Sony CDXV-5800 Service manual

CDX-V5800

SERVICE MANUAL

Ver. 1.4 2006. 05

• The tuner and CD sections have no adjustments.

SPECIFICATIONS

E Model

Chinese Model

Model Name Using Similar Mechanism NEW CD Drive Mechanism Type MG-611MK-186//K Optical Pick-up Name KSS1000E

CD player section

Signal-to-noise ratio 90 dB Frequency response 10 – 20,000 Hz Wow and flutter Below measurable limit Signal format system PAL/NTSC

Tuner section

FM

Tuning range FM tuning interval:

50 kHz/200 kHz switchable

87.5 – 108.0 MHz (at 50 kHz step)

87.5 – 107.9 MHz

(at 200 kHz step) Aerial terminal External aerial connector Intermediate frequency 10.7 MHz/450 kHz Usable sensitivity 9 dBf Selectivity 75 dB at 400 kHz Signal-to-noise ratio 67 dB (stereo),

69 dB (mono) Harmonic distortion at 1 kHz

0.5% (stereo),

0.3% (mono) Separation 35 dB at 1 kHz Frequency response 30 – 15,000 Hz

AM

Tuning range AM tuning interval:

9 kHz/10 kHz switchable 531 – 1,602 kHz (at 9 kHz step) 530 – 1,710 kHz

(at 10 kHz step) Aerial terminal External aerial connector Intermediate frequency 10.7 MHz/450 kHz Sensitivity 30 µV

Power amplifier section

Outputs Speaker outputs

(sure seal connectors)

Speaker impedance 4 – 8 ohms Maximum power output 52 W × 4 (at 4 ohms)

General

Outputs Audio output terminals (front, rear/sub switchable)

Video output terminal Power aerial relay control terminal Power amplifier control terminal

Inputs Telephone ATT control terminal

AUX IN terminal Parking break control terminal

Tone controls Low:

±10 dB at 60 Hz (XPLOD) Mid: ±10 dB at 1 kHz (XPLOD) High: ±10 dB at 10 kHz (XPLOD)

Power requirements 12 V DC car battery

(negative earth)

Dimensions Approx. 178 × 50 × 177 mm (w/h/d) Mounting dimensions Approx. 182 × 53 × 161 mm (w/h/d) Mass Approx. 1.2 kg Supplied accessories Parts for installation and connections (1 set)

Front panel case (1) Card remote commander RM-X138

Design and specifications are subject to change without notice.

9-879-047-05

FM/AM MULTI MEDIA PLAYER

Sony Corporation

eVehicle Division Published by Sony Techno Create Corporation

1

CDX-V5800

Ver. 1.3

SERVICE NOTES

NOTES ON HANDLING THE OPTICAL PICK-UP BLOCK OR BASE UNIT

The laser diode in the optical pick-up block may suffer electrostatic breakdown because of the potential difference generated by the charged electrostatic load, etc. on clothing and the human body. During repair, pay attention to electrostatic breakdown and also use the procedure in the printed matter which is included in the repair parts. The flexible board is easily damaged and should be handled with care.

NOTES ON LASER DIODE EMISSION CHECK

The laser beam on this model is concentrated so as to be focused on the disc reflective surface by the objective lens in the optical pickup block. Therefore, when checking the laser diode emission, observe from more than 30 cm away from the objective lens.

Notes on Chip Component Replacement

•Never reuse a disconnected chip component.

• Notice that the minus side of a tantalum capacitor may be damaged by heat.

CAUTION

Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

If the optical pick-up block is defective, please replace the whole optical pick-up block. Never turn the semi-fixed resistor located at the side of optical pick-up block.

optical pick-up

semi-fixed resistor

TEST DISCS

This set can playback CD-R and CD-ROM discs. The following test discs should be used to check the capability:

CD-R test disc TCD-R082LMT (Part No. J-2502-063-1) CD-RW test disc TCD-W082L (Part No. J-2502-063-2)

E model

This label is located on the bottom of the chassis.

Chinese model

SAFETY-RELATED COMPONENT W ARNING!!

COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE WITH MARK 0 ON THE SCHEMATIC DIAGRAMS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY P ARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.

2

CDX-V5800

Notes on CD-Rs (recordable CDs)/CD-RWs (rewritable CDs)

This unit can play the following discs:

Type of discs Label on the disc

Audio CD

MP3 files

• Some CD-Rs/CD-RWs (depending on the equipment used for its recording or the condition of the disc) may not play on this unit.

• You cannot play a CD-R/CD-RW that is not finalized∗.

• You can play MP3 files recorded on CD-ROMs, CD-Rs, and

CD-RWs.

• A CD-R/CD-RW to which a session can be added can be played.

z

UNLEADED SOLDER

Boards requiring use of unleaded solder are printed with the lead free mark (LF) indicating the solder contains no lead. (Caution: Some printed circuit boards may not come printed with the lead free mark due to their particular size.)

: LEAD FREE MARK

Unleaded solder has the following characteristics.

• Unleaded solder melts at a temperature about 40°C higher than ordinary solder. Ordinary soldering irons can be used but the iron tip has to be applied to the solder joint for a slightly longer time. Soldering irons using a temperature regulator should be set to about 350°C. Caution: The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful!

• Strong viscosity Unleaded solder is more viscous (sticky, less prone to flow) than ordinary solder so use caution not to let solder bridges occur such as on IC pins, etc.

• Usable with ordinary solder It is best to use only unleaded solder but unleaded solder may also be added to ordinary solder.

∗ A process necessary for a recorded CD-R/CD-RW disc to be

played on the audio CD player.

Notes on Video CDs

This unit can play the following discs:

Type of discs Label on the disc

Video CD

VCD

A compact disc that contains moving pictures. The picture data uses the MPEG 1 format (Video CD), worldwide standards of digital compression technology. Video CDs also contain compact audio data. Sounds outside the range of human hearing are compressed while the sounds we can hear are not compressed.

3

CDX-V5800

GENERAL

CDX-V5800

This section is extracted from instruction manual.

CONNECTIONS

5

CDX-V5800

6

SECTION 2

DISASSEMBLY

Note : This set can be disassemble according to the following sequence.

SET

2-1. SUB PANEL ASSY (CD)

(Page 8)

2-2. CD MECHANISM BLOCK

(Page 8)

CDX-V5800

2-3. MAIN BOARD

(Page 9)

2-7. OPTICAL PICK-UP

(Page 11)

2-4. CHASSIS (T) SUB ASSY

(Page 9)

2-5. ROLLER ARM ASSY

(Page 10)

2-6. CHASSIS (OP) ASSY

(Page 10)

2-8. SL MOTOR ASSY (M902)

(Page 11)

2-10. SERVO BOARD

(Page 12)

2-9. LE MOTOR ASSY (M903)

(Page 12)

7

CDX-V5800

s

)

Note : Follow the disassembly procedure in the numerical order given.

2-1. SUB PANEL ASSY (CD)

3

two claws

4

2

two claw

1

two

screws

(+PTT 2.6

x

6)

2-2. CD MECHANISM BLOCK

6

CD mechanism block

5

CN751

5

sub panel assy (CD)

8

bracket (CD)

CNP802

7

two

screws

(+PTT 2.6

x

6)

3

2

screw

(+PTT 2.6

x

6)

4

CN401

1

screw

(+PTT 2.6

x

6

8

2-3. MAIN BOARD

)

1

(+BTT)

three screws

4

screw

(+PTT 2.6

x

CDX-V5800

6)

5

connector

2

two

screws

3

MAIN board

(+PTT 2.6

x

8

2-4. CHASSIS (T) SUB ASSY

2

two

screws

(+P 1.7

5

SENSOR board

3

claw

x

2.2)

4

claw

1

two

screws

x

(+P 1.7

6

2.2)

chassis (T) sub assy

9

CDX-V5800

)

2-5. ROLLER ARM ASSY

4

worm wheel (RA)

1

spring (RAL)

3

washer (1.1 – 2.5)

5

roller arm assy

2

spring (RAR)

2-6. CHASSIS (OP) ASSY

0

compression spring (damper)

4

washer

5

gear (LE1)

lever (D)

6

8

qa

chassis (OP) assy

1

CN500

9

two compression springs (damper

7

slider (R)

10

2

Remove the six solderings.

3

tension coil spring (KF)

2-7. OPTICAL PICK-UP

5

claw

2

chucking arm sub assy

1

tension coil spring (CHKG)

7

optical pick-up

CDX-V5800

2-8. SL MOTOR ASSY (M902)

6

main shaft

4

rack (SL)

3

screw

(+B 1.4

x

5)

2

SL motor assy (M902)

1

screw

(+P 1.4

x

1.8)

11

CDX-V5800

2-9. LE MOTOR ASSY (M903)

qf

two toothed lock

(+M 1.4

bracket (LEM)

qs

screw

(+M 1.7

x

)

screws

2.5)

6

screw

(+P 1.7

x

qd

2.2)

qa

screw

(+M 1.7

qg

(M903)

0

woam (LEB) assy

x

2.5)

LE motor assy

7

leaf spring (LE)

8

screw

(+M 1.7

9

bearing (LEB)

2

washer

gear (LE1)

3

lever (D)

x

2.5)

4

5

slider (R)

2-10. SERVO BOARD

1

Remove the eight solderings.

1

Remove the soldering.

6

SERVO board

2

4

toothed lock

(M 1.7)

5

Remove the three solderings.

screw

claw

12

3

CN500

3-1. BLOCK DIAGRAM — CD SECTION —

CDX-V5800

SECTION 3

DIAGRAMS

DETECTOR

PD1

PD2

E

F

LASER DIODE

I-V AMP

PD LD

PD1

PD2

2

1

3 14 12

DIGITAL

MODULATOR

DIN

LRCK BCKIN SCKI DEEMP

IC700

LOUT

ROUT

MUTE

FORMAT

45•25–18• 8–1•48•17

29•31•33•35

•38•30•42–44

9

6

10

13

16M SDROM

A18

DQ0

DQ7

IC200

A0

I

R-CH

28 29 15 14 90

17

I

24

VIDEO SIGNAL

PROCESSOR

VSYNC HSYNC CLK MODEB SLEEP

P0

I

P7

CD-L

IC400

MAIN

A

SECTION

(Page 14)

32

CVBS/Y

• R-ch is omitted due to same as L-ch.

• Siganal Path

: CD PLAY

CN401

(VIDEO OUT)

DIGITAL SIGNAL PROCESSOR

IC100

77

AU DATA

78

AU LRCK

79

AU BCK

76

ROMA0

I

ROMA18

ROMD0

I

ROMD7

CLK27 OUT

AU XCK

103

DEEMP

56

VSYNC

55

HSYNC

69 70

PLA NTSC

54

V RST

64

YC0

I

57

YC7

29–32•34•38•40•42

•41•39•33•35•44• 43•45–49

27•25•23•21•22

•24•26•28

I

ROMA0-ROMA18

ROMD0-ROMD7

2

BD

3

E

F

LD

AUTOMATIC

POWER

CONTROL

Q501

5

E

6

F

13

LD

FEO

TZCRFM

TEO

LON

52

RF AMP,

DIGITAL SERVO,

IC500

9 46 48

24

12

PD

EQ0

AC

RFI

51

FEN

8

TEN

49

LASER ON CONTROL

SWITCH

Q502

DOUTA

LRCK

WFCK

DCK

EFLAG

SUBSYQ

BUSY

RESETX

R/W

DIN/OUT

MCK

35

36 34 37 38 31 30 29 28 27 26

96

97 50 98

102

81 80 82 83 84 85

CD DATA

CD LRCK BATTLOW CD BCLK CD XCK SUBSYQ BUSY XRESET R/W DI/DO MCK

PICK-UP BLOCK

2-AXIS DEVICE

(FOCUS)

(TRACKING)

OPTICAL

MONOUT

FCS+

FCS–

TRK+

TRK–

M902

(SLED)

M901

(SPINDLE)

M903

(LOADING)

16M SDROM

XI

X541

16.934MHz

FOCUS/TRACKING COIL DRIVE,

SLED/SPINDLE/LOADING

MOTOR DRIVE

IC600

16

VO4(–)

15

VO4(+)

VO3(–)

17

VO3+)

18

14

M

VO1(–)

13

VO1(+)

VO2(–)

12

VO2(+)

11

10

VOL+

9

VOL–

IN1(–)

OUT1

IN2(–)

OUT2

IN3(–)

OUT3

IN4(–)

OUT4

FWD

REV

3

4

6

7

23

22

26

25

1

28

42

43

20

22

17

18

19

21

XO

SD OUT

CLV OUT

JUMP0

TDOUT

SDIN

FD OUT

X401

27MHz

S901

(LIMIT)

65

CLKIN

DA0

17–20•16–12

66

CLKIO

LIMIT

92

DA10

DD0

DD15

I

•111•110

116–123•6–2

I

•126–124

DQMO

114

9 15

WE B

10 16

CAS B

11 17

RASO BT

112 19

BAO

127 35

RAMCLK

SI

91

SO

93

SCK

99

RESET B

88

SP

89

MP

113

MUTE

RAMA0-RAMA10

RAMD0-RAMD15

MUTE

D701

21–24•

27–32•20

2•3•5•6•8• 9•11•12•39• 40•42•43•45

•46•48•49

MAIN

B

SECTION

(Page 14)

IC300

A0

I

A10

DQ0

I

DQ15

14

LDON

36

UDQM WE CAS RAS BA CLK

SW1

(DOWN)

SW2

(SELF)

SW3

(DISC IN)

SYSTEM CONTROL

CD SO

1990

CD SI

18

CD SCK

20

CD RESET

98

SP

54

MP

90

CD DSW

95

CD SELFSW

55

CD INSW

92

CD LOAD

93

EJECT

94

IC801 (1/3)

BU+3.3V U COM+3.3V

CD ON

87

BU+3.3V

REG

Q701,703

CDX-V5800

13 13

CDX-V5800

3-2. BLOCK DIAGRAM — MAIN SECTION —

ELECTRONIC VOLUME

PJ601

(ANTENNA)

CD

SECTION

(Page 13)

(TUNER UNIT)

1

ANT

TUX601

E2P VDD

S-METER TU MUTE

E2P SCL

E2P SDA

A

VCC

TU VDD

TU-SCL TU-SDA

CD-L

L

R

10 11 15

13 14

16 17

4 3

6 7

R-CH

AU+8V TU+5V

U COM+3.3V

SCL SDA

9 8

7 6

45 15

25 24

IC401

OUTS1 OUTS2

C2 C1

B2 B1

VSM TU ATT

EEP SCK EEP SIO

OUTF2

OUTR2

OUTF1 OUTR1

MUTE

SYSTEM CONTROL

IC801 (2/3)

IIC SCK

IIC SIO

VOL ATT

LINE ATT

AP2 AP1

SCL SDA

BEEP

STB

DIAG

5 3

17 18

23

22

25 24

29

30 31

33 34

6

1

5 31 56

R-CH

R-CH (FRONT) R-CH (REAR)

SCL

SDA

SCL

SDA

MUTE

Q407

MUTE CONTROL

Q400,401

MUTE

Q405

D400

B

MUTE Q404

BATT

CD

SECTION

SDA SCL

(Page 13)

BATT

12

11

2 4

16 22 25

35

POWER AMP

IN RR(FL)

IN RF(RL)

SDA SCL

ACGND STB DIAG

VP

IC100

RF+

RF-

SW1 SW2

REG1 REG2 REG3 REG4 REG5

LF+ LF-

29 27

30 37 31 33 34

5 3

9 7

AU+8V U-COM+3.3V SERVO+3.3V

MECHA+6V DISP+B

BATT

R-CH

F901

CNP901

1 9

2

10

4

12

3

11

5 6

16

L

R

L

R

L

R

FL+ FL-

RL+ RL-

FR+ FRRR+ RR-

AMP-REM ANT-REM

BATT

AUX IN

REAR

AUDIO OUT

FRONT

AUDIO OUT

PJ401

• R-CH is omitted due to same as L-CH.

• Signal Path

: CD PLAY

: FM

: AM

ACC IN

TEL ATT

PAK BK

BU IN

UNI SI

UNI SO

7

ACC

13

ATT

15

TEST

Q601

ACC CHECK

Q900

TEL ATT

Q901

AU+8V

D912

BATT

64

63

67

TU+5V

53 58 59

BACK-UP

DETECT

Q906,907

D915

TU+5V REG

BATTERY CHECK

Q902

BATT

CDX-V5800

1414

CDX-V5800

3-3. BLOCK DIAGRAM — DISPLAY SECTION —

SYSTEM CONTROL

IC801 (3/3)

U COM+3.3V

ROTARY

ENCODER

RE901(1/2)

KEY MATRIX

S901-919,931,

RE901(2/2)

S800

FREQUENCY

SELECTOR

9K

10K

D801

KEY

ACKNOWLEDGE

SWITCH

Q800

RESET

IC802

OUT

2

IN

1

S801

(NOSE DET)

S802

RESET

21

22

38

39

47

75

46

77

69

RE0

RE1

KEYIN0

KEYIN1

KEY ACK

XKEY ON

DST SEL

RESET

NOSE SW

LCD SO

LCD SCK

LCD CE

DOOR IND

SIRCS

28 29 27

BATT

73

REMOTE CONTROL SIGNAL RECEIVER

65

78 77 76

IC951

2

DI CL

CLK CE

CE

OUT

LCD DRIVER

IC901

SEG10

SEG21

SEG23

SEG66

DIMMER

SUB +B

SWITCH

Q801,802

1

VCC

3-4. CIRCUIT BOARDS LOCATION

SENSOR board

3

DIMMER

CONTROL

+3.3V REG

IC905

V OUT

Q501

DISP+B

LCD901

LIQUID CRYSTAL DISPLAY

PANEL

VDD

CE

LED902,905

LCD

BACK LIGHT

()

LED907-918,

921-924,927-929

SUB+B

LED930,931

2 4

DISP+B

DISPLAY board

8

|

I

19

•

21

|

I

64

1

IR

SERVO board

SPEAKER board

tuner unit (TUX601)

MAIN board

RELAY board

X801

32.768kHz

X1A

79

X0A

80

82

X0

X1

83

X800

3.68MHz

CDX-V5800

15 15

CDX-V5800

Ver. 1.4

3-6. WA VEFORMS3-5. NOTE FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS. (In addition to this, the necessary note is printed in each block.)

For schematic diagrams.

Note:

• All capacitors are in µF unless otherwise noted. (p: pF) 50 WV or less are not indicated except for electrolytics and tantalums.

• All resistors are in Ω and 1/ specified.

f

•

• C : panel designation.

Note: The components identified by mark 0 or dotted line

• A : B+ Line.

•Voltages and waveforms are dc with respect to ground

• CD mechanism section (1/2, 2/2)

no mark : CD PLAY

• Main (1/3), (2/3), (3/3) and Display sections

no mark : FM

: internal component.

with mark 0 are critical for safety. Replace only with part number specified.

under no-signal (detuned) conditions.

(): AM <>: CD PLAY

4

W or less unless otherwise

∗ : Impossible to measure

•Voltages are taken with a VOM (Input impedance 10 MΩ). Voltage variations may be noted due to normal production tolerances.

•Waveforms are taken with a oscilloscope. Voltage variations may be noted due to normal production tolerances.

• Circled numbers refer to waveforms.

• Signal path.

J : CD PLAY F : FM f : AM

For printed wiring boards.

Note:

• X : parts extracted from the component side.

• Y : parts extracted from the conductor side.

a

•

• : Pattern from the side which enables seeing.

(The other layers' patterns are not indicated.)

Caution: Pattern face side: Parts on the pattern face side seen from the (Side B) pattern face are indicated. Parts face side: Parts on the parts face side seen from the (Side A) parts face are indicated.

: Through hole.

C

Q

These are omitted

EB

E

CB

These are omitted

C

BE

These are omitted

— Servo Board —

(MODE: CD PLAY)

1

16.9344MHz

IC500 rd (XO)

2

ts

(EQO)

IC500

3

27MHz

IC100

(CLKIN)

yg

1.8Vp-p

0.8V to

1.3Vp-p

1.5Vp-p

— Main Board —

1

32.768kHz

IC801 ul (X1A)

2

3.68MHz

IC801

id

1.6Vp-p

3Vp-p

(X1)

CDX-V5800

1616

3-7. PRINTED WIRING BOARDS — CD MECHANISM SECTION — • Refer to page 15 for Circuit Boards Location. : Uses unleaded solder.

CDX-V5800

A

B

C

D

E

F

G

H

1

FB504

C404

C201

R402

IC400

RB111

R107

R108

R106

TP131

R161

R162

FMA4

R627

R626 R623

R606 R605

23456789101112 13 14 15

L401

TP55

TP53

RB108

RB109

TP24

R104

TP601

C405

R105

BP3 TP4

R403

FMB6

C202

SW3

TP56

SW2

TP6

CN1

(Page 20)

TP1

TP2

R600

• Semiconductor Location

C402

RB110

R102

R624

R601

C401

R103

C132

R401

C407

R621

R603

C403

R404

C133

X401

RB107

RB106

C131

IC600

C605

C305

RB103

R405

C406

RB105

IC100

R163

R109

RB104

R178

C164

C163

C161

D101

C162

R164

C102

IC300

C312

RB102

TP188

C304

C112

TP189

C166

RB101

R629

R167

C303

R101

R180

R166

C708

R709

R111

R168

R169

C313

C181

C180

C709

R113

TP181

C182

R114

R112

C111

TP186

TP184

TP183

C183

R175

SW1

RB112

RB113

TP185

R181

TP187

R507

TP182

R509 R508

R110

Q501

FMA3

TP559

FMB3

TP542

TP558

CN500

C546

TP557

TP551

FMB4

FMB5

TP541

R546

R551

C551

TP560

C508

TP58

C545

TP556

R547

TP555

C531

X541

C542

TP554

TP553

TP552

C501

TP62

C541

C543

R503

TP504

TP63

TP64

TP57

TP61

TP59

R545

TP51

C540

R504

Q502

TP60

C302

R541

R543

C544

C509

C705

TP564

FB501

TP530

R542

R544

R502

C518

C506

C519

R311

TP528

TP531

C502

TP503

TP561

TP52

C301

C311

TP529

TP527

RB301

TP523

IC500

C507

R501

R176

C165

C707

R631

R630

R312

R505

TP19

R506

IC700

TP563

C521

TP526

TP501

R172

C503

C517

R708

TP524

C505

R170

R171

R177

R173

TP562

TP402

TP521

R704

R707

TP525

TP522

R513

C516

R515

C512

R511

C504

R703

R702

R701

TP10

TP11

C513

R165

C706

TP401

C514

C515

TP502

TP519

TP12

C510

IC200

C511

C160

TP20

TP18

R622

TP622

C600

TP513

R514

R512

C103

BP4

TP512

TP15

TP14

TP13

BP1

CN401

FB503

TP22

TP17

TP16

TP3

BP2

R516

TP21

BP7

TP9

R625

TP621

R604

TP23

TP8

R602

TP5

FB502

TP603

Ref. No. Location D101 G-3

I

CDX-V5800

IC100 E-3 IC200 B-11 IC300 B-3 IC400 C-2 IC500 D-10 IC600 G-2 IC700 G-10

Q501 E-5 Q502 E-9

17 17

CDX-V5800

Ver. 1.4

• Refer to page 16 for Waveforms.

3-8. SCHEMATIC DIAGRAM — CD MECHANISM SECTION (1/2) — • Refer to page 27 for IC Block Diagrams. • Refer to page 29 for IC Pin Description of IC500.

CN500

TP551 TP552

C551

TP555 TP556 TP557

TP558 TP559

TP560 TP561

TP562 TP563

TP564

TP553

TP554

C501

R551

C508

TP504

R509

TP503

R508

Q501

C506

C517

R506

R507

C507

TP501

TP502

R501

R502

R503 R504

C503

C504 C505

C518

C502

R505

IC B/D

TP512

TP513

R512

C545

TP542

C511

R516

C512

C546

R545

R546

R511

R515

C544

TP541

C515

R514

TP511

R544

C513

C514

R513

IC500

R547

X541

C541

R542

R541

Q502

C531

FB501

C540

C521

TP531

TP530 TP529

TP528 TP527

TP526 TP525

TP524 TP523

TP522 TP521

TP519

(Page 19)

C705

R709

C709

543 R

C542

543 C

IC B/D

IC700

C516

SW3

SW2

M901

S901

M902

M903

SW1

TP63

TP64

TP61

TP62

TP59 TP60

TP57 TP58

TP55

TP56

TP53

TP51

TP52

C509

R622 R623

R626

R627

R624

R621

R625

IC600

TP621

TP622

IC B/D

R600

C600

R606

R605

C605

R603

R604

R602R601

C708

R708

C707

R707

C706

BP3

BP4

BP2

BP1

TP603

TP601

C510

C519

TP1

TP2

TP3 TP4

TP5 TP6

TP24 TP7 TP8

TP9 TP10

TP11 TP12

TP13 TP14

TP15 TP16 TP17

TP18 TP19

TP20 TP21

TP22 TP23

CN1

(Page 23)

CDX-V5800

1818

• Refer to page 16 for Waveform.

3-9. SCHEMATIC DIAGRAM — CD MECHANISM SECTION (2/2) — • Refer to page 28 for IC Block Diagram. • Refer to page 31 for IC Pin Description of IC400.

L401

IC B/D

C404

R402

RB110

TP131

C132

R105

R104

R103

RB109

RB108

IC400

BP7

R108

R107

R106

RB111

C401

C402

R403

C405

FB503

FB504

TP401

TP402

CN401

CDX-V5800

CN401

(Page

18)

C102

C103

D101

R165

R163

C406

C164

C407

R167

R161

R162

R169

R629

X401

R171

R405

R173

C166C163C161

R164

R175

R701 R703

R702 R704

R178

R166

R168 R170 R172

R177

R180

R404

C160

TP188TP189

C180

C162

R176

C165

C131

R102

RB107

C133

FB502

RB106

C201

C202

RB105

RB104

IC100

C182C181

TP181

C183

TP182

TP183

TP185

TP184

R109

R110

R111

TP186

TP187

RB112

R181

RB113

R112

R113

R114

RB103

RB102

R101

C111

C112

RB101

IC200

R630

R631

C403

R401

RB301

C302

C303

C305

C304

C301

IC300

C311

C313

C312

R312

R311

CDX-V5800

19 19

CDX-V5800

3-10. PRINTED WIRING BOARDS — MAIN SECTION — • Refer to page 15 for Circuit Boards Location. : Uses unleaded solder.

A

B

C

D

E

F

G

H

J

1

PJ601

TUX601

R606

C612

JW

47

48

R608

R607

I

JW4

JW3

234567891011 12 13 14

PJ401

C818

R854

JW19

D903

R847

C816

FB702

C709

R836

R853

JW18

CNP901

D916

D917

R932

JW103

CN751

C820

C817

R873 R814

JW17

C815

F901

JW102

R709

JW142

JW16

R931

JW101

C822

C812

C992

L702

JW49

JW

R703

JR12

JW15

R437

FB901

R920

L701

82

R837

R860

JW92

C825

JW14

D808

FB902

C922

C704

C705

JW

R810

FMB3

JR5

R901

JW13

JW

D918

JW

R835

R848

R844

84

R913

99

100

85

R925

JW

R845

D803

JW

D914

JW

JW11

12

D920

D919

JW

R903

R863

R855

C814

98

94

JW

R852

97

JW

96

JW

95

JW

L900

93

88

JW

R917

R702

R928

R912

Q703

JW

Q701

JW

R824

R825

81

86

(Page 17)

D915

78

D912

77

Q902

R701

79

JW

Q907

Q906

83

JW

206

JW

205

JW

202

JW

201

JW

• Semiconductor Location

Ref. No. Location D301 F-3

D400 D-4 D600 E-2 D701 G-7 D702 G-6

JW

207

204

203

JW

D801 I-6

R904

Q900

R902

JW

C908

JW

80

8

JW

9

D803 J-9 D808 J-9 D811 I-3 D812 I-3 D813 I-3 D814 I-2 D815 I-2 D816 I-2

IC802

S801

D901

R905

R907

Q901

JW2

JW1

D817 I-2 D821 I-2 D822 I-2 D823 J-4 D824 I-3 D901 I-10 D902 B-7 D903 B-8 D904 C-6 D905 C-6 D906 C-7 D907 C-7 D908 C-8 D909 C-8 D912 E-10 D914 C-9 D915 E-10 D916 C-8

R615

JW

R604

R603

150

D821

JW61

60

59

L602

Q601

JW

D822

C617

C619

JR10

R815

D817

C618

58

C443

D815

JW6

C616

JW

C620

D600

C614

JW50

C409

D816

130

C450

C451

R468

R430

145

JW

144

JW

JW51

CNP802

JW5

R425

C408

D814

C439

JW

R415

R426

C303

R428

JW52

D813

Q407

R441

R420

Q404

C444

Q403

134

C420

R414

C423

C426

C453

R436

C415

R302

D301

JW53

JW54

D811

D812

(Page 25)

C436

R440

C418

R412

JW55

R443

JW

R416

C452

JW136

D824

Q405

Q406

128

131

C421

C425

R413 R408 R409

R411

JW56

S800

JW43

JW

C440

JW

R435

R870

44

R419

C422

R404

JW42

D823

C435

R442

JW127

121

D400

R417

R406

C412

C424

R405

IC401

C454

JW41

C438

Q402

JR6

JW39

C434

R421

R431

Q401

Q400

R407

C406

R808

R800

R871

R833

R429

R424

C428

C416

R418

C407

R402 R403

C413

C433

R432

JW46

R864

R865

C437

L400

C417

R872

C106

C430

C400

C411

JW34

JW45

JW28

JW

R447

JW40

Q802

122

120

C410

JW37

JW

C446

C414

FM

R809

Q801

123

C101

C447

JW87

B4

C113

JW

C441

JW

R400

JW

R401

JW36

126

125

124

151

66

63

JW

R832 R834

JW27

C107

67

JW

R861

JW38

R806

R817

IC100

R448

62

JW35

R862

R821

JW30

R819

JW

R805

R823

R818

31 C823

R804

JW29

C991

JW118

C111

JW64

R801

D801

C993

JW113

JW117

R927

R830

R828

R822

C821

R850

R849

JW

JW116

JW141

JW

R839

C813

JW112

111

D904

JW115

C810

65

R840

R427

D905

D922

JW114

C809

R841

C807

R826

Q800

JW26

D921

JW68

D702

JW138

C994

R101

JW140

JW69

D907

JW25

C990

D906

C109

JW

143

JW70

IC801

C706

JW24

JW

L700

72

76

74

73

D701

109

107

JW

R843

JW22

JW110

106

R916

108

JW

JW105

L703

R705

D902

JW104

C707

75

JW

JW20

D908

D909

JW91

JW

X800

X801

C711

C701

R708

10

R846

R936

JW139

S802

200

Ref. No. Location D917 C-8

D918 C-9 D919 D-9 D920 D-9 D921 D-6 D922 C-6

IC100 B-5 IC401 F-4 IC801 H-7 IC802 I-10

Q400 D-4 Q401 D-4 Q402 C-4 Q403 D-3 Q404 C-3 Q405 C-3 Q406 C-3 Q407 C-3 Q601 E-2 Q701 F-10 Q703 E-10 Q800 I-6 Q801 I-5 Q802 I-5 Q900 H-10 Q901 H-10 Q902 E-10 Q906 G-10 Q907 F-10

CDX-V5800

2020

3-11. SCHEMATIC DIAGRAM — MAIN SECTION (1/3) — • Refer to page 28 for IC Block Diagram.

PJ601

C616

C617

TUX601

R606

R604

R603

R608

R607

JR10

C612

C614

C618

C619

Q601

D600

L602

R615

C620

R401 R400

C407

C414

C413 C454 C412

C409 C408

C411 C410

R403R402

C406

IC401

IC B/D

R408

C416

C415

R412

R411

R409

R407 R406

R405 R404

R413

R435 R436

C417

C418

L400

C400

C450

C453

C424

C421

C420

C426

C425

C423

C422 R418

C428

R417

C452

R441

R415

R414

R440

Q407

R416

R421

R420

R419

JR6

R442

Q405

Q404

Q403

Q402

Q406

C440 R431

C444 R432

R429

C438

C437 R427

R302

C303

D301

C433 C434

C435 C436

CDX-V5800

PJ401

R426R425

C439

R430R428R468

C443

(Page 23)

R443C451

C430

D400

R424

(Page 22)

Q401

Q400

CDX-V5800

21 21

Sony CDXV-5800 Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE OF CONTENTS

GENERAL

DISASSEMBLY

CD mechanism block

sub panel assy (CD)

MAIN board

chassis (T) sub assy

roller arm assy

chassis (OP) assy

optical pick-up

SL motor assy (M902)

SERVO board

DIAGRAMS