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CDX-L510X
SERVICE MANUAL
Ver 1.1 2003. 06
US Model Canadian Model
· The tuner and CD sections have no adjustments. AUDIO POWER SPECIFICATIONS (US Model) POWER OUTPUT AND TOTAL HARMONIC DISTORTION 23.2 watts per channel minimum continuous average power into 4 ohms, 4 channels driven from 20 Hz to 20 kHz with no more than 5% total harmonic distortion.
Model Name Using Similar Mechanism CD Drive Mechanism Type Optical Pick-up Name
CDX-L280 MG-393XC-121//K KSS-721A
SPECIFICATIONS
CD player section
Signal-to-noise ratio Frequency response Wow and flutter 90 dB 10 20,000 Hz Below measurable limit
General
Outputs Audio outputs (rear) Power antenna relay control terminal Power amplifier control terminal Remote controller input terminal Antenna input terminal Low: ±10 dB at 60 Hz (XPLOD) Mid: ±10 dB at 1 kHz (XPLOD) High: ±10 dB at 10 kHz (XPLOD) 12 V DC car battery (negative ground) Approx. 178 × 50 × 180 mm (7 1/8 × 2 × 7 1/8 in.) (w/h/d) Approx. 182 × 53 × 161 mm (7 1/4 × 2 1/8 × 6 3/8 in.) (w/h/d) Approx. 1.2 kg (2 lb. 10 oz.) Parts for installation and connections Front panel case (1) Card remote commander RM-X115
Inputs
Tuner section
FM Tuning range Antenna terminal Intermediate frequency Usable sensitivity Selectivity Signal-to-noise ratio Tone controls 87.5 107.9 MHz External antenna connector 10.7 MHz 11 dBf 75 dB at 400 kHz 65 dB (stereo), 68 dB (mono) Harmonic distortion at 1 kHz 0.7% (stereo), 0.5% (mono) Separation 33 dB at 1 kHz Frequency response 30 15,000 Hz AM Tuning range Antenna terminal Intermediate frequency Sensitivity
Power requirements Dimensions Mounting dimensions Mass Supplied accessories
530 1,710 kHz External antenna connector 10.7 MHz/450 kHz AM: 30 µV
Note
This unit cannot be connected to a digital preamplifier or an equalizer. Design and specifications are subject to change without notice.
Power amplifier section
Outputs Speaker outputs (sure seal connectors) Speaker impedance 4 8 ohms Maximum power output 50 W × 4 (at 4 ohms)
FM/AM COMPACT DISC PLAYER
9-874-231-02
2003F04-1 © 2003. 06
Sony Corporation
e Vehicle Company Published by Sony Engineering Corporation
1
CDX-L510X
3-3. BLOCK DIAGRAM -- CD SECTION --
OPTICAL PICK-UP KSS-721A
RF AMP,DIGITAL SERVO DIGITAL SIGNAL PROCESSOR IC1
A
84
B
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
C B
85 82
D A
A
SYSTEM CONTROL IC801(1/3)
(Page 16)
D
I-V CONV.
C 83
DSUB CODE PROCESS
56 X_SO/PLL_SO 57 X_SI 58 X_SCK/PLL_CLK 63 STB 62 X A0 60 CD_RST
FORCUS ERROR I/F E F PD E 87 86 F PD TRACKING ERROR APC SERVO CTL
2
59 RFOK
97
LD
LD DRIVE Q1
PLL CLK A+5V OSC TD FD 98 MD SD LD XTALEN PLL DO 9 X EN
B
TUNER SECTION (Page 16)
62 63 64 65 FOCUS/TRACKING COIL DRIVE, SLED/SPINDLE/LOADING MOTOR DRIVE IC2 FCSFOCUS COIL FCS+ 15 16 FOCUS COIL DRIVE FD
23
24
X1 16.9344MHz SW1 (DOWN) SW2 (SELF) SW3 (DISC IN) SW4 (LIMIT) 1 D_SW
26
45 SELF_SW
TRK+ TRACKING COIL TRK-
17 18
TRACKING COIL DRIVE
23
TD
61 IN_SW
64 L_SW IC902 RESET 36 1 RESET 2 UCOM+5V
M902 (SLED)
M
SLSL+
13 14
SLED MOTOR DRIVE SPINDLE MOTOR DRIVE
5
SD
M901 (SPINDLE)
M
SP+ SP-
11 12
6
MD
SW802 RESET
M903 (LOADING)
M
LD-
9
LD+ 10
LOADING MOTOR DRIVE
1 2
LOAD EJECT
2 LM _LD 3 LM_ EJ CD MECHANISM ON SWITCH Q905,906 D909 CD ON SWITCH Q921 BATT
A+5V AU+5V D+5V DR+6V
CD+5V REG Q910,D911
50 CDM ON
· Signal path :CD · R-ch is omitted due to same as L-ch.
51 XCD_ON
CD +6V REG Q907,D908
15
15
CDX-L510X
3-4. BLOCK DIAGRAM -- TUNER SECTION --
PJ401 -1 L -2 REAR AUDIO OUT R CNP901 5 3 1 FL+ 9 FL R-CH ELECTRONIC VOLUME IC401 CDL 8 C1 6 B1 R-CH 10 D1 11 D2 27 SDA 26 SCL 25 MUTE OUTR1 20 11 16 AUX-IN OUTF2 19 OUTR2 18 R-CH LINE MUTE Q102 LINE MUTE Q101 4 STBY 22 MUTE 4 FR+ 12 FR R-CH 3 RR+ 11 RR R-CH PLL IC601 SYSTEM CONTROL IC801 (2/3) 7 VOL ATT 14 SCLO 13 SDAO LINE MUTE CONTROL Q401,402 9 7 2 RL+ 10 RL OUTF1 21 12 POWER AMP IC101
(Page 15)
TUNER UNIT TU601 CNJ601 (ANTENNA)
A
CD SECTION
2 FM_ANT
L-CH 16 R-CH 17 1 AM_ANT DET_OUT 24
AM_DX/LCL 3 FM_DX/LCL 4 FM/AM_OSC 11
8 LCL
15 FM_VCO 16 AM_VCO 18 FM_CP 19 VT 20 AM_CP 2 10 13 11 OSC SEEK IFC MONO D_OUT D_IN CK CE 6 4 5 3 6 PLL_DI
ATT BEEP PW ON A_ATT
4 12 55 5
ACC IN 52 TEST 33
FM_VT 6 AM_VT 14
ACC CHECK Q902
7 ACC 15 TEST
11 PLL_CE BATT
OSC-IN 19 IF_COUNT 20 13 · FM/AM_VCC 25 FM POWER CONTROL Q605,606
AMP REMOTE CONTROL Q911,917
5 AMP REM ANT REMOTE CONTROL Q903,916 6 ANT REM 8 GND
XO 1 XI 24 X601 10.25MHz
A REMO 49 BU CHECK (LOW) Q833,834 BU CHECK (HIGH) Q904 FM_ON 23 AM_ON 22 D809 BATT COM+8V COM+8V REG Q918,919,929,D923
BU IN 46
17 19
TU+8V
12 FM_VCC
S_METER 21 SD/ST_IND 22
28 S_METER 26 SD_IND
D907 +5V +5 V REG Q920,D930,D999 BATT
F901 10A 18 16 +B (BATT)
AM POWER CONTROL Q603,604
9 AM_VCC
BACKUP+5V
32 DST_SEL
D932
PLL CLK PLL DO X EN TUNER ON CONTROL Q909,912 TUNER +8V REG Q913,D913
B
CD SECTION (Page 15)
· Signal path :FM :AM :CD · R-ch is omitted due to
D931
TU+8V
BATT
same as L-ch.
16
16
CDX-L510X
3-5. BLOCK DIAGRAM -- DISPLAY SECTION --
· Waveforms -- Servo Board --
(MODE: CD PLAY) -- Main Board --
LCD DRIVER IC901 SEG1 | SEG12 · SEG15 | SEG45 1 | 12
·
SYSTEM CONTROL IC801 (3/3) KEY 0 KEY MATRIX LSW901-918 S902,903,931 29 KEY 0
1
2Vp-p
1
5Vp-p 32.768kHz
KEY 1
30 KEY 1
LCD DO 16 LCD CLK 17 LCD CE 15
DI 64 DATA CL 63 CLK CE 62 CE
15 | 45
16.9344MHz
LCD LCD901
IC1
wd
(XTAL)
IC801
ej
(XT2)
AD ON Q801
43 KEY ACK 35 AD ON
COM1 52 | | COM4 55
2
5Vp-p 3.2msec
2
3Vp-p
CNP802 (REMOTE IN)
27 SHIFT 31 R COM
REMOTE CONTROL RECEIVER IC951 SIRCS 44 ILL B+ 2 OUT 1 VCC
8.38MHz
IC1
ts
(PACK)
IC801
r;
(X2)
3
1.2Vp-p
3
2.5Vp-p
47 NOSE SW801 (NOSE) ILL ON 48 ILL POWER CONTROL Q914 LED901-906 LSW901-918 KEY (ILLUMINATION ) 37 XT2 38 XT1 X2 40 X1 41 8 DOOR SW/IND RELAY BOARD LED930,931 LED POWER CONTROL Q908,922 BATT ILL B+ SWITCH Q915
10.25MHz
IC1
uj
(RFO)
IC601
1
(XO)
4
0V
X802 32kHz
LED914,915 LCD ( BACKLIGHT )
X801 8.38MHz
Approx. 100mVp-p
IC1
oa
(FEO)
5
0V Approx. 100mVp-p
IC1
od
(TEO)
17
17
CDX-L510X
· Refer to page 17 for Waveforms. 3-7. SCHEMATIC DIAGRAM -- CD MECHANISM SECTION -- · Refer to page 27 for IC Block Diagrams.
CN2 Q1 TP9 TP8 C19 TP77 TP78 R29 R30 R3 R26 C18 C1 C5 TP79 TP80 TP81 TP82 TP83 TP84 C43 C3 C6 TP89 C20 R9 C23 C24
TP22
TP23 TP24 TP25
TP88
C35
C14 TP10 C13 R5 C11 TP45 TP44 TP43 TP42 TP41 TP40 TP39 TP38 TP37
SW4
TP7
C15 C10 TP12 C9 TP11
R8
C4
IC1
TP46 TP36 C38
CN13
CN3 C8 TP85 TP35 TP34 C16 C36
M902
M901
IC B/D
TP92 C29 C40 C17
C25
C44
CN1 TP61 TP76 TP60 TP75 TP59 R19 TP74 TP58 TP73 TP57 TP72 TP56 TP71 TP55 TP70 TP54 TP69
FB1
R18
C41
SW5
C26 C27
C45
TP1 TP5
C34
X1
R20 TP6 R17
SW2
TP4 TP2 TP30 TP32 TP66 TP3 R7 TP21 TP18 R14 C22 IC2 C21 C30 TP17 TP20 TP16 TP19 TP87 M903 TP86 TP27 TP29 TP26 TP28 TP91 TP90 C37 R10 R21 R12 R15 R22
TP53 TP68 TP52 TP51 TP50 TP64 TP49 TP48 TP63 TP47 TP62
(Page 22)
SW3
IC B/D
Note: · Voltage is dc with respect to ground under no-signal (detuned) condition. no mark : CD PLAY
20
20
CDX-L510X
3-9. SCHEMATIC DIAGRAM -- MAIN SECTION (1/2) -- · Refer to page 17 for Waveforms.
Q910
Q907 TH901 Q917 Q916 Q918 R934 R932 R931 Q929 Q903 Q911 C905 Q905 C951 C952 C919 D923 R937 Q919
R914 D907
R835 R913 D809 R833 Q834 R832 C907 C902 Q833 D911 Q921 D909 D908
R916
Q906
R933
R930
(Page 23)
Q904
JR805
(Page 20)
JR807
R824
C802
R816
C852 R840 JW9 CNP802
C804 X802 C803
C701
C801
CNP701
R836
C847 L701 R936 C702 FB702 C909 Q920 D930 C703 C920 L702 R951 R952 R953 R935 D999
X801
R822 Q801 JR802
JR801
JW10
R841 C817 C816
D801 D810
R922
R923
R815 R821 R842 IC801 R817 C853 R809 R814 JW73
C704 FB701 Q912 Q909 R704 C913 R705 D913 R706 R712 R711 R919 R710 Q914 R708 R709 C705 Q915 JR901 C914 Q913 R917
R707
JR809 D931 R810 R918 D932
C846
CNP803 R855 R803
R801 R802 R811 R812
R847
(Page 23)
R924
R925
R926
R927
JR806
R928
R929
(Page 26)
IC902 D955 Q908
R920
R860 R857 R856 SW802 SW801 JW69 R818 C807 R819 JR814
C809 R859 R858
C915
C916
JR808
D806
D803
D808
D807
D804
D805
D813
D802
Q922
R807
Note: · Voltage is dc with respect to ground under no-signal (detuned) condition. no mark : FM ( ) : AM < > : CD PLAY
22
22
CDX-L510X
· Refer to page 17 for Waveform. 3-10. SCHEMATIC DIAGRAM -- MAIN SECTION (2/2) -- · Refer to page 28 for IC Block Diagrams.
CNP901 D901 C901
IC101
C401 R105 Q101 R206 R107 R109 C103 JR411
C105 PJ401
D922
R401
D444
D921 D920
C206 R106 C216 R205 R410 C113 D402 Q401
R108 Q102 R110
JR412 C104 C671
C205
D919 D917
Q201
R207
R209 C203
C672 CNJ601 JR810 CP601
L901
D918 D915 C112 D916
R208 C432 Q202 R210 C204 C637 R404 Q402 C669 C426 C407 R408 Q605 R618 R616 R407 C960 R617 R615 Q606 C842 C841 Q604 C603 C604 Q603 L669 L601 TU601
R906
Q902 D903 D933 C931 D934 C932 R909 R908
R901
R907 C904
(Page 22)
IC B/D
IC401 R112 R116 C215 R823 C210 C211 C208 C209 C207 R202 C111 R111 C110 R103 R102 R115 R612 R806 IC601 R611 R613 C611 R606 C609 C610 C631 R619 C612 C613 C614 R607 R608 C618 C621 L603
IC B/D
C605 R602 R603 R609 C619 C606
R714
C706
C633 R716 C707 R201 C101 C109 C201 C202 R101 R104 C106 JR606
JR605
C615 C617 C620
R601 C680 R620
C626 R610 C625 L604 C624 X601 C622 C623 C650 C651 R622
R605
R604
C848 R628
R614
C652 C608
(Page 22)
D604 C627
Note: · Voltage is dc with respect to ground under no-signal (detuned) condition. no mark : FM ( ) : AM < > : CD PLAY
23
23
CDX-L510X
3-13. SCHEMATIC DIAGRAM -- DISPLAY, RELAY SECTION --
R972 R966 R967 R940 R941 LSW901(2/2) R987 R984
R974
R976
R978
R980
R982 IC951
LSW914(2/2)
LSW910(2/2)
LSW918(2/2)
LSW905(2/2)
LSW902(2/2)
R951
C951 LSW912(2/2) LED915 LED914 LSW915(2/2) LSW909(2/2) LED906 LSW906(2/2) LED904 R952
R989
R986 LSW916(2/2) LSW911(2/2) LSW908(2/2) LED902 LSW903(2/2) LED905 R958 R959 R960 R957 C953 LSW913(2/2) LSW917(2/2) LSW907(2/2) LED903 LSW904(2/2) LED901 C952 R954 R955 R956 R961 D905 R953 IC901
R968
R969 R942
R943
R973
R975
R977
R979
R981
R983
R932 CNP903 R931 R930
LED931
LSW901(1/2) LED930 S931 CN902 CN901 LSW918(1/2) LSW902(1/2)
R901 R902
LSW911(1/2) LSW912(1/2) R912
R903
S902 LSW913(1/2)
R913
LSW903(1/2)
R914
R904 R905 LSW914(1/2) LSW915(1/2) R915 R916 LCD901
LSW904(1/2)
(Page 22)
LSW905(1/2) R906 R907
LSW906(1/2)
LSW916(1/2)
R917
LSW907(1/2) LSW908(1/2)
R908 R909 R910
LSW917(1/2) LSW910(1/2)
R918
R919
D902 D903 D904
LSW909(1/2)
S903
R920
D951
Note: · Voltage is dc with respect to ground under no-signal (detuned) condition. no mark : FM
26
26