INPUT= (160mV)
-13,69dBu
10R 1W
R33
-15V (PRE)
470nF
330uF/25V
47uF/25V
C39
C40
47uF/25V
C38
C94
470nF
C37
C93
330uF/25V
R27
2K2 1%
C31
100nF
+15V (PRE)
R26
33K
(CH2)
(CH1)
R
L
0°
10R 1W
10uF
R32
LP60-010
PPTC2
C19
100nF
100nF
C20
22K
68nF
C28
68nF
C29
R25
33K
C26
6n8
CI4:B
TL072
33nF
C27
18K 1%
R18
22pF
TL072
C17
33K
33K
CI4:A
R23
R24
C21
22uF
R17
18K 1%
R16
18K 1%
22pF
CI1:B
5532
68nF C25
18K 1%
R19
C18
180°
C12
2K2 1%
R12
R11
33K
C13
100nF
220pF
C3
C11
68nF
68nF
CI3:B
10uF
18K 1%
R2
18K 1%
R1
18K 1%
R3
22pF
C4
5532
LEVEL
22K
R10
TL072
6n8
33K
C9
33nF
C10
C6
22uF
33K
R8
C8
33K
R9
68nF C36 10pF
CI3:A
TL072
C5
CI1:A
18K 1%
R4
22pF
180°
100nF
C30
180°
22uF
C32
4K99 1%
R39
R13
47K
R31
C82 10pF
23K2 1%
CI5:B
TL072
180°
100R
DATA
ARQUIVO
PROJETO
PRODUTO
FOLHA
R14
100nF
C14
C34
100nF
100nF
C35
A3
TARAMPS AMPLIFICADORES
BLOCO
GIVALDO
14/07/2011
TS-600 X4 R6
10nF
C16
(CH2)
PRE OUT
0°
10nF
C33
HIGH PASS
180°
C15
CI5:A
TL072
100R
PRE OUT
LOW PASS
22uF
12K 1%
R28
R29
68K 1%
R30
(CH1)
PRE (CH1/CH2)
FOLHA
DESENHO
ADILSON
1
DE
REV
6
INPUT= (160mV)
-13,69dBu
0°
(CH4)
(CH3)
R
L
R67
2K2 1%
C79
100nF
47uF/25V
C91
C92
47uF/25V
68nF
R66
33K
R58
18K 1%
10uF
C42
R57
18K 1%
R56
18K 1%
LP60-010
PPTC1
220pF
C43
10uF
C41
18K 1%
R35
R36
18K 1%
18K 1%
R37
C66
22pF
22pF
CI6:B
5532
18K 1%
R59
C44
22pF
5532
C67
6n8
C49
C50
33nF
LEVEL
22K
22uF
22K
68nF
C77
C78
33K
CI9:B
TL072
C75
R65
6n8
C76
33nF
C70
33K
R63
33K
R64
CI9:A
180°
68nF
C51
68nF
R45
33K
C52
R44
33K
CI8:B
TL072
C74
R46
2K2 1%
68nF
TL072
100nF
C53
C46
22uF
33K
R42
68nF
R43
33K
C48
CI8:A
TL072
C45
CI6:A
18K 1%
R38
22pF
180°
FULL
C80
100nF
HIGH PASS
180°
C81
TL072
CI7:A
LOW PASS
22uF
12K 1%
R75
R76
C89
68K 1%
10pF
0°
100R
R77
C54
100nF
C64
100nF
100nF
C65
HIGH PASS
180°
R54
47K 1%
180°
C55
TL072
100R
ARQUIVO
DATA
PROJETO
GIVALDO
14/07/2011
PRODUTO
FOLHA BLOCO
A3_1
TARAMPS AMPLIFICADORES
10nF
C90
TS-600 X4 R6
(CH4)
0°
PRE OUT
10nF
C63
LOW PASS
22uF
4K99 1%
R41
R47
C83 10pF
23K2 1%
CI7:B
R55
(CH3)
180°
PRE OUT
PRE (CH3/CH4)
DESENHO
FOLHA
ADILSON
2
DE
REV
6
RA27
2K2
PROT_B
AMPL. IN
CH2
180°
RB1
100K 1%
CB6
22uF
RB2
330R
RB26
47K
RB6
1nF 5%
CB5
1nF 5%
(VSS_CH2)
CB1
RB3
3K3
10R 1/4W
RB8
CB11
10uF
1nF 5%
(VAA_CH2)
CB2
1nF 5%
CB3
1nF 5%
RB10
8K2 1%
CC8
SHUTDOWN_AB
100nF
C104
22uF
DB1
27K 1%
RB11
CB8
300R 1%
1N4148
SINCR_CH2
100pF
CB4
RA26
2K2
PROT_A
SHUTDOWN_AB
100nF
C100
22uF
CA8
1N4148
DA1
RB27
47K
270R
RA6
1nF 5%
CA5
8K2 1%
27K 1%
RA11
22K 1%
RB5
82K
RB4
CB7
22uF
C103
100nF
10R 1/4W
RB9
(VSS_CH1)
RA10
RA1
100K 1%
1nF 5%
10R 1/4W
RA8
10uF
1nF 5%
CA1
1nF 5%
AMPL. IN
CH1
0°
22uF
CA6
RA2
330R
3K3
RA3
CA11
(VAA_CH1)
CA2
CA3
1nF 5%
CD8
SINCR_CH1
100pF
CA4
22K 1%
RA5
82K
RA4
CA7
22uF
C99
100nF
10R 1/4W
RA9
IRS2092
RB14
CB13
DB4
15V 1W
GATE
DRENO
RB15
****
10K 1%
RB16
RB17
22K 1%
DZ2
IRFB4019
MURS120T3
DB2
+15VCC_CH1
SOURCE
(+29,6V)
(+B)
-
+
CH2
(-29,6V)
(-B)
OUT
-
+
CH1
BTL@4R
2K2 1%
RB12
8K2 1%
RB13
22uF
CB12
RB18
(-B)
SOURCE
IRFB4019
10R 1/4W
4R7 1/4W
RB19
GATE
DRENO
CB14
150pF/250V
100nF/250V
C110
DB3
MURS220T3
22R
RB20
10R 1/4W
100nF/250V
DB5
MURS120T3
1uF/100V
10R 1W
2K2 1%
RB22
C108
C116
RB23
RB24
+15VCC_CH2
(-29,6V)
ARQUIVO
DATA
14/07/2011
FOLHA
PROJETO DESENHO
PRODUTO
A2
BLOCO
TARAMPS AMPLIFICADORES
GIVALDO
TS-600 X4 R6
10K 1%
22uF
22R
RB21
SOURCE
22uH
MURS120T3
0°
POWER AMPLIFIER CH1/CH2
10R 1/4W
4R7 1/4W
GATE
IRFB4019
CA14
150pF/250V
100nF/250V
2K2 1%
RA12
22uF
CA12
RA18
RA19
DRENO
C109
IRS2092
RA13
DA3
MURS220T3
22R
RA20
10R 1/4W
100nF/250V
DA5
MURS120T3
1uF/100V
10R 1W
2K2 1%
RA22
C107
RA23
RA24
8K2 1%
C115
RA15
*****
10K 1%
RA14
22uF
CA13
22R
GATE
RA21
SOURCE
22uH
DA4
MURS120T3
180°
22K 1%
15V 1W
DZ1
IRFB4019
DRENO
10K 1%
RA16
RA17
MURS120T3
DA2
(+29,6V)
(+B)
FOLHA DE
3
ADILSON
6
REV
RC27
2K2
AMPL. IN
CH4
0°
RD2
100K 1%
22uF
CD2
RD3
330R
SHUTDOWN_CD
100nF
DD5
27K 1%
RD10
C102
22uF
CA10
1N4148
RC25
47K
270R
RD8
1nF 5%
CD9
1nF 5%
(VSS_CH4)
CD3
RD4
3K3
10R 1/4W
RD6
10uF
CD6
1nF 5%
(VAA_CH4)
CD4 CD5
1nF 5%
8K2 1%
RD9
CD7
1nF 5%
SINCR_CH4
100pF
CD1
22K 1%
SHUTDOWN_CD
RD1
82K
RD5
100nF
C101
22uF
CA9
RA25
10R 1/4W
RC26
2K2
1N4148
DC5
PROT_CPROT_D
27K 1%
RC10
100nF
C106
22uF
CB10
300R 1%
1nF 5%
(VSS_CH3)
RC24
47K
RC8
CC9
8K2 1%
RC9
RC2
100K 1%
1nF 5%
10R 1/4W
RC6
CC6
1nF 5%
1nF 5%
CC3
10uF
AMPL. IN
CH3
180°
22uF
CC2
RC3
330R
RC4
3K3
(VAA_CH3)
CC4
CC5
CC7
1nF 5%
SINCR_CH3
100pF
CC1
22K 1%
RC1
82K
RC5
100nF
C105
22uF
CB9
RB25
10R 1/4W
IRS2092
RD13
22uF
DD3
15V 1W
GATE
DRENO
IRFB4019
10K 1%
22K 1%
DZ3
RD14
****
RD15
RD16
MURS120T3
DD1
(+29,6V)
+15VCC_CH3
SOURCE
IRFB4019
(-29,6V)
(+B)
(-B)
2K2 1%
RD11
8K2 1%
RD12
22uF
CD10
SOURCE
(-B)
GATE
IRFB4019
150pF/250V
100nF/250V
RD17
10R 1/4W
4R7 1/4W
RD18
RD20
DRENO
CD12
C121
MURS220T3
22R
MURS120T3
1uF/100V
DD2
10R 1/4W
RD21
100nF/250V
C117
DD4
C119
RD22
10R 1W
2K2 1%
RD23
+15VCC_CH4
(-29,6V)
10K 1%
CD11
22R
RD19
SOURCE
22uH
MURS120T3
180°
2K2 1%
RC11
22uF
CC10
RC17
10R 1/4W
4R7 1/4W
RC18
GATE
DRENO
CC12
150pF/250V
100nF/250V
C122
22R
RC20
MURS120T3
IRS2092
8K2 1%
RC12
DC2
MURS220T3
10R 1/4W
RC21
100nF/250V
C118
DC4
C120
1uF/100V
RC22
10R 1W
2K2 1%
RC23
22uH
10K 1%
CC11
22R
RC19
SOURCE
MURS120T3
0°
RC13
22uF
DC3
15V 1W
GATE
RC14
10K 1%
RC15
RC16
22K 1%
DZ4
IRFB4019
DRENO
****
MURS120T3
DC1
(+29,6V)
(+B)
ARQUIVO
DATA
14/07/2011
FOLHA
PROJETO DESENHO
PRODUTO
A2
BLOCO
TARAMPS AMPLIFICADORES
GIVALDO
TS-600 X4 R6
POWER AMPLIFIER CH3/CH4
-
+
CH4
OUT
-
+
CH3
BTL@4R
FOLHA DE
4
ADILSON
6
REV
SINCR_CH3
SINCR_CH4
SINCR_CH1
SINCR_CH2
R113
10K
400KHz
C
MMBT3906
100nF
R94
1K
B
Q4
E
C57
+14V
330R
SHUTDOWN_AB
VBAT min = 9,5V - Led pisca 2 vezes
VBAT max = 16,0V - Led pisca 3 vezes
Delay Inicio = +/- 4 seg
R68
330R
330R
R49
VM
PROT 1/2
ON
AZ
CI2
22pF
C127
R20
15K 1%
R62
PIC16F616
3K3 1%
C96
R21
100nF
10uF
78L05
10uF
REG1
SHUTDOWN_CD
NC
VM
PROT 3/4
330R
R22
C97
100nF
R51
330R
R60
8K2 1%
R52
330R
R69
R61
10K 1%
C58
100nF
ARQUIVO
DATA
PROJETO
PRODUTO
A4
TARAMPS AMPLIFICADORES
R50
10K 1%
C87
100nF
1K 1%
100nF
C98
CONECTOR ICSP
TS-600 X4 R6
14/07/2011
BLOCOFOLHA
MICRO
MMBT3904
FOLHA
5
DE
DESENHO
ADILSONGIVALDO
REV
E
Q8
B
MMBT3904
E
Q7
C
C
B
MMBT3904
E
Q10
B
C
MMBT3904
E
Q9
B
C
6
+12,6V
REM
GND
100nF
C84
47R
OBS: DADOS OBTIDOS EM REPOUSO À 12,60 Vcc
CONSUMO EM REPOUSO 1,20Amp
C56
CE7
10nF
C86
100nF
RF1
1K
8K2 1%
C7
10uF
SG3525
3n3 5%
R78
R79
26KHz
26KHz
6K8 1%
68nF
4K7
C47
R80
R74
CI14
# 21
27R
R53
IRF1404
27R 1W
R82
10 Esp
4K7
R73
4K7
R72
MFT1
47uF/25V
CE6
4700uF/25V/105°
R84
1K
47uF/25V
100nF
R70
6K8 1%
C60
68nF
C95
1N4148
Q1
E
R71
1K
B
BCP56
R81
IRF1404
27R 1W
R83
D2
C
27R
MFT2
100nF
100nF
C24
C85
# 14
# 14
CE8
05 Esp
05 Esp
# 14
11 Esp
11 Esp
# 14
FEP16DTD
C73
CP10
100nF
REG3
C62
100uF/25V
100nF
CP11
ES1J
D4
+21,6V
1000uF/25V
E
78L15
C
+15V (PRE)
15K 1W
S
+15V
(-29,6V)
ES1J
D9
-21,6V
270R 2W
R6
-13V
CP7
100nF
REG7
7905
GND
100uF/25V
DATA
ARQUIVO
PROJETO
GIVALDO
14/07/2011
PRODUTO
FOLHA
A3
TARAMPS AMPLIFICADORES
BLOCO
TS-600 X4 R6
VSS (CH4)
C61
VSS (CH3)
-5V
VSS (CH2)
VSS (CH1)
100nF
REG2
C59
100uF/25V
VAA (CH4)
VAA (CH3)
CP8
VAA (CH2)
270R 2W
GND
VAA (CH1)
FONTE
560R 1W
R5
R7
C68
+13V
7805
+5V
+14V
1000uF/25V
CP9
100nF
C
REG8
100uF/25V
C69
100nF
CP12
E
79L15
S
-15V
-15V (PRE)
RF3
FEP16DTD
RF2
15K 1W
KSH41C
RF5
120R 1W
10K
R48
C72
22uF
15V 1W
RF4
120R 1W
2200uF/35V
10K
R40
22uF
15V 1W
D7
D6
C71
C
Q3
C
Q2
B
KSH41C
B
E
E
+15VCC
+15VCC
+15VCC_CH1
+15VCC_CH2
+15VCC_CH3
+15VCC_CH4
(+29,6V)
(-B)
(-B)
FOLHA
DESENHO
(+B)
(+B)
ADILSON
6
DE
REV
6
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