Where in a manufacturer’s service documentation, for example in circuit diagrams or lists
of components, a symbol is used to indicate that a specific component shall be replaced only
by the component specified in that documentation for safety reasons, the following symbol shall
be used:
This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer.
Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair
complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty.
If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so
and refer the repair to a qualified service technician.
CAUTION:
USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURES OTHER THAN THOSE
SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.
- Safety Precautions for those who Service this Unit.
When checking or adjusting the emitting power of the laser diode exercise caution in order to get safe, reliable
results.
Caution:
1. During repair or tests, minimum distance of 13 cm from the focus lens must be kept.
2. During repair or tests, do not view laser beam for 10 seconds or longer.
WARNING
This product may contain a chemical known to the State of California to cause cancer, or birth defects or
other reproductive harm.
Health & Safety Code Section 25249.6 - Proposition 65
WARNING!
The AEL (accessible emission level )of the laser power output is less than CLASS 1
but the laser component is capable of emitting radiation exceeding the limit for
CLASS 1.
A specially instructed person should do servicing operation of the apparatus.
CAUTION
This product is a class 1 laser product classified under the Safety of laser products, IEC
60825-1:2007, and contains a class 1M laser
module. To ensure continued safety, do not remove any covers or attempt to gain access to
the inside of the product. Refer all servicing to
qualified personnel.
CAUTION—CLASS 1M INVISIBLE LASER
RADIATION WHEN OPEN, DO NOT VIEW
DIRECTLY WITH OPTICAL INSTRUMENTS.
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Laser diode characteristics
Wave length : 785 nm to 814 nm
Maximum output : 1 190 µW(Emitting period : unlimited)
Additional Laser Caution
Transistors Q101 in PCB drive the laser diodes.
When Q101 is shorted between their terminals, the laser diodes will radiate beam.
If the top cover is removed with no disc loaded while such short-circuit is continued,
the naked eyes may be exposed to the laser beam.
CAUTION
Danger of explosion if battery is incorrectly replaced.
Replaced only with the same or equivalent type recommended by the manufacturer.
Discord used batteries according to the manufacturer's instructions.
1. SERVICE PRECAUTIONS............................................................................................................................... 5
1.1 SERVICE PRECAUTIONS ........................................................................................................................ 5
1.2 NOTES ON SOLDERING .......................................................................................................................... 6
3.3 JIGS LIST .................................................................................................................................................11
5.2 ERROR CODE LIST ................................................................................................................................ 15
5.3 CONNECTOR FUNCTION DESCRIPTION............................................................................................. 17
6. SERVICE MODE ............................................................................................................................................ 18
6.1 DISPLAY TEST MODE 1 ......................................................................................................................... 18
6.2 DISPLAY TEST MODE 2 ......................................................................................................................... 19
6.3 SOFTWARE VERSION UP METHOD..................................................................................................... 20
6.4 CD TEST MODE...................................................................................................................................... 21
8. EACH SETTING AND ADJUSTMENT ........................................................................................................... 28
8.1 CD ADJUSTMENT................................................................................................................................... 28
8.2 CHECKING THE GRATING AFTER CHANGING THE PICKUP UNIT.................................................... 29
11.2 KEYBOARD UNIT .................................................................................................................................. 58
11.3 CD CORE UNIT (S11.6STD).................................................................................................................. 60
12. ELECTRICAL PARTS LIST .......................................................................................................................... 62
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1. You should conform to the regulations governing the product (safety, radio and noise, and other
regulations), and should keep the safety during servicing by following the safety instructions
described in this manual.
2. Before disassembling the unit, be sure to turn off the power. Unplugging and plugging the connectors
during power-on mode may damage the ICs inside the unit.
3. To protect the pickup unit from electrostatic discharge during servicing, take an appropriate treatment
(shorting-solder) by referring to "the DISASSEMBLY".
4. After replacing the pickup unit, be sure to check the grating.
5. Be careful in handling ICs. Some ICs such as MOS type are so fragile that they can be damaged by
electrostatic induction.
1. SERVICE PRECAUTIONS
1.1 SERVICE PRECAUTIONS
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1.2 NOTES ON SOLDERING
For environmental protection, lead-free solder is used on the printed circuit boards mounted in this unit.
Be sure to use lead-free solder and a soldering iron that can meet specifications for use with lead-free solders for repairs
accompanied by reworking of soldering.
Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 C.
Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 C in general, although
the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of
the soldering iron.
Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting
temperatures (hard to melt/easy to harden).
The following lead-free solders are available as service parts:
Parts numbers of lead-free solder:
GYP1006 1.0 in dia.
GYP1007 0.6 in dia.
GYP1008 0.3 in dia.
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DEH-15UB/XNUC
General
Power source .................. 14.4 V DC (10.8 V to 15.1 V al-
lowable)
Grounding system ........... Negative type
Maximum current consumption
................................ 10.0A
Dimensions (W × H × D):
DIN
Chassis .............. 178mm × 50 mm ×
165 mm
(7 in. × 2 in. × 6-1/2in.)
Nose .................. 188mm × 58 mm ×
16 mm
(7-3/8 in.× 2-1/4 in.× 5/8in.)
D
Chassis .............. 178mm × 50 mm ×
165 mm
(7 in.× 2 in.× 6-1/2 in.)
Nose .................. 170mm × 46 mm ×
16 mm
(6-3/4 in.× 1-3/4 in.× 5/8in.)
Weight ............................. 1 kg (2.2 lbs)
Audio
Maximum power output ... 50 W × 4
70 W × 1/2 Ω (for subwoofer)
Continuous power output
................................... 22W × 4 (50Hz to 15000 Hz,
Unit Number : QWM3468(A)
Unit Number : QWM3465(B,D)
Unit Number : QWM3467(C)
Unit Number : QWM3466(E)
Unit Number : QWM3469(F)
Unit Number : QWM3471(H)
Unit Name : Tuner Amp Unit
Unit Number : (A,F,H)
Unit Number : (B)
Unit Number : (C)
Unit Number : (D)
Unit Number : (E)
Unit Name : Keyboard Unit
Unit Number : CWX4023
Unit Name : CD Core Unit (S11.6STD)
3.1 CHECK POINTS AFTER SERVICING
To keep the product quality after servicing, please confirm following check points.
See the table below for the items to be checked regarding audio:
Distortion
Noise
Volume too low
Volume too high
Volume fluctuating
Sound interrupted
3.2 PCB LOCATIONS
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- Jigs List
- Grease List
Name
Grease
Grease
Grease
Grease
Grease No.
GEM1024
GEM1038
GEM1043
GEM1045
Remarks
CD Mechanism Module
CD Mechanism Module
CD Mechanism Module
CD Mechanism Module
Name
G
Name
16P FFC
Test Disc
L.P.F.
Acetate Tape
Silicon Glue
Jig No.
GGD1310
TCD-782
GYH1026
GEM1017
Remarks
Tuner Amp Unit - CD Core Unit
Checking the grating
Checking the grating (Two pieces)
Capacitor Bond Lock
Capacitor Bond Lock
Before shipping out the product, be sure to clean the
following portions by using the prescribed cleaning
tools:
Portions to be cleanedCleaning tools
CD pickup lensesCleaning liquid : GEM1004
Cleaning paper : GED-008
3.3 JIGS LIST
rease No.
3.4 CLEANING
emarks
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4. BLOCK DIAGRAM
MUT
ANTP
TEL
ASEN
JA401
1
2,3
CN701
ANTENNA
SSEN
ROT
ROT
ILMPW
19
RGBDT/DIMMER
21
DPD
KYD
DSEN
D
D
VDD3.3V
9
SWVDD
SW5V
9
6
BSENS
SYSPW
SWVDD
1
11
90
113
8
3
CDRST
8
RESET33
2
B.UP
4
10
SYS+B
SWVDD
VDD12
SW5V
SYS+B
BSENS
SW5VCNT
+B
VCC
EN
DDON
VIN
EN
OC
+BUP
VDDCONT
SYSPW
5
USB5V
VOUT
5
SYNCSYNC
USBCTL
USBFLG
1185
986
1
8
119
1
3
1204
B.UP
Q751
2
1
Q752
VDCONT
85
VDSENS
55
MECHA VD
VD
B.UP
VDD
BD9876EFJ
IC551
BD2232G-G
IC552
SYSTEM MICRO
COMPUTER
(2/2)
IC601
R5S726A0D216FP
REGULATOR IC
IC911
BA49183-V12
RF FRONT END IC
IC401
TDA7706
5
FMMIXIN1
16
PINDIN
18
LNAIN
JA891
SYSTEM MICRO
COMPUTER
(1/2)
IC601
R5S726A0D216FP
VDD1.2V
VDD3.3V
VDD
8
7
TUN_SDA
TUN_SCL
33
34
57
94
93
TUNRES
31
88
KEYAD
56
KEYD
105
I2CSDA
RSTN
I2CSCL
DACOUTL
RES
139
RESET
IC671
S-80827CNMC-B8M
EVOL_RS
EVOL_C
EVOL_D
EVOL_DAT
EVOL_BC
EVOL_LRC
EVOL_MC
EVOL_C
FLASH ROM
IC681
:PEB046A8
:PEB047A8
CD DATA (CDSRQ,CDSTBY,SKIP,
SCL,SDA,DATA,BCLK,LRCK,WAIT)
TUNER AMP UNIT
A
2
3
1
USB5V REGULATOR
WIRED
REMOTE
KEYAD
KEYD
GND
FB
LX
4
BST
7
B.UP
ILM+B
Q875
Q873
Q874
Q601
CD CORE UNIT(S11.6 STD)
M
LD
MD
SPINDLE
M
LOADING/CARRIAGE
LD-
MD
15
5
HOLOGRAM
RF AMP, CD DECODER
2
VD
VD
9
3
SPO+
2
SPO-
5
SLLDO+
4
SLLDO-
22
LDIN
21
MUTE
TD,FD
AC,BD,E,F
SD,MD
LD+
14
1
LD
2
PD
CONT
LOEJ
HOME
35
41
39
VDD
1
VDD
VDD
15
5
FOCUS ACT.
TRACKING ACT.
FOP
TOP
2
1
TOP
FOP
7
TKO-
10
FCO+
2
1
14
DSCSNS
38
29
RESET
8
RESET
88
VREF
REFO
93
REFOUT
3
3
FOM
FOM
8
TKO+
4
4
TOM
TOM
9
FCO-
23
CNT
CLCONT
40
54
PUEN
V+3A
VDD
UNIT
MOTOR
MOTOR
ACTUATOR/
MOTOR DRIVER
BD8223EFV
HOMEDSCSNS
PE5791A
DIGITAL SERVO/DATA • PROCESSOR
CPU
CN701
Q101
CN101
Q102
IC301
S901
S903
IC201
C
V+3A
12
12
VCC
PD
REFO
LD+
SOP
SOM
LCOP
LCOM
PICKUP UNIT
(P10.6)(SERVICE)
GND
CD DATA (CDSRQ,CDSTBY,SKIP,
SCL,SDA,DATA,BCLK,LRCK,WAIT)
ILMPW
:DEH-15UB/XNUC
:DEH-1500UB/XNEW5
A
B
:DEH-1500UBA/XNEW5
C
:DEH-1500UBB/XNEW5
:DEH-1500UBG/XNEW5
D
E
:DEH-1590UB/XNID
H
:DEH-1550UB/XNES
F
EHFBD
A
EF
CBD
12
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FL
B.UP
117
17
MUTE
ANTPW
26
TELIN
89
ASENS
9
7
3
5
FL-
FL+
RL-
RL+
VDD OUT
IN
FL-
FL+
RL-
RL+
BREM81
3
ACC
22
25
Q941
Q302
MUTE
B.REM
CN801
ASENS
13
7
5
1
3
18
JA901
18
10
8
SOURCE
DPDT
KYDT
SSENS
35
ROT0
53
ROT1
54
DPDT
23
KYDT
22
FLIn
11
20
DSENS
DSENS
34
DM
49
DP
50
RLIn
12
MUTE
14
TEL
9
BSENS
SYSPW
SWVDD
CDRST
3
1
DDON
AUXL
19
SYNC
USBCTL
USBFLG
VDCONT
VDSENS
SYSTEM MICRO
COMPUTER
(2/2)
IC601
R5S726A0D216FP
AMP
IC301
PAL011A
Q301
(1/2)
Q301
(2/2)
JA251
Q252
INAN1L
40
33
OUTFL
34
OUTRL
35
OUTPL
ELECTRONIC VOLUME/
SOURCE SELECTOR
IC201
PM9013A
37
INBP4L
MCLK
LRCLK
BCLK
DIN
DATA
RESETB
CLK
STB
EVOL_RST
EVOL_CK
EVOL_DT
EVOL_DATA
EVOL_BCK
EVOL_LRCK
EVOL_MCK
EVOL_CS
19
20
21
22
23
26
24
25
81
104
103
106
110
87
108
111
Q951
11
USB5V
4
6
ROT0
ROT1
DM
DP
13
15
42
IC801
TC7SET08FUS1
3
SWVDD
TUNL
AUXL
TELIN
POWER
CONNECTOR
PL
B.UP
SYS+B
P251
KEYBOARD UNIT
USB
KYDT
DPDT
10
8
KEY MATRIX
4
6
2
1
5
4
3
AUXL
SOURCE
ROT0
ROT1
KDT2
KST1
18
19
LCD DRIVER/
KEY CONTROLLER
MULTI-CONTROL
PD6583A8
LCD
USB5V
DM
DP
4
2
DPDT
KYDT
15
KST3
7
KST2
5
KST1
3
KST0
24
KDT3
23
KDT2
22
KDT1
21
KDT0
11
13
15
3
2
3
4
USB5V
DM
DP
DSENS
ILM+B
20
55
CN1931
S1830
IC1801
V1801
CN1911
S1841
B
S1842
SWVDD
JA1921
FRONT AUX
AUXL
AUXGND 1
2
AUXR 3
RCA OUT
6
REM
GP1UXC14RK
SENSOR
REMOTE CONTROL
IC1941
1
B.REM&A.ANT
IC961
TPD1052F
D1952,D1953,
D1951
D1954,D1955,
D1956,D1957,
D1958,D1959,
D1960,D1961,
D1962,D1963,
D1964,D1965
D1967,D1968,
D1969,D1970,
D1971,D1972,
D1973,D1974,
D1975,D1976,
D1977,D1978,
D1979,D1980
ILM+B
D1966
DEHFBAC
ECBHFAD
DBE
FD
Q251
RCA OUT
JA251
P251
FL
PL
RCAG
6
3
14RCAG
H
EBA
C
D1981
(10A)
FUSE 10A
15
B.UP
17
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5. DIAGNOSIS
Vcc = 1.2 V
PVcc = 3.3 V
BSENS
Pin 90
ASENS
Pin 89
DSENS
Pin 34
BSENS = L
DSENS = L
Starts
communication
with Grille
microcomputer.
SWVDD <- H
Pin 113
Source keys
operative
Source ON
SYSPW <- H
Pin 8
300 ms
300 ms
In case of the above signal, the communication
with Grille microcomputer may fail.
If the time interval is not 300 msec, the oscillator
may be defective.
Completes power-on operation.
(After that, proceed to each source operation)
10ServoCarriage Home NGThe pickup cannot move toward the inner track.
The CRG cannot move from the inner track.
--> Defective HOME SW; Failure in CRG movement.
07ServoTOC reading NGTOC information cannot be read.
--> The partial disk or TOC content is illegal.
11ServoFocus NGFocusing not available
--> Disc placed upside-down; Stains on the disc; excessive vibration.
17ServoSetup NGThe laser output cannot be adjusted. Focus can be easily lost.
--> Scratches or stains on the disc; excessive vibration.
15ServoRF NGThe digital signal from the disc cannot be detected.
--> A CD-R/RW disc that does not contain data loaded.
12ServoSpindle Lock NG
Subcode NG
RF-amp NG
Spindle not locked. Subcode not readable.
Proper RF AMP gain not obtained.
--> Defective spindle; Scratches or stains on the disc; excessive vibration.
-->
A CD-R/RW disc that does not contain data loaded, or in a rare case, disc placed upside-down.
--> RF signal error.
30ServoSearch Time OutFailed to reach a target address. And, the search became a timeout.
--> Carriage/Tracking error; Scratches on the disc; Stains on the disc
50MechanismLoad NG
Eject NG
Disc loading/ejection not completed
--> A foreign object inserted in the mechanism; Disc jammed.
51MechanismFailure in retried
turning for ejection
Disc could not be ejected even after disc turning had been retried.
--> A foreign object inserted in the mechanism; Disc jammed.
ERROR CODES
(1) DISPLAY METHOD
If “0xFD” error mode is displayed in CD MODE (CD MODE area for display), an error code will be displayed in the MIN (minute
display) and SEC (second display) areas.
The same code is displayed in the MIN and SEC areas.
The TNO area is blank (#0FFH), as it conventionally was.
• Display example of the head unit
Depending on the display capability of LCDs, the display format varies, as shown below. XX denotes an error number.
Note: In a case of an OEM product, the error display format is subject to the specifications used by the equipment
manufacturer.
If a CD memory device is inoperable, or operation of such media is stopped by an error, the error mode is established and a
cause of the error is displayed by an error code. Indication of error codes is intended to reduce the number of calls from
customers and facilitate failure analysis and repair work in servicing.
• The 2 high-order digits of an error code denote the main classification, shown below.
code classification
0x
1x Servo-related errors
3x
5x Mechanism-related errors
• How to restore from each error is shown below.
Servo-related errors(0X, 1X, 3X) : Servo-related errors CD Off, Eject, ACC Off, Back-up Off, Communication reset, Reset
Load NG/Eject NG(50) : Reload, Eject, ACC Off, Back-up Off, Communication reset, Reset
Failure in retried turning for ejection : CD On, Eject, ACC Off, Back-up Off, Communication reset, Reset
NOTES
• Indications of error codes are available only during disc operations, because CD operations are unavailable if a mechanical error is
generated.
• If the TOC cannot be read, It stops because of error 07.
• If you design a new head unit, be sure to use one of the display formats indicated in “Display example of the head unit.”
5.2 ERROR CODE LIST
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USB storage device
MessageCauseAction
FORMAT
READ
Sometimes
there is a delay
between the
start of playback
and when you
start to hear any
sound.
Wait until the
message disappears and you
hear sound.
NO AUDIOThere are no
songs.
Transfer the audio
files to the USB
storage device
and connect.
The connected
USB storage device has security enabled.
Follow the USB
storage device instructions to disable the security.
SKIPPEDThe connected
USB storage device contains
files embedded
with Windows
Media
™DRM 9/
10.
Play an audio file
not embedded
with Windows
Media DRM 9/10.
PROTECTAll the files in
the USB storage
device are embedded with
Windows Media
DRM 9/10.
Transfer audio
files not embedded with
Windows Media
DRM 9/10 to the
USB storage device and connect.
N/A USBThe USB device
connected to is
not supported
by this unit.
Connect a USB
Mass Storage
Class compliant
device.
Disconnect
your device and
replace it with a
compatible USB
storage device.
CHECK USB The USB con-
nector or USB
cable has shortcircuited.
Check that the
USB connector or
USB cable is not
caught in something or damaged.
The connected
USB storage device consumes
more than maximum allowable
current.
Disconnect the
USB storage device and do not
use it. Turn the
ignition switch to
OFF, then to ACC
or ON and then
connect only
compliant USB
storage devices.
MessageCauseAction
ERROR-19Communication
failed.
Perform one of
the following operations.
–Turn the ignition
switch OFF and
back ON.
–Disconnect the
USB storage device.
–Change to a different source.
Then, return to
the USB source.
ERROR-23USB storage de-
vice was not formatted with
FAT12, FAT16 or
FAT32.
USB storage device should be formatted with
FAT12, FAT16 or
FAT32.
Press and hold "EQ" and "LIST" buttons together, and turn BUP and ACC on.
[How to enter Test mode]
6.1 DISPLAY TEST MODE 1
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* Initial
condition
$ PD number
For Ver.7.01, "701" is displayed
For PEA010A, "010A" is displayed
# System
microcomputer
version
S
$$$$
###
1 + 3
On (state when
entering test mode)
Press and hold "1" and "3" buttons together, and turn BUP and ACC on.
[Operation key]
[How to enter Test mode]
[Test items]
Start display test mode.
Press and hold "1" and "3" buttons together, and turn
BUP and ACC on.
Display is normally updated
Display update is stopped
Product operation is performed as usual, in appearance.
The screen gets still when entering this item.
On (an initial value)
On (lighting condition
of normal times)
On (an initial value or
setting value of default
menu)
On (an initial value or
setting value of default
menu)
On (an initial value or
setting value of default
menu)
Off
All off
All off
All off
Remarks
Key Illumination
Operation keyProcessing
Icon
Enter display test mode
Switch to next test mode
The information such as the system microcomputer version is checked.
Switching to next display
by pressing “ 1 ” + “ 3 ” buttons together.
Switching to next display
by pressing “ 1 ” + “ 3 ” buttons together.
Switching to next display
by pressing “ 1 ” + “ 3 ” buttons together.
System Version information is displayed.
6.2 DISPLAY TEST MODE 2
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6.3 SOFTWARE VERSION UP METHOD
Overview
This mode is used for upgrading the MCU software of system using USB memory.
How to enter in USB rewriting mode
Press and hold "1" and "2" buttons together, and turn BUP and ACC on.
USB rewriting operation flow
Explanatory note
Screen display and ON/OFF of illumination
Characters displayed on the screen
Red frame: illumination lights up
Gray frame: illumination lights off
Blue characters: operation to be carried out by a user of USB rewriting function
Press and hold "1" and "2" buttons together, and turn BUP and ACC on.
Press LIST button
* After connecting USB memory in which upgrading file is stored, press LIST button.
(4) Retry count over
Retry rewriting
Check of upgrading file is started
(2) Upgrading file is not detected
Upgrading file error
After retryFirst time
Rewriting is started
Switched every
5 seconds
(3) Rewriting failed
(1) Rewriting succeeded
Result of rewriting
(1) Rewriting succeeded
(2) Upgrading file error
Upgrading file is not detected
(3) Rewriting failed
(4) Retry count over
FILE ERROR
DON'T STOP
PRG **/100
ERR->RETRYCAN'T UPDT
USB
START UPDT
CHECK FILE
In 5 seconds, usual operation
(OFF SOURCE)
As the reset is internally carried out,
display and illumination go out
In 5 seconds, usual operation
(OFF SOURCE)
In 5 seconds, rewriting
is retried
In 5 seconds, rewriting
is retried
Display is continued until
the power supply is turned
OFF
If the power supply is turned OFF
during rewriting, retry the rewriting.
Displayed when there is no upgrading file in USB memory or the data of upgrading file is different.
In 5 seconds, usual operation (OFF SOURCE) is started.
If the upgrading file error is detected or the upgrading file is not detected after the rewriting is retried, the rewriting is failed.
In 5 seconds, rewriting is retried.
Displayed when the retry becomes unavailable because the retry count is exceeded.
The display is continued until the power supply is turned OFF. If the power supply is turned ON again, the display is not changed.
The upgrading using USB is disabled, so it is necessary to write programs in serial Flash using E10A.
Displayed when the writing of upgrading file in serial Flash is not normally terminated.
Or, displayed if the upgrading file error is detected or the upgrading file is not detected after the rewriting is retried.
In 5 seconds, rewriting is retried.
Displayed when USB rewriting is normally terminated.
In 5 seconds, usual operation (OFF SOURCE) is started.
ERR->RETRY
COMPLETE
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[Key]
Contents
Display
[BAND]
Power On
(T.Offset is adjusted)
TRK MIN SEC
00 00 00
[2]
RF AMP
Gain switching
GG GG GG
*1
[3]
Focus Close
S curve check
TRK MIN SEC
91 91 91
[6]
Focus Mode switching
0X 0X 0X
*2
[1]
Tracking Servo
Close
00 00 00
or 99 99 99
[>]
CRG +
[2]
Self-adjusting
switching
TRK MIN SEC
?? ?? ??
*3*6
[<]
CRG -
*6
[BAND]
Power Off
TRK MIN SEC
[BAND]
Power Off
TRK MIN SEC
[BAND]
Power Off
TRK MIN SEC
[BAND]
Power Off
TRK MIN SEC
[1]
T.Close & AGC
Applicable servomechanism
TRK MIN SEC
?tr ?min ?sec
[3]
RF AGC /
RF AGC coefficient display
[>]
CRG +
8X 8X 8X
or 9X 9X 9X
[2]
T.Balance adjustment /
T.BAL coefficient display
TRK MIN SEC
?? ?? ??
[<]
CRG -
?? ?? ??
[1]
F,T,RF AGC
F.Bias display switching
TRK MIN SEC
TRK MIN SEC
TRK MIN SEC
[3][>]
CRG/TR Jump +
[2]
Tracking Open
[<]
CRG/TR Jump -
?tr ?min ?sec
TRK MIN SEC
TRK MIN SEC
00 00 00
or 99 99 99
TRK MIN SEC
?tr ?min ?sec
8X 8X 8X
or 9X 9X 9X
8X 8X 8X
or 9X 9X 9X
00 00 00
or 99 99 99
TRK MIN SEC
?tr ?min ?sec?? ?? ??
*5
F,T AGC / F.Bias
RF AGC
8X 8X 8X
or 9X 9X 9X
[2]
Tracking Open
*6
*4*4
Operation
[Key]
Test Mode
[BAND] Power On/Off
[>]
CRG + / TR Jump +
(Direction of the external surface)
[<]
CRG - / TR Jump (Direction of the internal surface)
[1]T. CLS & AGC & Applicable servomechanism /
AGC,AGC display setting
[2]RF Gain switching / Offset adjustment display /
T.Balance adjustment / T. Open
[3]F. Close,S. Curve / Rough Servo and RF AGC /
F,T,RF AGC
[6]F. Mode switching / Tracking Close
After the [EJECT] key is pressed keys other than the [EJECT] key should not be pressed, until disc ejection is complete.
When the key [2] or [3] is pressed during the Focus Search, the power supply should be immediately turned off (otherwise the lens sticks
to Wall, causing the actuator to be damaged).
In the case of 100TR Jump, the mechanism shall be set to the Tracking Close mode when the key is released.
When the power is turned on/off the gain of the RFAMP is reset to 0 dB. At the same time all the self-adjusting values shall return to the
default setting.
Do not do Tracking Servo Close before doing Focus Servo Close. (Because the overcurrent flows)
- Flow Chart
[CD] or [SOURCE]
Source ON
TRK MIN
[4]+[6]->BUP+ACC ON
Test Mode IN
*1) TYP t + 6 dB t + 12 dB
TRK
MIN
SEC
TRK06MIN06SEC
06
TRK12MIN12SEC
12
*2) Focus Close
t S. Curve t F EQ measurement setting
TRK00MIN00SEC
00
TRK
01
MIN01SEC
01
TRK02MIN02SEC
02
(
TRK99MIN99SEC
99)
*3) F.Offset Display t
*4) 100TR Jump
*5) TRK/MIN/SEC
t F.AGC t T.AGC Gain t F.Bias t RF AGC
*6) CRG motor voltage = 2 [V]
RF.Offset
Switch to the order
of the original
display
t
T.Offset Display t
6.4 CD TEST MODE
DEH-15UB/XNUC
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7. DISASSEMBLY
2
2
2
2
1
While the photograph shown is slightly different from this model in shape, the disassembly procedure is the same.
2
1
2
3
4
5
6
1
Push the area and remove the two hooks.
Slide the Tun e r Amp Assy in the direction
of the arrow.
The Tuner Amp Assy is fixed into the ditch.
Disconnect the FFC and then remove the
CD Mechanism Module.
11
3
3
Lift off the Tuner Amp Assy from the Heat Sink side.
Heat Sink side
The CD Mechanism Module side is made a bottom.
- Removing the CD Mechanism Module (Fig.2)
CD Mechanism Module
CD Mechanism Module
Tu n e r Amp Assy
Release the two latches.
Release the two latches and then remove
the Panel Assy.
- Removing the Panel Assy (Fig.1)
Fig.2
Fig.1
Remove the screw.
Remove the two screws.
Panel Assy
6
4
5
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- Attention of removing (Fig.4)
Don’t remove this screws excluding the dismantlement
of the CD Mechanism Module.
Fig.3
Fig.4
CD Mechanism Module
- Removing the Tu n er Amp Unit (Fig.3)
1
2
Remove the two screws.
Remove the two screws and then remove
the Tuner Amp Unit.
Tu n e r Amp Unit
1
2
1
2
DEH-15UB/XNUC
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Fig.5
Fig.6
Fig.7
Fig.8
-
Disassembling the Panel Part (Fig.5, 6)
2. Press the upside hook and the bottom side hook of the
button at the same time, and pull out the button.
1. Remove the arm while bending the rib of the panel upward.
-
Assembling the Panel Part (Fig.7, 8, 9)
1. Attach the button from the front side of the panel.
2. Attach the spring to the arm as shown in the figure.
Hitch the spring to the groove.
The bended tip of the
spring is set to this side.
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Fig.9
3. Fit the spring in the groove at the position shown in the figure.
4. Fit the boss on the lower side of the arm in the lower hole of
the panel, and then warp the rib on the panel in the direction
shown in the figure and fit the boss of the arm in the panel.
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How to carry the mecha unit
1. Hold the designated points (shown with dashed lines) of the upper chassis and the front/rear bracket.
2. Be careful not to hold the solid line portions or the CRG mecha part or insert foreign substances, to prevent distortion.
3. When holding the sides of the upper chassis, do not apply excessive force to prevent distortion. (Approx. 8N or less)
Handling OK
Handling NG
26
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How to remove the PU unit
1. Create an empty-clamp state according to “How to create empty clamp state (motor drive)”.
2. Hook the feeding screw biasing spring to a tentative hooking portion (Fig 2b). Be careful not to get injured by the
spring edge.
3. Hold the PU at the position A as shown in Fig 1. Slide the PU as far as possible toward the holder in the feeding screw
so that a joint on the outer end of the feeding screw is loosened.
4. As shown in Fig 3, move the rear end of the feeding screw laterally and then upward, to remove it from the outer holder.
5. Lift the PU unit to disengage it from Part B of the chassis (Fig 4), and remove the PU unit.
(Cautions) When re-installing the PU, be sure to first nip the chassis and the PU unit (Fig 4) at the position B.
Also, make sure to fully hook the feeding screw biasing spring (Fig 2a).
Please follow the service manual for adjustment of the PU unit after the re-installation.
Fig 1
Fig 3
Slide toward inner circumference
B
A
Fig 4
Fig 2a
Fully-hooked state
The spring is below a resin
flange and is built inside the
sheet metal bending.
Fig 2b
Tentatively-hooked state
Outer holder
Normal built-in state
Rear end of feeding screw
DEH-15UB/XNUC
[Incorrect built-in state]
The chassis is not nipped between
the PU case and the PU rack.
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8. EACH SETTING AND ADJUSTMENT
1) Cautions on adjustments
In this product the single voltage (3.3 V) is used for the
regulator. The reference voltage is the REFO1 (1.65 V)
instead of the GND.
If you should mistakenly short the REFO1 with the GND
during adjustment, accurate voltage will not be obtained,
and the servo’s misoperation will apply excessive shock
to the pickup. To avoid such problems:
a. Do not mix up the REFO1 with the GND when
connecting the (-) probe of measuring instruments.
Especially on an oscilloscope, avoid connecting the (-)
probe for CH1 to the GND.
b. In many cases, measuring instruments have the same
potential as that for the (-) probe. Be sure to set the
measuring instruments to the floating state.
c. If you have mistakenly connected the REFO1 to the GND,
turn off the regulator or the power immediately.
Before mounting and removing filters or leads for
adjustment, be sure to turn off the regulator.
For stable circuit operation, keep the mechanism
operating for about one minute or more after the
regulator is turned on.
In the test mode, any software protections will not
work. Avoid applying any mechanical or electrical
shock to the mechanism during adjustment.
The RFAGC and RFO signals with a wide frequency range
are easy to oscillate. When observing the signals,
insert a resistor of 1k ohms in series.
The load and eject operation is not guarantied with the
mechanism upside down. If the mechanism is blocked
due to mistaken eject operation, reset the product or
turn off and on the ACC to restore it.
2) Test mode
This mode is used to adjust the CD mechanism module.
To enter the test mode.
[4] + [6] -> BUP + ACC ON
To exit from the test mode.
Turn off the ACC and back up.
Notes:
a. During ejection, do not press any other keys than the
EJECT key until the loaded disc is ejected.
b. If you have pressed the (→) key or (←) key during focus
search, turn off the power immediately to protect the
actuator from damage caused by the lens stuck.
c. For the TR jump modes except 100TR, the track jump
operation will continue even if the key is released.
d. For the CRG move and 100TR jump modes, the tracking
loop will be closed at the same time when the key is
released.
e. When the power is turned off and on, the jump mode
is reset to the single TR (91), the RF amp gain is set to 0 dB,
and the auto-adjustment values are reset to the default
settings.
8.1 CD ADJUSTMENT
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CD CORE UNIT
Note :
The grating angle of the PU unit cannot be adjusted after the PU unit is changed. The PU unit in the CD mechanism
module is adjusted on the production line to match the CD mechanism module and is thus the best adjusted PU
unit for the CD mechanism module. Changing the PU unit is thus best considered as a last resort. However, if the
PU unit must be changed, the grating should be checked using the procedure below.
Purpose :
To check that the grating is within an acceptable range when the PU unit is changed.
Symptoms of Mal-adjustment :
If the grating is off by a large amount symptoms such as being unable to close tracking, being unable to perform
track search operations, or taking a long time for track searching.
Method :
Measuring Equipment
Measuring Points
Oscilloscope, Two L.P.F.
E, F, REFO1
Disc TCD-782
Mode TEST MODE
Checking Procedure
1. In test mode, load the disc and switch the 3 V regulator on.
2. Using the right and left buttons, move the PU unit to the innermost track.
3. Press key 3 to close focus, the display should read "91". Press key 2 to implement the tracking
balance adjustment the display should now read "81". Press key 3. The display will change,
returning to "81" on the fourth press.
4. As shown in the diagram above, monitor the LPF outputs using the oscilloscope and check that the phase
difference is within 75 . Refer to the photographs supplied to determine the phase angle.
5. If the phase difference is determined to be greater than 75 try changing the PU unit to see if there is any
improvement. If, after trying this a number of times, the grating angle does not become less than 75 then the
mechanism should be judged to be at fault.
Note
Because of eccentricity in the disc and a slight misalignment of the clamping center the grating waveform may be
seen to "wobble" ( the phase difference changes as the disc rotates). The angle specified above indicates the
average angle.
Hint
Reloading the disc changes the clamp position and may decrease the "wobble".
100 kohm
390 pF
100 kohm
390 pF
E
VREF
F
VREF
XchYch
L.P.F.
L.P.F.
Oscilloscope
E
F
REFO1
8.2 CHECKING THE GRATING AFTER CHANGING THE PICKUP UNIT
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Grating waveform
45 degrees
0 degrees
75 degrees
60 degrees
30 degrees
90 degrees
Ech -> Xch 20 mV/div, AC
Fch -> Ych 20 mV/div, AC
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- PCL Output
In the normal operation mode (with the detachable panel installed, the ACC switched ON, the standby mode
cancelled), shift the TESTIN IC601(Pin 99) terminal to H.
The clock signal is output from the PCL terminal IC601(Pin115).
The frequency of the clock signal is 600 kHz that is divided by 20th of the oscillation frequency of X601 (12MHz).
The clock signal should be 600 kHz(- 25 Hz, + 25 Hz).
If the clock signal is out of the range, the X'tal (X601) should be replaced with new one.
NOTES : Parts marked by " * " are generally unavailable because they are not in our Master Spare Parts List.
The > mark found on some component parts indicates the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.
Screw adjacent to mark on the product are used for disassembly.
For the applying amount of lubricants or glue, follow the instructions in this manual.
(In the case of no amount instructions,apply as you think it appropriate.)
DEH-15UB/XNUC, DEH-1500UB/XNEW5, DEH-1500UBA/XNEW5, DEH-1500UBB/XNEW5, DEH-1500UBG/
XNEW5, DEH-1550UB/XNES and DEH-1590UB/XNID are constructed the same except for the following:
MarkNo.Description
1 Cord AssyCDP1480QDP3012QDP3014QDP3012QDP3012
2 Polyethylene BagCEG1173QEG3001QEG3001QEG3001QEG3001
3ProtectorCHP4103Not usedNot usedNot usedNot used
4ProtectorCHP4104Not usedNot usedNot usedNot used
5 ProtectorNot usedCHP4594CHP4594CHP4594CHP4594
6ScrewBPZ20P060FTCNot usedNot usedNot usedNot used
7Polyethylene BagCEG1160Not usedNot usedNot usedNot used
8ScrewCRZ50P090FTCNot usedNot usedNot usedNot used
10ScrewTRZ50P080FTCNot usedNot usedNot usedNot used
11Unit BoxQHG3320QHG3316QHG3318QHG3319QHG3317
Control Unit
14Case AssyNot usedQXA3129QXA3129QXA3129QXA3129
15-1Owner's ManualQRD3131QRD3130QRD3130QRD3130QRD3130
*15-2Warranty CardQRY3001CRY1376CRY1376CRY1376CRY1376
*15-3Service NetworkNot usedNot usedNot usedNot usedNot used
MarkNo.Description
1 Cord AssyCDP1480CDP1480
2 Polyethylene BagQEG3001QEG3001
3ProtectorNot usedNot used
4ProtectorNot usedNot used
5 ProtectorCHP4594CHP4594
6ScrewNot usedNot used
7 Polyethylene BagCEG1160CEG1160
8ScrewNot usedNot used
10ScrewTRZ50P080FTCTRZ50P080FTC
11Unit BoxQHG3322QHG3328
12Contain BoxQHL3322QHL3328
13Card Remote
Control Unit
14Case AssyQXA3129QXA3129
15-1Owner's ManualQRD3132QRB3250
*15-2Warranty CardNot usedCRY1304
DEH-15UB/XNUC, DEH-1500UB/XNEW5, DEH-1500UBA/XNEW5, DEH-1500UBB/XNEW5, DEH-1500UBG/
XNEW5, DEH-1550UB/XNES and DEH-1590UB/XNID are constructed the same except for the following:
The > mark found on some component parts indicates
the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of
identical designation.
Symbol indicates a resistor.
No differentiation is made between chip resistors and
discrete resistors.
NOTE :
Symbol indicates a capacitor.
No differentiation is made between chip capacitors and
discrete capacitors.
- CD CORE UNIT(S11.6STD)Note : 1. The encircled numbers denote measuring points in the circuit diagram.
2. Reference voltage REFO1(1.65 V)
500 ms/div5 V/div
5 V/div
5 V/div
10 V/div
1DSCSNS
5CLCONT
4LOEJ
6VD1
5 V/div
5 V/div
5 V/div
1DSCSNS
3HOME
4LOEJ
500 mV/div
500 mV/div
200 ms/divcTE
dFE
200 mV/div
2 V/div
2 V/div
500 ms/divaFIN
b
RFOK(MONI_2)
7SIN
1 V/div
500 mV/div
500 mV/div
1 s/div
500 ms/div
7SIN
8CIN
9TIN
2 V/div
500 mV/div
5 μs/diveMDX
7SIN
2 V/div
500 mV/div
50 ms/diveMDX
7SIN
500 mV/div
500 mV/div
500 mV/div
500 mV/div
20 ms/divdFE
aFIN
cTE
9TIN
1 V/div
500 mV/div
500 mV/div
500 μs/divfRFAGC
cTE
9TIN
500 mV/div
500 mV/div
2 ms/div cTE
fRFAGC
500 mV/div
500 mV/div
200 ms/divaFIN
dFE
Source On setup operation12 cm CD-DA Source On setup operation
CD-DA Play operationSpindle waveform during play operationSpindle waveform during play operation
(Wider)
Focus Search waveformTrack Open waveform100 Track Jump waveform (32 Track Jump x 3)
12 cm CD-DA setup operation after loading
12 cm CD Loading operation12 cm CD Loading operation
Ref.:
GND
Mode:
Normal
Ref.:
GND
Mode:
Normal
Ref.:
REFO
Mode:
Normal
Ref.:
REFO
Mode:
Normal
Ref.:
REFO
Mode:
Normal
Ref.:
REFO
Mode:
TEST
Ref.:
REFO
Mode:
TEST
Ref.:
REFO
Mode:
TEST
Ref.:
REFO
Mode:
Normal
Ref.:
REFO
Mode:
Normal
Ref.:
REFO
Mode:
Normal
52
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2 V/div
2 V/div
2 V/div
10 us/divgLRCK
hBCLK
i
DOUT(DATA)
1 V/div
1 V/div
500 mV/div
2 V/div
200 ms/divfRFAGC
cTE
8CIN
7SIN
1 V/div
500 mV/div
500 mV/div
2 ms/divfRFAGC
cTE
9TIN
5 V/div
5 V/div
5 V/div
500 ms/div1DSCSNS
3HOME
4LOEJ
5 V/div
5 V/div
5 V/div
500 ms/div1DSCSNS
5CLCONT
4LOEJ
1 V/div
1 V/div
1 V/div
1 V/div
500 μs/divfRFAGC
9TIN
cTE
aFIN
12 cm CD Eject operation
Black Dot (800
μm) during play
12 cm CD Eject operation
32 Tracks Jump waveform
(Zoom of 100 Track Jump waveform)
Search operation(Outter to Inner)Digital Out waveform
Ref.:
REFO
Mode:
TEST
Ref.:
GND
Mode:
Normal
Ref.:
REFO
Mode:
Normal
Ref.:
REFO
Mode:
Normal
Ref.:
GND
Mode:
Normal
Ref.:
GND
Mode:
Normal
DEH-15UB/XNUC
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11. PCB CONNECTION DIAGRAM
A
A
TUNER AMP UNIT
Capacitor
Connector
P.C.Board
Chip Part
SIDE B
SIDE A
NOTE FOR PCB DIAGRAMS
1.The parts mounted on this PCB
include all necessary parts for
several destination.
For further information for
respective destinations, be sure
to check with the schematic dia gram.
2.Viewpoint of PCB diagrams
64
3
2
1
2
3
1
5
IC551
R251
R252
R253
R254
R255
R256
R257
R258
R259
1
1
C251
C252
C253
C254
C255
VA891
C256
VA892
C257
C258
C259
C260
C261
R891
R892
R893
C891
C892
C893
C894
R301
R302
R303
R304
R307
R309
1
L551
R311
C301
C303
C305
C307
C309
C310
C311
C312
C313
C317
C318
C319
C320
R551
C321
R552
R553
R554
R555
C328
C331
C332
C333
C334
P251
C551
C552
C553
C554
C555
C556
C557
C558
C562
C563
C564
C565
15
5
1
2
10
IC301
C96
Q251
Q252
D551
D552
2
3
6
4
1
5
JA251
JA891
15
JA892
1020304050607080
X
0
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
Y
P 251 (A,6,130) Fuse 3.0 A CEK1386>
FRONT
W.REM
PREOUT
11.1 TUNER AMP UNIT
54
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A
SIDE A
D941
R401
R402
R403
R404
D751
R405
R406
R407
R408
R409
R601
R602
R603
R410
R604
R411
1
D951
R605
R412
R606
R413
R607
R414
R608
R415
R609
R416
R417
R801
1
IC552
R802
R803
R610
R804
R611
R805
L851
R612
R806
R613
R807
R614
R808
R615
R809
R616
R617
R618
R619
R810
E
Q871
R811
R812
E
Q872
E
Q873
R813
1
Q874
R620
R814
E
Q875
R621
R815
R622
R816
1
R623
R817
R624
R818
C201
R625
C202
R626
C203
R627
C204
R628
C205
R629
C206
C207
C208
C209
R630
C401
R631
C402
R632
C403
R633
C210
C404
R634
1
5
IC961
C211
C405
L681
R635
C212
C406
R636
C213
C407
R637
C214
C408
R638
C215
C409
R639
C216
C217
C218
C219
C601
C602
C603
C410
C604
R640
C411
1
X401
C605
R641
C412
C606
R642
C413
C607
R643
C220
C414
C608
R644
C221
C415
R645
C609
C416
R646
C417
R647
C223
C224
C418
R648
C225
C419
R649
C801
C226
C802
C227
C803
C228
C610
C804
C229
1
X601
C611
C805
1
X602
C612
C806
1
X603
C613
C807
C420
R650
C614
C808
C421
R651
C615
C809
C422
R652
C616
C423
R653
C617
C424
C618
C425
C619
C231
C426
C232
C233
C427
C234
C428
C810
C235
R659
C429
C811
C236
C620
C621
R851
C622
C623
R660
C430
C624
R661
C431
C625
R662
C432
C626
R663
C433
C627
R664
C434
C628
C435
C629
C436
C437
R668
C438
R669
C439
C630
C631
C633
C440
C441
R671
C442
C443
C444
C445
C446
C447
C448
C449
R871
R872
R873
R874
C450
R875
C451
R681
R876
C452
R682
R683
C453
R877
R684
C454
R878
R879
R685
C455
C456
C457
C458
C459
1
Q301
E
Q302
C460
C461
D401
D402
C851
C852
D601
D602
1 5 10 15 20
253035
40
IC201
D801
D802
D803
D804
C671
D805
C672
D806
D807
D808
1 5 10 15
20 25 30
35 40 45
50 55 60
IC401
D809
L701
D810
C871
D811
C872
C873
5
10 15 20 25 30
35 40 45 50 55 60
65 70 75 80 85 90
95 100 105 110 115 120
IC601
C681
C682
C683
1
L901
E
Q531
1
5
IC801
L531
R302
R303
R304
E
Q941
R305
R306
R307
E
Q751
R309
1
Q752
R311
R312
E
Q951
R701
R702
1
R703
R704
R705
R707
R708
R709
D671
R710
L951
R711
R715
R716
R717
R718
D871
R719
D872
R911
R912
R531
R532
R533
C303
R534
R535
C305
P401
R536
P402
R537
C307
R538
R539
1
IC671
L971
R540
C310
C311
C312
C313
C314
1
5
IC681
C701
C702
C703
C704
C705
C706
C707
C708
C321
C322
C323
C324
C901
C325
C326
C327
C329
R941
R942
R943
R944
R752
R753
C330
R754
C332
C333
C334
C911
C335
C912
C913
C914
C915
R951
C916
R952
C917
R953
C918
C531
C919
C532
C920
C921
C922
C923
C924
R961
C925
R962
C926
R963
C927
C928
C929
C930
R971
R972
R973
R974
R975
R976
D301
D302
C941
C559
C751
C752
C753
C560
L201
C561
L202
E
Q601
L401
L402
L403
L404
L405
L406
L407
L408
2515
20
10
IC301
L409
L601
D901
C961
C962
L602
D902
C963
L410
L411
C965
C966
L413
L414
L415
C969
L416
L417
L418
L419
1
L801
C971
D911
C972
D912
C973
L420
10
5
1
IC911
VA801
VA802
1
5
IC531
KN1
KN2
1
10
1 5
15
CN971
R706
1
10
15
CN701
1
15
5
20
10
CN801
1
JA401
JA901
5
8090100110120130140150160
CEK1386
FRONT
B
CN1931
ANTENNA
POWER SUPPLY
C
CN701
1517
51713911
3
108642
1816
1412
FUSE
DEH-15UB/XNUC
55
Page 56
1234
1234
C
D
F
A
B
E
A
A
TUNER AMP UNIT
8090100110120130140150160
1
1
1
1
TESTIN
PCL
56
DEH-15UB/XNUC
Page 57
5 678
56
7
8
C
D
F
A
B
E
A
SIDE B
102030405060708090
X
0
150
140
130
120
110
100
90
80
70
60
50
40
30
20
10
Y
1
1
1
DEH-15UB/XNUC
57
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1234
C
D
F
A
B
E
11.2 KEYBOARD UNIT
KEYBOARD UNIT
B
SIDE A
KEYBOARD UNIT
B
SIDE B
2
S1834
D1980
D1966
6
S1835
D1979
C1964
5
S1837
D1978
C1963
D1964
4
S1836
D1977
3
S1839
D1976
C1961C1962
2
S1838
D1975
C1960
1
S1840
D1973
C1956
S1823
RIGHT
D1974
C1955
S1821
LEFT
S1832
C1959
BACK
S1831
D1965
D1963
D1962
D1961
D1957
D1956
D1960
D1972
3
C1965
R1923
R1922
R1921
5060708090100110120160130140150
5060708090100110120160130140150
D1931
D1932
1
AUX
5432
16
USB
CN1911
IC1941
1
JA1921
V1801
SEGMENT LCD
55 50 45 40 35 30 25 20 15 10 5 1
D1951
S1829
LIST
S1828
D1968
D1953
C1952
S1833
D1969
D1954
DISP
C1953
L1804
L1802
L1803
20
10
R1987
R1988
R1989
Q1951
CN1931
R1801
R1985
1
R1986
R1984
R1932
R1931
1
R1980
R1969
R1982
15
5
1
R1970
R1983
R1981
65 70 75 80
R1802
R1951
R1975
C1911
D1912
D1911
C1912
1
L1911
R1943
R1944
R1941
IC1801
1 5 10 15 20
R1803
R1804
C1807
L1801
1
C1806
R1952
R1973
R1822
R1823
1
C1941
R1942
45 50 55 60
25 30 35 40
X1801
R1807
R1806
R1805
R1808
A
CN801
5
S1830
S1822
EJECT
D1955
S1841
MULTI-CONTROL
S1842
C1951
D1952
D1967
SRC
C1954
S1826
D1970
1
S1827
EQ
D1981
D1958
C1957
S1825
C1958
D1959
D1971
BAND/ESC
S1824
203040
203040
10
10
X
X
R1958
R1959
R1964
R1961
R1979
R1962
R1978
R1967
R1976
R1977
R1968
R1966
R1965
Q1953
R1993
E
R1963
E
R1960
Q1952
R1990
R1957
R1956
R1953
R1974
R1972
R1955
R1954
R1971
0
Y
10
20
30
40
58
B
40
30
20
10
0
Y
DEH-15UB/XNUC
Page 59
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56
7
8
C
D
F
A
B
E
DEH-15UB/XNUC
59
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1234
C
D
F
A
B
E
11.3 CD CORE UNIT (S11.6STD)
CD CORE UNIT (S11.6STD)
C
SIDE A
PICK UP UNIT(P10.6) (SERVICE)
60
CN101
15 10 5 1
C102
50
D101
F
E
C205
C201
CN702
10
1 5
R232
C238
C240
C299
R706
TH201
C235
R246
R253
R245
C710
R297
R254
1
HOME
S901
LOADING/CARRIAGE
M2
MOTOR
40
C220
C707
R701
C705
R702
M1
SPINDLE
MOTOR
30
15 10 5 1
CN701
A
CN701
C702
20
R710
C701
C308
C307
C312
REFO1
R303
R304
R306
R308
R201
10
C306
R264
R202
R307
R305
R301
R302
10 5 1
IC301
15 20 25
R309
Y
0
X
1020304050
C
60
DEH-15UB/XNUC
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56
7
8
C
D
F
A
B
E
C
SIDE B
C
CD CORE UNIT (S11.6STD)
5040302010
X
60
50
40
30
20
10
0
Y
R214
R215
R216
R217
R218
R229
R237
C202
C203
C204
R240
C209
C210
1
X201
C211
C212
C213
C214
C215
C216
C217
C218
C219
C221
C222
C223
C224
R260
C225
C228
C229
C233
C236
C239
R281
R282
R283
R291
R292
R293
R294
E
Q101
E
Q102
R296
1 5
10 15 20 25
30 35 40 45 50
55 60 65 70 75
80 85 90 95 100
IC201
C281
C282
C283
C284
R101
R102
R103
R108
R109
R310
R311
R312
R313
R708
R709
R711
C101
C104
C301
C302
C303
C304
C110
C305
C111
C313
C314
C315
C703
C708
1
S903
1
S905
E
Q201
DSCSNS
DEH-15UB/XNUC
61
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D
F
A
B
E
12. ELECTRICAL PARTS LIST
NOTE:
Parts whose parts numbers are omitted are subject to being not supplied.The part numbers shown below indicate chip components.
Chip Resistor
RS1/_S___J,RS1/__S___J
Chip Capacitor (except for CQS.....)
CKS....., CCS....., CSZS.....
The > mark found on some component parts indicates the importance of the safety factor of the part.Therefore, when replacing, be sure to use parts of identical designation. Meaning of the figures and others in the parentheses in the parts list.
Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding
PC board.
IC 301 (A, 91, 111) IC NJM2068V
The expression of the unit in this manual is shown by u instead of . Please do not make a mistake.
Circuit Symbol and No.Part No.
A:DEH-15UB/XNUC
B:DEH-1500UB/XNEW5
Circuit Symbol and No.Part No.
Unit Number : QWM3466(E)
Unit Number : QWM3469(F)
Unit Number : QWM3471(H)
C:DEH-1500UBA/XNEW5
D:DEH-1500UBB/XNEW5
Unit Name: Tuner Amp Unit
MISCELLANEOUS
E:DEH-1500UBG/XNEW5
F:DEH-1550UB/XNES
H:DEH-1590UB/XNID
Unit Number: QWM3468(A)
Unit Number : QWM3465(B,D)
Unit Number: QWM3467(C)
Unit Number: QWM3466(E)
Unit Number : QWM3469(F)
Unit Number: QWM3471(H)
Unit Name: Tuner Amp Unit
Unit Number : (A,F,H)
Unit Number : (B)
Unit Number : (C)
Unit Number : (D)
Unit Number : (E)
Unit Name: Keyboard Unit
Unit Number: CWX4023
Unit Name: CD Core Unit (S11.6STD)
A
Unit Number: QWM3468(A)
Unit Number : QWM3465(B,D)
Unit Number: QWM3467(C)
62
DEH-15UB/XNUC
IC 201(A,101,107) LSIPM9013A
IC 301(A,78,142) ICPAL011A
IC 401(A,150,91) ICTDA7706
IC 551(A,19,111) ICBD9876EFJ
IC 552(A,106,24) ICBD2232G-G
IC 601(A,110,77) ICR5S726A0D216FP
IC 671(A,131,75) ICS-80827CNMC-B8M
IC 681(A,114,94) Flash ROM Unit(A) PEB047A8
(A,114,94)
IC 801(A,104,18) L-MOS And Gate TC7SET08FUS1
IC 911(A,145,28) ICBA49183-V12
D 301(A,102,125) DiodeCRG03
D 302(A,90,121) DiodeCRG03
D 401(A,158,107) DiodeRN731VN
D 402(A,158,100) DiodeRN731VN
D 551(A,22,124) DiodeCMS03
D 552(A,22,104) DiodeRB056L-40
D 751(A,138,135) DiodeRKZ8.2KG(B2)
D 802(A,92,17) DiodeDZ2S068C
D 803(A,126,15) DiodeDZ2S068C
D 804(A,119,14) DiodeDZ2S068C
Flash ROM Unit(B,C,D,E,F,H)
PEB046A8
Page 63
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D
F
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B
E
Circuit Symbol and No.Part No.
Circuit Symbol and No.Part No.
R 302(A,82,125) RS1/16SS471J
D 805(A,120,14) DiodeDZ2S068C
D 806(A,116,13) DiodeDZ2S068C
D 807(A,113,13) DiodeDZ2S068C
D 871(A,148,61) DiodeRKZ7.5KG(B2)
D 901(A,141,127) Diode1SR154-400
R 303(A,73,127) RS1/16SS471J
R 304(A,78,126) RS1/16SS471J
R 305(A,88,127) RS1/16SS103J
R 306(A,89,129) RS1/16SS102J
R 309(A,86,121) RS1/16SS103J
D 902(A,137,127) Diode1SR154-400
D 911(A,158,66) DiodeCRG03
D 912(A,161,66) DiodeCRG03
D 941(A,93,125) Diode(A,F,H)HZU7L(A1)
R 311(A,86,123) RS1/16SS473J
R 312(A,99,129) RS1/16SS103J
R 401(A,161,106) RS1/16SS221J
R 402(A,161,100) RS1/16SS751J
(A,93,125) Diode(B,C,D,E) HZU7L(C3)
R 403(A,139,104) (A,B,C,D,E)RS1/16SS391J
D 951(A,123,113) Diode(B,D,E) 1SS301
L 202(A,94,102) InductorCTF1793
L 401(A,155,104) Chip CoilLCTAWR27J2520
L 402(A,159,104) Chip CoilLCTAWR15J2520
L 403(A,151,102) InductorCTF1786
L 404(A,146,102) InductorCTF1786
L 405(A,151,108) Inductor(A)LCYB68NJ1608
L 406(A,147,105) Inductor(A,B,C,D,E) CTF1389
L 407(A,147,107) Chip Coil(F,H) LCTAWR27J2520
L 408(A,141,104) Inductor(A,B,C,D,E) LCTAW4R7J2520
R 404(A,142,99) RS1/16SS105J
R 406(A,154,108) RS1/16SS105J
R 407(A,139,96) RS1/16SS330J
R 408(A,137,97) (A,B,C,D,E)RS1/16SS471J
R 409(A,144,98) (F,H)RS1/16SS0R0J
R 410(A,141,91) RS1/16SS0R0J
R 411(A,138,91) (A,B,C,D,E)RS1/16SS681J
(A,139,104) (F,H)RS1/16SS331J
(A,137,97) (F,H)RS1/16SS361J
(A,138,91) (F,H)RS1/16SS391J
(A,141,104) Chip Coil(F,H) LCTAW1R5J2520
R 412(A,152,78) RS1/4SA8R2J
L 409(A,143,109) Chip Coil(F,H) LCTAWR39J2520
L 410(A,137,94) Chip Coil(A,B,C,D,E) LCTAW470J2520
(A,137,94) Inductor(F,H)LCTAW2R2J2520
L 413(A,144,82) InductorCTF1786
L 414(A,153,80) Inductor(B,C,D,E) CTF1786
L 419(A,161,95) InductorCTF1786
L 420(A,161,96) InductorCTF1786
R 413(A,158,78) RS1/4SA8R2J
R 414(A,139,87) RS1/16SS0R0J
R 415(A,152,80) (A,F,H)RS1/16SS0R0J
R 539(A,97,83) RS1/16SS473J
R 540(A,97,85) RS1/16SS473J
R 551(A,25,111) RS1/16SS682J
R 552(A,30,112) RS1/16SS0R0J
L 551(A,30,107) InductorCTH1524
L 801(A,115,17) InductorCTF1713
R 553(A,27,112) RS1/16SS1803D
R 554(A,27,110) RS1/16SS4302D
L 901(A,112,141) Choke Coil 600 uH CTH1432
L 951(A,122,116) Chip Coil(B,D,E) BTH1101
X 401(A,161,88)
Crystal Resonator 36.48 MHz
CSS1848
X 601(A,126,76) Crystal Resonator 12 MHz CSS1847
R 555(A,39,124) RS1/10SR471J
R 601(A,101,66) (B,C,D,E,F)RS1/16SS473J
R 602(A,107,63) RS1/16SS473J
R 604(A,116,59) (B,D,E)RS1/16SS473J
X 602(A,117,90)
P251(A,6,130) Fuse 3.0 ACEK1386
>
Ceramic Resonator 16.934 MHz
P 402(A,155,111) Surge Absorber HSPC16701B02
VA801(A,108,13) VaristorEZJP0V270RM
VA802(A,101,13) VaristorEZJP0V270RM
CSS1603
R 609(A,122,64) RS1/16SS473J
R 610(A,122,70) RS1/16SS473J
R 611(A,124,72) RS1/16SS473J
R 613(A,121,76) RS1/16SS152J
R 614(A,122,78) RS1/16SS473J
CN701(A,114,32) ConnectorVKN1192
R 615(A,130,79) RS1/16SS473J
CN801(A,109,4) ConnectorCKS6452
JA251(A,19,138) Pin Jack(A,B,C,D,E,F) CKB1056
R 622(A,125,87) RS1/16SS473J
R 623(A,130,85) RAB4CQ473J
RESISTORS
R 625(A,114,90) RS1/16SS101J
R 251(A,18,131) (H)RS1/16SS821J
R 252(A,9,132) (H)RS1/16SS821J
R 253(A,15,131) (H)RS1/16SS223J
R 254(A,11,131) (H)RS1/16SS223J
R 255(A,29,132) RS1/16SS821J
R 256(A,19,131) RS1/16SS821J
R 257(A,28,131) RS1/16SS223J
R 258(A,21,131) RS1/16SS223J
R 301(A,68,127) RS1/16SS471J
DEH-15UB/XNUC
R 626(A,113,90) RS1/16SS101J
R 627(A,112,88) RS1/16SS101J
R 628(A,111,90) RS1/16SS101J
R 629(A,109,92) RS1/16SS101J
R 630(A,110,89) RS1/16SS101J
R 631(A,107,92) RS1/16SS473J
R 632(A,105,91) RS1/16SS473J
R 633(A,107,90) RS1/16SS101J
R 634(A,103,88) RS1/16SS102J
R 635(A,102,88) RS1/16SS102J
63
Page 64
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1234
C
D
F
A
B
E
Circuit Symbol and No.Part No.
R 636(A,100,91) RS1/16SS473J
R 637(A,100,90) RS1/16SS473J
Circuit Symbol and No.Part No.
R 817(A,95,19) RS1/10SR222J
R 818(A,104,13) RS1/10SR0R0J
R 638(A,104,92) RS1/16SS473J
R 851(A,93,20) RS1/16SS472J
R 639(A,97,91) RS1/16SS472J
R 640(A,98,91) RS1/16SS472J
R 643(A,99,82) RS1/16SS104J
R 874(A,147,58) RS1/10SR391J
R 875(A,149,58) RS1/10SR473J
R 877(A,121,27) RS1/16SS1R0J
R 644(A,98,79) RS1/16SS101J
R 645(A,95,79) RS1/16SS101J
R 878(A,124,26) RS1/10SR473J
R 879(A,156,67) RS1/10SR122J
R 646(A,92,75) RS1/16SS103J
R 647(A,98,78) RS1/16SS101J
R 648(A,95,76) RS1/16SS102J
R 649(A,95,75) RS1/16SS102J
R 891(A,58,138) (B,D,E,F,H)RS1/16SS102J
R 892(A,58,136) (B,D,E,F,H)RS1/16SS102J
R 911(A,145,40) RS1/10SR1R0J
R 912(A,141,41) RS1/10SR1R0J
R 650(A,95,74) RS1/16SS102J
R 941(A,94,121) RS1/16SS223J
R 651(A,97,71) RS1/16SS473J
R 652(A,98,69) RS1/16SS222J
R 653(A,100,66) RS1/16SS103J
R 659(A,123,61) RS1/16SS153J
R 942(A,94,122) RS1/16SS473J
R 943(A,95,125) (A,F,H)RS1/16SS472J
(A,95,125) (B,C,D,E)RS1/16SS473J
R 944(A,98,123) RS1/4SA102J
R 660(A,123,60) RS1/16SS153J
R 661(A,100,65) (H)RS1/16SS473J
R 662(A,102,61) (B,C,D,E,F)RS1/16SS473J
R 663(A,102,62) (H)RS1/16SS473J
R 951(A,126,115) (B,D,E)RS1/16SS102J
R 952(A,121,111) (B,D,E)RS1/16SS223J
R 953(A,125,115) (B,D,E)RS1/16SS153J
R 961(A,127,112) RS1/16SS103J
R 664(A,133,62) RS1/16SS103J
R 962(A,130,113) RS1/16SS103J
R 668(A,93,71) RS1/16SS473J
R 669(A,95,69) RS1/16SS473J
R 963(A,129,112) RS1/16SS105J
R 671(A,128,70) RS1/16SS104J
R 681(A,109,97) RS1/16SS473J
R 682(A,110,91) RS1/16SS473J
R 683(A,120,92) RS1/16SS473J
CAPACITORS
C 201(A,96,115) CKSRYB105K10
C 202(A,104,116) CKSRYB105K10
R 684(A,109,94) RS1/16SS473J
R 685(A,120,96) RS1/16SS473J
R 701(A,108,38) RS1/16SS473J
C 203(A,92,116) CKSRYB105K10
C 204(A,107,115) CKSRYB105K10
C 205(A,94,116) CKSRYB105K10
R 702(A,115,37) RS1/16SS104J
R 703(A,118,28) RAB4CQ472J
C 206(A,107,114) CKSRYB105K10
C 207(A,94,108) CKSSYB104K10
R 704(A,110,41) RS1/16SS104J
R 706(A,108,36) RS1/16SS221J
R 707(A,109,38) RS1/16SS221J
C 208(A,94,106) CKSSYB104K10
C 209(A,93,104) 10 uFCCG1192
C 212(A,108,109) 10 uFCCG1192
R 708(A,110,38) RS1/16SS101J
R 709(A,111,38) RS1/16SS221J
C 213(A,108,106) CKSSYB104K10
C 214(A,108,104) CKSSYB104K10
R 710(A,112,38) RS1/16SS101J
R 711(A,114,39) RS1/16SS102J
R 715(A,116,36) RS1/16SS151J
C 215(A,108,102) CKSSYB104K10
C 216(A,92,101) 10 uFCCG1192
C 217(A,95,100) CKSSYB104K10
R 716(A,117,36) RS1/16SS151J
R 717(A,119,36) RS1/16SS151J
C 218(A,114,109) XCEVW470M16
C 219(A,112,103) 10 uFCCG1192
R 718(A,122,36) RS1/16SS221J
R 719(A,121,36) RS1/16SS104J
R 752(A,145,135) RS1/10SR821J
C 220(A,106,98) 10 uFCCG1192
C 223(A,91,101) CKSSYB102K50
C 224(A,115,103) CKSSYB104K10
R 753(A,127,91) RS1/16SS473J
R 754(A,127,92) RS1/16SS103J
R 801(A,124,22) RS1/10SR222J
R 803(A,121,17) RS1/16SS223J
C 229(A,110,112) CKSSYB102K50
C 236(A,110,104) CKSRYB105K10
C 251(A,35,128) 4.7 uF(H)CCG1201
C 252(A,17,127) 4.7 uF(H)CCG1201
R 804(A,118,17) RS1/16SS223J
R 805(A,121,19) RS1/10SR101J
R 806(A,118,20) RS1/10SR101J
C 253(A,17,130) (H)CCSSCH101J50
C 254(A,10,130) (H)CCSSCH101J50
C 255(A,35,132) 4.7 uFCCG1201
R 807(A,119,20) RS1/10SR101J
R 808(A,124,20) RS1/10SR222J
R 809(A,115,21) RS1/10SR220J
R 810(A,114,21) RS1/10SR220J
R 813(A,107,16) RS1/10SR222J
R 814(A,101,19) RS1/10SR222J
R 815(A,100,19) RS1/16SS822J
C 256(A,30,130) 4.7 uFCCG1201
C 257(A,26,131) CCSSCH101J50
C 258(A,20,131) CCSSCH101J50
C 261(A,6,133) (A,F)CCSSCH101J50
(A,6,133) (B,C,D,E,H)CKSSYB102K50
C 301(A,69,129) CKSRYB224K16
C 303(A,80,129) CKSRYB224K16
R 816(A,96,19) RS1/10SR222J
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D
F
A
B
E
Circuit Symbol and No.Part No.
Circuit Symbol and No.Part No.
C 557(A,32,116) CKSRYB105K10
C 305(A,72,129) CKSRYB224K16
C 307(A,77,129) CKSRYB224K16
C 313(A,83,130) CKSRYB105K16
C 314(A,135,126) CKSRYB104K16
C 317(A,60,129) XCEVW100M16
C 560(A,108,21) CKSRYB105K10
C 561(A,102,23) CKSRYB105K10
C 564(A,32,114) 4.7 uFCCG1201
C 565(A,15,107) 4.7 uFCCG1222
C 601(A,104,66) CKSSYB104K10
C 322(A,104,126) CKSRYB104K16
C 327(A,87,129) CKSRYB105K16
C 402(A,155,101) CKSSYB103K16
C 602(A,109,65) CKSSYB104K10
C 603(A,111,65) CKSSYB104K10
C 604(A,112,65) CKSSYB104K10
C 403(A,152,102) CKSRYB105K10
C 405(A,162,101) CKSSYB103K16
C 605(A,116,65) CKSSYB104K10
C 606(A,122,71) CKSSYB104K10
C 406(A,160,101) CKSSYB103K16
C 408(A,161,105) CKSSYB103K16
C 409(A,156,105) CCSSCH6R0D50
C 607(A,126,73) CCSSCH120J50
C 608(A,126,78) CCSSCH120J50
C 609(A,121,73) CKSSYB104K10
C 410(A,155,107) CCSSCH330J50
C 411(A,148,99) CKSSYB103K16
C 412(A,148,101) CKSSYB104K10
C 413(A,150,101) CKSSYB104K10
C 414(A,145,100) CKSSYB103K16
C 610(A,121,75) CKSSYB104K10
C 611(A,122,77) CKSSYB104K10
C 612(A,122,82) CKSSYB104K10
C 613(A,123,82) CKSSYB104K10
C 620(A,114,88) CKSSYB104K10
C 415(A,144,101) 10 uFCCG1192
C 416(A,147,100) CKSSYB104K10
C 621(A,108,88) CKSSYB104K10
C 622(A,105,93) CCSSCH220J50
C 418(A,142,101) CKSSYB223K16
C 419(A,146,110) (F,H)CCSSCH150J50
C 420(A,150,106) (B,C,D,E,F,H) CKSSYB103K16
C 623(A,106,88) CKSSYB104K10
C 624(A,105,88) CKSSYB104K10
C 625(A,104,90) CKSSYB104K10
C 421(A,154,111) (A)CCSSCJ3R0C50
C 423(A,144,106) (F,H)CCSSCH8R0D50
C 424(A,140,101) CKSSYB103K16
C 425(A,138,99) 10 uFCCG1192
C 426(A,139,97) CKSSYB104K10
C 626(A,100,80) CKSSYB104K10
C 627(A,97,81) CCSSCH220J50
C 628(A,95,81) CCSSCH220J50
C 629(A,99,75) CKSSYB104K10
C 630(A,99,73) CKSSYB104K10
C 427(A,144,97) CKSSYB104K10
C 428(A,137,96) (A,B,C,D,E)CCSSCH101J50
(A,137,96) (F,H)CCSSCH220J50
C 631(A,96,77) CCSSCH220J50
C 672(A,132,71) CKSRYB105K10
C 681(A,121,96) CKSSYB104K10
C 429(A,136,96) CKSSYB103K16
C 430(A,139,90) 1 uF(A)DCH1246
C 683(A,120,94) CCSSCJ3R0C50
C 701(A,111,41) CKSSYB103K16
C 432(A,138,92) (A,B,C,D,E)CCSSCH820J50
C 433(A,136,91) 1 uF(A)DCH1246
(A,138,92) (F,H)CCSSCK2R0C50
C 435(A,139,86) CKSRYB474K10
C 436(A,140,84) (F,H)CKSSYB104K10
C 704(A,120,39) CCSSCH100D50
C 705(A,118,38) CCSSCH100D50
C 706(A,116,38) CCSSCH100D50
C 752(A,141,135) CKSSYB104K10
C 753(A,147,131) 10 uFCCG1192
C 439(A,145,80) (F,H)CKSRYB104K16
C 440(A,142,86) CKSSYB102K50
C 441(A,137,89) (A)CCSSCH100D50
C 442(A,146,83) CKSSYB104K10
C 801(A,124,6) CKSRYB221K50
C 806(A,125,8) CKSRYB104K16
C 807(A,122,14) CKSRYB105K10
C 808(A,108,19) CKSRYB104K16
C 444(A,152,82) 2.2 uFCCG1218
C 809(A,96,16) CCSRCH221J50
C 445(A,156,82) CKSSYB104K10
C 447(A,157,83) 2.2 uF(F,H)CCG1218
C 448(A,158,85) (A,B,C,D,E)CKSSYB104K10
C 449(A,161,85) CCSSCH9R0D50
C 450(A,161,90) CCSSCH9R0D50
C 810(A,96,13) CCSRCH221J50
C 811(A,104,20) CKSSYB104K10
C 871(A,153,62) CKSSYB104K16
C 873(A,124,24) CKSRYB104K16
C 891(A,52,138) (B,D,E,F,H)CKSRYB104K16
C 451(A,158,91) CKSSYB104K10
C 452(A,158,94) CKSRYB105K10
C 892(A,34,139) (B,D,E,F,H)CKSRYB104K16
C 901(A,133,124) 2 200 uF/16 V CCH2040
C 453(A,160,96) CKSSYB104K10
C 455(A,158,97) CKSRYB224K16
C 456(A,161,92) CKSSYB472K25
C 912(A,152,40) CKSSYB102K50
C 913(A,131,43) CKSSYB102K50
C 914(A,156,56) 1 000 uF/16 V CCH2024
C 457(A,161,93) CKSSYB472K25
C 461(A,145,104) CKSSYB104K16
C 915(A,132,42) CKSRYB104K16
C 916(A,146,43) 4.7 uFCCG1201
C 551(A,13,121) XCEVW221M16
C 552(A,13,107) CKSRYB105K16
C 553(A,15,110) CKSSYB103K16
C 555(A,25,112) CKSSYB682K25
C 917(A,145,46) CKSSYB102K50
C 919(A,151,42) 4.7 uFCCG1201
C 921(A,135,42) 4.7 uFCCG1201
C 923(A,159,41) 4.7 uFCCG1201
C 556(A,32,120) CEVQW221M6R3
C 926(A,140,44) 4.7 uFCCG1201
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1234
C
D
F
A
B
E
Circuit Symbol and No.Part No.
C 927(A,139,42) CKSSYB102K50
C 941(A,96,124) CKSRYB104K16
C 961(A,126,107) CKSSYB104K16
C 962(A,132,107) CKSSYB104K16
C 966(A,128,112) CKSSYB333K16
C 969(A,135,113) 22 uFDCH1256
Circuit Symbol and No.Part No.
(A,135,6) LED(C)SML-D12D8W(RS)
D 1980(A,145,6)
(A,145,6) LED(C)SML-D12D8W(RS)
D 1981(A,12,22)
(A,12,22) LED(C)SML-D12D8W(RS)
L 1802(B,133,7) InductorCTF1389
L 1803(B,130,8) InductorCTF1389
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
B
Unit Number : (A,F,H)
Unit Number : (B)
Unit Number : (C)
Unit Number : (D)
Unit Number : (E)
Unit Name: Keyboard Unit
MISCELLANEOUS
IC 1801(B,85,23) ICPD6583A8
IC 1941(A,157,39) Remote IC(A,F,H) GP1UXC14RK
D 1951(A,65,22) White LEDSWBA05(FI231718)
D 1952(A,18,32) LED(E)SML-D12P8W(KL)
D 1953(A,53,31) LED(E)SML-D12P8W(KL)
D 1954(A,55,20) LED(E)SML-D12P8W(KL)
D 1955(A,5,38) LED(E)SML-D12P8W(KL)
D 1956(A,68,6) LED(E)SML-D12P8W(KL)
D 1957(A,79,6) LED(E)SML-D12P8W(KL)
D 1958(A,12,21) LED(E)SML-D12P8W(KL)
D 1959(A,18,9) LED(E)SML-D12P8W(KL)
D 1960(A,54,8) LED(E)SML-D12P8W(KL)
D 1961(A,90,6) LED(E)SML-D12P8W(KL)
D 1962(A,101,6) LED(E)SML-D12P8W(KL)
D 1963(A,112,6) LED(E)SML-D12P8W(KL)
D 1964(A,123,6) LED(E)SML-D12P8W(KL)
D 1965(A,133,6) LED(E)SML-D12P8W(KL)
D 1966(A,144,6) LED(E)SML-D12P8W(KL)
D 1967(A,17,31)
(A,17,31) LED(C)SML-D12D8W(RS)
D 1968(A,54,31)
(A,54,31) LED(C)SML-D12D8W(RS)
D 1969(A,58,20)
(A,58,20) LED(C)SML-D12D8W(RS)
D 1970(A,6,36) LED(Red) (A,B,D,F,H) SML-D12V8W(PQ)
(A,6,36) LED(C)SML-D12D8W(RS)
D 1971(A,17,10)
(A,17,10) LED(C)SML-D12D8W(RS)
D 1972(A,53,8) LED(Red) (A,B,D,F,H) SML-D12V8W(PQ)
(A,53,8) LED(C)SML-D12D8W(RS)
D 1973(A,80,6) LED(Red) (A,B,D,F,H) SML-D12V8W(PQ)
(A,80,6) LED(C)SML-D12D8W(RS)
D 1974(A,69,6) LED(Red) (A,B,D,F,H) SML-D12V8W(PQ)
(A,69,6) LED(C)SML-D12D8W(RS)
D 1975(A,92,6) LED(Red) (A,B,D,F,H) SML-D12V8W(PQ)
(A,92,6) LED(C)SML-D12D8W(RS)
D 1976(A,102,6)
(A,102,6) LED(C)SML-D12D8W(RS)
D 1977(A,113,6)
(A,113,6) LED(C)SML-D12D8W(RS)
D 1978(A,124,6)
(A,124,6) LED(C)SML-D12D8W(RS)
D 1979(A,135,6)
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
LED(Red) (A,B,D,F,H)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
SML-D12V8W(PQ)
L 1804(B,139,6) InductorCTF1389
X 1801(B,70,25) Ceramic Resonator 5.00 MHz CSS1547
S 1830(A,37,20) Encoder(MULTI-CONTROL) CSD1168
CN1911(A,156,25) ConnectorCKS6443
CN1931(B,109,10) ConnectorCKS6451
JA1921(A,155,9) JackCKN1094
V 1801(A,142,32) Segment LCD(A,B,C,E,F,H) CAW2024
(A,142,32) Segment LCD(D) CAW2027
RESISTORS
R 1801(B,82,13) RS1/10SR473J
R 1802(B,73,20) RS1/10SR473J
R 1803(B,75,24) RS1/10SR222J
R 1804(B,75,22) RS1/10SR0R0J
R 1805(B,58,29) RS1/10SR473J
R 1806(B,60,30) RS1/10SR473J
R 1807(B,60,31) RS1/10SR473J
R 1808(B,58,32) RS1/10SR473J
R 1823(B,50,23) RS1/10SR273J
R 1931(B,43,11) RS1/10SR222J
R 1932(B,45,11) RS1/10SR222J
R 1941(B,128,25) (B,C,D,E)RS1/10SR473J
R 1944(B,133,27) (A,F,H)RS1/10SR101J
R 1951(B,56,16) RS1/4SA221J
R 1952(B,56,18) RS1/4SA221J
R 1953(B,17,27) (E)RS1/4SA561J
R 1954(B,12,34) (E)RS1/10SR182J
R 1956(B,19,26) (E)RS1/4SA681J
R 1958(B,24,7) (E)RS1/4SA681J
R 1960(B,20,20) (E)RS1/4SA391J
R 1962(B,11,10) (E)RS1/10SR0R0J
R 1963(B,19,18) (E)RS1/10SR182J
R 1965(B,22,16) (E)RS1/4SA681J
R 1967(B,21,12) (E)RS1/4SA681J
R 1969(B,145,19) (E)RS1/4SA681J
R 1971(B,11,32) (A,B,D,F,H)RS1/4SA681J
(B,11,32) (C)RS1/4SA821J
R 1973(B,52,16) (A,B,D,F,H)RS1/4SA102J
(B,52,16) (C)RS1/4SA222J
R 1976(B,16,13) (A,B,D,F,H)RS1/4SA681J
(B,16,13) (C)RS1/4SA821J
R 1978(B,24,10) (A,B,D,F,H)RS1/4SA821J
(B,24,10) (C)RS1/4SA182J
R 1980(B,56,13) (A,B,D,F,H)RS1/4SA102J
(B,56,13) (C)RS1/4SA182J
R 1982(B,143,19) (A,B,D,F,H)RS1/4SA102J
(B,143,19) (C)RS1/4SA222J
R 1984(B,47,10) (E)RS1/10SR0R0J
R 1989(B,54,9) (A,B,C,D,F,H)RS1/10SR0R0J
R 1990(B,19,22) (A,B,D,F,H)RS1/4SA821J
(B,19,22) (C)RS1/4SA122J
R 1993(B,14,18) (A,B,C,D,F,H)RS1/10SR0R0J
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D
F
A
B
E
Circuit Symbol and No.Part No.
Circuit Symbol and No.Part No.
CAPACITORS
R 308(A,25,11) RS1/16SS472J
C 1806(B,66,23) CKSRYB104K16
C 1807(B,71,20) CKSRYB105K10
C 1911(B,148,21) CKSRYB104K16
C 1912(B,144,23) CKSRYB104K16
C 1941(B,137,30) 10 uF(A,F,H)CCG1192
C
Unit Number: CWX4023
Unit Name: CD Core Unit (S11.6STD)
R 309(A,35,6) RS1/16SS473J
R 310(B,30,9) RS1/16SS472J
R 311(B,30,10) RS1/16SS472J
R 312(B,30,11) RS1/16SS472J
R 313(B,30,12) RS1/16SS472J
R 701(A,21,38) RS1/16SS101J
R 702(A,23,38) RS1/16SS101J
R 706(A,32,42) RS1/16SS221J
R 708(B,28,26) RS1/16SS0R0J
R 709(B,29,28) RS1/16SS0R0J
MISCELLANEOUS
IC 201(B,23,37) ICPE5791A
IC 301(A,37,11) ICBD8223EFV
Q 101(B,11,53) Transistor2SA1577
Q 102(B,15,54) TransistorLTA123JUB
X 201(B,25,49)
S 901(A,42,53) Spring Switch(HOME) CSN1080
S 903(B,21,12) Spring Switch(DSCSNS) CSN1081
CN101(A,16,58) ConnectorCKS4808
CN701(A,25,29) ConnectorCKS6146
Ceramic Resonator 16.934 MHz
CSS1603
RESISTORS
R 101(B,6,57) RS1/10SR2R4J
R 102(B,8,57) RS1/10SR2R4J
R 103(B,9,57) RS1/10SR2R7J
R 108(B,18,55) RS1/16SS105J
R 109(B,12,50) RS1/16SS222J
R 201(A,24,11) RS1/16SS0R0J
R 202(A,23,9) RS1/16SS0R0J
R 214(B,18,28) RS1/16SS103J
R 215(B,17,28) RS1/16SS393J
R 216(B,12,35) RS1/16SS122J
R 217(B,10,32) RS1/16SS562J
R 218(B,10,35) RS1/16SS472J
R 229(B,12,34) RS1/16SS471J
R 232(A,31,54) RS1/16SS0R0J
R 237(B,33,45) RS1/16SS221J
R 240(B,34,40) RS1/16SS473J
R 245(A,34,46) RS1/16SS104J
R 254(A,37,56) RS1/16SS104J
R 260(B,30,27) RS1/16SS103J
R 264(A,22,9) RS1/16SS102J
R 281(B,33,38) RS1/16SS560J
R 282(B,33,39) RS1/16SS560J
R 283(B,35,38) RS1/16SS0R0J
R 291(B,33,34) RS1/16SS560J
R 292(B,33,36) RS1/16SS0R0J
CAPACITORS
C 104(B,12,57) CKSQYB475K6R3
C 203(B,22,47) CKSSYB104K10
C 209(B,28,47) CKSRYB104K16
C 210(B,33,43) CKSSYB104K10
C 211(B,33,41) CKSSYB104K10
C 212(B,22,28) CKSSYB104K10
C 213(B,18,26) CKSSYB332K50
C 214(B,17,26) CKSSYB473K16
C 215(B,19,28) CKSSYB104K10
C 216(B,12,33) CKSSYB182K50
C 217(B,10,34) CCSSCH560J50
C 218(B,10,36) CCSSCH4R0C50
C 219(B,14,34) CKSSYB104K10
C 220(A,18,38) CKSSYB104K10
C 221(B,14,32) CKSSYB104K10
C 222(B,13,37) CKSSYB104K10
C 223(B,12,42) CCSSCH680J50
C 224(B,13,45) CCSSCH470J50
C 225(B,13,46) CKSSYB103K16
C 228(B,10,33) CCSSCH270J50
C 229(B,9,40) CKSSYB104K10
C 233(B,32,46) CKSSYB103K16
C 236(B,8,40) CKSSYB104K10
C 238(A,25,44) CKSRYB104K16
C 299(A,26,41) CKSSYB104K10
C 302(B,28,12) CKSSYB102K50
C 303(B,29,12) CKSSYB102K50
C 304(B,27,12) CKSSYB223K16
C 305(B,26,12) CKSSYB104K10
C 306(A,31,7) CKSSYB104K10
C 307(A,41,19) CKSRYB105K10
C 308(A,31,15) CKSRYB105K10
C 710(A,34,42) CKSSYB102K50
Miscellaneous Parts List
R 293(B,35,39) RS1/16SS0R0J
R 294(B,27,48) RS1/16SS471J
R 296(B,34,43) RS1/16SS0R0J
R 301(A,27,9) RS1/16SS0R0J
R 302(A,28,9) RS1/16SS0R0J
R 303(A,27,11) RS1/16SS123J
R 304(A,28,11) RS1/16SS123J
R 305(A,26,9) RS1/16SS102J
R 306(A,26,11) RS1/16SS472J
R 307(A,25,9) RS1/16SS102J
DEH-15UB/XNUC
M 1Motor Unit(SPDL)CXE2273
M 2Motor Unit(LOAD/CRG)CXC4026
Pickup Unit(P10.6)(Service) CXX3556
67
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