DATA
ARQUIVO
PROJETO
FOLHA
A2_1
PRODUTO
TARAMPS ELETRÔNICA LTDA
CE3
10uF
22K 1%
22K 1%
R15
R17
R9
22K 1%
68nF
10R
68nF
CI3:B
R32
33K
C9
TL072
R11
47K
C43
560pF
100nF
10R
R49
C42
560pF
22pF
TL072
CI4:B
C30
C8
CE4
C11
6n8
33nF
C10
HIGH PASS
100nF
C32
100nF
C31
100nF
C47
100nF
CI1:B
10uF
R24
FULL
c
4,7uF
47pF
C26
C34
100nF
C33
5532
8K2
33K
R18
R14
33K
TL072
CI2:B
CE6
C24
C22
3 1
19
24
13 18 23
20
R39
10R
MURS120T3
R43
27R 1W
22pF
1K
R22
22K
LOW PASS
1nF
R31
220pF
4
D2
C12
47K
6K8
470nF
21
C57
100nF
100nF
C45
C50
100nF
100nF
C51
R28 3K3
3K3
C14
R16
33K
2K2
R13
C48
100nF
100nF
C49
C29
100nF
R48
22K 1%
R12
GAIN
68nF
C13
R29
C25
C21
6K8
470nF
C23
5
C39
15nF
D4
MURS120T3
10uH
L2
220pF
ENTRADA CH2
R44
2K2
R10
R8
33K
100nF
100nF
1nF
C20
1nF
R33
C17
11
2
TDF8591TH
CIP1
22
15
MURS120T3
100nF
R42
C46
C15
C55
C56
C19
R30
470nF
C16
C38
D1
27R 1W
4R7 1W
ENTRADA CH1
1
R19
68nF
C7
68nF
C6
TL072
1nF
6K8
220pF
9
16
15nF
MURS120T3
10uH
10uF
CE2
R2
22K 1%
R3
22K 1%
22pF
C1
5532
CI1:A
10uF
CE1
8K2
TL072
CI4:A
33K
R7
CI3:A
R27
47K
CE5
4,7uF
6K8
R25
470nF
C18
100nF
8
D3
C27
10 6
12 7
100nF
C28
100nF
C37
14
100nF
C35
17
100nF
C36
R38 560pF
10R
22K 1%
R1
22pF
R20
R21
1K
C4
C3
HIGH PASS
C41
560pF
C2
6n8
33nF
GAIN
FULL
c
5V6
DZ1
100uF
CE8
47uF/63V
CE7
C40
22K 1%
22K
33K
33K
TL072
CI2:A
R4
R5
R6
LOW PASS
6K8
120pF
C54
6K8 1%
R36
IC1
68nF
C5
220nF
C44
DA FONTE
5V6
DZ4
3K3
R37
+25V
120R 2W
R41
DZ2
15V
47uF
CE9
R50
5K6
47K
R26
10R
R46
10R
R47
R34
6K8
R35
CE22
220uF/35V
100nF
C52
CE21
C53
100nF
VSS
220uF/35V
VDD
-25V
120R 2W
R40
DZ3
15V
47uF
CE10
LED AZ
GIVALDO
24/09/2010
FOLHA
Fri Jan 07, 2011
ADILSON
1
DE
3
BLOCO
Ampli-A
DESENHO
T400 X4 SMD R3
REV
1uF/63V
CP2
-
+
OUTPUT CH2
1uF/63V
CP1
-
OUTPUT CH1
LED AZ
-15V
+
+15V
CE13
10uF
INPUT CH4
220pF
C72
INPUT CH3
CE12
10uF
DATA
ARQUIVO
24/09/2010
FOLHA
Fri Jan 07, 2011
2
DE
3
PROJETO
GIVALDO
DESENHO
ADILSON
A3
Ampli-B
FOLHA
BLOCO
T400 X4 SMD R3
2K2
R68
C106
100nF
C107
100nF
PRODUTO
TARAMPS ELETRÔNICA LTDA
REV
33K
R65
C92
C58
C61
6n8
33nF
C60
22pF
4,7uF
CE15
C82
CI8:A
c
100nF
C94
100nF
C93
100nF
22K 1%
CI5:A
10uF
CE11
TL072
R57
CI6:A
FULL
100nF
100nF
C83
47uF/63 V
560pF
560pF
R71
R52
5532
33K
33K
TL072
C99
C100
22K 1%
R51
22K 1%
R56
22pF
C59
8K2
R74
1K
22K
GAIN
3K3
R82
68nF
C62
R58
LOW PASS
R72
47K
R91
10R
10R
R92
DZ5
CE17
5V6
100uF
CE18
6K8
R85
R86
6K8
CE19
220uF/3 5V
100nF
C96
100nF
C95
VSS
220uF/35V
CE20
VDD
22K 1%
22K 1%
R69
R67
R61
22K 1%
22pF
C65
C112
100nF
100nF
C103
100nF
C108
C109
100nF
R78
3K3
68nF
C71
33K
C66
68nF
R63
TL072
CI7:B
HIGH PASS
47K
R81
100nF
C86
10R
R93
C102
560pF
6n8
C68
33nF
C67
C87
100nF
R94
10R
C101
560pF
CI8:B
c
FULL
CI5:B
R75
TL072
CI6:B
5532
10uF
8K2
33K
R70
33K
R66
TL072
4,7uF
CE16
C81
C91
100nF
C89
100nF
C88
100nF
C90
MURS120T3
100nF
C105
CE14
68nF
LOW PASS
47pF
22pF
1K
R73
C70
100nF
1uF/63V
C69
47K
C79
3 1
19
24
13 18 23
20
10R
R88
D6
CP3
22K
R79
6K8
470nF
C77
27R 1W
R90
22K 1%
R64
GAIN
R62
2K2
C110
100nF
100nF
C111
C80
1nF
R83
6K8
220pF
4
21
MURS120T3
10uH
OUTPUT CH4
R60
33K
1nF
R84
470nF
5
C98
15nF
D8
-
C64
C63
C85
C84
C78
2
TDF8591TH
22
MURS120T3
100nF
C104
CP4
+
4R7 1W
R45
68nF
33K
R59
68nF
TL072
CI7:A
47K
R77
C76
1nF
1nF
6K8
R80
470nF
C74
220pF
C73
11
9
15
15nF
C97
D5
27R 1W
R89
-
+
OUTPUT CH3
R76
16
10uH
1uF/63V
R55
22K 1%
HIGH PASS
6K8
470nF
C75
8
10 6
12 7
14
17
R87
10R
D7
MURS120T3
L1001
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