CCE MD 3260D Diagram

TO

O

PT

PI

SLEDGE

SPINDL

MOTO

C

MOTOR

IC

K

E

R

A

UP

CN

L

CN703

M

M

S701

(REST)

P/

5V

100p

100u/10V

C703

D

GN

D_

702

J

T

(VREF)

36

22

100n

14

PGND1

IN1

R773

C775

A

10

D_GND

39K

4K7

R725

E

10K

10

22

100n

A

15

D1-

C

I

PC2

9

61

R7

1

70

12

11

10

9

8

7

6

5

4

3

2

1

6

5

4

3

2

1

D_GND

D

C

B

12

22n 22n

C736 C737

A

5V

62

R7

R772

C774

C

P_GND

13

CC

PV 1

PC1

11

R724

560

100

R701

R735

F

G

100n

1K

34

GND

D_

D

7

18K

1SS355

R777

68p

C777

5V

2,5V

4

3

REFSW

LDON/OFF

E

F

32

33

2,5V

2,5V

2,5V

C747

48

C7

100n

10u/16V

C752

C751

GND

D_

B

A

20

19

18

D3+

D3-

D2+

83

N

A

GND

NC

NRESET

D7

5

6

GND

D_

01

R726

D

C704

D

D_GN

D_GND

2,5V

2

1

LD

PD

B+D

A+C

35

2,5V

2,5V

K

B

D

C

B

17

16

D2-

D1+

3

0

7

GND

IN2

8

D

GN

D_

R723

22K

68K

R731

R722

H

I

R775

2,5V

5

CC

V

IC70

PDER

31

2,5V

10

10n

C

21

D4-

89S

IN3

4

470K

R732 R727

C

3K9

C776

18

J70

T

6

RF-

PDFR

30

n

(4

Q751

BC807/

D

I

E

3

15K

R728

18K

R733

B

p

(R

2,5V

1

2,5V

330K

R707

F

0V

,9

(4,1V)

Q7

BC

22

D4+

IN4

C738

C739

C740

3K9

R776

1

7

RF

TBAL

V)

25

84

C705

(0

1

18n

1n5

2n7

1u/50V

1u/50V

BIPOLAR

3,5V

1,6V

10

9

ARF

CAGC

88

N

A

FE-

FEOUT

26

27

28

2,6V

2,5V

82K

R763

5V

R7

3K9

(0,7V)

A

52

0V

D_

D_GND

390p

C766

E

R753

GN

D_

C734

22n

C743

GND

100

C714

330p

C765

680

5V

V)

D

24

CC

PV 2

VCC

R736

F)

C767

2,5V

(2,8V)

8

RFIN

FBAL

29

2,5V

330K

R708

G

5V

R751

52

7

D_GN

P_GND

23

PGND2

VREF

2

8K2

8K2

C706

3,7V

(3,9V)

11

CENV

05SB

TE-

2,5V

3K9

D

220u/10v

100u/10V

27n

6n8

C707

C768

3V

3,3V

(3,6V)

(3,2V)

13

12

CEA

CSBDO

CROSS

TEOUT

24

25

4,9V

2,5V

(2,3V)

39K

R764

A

D

54

R7

10K

22n

C735

P_GND

100n

C772

D

GN

D_

2n2

C769

66

R7

100K

0V

14

EDO

TEBPF

22

23

2,5V

C708

82K

R703

0V

21

D_

220K
R7

C7

10

GND

65

09

4,9V

16

OFTR

LDOFF

20

2,5V

n

3,3V

(3,6V)

15

CSBRT

VDET

0V

4n7

B

17

C7

(0V)

/RFDET

VREF

27n

A

B

C

18

D_GND

SS

V

ENV

19

2,5V

42

D_

C

D_GND

560p

C716

R709

C745

47n

D

GN

D_

22

C7

C7

22

1M5

11

10

18

0n

C744

D_GND

nF

X701

16,9

R712

C717

220

8n2

D_

27p

21

C7

p

27

D

GN

R745

68K

R7

100K

R737

0

47

41

C7

C723

0V

/1

220u

GND

D_

5V

60

3V

2,

59

2,3V

Hz

4M

34

5

5

5

5

GND

D_

5

5

52

51

D

D_GN

5V

50

5V

49

3V

1,

48

(2,5V)

4V

2,

47

opc.

R755

4

45

1,4V

OV

4

,4V)

(2

4

4

0n

10

4

GND

8

7

6

5

4

3

6

4

3

2

1

C7

V

DD

X2

X1

V

SS

SB

SU

PDO

PC

EF

AV 2

AV 2

VCOF

PLLF

DSLF

DR

EF

IR

AR

WV

PL

TES

24

0n

10

GND

D_

6

61

BYTCK

CK

BC

K

M

SS

DD

F

F

EL

AY

LDON

3

0

4

0V

B

73

C7

100n

D_GND

31

GND

A_

D

69

RESY

C7

I

62713

6

FE

2

3

2,6V

E

C7

220u/1

5V

70

/RST2

TBAL

31

2,2V

F

0

0V

5V

1

7

2

RG1

30

2,5V

G

/TEST

FBAL

C730

0n

10

GN

A_

68

67

6

6

65

4

6

63

2

CRC

CLVS

FCLK

/CLDCK

BDO

/RFDET

8

3

9

0V

(0V)

4,9V

C

A

FLAG

IPFLAG

OFT

TRCRS

7

3

4,9V

(2,3V)

A

VDET

5

3

6

3

0V

0V

B

DEMPH

N

M

TE

RFENV

3

3

4

3

2,5V

2,5V

D

C

R721

7

29

5V

C732

0V

/1

220u

100

A_GND

2,5V

4,9V

7

74

73

2

DD

AV 1

VREF

2,5V

A

SS

OUTL

AV 1

TRD

FOD

2

27

8

2

2,5V

2,5V

C

B

D_GN

1K

R717

R718

1K

D

GN

D_

4,9V

2,5V

7

7

76

5

RSEL

OUTR

ECS

KICK

4

2

25

6

2,5V

2,5V

2,5V

F

E

D

33

C7

100n

D_GND

D

C725

A_GND

C726

D

A_GN

5V

0

8

79

8

7

SSEL

MSEL

PSEL

CSEL

PC

ECM

23

(0V)

4,8V

G

8V

7,

TVD

22

2,5V

H

R154-400

1S

BCLK

LR

SRDATA

1

DV

DV 1

MCLK

MDAT

ML

SENSE

/FLO

/TLO

BLKCK

SQ

SU

UT

DM

STAT

/RST

SMCK

PMCK

TRV

21

2,5V

I

02

D7

27

C7

0V

/5

1u

1n

C728

0V

/5

1u

1n

C.

N.

1

10

11

1

1

1

1

1

17

18

2

3

4

5

6

7

8

9

2

3

4

5

6

N.C.

N.

5V

N.C.

5V

5V

(0,5V)

5V

0V

5V

V)

(0

0V

5V

0V

0V

(3,3V)

5V

C.

D_GND

CK

DD

SS

TX

A

D

CK

CK

CK

BQ

E

19

20

03

D7

-400

54

R1

1S

CAR MO

TRAY MOT

9V

R

TO

OR

2R2

4

71

JC

06

R7

0

M

01

M7

M

02

M7

10

R739

K

C701

M2_GND

12

9

13

16

10

1u

55

C7

M1_G

-

+

-

+

TD

100n

5

-

+

-

+

ND

_G

M2

M1_GND

ND

04

7

C

I

7

A

(

14

1

2

3

A-

K

0

SM

7

6

1

2

N.

N.C.

N.

N.

I

73

7
C7

C.

C.

C.

D)

54

06

T

A

13

R7

0K

10

C710

C711

Q3

IR

Q2

IR

Q1

IRQ0

TM4IO

3I

2I

1I

T

,P03

N.C.

3

3

P51,RE

,SENS

O

O

O

RM

P02,SBT0

6

1

N.C.

10u

R714

BIPOLAR

0K

10

15

R7

100K

22n

34

OU

1

16

R7

0K

10

N.C.

4

3

_GND

100n

ND

6

A9,P71

AN5,PA5

A_GN

M1_G

N.C.

48

47

A10,P72

LED7,D7,P8

LED6,D

LED5,D5,

D4,D4,P84

LE

D3,D

LE

D2,D2,P8

LE

D1

LE

LED0

AN4,PA4

2

D

ND

A11,P73

A12,P74

A13,P7

A14,

5,P77

A1

6,

3,

,D1,

,D0,P80

VREF-

AN0,PA

AN1,

AN2,

AN3,PA3

1

JB

D

A_GN

D_

P8

P8

P8

P8

P7

PA

PN

201

GND

C.

N.

49

C.

5

51

N.

0

C.

N.

5

6

52

C.

53

54

5

56

57

58

59

60

6

6

6

6

5

1

2

3

4

CONE

N.

C.

N.

C.

N.

C.

N.

N.C.

N.C.

N.C.

N.C.

M1_GND

CAR_SW

CDM_SW

TRAY_SW

SW703

SW701

SW702

M1_GND

4

20

CN

5

20

CN

I

PC

CTOR

D

GN

P_

M1_G
M2_G

POWER_

ND
ND

D

GN

7

6

5

3

2

1

0

1

2

N.C.

N.C.

N.C.

40

P63,A3

70

OSC1

9

02

30

C.

22p

CN702

N.C.

5

4

4

4

3

4

2

4

1

4

A8,P70

P67,A7

P66,A6

P65,A5

P64,A4

5

A

0

VDD

OSC2

8

z

C750

1

9

7

5

3

1

22p

1

7

R_OUT

A_

L_OUT

+5V

+9

6

M1_G

GND

V

VREF+

C753

ND

AN7,PA7

5

47u

AN6,PA6

4

M1

C754

M1_GND

_GND

M1

ND

_G

M2

_G

M2

N.C.

N.C.

N.C.

9

3

8

3

7

3

36

5

3

P61,A1

I

P62,A2

C

P52,CS

P53,A16

P60,A0

P54,A17

MN101C1

T

X1

XO

MMOD

P00,SBO0,TXD

P01,SBI0,RXD

12

13

4

1

5

ND

M1_G

D_

N.C.

M1_GND

GND

1

1

M1_G

D_GND

D_

P_

P_GN

VSS

0

1

ND

X7

12MH

R7

OP

C749

2

1

D

GN

0

1

D

GN

8

D

6

TX

4

RX

2

2Z

3

31

30

29

2

27

2

25

24

23

2

2

20

1

1

1

R719R720

2

8

6

2

1

9

8

7

4K73K3

P50,WE

P24,IRQ4

3,

P2

2,

P2

P21,IR

0,

P2

4,

P1

P13,TM

P12,TM

P11,TM

0,TM0IO,

P1

P27,RS

BUZZER,DK

6,

P0

SBT1,P05

SBI1,P04

O1

SB

R705

+9V

02

N7

C

A

ALT.

DES.

O

PR

R

P

A

J

O.

AN

STO

I

V

ROJE

P

e

dim

.

N

52

.

0

DATA

O

A

C

m

m

m

e

s

e

o

s

n

12

.

50

1

C

3

O

900

TOL

90

B

C

0

D

A/B

.

CO

D.

1.0

MD3900A/

C

E

/

380

A

T

O

O

RI

MD3

0/

MD

INCLUSA

REVISAO DA LEGENDA

ISCR

A.

.

P

O

L

TU

I

T

260

MD3

NOM

RO

BER

E

TO

DATA

/0

6

0

8/9

9

.

9

/9

/08

06

E

NDR

A

D

:

M

AC

E

M

E

D

AT.

S

OD.

QU

S

MD

/

AB.

C.

MD3

26

/

NA

I

M

I

EL

MA

E

0

0

38

TOL.

MD

/

D

0

27/09/99

E

DR

POWER

SW601

VFD

VOLUME

E601

W-E

1

DATA_R

2

BUSCLK

3

M/T

4

PB_1/2

5

STBY_PW

6

MUTE_PW

7

SURROUND

8

SW602

CD

SW603

TAPE

SW604

AM

SW605

CD_1 CD_3CD_2

FM

DISC

SEQUENCIA NO PAINEL

STOP

SW607SW606

PL/PS

SURROUND

UPDOWN

SW617

SW618

EQUAL

SW619

X-TONE

OPEN/C

SW620

+5V

P/R_SW

1

2

GND_2

3

REF_AC

4

STBY

5

-VFD

6

FIL_A

7

DATA

8

CLOCK

9

FIL_B

1

M_RP

2

M_P

3

MOTOR

4

+5V

5

GND

6

REC

7

SW613

WAVE

SW614

SW610SW609SW608

SW612SW611

FLASH

SW615

SW616

MODE

+5V

R619

R620 R618

180 22K

RESET OPCIONAL

10K

R617

10KBZV55F3V3

Q603

BC547B

R616

10K

+5V

IC604

KA7542

Q602

BC547B

D601

1N4148

L601

opc.

1

3

2

+5V

+5V

+5V

C606

1u

R680

10k

R606

10k

R679

10k

R614
10K

+

R607

4K7

BC547B

C608
100n

C626

C625

C623

C624

47p

47p

47p

47p

R672

R673

R674

1k

1k

C630

C631

C632

C617

47p

47p

47p

47p

47p

47p

47p

47p

C635

C634

C637

C636

C628

C627

10n

10n

R667

R666

R665

1k

MUTE_PW

PB_1/2

R675

BUSCLK

1k

R676

R677

R678

1k

1k

1k

DATA_R

1k

1k

1k

1k

R669

R671

1k

STBY

ENC_1

ENC_2

MOTOR

R668

W-E

M/T

M_P

M_RP

1k

R663

1k

C618

47p

1

2

3

4

5

6

7

8

9

10

11

PA6

PA5

PA4

PA3

PA2

PA1

PA0

PB0

PB1

PB2

PB3

1k

R664

P/R_SW

R662

CLOCK

Vpp

PA7

PB5

PB4

+5V

R608

5K6

C609
100p

Q601

1k

RESET

IRQ

N/C

RESET

IC601

MC68HCO5C9A

SC427426

N/C

PB7

PB6

15141312

4M7

R601

1k

1k

R660

R661

100n

C607

R659

VDD

N/C

Vss

PC7

OSC1

PC6

R670

SURROUND

TCAP

OSC2

PD3/MOSI

PD2/MISO

PC4

PC5

1k

X601

6MHz

1k

3435363738394041424344

TCMP

PD5/SS

PD4/SCK

PD1/TDO

PDO/RDI

22212019181716

C603
100n

PD7

PC0

PC1

PC2

PC3

N/C

C601

33p

C602

33p

C620

33

32

31

30

29

28

27

26

25

24

23

47p

STB

CLK

D_IN

D_OUT

STBY_PW

DATA

CLOCK

+5V

jump

L602

+

C604

10u/16V

C619

100p

R658

1k

C656

330p

R657

0R

R656

1k

R655

RX

TX

1k

R654

1k

R653

1k

R652

1k

R651

1k

R650

1k

C615

47p

C629

C614

47p

47p

C616

7p
4

C622

C610

C621

47p

C613

47p

C612

47p

47p

C611

47p

47p

C655

330p

CN602

SERIAL
COM CD

JUMPER

RX

LEDS

TX

+5V

C654

330p

C653

330p

+

1u/100V

C657

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

L603
jump

R648

R647

R646

R645

R644

D610

1N4148

1N4148

SURROUND

353637383940414243

40 35 30 25 20 15 10 1

44

VFD DISPLAY

SVA-10MM08

VFD601

R639

R640

R641

R642

R643

100

100

100

100

Grid8

Seg20/Grid9

IC602

SW4

SW3

100

Vee

seg19/Grid10

Din

Dout

R609

56K

D609

1k2
R615

D606

AZUL

R681

R682

R683

R684

R603

100

100

100

100

100

1k

1k

1k

1k

4k7

39 38 37 36 35 34 33 32 31 30 29 28 27

40

Grid5

Grid4

Grid3

Grid2

Grid1

Vdd

LED5

LED4

LED3

LED2

LED1

Vss

OSC

1

+5V

Grid7Grid6

uPD16311

SW2

SW1

41

42

43

44

45

46

47

48

49

50

51

52

ENCODER

VOLUME

E601

R638

1k1k1k1k1k

Vdd

Seg18/Grid11

Seg15/Grid14

IC

CLK

R610

2K2

+5V

10K

R605

10n

C651

2028192918301731163215

R637

Seg17/Grid12

Seg14/Grid15

STB

R611

2K2

R636

Seg16/Grid13

Seg13/Grid16

KEY1

10K

R635

R634

Seg12/KS12

Seg11/KS11

Seg10/KS10

Seg9/KS9

Seg8/KS8

Seg7/KS7

Seg6/KS6

Seg5/KS5

Seg4/KS4

Seg3/KS3

Seg2/KS2

Seg1/KS1

KEY3

KEY2

1312111098765432

R612

2K2

R604

10n

C650

27262524232221

5

R633

1k

R632

26

25

24

23

22

21

20

19

18

17

16

15

14

Vdd

KEY4

D602

D603

D604

D605

4 X 1N4148

R613

2K2

SENSOR

REMOTO

DISCO 1

1 PLAY/PAUSE

DISCO 2

2

DISCO 3

3

4

X-TONE

5

6

7

8

9

10

11

12

220

220

R631

220

R630

220

R629

220

R628

220

R627

220

R626

220

R625

220

R624

220

R623

220

R622

220

R621

IR601

RPM6936/V4

13

14

15

OPEN/CLOSEPOWER

16

17

#

18

#

19

#

20

#

21

# #

22

#

23

#

24

R602

33

+

C605

47u/16V

STOP

DISC

SURROUND

#

#

#

#

#

#

R685

22k

BC847B

Q604

R686

22k

BC847B

Q605

484746454443424140393837

363534333231302928272625

212019181716151413

+5V

25

26

27

28

29

30

31

32

33

34

35

36

CD

TAPE

AM

FM

#

#

#

#

#

#

#

242322

121110987654321

WAVE

37

EQUAL

38

MODE

39

FLASH

40

41

42

43

44

45

46

47

48

UPDOWN

#

#

#

#

#

#

#

PCI LATERAL

PCI FRONTAL

A

DES.

PROJ.

APRO.

AMV-186/00 R657 ERA 1K / INCLUSAO DA SERIE MD3280G 29/05/00E

P.A.ALT.

ROBERTO

NOME

INCLUSAO DA SERIE MD3280E 01/10/99C

INCLUSAO DA SERIE MD3280D 02/09/99B

INCLUSAO DAS SERIES B/D/F - MD3280B/C 03/08/99ANDRE

DISCRIMINACAO

TITULO:

ESQUEMA ELETRICO

PCI FRONTAL/LATERAL MD3260/MD3280

MAT.DATA

11/06/99

ACAB.

ESC.

02/09/99ANDRE

MD3260A/B/D/F-MD3280B/C/D/E/F/G

.

MOD

ANDRE

ANDRE

ANDRE

ANDRE

PROJECAO

N.TOL.TOL.

1.00.52150.06

COD.

04/01/00INCLUSAO DA SERIE MD3280FD

DATAVISTO

mmemdimensoes