TARAMPS® TA2700D_TA3500D R6

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%

LEVEL

R 1 3 3 9 K

R21

C3 100nF

R22 3K3

R 1 1 K 9

100nF C12

R 1 1 K 8

1 K

T L 0 7 2

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 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 O 5 0 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 0 2 n 4 F

R E V

5K 1% R26

1 R 0 2 K 4 1 % 1 C 0 P 0 1 n 1 F

4 C 7 P n F 1 2 T L 0 7 2

TP3 10KB

C P 6

2 2 K 1 %

R 2 5

C I 2 : A

3 3 0 K 1 %

R 4 3

C R P 1 2 5 7 1 4 7 2 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

H 1 I 0 G 0 K H P A S S

T P 5

6 8 n F

C I 3 : B

100nF C6

C I 3 : A

47K TP6

TP7 47K

T L 0 7 2

+ B 1 0 A d S B S @ 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

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 1 0 7 n F

l a d o p o s i t i v o

4 7 R

C 3 0

R 1 4

6 8 C 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

C I 4 : A

2 2 K 1 %

R 1 3 0 3 K

C11 100nF

3K3

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

R 1 2

T L 0 7 2

T L 0 7 2

2 R K 8 7

2 R 2 2 K 1 %

1 0 C 0 p 2 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 %


( 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

6

1

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

3

9 0 N 2 0 D

2

3

9 0 N 2 0 D

15V

1

1 2

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 O 5 0 1 N 1


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 F 9

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



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 0 F

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 .4 0 A

1 3 4 V

2 .2 0 A

1 0 0 V


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


G 1 V 8 I / 1 A 0 L / 2 D 0 O 1 0

F O L H A

4 7 0 n F / C 5 0 5 V 8

D E S E N H 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


R108

R118

2K2 1% R109

R 1 3 5

47uF CE4

R 1 2 2

R 1 0 8

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 1 2 K -1 5 5 K K 7 o h m

M U R S 1 2 0 T 3

D 1 9

R115

1K 1%

R 1 1 5

R E G 6

R 3 1 3 2 0 0 R

100nF C51

4 7 R 1 %

7 8 L 0 5 1

100nF C41

R 1 2 2

P R O J E T O

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 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 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 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 %


R 4 9 6 K 8 1 % 7 K 5 1 % 6 K 8 1 % 6 K 8 1 %


R 1 2 6 4 7 R 1 % 4 7 R 1 % 6 8 R 6 8 R


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


TARAMPS® TA2700D_TA3500D R6

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