CDX-CA600/CA600X

SERVICE MANUAL

Ver 1.0 2001. 12

AEP Model UK Model

E Model

CDX-CA600X

Photo: CDX-CA600X

The tuner and CD sections have no adjustments.
Model Name Using Similar Mechanism CD Drive Mechanism Type Optical Pick-up Name
CDX-L300/L460X MG-393XA-121//K KSS-720A

SPECIFICATIONS

CD player section
Signal-to-noise ratio Frequency response Wow and flutter 90 dB 10 20,000 Hz Below measurable limit

Power amplifier section

Outputs Speaker outputs (sure seal connectors) Speaker impedance ohms Maximum power output 50 W 4 (at 4 ohms)

Tuner section

FM Tuning range Aerial terminal Intermediate frequency Usable sensitivity Selectivity Signal-to-noise ratio 87.5 108.0 MHz External aerial connector 10.7 MHz/450 kHz 8 dBf 75 dB at 400 kHz 66 dB (stereo), 72 dB (mono) Harmonic distortion at 1 kHz 0.6% (stereo), 0.3% (mono) Separation 35 dB at 1 kHz Frequency response 30 15,000 Hz MW/LW Tuning range

General

Outputs Input Tone controls Power requirements Dimensions Mounting dimensions Mass Supplied accessories Power aerial relay control lead Telephone ATT control lead Bass 9 dB at 100 Hz Treble 9 dB at 10 kHz 12 V DC car battery (negative earth) Approx. 177 mm (w/h/d) Approx. 161 mm (w/h/d) Approx. 1.2 kg Parts for installation and connections (1 set) Front panel case (1) Card remote commander RM-X115 (E model)
MW : 531 1,602 kHz LW : kHz Aerial terminal External aerial connector Intermediate frequency 10.7 MHz/450 kHz Sensitivity MW : 30 V LW : 40 V
This unit cannot be connected to a digital preamplifier or an equalizer. Design and specifications are subject to change without notice.
FM/MW/LW COMPACT DISC PLAYER

9-873-434-01

2001L0400-1 2001. 12

Sony Corporation

e Vehicle Company Published by Sony Engineering Corporation
3-2. BLOCK DIAGRAM CD SECTION

OPTICAL PICK-UP KSS-720A

RF AMP,DIGITAL SERVO DIGITAL SIGNAL PROCESSOR IC1

(Page 16) TUNER SECTION

RF EQ EFM DEMOD D/A CONV LOUT 16 ROUT 12 PACK 52 TSTB 56 TSCK 55 TSI 54 SI 8 SO 7 SCK 6 STB 5 AO 4 RST 3 RFOK CDL R-CH
SYSTEM CONTROL IC801(1/3) 31 CD_PACK 51 TSTB

I-V CONV.

DSUB CODE PROCESS
21 CD_TSO 22 CD TSI 23 CD TCKO 55 STB 54 AO 53 CD_RST
FORCUS ERROR I/F E F PD E F PD TRACKING ERROR APC SERVO CTL

52 RFOK

LD DRIVE Q1

OSC A+5V

XTALEN

56 XEN

FOCUS/TRACKING COIL DRIVE, SLED/SPINDLE/LOADING MOTOR DRIVE IC2 FCSFOCUS COIL FCS+ FOCUS COIL DRIVE FD
X1 16.9344MHz SW1 (DOWN) SW2 (SELF) SW3 (DISC IN) SW4 (LIMIT) 59 D SW

30 CD_SELFSW

TRK+ TRACKING COIL TRK-

TRACKING COIL DRIVE

60 INSW/PH2
57 LIMIT IC802 RESET RESET 1 BU+5V

M902 (SLED)

SLED MOTOR DRIVE SPINDLE MOTOR DRIVE

M901 (SPINDLE)

SP+ SP-

S801 (RESET)

M903 (LOADING)

LD9 LD+ 10

LOADING MOTOR DRIVE

LOAD EJECT

62 CD_LM _LO 63 CD_LM_ EJ CDMD ON SWITCH Q913,914 D925 CD ON SWITCH Q915 BATT

A+5V AU+5V D+5V DR+6V

CD+5V REG Q916,D927

68 CDMD ON

Signal path :CD R-ch is omitted due to same as L-ch.

79 XCD ON

CD DRIVE+6V REG Q912,D926
3-3. BLOCK DIAGRAM TUNER SECTION
PJ401 L -1 R-CH -2 L -5 R-CH -6 L -3 ELECTRONIC VOLUME ICAUX L R-CH CDR 2 CD R OUT LF R-CH POWER AMP IC3 -4 CNPFL+ 9 FLR AUDIO OUT REAR R AUDIO OUT FRONT R BUS AUDIO IN
TUNER UNIT TU601 PJ601 (ANTENNA) 2 ANTFM 1 ANTAM MPX 10 AM DET 8

CD (Page 15) SECTION

1 CD L 13 MPX 11 AM LEVEL MPIN SDA SCL MUTE QUAL

OUT LR 29 Q402 MUTE OUT RF 28 R-CH OUT RR 27 R-CH D921,922 DELAY Q401 MUTE

AUX 4 STBY 22 MUTE

2 RL+ 10 RL-
4 FR+ 12 FRR-CH 3 RR+ 11 RR-
NOISE AMP IC602 BUFFER Q601

NOISE SUPPRESSOR D601

LINE MUTE SWITCH Q904,905
SYSTEM CONTROL IC801 (2/3) 7 QUALITY 70 VOL ATT ATT BEEP AMP ON AMP ATT TEL ATT 40 ACC DETECT Q902, D914

MS MASK SWITCH Q602

90 MS MASK

TEL ATT Q901

13 ATT 7 ACC 15 TEST
ACC IN 38 TEST IN 37 S-METER 14 I2C SDA 12 I2C SCL 13 CA600X BU+5V 2 VSM 45 I2C SIO 47 I2C CKO TUNER +8V TUNER +5V 9 FUNCSEL POWER ON CONTROL Q907,908 TUNER +5V REG Q911,D918,919 +5V REG Q93,D916
+5V +8V TUNER ON SWITCH Q909,910
AMP B+ SWITCH Q920 AMP B+ SWITCH Q922

5 AMP R

6 ANT R 8 GND

+8V REG Q906,D917

CA600 TUN ON 49 E2PROM SDA 17 E2PROM SCL EE SIO 87 EE CKO PW ON 50
AMP B+ CONTROL SWITCH Q921
AMP B+ CONTROL SWITCH Q917

F901 10A +B (BATT)

BUS INTERFACE IC803 RDS DECODER IC601 RDS DET MPX LVIN 20 SDA 9 SCL 10 MPTH 2 DAVN MPTH 27 DAVN BUSON 1 DATA I/O 6 CLK 4
CNJ801 BUS CONTROL IN 7 BATT 1

X601 4.332MHz

4 OSCD 5 OSCI
SYSRST BUSON BUSSI BUSCKO BUSSO BU IN
RST BUSON DATA OUT CLK IN DATA IN B/U-C
Signal path :FM :MW/LW :CD
RST 2 BATT 3 BATT DET Q801,D801,802 BATT
R-ch is omitted due to same as L-ch.
3-4. BLOCK DIAGRAM DISPLAY SECTION
3-5. CIRCUIT BOARDS LOCATION
SYSTEM CONTROL IC801 (3/3) 5 KEY IN0 KEY MATRIX S501-KEY IN1
LCD DRIVE IC501 SI I S25 25
SERVO board IN SELF SW board SPEAKER board

LCD LCD501

LCD SO 18 LCD CKO 20 LCD CE 19

64 DATA 63 CLK 62 CE

S| | S38 38
D809 KEY ACTIVE QKEY ACK 91 AD ON

SI I SCOM| | COM4 55

ILL+5V DRC INRC IN0 IC552 REMOTE RECEIVE 29 SIRCS LED DRIVE SWITCH Q503 LED DRIVE Q501 ILL+5V P1/SCA600 LED DRIVE Q502 D561-589 CA600X KEY ( ILLUMINATION)

CNP801 (REMOTE IN)

tuner unit (TU601)

DISPLAY board

MAIN board SL SW board

INH 61 CA600

D531-559 KEY ILLUMINATION

ILL ON 93

ILL ON SWITCH Q919 ILL B+ REG Q918 ILL+5V
BATT OSC OUT 12 OSC IN 13

Waveforms Servo Board

( LCD BACK ) LIGHT

LED549,550

(MODE: CD PLAY)

Main Board

X802 32.768kHz

15 XIN 16 XOUT

X801 18.432MHz

5.2Vp-p

16.9344MHz

4.332MHz

(XTAL)

(OSCD)

5Vp-p 3.2msec

2.2Vp-p

18.432MHz

(PACK)

(OSCOUT)

1.2Vp-p

5Vp-p 32.768kHz

(XOUT)

0V Approx. 100mVp-p
Refer to page 17 for Waveforms. 3-7. SCHEMATIC DIAGRAM CD MECHANISM SECTION Refer to page 26 for IC Block Diagrams.
CN2 Q1 TP9 TP8 C19 C20 C23 R9 C24 FB4 FB2

TP77 TP78

R29 R30
C18 C1 C5 TP79 TP80 TP81 TP82 TP83 TP84 C43 C3 C4 C6 C14 TP10 C13 R5 C11 TP89

TP22 TP23 TP24 TP25

TP45 TP44 TP43 TP42 TP41 TP40 TP39 TP38 TP37

C15 C10 TP12 C9 TP11

TP46 TP36 C38
CN3 C8 TP85 TP35 TP34 C16 C36

M901 TP92

IC B/D

C40 C17

C25 C29
C44 CN1 R18 TP61 TP76 TP60 TP75 TP59 TP74 TP58 TP73 TP57 TP72 TP56 TP71 TP55 TP70 TP54 TP69 TP53 TP68 TP52 TP51 R22 FB7 TP50 TP64 TP49 R21 FB6 TP48 TP63 TP47 TP62

SW1 TP1 TP5

C26 C27 C45

FB3 R19

R20 TP6 R17 SW2 TP4 TP2 TP3 R7

(Page 23)

TP30 R15 TP21 TP18 R24 R25 C22 IC2 C21 C30 TP17 TP20 TP16 TP19 TP91 R12 R14 R10

TP32 TP66

TP90 C37

TP27 TP29 TP26 TP28

TP87 M903 TP86
Note: Voltage is dc with respect to ground under no-signal conditions. no mark : CD PLAY
3-8. PRINTED WIRING BOARD MAIN SECTION Refer to page 17 for Circuit Boards Location.

AEP/UK MODEL

CNP801

CNJ801

JW133 D907

CNP901 F901

JW148 C421 IC401 JW23
R412 C419 R406 C412 Q401 JW24 JW25 R904 JW12 JW13 JW147 JR903 JW129 Q404

JW6 JW7

R410 R408

C407 C406 C409

C905 D912 D914

C901 D909

JW14 JW15

JW130 JW119

JW28 JW29 JW30 D911 C902

E MODEL

D916 Q902

R401 JW92

JW100 C920 JW113

JW123 JW122

R419 R932 R906

R417 R418 R403

JW21 JW22 JW31 JW32 JW33

JW19 D806 R804 D805 L900

R909 R913

JW93 C701

JW77 JW87

C705 C710 JW118 C702

Q903 R926
R924 JW34 Q910 JW39 Q917 JW38

JW121 JW117 JW115

JW35 JW42 Q913 D927 JW43 Q914 R927 R931 Q916 R930 JW37

IC402 C709 C708 R703

Q920 R934

(Page 19)

R605 D919 R606

R925 Q911

JW108 C604

R860 R845 R859 R858

Q921 JW40 JW202 Q908 JW204 JW206 JW201 JW203 JW205 JW207

JW139 JW90

JW208 JR804 JW143 Q906 D917
R608 C614 C616 JW136 R607 C615 JW136

JW89 JW88 JW103

CNP701 R705

R856 R857

R841 R842

JW54 R915

Semiconductor Location Ref. No. D601 D602 D801 D802 D804 D805 D806 D807 D809 D811 D812 D813 D814 D815 D816 D817 D901 D902 D903 D904 D905 D906 D907 D908 D909 D910 Location H-2 H-2 H-9 H-9 E-9 E-9 D-9 I-9 I-3 I-4 I-4 I-2 I-2 I-2 I-2 I-2 D-6 D-6 D-6 D-6 C-5 B-7 B-7 C-5 D-8 D-8 Ref. No. D911 D912 D914 D916 D917 D918 D919 D921 D922 D925 D926 D927 IC401 IC402 IC601 IC602 IC801 IC802 IC803 Q401 Q402 Q403 Q404 Q601 Location D-8 C-8 D-8 E-6 G-10 E-2 F-2 D-5 E-5 G-9 C-10 F-7 B-6 E-3 H-3 H-2 H-7 I-9 F-9 C-4 C-3 C-3 C-4 H-1 Ref. No. Q602 Q801 Q803 Q901 Q902 Q903 Q904 Q905 Q906 Q907 Q908 Q909 Q910 Q911 Q912 Q913 Q914 Q915 Q916 Q917 Q918 Q919 Q920 Q921 Q922 Location H-3 H-9 I-9 E-6 D-6 E-7 C-5 C-5 G-10 G-9 F-10 E-9 E-9 F-2 C-10 E-7 E-8 G-9 F-8 E-9 H-10 I-10 E-10 F-10 F-8

R613 C630 C626

R853 R823 R824 C816 R822 JW71 JW135 R821 R820 R854

R850 JW56 R838

Q907 Q915 R801 R802

C618 R609 R610

R826 IC801

R621 C634 D601 R619 C633

C623 C625 Q602 R835 R818 R611

JW58 R867 Q803

D815 D816

JW62 JR803 S801

CNP802

(Page 24)

D814 D813

X801 JW59

R921 R920

JW53 C812

D602 R620
Refer to page 17 for Waveforms. 3-9. SCHEMATIC DIAGRAM MAIN SECTION (1/2) Refer to page 26 for IC Block Diagrams.

PJ401 TU601 C421 C420

IC401 R405 R406 Q401 D901 C405

C419 C418 R416 R415 C417

PJ601 C601 C602 R601
Q402 R402 C707 C708 C709 C710 IC402 C402 C406 R407 R408

D902 D903

R413 C416

R404 C403 R409 R410 Q403

D904 D905 C407

1SR154-400TE-25

R604 C610 R618 Q601 R619 C631 R616 C627 C628 R623 C609
C611 R403 R605 C612 C613 C701 C404 R411 Q904

Q404 R412 D921 R932 C409 C408

R933 R419 D922 R417

IC602 R617 R624

Q905 C702 C907

R701 C704

C412 CN901

C633 D601
L900 Q909 R923 R925 R913 R924 Q910 C918 R922 D917 Q907 C912 C920 C917 Q908 D916 D912 C905 R904 D911 D909 D918 D919 C621 TH901 Q920 Q922 JR901

Q906 Q903 D915 C901 F901

C620 R611 C619 C618 C617 X601 C615 C616 R607 C614 R608 R610 R609
IC601 C625 C624 C623 C622

R911 Q902 R909 R903 Q901

R901 R934 R935 R906 R910 C909 R908 Q921 R930 R931
Note: Voltage is dc with respect to ground under no-signal (detuned) condition. no mark : FM ( ) : MW/LW < > : CD PLAY
3-10. SCHEMATIC DIAGRAM MAIN SECTION (2/2) Refer to page 17 for Waveforms.

(Page 22)

R811 C807 C806
C812 R824 CNP701 R823 JR701 FB801 IC803 Q801 TH900 D805 D804 D806

C801 R821 C802 R822

R825 C815

R847 R846

R705 R842
CNJ801 R849 R850 R851 R852 R853 R854 R855 R856 R857 R858 R859 R860 IC801 X801 R816 R831 R832 R806 JR903 R805 R840 R839 R838 R813 R814 R815 X802 C808

(Page 20)

R866 R867

C712 D819

R807 CNP802
R817 R818 D807 R819 C810 D809 R809 R808 R810

Q916 JR703

R833 R834 C816 R829 R868 R869 R835 R828 R914 R836 C814 R916 R917 Q918 R830

(Page 25)

R927 R926 D925 D927 D926 Q913 Q914

D817 D816

D815 D814
R918 R915 JR803 Q919 S801 R919 R920 R921

D813 D812 D811 C811

3-12. SCHEMATIC DIAGRAM DISPLAY SECTION

CNP551

JR508 JR515

R562 R561

JR501 JR502 JR505 JR509

LED549

R582 R581

CNP552

R590 R589

R592 R591

R577 R578

R598 R597

R580 R579

R570 R569

R576 R575
D533 R584 R583 R564 R563 R566 R565 R586 R585 R568 R567

LED550 JR504 D563

R596 R595

R588 R587

R574 R573

R594 R593

R550 R599

D503 JR516

JR513 JR517 JR518 D506 Q501 Q502 JR520 Q503 R526 JR512

JR507JR506 JR511 JR519

D504 R511 R512 R513 R514 R515 R516 R517 R518 R519 R520 R521 C501 R525 R524 R523 R522 C502
S513 S511 S512 S514 S515 S516 S517 S518 S519 S520 S521

LCD501

Note: Voltage is dc with respect to ground under no-signal (detuned) condition. no mark : FM

R558 R557 R556

R555 JR503

3-257-674-21 (1)

Features
The XA-CC1 is a connection adapter for connecting a car cradle to a Sony master unit having the CD/ MD changer control function. Sony car audio units being compatible with PEGA-CC5 include: Units with CD/MD changer control from 2004 forward Following units MEX-5DI, CDX-M1000TF, CDX-MP80, CDX-M850MP, CDX-M800, CDX-MP40, CDX-CA680X, CDX-MP70, CDX-MP30, CDX-M730, CDX-M630, CDX-CA900, CDX-CA700X, CDX-CA700, CDX-CA600X, CDX-CA600, MDX-CA790X, MDX-M690, MDX-CA680X, MDX-CA580, XR-CA670X, XR-CA370X, XR-CA370, XR-CA630X, XR-CA430X, XR-CA440, XR-CA600V, XR-CA600

Specifications

Power requirement Dimensions Mass Input Output 12 V DC negative earth Approx. 97.2 55.7 23.7 mm (3 7/1/4 15/16 in.) (w/h/d) (not including connection cable) Approx. 260 g (10 oz) (including connection cable) Car cradle I/O input (8pin) SONY-BUS control output (8pins) SONY-BUS audio output (RCA-pin) ATT control output

Connection Adapter

Operating Instructions
Design and specifications are subject to change without notice.

Installation

Before installation
Choose the installation location carefully so that the unit does not interfere with normal driving operations. Avoid installing the unit where it would be subject to : high temperatures, such as from direct sunlight or hot air from the heater. draft, rain or moisture. dust or dirt. magnetic fields. Install the unit in a location that does not obstruct the operation of passenger-side airbag.

Installation location

You are recommended to install the unit inside the car panel or glove box. Please consult a qualified technician or service personnel if you cannot attach the connection adapter to the car securely. If you have any questions or problems concerning your unit that are not covered in this manual, please consult your nearest Sony dealer. Contents of this manual are printed on using VOC (Volatile Organic Compound)-free vegetable-oilbased ink.

XA-CC1

2004 Sony Corporation Printed in Japan

Connections

Precautions
Before making any connection, disconnect the earth terminal of the car battery to avoid short circuits.

Connection diagram

Black/white striped
1.6m Car battery adapter (supplied with the Car cradle)
0.3m Cigarette socket power cord (supplied)*
continuous power supply earth

Connection example

Car cradle

BUS CONTROL OUT

Car cradle 1.6m 1m
Sony BUS compatible CD/MD changer (optional)
BUS CONTROL IN Connection Adapter XA-CC1 BUS AUDIO IN I/O

SONY BUS

BUS AUDIO OUT ATT or ATT OUT
Light blue Source selector XA-C30 (optional) 1m
Supplied with the CD/MD changer
* Tap the +12V after the fuse box, not directly from the battery. If the connected power supply cord is long, attach fuse (2.5A).
BUS CONTROL IN BUS CONTROL IN

Supplied with XA-C30

Connection Adapter XA-CC1
Source selector XA-C30 (optional)
BUS AUDIO IN BUS AUDIO OUT

Front speaker

BUS AUDIO IN BUS CONTROL OUT

Rear speaker

Sony BUS compatible car audio