K 1 K 1 1 % %
RC10 270R 1%
**** DZC6
C C 2
1 5 n F
RC29
**** RC12
1 + 4 2 2 ,1 4 5 5 , 6 .2 V r m s + 2 2 0 3 8 V 4 . 2 r m s
B Z X 7 9 C 2 0
1 1 K 5 O -2 h W m
B 1 5 1 Z 1 5 X 0 0 K K 7 K R 6 8 -2 9 1 C % 1 W W 5 6
1 2 K 8 O -2 h W m s
G
S
C C 7
B M S _ 2 F 5 E 0 T F 3
22uF/25V CC24
RC8 ****
100nF
8 R K C 2 1 1 % 1
R R C C 8 7
1 1 1 3 K 2 K 5 0 3 -2 R -1 1 W W %
D
DZC2 5V6 0.5W
CC11
B B Z Z 2 X X 2 7 7 K 9 9 1 C C % 2 4 0 3
R R 4 C C K 2 4 7 6 K 7 4 2
100K
1 n F 5 % C C 6
1nF 5%
R R + d O D D R C C / B U Z Z C - u C 3 2 1 B T C 6 5 5 7 2
RC5
PROT
4 7 u F / 2 5 V
1 n F 5 %
R C 4 100K 1%
R * * C * * 7
RED
C
B
CC5 3 K 3
1 0 0 p F
C C 1
1nF 5%
100nF/50V
T E N S O Ã O V P A L T A
SINCR_CH3
2 2 u F / 2 5 V
E
Q C 2
1 8 0 °
I R S 2 0 9 2 RC16 RXC
2K2 1% RC13 R C 1 4
22uF/25V
8 K 2 1 %
10K 1% RC15
10K 1%
MURS120T3 DC1
RC17 RC18 33K
RC19 2 2 u F / 2 5 V
10R 1/4W **** RC27 RC28 10K 1%
2 2
C u C F 2 / 2 0 5
V
4R7 1/4W RC20
KSH41C 3
DC2 BYV27-200
1 5 D V Z 1 C W 3
2
1
22R 1 5 V 1 W D Z C 4
22R RC21
1
V C C
RC22 1
IRFB5620 2
2
3
3
IRFB5620 10R 1/4W RC23
CC14
( - B )
150pF/250V 100nF/250V CC15
A R Q U I V O
D A T A
2 1 / 0 6 / 2 0 1 1
F O L H A
5
D E
8
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
A M P L . C H 3
P R O D U T O
T A T R S A - 8 0 M 0 P X 4 S _ R A 1 M ( 1 P O h L m I F / I 2 C O A h m D s O ) R R E E V S
DC5 MURS120T3
2 2 u H DC4 MURS120T3
CC16
CC18 100nF/250V
100nF/250V
CC17
( - B )
CC19
1uF/250V RC24 10R 1W 2K2 1% RC25
100nF/250V 0 °
( + B )
A M P L . I N RD2 100K 1%
0 ° 2 2 u F / 2 5 V
SINCR_CH4
3 R 3 D 0 3 R 1nF 5% ( - B )
CD3 3 K 3
D D 5 CD10
100nF RD9 100R
270R 1%
C D 4
1 n F 5 %
1 5 n F
+ 2 5 ,2
1 4 ,1 2 5 ,4 V 6 r m s
1 1 1 2 K 0 3 K 5 R 3 -1 1 -2 W % W
1 K 5 -2 W
1 5 0 5 R K -1 6 W
1 2 K 8 O -2 h W m s
G
100K
S
C D 7
22uF/25V CD21
100nF
RD8 ****
R D 1 1
8 K 2 1 %
I R S 2 0 9 2
1 O h m
RD16 RXD
2K2 1%
+ 2 2 0 3 8 V 4 .2 r m s
1 K 8 -2 W
B M S _ 2 F 5 E 0 T F 4
DZD2 5V6 0.5W
CD11
R D 7
D
RD6
1nF 5%
R R D D 1 8 2
R D 1
RD5
1 n F 5 % C D 6
RD10
R d O + B U / D u T -B 2 6
2 2 K 1 %
R D 4
100K 1%
4 7 u F / 2 5 V
22uF/25V
**** RD12
1 0 0 p F
R * * D * * 7
DZD1 5V6 0.5W 1 N 4 1 4 8
C D 1
RD13 R D 1 4
22uF/25V
8 K 2 1 %
10K 1% RD15
10K 1%
MURS120T3 DD1
RD17 RD18 33K
RD19 2 2 u F / 2 5 V
10R 1/4W **** RD26 RD27 10K 1%
2 2
C u D F 2 / 0 2
4R7 1/4W RD20
KSH41C 3
DD2 BYV27-200
1 5 D V Z 1 D W 3
2
1
22R 1 5 V 1 W D Z D 4
5 V
22R RD22
1
V C C
RD21 1
IRFB5620 2
2
3
3
IRFB5620 10R 1/4W RD23
CD14
( - B )
150pF/250V 100nF/250V CD15 2 2 u H
DD4 MURS120T3
DD3 MURS120T3
CD16
A R Q U I V O
D A T A
2 1 / 0 6 / 2 0 1 1
F O L H A
6
D E
8
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
A M P L . C H 4
P R O D U T O
T A T R S A - 8 0 M 0 P X 4 S _ R A 1 M ( 1 P O h L m I F / I 2 C O A h m D s O ) R R E E V S
CD18 100nF/250V
100nF/250V
CD17
( - B )
CD19
1uF/250V RD24
100nF/250V
10R 1W 2K2 1% RD25
1 8 0 °
O U T
+ C - + C H 3
H 4
B T L
( + B )
1 0 u F / 2 C 5 F V 7
8 K 4 2 1 7 % R R R F F 7 6
1 C 0 F 0 5 n F R 4 R F K F 5 7 4
C 3 F n 6 3 5 %
R E M
G N D
( + B )
* * * *
U C T 3 E 5 X 2 A 5 S A D W
4 K 7
R F 2
R F 3
4 7 u F / 2 5 V
1 0 0 n F
1 0 0 n F
C F 4
C F 3
C F 2
4 7 u F / 2 5 V
1 N 4 1 4 8
C F 1
4 K 7
R F 1
D F 1
1 K
B
Q F 3
10nF CF9
+ 1 2 V
C
E
BCP56
4 7 u F / 2 5 V 27R RF10
RF17
RF15
6K8 1%
6K8 1%
27R RF13
IRF1404
IRF1404 27R
RF14
RF11
RF18
6K8 1% RF16
6A10
6K8 1%
27R
4700uF IRF1404 CF12
IRF1404
1 C 0 F 8 0 n F
R 1 F K 8
CF11
27R 1W
68nF
RF19
68nF
1 6 D T A
1 6 D T
A R Q U I V O
D A T A
2 1 / 0 6 / 2 0 1 1
F O L H A
7
D E
8
P F R O O A L J 3 H E A T O B L O G C I V O
A L D O
D E S A E D N H I L O
S O N
F O N T E
R F 2 5
47uF/25V
P R O D U T O
T A T R S A - 8 M 0 0 P X 4 S _ R A 1 M ( 1 P O L h m I F / I 2 C O A h m D s O ) R R E E S V
* * * *
C O N S U M O
100nF CF19
15V 1W DZ3
15V 1W DZ2
R R F F 2 2 4 3
R F 2 2
R F 4
2 4 , 6
1 1 4 8 N 8 0 N 3 7 0 R C R C K K 3 1 5 5 % W W
1 O h m
1 . # 6 1 A 3 0 m 4 p
3 3 6 6 3 3 K 8 0 N 0 N 8 R C R C 1 K 1 5 % % 5 W W
2 O h m s
# 7
1 .2 A m p
R F 2 3
47uF/25V
100nF CF20
+ R R / F F 2 2 B 6 5
* * * *
CF17
CF18
S E C U N D .
R * F * 2 * * 4
1 C 2 0 F 1 p 5 F
R 8 F K 2 2 1 1 %
( + B )
( - B )
R * F * 2 * 6 *
27R 1W RF20
CF16 220nF
RF28
RF27
15K 1W
15K 1W 5V6
4 X 2 2 0 CF27 0 u F / 5 CF28 0 V / 1 0 CF25 5 ° ( - B )
4 X CF21 2 2 0 0 u F CF23 / 5 0 V / 1 CF24 0 5 ° ( + B )
DZ1
R * * F * * 2 2 S I N C R _ C H 4
S I N C R _ C H 3
S I N C R _ C H 2
S I N C R _ C H 1
( + B )
1 Ohm
2 Ohms
R5
8K2 1%
6K8 1%
R20
8K2 1%
6K8 1%
R39
8K2 1%
6K8 1%
R60
8K2 1%
6K8 1%
RA9
1K5K5-2W
1K8K8-2W
RA10
1K5-2W
1K8-2W
RA12
13K3 1%
5K6
RA26
120R-1W 150R-1W
RB7
1K5-2W 1K8-2W
RB8
1K5-2W 1K8-2W
RB12
13K3 1%
5K6
RB27
120R-1W 150R-1W
RB33
22K 1%
10K 1%
DZB4
BZX79C43 BZX79C56
DZB5
BZX79C20 BZX79C20
RC7
1K5-2W
1K8-2W
RC8
1K5-2W
1K8-2W
RC12
13K3 1%
5K6
RC27
120R-1W
150R-1W
RC35
22K 1%
10K 1%
DZC5
BZX79C43
BZX79C56
DZC6
BZX79C20
BZX79C20
RD7
1K5-2W
1K8-2W
RD8
1K5-2W
1K8-2W
RD12
13K3 1%
5K6
RD26
120R-1W
150R-1W
RF4
47K 1%
68K 1%
RF22
3K3
6K8 1%
RF23
NC
NC
RF24
180R-5W
330R-5W
RF25
NC
NC
RF26
180R-5W
330R-5W
OUT
14,15Vrms
20Vrms
dBu +/- B CONSUMO SECUND.
+25,2
+ 2 8, 2
24,6
34
1.2 Amp
1.6 Amp
#7
#10
TARAMPS AMPLIFICADORES
PRODUTO TS-800 X4_R1 (1 Ohm / 2 Ohms) Ohms) FOLHA A4 PROJETO DATA ARQUIVO
BLOCO
REV
CONFIGURAÇÕES
GIVALDO 21/06/2011
DESENHO
ADILSON
FOLHA 8 DE 8
( C H 2 ) R
R 1 A 0 R 4 1 7 W
R 2 3 2 2 R 3 2 K 3 K 1 6 1 % % 22K 1%
R 1 2 2
4 R 7 1 W
2 2 K R 1 3 %
R 7 2 2 K 1 % 22K 1%
220pF C39
R27
C201 100nF
470nF CPA16
R6
22pF C21
100nF C202 BLUE ON
1 0 u F / 2 5 V
1 0 u F / 2 5 V
1 0 R R A 1 3 W 9
470nF CPA17
( C I N H P 1 0 ° U ) T L
22K
C I 3 : 5 B 5 3 2 4 7 u C F / 2 3 5 V 7 R K 1 5 8 1 3 %
2K7 R26
C23 100nF
2 2 p F C 2 9
22pF C2
2 2 K R 1 5 %
LEVEL 22K
4 7 u C F / 2 1 5 V
1 8 0 °
C 8
C I 3 : 5 A 5 3 2
2 2 p F
1 8 0 °
7 R K 1 5 8 1 2 %
47uF/25V C I 1 T L : 0 B 7 2
C56 100nF C10
C57 47uF/25V
R 4 1 7 6 R 8
0 °
6 C 8 1 n F 8 R 2 4 K 7 2
C12 100nF
6 C 8 3 n F 3 R39
R 1 1
3 9 K
C I 1 T : L A 0 7 2
C 8 2 4 7 p F
6 C 8 1 n 7 F
3 R 3 1 K 7 C32 6n8
R 3 4 3 9 K
3 R 3 5 K 0
33K 33nF C16
C I 5 : T B L 0 7 2
100nF C30
6 8 n F C 2 2
C I 5 : T A L 0 7 2
2 R K 5 2 1
R25
C 3 6 4 8 n F
R 3 5 3 2 K
33K C168 100nF
C I 2 T : L B 0 7 2
A R Q U I V O
D A T A
P R O J E T O
G 0 3 V / I 0 1 A L / 2 D 0 O 1 1
F O L H A
D E S E N H O
W e d 1 aM A D L D y I E 0 S 4 O , 7 2 N 0 1 1
F A O 4 L H A B L O C O
P R E ( C H 1 / C H 2 )
P R O D U T O
T A R T S A 1 2 M 0 0 . 1 P X S 4 _R 1 E L E T R Ô N I C A L R T E V D A
T L 0 7 2
C I 4 : A
R 5 3 1 0 K
1 8 0 3 R ° K 1 3 6 9 10nF C31
( 1 C H 8 2 0 ) °
6n8 C20
3 R 3 5 K 5
33nF C13
C I 2 T : L A 0 7 2
H I G H P A S 2 S 2 u F / 2 5 V
C 6
L O W P A S S C 5
R54 100K
0 ° R 1 1 0 8 K 4
C171 100nF
C 8 3 4 7 p F
3 9 K
3 R 3 1 K 0
100nF C169
2 2 u F / 2 5 V
4 R 7 1 R 6 7
0 °
R 4
100nF C170
0 °
C I 4 T : L B 0 7 2 0 ° R 1 3 7 K 0 3
10nF C28 ( C H 0 1 ° )
C 2 5 6 8 n F
4 7 p F C 8 1
2 R 2 K 5 7 1 %
( C H 4 ) R
( I C N H P 3 0 ° U ) T L
1 0 u F / 2 5 V
1 0 u F / 2 5 V R R 3 2 2 2 3 3 2 K A K 6 1 A R20A 1 % 22K 1% %
R 1 2 2 A
4 R 7 1 W
R 7 A 2 2 K 1 % 22K 1%
220pF C38A1
R6A
C201A 100nF C21A 22pF C202A 100nF
4 7 u C F 1 / 2 1 5 V 7 R K 1 5 8 3 1 A %
C23A 100nF
C58
C I 7 : B
C60
T L 0 7 2
100nF C10A
47uF/25V
6 C 8 1 n 8 F A
R 2 2 3 K A 2
6 C 8 2 n 0 F A
C2A 22pF
2 R 2 K 2 1 7 % A
LEVEL 22K
3 9 K
C I 7 : A
C 8 2 A 4 7 p F
3 3 K
C19A1 6n8
0 °
R 1 4 A
33K
R 3 1 3 5 K A
C15A 33nF
C I T 9 L : 0 B 7 2
C24A1 100nF
C I 9 : A
H I G H P A S 2 S 2 C u 4 F 2 3 / 5 V
C 6 1 8 n 6 F A
R 2 2 K 2 2 A R19A
6 8 n F
C I 8 : B
100nF C168A
6n8 C13A
R 1 3 8 3 A K
R65 5K 1%
C 1 P 0 1 0 n 9 F 100nF C7A2
T L 0 7 2 R61 10K
H I G H P A S S 2 2 C u F 4 / 2 2 5 V
A R Q U I V O
D A T A
0 3 / 0 1 / 2 0 1 1
F O L H A
P F R O O A L J 3 H E A T O
G I V A L D O
D E S E N H O
W e d 2 aM A D y I D L E 0 4 S , 7 2 O N 0 1 1
B L O C O
P R E ( C H 3 / C H 4 )
P R O D U T O
T S 1 2 0 0 . 1 X _4 R 1
R E V
T A R A M P S E L E T R Ô N I C A L T D A
+ B 1 A 0 S d S B B @ O 5 S 0 T H z
220K R71
C I 1 1 : B
0 °
T C L I 0 1 7 2 : 2 A 1 8 0 ° 3 K 3 10nF C35
100nF C9A
R62
1 0 R 6 K 9 1 %
+ B 1 A 0 S d S B B @ O 5 S 0 T H z
220K R72
C7A3 100nF
1 0 K
R 1 7 2 ( 1 C H 8 4 0 ) °
T L 0 7 2
10K
R 1 1 0 8 K 5 R 6 4
R59 5K 1% 1 0 C 0 P n 1 F 0
C7A 100nF
1 8 0 °
T L 0 7 2
2 2 C u 4 F 9 / 2 5 V
0 ° 1 R 0 6 K 7 1 %
4 7 n C F C C P P P 1 1 1 6 7 8 1 4 0 R 1 2 7 n 0 n C 6 F F 8 0 K I 1 1 : A
10K 1%
C 8 4 4 7 p F
R 3 1 3 1 K A
C12A 33nF
T L 0 7 2
0 °
C7A1 100nF
R 5 A 3 9 K
C 8 1 A 4 7 p F
3 R 3 1 K 0 A
C169A 100nF
L O W P A S S
2 R 2 K 5 1 8 %
T L 0 7 2
33K
T L 0 7 2
2 2 p F
4 R 7 1 R 6 7 A
C 6 1 8 7 n A F C 2 2 A
C 8 A
C I 5 6 : 5 A 3 2
4 7 u C 1 F 4 8 / 0 2 5 0 ° V 7 R K 1 5 8 1 2 %A
1 8 0 °
3 R 3 1 K 2 A
R13A
C11A 100nF
C 2 9 A
R 8 A
4 R 7 1 R 6 8 A
0 °
2 2 p F
C I 6 : 5 B 5 3 2
22K
47uF/25V
2 2 R K 3 1 A %
F U L L
1 8 0 °
2 2 u C F 4 / 2 5 4 V
T C L I 0 1 2 7 B 2 : 0 ° R 1 3 7 K 1 3
10nF C37
1 R 0 6 K 0 1 %
4 7 C C n F C P P P 1 1 1 5 3 4 4 1 0 R 1 2 7 n 0 7 0 n F C 0 K F I 1 0 : A
0 °
100nF C7A4
L O W P A S S
2 R 2 K 6 1 6 %
C I 1 0 : B
R63 100K
C 1 4 A
C I T 8 : L A 0 7 2
10K 1%
T L 0 7 2
6 8 n F
( C H 0 3 ° )
1 R 0 7 K 3 1 %
2 R 2 4 K A 1 %
R82B 100K SINCR_CH1
2 2 u F / 2 5 V
- B _ ( - 3 0 . 5 V D C )
1 N 4 1 4 8
5V6 DZ5B
D 1 6 B
3 R 3 8 0 4 R B 1nF C79B 3 K 3 1 R K 1 8 9 2 2 WB
1 0 0 p F
C 5 2
2 2 K 1 R % 9 1
R 1 3 5 B
100K R90B
4 7 u F / 2 5 V
22uF/25V
C24B 100nF
B C Q 1 3 9 2 B 7
100K
R94B 100R
R131B
1 n F 5 % 1 n F 5 %
R145B 220R 1% 1nF 5%
C 8 0 B
22uF/25V
C 2 6 B
DZ23B
C19B
5V6
R88B
C27B
15K
R 1 8 3 K 9 2 B 1 %
100nF
R191B 1K8 2W
I R S 2 0 9 2 2K2 R137B 33K
R 1 8 2 6 K B 2 1 % 22uF/25V R 1 4 6 B R34B
TIP41C
R35B
2 2 u F
A R Q U I V O
D A T A
0 3 / 0 1 / 2 0 1 1
F O L H A
P F R O O A L J 3 H E A T O
G I V A L D O
D E S E N H O
W e d 3 aM A y D D 0 I L E 4 S , 7 2 O N 0 1 1
P R O D U T O
T S 1 2 0 0 .1 A X M 4 P _R L 1 . C H 1 B L O C O
R E V
T A R A M P S E L E T R Ô N I C A L T D A
R104B D11B
B Y V 2 7 -2 0 0
1 0 R 1 / 4 W
D 1 4 B
R86B RX1
D Z 6 B
2 2 u F / 2 5 V
1N4937
1 R 0 7 K 8 1 B %
1 5 V
R110B
220R 2W
10K
R89B 10K
4R7 1/4W
C I R C U I R I T C D S O 4 2 D 4 B B 0 9 E 2 B - B I _ A ( S - 3 D 0 . O 5 V D C ) 1 5 V 1 W
R 2 1 2 2 R 8 B
R 2 9 2 5 R B 1
470nF/250V
1
C59B 2
2
3
3
IRFB5620
IRFB5620 100nF/250V C41B
470nF/250V C62B
C99B
R56B 10R
150pF/250V
D8B
D9B
1N4937
CP8B 1uF/250V C46B
- B _ ( - 3 0 . 5 V D C )
100nF/250V
1N4937
2 2 u H
R99B 10R 1W R102B 2K2
+ - B - + 2 T R L
1 1 @ 7 R V r m s
+ B _ ( + 3 0 . 5 V D C )
R82 100K
MMBT3904
2 2 u F / 2 5 V
E C
Q 4
B
820R R46
4K7 R45
100nF/50V C15
R16
B
MMBT3906 R48
C E
10K
10K
Q15 R40 4K7
T E 1 N 5 S , 9 Ã O V O V C A P C L T A
BZX79C43 23K2 1% DZ13
E C
10K
R 4 2
B
MMBT3906
1 0 K
Q 1 4
E
Q C 1 B 6
MMBT3904 E
- B _ ( - 3 0 . 5 V D C )
1 N 4 1 4 8
MMBT3906
R30
R41
P R O T E Ç Ã O O T T P É R M I C A 5V6 DZ5
D 1 6
B
Q 8
10K
4 7 K
B A 1 I 0 X U , 6 A P V T C E V C N S Ã O
3 3 0 u F / 2 5 V
1 R 0 4 3 K R 3 2
3 3 R 0 8 R 4 1nF
1 R K 8 1 2 9 W2
2 2 K 1 R % 8 5
R 1 3 5
100K R90
1K
C24 100nF
R131
1 n C F 5 8 % 0 1 n F 5 %
220R 1% 1nF 5%
22uF/25V
C 2 6
DZ23
C19
5V6
R88 BZX79C20 DZ11
B C Q 1 3 9 2 7
100K
R94 100R
1 R 1 R 0 3 0 3 0 8 0 K 7 K
P R R O E T D
4 7 u F / 2 5 V
22uF/25V
R145
1 0 0 R K 4 4
C79 3 K 3
1 0 0 p F
C 5 0
R97
P R O T E D Ç C Ã P O D C
C
R31
SINCR_CH2
C27
15K
R191 1K8 2W
100nF
R 8 1 K 3 2 9 1 %
I R S 2 0 9 2 2K2 R137 33K R89 10K
R 1 8 2 K 6 2 1 %
R34
TIP41C
0 3 / 0 1 / 2 0 1 1
F O L H A
G I V A L D O
D E S E N H O
W e d 4 aM A y D D 0 I L E 4 S , 7 2 O N 0 1 1
P R O D U T O
T S 1 2 0 0 .1 A X M 4 P _R L 1 . C H 2 B L O C O
R E V
T A R A M P S E L E T R Ô N I C A L T D A
C I R C U I R I T O D S 2 4 0 D 9 E 2 B I A S D O
1 5 V 1 W C 4
- B _ ( - 3 0 . 5 V D C ) P F R O O A L J 3 H E A T O
D 1 4
R86 RX2
D Z 6
2 2 u F / 2 5 V
1N4937
1 0 R 7 K 8 1 %
1 5 V
4R7 1/4W
10K
D A T A
B Y V 2 7 -2 0 0
R110
R35
A R Q U I V O
D11
22uF/25V R 1 1 0 4 R 6 1 / 4 W
220R 2W
2 2 u F
R104
2 R 2 1 2 R 8
2 R 2 9 R 5 1
470nF/250V
1 2
C59 2
3
3
IRFB5620
IRFB5620 100nF/250V C41
470nF/250V C62
C99 150pF/250V
R56 10R D8
D9
1N4937
1N4937
2 2 u H C46 100nF/250V
- B _ ( - 3 0 . 5 V D C )
R99 10R 1W
CP8 1uF/250V R102 2K2
J U M P _ C H 2
+ B _ ( + 3 0 . 5 V D C )
R82C 100K SINCR_CH3
2 2 u F / 2 5 V
- B _ ( - 3 0 . 5 V D C )
MMBT3904 E
Q 4 C
B
C
C15C
820R R46C
4K7 R45C
100nF/50V
R16C
B
MMBT3906 R48C
C E
10K
10K
Q15C R40C 4K7
T E 1 N 5 S , 9 Ã O V O V C A P C L T A
BZX79C43 23K2 1% DZ13C
E
Q C 1 B 6 C
MMBT3904 E
B
10K
4 7 K
B 1 A X 0 I , 6 A U V T P C E V C N S Ã O
C79C 3 K 3 1 R K 1 8 9 2 2 C W
2 2 K 1 %
R 1 3 5 C
100K
1 0 0 R K 4 4 C
R90C
1K
D 1 6 C
4 7 u F / 2 5 V
22uF/25V
C24C
R131C
1 n F 5 % 1 n F 5 %
R145C 270R 1% 1nF 5%
C 8 0 C
22uF/25V
C 2 6 C
DZ23C
C19C
5V6 C27C
18K
R 1 R 1 3 3 0 8 0 7 0 C K C 0 K
B Q C 1 3 9 2 C 7
100K
R94C 100R
P R O T E D Ç C Ã P O D C
P R R O E T D
R88C
3 3 0 u F / 2 5 V
R 9 2
R98
1 N 4 1 4 8
C
Q 8 C R 4 1 3 0 C K R 3 2 C
R31C
B
MMBT3906
1 0 K
E Q 1 4 C
1 0 0 p F
C 5 3
1nF
100nF
C
10K
R 4 2 C
5V6 DZ5C
MMBT3906
R30C
R41C
P R O T E Ç Ã O O T T P É R M I C A
3 R 3 8 0 4 R C
R 8 1 K 3 2 9 1 C %
100nF
R191C 1K8 2W
I R S 2 0 9 2
BZX79C20 DZ11C
2K2 R137C 33K
R 1 8 2 6 K C 2 1 % 22uF/25V R 1 4 6 C R34C
TIP41C
R35C
- B _ ( - 3 0 . 5 V D C )
0 3 / 0 1 / 2 0 1 1
F O L H A
G I V A L D O
D E S E N H O
W e d 5 aM A y D D 0 I L E 4 S , 7 2 O N 0 1 1
P R O D U T O
T S 1 2 0 0 .1 A X M 4 P _R L 1 . C H 3 B L O C O
R E V
T A R A M P S E L E T R Ô N I C A L T D A
1 0 R 1 / 4 W
C I R C U I R I T O S D 2 4 0 D C 9 E 2 B I A S D O 1 5 V 1 W
C 2 4 2 C u F
P F R O O A L J 3 H E A T O
B Y V D 2 1 7 4 -2 0 C 0
R86C RX3 1 R 0 7 K 8 1 C %
D Z 6 C
2 2 u F / 2 5 V
1 5 V
D11C 1N4937
4R7 1/4W
10K
D A T A
R104C
R110C
220R 2W
A R Q U I V O
R89C 10K
R 2 1 2 2 R 8 C
R 2 9 2 5 R C 1
470nF/250V
1 2
C59C 2
3
3
IRFB5620
IRFB5620
100nF/250V C41C
470nF/250V C62C
C99C 150pF/250V
R56C 10R D8C
D9C
1N4937
1N4937
2 2 u H C46C 100nF/250V
- B _ ( - 3 0 . 5 V D C )
R99C 10R 1W
CP8C 1uF/250V R102C 2K2
J U M P _ C H 3
+ B _ ( + 3 0 . 5 V D C )
R82A 100K SINCR_CH4
2 2 u F / 2 5 V
- B _ ( - 3 0 . 5 V D C ) 5V6 DZ5A
1 N 4 1 4 8
D 1 6 A
3 R 3 8 0 4 R A
1 0 0 p F
C 5 1
1nF C79A 3 K 3 1 R K 1 8 9 2 2 WA
2 2 R K 8 1 7 %
R 1 3 5 A
100K R90A
4 7 u F / 2 5 V
22uF/25V
C24A 100nF
B C Q 1 3 9 2 A 7
100K
R94A 100R
R131A
1 n C F 8 5 0 % A 1 n C F 2 5 6 % A
R145A 220R 1% 1nF 5%
22uF/25V
DZ23A
C19A
5V6
R88A
C27A
15K
R 1 8 3 K 9 2 A 1 %
100nF
R191A 1K8 2W
I R S 2 0 9 2 2K2 R137A 33K
R 1 2 6 A
22uF/25V R 1 4 6 A R34A
- B _ ( - 3 0 . 5 V D C )
0 3 / 0 1 / 2 0 1 1
F O L H A
G I V A L D O
D E S E N H O
W e d 6 aM A y D D 0 I L E 4 S , 7 2 O N 0 1 1
T S 1 2 0 0 .1 A X M 4 P _R L 1 . C H 4 B L O C O
R E V
T A R A M P S E L E T R Ô N I C A L T D A
C I R C U I R I T S O D 2 4 0 D A 9 E 2 B I A S D O
1 5 V 1 W
C 2 2 4 u A F
P R O D U T O
B Y V 2 7 -2 0 0
D 1 4 A
R86A RX4 1 R 0 7 K 8 1 A %
D Z 6 A
2 2 u F / 2 5 V
1 5 V
D11A 1N4937
4R7 1/4W
10K
P F R O O A L J 3 H E A T O
1 0 R 1 / 4 W
R110A
R35A
D A T A
R104A
TIP41C
220R 2W
A R Q U I V O
R89A 10K
8 K 2 1 %
R 2 1 2 2 R 8 A
R 2 9 2 5 R A 1
470nF/250V
1
C59A 2
2
3
3
IRFB5620
IRFB5620 100nF/250V C41A
470nF/250V C62A
C99A 150pF/250V
R56A 10R D8A
D9A
1N4937
CP8A 1uF/250V C46A
- B _ ( - 3 0 . 5 V D C )
100nF/250V
1N4937
2 2 u H
R99A 10R 1W R102A 2K2
+ - B - + 2 T R L
1 7 1 @ V R r m s
+ B _ ( + 3 0 . 5 V D C )
+ B _ ( + 3 0 . 5 V D C ) 1 0 u F
C F E 3 C
4 7 R
G N D
R E M
1 N 4 1 4 8
D F 2 C
+ 1 2 V
C 1 1 0 1 0 7 n R R * R C F 4 1 1 4 1 * * K 0 0 K 0 * 3 7 5 7 5 C C C 1
C 8 1 K 1 8 3 2 n C 3 1 % 5 % R R 1 1 0 0 7 6 C C
C 4 F 7 E u 2 F C R 4 1 K 0 2 7 D
S G 3 5 2 5
1 0 0 n F
C 1 1 6 C
1 0 0 n F
C 1 2 0 C
4 7 u F C F E 4 C
R 1 0 1 C
Q 1 C
10nF C115C
1 K
B C
E BCP56
4 7 u F
1K R119 Q 5
1 N 4 1 4 D 8 5
1K
27R
BC 640
R105
D 3
R118 Q 3 R109
BC 640
R103 6K8
6K8
27R R117
IRF1404
C48
27R
68nF
R100
R108
C66
27R 1W R130
68nF
IRF1404 27R 1W R133
R116
6A10
6K8 R101
4700uF 6K8
1 N 4 1 4 8
27R
4700uF
C F 8 1 0 0 n F
R F 1 1 K 4
C47
IRF1404 27R 1W
4 ESPIRAS FIO 12AWG
R129
68nF
F 0 I 9 O E 1 S 2 P A I W R A G S
1 6 D T A
R 2 8
47uF
A R Q U I V O
D A T A
0 3 / 0 1 / 2 0 1 1
F O L H A
P F R O O A L J 3 H E A T O
G I V A L D O
B L O C O
F O N T E
P R O D U T O
T S 1 2 0 0 .1 X _4 R 1
D E S E N H O
W e d 7 aM A y D D 0 I L E 4 S , 7 2 O N 0 1 1
R E V
T A R A M P S E L E T R Ô N I C A L T D A
C64
2 7 0 R R 7 5 5 W
R 2 9 C63
2 7 0 R 5 W
C61
IRF1404
68nF
27R 1W R132
1 6 D T
R 8 1 K 9 2 3 1 %
1 C 2 1 0 0 p 0 F
R 7 4
47uF
100nF CP5
100nF CP6
15V 1W D2
15V 1W D1
@ C O 1 N 2 S , 6 U V C M C O = E 1 M , 5 R 5 E A P m O p U S O
C101 220nF
5V6
4 CE28 X 2 2 0 CE29 0 u F / 5 0 CE32 V CE34
- B _ ( - 3 0 . 5 V D C )
CE30
4 X 2 CE31 2 0 0 u F CE33 / 5 0 V CE35
+ B _ ( + 3 0 . 5 V D C )
DZ7
3 R K 1 9 9 4 S I N C R _ C H 4
S I N C R _ C H 3
S I N C R _ C H 2
S I N C R _ C H 1
+ B _ ( + 3 0 . 5 V D C )
1
3 2
1 B C 3 3 7
3
1N4148
2
B C 3 3 7
2 1
7 8 1 2 3
1 N 4 0 0 7
100nF 1 0 0 u F
5V6
1 N 4 0 0 7
1 N 4 0 0 7
1 N 4 0 0 7
1 N 4 0 0 7
0.22uF 250V
470uF 50V 2
1 3
BC337
100nF 100nF
0.22uF 250V 2
18V
100nF
1 3
10uF
3
1 N 4 1 4 8
B C 3 3 7
100nF
1
2
2
7 8 1 2
100nF 1 0 0 n F
3
4 7 u F
I C 3 : C
OVER
V S I B 2 5 8 0
1
I C 3 : B
ON
I C 3 : D
22uF
I C 3 : A
I C 3 : F
I C 3 : E
1 0 0 n F
1 0 0 n F
100nF
100nF 1 0 0 u F
100nF
10uF
10uF
15V
100nF
100nF 10uF
10uF
15V B Y V 2 7 -2 0 0
100nF
15V
1
1N4937
15V
1N4937
B Y V 2 7 2 0 0
B Y V 2 7 -2 0 0
1
15V
15V
2 3
15V
B Y V 2 7 2 0 0
2
15V
1
1
3 2 3
2 3
2 3
1 2 V
1 N 4 1 4 8
2,2uF 400V 1
2,2uF 400V
TL431
C F 1 8
100nF
1 N 4 1 4 8
S 1
4K7
127 / 220V AC
N
T
F
T R 1
18K
3 0 A
47uF 10K
L M 3 9 3
1N4148
3 2
1
B C 3 3 7
2K2
5V6
820R
1 N 4 0 0 7
1
C I 5 : B
7 8 1 2
2
3
100nF
1 N 4 0 0 7
1 N 4 0 0 7
1 N 4 0 0 7
470K
470uF 50V
10K
L 1
100nF
1 K 47uF
47uF
1K5 2W
1
3
0.22uF 250V
BC337
18V
180R 1% 150R
T I P 4 1 C
3
4 K 7
1 K
1
2
2 2 0 u F 3 5 V
100uF
10K
2 2 K
BC327
1 0 0 u F
1 N 4 1 4 8
2 2 K
C I 3 : A
L M 3 9 3
1 0 0 K
1 0 n F
3 K 0 1 1 %
6 n 8
2 3
0.22uF 250V
100nF
1 0 0 u F
2
1
250V
4 K 7
4 7 u F
S G 3 5 2 4
1 0 K
100nF
1 0 0 n F
7 1 2
V S I B 2 5 8 0
1
2 8 100nF
2 R 5 2 0 A
3
47uF 100nF
1 0 0 n F
10K
NTC 10K
1K 10K
1 0 0 n F
4 7 u F
J 1 R C 2
1 N 4 1 4 8
1K 2200uF 200V
2 2 0 0 u F 2 0 0 V
18K
2K7 100nF
IR2110 100nF
C I 3 : B
100nF 100nF 10uF
T E M P
15V
10uF 10K
2K2
O N
0R10 5W
1
15V
0R10 5W
1 N 4 1 4 8 1
15V
2
3
0R10 5W
10K
2 7 R
2
3
IRGP4063D
IRGP4063D
0R10 5W 2,2uF 400V
100R 5W
1nF 1KV
100R 5W
1 9
2 0
T 1
1nF 1KV
F O N T E
F O N T E C H A V E A D A T H V -1 0 A
T A R A M P S E L E T R O N I C A L T D A .
1 N 4 9 3 7
1 N 4 9 3 7
1 N 4 9 3 7
1 N 4 9 3 7
MUR1660
1nF 1KV
220uF 35V
MUR1660
100R 5W
1nF 1KV 1
2
TL431
1nF 1KV
1 0 0 R 5 W
180R
MUR1660
1nF 1KV 6,8uF 250V
7 8 1 2
3 5 u H
1000uF 250V
3
C O + O - L E R S
P C 8 1 7
620R
MUR1660
1 0 0 R 5 W
1000uF 250V
1N4937 1N4937
225V DC / 10A
100K 1W
6 , 8 u F 2 5 0 V
1N4937
15V
1 N 4 1 4 8
2 7 R
1K
100K 1W
10uF
1K8 1%
6 8 K 1 % 5 6 K 1 % 5 6 K 1 %
1 5 V
T H 1
L O W I N
LOW IN
1 R 3 9 K 3 5 2 C 2 4 p 3 F C 3 9
1 0 0 n F
C 6 1
1 0 0 n F
C 2 2 C 2 0 C 1 3 C 2 3
1 0 0 n F 1 0 0 n F 1 0 0 n F 1 0 0 n F
C 1 6 C 6 0 C 1 8 C 1 7 C 2 4 C 2 5
M I D R 1 L 1 3 K 3 3 O 8 W I C57 N
1 0 0 n F 1 0 0 n F
1 0 0 n F 1 0 0 n F
1 0 0 n F
LL4148
D4
D3
C I 6 : A
1 0 u F
M A X F R E Q 4n7
68nF
6 8 n F
5 6 R K 1 1 3 % 4
2 C 2 p 5 F 8
C E 4 0
C P 2 3
T L 0 7 2
1 0 u F
C P 2 5
47nF
TPE1:A 50KB 18K
CP12
R13
T L 0 7 2
1 0 u F
F O L H A 1 D E
3
D E P S A E U N L H O O / A D I L S O N
R 2 4
R 8 9
1 0 C 4 p 5 F
1 0 C 4 p 6 F
1 2 K
100K
T L 0 7 2
R31
R28 5 R K 2 6 9 2 C 2 p 5 F 9
T L 0 7 2
4 7 0 R
100K
1 0 u F
R19
470R
T L 0 7 2
C E 2 7
C I 8 : B
M I D -L O W O U T
2,2uF
47K
CE26
R35
C I 3 : B
R18
L O W O U T
R32 5K6
C E 2 3
POT2:A 20KB
T A R A M P C R S O S E S L O V E E T R R 4 V O I A N S I R C 3 A L T R D E V A . .
R 8 6 1 0 K
C P 1 1
4 7 n F
C I 3 : A
T L 0 7 2
1 0 R 1 K 3 3 C I 8 A T : L 0 7 2
1 0 C p 3 F 1
1 R 8 1 K 2
C E 4 1
1 R 1 0 3 K 7
R 4
5 T 0 P K E B 1 : B
4 n 7
POT11:A 50KB
1 0 K
C I 4 : B
C I 7 : A
T L 0 7 2
3 R K 9 3 9
C I 1 : B
1 C 0 E u 2 F 8
R 8 8 K 7 2
2 R 2 1 K 3 1
3K3
2 C 2 p 4 F 4
R 1 8 0 3 K
P 5 O 0 K T B 3 : A
POT3:B 50KB R100
R 9 2 5 6 K 1 %
C I 6 : B
C I T 4 A L : 0 7 2
5 T 0 P K E B 2 : B
CP24
CP26
P R O D U T O
D1
R 1 3 0 K
2 2 R K 9 1
C I 1 T : L A 0 7 2
P F O R O L H J A E T G O B T I V L h A O u L C S D O e O p L 1 O 6 W , 2 / 0 M 1 0 I D
D2
5 5 3 2
LL4148
5 5 3 2
TPE2:A R98 50KB 22K
D A T A
LL4148
1 1 3 0 K 1 3
M I N F R E Q
A R Q U I V O
LL4148
22pF R
1 0 0 n F
1 3 R K 9 3 3
100KB POT1:A
1 K
1 C n P F 7
R 1 7
100nF
1K8 CP8
CE29
R 3 0
C I 7 : B
1 0 u F
4 7 0 R
G N D
R E M
+ 1 2 V
C N 3
D 7
S 1 M
S D 1 1 M 0
220uF 16V
1 R 0 6 K 1K R8 B E
100nF C10
Q 9
1K
C
R14
MMBT3904
B
220uF 16V C
MPSA29
1 R 0 3 K 8
M U R S 1 2 0 T 3
C 4 P 3 n 5 7
M U R S 1 2 0 T 3 4 7 0 u F / 3 5 V
D 1 4
D 1 3
470uF/35V 100nF C55
E
C
S
7 9 L 1 5
100nF C12
E
C
S
47uF 16V
47uF 16V
CE31
CE32
ON R10 3K9
M P S A 2 9
Q 1 1
1 C 0 5 0 6 n F
1 C 0 1 0 1 n F
F O N T E
T R A F O
T 2
R 1 3 K 7
T A R A M P S E L E T R O N I C A L T D A .
BCP53
10nF
Q 1 0
C P 4 4 n 1 7
E
R36 10R
CP32
Q 4
7 8 L 1 5
1 R 0 3 K 9
MID HIGH / HIGH
R
L
1 R 3 1 K 3 2 4
C49 22pF
C47 22pF
1 R 3 1 K 0 3 6
1 R 3 1 K 1 3 0 LL4148
LL4148
D8
D9
R 1 0 8 5 6 K 1 %
C I 5 : 5 A 5 3 2
POT8:B 50KB
H I G H P A S S
1 0 u F
C P C 3 P 6 4 0
R118
R 1 1 6
4 n 7
MIN. FREQ POT5:B
3 9 K
R105 1K
T L 0 7 2 C I 1 2 : B
POT9:B 50KB
R 1 2 5
C E 3 6
T L 0 7 2
1 0 K
T C L 2 0 I 7 : 2 B
2 C 2 5 p 1 F
1 0 u F
R 1 2 6
R 4 7 3 0 4 R
2K2 R115
CP33 C P 3 9
4 n 7
R 1 1 4
3 9 K
1 0 K
5 0 K B
R107 3K3
3n3
1 0 K
C I 2 : A
R 1 2 7 1 0 K
2 C 2 5 p 3 F
POT6:A
5 0 K B
3 P n 3 3 0
A D R A Q T U A I V O T h u S e p 1 6 , 2 0 1 0 F O L H A 3 D E 3
P R O J E T G O I V A L D O
D E S P E A N U H L O O / A D I L S O N
F P T O R A L O H D R A U A T B O M L O C P C R O O S S E S O L M V E I E D T R H R 4 I G V O H I A / S N H R I I G 3 C H R E V .
A L T D A .
C 2 7 C 2 6 C 3 0 C 3 5 C 3 7
1 0 0 n F 1 0 0 n F 1 0 0 n F 1 0 0 n F 1 0 0 n F
C 2 9 C 2 8 C 3 3 C 3 6 C 3 8
C
R 1 2 9
1 0 K
C I 1 1 : A
T L 0 7 2 4 7 0 R
1 0 0 n F 1 0 0 n F 1 0 0 n F 1 0 0 n F 1 0 0 n F 1 0 0 n F
H I G H O U T ( R )
H I G H O U T ( L )
C I 1 0 : B
1 C 0 E u 3 F 9
470R
C 3 4
C I 9 : B
2 R K 1 2 1 3
MAX FREQ
R 2 2
1 0 0 n F
22nF
POT7:A 50KB
R33
C 3 2
2 2 n F
CP28
T L 0 7 2
R 4 7 2 0 3 R
2 C 2 5 p 2 F
R102 1K
T L 0 7 2
CP31
1 C 0 E u 3 F 8
R 1 2 8
MIN. FREQ POT5:A
C I 1 2 : A
POT9:A 50KB
T L 0 7 2
T C L I 1 0 1 7 : 2 B
C I 5 : B
5 R 6 1 K 0 1 3 %
C E 3 4
4n7
T L 0 7 2
C E 3 7
R 1 1 2 1 0 K
D5
5 5 3 2
C I 1 0 : A
POT7:B 50KB
R 1 1 1 1 0 K
3 R 9 1 K 1 9
3 C n P 3 3 7
R117
3n3
H I G H P A S S
2 R K 1 2 2 0
MAX FREQ POT6:B 3K3 50KB
C P 3 4
D6
2 C 2 5 p 0 F
POT8:A 50KB
C P 2 9
CP38
C I 9 : A
LL4148
1 0 u F
22nF
5 0 K B
T L 0 7 2
1 0 u F
2 2 n F
LL4148
C E 3 5
4n7
2K2
1 R 3 1 K 0 3 9
M I D H I G H O U T ( R )
M I D H I G H O U T ( L )
1 0 R 1 K 3 0
2 C 2 5 p 4 F
C P 2 7
M I N 3 R 9 1 F K 0 R E 4 Q
2 C 2 4 p 8 F
G N D
R E M
+ 1 2 V
1 N 4 0 0 7
1 N 4 0 0 7
220uF
1 0 K M P S A 2 9
1K
100nF
1K
B
220uF C
E
MPSA29
BD140
10R
T R A F O
10nF
4 n 7
1 0 K
M P S A 2 9
1 0 0 n F
4 n 7
1 K
1 N 4 9 3 7
1 0 0 n F
F O N T E
T A R A M P S E L E T R O N I C A L T D A .
1 N 4 9 3 7 4 7 0 u F / 3 5 V
4 7 0 u F / 3 5 V 100nF
E
7 9 L 1 5
C
100nF E
7 8 L 1 5
C
S
S
47uF
47uF
ON
3K9
1 0 K
LOW IN
1 3 K 3
22pF
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F
1 0 0 n F 1 0 0 n F
1 3 K 3
M I D 1 3 L K O 3 W I N
22pF
1N4148
1 3 K 3 1N4148
1 0 0 n F 1 0 0 n F
5 6 K 1 %
C I 6 : A
5 5 3 2
2 2 p F
T L 0 7 2
68nF
22K
6 8 n F
T L 0 7 2
5 0 K B T L 0 7 2
2 2 K
M A X F R E Q 4n7
4 n 7
47nF
T L 0 7 2
50KB
C I 8 A T : L 0 7 2
F O L H A 1 D E 3
D E S P E A N U H L O O / A D I L S O N
T A R A M P S E L E T R O N I C A L R T E D V . A .
1 0 p F
18K
5K6
T L 0 7 2
100KB 2,2uF
2 2 p F
T L 0 7 2
4 7 0 R
100K
C I 3 : B
470R
1 0 u F
T L 0 7 2
C I 7 : B
4 7 0 R
100nF
5 K 6
20KB
F P O R L O H D A U T B O L O C C R O O S L S O O W V / E M R I D 4 V I A S R 3
1 2 K
100K
1 0 K
1 0 p F
8 K 2
1 0 u F
1 0 K
P R O J E T G O I V A L D O
1 0 K
4 7 n F
C I 3 : A
T L 0 7 2
1 0 u F
A D R A Q T U A I V O F r i M a y 2 8 , 2 0 1 0
C I 4 : B
1 8 K
3K3
50KB
1 0 p F
1 0 K
5 0 K B
3 K 3
C I 1 : B
C I 4 : A
C I 7 : A
T L 0 7 2
5 0 K B
50KB
1 0 u F
1 0 K
2 2 K
50KB
2 2 p F
5 6 K 1 %
1 0 K
1 0 u F
M I N F R E Q
C I 6 : B
5 5 3 2
1N4148
1N4148
C I 8 : B
1K8
47K
1 K
1 n F
1 0 u F
