Esquemas Amplificadores Taramps

8/18/2019 Esquemas Amplificadores Taramps

1/141

700 5, 2002 2, 400 45,

4004 3, 400 , 500 , 500 131 , 00, 1.2 , 2.0

10, 3.5 5, 3.5 , 4500 2, 5.0

5, 10.2 , 10. , 14200 6, 20 5

4, 30 2, 30.0 , 40 5

150 2, 300 4 2, 4004,

00 41, 1200 1 41

00 5, 1000, 1000,

16002000 5, 1.600 2.000 ,

27003500 6, 6.5 7

50 2, 100 4

600, 1500 33

10 , 4 , 4 .

2012


2/141


3/141

DE

2

AR Q UI V O

F OL HA

P R OD UT O

1

A 3

P R O J E T O

DAT A

A MP L I F I C A D OR

F OL H

A

BL O C O

RE V

T A R A M

P S E L E T R Ô N

I C A L T D

A

DE S E

NH O

A DI L S ON

F r i J an 0 7 , 2 0 1 1

GI V A L D O

0 8 / 1 0 / 2 0 1 0

T 2 0 0 X 2 S MDR2

+ - +

R

1 0

1 2

13

19

6

1 4

-

L

I NP UT R

I NP UT L

- 3 d B

@ 1

0 0 Hz

- 3 d B

@ 1

0 0 Hz

- 3 d B

@ 1

0 0 Hz

- 3 d B

@ 1

0 0 Hz

R 5 5

4 7 K

1

3

5 2 1 1 8

2 1 2 2

CE41

10uF 10uF

CE9

R20

22K 1%

C2122pF

2 2 K

1 %

R2

7 2 2 pF

C2

9

R5

22K 1%

C2

22pF

T OP

OWE R

S UP L L Y

1K

R50

R43

1K

3K3

R57

6 8 nF

C1 7

R44

3K3

3 3 K

R1

0

R1 1

0

2 2

0 R1 W

2 2

0 R1 W

R1

9 9

33K

R30

R34

2K2

3 3 K R2 3

33nFC25

6

8 nF

C

3 2

CI 2 : B

T L

0 7 2

33KR19 33nF

C12

C1 4

6 8 nF

CE11147uF

ON

100nF

C131 H

I GHP A

S S

4 7 K

R 5 6

L OWP A

S S C169

100nF

1nFC77

HI GHP A

S S

c

L OWP A

S S

100nFC155

C 6 7

4 7

0 nF

6 K

8

R7 1

R 6 8

6 K

8 4 7

0 nF

C 6 1

R 5 4

6 K

8

CE161

470uF 35V

C82100nF

100nFC81

4 9

7

6K8

R97

C 8 4

100nF

20

23

18

24

1 7

1 6 1 5

4 7

uF

6 3 V

CE

9 6

C109 560pF

R104

10R

100nFC119

BTL

1

CE 2

6

1 0 uF

R 5 3

8 K 2

100nF

C115

C133

100nF

8 K 2

R4 2

1 0 uF

CE

8

6 8 nF

C 3 5

R 3 7

3 3 K

CE11247uF

CI 2 : A

T L

0 7 2

R 5 8

4 7 K

c 4 7 K

R 5 2

C140100nF

C7

0

4 7

0 nF

6 K

8

R 6 2

C 6 0

4 7

0 nF

1nFC76

CE162

470uF 35VC74

100nF

R16410R

C7347pF

R 9 8

6 K

8

100uF

CE99

100nFC79

DZ1

5V6

100nFC85

100nF

C89

C 9 1 100nF

C 9 3

1 0 0 nF

MURS120T3

D151

10RR105

D139MURS120T3

C106

560pF

C107560pF

100nF

C121 R118

27R 1W

27R 1W

R120

470nF/63VC124

CN1 1

F UL L

2 2 K 1

%

R 3 3

C201100nF

C136

100nF

C1

5 6 n

8

4 R7 1 W

R1 2 2

R 3 6

2 2 K 1

%

2 2 K

T P 2

2

K 2

R

2 2

6 8 n

F C1 6

2 2 K 1

%

R 3

2

2 K 1

%R 6 C7 2 2

pF

2 2 K

T P 1

6n8C13

3

3 K

R

1 1

15V

DZ2

C129

100nF

1 0 R

R1

6 7

1nF

C72

C66

2 2

0 pF 220pF

C 5 9

C168

100nF

F UL L

J MP 2

3K9R200

560pFC108 C

1 0 3

15nF

2 7

uH

L 2

MURS120T3

D148

2 7

uH

L 1

220pFC38

CI 1

: B T L 0 7 2

CI 4 : B

T L

0 7 2

6 8

nF

C2 4 R

3 1 3 3 K

15V

DZ3

CI 4 : A

T L

0 7 2

2 2 K 1

%

R4

CI 1

: A T L 0 7 2

3 3

K

R1

8

1nF

C 6 3

1 0 R

R1

6 6

4 ,7 uF

CE

3 9

C7

5

100nF

10RR165

4,7uFCE28

R78

27K 1%

J MP 1

L E DA Z

1 5 nF

C102

MURS120T3

D138

100nFC86

C123

4 7

0 nF

/ 6 3 V

1 0 0 nF

C92

CI 3 : A

T L

0 7 2

CI 3 : B

T L

0 7 2

CI P 1

T DF

8 5 9 1 T H


4/141

F OL H

A

2 RE V

A4

AR Q UI V O

DAT A

0 8 / 1 0 / 2 0 1 0

P R O J E T O

GI V A L D O

P R OD UT O

T 2 0 0 X 2 S MDR2

DE

2

DE S E

NH O

BL O C O

F OL HA

A DI L S ON

F r i J an 0 7 , 2 0 1 1

T A R A M

P S E L E T R Ô N

I C A L T DA

F ONT E CHA V E A DA

4 6 K Hz

GND

+1 2 V

1 0 uF

CF E 3

6 n 8 5 %

C1 8 2 K

2 1

% R2 4

1 K R1

3

D2

1 N4 1 4

8

C4

10nF

47uFCFE2

4 7 R

R 8

C1 9

1 0 0 nF

1 K

R2

6 27RR2

27RR1

C110nF

5 e s p

1 5 A W G

5 e s p.

1 5 A W

G

U1

6 2

0 R

U1

6 2

0

C ON1

R2 5

1 8 R

R1 5

4 K 7

CFE447uF

1000uF 16V

CFE1

10K

R12

10K

R9

10nFC3

T RF 1

4 K 7

R1 4

1 0 0 nF

C 5

4

K 7 R1 7

1 0 0 nF

C 6

4 6 K Hz

C

B

E

BCP56

Q1 7 1

RE M OT E

1 5 A

4 7 R

R

7

9 e s p.

1 8 A W

G

CFF5

2 2 0 0 uF

3 5 V

9 e s p.

1 8 A W

G

100nFC20

R

1 6

4 1 K 2 1

%

SG3525

CI F 1

1N5404

D1

IRFZ48

CFF1

2 2 0 0 uF

3 5 V

IRFZ48

OB S : OBT I D O S

Á

1 2 , 6 V

c cE M RE P O U S O


5/141

A4

RE V

AR Q UI V O

DE

F OL HA

3

3

DAT A

P R O J E T O

BL O C O

F OL HA

2 4 / 0 9 / 2 0 1 0

P R OD UT O

T 4 0 0 X 4 S MDR 3

DE S

E NH O

GI V A L D O

A DI L S ON

F on t e

T A R

A M

P S E L E T R Ô N

I C A L T D

A

+ 1 2 V

G ND

R e m o t o

1 0 K

R1 0 6

3 n 3 5 %

C 1 1 8

-2 5 V

+ 2 5 V

47uF

CFE4

C F E 3

1 0 uF

4 7 R

R1 0 7

4 K 7

R1 0 3

4 K 7

R1 0 5

1 0 0 nF

C

1 1 7 4 4 K2

R1 0 4

47uFCFE2

100nFC116

2 7 R

R 9 8

2 7 RR 9 7

2 7 R

R 9 6

1 0 nF

C 1 1 4

2 7 R

R 9 5

U1 6 2 0

-2 5 V

+ 2 5 V

1 K

R1 0 1

S G 3 5 2 5

E

C

B

K S H

3 1 C

Q1

1N5404

DF1

1 0 K

R 9 9

1 0 nF

C 1 1 3

4 K 7

R1 0 2

100nF

C120

10nF

C115

1 KR1 0 8

IRF1404

1 5 7

IRF1404

1 5 8

1 0 K

R1 0 0

6 X2 2 0 0 uF 3 5 V

1 N4 1 4 8

DF 2

2 2 0 0 uF / 1 6 V

CFE1

1 0 0 nF

C 1 1 9

U1 6 2 0 R


6/141

AR Q UI V O

DAT A

F OL HA

2 4

/ 0 9 / 2 0 1

0

BL O C O

T 4

0 0 X 4

S MDR

3

F

OL HA

D

E S E NH O

DE

A2 _1

GI V A L D

O

3 RE V

P R O J E T O

F r i J

an

0 7

, 2 0 1 1

A m

pl i -A

P R OD UT O

A DI L

S ON

1

T A R A M

P S E L E T R Ô

NI C A L T D

A

- + -+

VDD

GAI N

GAI N

F UL L

4 7 K

R2 7

HI GHP A S S

+ 2 5 V

1 0 uH

+ 1 5 V

E NT RADA C H2

10uF

CE3

E NT RADA C H1

C E 2

1 0 uF

100nFC57

22K 1%R9

22pFC8 C

1 2

2 2 pF

22K 1%R3

2 2 pF

C 1

2 2 pF

C 2

2 2 K1 %

R4

100nF

C50

1 0 uF

C E 4

R2 4

8 K2

1 0 uF

C E 1

6 8 nF

C 1 4

3K3

R28 3K3R19

1 2 0 pF

C 5 4

6 K 8 1 % R

3 6

6 8 n

F C 9

2K2R16 33K

R13

33nFC10

6 n 8

C 1 1

2 K2

R1 0

6 8 nF

C 1 3

33K

R7 6 8 nF C

6 3 3 K

R 6

6 n 8

C 4

100nFC48

100nFC49

c

HI GHP A S S

L O W P A S S

4 7 K

R2 9 L O

W P A S S

c

F UL L

220nF

C44

5V6DZ4

4,7uFCE6

6 K 8

R 3 3

1 nF

C 2 1 1 n

F C 2 0

6 K 8

R2 5

100nFC29

100nF

C30

1 0 0 nF

C 2 7

1 0 0 nF

C 2 8

-2 5 V

1 0 0 nF

C 3 1

1 0 0 nF

C 3 2

100nF

C34

1 0 0 nF

C 3 5

1 0 0 nF

C 3 7

100uF

CE8

100nF

C53

CE21 2 2

0 uF / 3 5 V

1 0 0 nF

C 3 3

560pFC42

MURS120T3

D4

15nF

C39

1 0 R

R38 560pF

C40

V S S

DZ3

15V

100nFC47

1 0 0 nF

C 4 6

L 2

1 0 uH

LED AZ

-1 5 V

1

1K

R22 1K

R21

8 K2

R2 0

3 3 K

R1 4

33K

R8

6 8 nF

C 5

4 7 K

R 3 2

100nFC55

100nF

C56

4 7 K

R2 6

6 K 8

R 3 1

6 K 8

R 3 0

2 2 0 pF

C 2 2

10R R47

6K8

R34

10R R46

DA FONTE

220uF/35VCE22

C52100nF

560pF

C43

MURS120T3

D2

10R

R39

560pF

C41

C 3 8

1 5 n

F

15V

DZ2

27R 1WR43

MURS120T3D1

2 7 R1 W

R4 2

5K6

R50

2 2 K1 %

R1 7

T DF 8 5 9 1 T H

O UT P UT C H2

O UT P UT C H1

100nFC45

100nF

C51

R1 5

2 2 K1 %

T L 0 7 2

C I 4 : B

2 2 K1 %

R1 2

2 2 K

2 2 K1 %

R2

T L 0 7 2

C I 4 : A

2 2 K

4 7 0 nF C 2

3

1nF

C25

C 7

6 8 nF

T L 0 7 2

C I 3 : A

C E 5

4,7uF

4 7 0 nF

C 1 8

3 3 K R 5

T L 0 7 2

C I 2 : A

3 3 nF

C 3

3 K 3

R 3 7

1 0 R

R4 8 47pF

C26

1 0 0 nF

C 3 6

MURS120T3

D3

6 K 8

R 3 5

5V6DZ1

4 7 uF / 6 3 V

C E 7

47uFCE10

LED AZ

1 2 0 R2 W

R4 0

1 2 0 R2 W

R4 1

5 5 3 2

C I 1 : B

220pFC15

4 R 7 1 W

R4 4

2 2 K1 %

R1

5 5 3 2

C I 1 : A

33K

R11 3 3 K

R1 8

T L 0 7 2

C I 2 : B

4 7 0 nF

C 2 4

T L 0 7 2

C I 3 : B

1 nF

C 1 9

4 7 0 nF

C 1 7

2 2 0 pF

C 1 6

1uF/63VCP2

10R

R49

1uF/63VCP1

47uFCE9

I C 1

3

1

2 4

1 3

1 8

2 3

1 4

2 0

1 0

6

5 1 1 9

1 9

2 1

2 2

1 7

4 2 8

1 2

7

1 5

1 6

C I P 1


7/141

DE

3

AR Q UI V O

F OL HA

P R OD UT O

2

A 3

P R O J E T O

DAT A

A m pl i -B

F OL H

A

BL O C O

RE V

T A R A M

P S E L E T R Ô N

I C A L T D

A

DE S E

NH O

A DI L S ON

F r i J an 0 7 , 2 0 1 1

GI V A L D O

2 4 / 0 9 / 2 0 1 0

T 4 0 0 X 4 S MDR 3

- + - +

220pF C72

I NP UT CH 3

GAI N GA

I N

F UL L

F UL L

T DF 8 5 9 1 T H

I NP UT CH4

2 2 K1 %

R 6 9

2 2 K1 % R

6 7

22K 1%R61

2 2 pF

C 5 8

22K 1%R55

2 2 K1 %

R 5 1

100nFC103

100nFC112

1 0 uF

CE 1 4

100nFC109

C108

100nF

T L 0 7 2

CI 8 : B

2 2 K 1K

R74

33K

R63

6 8 nF

C 7 1

C686n8

3 3 K

R 7 0

2 K2

R 6 2 6n8

C61 C 6 2

6 8 nF

100nFC106

T L 0 7 2

CI 7 : B

33nF

C67 T L 0 7 2

CI 6 : B

C110100nF

33nFC60

1 nF

C 8 4

1nF

C80

220pF C 7 7

4 7 0 nF

C 7 8

4 7 0 nF

C 7 5

1 0 R

R 9 3

C81

47pF

10R

R94

C91

1 0 0 nF

5V6

DZ5

100uF

CE18

6 K 8

R 8 6

560pFC101

1 0 0 nF

C 8 8

100nFC90

15nF

C98

1 0 0 nF

C 9 2

10R

R87

V S S

1 0 uH

L 1 0 0 1

1 0 uH

MURS120T3

D7

OUTPUT CH4

10uFCE13

10uF

CE12

22pFC65

4 R 7 1 W

R4 5

1 0 uF

CE 1 1

1K

R73

2 2 K

T L 0 7 2 C

I 8 : A

6 8 nF

C 6 3

33K

R59

3 3 K

R 5 7

C 6 4

6 8 nF 3 K

3

R 8 2

T L 0 7 2 C

I 6 : A

4,7uFCE16

4,7uFCE15

1nF

C76

1 nF

C 8 5

4 7 0 nF

C 7 9

1 0 0 nF

C 8 2

10R R91

C 7 3

220pF

C 7 4

4 7 0 nF

6K8

R85

2 2 0 uF / 3 5 V

CE 2 0

220uF/35VCE19

10R

R88

560pFC99

C93100nF

2 7 R1 W

R 9 0

2 7 R1 W

R 8 9

MURS120T3

D5

1uF/63V

CP3

OUTPUT CH3

1uF/63VCP4

2 2 K1 %

R 6 4

L O W P A S S

VDD

5 5 3 2

CI 5 : B

2 2 pF

C 5 9

2 2 K1 %

R 5 6

2K2

R68

C107100nF

C 6 6

6 8 nF

4 7 K

R 8 1

8 K2

R 7 5

3 3 K

R 6 6

c

HI GHP A S S

33K

R60

100nFC111

HI GHP A S S

8 K2

R 7 1

3 3 K

R 5 8

L O W P A S S

4 7 K

R 7 2

C86

100nF

C87

100nF

1 0 0 nF

C 8 9

C102

560pF

6 K 8

R 8 4

6 K 8

R 8 3

MURS120T3

D8

6 K 8

R 7 6

1 0 0 nF

C 9 4 47uF/63V

CE 1 7

100nFC95

100nFC96

1 0 0 nF

C1 0 5

1 0 0 nF

C1 0 4

2 2 pF

C 6 9

2 2 K1 %

R 5 2

5 5 3 2

CI 5 : A

3K3

R78

6 8 nF C

7 0 33K

R65

4 7 K

R 7 9

R 7 7

4 7 K c

T L 0 7 2

CI 7 : A

MURS120T3

D6

6 K 8

R 8 0

10R R92

1 5 nF

C 9 7

560pF

C100

1 0 0 nF

C 8 3

3

1

2 4

1 3

1 8

2 3

1 4

2 0

1 0

6

5 1 1 9

1 9

2 1

2 2

1 7

4 2 8

1 2

7

1 5

1 6


8/141

F OL H

A

3 RE V

A4

AR Q UI V O

DAT A

2 4

/ 0 9 / 2 0 1

0

P R O J E T O

GI V A L D

O

P R OD UT O

T 4

0 0 X 4

S MDR

3

DE

3

DE S E

NH O

BL O C O

F OL HA

A DI L

S ON

F r i J an

0 7

, 2 0 1 1

T A R A M

P S E L E T R Ô N

I C A L T DA

F on

t e

+ 1 2 V

G ND

R e m o t o

1 0 K

R1 0 6

3 n 3 5 %

C1 1 8

-2 5 V

+ 2 5 V

47uFCFE4

CF E 3

1 0 uF

4 7 R

R1 0 7

4 K 7

R1 0 3

4 K 7

R1 0 5

1 0 0 nF

C

1 1 7 4 4 K2

R1 0 4

47uFCFE2

100nFC116

2 7 R

R 9 8

2 7 R

R 9

7

2 7 R

R 9 6

1 0 nF

C1 1 4

2 7 R

R 9 5

U1 6 2 0

-2 5 V

+ 2 5 V

1 K

R1 0 1

S G 3 5 2 5

E

C

B

K S H

3 1 C

Q1

1N5404DF1

1 0 K

R 9 9

1 0 nF

C1 1 3

4 K 7

R1 0 2

100nF

C120

10nFC115

1 K

R1 0 8

IRF1404

1 5 7

IRF1404

1 5 8

1 0 K

R1 0 0

6 X2 2 0 0 uF 3 5 V

1 N4 1 4 8

DF 2

2 2 0 0 uF / 1 6 V

CFE1

1 0 0 nF

C1 1 9

U1 6 2 0 R


9/141

1

A R QU I V O

D A T A

A 3

F OL H A

P R O J E T O

P R OD U T O

2 4 / 0 9 / 2 0 1 0

F OL H A

D E

3

R E V

GI V A L D O

T 4 0 0 X 4 S MD R 5 _ C

A D I L S ON

B L O C O

D E S E N H O

A m pl i - A

TARA MPSA M

PL I FI CADORES

- +-+

VDD

GAI N

GAI N

F UL L

4 7 K

R2 7

HI GHP A S S

+2 5 V

1 0 uH

+1 5 V

E NT RADA C H2

10uF

CE3

E NT RADA C H1

C E 2

1 0 uF

100nF

C57

22K 1%R9

22pFC8 C

1 2

2 2 pF

22K 1%R3

2 2 pF

C 1

2 2 pF

C 2

2 2 K1 %

R4

100nF

C50

1 0 uF

C E 4

R2 4

8 K2

1 0 uF

C E 1

6 8 nF

C 1 4

3K3

R28 3K3R19

1 2 0 pF

C 5 4

6 K 8 1 % R

3 6

6 8 nF C 9

2K2R16

33K

R13

33nFC10

6 n 8

C 1 1

2 K2

R1 0

6 8 nF

C

1 3

33K

R7 6 8 nF C 6 3 3

KR 6

6 n 8

C 4

100nFC48

100nFC49

c

HI GHP A S S

L O W P A S S

4 7 K

R2 9 L O

W P A S S

c

F UL L

220nF

C44

5V6DZ4

4,7uFCE6

6 K 8

R 3 3

1 nF

C 2 1 1 n

F C 2 0

6 K 8

R2 5

100nFC29

100nF

C30

1 0 0 nF

C 2 7

1 0 0 nF

C 2 8

-2 5 V

1 0 0 nF

C 3 1

1 0 0 nF

C 3 2

100nF

C34

1 0 0 nF

C 3 5

1 0 0 nF

C 3 7

100uF

CE8

100nF

C53

CE21 2 2

0 uF / 3 5 V

1 0 0 nF

C 3 3

560pFC42

MURS120T3

D4

15nF

C39

1 0 R

R38 560pF

C40

V S S

DZ3

15V

100nFC47

1 0 0 nF

C 4 6

L 2

1 0 uH

LED AZ

-1 5 V

1

1K

R22 1K

R21

8 K2

R2 0

3

3 K

R

1 4

33K

R8

6 8 nF

C 5

4 7 K

R 3 2

100nFC55

100nF

C56

4 7 K

R2 6

6 K 8

R 3 1

6 K 8

R 3 0

2 2 0 pF

C 2 2

10RR47

6K8

R34

10RR46

DA FONTE

220uF/35VCE22

C52100nF

560pF

C43

MURS120T3

D2

10R

R39

560pF

C41

C 3 8

1 5 nF

15V

DZ2

27R 1WR43

MURS120T3D1

2 7 R1 W

R4 2

5K6

R50

2 2 K1 %

R1 7

T D F 8 5 9 1 T H

O UT P UT

C H2

O UT P UT

C H1

100nFC45

100nF

C51

R1 5

2 2 K1 %

T L 0 7 2

C I 4 : B

2 2

K1 %

R1 2

2 2 K

2 2 K1 %

R2

T L 0 7 2

C I 4 : A

2 2 K

4

7 0 nF C 2

3

1nF

C25

C 7

6 8 nF

T L 0 7 2

C I 3 : A

C E 5

4,7uF

4

7 0 nF

C 1 8

3 3 K R 5

T L 0 7 2

C I 2 : A

3 3 nF

C 3

3 K 3

R 3 7

1 0 R

R4 8 47pF

C26

1 0 0 nF C 3

6

MURS120T3

D3

6 K 8

R 3 5

5V6DZ1

47uFCE10

LED AZ

1 2 0 R2 W

R4 0

1 2 0 R2 W

R4 1

5

5 3 2 C I 1 : B

220pFC15

4 R 7 1 W

R4 4

2 2 K1 %

R1

5 5

3 2 C I 1 : A

33K

R11 3 3 K

R1 8

T L 0 7 2

C I 2 : B

4

7 0 nF

C 2 4

T L 0 7 2

C I 3 : B

1 nF

C 1 9

4

7 0 nF

C 1 7 2 2 0 pF

C 1 6

1uF/63VCP2

10R

R49

1uF/63VCP1

4 7 uF / 6 3 V

C E 7

47uFCE9

I C 1

3

1

2 4

1 3

1 8

2 3

1 4

2 0

1 0

6

5 1 1 9

1 9

2 1

2 2

1 7

4 2 8

1 2

7

1 5

1 6

C I P 1


10/141

B L O C O

F OL H A

D E

D E S E N H O

A 3

T 4 0 0 X 4 S MD R 5 _ C

2

3

A m pl i - B

A R QU I V O

P R O J E T O

F OL H A T

ARA MPSA MPL I FI CADORES

D A T A

A D I L S ON

GI V A L D O

2 4 / 0 9 / 2 0 1 0

R E V

P R OD U T O

- + - +

220pF C72

I NP

UT

C H

3

GAI N GA

I N

F UL L

F UL L

T D F 8 5 9 1 T

H

I NP

UT

C H4

2 2 K1

%

R 6 9

2 2 K1

% R 6 7

22K 1%R61

2 2

pF

C 5 8

22K 1%R55

2 2 K1

%

R 5 1

100nFC103

100nFC112

1 0 uF

C E 1 4

100nFC109

C108100nF

T L

0 7 2

C I 8

: B

2 2 K 1K

R74

33K

R63

6 8 nF

C 7 1

C686n8

3 3 K

R 7 0

2 K2

R 6 2 6n8

C61 C 6 2

6 8 nF

100nFC106

T L

0 7 2

C I 7

: B

33nF

C67 T L

0 7 2

C I 6

: B

C110100nF

33nFC60

1 nF C 8 4

1nFC80

220pF C 7 7

4 7 0 nF

C 7 8

4 7 0 nF

C 7 5

1 0 R

R 9

3

C81

47pF

10R

R94

C911 0

0 nF

5V6

DZ5

100uFCE18

6 K

8

R 8 6

560pFC101

1 0 0 nF

C 8 8

100nFC90

15nF

C98

1 0 0 nF

C 9 2

10R

R87

47uF/63V

C E 1

7 V S S

1 0 uH

L 1

0 0 1

1 0 uH

MURS120T3

D7

OUTPUT CH4

10uFCE13

10uFCE12

22pFC65

4 R

7 1

W

R4

5

1 0 uF

C E 1 1

1K

R73

2 2 K

T L

0 7 2 C

I 8 : A

6 8 nF

C 6 3

33K

R59

3 3 KR 5 7 C 6 4

6 8 nF 3 K

3

R 8 2

T L

0 7 2 C

I 6 : A

4,7uFCE16

4,7uFCE15

1nF

C76

1 nF

C 8 5

4 7 0 nF

C 7 9

1 0 0 nF

C 8 2

10RR91

C 7 3

220pF

C 7 4

4 7 0 nF

6K8

R85

2 2

0 uF

/ 3 5 V

C E 2

0

220uF/35VCE19

10R

R88

560pFC99

C93100nF

2 7 R1

W

R 9 0

2 7 R1

W

R 8 9

MURS120T3

D5

1uF/63VCP3

OUTPUT CH3

1uF/63VCP4

2 2 K

1 %

R

6 4

L O W P A

S S

VDD

5 5

3 2 C I 5

: B

2 2 pF

C 5 9

2 2 K

1 %

R 5

6

2K2

R68

C107100nF

C 6 6

6 8 nF

4 7 K

R 8 1

8 K2

R 7 5

3 3 K

R 6 6

c

HI GHP A

S S

33K

R60

100nFC111

HI GHP A

S S

8 K2

R 7 1

3 3 K

R 5 8

L O W P A

S S

4 7 K

R 7 2

C86

100nF

C87

100nF

1 0 0 nF

C 8 9

C102

560pF

6 K

8 R

8 4

6 K

8 R

8 3

MURS120T3

D8

6 K

8 R

7 6

1 0 0 nF

C 9 4

100nFC95

100nFC96

1 0 0 nF

C 1

0 5

1 0 0 nF

C 1

0 4

2 2

pF

C 6 9

2 2 K1

%

R 5 2

5 5 3

2 C I 5 : A

3K3

R78

6 8 nF C

7 0 33K

R65

4 7 K

R 7 9

R 7 7

4 7 K c

T L

0 7 2

C I 7

: A

MURS120T3

D6

6 K

8 R

8 0

10RR92

1 5 nF

C 9 7

560pF

C100

1 0 0 nF

C 8 3

3

1

2 4

1 3

1 8

2 3

1 4

2 0

1 0

6

5 1 1 9

1 9

2 1

2 2

1 7

4 2 8

1 2

7

1 5

1 6


11/141

R E V

A 4

A R Q U I V O

D A T A

2 4 / 0 9 / 2 0 1 0

P R O J E T O

B L O C O

F OL H A

P R OD U T O

D E

F OL H A

3

D E S E N H O

3

T 4 0 0 X 4 S MD R 5 _ C

F on t e

A D I L S ON

GI V A L D O

TARA MPSA MPL I

FI CADORES

+1 2 V

G ND

R e m o t o

1 0 K

R1 0 6

3 n 3 5 %

C 1 1 8

-2 5 V

+2 5 V

47uFCFE4

C

F E 3

1

0 uF 4 7 R

R1 0 7

4 K 7

R1 0 3

4 K

7

R1

0 5

1 0 0 nF

C 1 1 7 4

4 K2

R1

0 4

47uFCFE2

100nFC116

2 7 R

R 9 8

2 7 R

R 9 7

2 7 R

R 9 6

1 0 nF

C 1 1 4

2 7 R

R 9 5

U1 6 2 0

-2 5 V

+2 5 V

1 K

R1 0 1

S G 3 5 2 5

EC

B

K S H 3 1 C

Q1

1N5404DF1

1 0 K

R 9 9

1 0 nF

C 1 1 3

4 K 7

R1 0 2

100nFC120

10nFC115

1 K

R1 0 8

IRF1404

1 5 7

IRF1404

1 5 8

1 0 K

R1 0 0

6 X2 2 0 0 uF 3 5 V

1 N4 1 4 8

D F 2

2 2 0 0 uF / 1 6 V

CFE1

1 0 0 nF

C 1 1 9

U1 6 2 0 R


12/141

2 2 K 1 %

1 0 0 n F

0°0°

23K2 1%

HPF

LOW PASS

R

L

4 7 p F

R 4 0

4 R 7 1 W

1 0 0 n F

C P 1 7

C 7 2

1 0 0 u F / 2 5 V

180°

22K 1%

47pF

1 0 0 n F

0°

1 0 0 K

1 0 0 n F

4K99 1%

1 8 n F

4K99 1%

6n8C13

3 3 n F

C 1 2

33KR11

68nFC14

1 0 0 n F

-3dB @ 100Hz

FULL

INPUT(RCA)

22K 1%

C P 1 6

1 0 0 n F

C 7 1

1 0 0 u F / 2 5 V

2 2 K

L E V E L

3

21CI1:A

TL0722

1

43c

6K8

47pF

HPF (100Hz a 2.2KHz)

R3910R 1W

47R

2K7 22K 1%

100K18nF

6

57CI2:B

TL072

33KR10

10R 1WR47

2K7

5

67CI1:B

TL072

2

31CI2:A

TL072

SENSIBILIDADE DEENTRADA = 0,300VACNO MOMENTO DO CLIP@ 1KHz


13/141

R 8 2 A

1 0 0 K

R 9

1 0 K

1 0 K

-B_(-37,2V)

B Z X 7 9 C 4 7 V

D Z 1 2

4 7 V 0 . 5 W

1 0 K

R 2 2

1N4148

D16A

2 2 u F / 2 5 V

D Z 5 A

5 V 6 0 . 5 W

RED

1 0 K

R 1 5

47K

R14

( 3 0 V 0 . 5 W )

330uF/25V

100K

R21

1 0 0 R

R 9 4 A

R 1 4 5 A

3 0 0 R 1 %

2 2 u F / 2 5 V

1 0 0 K

R 1 3 1 A

R139A

8K2 8K2

R126A

1 N 4 9 3 7

D 1 1 A

R 3 5 A

1 5 K

R 1 8 5 A

1 0 K

-B_(-37,2,

2

3

1

I R F B 5 6 2 0

2

3

1

I R F B 5 6 2 0

2 N 3 9 0 4

Q3

R 1 7

4 K 7

2 N 3 9 0 6

Q11

C 7 9 A

1 n F

10K

R13

2 N 3 9 0 6

Q12

R 8

3 9 K 1 %

PROT

4 K 7

R 9 7 A

10K

R12

10K

R20

C26A

1nF

C80A

1nF

C 2 7 A

1 0 0 n F

2 K 2 2 W

R 8 8 A

3 9 K 1 %

2 K 2

R 1 3 7 A

2 2 u F / 2 5 V

1 0 K

R

1 0 4 A

B L U E

O N

T I P 3 1 C

2 2 0 R 2 W

R 3 4 A

R 1 1 0 A

4 R 7 1 / 4 W

R 1

9

4 K

7

R 1 8

8 2 0 R

OTPPROTEÇÃO TÉRMICA

2K2 2W

22uF/25V

R 9 0 A

1 0 0 K

UPVBAIXA TENSÃO

Q7 2 N 3 9 0 4

D Z 1 0

B Z X 7 9 C 3 0 V

C 1 9 A 1

n F

C 2 4 A

1 0 0 n F

47uF/25V

22uF

C4A

D4A15V 1W

1N4937

D14A

22RR95A

R146A

10R 1/4W

22uF/25V

DZ6A15V 1W

22RR128A

1 0 0 n F / 5 0 V

C 1 1

330R

R84A

3K3

R135A

IRS2092

Q19ABC 327

5 V 6 0 . 5 W

D Z 2 3 A

3 3 K

R 8 9 A

CIRCUITO DE BIAS DOIRS2092

2 2 0 n F / 2 5 0 V

C 5 9 A

10K 1%R78A

OVPTENSÃO ALTA

DCPPROTEÇÃO DC

Q13 2 N 3 9 0 6


14/141

GND

REM

+12V

+

10uF

CF6 100nF

4K7

RF9

4K7

RF8

1N4148

DF2

R 1

0 8

6 K 8

I R F 1 4 0 4

CF8

100nF

6 8 n F C 4

7

2 7 R 1 W

R 1 3 0

-U1620R

U1620

C 6 3

4 7

u F

CF73n3

4K7

RF11****

RF15 27R

R100

4 7 0 0 u F

4 7 0 0 u F

6 K 8

R 1 0 1

1K

RF14

2 7 R 1 W

R 1 2 9

6 8 n F

C 6

0

C P 5

4 7 u F C

6 4

SG3525

+B_(+37,2V)

100nFCF5

100nFCF9

47RRF13

RF128K2 1%

47uF/25V

47uF/25VCFE4

1K

RF7

1 0 n F

C F 4

27R

R116

680R 3W

R24

6 A 1 0

I R F 1 4 0 4

1

3

2

BD139

R23

680R 3W


15/141

BL O C O

F OL HA

DE

1

4

T 5 0 0 DX 1 _R 9 _ C ( 1 R / 2 R ) D

E S E NH O

A 3

P RE

AR Q UI V O

DAT A

1 7 / 1 2 / 2 0 1 0

F OL HA

RE V

P R O J E T O

A DI L S ON

GI V A L D O

P R OD UT O

T A R A M

P S A M

P L I F I

C A D

OR E S

0 °

2 R

L R

LEVEL

R 5

0 °

0 °

4 7 pF

C2 5

1 R

HP F

L OWP A S S

1 6 0 mV

@

-1 3 , 6 9 d B u

2 K 7

R2 7

2 K 7

R2 8

T L 0 7 2

CI 1 : B R

3

1 8 K 1 %

CP16100nF100nF

CP11

1 8 0 °

100nFC9

R 5

* * * * 4 4 K 2 1 %

3 9 K

1 8 nF

CP 1

100nFC10

1 0 0 K

33nF

C12

- 3 d B @ 1 0 0 Hz

0 °

10nFCP2

1 0 0 nF

CP 1 0

T L 0 7 2

CI 3 : A

1 0 0 nF CP

1 3

CP 1 5

4 7 nF

R 3 6

1 2 0 K

T L 0 7 2

CI 3 : B

R404R7 1W

R 3 9

1 0 R1 W

1 0 R1 W

R4 7

18K 1%

R44 7 pF

C1

C7 3

4 7 uF / 2 5 V

R7 7

6 K 8 1 %

T L 0 7 2

CI 1 : A

R7 6

4 7 R

100K

3 3 K R1 0

T L 0 7 2

CI 2 : A

T L 0 7 2

CI 2 : B

2

1 4

3 c

BASS BOOST

100nFC19

4 7 nF

CP 1 4

R41220K 1%

1 0 K 1 %

R 3 7

F UL L

1 8 0 °

I NP UT

( R CA )

R1

1 8 K 1 %

1 8 K 1 %

R2

C71

100uF/25V

4 K 9 9 1 %

R6

18nF

CP4

4 K 9 9 1 %

R7

6 n 8

C1 3

100nFC4

6 8 nF

C1 4

100nFC15

4K99 1%R48

10K 1%

R52

R4 9

1 0 K 1 %

C7 4

2 2 uF / 2 5 V

47pF

C2

C72

100uF/25V

3 3 K R1 1

22K

100nFC18

10KB

R 3 8

1 0 0 R

2 2

K 1 %

R

4 5

HP F ( 1 0 0 Hz a2

.2 K Hz )

B A S S B O O S T

+1 0 d B @ 5 0 Hz


16/141

2

AR Q UI V O

DAT A

A 3

F OL HA

P R O J E T O

P R OD UT O

1 7 / 1 2 / 2 0 1 0

F OL HA

DE

4

RE V

GI V A L D O

T 5 0 0 DX 1 _R 9 _ C ( 1 R / 2 R )

A DI L S ON

BL O C O

DE S E NH O

A MP L I F I CA D OR ( 2 OHM S )

T A R A M

P S A M

P L I

F I C A D

OR

E S

DZ 2

R7 9

R 3 4

R2 5

DZ 3

R4 3

R4 6

RED

V C C

( -B )

d B

( + B )

B Z X 7 9 C1 5

2 K 2 -2 W

2 K 2 -2 W

2 2 0 R-2 W

1 Oh m

NTC

O UT

+ / -B

4 1 , 8 6 V r m s

5 0 , 5 V d d

O UT

B Z X 7 9 C 5 6

2 2 K 1 %

1 0 0 K 1 %

2 2 uF / 2 5 V

1 2 0 K

( -B )

3 K 3

R7 1

100nF/50V

C11

R19

4K7

22uF/25V

5V6 0.5W

DZ1

1 5 nF C2 9

R 5 1

4 K 7

1

8 V C C

R8

220K 1%

R17

4K7 100RR50

R74

300R 1%

C

E

B

Q7

MMBT3904

E

CB

MMBT3906

Q 6

UP V

B A I X A T E N S Ã O

7 , 9 V C C

4 7 K

R1 4

R 6 6

8 K 2 1 %

10K 1%

R3210K 1%

R58

2

1

3

KSH41CBYV27-200

D6

2 2 uF / 2 5 V

D4

1 5 V 1 W

2

3

1

IRFB5620

100nF/250VC41

100nF/250V

CP7

10R 1W

R16

1uF/250V

CP9

+2 9 ,2

1

1 Oh m

( -B )

-

R782K2

+ 3 4 , 6

2 Oh m s

100K 1%R35

1nF 5%

C79

R18

820R4 7 uF / 2 5 V

1 N4 1 4 8

D7

PROT

R22

10K 1%

22uF/25V

C2 8

1 nF 5 %

100nF

C27

****R43

DZ2

****

22uF/25VD3

MURS120T3

R25

****

1 5 V 1 W

Z 1

R644R7 1/4W

ON

2 2 uF / 2 5 V

C 3

22RR29

2

3

1

IRFB5620

100nF/250V

CP8

MURS120T3

D9

100nF/250V

CP3

D

S

G

M _F E T 1

OP CI ONA L

****

R34

B Z X 7 9 C 3 0

2 K 7 -2 W

8 2 0 R- 3 W

2 Oh m s

2 2 , 3 7 V r m s

3 7 ,2 V

d c

+

B Z X 7 9 C 6 2

OT P

P R OT E ÇÃ OT É RMI CA

1 3 K 3 1 %

2 K 7 -2 W

100nF

C24

R7 9

* * * *

R4 2

3 3 0 R

R70

100K 1%

R1 2

1 0 K 1 %

R1 3

1 0 K 1 %

3 3 0 uF / 2 5 V

1 0 K 1 %

R2 0

D CP

P R OT E ÇÃ OD C

1 0 0 K 1 %

R2 1

C20

1nF 5%

R7 3

8 K 2 1 %

R33RX

R4433K

MURS120T3

D5

R3010R 1/4W

2 2 uH

22R

R67

C

E

B Q 3

MMBT3904

E

C

B Q4

MMBT3906R9

10K 1% 10K 1%

R80

E

C

B

MMB T 3 9 0 6

Q 8

****

R46

DZ3

****

EC

B

Q 5

MMBT3906

R15

10K 1%

C2 6

1 nF 5 %

I R S 2 0 9 2

DZ4

5V6 0.5W

R72

2K2 1%

R75

10R 1/4W

R26

15K

150pF/250V

C21

10K 1%R31

OV P

T E N S

Ã OA L T A


17/141

BL O C O

F OL HA

DE

3

4

T 5 0 0 DX 1 _R 9 _ C ( 1 R / 2 R ) D

E S E NH O

A 3

F ONT E

AR Q UI V O

DAT A

1 7 / 1 2 / 2 0 1 0

F OL HA

RE V

P R O J E T O

A DI L S ON

GI V A L D O

P R OD UT O

T A R A M

P S A M

P L I F I

C A D

OR E S

3 7 ,2

- +

G ND

RE M

+ / -B

R 6 0

7 5 0 mA

5 0 , 5

7 3 K 1 %

1 Oh m

( -B )

( + B )

( + B )

+ 1 2 V

CF E 3

C

1 0 uF / 2 5 V

C 7 3

n 3 5 %

8 K2 1 %

R 6 1

4 7 R

R 6 2

C 8

1 0 0 nF 4

K 7

R 5 9

* * * *

R 6 0

2 7 R

R 5 3

R63

6K8 1%

6A10

4700uF

4700uF

R54

6K8 1%

1 K

RF 1 4

CF 8 1 0

0 nF

68nF

C4768nF

C60

U1 6 2 0 R

U1 6 2 0

CP5

100nF

47uF/25V

C64

100nFCP6

C63

47uF/25V

RF28

15K 1W

R2 4

R2 3

1 0 0 0 uF / 6 3 V

6 8 0 R- 3 W

6 8 0 R- 3 W

R 5 7

4 K 7

U C 3 5 2 5 AD W

1 N4 1 4 8

D1 0

R 5 6

4 K 7

27R 1WR6927R 1W

R68

C ON S UM O

RE P O U S O

RF27

15K 1W

1 0 0 0 uF / 6 3 V

8 8 0 mA

1 0 0 K 1 %

2 Oh m s

1 0 0 nF

C1 6

1 0 0 nF

C 6

4 7 uF / 2 5 V

CF E 2 1 K

R 5 5

10nF

C17

F E CHA OP UL S O

E M1 4 ,7

V c c DE

E NT R

A DA

D2

15V 1W

R2 3

* * * *

15V 1W

D1

1 K 5 - 5 W

1 K 5 - 5 W

CF E 4

4 7 uF

/ 2 5 V

C

B

E

Q1

BCP56

2 7 R

R 6 5

IRF1404

R2 4

* * * *

IRF1404

OB

S : DA D O S OB T I D O S E MRE P O U S O À

1 2 , 6 0 V c c


18/141

4

PRODUTO REV

FOLHA

DATA

ARQUIVO FOLHA 4 DE

BLOCO

17/12/2010

A4

PROJETO

T500D X1_R9_C (1R / 2R)

DESENHO

GIVALDO ADILSON

CONFIGURAÇÕES

TA R A M P S A M P LI F I CA D OR ES

39K

2 Ohms

R5 44K2 1%

R23 1K5-5W

R34 2K7-2W

R43 13K3 1%

R79 2K7-2W

DZ2 BZX79C30

CONSUMOREPOUSO 880mA

1 Ohm

680R-3W

2K2-2W

22K 1%

2K2-2W

BZX79C15

750mA

R24 1K5-5W

R25

R60

R46

820R-3W

100K 1%

120K

+/- B

DZ3

50,5

BZX79C62

680R-3W

220R-2W

73K 1%

100K 1%

37,2

BZX79C56


19/141

3

DE

GI V A L D O

B L O C O

3

A MP L I F I CA D O

RT 7 0 0 A B

F OL HA

DE S E NH OA

DI L S ON

F OL HA

RE V .

P R OD UT O

DA T A

P R O J E T O

A R Q UI V O

F r i M a y 2 8 ,2 0 1 0

T A RA MP S E L E T R ONI CA L T DA .

-

27R 1W 27R 1W

GND

RE M

+1 2 V


3 . 0

1 0 uF

4 7 R

3 n 3

1 0 0 nF

4 K 7

4 K 7

1 0 0 nF

1 0 0 nF

1 K

4 K 7

27R

IRF1404

6A10

4700uF IRF1404

6K8

27R

IRF1404

27R 1W

4700uF

IRF1404

6K8 27R

U1 6 2 0

+

100nF

15V

1 K 2 5 W

1 K 2 5 W

4 7 uF

1 0 K

1 0 0 nF

6K8

27R

68nF

6K8

MMT -4 5 1 4

U1 6 2 0 R

15V

4 7 uF

# 4 e s pi r a s

1 N4 1 4 8

1 K

10nF

68nF

100nF

3 3 0 0 uF

1 0 0 V

68nF 27R 1W

1 N4 9 3 7

2 2 0 uF / 3 5 V

68nF

100nF

220uF/35V

3 3 0 0 uF 1 0 0 V

B D1 3 9

SG3525


20/141

3

DE

GI V A L D O

B L O C O

1

A MP L I F I CA D O

RT 7 0 0 A B

F OL HA

DE S E NH OA

DI L S ON

F OL HA

RE V .

P R OD UT O

DA T A

P R O J E T O

A R Q UI V O

F r i M a y 2 8 ,2 0 1

0

T A RA MP S E L E T

R ONI CA L T DA .

R

T I ME

0 °

L

1K5 10K

0 °

120K 82K

10K

1N4148

10K

0 °

1 8 0 °

3 0 K 1 %

6 8 K

6 K 8

CL I P

3 . 0

4R7 1W

22K 1%

33pF

100uF 25V

NTC 10K

6K8

4 ,7 uF

22K 47K

3 n 3

47uF 25V

CI 3 : A T

L 0 7 2

1 0 0 K

4 ,7 uF 0

°

P R

OT T L 0 7 2

C

I 3 : B

1 0 0 K

100K

CL I P

2 K 2

100uF 25V

1K

ON

B C 6 4 0

T E MP

E RA T URA

V OL UME

HP F ( 5 0 0 Hz a2 .2 K Hz )

P RE -A MP L I F I CA D OR

1 N4 1 4 8

5 5 3 2

2 2 K 1 %

2 2 K 1 %

2 K 7

2 K 7

I NP UT

( R CA )

2 2 K 1 %

3 3 pF

CI 1 : B

5 5 3 2

1 0 0 nF

1 K 2

3 0 K 1

%

2 2 K

3n3

3 3 pF

1uF

CI 2 : B

T L 0 7 2

4 1 K 2 1 %

1 N4 1 4 8

CI 4 : B T

L 0 7 2

100nF

100K

4 K 7

T L 0 7 2

CI 2 : A


21/141

3

DE

GI V A L D O

B L O C O

2

A MP L I F I CA D O

RT 7 0 0 A B

F OL HA

DE S E NH OA

DI L S ON

F OL HA

RE V .

P R OD UT O

DA T A

P R O J E T O

A R Q UI V O

F r i M a y 2 8 ,2 0 1 0

T A RA MP S E L E T R ONI CA L T DA . - +

100K

100nF

1N4148

3K3

10K

100R 1W

0 °

4K7

100R 5W

4R7 4R7

2 K 2

4 7 R1 W

4 7 R

3 . 0

100K

1 5 0 pF

100R

47V

100R

2 ,2 uF 6 3 V

1 0 0 K

47uF 100V

E

B

C

15032

BD139

4 7 pF

E

B

C

15033

VM

470nF/250V

E

B

C

BD140

220R

47uF

220R

1 0 nF

1N4002

100nF

1 nF

1 0 0 R

15033 15032

FJL4215 0R47 5W FJL4315

220nF/250V FJL4215 0R47 5W FJL4315

E T A P A DE S A I DA

100nF 250V

O UT

1K8 C

B

E

KSP93

C

E

B

KSP43

1K8

47V

2K7 2W

100nF

2K7 2W

47uF 50V

390R 1% 100R 1W 390R 1%

10K

1 0 nF

4 7 uF

1

3

2

BD139

47uF 100V

4 7 R

1 0 0 R

100K

10R 1W 22uF/25V

4R7

10R 1W

4R7

4R7

4R70R47 5W

4R7

4R7

1N5404 1N5404

0R47 5W

220nF/250V

100R 5W

2 K 2

3 3 K

2 K 7

2 K 7

0 . 0 8 uH

1N4148

1 0 K CI 4

: A

T L 0 7 2 100R

47uF 50V

47uF

100R

1N4002

1 0 uF / 2 5 V

1 K

4 7 R1 W

FJL4215

1 0

0 nF

1 N4 0 0 2

0R47 5W

J 1 R C2

1 0 R 5 W

FJL4315

FJL4315

C

B

E KSP93

C

E

B

KSP43

47uF

6N139

4 7 pF 1N4002

FJL4215 10R 2W

0R47 5W

3 7 , 6 V r m s @ 7 0 6 Wr m s

s o b r e2 R


22/141

-1 5 V

-1 5 V

220nF

100nF

+ 5 V

T E RRA

+1 5 V

-1 5 V

T E RRA

T E RRA

T E RRA

1 0 0 pF

T E RRA

1 uF

-1 5 V

100nF

-1 5 V

1 0 0 nF

T E RRA

+1 5 V

T E RRA

1 0 0 nF

100nF

2 2 0 nF

1 0 0 nF

T E RRA

6 n 8

T E RRA

T E RRA

-1 5 V

T E RRA

T E RRA

T E RRA

1 0 0 nF

1 0 0 nF

T E RRA

T E RRA

T E RRA

T E RRA

6n8

+1 5 V 1 nF

100nF

T E RRA

5 0 K HZ

4 7 pF

P I N O _1 0 _I R # 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 RRA

1 0 0 nF

+1 5 V

1 nF

3 9 K

+1 5 V

1 0 0 pF

T E RRA

T E RRA 1 0

0 nF

100nF

T E RRA

+ 5 V

T E RRA 1

0 0 nF

1 0 0 nF

T L 0 7 2

1 0 0 nF

+1 5 V


23/141

+B

(DO PRÉ) (DO PRÉ)

1K

4R7

100K

10K

100nF

100nF 100nF

47uF 47uF

4R7

+2 0 V

P I N O _1 0 _I R # 2

P I N O _1 2 _I R # 2

S H UT D OWN

+ 5 V

T E RRA

T E RRA +B2

3 2 uH

+

S A I DA

P I N O _1 2 _I R # 1

P I N O _1 0 _I R # 1

2 2 0 nF

0 R 0 5 5 W

0 R 0 5 5 W

T E RR

A

47uF

+B -I R

1 0 uF

15V BYV27-200

T E RRA

15V

1 N

4 1 4 8

10K

15V

10K

15V

1 N

4 1 4 8

10K

15V

1 N

4 1 4 8

T E RRA

100K 6,8uF 100V

T E RRA

100K 6,8uF 100V

3 2 uH

1uF 250V

+ --

T E RRA 100pF 100pF

100nF

10uF

15V BYV27-200

15V100nF

10uF

( DA F ONT

E )

( DA F ONT

E )

( DA F ONT

E )

( DA F ONT

E )

100pF

E NT RA DA P ONT E H

( L a d o p o s i t i v o )


( L a d on e g a t i v o )

T E RRA

100pF

2

7 R

1 N4

1 4 8

2

7 R 2 7 R

2K7 5W T E RRA

1 nF 2 5 0 V

1 nF 2 5 0 V

2K7 5W

2

7 R

100K

7 8 1 2

3

1

2

5 2 N1 5

3 2

1

5 2 N1 5

2

3

1

5 2 N1 5

IR2010

2 3

1

5 2 N1 5

IR2010


24/141

REMOTE

4700uF 25V

GATE_B

470uF 100V

470uF 100V

470uF 100V

470uF 100V

GNDB A T .

RE M OT E

T E RRA

4 R7

T E RRA

+B

+1 2 V D C

T E RRA

4700uF 25V

1 0 R 1 0 R

GATE_A

6 8 nF

1K

4 R7

4 R7

IRF1404 I RF 1 4 0 4

U1 6 2 0

470uF 35V 470uF 35V

+2 0 V

T E RRA

T E RRA

-1 5 V

+1 5 V

6A10

6 8 nF T

E RRA

T E RRA

T E RRA

T E RRA

U1 6 2 0

R

T E RRA

C

S

E I N

O UT

GND

T E R

RA

T E RRA

4 R7

1 0 R

+1 2 V

6 8 n

F

1 0 R

IRF1404

1K

I RF 1 4 0 4

1 N4 9 3 7

1 0 0 nF

100uF

1 0 0 nF

100uF

T E RRA

6 8 nF

1 N4 9 3 7


25/141

TERRA

2K2 1%

+B -I R

100nF

5 0 K HZ

( P / P RÉ )

RE M OT E

GA T E _B

GA T E _A

S H UT D OWN

P I N O _1 2 _I R # 2 100nF

+1 2 V

1K220uF 35V

CL I P

1 0 0 nF

1 0 0 uF 100nF

1K220uF

T E RRA

B Y V 2 7 -2 0 0

T E RRA

2K2 1%

+ 5 V

2 2 0 nF

T E RRA

100nF

T E RRA

10K

100nF

3

2

1

BC327

T E RRA 330R

330R

330R

E

C

B

B D1 4 0

1K

6 n 8

C

S

E

6K8

1K 1%

100nF

47uF

1nF

100nF

P I C1 6 F 6 1 6

M C1

+B

1 0 K

+B 2

P R OT

ON

( P / S A Í DA )

T E RRA

1 N4 1 4 8

1nF

C

B

E

B C 3 3 7

1 0 0 nF

47uF

6 N1 3 9


26/141

-1 5 V

-1 5 V

220nF

100nF

T E RRA

+1 5 V

-1 5 V

T E RRA

T E RRA

+ 5 V

P I N O _1 0 _I R # 2

P I N O _1 2 _I R # 2

P I N O _1 0 _I R # 1

T E RRA

1 0 0 pF

T E RRA

1 uF

-1 5 V

100nF

-1 5 V

1 0 0 nF

T E RRA

+1 5 V

T E RRA

1 0 0 nF

100nF

2 2 0 nF

1 0 0 nF

T E RRA

6 n 8

T E RRA 1 0

0 nF

+ 5 V

T E RRA 1 0

0 nF

-1 5 V

T E RRA

P I N O _1 2 _I R # 1

T E RRA

T E RRA

1 0 0 nF

1 0 0 nF

T E RRA

T E RRA

T E RRA

T E RRA

6n8

+1 5 V 1 nF

100nF

T E RRA

5 0 K HZ

1 0 0 pF

T E RRA

1 0 0 nF

+1 5 V

1 nF

3 9 K

+1 5 V

1 0 0 pF

T E RRA

100nF

T E R

RA

T E RRA 1

0 0 nF

1 0 0 nF

T L 0 7 2

T E R

RA

+1 5 V


27/141

+B

(DO PRÉ) (DO PRÉ)

1K

4R7

10K

100nF

100nF 100nF

47uF 47uF

4R7

+2 0 V

P I N O _1 0 _I R # 2

P I N O _1 2 _I R # 2

S H UT D OWN

+ 5 V

T E RRA

T E RRA +B2

3 2 uH

+ S A I DA

P I N O _1 2 _I R # 1

P I N O _1 0 _I R # 1

2 2 0 nF

S H UNT

T E RR

A

47uF

+B -I R

1 0 uF

15V BYV27-200

T E RRA

15V

1 N

4 1 4 8

10K

15V

10K

15V

1 N

4 1 4 8

10K

15V

1 N

4 1 4 8

T E RRA

6,8uF 250V

T E RRA

6,8uF 250V

3 2 uH

-

T E RRA 120pF 120pF

100nF

10uF

15V BYV27-200

15V100nF

10uF

2,2uF 250V

( DA F ONT

E )

( DA F ONT

E )

( DA F ONT

E )

( DA F ONT

E )

120pF





T E RRA

120pF

4

7 R

1 N4

1 4 8

4

7 R 4 7 R

2K7 5W T E RRA

1 nF 2 5 0 V

1 nF 2 5 0 V

2K7 5W

4

7 R

7 8 1 2

D

S

G

5 2 N1 5

D

S

G

5 2 N1 5

IR2010

D

S

G

5 2 N1 5

IR2010

D

S

G

5 2 N1 5


28/141

RE M

+1 2 V

GND

6A10

+B

RE M OT E

T E RRA

6A10

T E R

RA

F E P 1 6 DT A

F E P 1 6 DT

1 N

4 9 3 7

470uF 35V

1 0 0 nF

470uF 35V

1 0 0 nF

T E RRA

100uF

T E RRA

100uF

-1 5 V

+1 5 V

1 N

4 9 3 7

T E RRA

+1 2 V

T E RRA

A C 3 A

C2

GA T E _B

GA T E _A

T E RRA

+2 0 V

C

S

E

C

E

S

1500uF 200V


29/141

TERRA

2K2 1%

+B -I R

100nF

5 0 K HZ

( P / P RÉ )

RE M OT E

1 0 0 nF

GA T E _B

GA T E _A

S H UT D OWN

P I N O _1 2 _I R # 2 100nF

+1 2 V

1K

220uF 35V

T E RRA 330R

330R

330R

100nF

1K220uF

T E RRA

B Y V 2 7 -2 0 0

T E RRA

2K2 1%

+ 5 V

100uF

2 2 0 nF

T E RRA

100nF

T E RRA

10K

3

2

1

BC327

CL I P

E

C

B

B D1 4 0

1K

6 n 8

C

S

E

RB

1K 1%

100nF

47uF

1nF

100nF

P I C1 6 F 6 1 6

M C1

+B

RA

+B 2

100nF

( P / S A Í DA )

T E RRA

1 N4 1 4 8

100nF

1nF

ON

P R OT

C

B

E

B C 3 3 7

1 0 0 nF

47uF

6 N1 3 9


30/141

DE

4

AR Q UI V O

F OL HA

P R OD UT O

1

A 3

P R O J E T O

DAT A

P R

É

F OL H

A

BL O C O

RE V

T A R A M

P S E L E T R Ô N

I C A L T D

A

DE S E

NH O

A DI L

S ON

F r i J an

0 7

, 2 0 1 1

GI V A L D

O

{ D a t e }

A MP L . DI GI T A L T 2

0 0 0 R

1 0

+1

5 V 1

-1 5 V

100nF

+1

5 V

-1 5 V

13K3 1%

-1 5 V

-1 5 V

5 0 K HZ

T E RR

A

+1

5 V

-1 5 V

+ 5 V

-1 5 V

+1

5 V

+1

5 V

P I N

O _1

0 _I R

# 2

P I N

O _1 2

_I R

# 2

P I N

O _1

0 _I R

# 1

1 0 0 pF

22K 1%

-1 5 V

-1 5 V

100nF

+1

5 V

T E RRA

T E RRA

1 nF

T E RRA

1 uF

-1 5 V

3K3

470R

100nFT E RRA

+1

5 V

T E RRA

T E RRA

-1 5 V

100nF

100nF

T E RRA

T E RRA

100nF

T E RRA

100K

2 2 0 nF

1 0 0 nF

100nF

220nF

220R

1 5 nF 47K

220R

1 0 0 K

T E RRA 1

0 0 nF

T E RRA 1

0 0 nF

P I N

O _1 2

_I R

# 1

T E RRA

T E RRA

2 K 2

T L 0 7 2

T E RRA

3K3

T E RRA

CROSSOVER

47KT E RRA

+ 5 V

15nF

T E RRA

100nF

T E RRA

100nF

1 nF

100nF

( D OP I C

)

3 9 K

-1 5 V

2 2 K 1

%

T E RRA

1 3 K

3 1

%

+1

5 V

2 2 K 1

%

1 0 0 pF

+1

5 V

T L

0 7 2

T E RRA

T E RRA

T L

0 7 2

T L

0 7 2

8 K 2

S UB

S ONI C

O

T E RRA

+1

5 V +1

5 V

3 0 K 1

%

1 0 0 nF

1 0 0 pF

CI 1 : A

T L

0 7 2

2 2 K 1

%

CI 2 : A T L

0 7 2

T L

0 7 2

CI 3 : A

100nF

T L

0 7 2

T L

0 7

2

T L

0 7 2


31/141

DE

4

AR Q UI V O

F OL HA

P R OD UT O

2

A 3

P R O J E T O

DAT A

S A

ÍDA

F OL H

A

BL O C O

RE V

T A R A M

P S E L E T R Ô N

I C A L T D

A

DE S E

NH O

A DI L

S ON

F r i J an

0 7

, 2 0 1 1

GI V A L D

O

{ D a t e }


0 0 0 R

1 0

+B

(DO PRÉ) (DO PRÉ)

1K

4R7

10K

100nF

100nF 100nF

47uF 47uF

4R7

+2

0 V

P I N

O _1

0 _I R

# 2

P I N

O _1 2

_I R

# 2

S H

UT D

OWN

+ 5 V

T E RRA

T E RRA +B2

3 2 uH

+ S A I DA

P I N

O _1 2

_I R

# 1

P I N

O _1

0 _I R

# 1

2 2 0 nF

T E RRA

47uF

+B -I R

100uF/50V

15V BYV27-200

T E RRA

15V

1 N4 1 4 8

10K

15V

10K

15V

1 N4

1 4 8

10K

15V

1 N4 1 4 8

T E RRA

6,8uF 250V

T E RRA

6,8uF 250V

3 2 uH

-

T E RRA 120pF 120pF

100nF

10uF

15V BYV27-200

15V100nF

10uF

2,2uF 250V

( DA F ONT E )

( DA F ONT E )

( DA F ONT E )

( DA F ONT E )

120pF





T E RRA

120pF

4 7

R

D

S

G

FET

1 N4 1

4 8

4 7

R

D

S

G

FET

4 7 R

2K7 5W T E RRA

1 nF 2 5 0 V

1 nF 2 5 0 V

2K7 5W

4 7 R

D

S

G

FET

D

S

G

FET

7 8 1 2 IR2010 IR2010


32/141

DE

4

AR Q UI V O

F OL HA

P R OD UT O

3

A 3

P R O J E T O

DAT A

F ONT E

F OL H

A

BL O C O

RE V

T A R A M

P S E L E T R Ô N

I C A L T D

A

DE S E

NH O

A DI L

S ON

F r i J an

0 7

, 2 0 1 1

GI V A L D

O

{ D a t e }


0 0 0 R

1 0

1K 10R

10R

10R

10R

GND

RE M

+1 2 V

T E R

RA

A C2

+B

1 N4 9 3

7

T E RRA

T E RRA

T E RRA

T E RRA

T E RRA

T E RRA

-1 5 V

+1

5 V

T E RRA

6 8 nF

+1 2 V

1K

4 R7 1 W

4 R7 1 W

T E RRA

A C 3

T E RRA

1 N4 9

3 7

15V

470uF 35V

120R 1W

100nF

10uF/25VT E RRA

100nF

6 8 nF

IRFP40046A10

4700uF 25V

4700uF 25V

4700uF 25V

4700uF 25V

T E RRA

120R1W

470uF 35V

15V

10uF/25V

1500uF 200V

1500uF 200V

RE M

OT E

GA T E

_A

T E RRA

+2

0 V

6 8 nF 6

8 nF

4 R7 1 W

4 R7 1 W

T E RRA

GA T E

_B

T E RRA

E

B

C B

D1 4

0

220uF/35V

1

3

2

B D1

3 9

6A10

IRFP4004

IRFP4004

IRFP4004

4700uF 25V

T R

3

220uF/35V

F E P 1 6 DT A

F E P 1 6 DT


33/141

DE

4

AR Q UI V O

F OL HA

P R OD UT O

4

A 3

P R O J E T O

DAT A

D S P

F OL H

A

BL O C O

RE V

T A R A M

P S E L E T R Ô N

I C A L T D

A

DE S E

NH O

A DI L

S ON

F r i J an

0 7

, 2 0 1 1

GI V A L D

O

{ D a t e }


0 0 0 R

1 0

+B -I R

560R 10K

TERRA

100nF

5 0 K HZ

( P / P RÉ )

P I N

O _1 2

_I R

# 2

+1 2 V

1 0 0 nF

T E RRA

+ 5 V

4 7 R

GA T E

_B

GA T E

_A

S H

UT D

OWN

100nF

RE M

OT E

1K

100nF

T E RRA

330R

330R

330R

100nF

E

C

B

B D1 4 0

1K

RA

220uF

C

S

E

7 8 L

0 5

T E RRA

2K2 1%

100uF

4 R7 1 W

47uF

1nF

2 2 0 nF

4 7 R

100nF

4 7 R

1nF

T E RRA

10K

3

2

1

BC327

220uF 35V

CL I P

1K

6 n 8

RB

B Y V 2 7 -2 0 0

1K 1%

100nF

RX

47uF

100nF

P I C1 6 F 6 1 6

M C1

T E RRA

+B

R C

+B 2

( P / S A Í DA )

100nF

T E RRA

100nF

P R OT

ON

1 N4 1 4 8

C

B

E

B C 3 3 7

6 N1 3 9

M C 3 3 1

5 2


34/141

1

4

1 0 0 nF

4 7 pF

P RE -A MP L I F I CA D OR

3

47pF

4 7 pF

1 0 0 nF

T L 0 7 2

1 nF

1 0 0 nF

1 0 0 nF

100nF

2 2 uF

1 0 0 nF

6n82 2 uF

1 0 0 nF

100nF

1 nF

3 9 K

100nF

100nF

220nF

100nF

1 0 0 nF

1 0 0 nF

A MP L I F I CA D ORT 3 . 5 K W

1 0 uF

1 0 0 nF

6 n 8

2 2 0 nF

1 0 0 nF

1 0 0 nF

1 0 0 nF

GI V A L D O ( CI R C UI T O

)

P A UL O ( L A Y O UT E S Q

. / P CI )

1 0 0 nF


35/141

+ -

2

4

(DO PRÉ)

100nF

100nF

47uF

15V

100nF

100nF

47uF

15V

S H UNT A


3

(DO PRÉ)

2 2 0 nF

47uF

S H UNT B

100nF

6,8uF 250V 6,8uF 250V

1nF 250V

J UMP

1uF 400V

S A I DA

47uF

100nF

10uF

15V BYV27-200

10uF

15V BYV27-200

1nF 250V

( D OD S P / F ONT E

B A I X A T E N S Ã O )






1 0 0 uF

15V

2

1

3

15V 15V 15V

( D OB A N C O

CA P A CI T I V O

)

2

3

1

2

3

1

2

1

3

GI V A L D O ( CI R C UI T O

)


. / P CI )

( f i o C u pr o t h al 1 4 A W G

- 0 , 0 3 0 oh m s )

( f i o C u pr o t h al 1 4 A W G

- 0 , 0 3 0 oh m s )


36/141

3

3

4

100nF

1 0 0 nF

100nF 100nF100nF

2 2 0 uF

2 2 0 nF

100nF

B Y V 2 7 -2 0 0

6 n 8

47uF

100nFP R OT

P WR

1 0 0 uF

2 2 0 nF

470uF 35V

100nF

100uF

1 0 0 nF

4 7 uF

100nF

1 nF

CL I P

1nF

1 0 0 nF

4 7 uF

2

3 1

B C 3 2 7

1 0 0 nF

4 7 uF

1 nF

6 N1 3 9

100nF

470uF 35V1nF

100nF

100nF

100uF

A MP L I F I CA D ORT 3 . 5 K

W

4 7 uF

220uF 35V

1 N4 1 4 8

D S P / C ONT R OL E DA

F ONT E

1 N4 9 3 7

1 N4 9 3 7

1 0 0 nF

C

E

S

C

B

E T I P 4 2 C

C

B

E

B C 3 3 7

100nF

1 0 0 nF

GI V A L D O ( CI R C UI T O )


. / P CI )

S

C

E

47uF

E S T A B .F ONT E ( A B RE P UL S O C OM1 0 ,7 V / F E CHA P UL S O C OM1

4 , 5 V )

6 N1 3 9


37/141

4

4


3

GND

RE M

+1 2 V

6A10

6A10

U1 6 2 0

R

U1 6 2 0

U1 6 2 0

5 x 1 5 0 0 uF 2 0 0 V

U1 6 2 0

R




. / P CI )


38/141

1

4

1 0 0 nF

1 0 0 pF

P RE -A MP L I F I CA D O

R

4

100pF

1 0 0 pF

1 0 0 nF

T L 0 7 2

1 nF

1 0 0 nF

1 0 0 nF

100nF

2 2 uF

1 0 0 nF

2 2 uF

15nF

1 0 0 nF

100nF

1 nF

3 9 K

100nF

100nF

220nF

100nF

1 0 0 nF

1 0 0 nF


1 uF

1 0 0 nF

1 5 nF

2 2 0 nF

1 0 0 nF

1 0 0 nF

1 0 0 nF


P A UL O ( L A Y O UT E

S Q. / P CI )

1 0 0 nF


39/141

+ -

2

4

(DO PRÉ)

100nF

100nF

47uF

15V

100nF

100nF

47uF

15V

S H UNT A


4

(DO PRÉ)

2 2 0 nF

47uF

S H UNT B

100nF

6,8uF 250V 6,8uF 250V

1nF 250V

J UMP

1uF 400V

47uF

100nF

10uF

15V BYV27-200

10uF

15V BYV27-200

1nF 250V








1 0 0 uF

15V

2

1

3

15V 15V 15V

( D OB A N C O

CA P A CI

Date post:	07-Jul-2018
Category:	Documents
Upload:	ricardo-laurini
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