Może to pomoże.
COMPACT DISC RECORDER / MULTI-CD CHANGER
◊ÛB¿ˆ˘≤/
CD SELECT
OPEN/CLOSE
OPEN/CLOSE
1
1
0
2
0
3 - COMPACT DISC MULTI CHANGER
0
2
COMPACT DISC DIGITAL RECORDER
3
REC/
REC MUTE
CD=CD-R
3
0
START
REC MODE
ERASE
FINALISE
SYNCHRO
¶
MENU
DELETE
NAME
AUTO SPACE
REC THIS
3-CD CONTROL
— OFF _ ON
¡¢
41
6
¶
COPY CONTROL
PLAY MODE
POWER
INPUT
7
¡¢
41
DISPLAY
PHONE
REC VOL
DISPLAY
CHARACTER
KEYBOARD
INPUT
6
ORDER NO.
7
PUSH ENTER
CD TEXT
Legato Link Conversion
RRV2352
COMPACT DISC RECORDER / MULTI-CD CHANGER
PDR-W839
THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).
Type
Model
PDR-W839
Power Requirement
KUXJ/CA
AC120V
WYXJ
AC220-240V
WVXJ
Remarks
AC220-240V
[ EXPLANATORY NOTE ]
• After reparing the unit, make sure to return the operation condition to the shipping position. (for protection
during packing)
Refer to P.81 “Setting the initial condition for shippping”.
FOR U.S. MODELS
NECESSARY INFORMATION FOR DHHS
RULES MARKED ON THE REAR BASE AND ON
THE TOP OF CD MECHANISM AS BELOW.
DANGER – LASER RADIATION WHEN OPEN.
AVOID DIRECT EXPOSURE TO BEAM.
CONTENTS
1. SAFETY INFORMATION .......................................... 2
2. EXPLODED VIEWS AND PARTS LIST .................... 4
3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM ..... 12
4. PCB CONNECTION DIAGRAM .............................. 44
5. PCB PARTS LIST ................................................... 58
6. ADJUSTMENT ........................................................ 63
7. GENERAL INFORMATION ..................................... 77
7.1 DIAGNOSIS ...................................................... 77
7.1.1 ERROR CODE ............................................ 77
7.1.2 SOLUTION OF 3CD TRAY MISMATCHING ...... 78
7.1.3 POWER ON SEQUENCE ......................... 79
7.1.4 ERROR MESSAGE “CHECK TEMP” ....... 82
7.1.5 CD-R DISC MANUFACTURER CODE ........ 82
7.1.6 DISASSEMBLY ........................................ 83
7.1.7 DIAGNOSIS OF MAIN ASSY ................... 87
7.1.8 DIAGNOSIS OF CD-R CORE ASSY ........ 87
7.2 PARTS ........................................................... 88
7.2.1 IC ............................................................. 88
7.2.2 DISPLAY ................................................ 102
8. PANEL FACILITIES AND SPECIFICATIONS ..... 104
PIONEER CORPORATION
4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan
PIONEER ELECTRONICS SERVICE, INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.
PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium
PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936
c PIONEER CORPORATION 2000
T – ZZV AUG. 2000 Printed in Japan
PDR-W839
1. SAFETY INFORMATION
This service manual is intended for qualified service technicians ; it is not meant for the casual do-ityourselfer. 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.
WARNING
This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause
cancer, birth defects or other reproductive harm.
Health & Safety Code Section 25249.6 – Proposition 65
NOTICE
(FOR CANADIAN MODEL ONLY)
Fuse symbols
(fast operating fuse) and/or
be of identical designation.
(slow operating fuse) on PCB indicate that replacement parts must
REMARQUE
(POUR MODÈLE CANADIEN SEULEMENT)
Les symboles de fusible
(fusible de type rapide) et/ou
de remplacement doivent avoir la même désignation.
(fusible de type lent) sur CCI indiquent que les pièces
(FOR USA MODEL ONLY)
1. SAFETY PRECAUTIONS
The following check should be performed for the
continued protection of the customer and service
technician.
ANY MEASUREMENTS NOT WITHIN THE LIMITS
OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL
SHOCK HAZARD AND MUST BE CORRECTED BEFORE
RETURNING THE APPLIANCE TO THE CUSTOMER.
LEAKAGE CURRENT CHECK
Measure leakage current to a known earth ground (water
pipe, conduit, etc.) by connecting a leakage current tester
such as Simpson Model 229-2 or equivalent between the
earth ground and all exposed metal parts of the appliance
(input/output terminals, screwheads, metal overlays, control
shaft, etc.). Plug the AC line cord of the appliance directly
into a 120V AC 60Hz outlet and turn the AC power switch
on. Any current measured must not exceed 0.5mA.
Reading should
Leakage not be above
current 0.5mA
tester
Device
under
test
Test all
exposed metal
surfaces
Also test with
plug reversed
(Using AC adapter
plug as required)
AC Leakage Test
2
Earth
ground
2. PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in the appliance
have special safety related characteristics. These are
often not evident from visual inspection nor the protection
afforded by them necessarily can be obtained by using
replacement components rated for voltage, wattage, etc.
Replacement parts which have these special safety
characteristics are identified in this Service Manual.
Electrical components having such features are identified
by marking with a on the schematics and on the parts list
in this Service Manual.
The use of a substitute replacement component which does
not have the same safety characteristics as the PIONEER
recommended replacement one, shown in the parts list in
this Service Manual, may create shock, fire, or other hazards.
Product Safety is continuously under review and new
instructions are issued from time to time. For the latest
information, always consult the current PIONEER Service
Manual. A subscription to, or additional copies of, PIONEER
Service Manual may be obtained at a nominal charge from
PIONEER.
PDR-W839
CD RECORDER
CD PLAYER
IMPORTANT
THIS PIONEER APPARATUS CONTAINS
LASER OF CLASS ΙΙΙ b.
SERVICING OPERATION OF THE APPARATUS
SHOULD BE DONE BY A SPECIALLY
INSTRUTED PERSON.
IMPORTANT
THIS PIONEER APPARATUS CONTAINS
LASER OF CLASS 1.
SERVICING OPERATION OF THE APPARATUS
SHOULD BE DONE BY A SPECIALLY
INSTRUCTED PERSON.
LASER DIODE CHARACTERISTICS
MAXIMUM OUTPUT POWER: 23 mW
WAVELENGTH: 778 – 787 nm
LASER DIODE CHARACTERISTICS
MAXIMUM OUTPUT POWER: 5 mW
WAVELENGTH: 760 - 800 nm
LABEL CHECK
WVXJ Type
WYXJ Type
WYXJ Type
ADVARSEL
USYNLIG LASERSTRÅLING VED ÅBNING NÅR SIKKERHED SAFBRYDERE ER UDE AF FUNKTION.
UNDGÅ UDSÆTTELSE FOR STRÅLING
VORSICHT!
UNSICHTBARE LASER-STRAHLUNG TRITT AUS, WENN DECKEL
(ODER KLAPPE) GEÖFFNET IST! NICHT DEM STRAHL AUSSETZEN!
VRW1094
WYXJ and WVXJ Types
KUXJ/CA Type
Printed on Rear Panel
Printed on Rear Panel
CD RECORDER
Additional Laser Caution
1. Laser Interlock Mechanism
The position of the switch (S101) on the LOAB Assy for
detecting loading state is detected by the system
microprocessor, and the design prevents laser diode
oscillation when the switch (S101) is not on TRAY terminal
side (TRAY signal is OFF or high level.). Thus, the
interlock will no longer function if the switch (S101) is
deliberately set to TRAY terminal side (low level).
The interlock also does not function in the test mode ∗.
Laser diode oscillation will continue, if pin 1 of CN101 on
the CD-R CORE ASSY is connected to low level.
2. When the cover is opened with the servo mechanism
block removed and turned over, close viewing of the
objective lens with the naked eye will cause exposure to a
Class 3 laser beam.
∗ Refer to page 64.
CD PLAYER
Additional Laser Caution
1. Laser Interlock Mechanism
The position of the switch (S101) on the SELECT UNIT for
detecting clamping state is detected by the system
microprocessor, and the design prevents laser diode
oscillation when the switch (S101) is not on CLMP
terminal side (CLMP signal is OFF or high level.). Thus,
the interlock will no longer function if the switch (S101) is
deliberately set to CLMP terminal side (low level).
The interlock also does not function in the test mode ∗.
Laser diode oscillation will continue, if pin 9 of TA2150FN
(IC1101) on the 3CD ASSY is connected to GND, or pin 26
is connected to low level (ON), or else the terminals of
Q1101 are shorted to each other (fault condition).
2. When the cover is opened with the servo mechanism
block removed and turned over, close viewing of the
objective lens with the naked eye will cause exposure to a
Class 1 laser beam.
∗ Refer to page 63.
3
PDR-W839
2. EXPLODED VIEWS AND PARTS LIST
NOTES:
• Parts marked by " NSP " 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.
• Screws adjacent to mark on the product are used for disassembly.
2.1 PACKING
6
3
12
(1) PACKING PARTS LIST
13
Mark No.
7
1
21
WYXJ Type Only
NSP
20
NSP
18
See Contrast table (2)
See Contrast table (2)
RDE1036
See Contrast table (2)
Sub Manual (English)
Remote Control Unit
Battery Cover
Operating Instructions
(German/Italian)
See Contrast table (2)
PWW1171
RZN1156
See Contrast table (2)
9
10
AC Power Cord
Fuse (T5A)
Stereo Audio Cord (1m)
Operating Instructions
(English)
5
6
7
8
5 KUXJ/CA Type
Only
8
Operating Instructions
(Dutch/Swedish)
Warranty Card
V Spacer
Dry Cell Battery (R6P, AA)
See Contrast table (2)
Polyethylene Bag
(230 × 340 × 0.03)
Protector F
Protector R
Packing Case
Z21-038
10
11
12
13
19
9
14
15
16
14 (2/2)
14 (1/2)
15 (2/2)
17
18
19
15 (1/2)
WVXJ Type Only
17
Part No.
1
2
3
4
KUXJ/CA and
WYXJ Types
Only
4 KUXJ/CA and
WVXJ Types
Only
13
Description
20
21
11
See Contrast table (2)
See Contrast table (2)
VEM-013
PHA1347
PHA1348
See Contrast table (2)
Mirror Mat Sheet
(750 × 600 × 0.5)
Operating Instructions
(Spanish/Danish)
Operating Instructions
(English/French)
Keypad Stickers
Caution
Z23-007
See Contrast table (2)
See Contrast table (2)
See Contrast table (2)
See Contrast table (2)
1
2
16
(2) CONTRAST TABLE
PDR-W839/KUXJ/CA, WYXJ and WVXJ Types are constructed the same except for the following :
Mark No.
Symbol and Description
1
2
4
5
8
NSP
9
10
11
16
18
KUXJ/CA Type
WYXJ Type
WVXJ Type
AC Power Cord
Fuse (T5A)
Operating Instructions (English)
Sub Manual (English)
Operating Instructions (German/Italian)
ADG7022
Not used
PRB1307
PRB1308
Not used
ADG1154
Not used
Not used
Not used
PRD1061
ADG1156
AEK1046
PRB1307
Not used
Not used
Operating Instructions (Dutch/Swedish)
Warranty Card
V Spacer
Packing Case
Operating Instructions (Spanish/Portuguese)
Not used
ARY7045
Not used
PHG2422
Not used
PRD1062
ARY7022
Not used
PHG2423
PRD1063
Not used
ARY7022
PHC1094
PHG2424
Not used
Not used
Not used
PRM1077
PRE1293
PRW1581
PRM1075
Not used
Not used
PRM1077
19 Operating Instructions (English/French)
20 Keypad Stickers
21 Caution
4
Part No.
Remarks
PDR-W839
2.2 EXTERIOR SECTION
32 KUXJ/CA
Type Only
17
39
KUXJ/CA
Type Only
39
25
18
35
39
44
Refer to
" 2.4 CD-R CORE
(Mechanism)
ASSY (1/2) " .
4
39
39
M
39
K
I
F
M
J
6
Refer to
" 2.6 3CD MICROCHANGER MECHANISM " .
5
K
A
H
44
26
KUXJ/CA
Type Only
39
I
J
L
40
38
D
10
38
C
22
38
38
E
WYXJ and
WVXJ Types Only
13
F
B
12
O
39
11
2
8
D
21
36 or 37
39
23
24
39
(WYXJ Type Only)
41
G
39 42
M
39
E
C
28
B
39
39
39
3
14
D
H
A
9
39
43
39
16
H
28
L
7
15
Refer to
" 2.3 FRONT PANEL SECTION " .
19
1
15
39
27
38
17
G
20
O
A
29
30
39
27
34
29
31
33
39
39
5
PDR-W839
(1) EXTERIOR SECTION PARTS LIST
Mark No.
Description
Part No.
Mark No.
MAIN Assy
3CD CORE Assy
POWER SUPPLY UNIT
CD-R CORE (Mechanism) Assy
3CD Microchanger Mechanism
See Contrast table (2)
PWM2334
PWR1029
PXA1631
AXA7096
NSP
NSP
NSP
NSP
6
7
8
9
10
CD-R CORE (PCB) Assy
9P Flat Flexible Cable/30V
16P Flat Flexible Cable/30V
Connector Assy (7P)
Connector Assy (6P)
PYY1286
PDD1218
PDD1223
PDE1309
PDE1310
11
12
13
14
15
Connector Assy
Connector Assy
Power Socket
33P Flat Flexible Cable/30V
PCB Mold
PG06KK-F20
PG11KK-E07
See Contrast table (2)
PDD1215
AMR2533
16
17
18
19
20
25P Flat Flexible Cable/30V
Cord Stopper
Bonnet Case BR
Rear Base
Under Base
PDD1217
DNF1128
PYY1283
See Contrast table (2)
PNA2561
Description
Part No.
NSP
NSP
NSP
NSP
21
22
23
24
25
Mechanism Base 839RR
Mechanism Base 839RL
3CD Mechanism Base R
3CD Mechanism Base F
Shield Case
PNB1625
PNB1626
PNB1627
PNB1628
PNB1630
26
27
28
29
30
Shield Plate
Disc Guard
PCB Holder
Insulator
Tray Panel C
See Contrast table (2)
PNM1245
PNW2029
PNW2766
PNW2936
31
32
33
34
35
Tray Panel B R
Laser Caution Label
Getter W739 KU
CDR Getter
Disc Caution Label
PNW2981
See Contrast table (2)
PRW1542
AAX7837
See Contrast table (2)
36
37
38
39
40
Caution Label
Caution Label HE
Screw
Screw
Screw
See Contrast table (2)
See Contrast table (2)
ABA1207
BBZ30P080FCC
PPZ30P080FMC
41
42
43
44
NSP
NSP
1
2
3
4
5
Caution Label
Screw
Power Button B
Screw
See Contrast table (2)
IBZ30P180FMC
PAC2009
FBT40P080FZK
(2) CONTRAST TABLE
PDR-W839/KUXJ/CA, WYXJ and WVXJ Types are constructed the same except for the following :
Mark No.
Symbol and Description
Part No.
KUXJ/CA Type
WYXJ Type
WVXJ Type
1
13
13
19
19
NSP
MAIN Assy
Power Socket
1P AC Inlet
Rear Base 839KU
Rear Base 839WY
PWM2325
AKP7032
Not used
PNA2554
Not used
PWM2326
Not used
BKP1046
Not used
PNA2553
PWM2326
Not used
BKP1046
Not used
PNA2553
26
32
35
36
37
Shield Plate
Laser Caution Label
Disc Caution Label
Caution Label
Caution Label HE
PNB1631
PRW1516
PRW1551
Not used
Not used
Not used
Not used
Not used
Not used
PRW1233
Not used
Not used
Not used
PRW1018
Not used
Not used
VRW1094
Not used
41 Caution Label
6
Remarks
PDR-W839
2.3 FRONT PANEL SECTION
K
18
18
2
J
3
18
18
9
18
7
I
19
10
1
L
18
4
14
12
13
5
11
7
8
16
17
15
CUT
6
(1) FRONT PANEL SECTION PARTS LIST
Mark No.
1
2
3
4
5
6
7
8
9
10
Description
Part No.
Mark No.
Description
Part No.
OPERATING 1 Assy
OPERATING 2 Assy
OPERATING 3 Assy
HEADPHONE Assy
22P Flat Flexible Cable/60V
See Contrast table (2)
See Contrast table (2)
See Contrast table (2)
See Contrast table (2)
PDD1214
11
12
13
14
15
Front Panel
Mode Button B
Self-Lighted Button
Pioneer Badge
Display Panel
See Contrast table (2)
PAC2011
PAC2023
PAM1776
See Contrast table (2)
JOG Knob D508
Play Button
Operation Button
O/C Button
Random Button
PAC1939
PAC1979
PAC1980
PAC1982
PAC1996
16
17
18
19
LED Lens
REC Ring
Screw
Screw
PNW2745
PNW2795
PPZ30P080FZK
ABA7009
(2) CONTRAST TABLE
PDR-W839/KUXJ/CA, WYXJ and WVXJ Types are constructed the same except for the following :
Mark No.
1
2
3
4
11
Symbol and Description
OPERATING 1 Assy
OPERATING 2 Assy
OPERATING 3 Assy
HEADPHONE Assy
Front Panel 839KU
11 Front Panel 839WY
15 Display Panel OR
15 Display Panel BL EUR
Part No.
KUXJ/CA Type
WYXJ Type
WVXJ Type
PWZ4133
PWZ4141
PWZ4149
PWZ4157
PNW2983
PWZ4134
PWZ4142
PWZ4150
PWZ4158
Not used
PWZ4134
PWZ4142
PWZ4150
PWZ4158
Not used
Not used
PAM1828
Not used
PNW2979
Not used
PAM1832
Remarks
PNW2979
Not used
PAM1832
7
PDR-W839
2.4 CD-R CORE (Mechanism) ASSY (1/2)
• Bottom View
9
8
1
12
C
17
3
Refer to
" 2.5 CD-R CORE ASSY (2/2) " .
13
18
6
7
5
4
15
2
To
CD-R CORE
CN101
14
11
16
10
• CD-R CORE (Mechanism) ASSY(1/2) PARTS LIST
Mark No.
NSP
1
2
3
4
5
6
7
8
9
10
8
Description
Part No.
LOAB Assy
32P Flexible Cable / 30V
Connector Assy
DC Motor (LOADING)
VWG2171
PDD1222
PG03KK-E07
PXM1027
Connector Assy 2P
Motor Pulley
Loading Motor Assy
Clamper Plate
Rubber Belt
Loading Base S
VKP2253
PNW1634
VXX2505
VNE2162
VEB1315
PNW2968
Mark No.
Description
Part No.
11
12
13
14
15
Tray
Gear Pulley
Loading Gear
Drive Gear
Drive Cam
VNL1858
VNL1866
VNL1860
VNL1861
VNL1862
16
17
18
Lock Plate
Bridge
Clamper
VNL1820
VNL1859
VNL1738
PDR-W839
2.5 CD-R CORE (Mechanism) ASSY (2/2)
• CD-R CORE (Mechanism) ASSY(2/2)
19
PARTS LIST
20
25
Mark No.
15
10
NSP
Part No.
PWX1625
PXM1044
PXM1045
PEB1308
PEA1353
6
7
8
9
10
Rack Spring
Reflection Sheet
Float Base
Pinion Gear
Gear A
DBH1285
PNM1325
PNW2964
PNW2994
PNW2855
11
12
13
14
15
Gear B
Gear C
Rack
Rack Stopper
Disc Table
PNW2856
PNW2969
PNW2965
PNW2966
PNW2860
NSP
16
17
18
19
20
Carriage Base
Flexible Cable (08P)
Guide Bar
Sub Guide Bar
Magnet
PNW2967
VDA1822
VLL1504
VLL1505
VYM1024
21
22
23
24
25
CD-R Pickup
Screw
Screw
Screw
Disc Table Assy
PEA1355
Z39-018
PMZ20P030FMC
JGZ17P030FMC
PEA1349
26
27
11
MECHA PCB Assy
DC Motor (SPINDLE)
DC Motor (CARRIAGE)
Float Rubber
Carriage Motor Assy
NSP
9
7
1
2
3
4
5
Description
Floating Spring (Gray)
Floating Sprin B (Black)
PBH1232
PBH1234
NSP
18
23
23
NSP
NSP
22
16
To
CD-CORE
CN452
17
2
3
5
1
B
4
21
4
27
(Black)
26
(Gray)
8
• Bottom View
1
How to Install the Disc Table
1 Use nippers or other tool to cut the two sections marked A in figure 1 .
2 While supporting the spindle motor shaft with the stopper, put spacer on
24
top of the carriage base, and stick the disc table on top (takes about 9kg
pressure). Take off the spacer.
22
14
12
6
A
1
A
Spacer
13
2
(Pressure of about 9kg)
Disc table Assy
Spacer setting
Position
Spacer
11mm
2.8mm
Carriage
Base
Spindle
motor
Spacer
PCB
OK
16
NG
Stopper
Servo Base
9
PDR-W839
2.6 3CD MICROCHANGER MECHANISM
*1 : Floil (GYA1001)
*2 : Dyefree (GEM1003)
36
37
36
29
36
*2
(Gutter)
28
30
*2
(No.36 Sub Tray Part)
*2
(Bottom Gutter)
*2
(Inside Gutter)
38
31
*2
(Gutter)
*2
(Left Front
Under Gutter)
35
*2
(Whole)
34
*2
(Bottom Gutter)
*1 *1
(Boss) (Gutter)
32
33
*1
(Gutter)
27
26
(Black)
40
41
*1
(Gutter)
45
19
42
25
(Blue)
22
39
11
12
*1
(Shaft)
14
13
43
17
43
4
21
44
23
*1
(Rail)
18
*1
(Gutter)
16
20
24
*1
(Column)
15
*1
(Inside Rail)
8
9
*1
(Inside Rail)
6
2
F
7
7
3
G
5
5
E
1
10
46
10
PDR-W839
• 3CD MICROCHANGER MECHANISM
Mark No.
1
2
3
4
5
Description
Part No.
MOTOR Unit
LOADING Unit
SELECT Unit
PICKUP Unit
Carriage Motor
AWU7431
AWU7432
AWU7433
KSM213CCM
VXM1033
6
7
8
9
10
Mechanism Base
Motor Pulley
Lift Spring
Home Lever
HL Spring 2
ANW7129
PNW1634
ABH7173
ANW7153
ABH7182
11
12
13
14
15
Extended Gear A
Gear A
Extended Gear B
Gear B
Gear Pully
ANW7138
ANW7136
ANW7139
ANW7137
ANW7135
16
17
18
19
20
Select Lever
EV Cam gear
Belt
Elevator Base
Tray Guide
ANW7143
ANW7140
AEB7159
ANW7132
ANW7150
21
22
23
24
25
TG Stopper
TG Spring
Cam Plate
Lock Lever
Float Rubber A (Blue)
ANW7151
ABH7175
ANW7147
ANW7148
AEB7063
26
27
28
29
30
Float Rubber B (Black)
Float Base
Clamper Holder
Yoke
Clamper Magnet
AEB7066
ANW7130
ANW7152
ANG7257
AMF7001
31
32
33
34
35
Clamper SO
Swing Base
Main Tray
Lock Plate
Lock Plate Spring
XNW3007
ANW7131
ANW7133
ANW7144
ABH7174
36
37
38
39
40
NSP
NSP
PARTS LIST
SUB Tray
Tray Label
Stopper Arm
Gear Shaft
Loading Gear
ANW7134
ARW7070
ANW7145
ANW7142
ANW7141
41
42
43
44
45
Elevator
Elevator Cover
MB Spacer
MB3 Spacer
Loading Gear 2
ANW7207
ANW7206
AEC7259
AEC7263
ANW7195
46
Spring Support
ANG7342
11
PDR-W839
3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM
3.1 BLOCK DIAGRAM
AWU7431
AWU7432
AWU7433
E F G
3CD MECHA. Ass’y
CD PICKUP unit
KSM213CCM
CN1101
LD
1
10
3
6
–
–
A –F
8
CD
PickUp
11
IC1101
RFGO
25
TEO
CN902
CN1201
TA2150FN 14 FEO
RF AMP 16
38
46
43
13
14
15
16
F+/- 34
35
T+/-
SPINDLE MOTOR
31
CN1301
32
SP+/-
M
FOO
TRO 48
FMO 49
53
M56788FP
DRIVER
S LED MOTOR
13
LO+/- 14
15
INSIDE SW
FCS
TRK
SPDL
S LED
LOADING
DOUT
9
X1201
16.93MHz
MAIN ASS’Y
(KUXJ/CA
: PWM2325)
(WYXJ,WVXJ : PWM2326)
3CD CORE ASSY
PWM2334
LOADING/SELECT
UUNIT
CN1302
LOADING MOTOR
IC1201
TC9495F
CD DECORDER
9
10
SL+/- 12
M
IC1301
D
M
SELECT MOTOR
IC1302
H
1
B A6417F
MOTOR DRIVER
M
7
IC504
CD-R CORE MECHA.
PCX1027
VCO
CN101
17
–
20
20
23
WRF
89
91 - 98
IC101
88
–
23
17.2872MHz
48
A-H
–
CD-R
PickUp
PEA1356
17
–
CN1
26
26
32
32
29
29
A K8567
9
RF PROCESSOR80
31
31
39
30
LD CONTROL
CIRCUIT
CN601
PC651
1
N JL5809K-F1
FG Generat or
SPINDLE MOTOR
PXM1044
M
B
CN452
1
FG
FE
41
RF AC
50
RFWBL
7
8
TRK+/– 17
18
7
8
4
6
6
SL+/–
12
PWX1625
L+/–
IC401
VWG2171
9
10
CN453
1
2
66
64
CDTX
CDTX
137
131
TE
RFDC
52
FG
19
31
IC201
PA9007A
SERVO AMP IC
X501
CD-R CORE ASS’Y
PYY1286
IC451
BA5810FP
DRIVER IC
A
TRK
FCS
SPDL
SL D
LOADING
IC303
AOUT
57
BOUT
58
IC301
IC302
MM1522XU 4
TEMPERATURE
SENSOR IC
LOAB ASSY
LOADING MOTOR
ASSY
M
VXX2505
11
65
67
CXD 2585Q
CD DECODER
13
14
4
58
CDLRCK
CDBCK
CDDAT A
136
134
135
CDLRCK
CDBCK
CDDAT A
39
TE
FCS+/– 15
16
SP+/–
CARRIAGE MOTOR
ASSY
M
PEA1353
12
43
30
10
MECHA PCB ASSY
C
RFDC
IC251-IC254
RUNNING OPC
CIRCUIT BLOCK
59
PE5190A
MECHA. CONTROL
µ COM
PYY1287
(BR93LC66 F )
EEPROM
33.8688MHz
PDR-W839
CDR CORE ASSY
CN901
: 3CD PLAY
: CD-R PLAY
V+6P
CN201
V+5D
CN1101
V+5A
CN202
POWER SUPPLY UNIT
V+8A
V+16A
PWR1029
V–16A
AC IN
V+5K
M
V+6M
V+5D
VF–24
IC801
AOUTL
+/–
25 26
2
3
5
L
7
IC803
NJM2121M
13
A K4524VF
CODEC
11
12
9
R
7
2
5
14
XTI
LINE IN
IC802
2
27 28
AOUTR
+/–
KU type ONLY
NJM2121M
SR IN
EXCEPT KU type
L
IC402
DALRCK
DABCK
DADAT A
PE8001A
1
3
2
IC809
5
16
D/A
f or outpu t
13
LINE OUT
R
XT I
DACMCK
IC811
BA4560F
IC503
LC324265AT-25
D-RAM
Address
IC810
NJM4558MD
Data
JA602
OPTICAL
CN502
85
IC501
PDC069A
EFM
ENCODER
79
77
78
160
158
117
AUX TX
91
COAXIAL
ADDAT A
DALRCK
DABCK
DADAT A
DIGITAL IN
CN601
CD-R PLAY 3CD PLAY
DIGITAL OUT
DIN3
JA604
DIN1
DITOUT
DAC CKOUT
CN302
OPTICAL
IC901
62
3CD PLAY
COAXIAL
L611
CN904
PD5603A
SYSTEM CONTROL
µ-COM
1 2 67
L
Headphone
18
25
KEY CLK
KEY DATA
CN1301
CN801
HEADPHPONE
ASSY
CN901
Keyboard IN
FLD!
FLCL
FLCE
CN701
64 63 62
IC701
LC75710NE
FL DRIVER
I J
K
OPERATIG 1– 3
ASS’Y
V701
FL DISPLAY
Key Input
REC VOL.
(JOG
w it h Pus h Bu tt on)
HEADPHONE ASSY
OPERATING 1 ASSY
OPERATING 2 ASSY
OPERATING 3 ASSY
: PWZ4157)
(KUXJ/CA
: PWZ4133) (KUXJ/CA
: PWZ4141) (KUXJ/CA
: PWZ4149) (KUXJ/CA
(WYXJ,WVXJ : PWZ4134) (WYXJ,WVXJ : PWZ4142) (WYXJ,WVXJ : PWZ4150) (WYXJ,WVXJ : PWZ4158)
13
1
2
3
4
PDR-W839
3.2 OVERALL WIRING DIAGRAM
A
M
POWER SUPPLY
UNIT (PWR1029)
PDD1222
B
T+
F+
PDD1218
CN101
FT-
PG06KK-F20
GNDS
GNDA
F
B
A
CD-R PICKUP (PEA1352)
H
VCC
VC
G
D
C
E
GNDA
VC
FPDO
V+5A
V+5A
A
CFREQ
CMOD
PGND
CDR CORE ASSY
(PYY1286)
VRDC
VWDC2
VWDC1
C
GNDD
OSCEN
ODON
W/XR
CN452
CN451
CN101
CN601
PDD1217
LOAB
ASSY
(VWG2171)
B
C
MECHA PCB
ASSY
(PWX1625)
LDON
D
14
1
2
3
4
5
6
7
8
PDR-W839
Note : When ordering service parts, be sure to refer to " EXPLODED VIEWS and
PARTS LIST " or " PCB PARTS LIST " .
3CD MICRO CHANGER
MECHANISM ASSY
(AXA7096)
A
PDD1215
PICKUP UNIT
(KSM213CCM)
H H 1/3- H 3/3
B
MAIN ASSY
(KUXJ/CA
: PWM2325)
(WYXJ,WVXJ : PWM2326)
CN101
E
MOTOR UNIT
(AWU7431)
CN1302
J102
F
LOADING
UNIT
(AWU7432)
J102
J101
3CD CORE
D ASSY
(PWM2334)
J101
G
PDE1309
L
HEADPHONE ASSY
(KUXJ/CA
: PWZ4157)
(WYXJ,WVXJ : PWZ4158)
SELECT
UNIT
(AWU7433)
C
PDD1214
KEY BOARD JACK
I
OPERATING 1 ASSY
(KUXJ/CA
: PWZ4133)
(WYXJ,WVXJ : PWZ4134)
D
J
OPERATING 2 ASSY
(KUXJ/CA
: PWZ4141)
(WYXJ,WVXJ : PWZ4142)
K
OPERATING 3 ASSY
(KUXJ/CA
: PWZ4149)
(WYXJ,WVXJ : PWZ4150)
15
5
6
7
8
1
2
3
4
3
4
PDR-W839
3.3 CD-R CORE ASSY(1/5)
A 1/5
A
CD-R CORE ASSY
(PYY1286)
Regulator
A 3/5
A 4/5
B
C
D
16
A 1/5
1
2
5
6
7
8
PDR-W839
A 2/5
A 3/5
A
A 5/5
Mecha. Control 10
U-com
9
8
B
7
6
C
2
1
D
: The power supply is shown with the marked box.
CN302
H 3/3 CN904
5
3
4
5
6
7
A 1/5
8
17
1
2
3
4
PDR-W839
A 1/5
3.4 CD-R CORE ASSY(2/5)
A 2 /5
A
CD-R CORE ASSY
(PYY1286)
11
12
B
C
(R)
(R)
CN1 CN101
A 1/5
18
A 2/5
1
2
(R)
(R)
D
A 4/5
3
4
5
6
7
8
PDR-W839
A 1/5
A 4/5
B
A 1/5
A 4/5
A 5/5
A
A 3/5
RF PROCESSOR
C
F Rank : 1%
F Rank : 1%
15
17
SIGNAL ROUTE
14 13
16
CN102
: RF SIGNAL
(OP)
TP_POINT
(CO)
(D)
: OPTICAL SIGNAL
: COAXI AL SIGNAL
: AUDIO SIGNAL (DIGITAL)
(R)
D
: AUDIO SIGNAL (REC)
A 3/5
5
6
7
A 2/5
8
19
1
2
3
4
PDR-W839
3.5 CD-R CORE ASSY(3/5)
A 3/5
A
A 2/5
CD-R CORE ASSY
(PYY1286)
A 5/5
B
C
A 2/5
18
D
20
A 3/5
1
2
3
4
5
6
7
8
PDR-W839
A 2/5
A 4/5
A 1/5
A
Multiplexer
A 1/5
B
C
Servo Amp IC
D
5
6
7
A 3/5
8
21
1
2
3
4
PDR-W839
A 5/5
3.6 CD-R CORE ASSY(4/5)
A 1/5
A
24
(CO)
(OP)
23
A 1/5
B
EFM ENCODER
C
D
22
A 4/5
1
2
3
4
5
6
7
8
PDR-W839
A 4/5
CD-R CORE ASSY
(PYY1286)
A 3/5
(D)
A 5/5
(D)
A
CN502
(D)
(CO)
(OP)
(R)
(R)
(D)
(D)
H 2/3 CN601
B
(D)
(R)
C
20
19
21
A 5/5
A 2/5
22
D
A
2/5
SIGNAL ROUTE
(R)
(D)
5
: AUDIO SIGNAL (REC)
: AUDIO SIGNAL (DIGITAL)
6
7
A 4/5
8
23
1
2
3
4
PDR-W839
3.7 CD-R CORE ASSY(5/5),MECHA PCB ASSY and LOAB ASSY
A 4/5
A 5/5
A
CD-R CORE ASSY
(PYY1286)
A 3/5
5CH BTL Driver
LOADING MOTOR
PXM1017
CN453
VKP2253
B
CN451
27 CN452
25
26
F Rank (1%)
C
CN101
S101
B
LOAB ASSY
(VWG2171)
C
D
(PWX1625)
S601
PC651
NJL5803K-F1
R602
CARRIAGE MOTOR
ASSY (SLIDER)
PEA1359
MECHA PCB ASSY
J601
240
08FM-1.0ST
DC MOTOR ASSY
(SPINDLE)
PXM1044
R651
CN601
A 2/5
24
A 5/5 B C
1
2
3
4
5
6
7
8
PDR-W839
A
F rank (1%)
A 1/5
A 1/5
A 2/5
B
A 4/5
28
(D)
(D)
C
CN901
(GND reinforcement for radiation measures)
M
CN202
SIGNAL ROUTE
: RF SIGNAL
(D)
: AUDIO SIGNAL (DIGITAL)
D
: The power supply is shown with the marked box.
5
6
7
A 5/5
8
25
PDR-W839
VOLTAGES and WAVEFORMS
Signal Logic
• Spindle System
Note :
The encircled numbers denote measuring point in the schematic
diagram.
A 4/5 CD-R CORE ASSY
A 1/5 CD-R CORE ASSY
SPLG1
(IC501-pin97)
SPLG3
(IC501-pin99)
Inner
5V
0V
Outer
0V
5V
12cm Inner
5V
0V
Media
CD
CD-R
CD-RW
Pickup Position
0V
0V
5V
IC301 - pin 21 (CLOCKDEC)
V: 200mV/div. , H: 5msec/div.
2
CN302 - pin 2 (MSO)
V: 200mV/div. , H: 5msec/div.
7
IC301 - pin 24 (XLATDEC)
V: 200mV/div. , H: 5msec/div.
3
CN302 - pin 5 (MSCK)
V: 200mV/div. , H: 500nsec/div.
(PLAY)
8
IC301 - pin 25 (CLOCKRF)
V: 200mV/div. H: 5msec/div.
4
CN302 - pin 7 (SYSREQ)
V: 200mV/div. , H: 5msec/div.
9
IC301 - pin 26 (DATA)
V: 200mV/div. , H: 5msec/div.
CN302 - pin 8 (MACK)
V: 200mV/div. , H: 5msec/div.
10
IC301 - pin 27 (XLATRF)
V: 200mV/div. , H: 5msec/div.
5V
STOP
6
5V
8cm CD-R
CN302 - pin 1 (MSI)
V: 200mV/div. , H: 5msec/div.
5
12cm Outer
1
5V
* Inner: Absolute time is less than 23 minutes.
Outer: Absolute time is more than 23 minutes.
A 1/5 CD-R CORE ASSY
CLV
(IC301-pin 30)
ECLV
(IC301-pin 29)
STOP
0V
0V
CAV, W-CLV
5V
0V
E-CLV
5V
5V
Operating
Mode
* W-CLV: WOBBLECLV , E-CLV: EFMCLV
• Digital Input System
A 4/5 CD-R CORE ASSY
at FS = 44.1 kHz
Others
0V
5V
at DIGITAL LOCK
at DIGITAL UNLOCK
0V
5V
XVCO
(IC501-pin 101)
DIRERR
(IC501-pin 142)
• Audio System
A 4/5 CD-R CORE ASSY
A/D Converter used
at Analog REC Pause,
REC, Monitor
ADCSTBY
(CN502-pin 4)
Others
5V
0V
at MUTE ON
at MUTE OFF
(Audio Signal Not Output) (Audio Signal Output)
AMUTE
(CN502-pin 9)
5V
• Others
A 1/5 CD-R CORE ASSY
XPFAIL
(CN302-pin 9)
26
5V
0V
PDR-W839
A 2/5 CD-R CORE ASSY
11
CN101 - pin 29 (F+)
V: 200mV/div. , H: 20µsec/div.
12
CN101 - pin 30 (T+)
V: 200mV/div. , H: 20µsec/div.
13
CN102 - pin 1 (EQRF)
V: 20mV/div. , H: 500nsec/div.
(PLAY)
14
A 4/5 CD-R CORE ASSY
19
IC501 - pin 37 (REWLDON)
V: 200mV/div. , H: 1msec/div.
(REC) RW
25
CN452 - pin 4 (SL+)
V: 200mV/div. , H: 5msec/div.
(PLAY)
20
IC501 - pin 38 (WLDON)
V: 200mV/div. , H: 1msec/div.
(REC)
26
CN452 - pin 7 (SP+)
V: 200mV/div. , H: 5msec/div.
(PLAY)
21
IC501 - pin 45 (ODON)
V: 200mV/div. , H: 200nsec/div.
(REC)
27
CN452 - pin 1 (FG)
V: 200mV/div. , H: 1msec/div.
(PLAY)
CN102 - pin 2 (RF)
V: 50mV/div. , H: 500nsec/div.
(PLAY)
22
IC501 - pin 48 (WDAT)
V: 200mV/div. , H: 200nsec/div.
(REC)
28
IC401 - pin 25 (MDP)
V: 200mV/div. , H: 5µsec/div.
(PLAY)
15
CN102 - pin 4 (MPP)
V: 20mV/div. , H: 2msec/div.
(PLAY)
23
IC501 - pin 126 (SPDO)
V: 200mV/div. , H: 100µsec/div.
(REC)
16
CN102 - pin 5 (TE)
V: 20mV/div. , H: 2msec/div.
(PLAY)
24
Foot of R583 (ATFG)
V: 200mV/div. , H: 20µsec/div.
(REC)
17
CN102-pin 8 (FE)
V: 20mV/div. , H: 2msec/div.
(PLAY)
A 5/5 CD-R CORE ASSY
A 3/5 CD-R CORE ASSY
18
Foot of R212 (SPDL)
V: 20mV/div. , H: 2msec/div.
(PLAY)
27
1
2
3
4
PDR-W839
3.8 MOTOR, LOADING, SELECT and PICKUP UNITS
G SELECT UNIT
(F)
(T)
(AWU7433)
(S)
A
(C)
(L)
E
: FOCUS SERVO LOOP LINE
: TRACKING SERVO LOOP LINE
: SPINDLE SERVO LOOP LINE
: CARRIAGE SERVO LOOP LINE
: LOADING SERVO LOOP LINE
MOTOR UNIT (AWU7431)
CN101
J101
S11B-PH-K-S
D CN1302
J101
B
(L)
J102
(L)
(L)
J102
(L)
PICKUP UNIT
(KSM213CCM)
(S)
(S)
(S)
(S)
(C)
(C)
(C)
D CN1301
F
LOADING UNIT (AWU7432)
(C)
D CN1101
C
(F)
D
(T)
(F)
(T)
(T)
(T)
(F)
(F)
28
E FG
1
2
3
4
1
2
3
4
PDR-W839
D
3CD CORE ASSY
1
IC1101 - pin 25 (RFGO)
V: 50mV/div., H: 500nsec/div.
(PLAY)
5
CN1201 - pin 12 (BUS0)
V: 200mV/div., H: 1msec/div.
(PLAY)
2
-1 IC1201 - pin 55 (DMO)
V: 200mV/div., H: 5µsec/div.
(PLAY)
6
CN1201 - pin 13 (BUS1)
V: 200mV/div., H: 1msec/div.
(PLAY)
A
B
2
-2 IC1201 - pin 55 (DMO)
V: 200mV/div., H: 5µsec/div.
(Hi-COPY)
7
CN1201 - pin 14 (BUS2)
V: 200mV/div., H: 5msec/div.
(PLAY)
3
CN1201 - pin 10 (XCCE)
V: 200mV/div., H: 1msec/div.
(PLAY)
8
CN1201 - pin 15 (BUS3)
V: 200mV/div., H: 1msec/div.
(PLAY)
C
4
CN1201 - pin 11 (BUCK)
V: 200mV/div., H: 10msec/div.
(PLAY)
D
29
1
2
3
4
1
2
3
4
PDR-W839
3.9 3CD CORE ASSY
D
3CD CORE ASSY (PWM2334)
A
5CH BTL Driver
H : Normal Speed
L : Double Speed
STBY
B
E
CN101
CN1302
CN1301
To PICKUP UNIT
C
CN1101
1
D
30
D
1
2
3
4
5
6
7
8
PDR-W839
(3CD)
A
CN1201
3
4
5
8
7
(D)
H 3/3
(D)
CN902
6
B
Digital Servo IC
9607S-33F
2
C
Details and substitution are done by the part list.
D
SIGNAL ROUTE
(D)
: RF SIGNAL
: AUDIO SIGNAL(DIGITAL)
5
6
7
D
8
31
1
2
3
4
PDR-W839
3.10 MAIN ASSY(1/3)
(A)
C1128
COPY
(A) (A)
A
Codec IC
VF
(A)
(A)
CH 100P
(D)
(D)
B
H 3/3
CH
H 2/3
(D)
C
EXCEPT KU
H 2/3
(D)
(A)
(at L853)
*1
YB
*1
D
YB
*1
H 2/3
32
H 1/3
1
2
3
4
5
6
7
8
PDR-W839
H 1/3
MAIN ASSY(1/3) (KUXJ/CA :PWM2325 ,WYXJ,WVXJ :PWM2326)
From IC803
A
(A)
IC810(2/2)
(A)
MBA FILM
CQMBA
(A)
IC810(1/2)
EXCEPT KU
H 2/3
R473
B
(A)
CH
CH
(A)
H 3/3
C
(A)
at
BA4560F
CN801
E
CN1301
(A)
BA4560F
at
D
*1
KU type
EXCEPT KU type
C455
C456
STBY
CH 100P
C1127
100P
470P
5
SIGNAL ROUTE
(D)
(A)
: AUDIO SIGNAL(DIGITAL)
: AUDIO SIGNAL(ANALOG)
6
7
H 1/3
8
33
1
2
3
4
PDR-W839
3.11 MAIN ASSY(2/3)
H 2/3
MAIN ASSY(2/3) (KUXJ/CA :PWM2325 ,WYXJ,WVXJ :PWM2326)
A
(SIZE 2125 only)
CN1101
M CN201
H 3/3
B
H 3/3
H 3/3
C
13
(D)
12
R9631
11
A 4/5 CN502
10
9
7
6
5
(D)
8
D
3 4
2
(D)
1
CN601
34
H 2/3
1
H 3/3
2
H 3/3
H 1/3
3
H 1/3
4
5
6
7
8
PDR-W839
: The power supply is shown with the marked box.
A
B
(at L605)
(at L608)
(at L612)
C
YF Ceramic CKSRYF
D
SIGNAL ROUTE
(D)
: AUDIO SIGNAL (DIGITAL)
H 3/3
5
6
7
H 2/3
8
35
1
2
3
4
PDR-W839
3.12 MAIN ASSY(3/3)
H 3/3
MAIN ASSY
(KUXJ/CA :PWM2325 ,WYXJ,WVXJ :PWM2326)
A
*1
C903
C905
KU type EXCEPT KU type
CH 22P
STBY
PCB Binder
VEF1040
H 2/3
*1
*1
B
System Control
U-com
16MHz
*2
*2
*3
C
*2
L809
L810
KU type EXCEPT KU type
0
(R9809)
DTL1058
0
(R9810)
*3
*3
R965
R966
R967
R968
R969
R970
R971
D
36
H 3/3
1
2
3
*3
KU type EXCEPT KU type
0
100
220
0
100
4
5
6
7
8
PDR-W839
A
I
CN701
CN901
H 2/3
H 1/3
H 2/3
15
H 1/3
(at L903)
14
SXMUTE
(D)
DITOUT
XOPT
H 2/3
CN902
CN1201
B
D
(D)
*3
*3
*3
C
A 1/5
CN302
*3
SIGNAL ROUTE
(D)
: AUDIO SIGNAL
(DIGITAL)
TYPES
FUNCTION
TWO OPTICAL DIGITAL INPUTS
RENTAL COPY
D
LEGATO LINK CONVERSION
HI-BIT
DEMO INDICATION
AVAILABLE FOR JAPANESE
KEYBOARD
5
6
7
H 3/3
8
37
PDR-W839
H 1/3 MAIN ASSY
H 3/3 MAIN ASSY
1
CN601 - pin 1 (AUXTX)
V: 200mV/div., H: 200nsec/div.
6
CN601 - pin 10 (DACLRCK)
V: 200mV/div., H: 10µsec/div.
11
CN601 - pin 15 (DADI)
V: 200mV/div., H: 5msec/div.
14
CN901 - pin 21 (FLCL)
V: 200mV/div., H: 10msec/div.
2
CN601 - pin 2 (DOUT)
V: 200mV/div., H: 200nsec/div.
7
CN601 - pin 11 (DALAT)
V: 200mV/div., H: 200µsec/div.
12
CN601 - pin 23 (CODATA)
V: 200mV/div., H: 500nsec/div.
15
CN901 - pin 22 (FLDI)
V: 200mV/div., H: 10msec/div.
3
CN601 - pin 4 (DIN3)
V: 200mV/div., H: 200nsec/div.
(REC)
8
CN601 - pin 12 (DABCK)
V: 200mV/div., H: 200nsec/div.
13
CN601 - pin 25 (COLAT)
V: 200mV/div., H: 5msec/div.
4
CN601 - pin 5 (DIN2)
V: 200mV/div., H: 200nsec/div.
(REC)
9
CN601 - pin 13 (DACDATA)
V: 200mV/div., H: 200nsec/div.
5
CN601 - pin 8 (DACMCK)
V: 200mV/div., H: 20nsec/div.
10
38
CN601 - pin 14 (DACL)
V: 200mV/div., H: 5msec/div.
PDR-W839
39
1
2
3
4
PDR-W839
3.13 HEAD PHONE, OPERATING1, OPERATING2 and OPERATING3 ASSYS
L 1/2 HEADPHONE ASSY H 1/3 CN801
A
(KUXJ/CA : PWZ4157)
(WYXJ/WVXJ : PWZ4158)
CN1301
J1301
JA1301
To *A
B
330Ω
330Ω
Display IC
C
FL Indicator Tube
I
D
40
OPERATING 1 ASSY
(KUXJ/CA : PWZ4133)
(WYXJ/WVXJ : PWZ4134)
I L 1/2
1
2
3
4
5
6
7
8
PDR-W839
L 2/2 HEADPHONE ASSY
H 3/3 CN902
(KUXJ/CA : PWZ4157)
(WYXJ/WVXJ : PWZ4158)
CN701
JA1361
A
To *A
J1360
To KEY BOARD
B
CN702
J703
KU ONLY
C734
C
J
K
47P
OPERATING 2 ASSY
(KUXJ/CA : PWZ4141)
(WYXJ/WVXJ : PWZ4142)
OPERATING 2 ASSY
S704 : 7 STOP
S705 : DISP
S706 : ¡¢ FF
S707 : 6 PLAY/PAUSE
S708 : 41 REV
J705
OPERATING 3 ASSY
(KUXJ/CA : PWZ4149)
(WYXJ/WVXJ : PWZ4150)
OPERATING 3 ASSY
S709 : 0 OPEN/CLOSE 3
S710 : 0 OPEN/CLOSE 2
S730 : 0 OPEN/CLOSE 1
OPERATING 1 ASSY
S711 : NAME
S712 : AUTO SPACE
S713 : SYNCHRO
S714 : FINALIZE
S715 : ERASE
S716 : REC MODE
5
6
S717 : COPY START CD = CD-R
S718 : CD SELECT 3
S719 : CD SELECT 2
S720 : CD SELECT 1
S721 : 7 STOP
S722 : DISP
S723 : ¡¢ FF
7
S724 : 6 PLAY/PAUSE
S725 : 41 REV
S726 : MENU/DELETE
S727 : OPEN/CLOSE
S728 : REC/REC MUTE
I J K L 2/2
8
41
D
1
2
3
4
PDR-W839
4.13 POWER SUPPLY ASSY
A
M
POWER SUPPLY UNIT (PWR1029)
FU1: 2A 250V
(215002)
B
CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.
REPLACE WITH SAME TYPE NO. 215002
MFD. BY
LITTELFUSE INC. FOR FU1 (215002).
C
• NOTE FOR FUSE REPLACEMENT
CAUTION - FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.
REPLACE WITH SAME TYPE AND RATINGS ONLY.
L
N
AC IN
D
42
M
1
2
3
4
5
6
7
8
PDR-W839
A
GNDA1
V+8A
V+16A
GNDA2
V–16A
V+5K
GNDM
V+6M
GNDD
H 2/3
B
CN1101
V+5D
GNDFL
VF–24
FL AC A
FL AC B
V+5A
GNDA
V+5D
GNDD
V+6P
Service Parts
GNDP
Part No.
215002 (2A)
49101.6 (1.6A)
49101.6 (1.6A)
491.800 (0.8A)
49101.6 (1.6A)
No.
FU1
IC01
IC02
IC03
IC04
A 5/5
CN901
CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.
REPLACE WITH SAME TYPE NO. 491.800
MFD. BY
LITTELFUSE INC. FOR IC3 (491.800).
C
CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.
REPLACE WITH SAME TYPE NO. 49101.6 MFD. BY
LITTELFUSE INC. FOR IC1, IC2 and IC4 (49101.6).
marked parts: Only these parts are supplied as service parts.
D
5
6
7
M
8
43
1
2
3
4
PDR-W839
4. PCB CONNECTION DIAGRAM
NOTE FOR PCB DIAGRAMS :
A
1. Part numbers in PCB diagrams match those in the schematic
diagrams.
2. A comparison between the main parts of PCB and schematic
diagrams is shown below.
Symbol In PCB
Diagrams
Symbol In Schematic
Diagrams
B C E B C E
3. The parts mounted on this PCB include all necessary parts for
several destinations.
For further information for respective destinations, be sure to
check with the schematic diagram.
4. View point of PCB diagrams.
Part Name
Connector
Capacitor
Transistor
B C E
B
C
E B
C
SIDE A
E
Transistor
with resistor
B C E
D
G S D
G S
Field effect
transistor
D G S
P.C.Board
Chip Part
SIDE B
Resistor array
3-terminal
regulator
B
G SELECT
UNIT
4.1 SELECT UNIT ,LOADING UNIT and MOTOR UNIT
F
H CN1302
LOADING
UNIT
C
(ANP7351-B)
M
(ANP7351-B)
M
D
E MOTOR
(ANP7351-B)
UNIT
44
E FG
1
SIDE A
2
3
4
1
2
3
4
PDR-W839
4.2 MECHA PCB ASSY and LOAB ASSY
A
B LOAB ASSY
B
(VNP1762-A)
A
CN451
C MECHA PCB ASSY
C MECHA PCB ASSY
CARRIAGE
MOTOR
M
C
SPINDLE
MOTOR
M
A
CN452
(PNP1476-A)
(PNP1476-A)
SIDE A
SIDE B
D
1
2
3
BC
4
45
1
2
3
4
PDR-W839
4.3 CD-R CORE ASSY
A
A CDR CORE ASSY
SIDE A
B
C
(PNP1477-B)
IC307 IC308
IC1161 IC306 IC305
IC309 IC931
IC255
IC302
IC304 IC421 IC422
Q205
IC507
IC201
IC506
IC502
IC401
Q101
IC505
IC303
IC504
IC107
Q104 IC102
Q103 IC103
D
46
A
1
2
3
4
1
2
3
4
PDR-W839
A
A CDR CORE ASSY
SIDE B
H CN601
B CN601
To POWER SUPPLY
ASSY
H CN904
B
To CDR
PICKUP
C
C CN101
(PNP1477-B)
IC503
Q502
Q273
Q202 Q201
IC301
Q402
Q401
IC501
IC310
IC101
IC451
IC207 IC206
IC251 IC253
IC252 IC254
D
1
2
3
A
4
47
1
2
3
4
PDR-W839
4.4 3CD CORE ASSY
A
D
3CD CORE ASSY
To PICKUP
UNIT
E CN101
SIDE A
H CN902
B
To PICKUP
UNIT
C
D
(ANP7532-D)
48
D
1
2
3
4
1
2
3
4
PDR-W839
A
D 3CD CORE ASSY
SIDE B
B
IC1201
Q1201
C
IC1302 IC1101
Q1101
IC1301
IC1102
D
Q1301
(ANP7532-D)
1
2
3
D
4
49
1
2
3
4
PDR-W839
4.5 MAIN ASSY
A
H MAIN ASSY
To POWER SUPPLY
ASSY
B
C
D CN1201
I CN701
D
L CN1301
50
H
1
2
3
4
5
6
7
8
PDR-W839
A
SIDE A
B
C
A CN302
(PNP1480-C)
D
A CN502
301
5
6
7
H
8
51
1
2
3
4
PDR-W839
H MAIN ASSY
A
B
C
(PNP1480-C)
D
IC802
IC801 Q801
Q401 Q402
IC803
Q405
Q404
Q403
IC903
52
Q483
Q484
IC810
IC402 IC401
IC904
Q492
Q480 Q601 Q490 Q481
H
1
2
3
IC1811
4
IC90
5
6
7
8
PDR-W839
A
SIDE B
B
C
Q492
IC1811
1 Q490 Q481
D
IC601
Q428
Q401
IC901
5
6
7
H
8
53
1
2
3
4
PDR-W839
4.6 HEAD PHONE, OPERATING1, OPERATING2 and OPERATING3 ASSY
A
K OPERATING3 ASSY
J
OPERATING2 ASSY
B
C
(PNP1481-A)
SIDE A
D
54
I J K
1
2
3
4
5
6
7
8
PDR-W839
A
L
HEAD PHONE ASSY
H CN801
B
To Key Board
I
OPERATING1 ASSY
C
D
H CN901
5
6
7
I L
8
55
1
2
3
4
PDR-W839
A
L
HEAD PHONE ASSY
B
I
OPERATING1 ASSY
C
D
Q708
56
I L
1
IC701
2
3
4
5
6
7
8
PDR-W839
A
K OPERATING3 ASSY
J
OPERATING2 ASSY
B
C
(PNP1481-A)
SIDE B
IC701
Q701–Q704
Q707
5
D
Q705
Q706
6
7
I J K
8
57
PDR-W839
5. PCB PARTS LIST
NOTES: • PartsDescription
marked by " NSP " are generally unavailable because they are not in our Description Parts List.
Master Spare
Mark No.
Part No.
Mark
of
• The mark found on some component parts indicates the importanceNo.the safety factor of the part. Part No.
Therefore, when replacing, be sure to use parts of identical designation.
• When ordering resistors, first convert resistance values into code form as shown in the following examples.
Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%,
and K=10%).
561 ........................................................ RD1/4PU 5 6 1 J
560 Ω
→
56 × 101 →
47k Ω
→
47 × 103 →
473 ........................................................ RD1/4PU 4 7 3 J
0.5 Ω
→
R50 ..................................................................................... RN2H R 5 0 K
1Ω
→
1R0 ..................................................................................... RS1P 1 R 0 K
Ex.2 When there are 3 effective digits (such as in high precision metal film resistors).
5621 ...................................................... RN1/4PC 5 6 2 1 F
5.62k Ω →
562 × 101 →
CONTRAST OF PCB ASSEMBLIES
Part No.
Mark
NSP
NSP
PDR-W839
/WYXJ
PDR-W839
/WVXJ
CD-R CORE (Mechanism) ASSY
CDR CORE ASSY
MECHA PCB ASSY
LOAB ASSY
PXA1631
PYY1286
PWX1625
VWG2171
PXA1631
PYY1286
PWX1625
VWG2171
PXA1631
PYY1286
PWX1625
VWG2171
PWM2334
PWM2334
PWM2334
3CD ASSY
MOTOR UNIT
LOADING UNIT
SELECT UNIT
AWM7473
AWU7431
AWU7432
AWU7433
AWM7473
AWU7431
AWU7432
AWU7433
AWM7473
AWU7431
AWU7432
AWU7433
MAIN ASSY
NSP
NSP
PDR-W839
/KUXJ/CA
3CD CORE ASSY
NSP
Symbol and Description
PWM2325
PWM2326
PWM2326
SUB ASSY
OPERATING1 ASSY
OPERATING2 ASSY
OPERATING3 ASSY
HEAD PHONE ASSY
PWX1636
PWZ4133
PWZ4141*1
PWZ4149*2
PWZ4157*3
PWX1637
PWZ4134
PWZ4142*1
PWZ4150*2
PWZ4158*3
PWX1637
PWZ4134
PWZ4142*1
PWZ4150*2
PWZ4158*3
PWR1029
PWR1029
PWR1029
POWER SUPPLY UNIT
H
Remarks
*1 Constructed same.
*2 Constructed same.
*3 Constructed same.
MAIN ASSY
PWM2326 and PWM2325 are constructed the same except for the following:
Mark
Symbol & Description
IC402
D453
L401
L809,L810
C404,C405
Part No.
PWM2326
PWM2325
Not used
Not used
Not used
Not used
Not used
PE8001
DA204K
OTL1040
DTL1058
CEAT4R7M50
C401,C403,C421,C422
C423,C424
C425,C426
C427,C428
C429,C430
Not used
Not used
CQMBA332J50
CQMBA471J50
CQMBA471J50
CEAT220M50
CQMBA152J50
CQMBA152J50
CQMBA152J50
Not used
C1127
C402,C408,C409,C878
C903,C905
C451,C455,C456
R433,R434
CCSRCH101J50
Not used
CCSRCH220J50
Not used
RN1/16SE1800D
CKSRYB471K50
CKSRYB104K25
Not used
CCSRCH101J50
RN1/16SE1801D
R429,R430
R437,R438
R431,R432
R435,R436
R405
RN1/16SE1800D
RN1/16SE5601D
RN1/16SE5601D
Not used
Not used
RN1/16SE1002D
RS1/16S0R0J
Not used
RN1/16SE1002D
RS1/10S100J
RS1/16S0R0J
RS1/16S0R0J
Not used
Not used
RS1/16S221J
RS1/16S102J
Not used
RS1/16S0R0J
RS1/16S101J
RS1/16S0R0J
R423,R424
R9401,R9809,R9810
R406,R1501,R9853
R401-R404
R965,R968
58
Remarks
PDR-W839
Mark No.
Description
Mark
Part No.
Symbol & Description
R966,R967,R969-R971
R427,R428
R425,R426
R945
R951
RS1/16S221J
RS1/16S472J
RS1/16S472J
Not used
RS1/16S103J
Part No.
Remarks
RS1/16S101J
RS1/16S182J
Not used
RS1/16S103J
Not used
Not used
R421,R422
I
Mark No.
Description
Part No.
PWM2326
PWM2325
RS1/16S223J
OPERATING1 ASSY
PWZ4134 and PWZ4133 are constructed the same except for the following:
Mark
Symbol & Description
D701-D706
C734
R737-R742,R757-R762
Mark No.
Description
Part No.
PWZ4134
PWZ4133
SLR-343DC
CCSRCH470J50
RS1/16S431J
Part No.
A CDR CORE ASSY
SEMICONDUCTORS
IC101
IC252-IC254,IC421
IC451
IC303
IC401
AK8567
BA4510F
BA5810FP
BR93LC66F
CXD2585Q
IC255
IC310
IC502
IC102,IC103,IC304
IC309
HD74HC4053FP
HD74HC573T
LC324265AT-25
LM358M
LP2980IM5-4.5
IC161
IC302
IC251
IC201
IC504
MM1385AN
MM1522XU
NJU7016M
PA9007A
PCX1027
IC501
IC301
IC503
IC931
IC307
PDC069A
PE5190B
PQ20WZ51
PST9245
TC7S00F
IC506
IC308
IC507
Q451,Q452
Q204,Q205,Q401,Q402
TC7S02F
TC7S14F
TC7WU04F
2SK208
DTA124EK
Q501
Q101,Q201,Q203
Q502
D104,D201,D303,D451,D452
D105,D202,D251
DTA143EK
DTC114TK
DTC124EK
1SS355
DA204K
D252
D161,D162,D501-D503
SLR-343MC
Not used
RS1/16S241J
Mark No.
Description
L401,L402,L501-L503
L507,L508,L511,L513,L514
L517,L521,L522
L509,L510,L515,L516
L518-L520
Part No.
QTL1013
QTL1013
QTL1013
VTL1077
VTL1077
CAPACITORS
C901 (56µF/10V)
C129
C139,C304,C307-C309,C320
C104,C105
C574
ACH7109
CCSRCH100D50
CCSRCH101J50
CCSRCH121J50
CCSRCH220J50
C406,C420
C106,C119,C404
C128,C263,C352
C213,C256,C474,C475,C511
C517,C518
CCSRCH221J50
CCSRCH331J50
CCSRCH470J50
CCSRCH471J50
CCSRCH5R0C50
C902
C144,C151,C163,C201,C253
C325,C501,C503,C505,C519
C531,C537,C539,C549,C570
C581,C582
CEV101M6R3
CEV220M6R3
CEV220M6R3
CEV220M6R3
CEV220M6R3
C281
C101,C127,C130,C401,C409
C452
C108,C232,C258,C543
C114-C117,C123,C133,C215
CEV2R2M50
CEV470M6R3
CEV470M6R3
CKSQYB105K10
CKSQYB334K16
C227-C229
C426
C141,C207,C233,C252,C257
C322,C403,C407,C525,C932
C121,C137,C140,C161,C162
CKSQYB334K16
CKSQYB474K16
CKSRYB102K50
CKSRYB102K50
CKSRYB103K50
MA704
RB521S-30
C226,C230,C231,C251,C412
C425,C454-C459,C470-C473
C515,C546,C557,C572,C583
C136,C198,C209,C224,C225
C303,C305,C306,C310,C314
CKSRYB103K50
CKSRYB103K50
CKSRYB103K50
CKSRYB104K16
CKSRYB104K16
PSS1024
PSS1025
QTL1013
C421,C514,C516,C521,C522
C547,C548
C208,C414
C122
C138,C259
CKSRYB104K16
CKSRYB104K16
CKSRYB152K50
CKSRYB222K50
CKSRYB223K50
COILS AND FILTERS
X301 (32MHz)
X501 (33.8688MHz)
L101,L1579,L302-L304
Remarks
59
PDR-W839
Mark No.
Description
Part No.
C212,C451
C113,C205
C480,C481
C124
C102,C206,C413
CKSRYB272K50
CKSRYB333K16
CKSRYB471K50
CKSRYB472K50
CKSRYB473K16
C132
C204,C408,C468,C469
C125,C463,C464
C416,C905
C107,C111,C120,C126,C131
CKSRYB563K16
CKSRYB681K50
CKSRYB682K50
CKSRYF103Z50
CKSRYF473Z25
C135,C142,C145,C164,C199
C202,C211,C214,C217
C254,C255,C260-C262,C313
C315-C319,C321,C324,C351
C361,C402,C405,C410,C411
CKSRYF473Z25
CKSRYF473Z25
CKSRYF473Z25
CKSRYF473Z25
CKSRYF473Z25
C415,C453,C465,C482,C502
C504,C506,C508-C510
C512,C513,C520,C524
C527,C528,C530,C532-C536
C538,C540-C542,C545,C550
CKSRYF473Z25
CKSRYF473Z25
CKSRYF473Z25
CKSRYF473Z25
CKSRYF473Z25
C552,C554,C556,C558,C571
C584,C904,C931
C585 (0.22F/3.5V)
C143 (0.1F/5.5V)
CKSRYF473Z25
CKSRYF473Z25
PCH1145
PCH1146
RESISTORS
Mark No.
Description
Part No.
RESISTORS
Other Resistors
RD1/4PU
J
OTHERS
J601
C
3P Jumper Wire
D20PWW0305E
LOAB ASSY
OTHERS
CN101
101
D
KR Connector
Reaf Switch
S3B-PH-K-S
VSK1011
3CD CORE ASSY
SEMICONDUCTORS
IC1302
IC1301
IC1101
IC1201
Q1101
BA6417F
M56788FP
TA2150FN
TC9495F
2SA1036K
Q1201
Q1102
Q1301
D1201
DTA124EK
DTC114TK
DTC124EK
1SS355
R454,R472 (10Ω)
R307,R308,R360,R361 (22kΩ)
R536,R552 (100kΩ)
R321,R322,R503,R507-R510 (100Ω)
R556 (100Ω)
ACN7041
ACN7073
ACN7081
DCN1092
DCN1092
R1901-R1904,R901-R905
R116,R468,R470,R476,R478
R114
R115
R465,R467
RS1/10S0R0J
RS1/16S1002F
RS1/16S1302F
RS1/16S1502F
RS1/16S1603F
C1119,C1125
C1307
C1201,C1202
C1209
C1117,C1118
CCSQCH101J50
CCSQCH121J50
CCSQCH150J50
CCSQCH220J50
CCSQCH330J50
R596
R118,R119,R477,R479
R464,R466
R102
R126
RS1/16S2001F
RS1/16S2002F
RS1/16S2202F
RS1/16S4701F
RS1/16S4703F
C1210,C1303
C1263
C1126
C1116
C1324
CCSQCH470J50
CCSQCH471J50
CCSQCH820J50
CCSQCK2R0C50
CEAT221M10
R598
R469,R471
Other Resistors
RS1/16S5100F
RS1/16S9102F
RS1/16S
J
C1343
CEJQ101M10
C1101,C1102,C1108,C1115,C1203CEJQ101M6R3
C1205,C1222,C1224,C1228,C1231CEJQ101M6R3
C1236
CEJQ101M6R3
C1249,C1250
CKSQYB102K50
COILS AND FILTERS
L1206,L1301
X1201 (16.9344MHz)
LFEA100J
PSS1008
CAPACITORS
OTHERS
CN101
CN453
CN451
CN901
CN102
32P FFC Connector
PH Connector
PH Connector
PH Connector
PH Connector
PKN1024
S2B-PH-SM3
S3B-PH-SM3
S6B-PH-SM3
S8B-PH-SM3
CN452
CN302
CN502
KN901
8P FFC Connecor
9P FFC Connecor
25P FFC Connecor
Earth Plate
VKN1300
VKN1301
VKN1317
VNF1109
SEMICONDUCTORS
NJL5809K-F1
SWITCHES AND RELAYS
S601
60
PSG1014
C1211
C1213
C1112,C1113
C1215
C1237
CKSQYB153K25
CKSQYB222K50
CKSQYB224K16
CKSQYB333K50
CKSQYB471K50
C1216,C1217
C1311,C1319
B MECHA PCB ASSY
PC651
C1103,C1107,C1114,C1130,C1204CKSQYB103K50
C1206,C1207,C1212,C1214,C1223CKSQYB103K50
C1225-C1227,C1232,C1239,C1245CKSQYB103K50
C1110,C1111,C1322,C1325,C1350CKSQYB104K16
C1104,C1131
CKSQYB104K25
CKSQYB473K16
CKSQYB682K50
RESISTORS
R1148
R1318
R1319
RD1/4PM124J
RS1/10S1202F
RS1/10S2202F
PDR-W839
Mark No.
Description
R1317
Other Resistors
Part No.
RS1/10S2702F
RS1/10S
J
OTHERS
CN1201
CN1301
CN1101
E
9607S-33F
S6B-PH-K-S
SLW16R-1C7
MOTOR UNIT
S106
Part No.
DAP202K
RB501V-40
51048-0600
LOADING UNIT
SWITCHES AND RELAYS
S104,S105
ASS7020
DTL1058
OTL1040
OTL1040
PTL1003
C1126,C1501,C437,C438
C452-C456,C629,C908-C914
C917
C805,C806
C615
CCSRCH101J50
CCSRCH101J50
CCSRCH101J50
CCSRCH121J50
CCSRCH470J50
C627,C922,C924,C927
C1101,C1105,C1109
C435,C436,C803,C804
C827,C828
C831,C834,C837
DSG1016
6P Cable Holder
X901
L601,L602,L610,L809,L810
L404,L480,L606,L607,L609
L801,L850,L901
L611
CAPACITORS
OTHERS
CEAT101M10
CEAT101M25
CEAT220M50
CEAT220M50
CEAT221M10
C809,C810,C817,C818
C896,C897
C611,C617
C621
C813
CEAT221M16
CEAT221M16
CEAT221M6R3
CEAT330M25
CEAT330M35
ASG7018
OTHERS
J101
J102
Description
D904
D1102,D1103
COILS AND FILTERS
33P FFC Connector
KR Connector
FFC Connector
SWITCHES AND RELAYS
F
Mark No.
4P Cable Holder
6P Cable Holder
4P Jumper Wire
6P Jumper Wire
51048-0400
51048-0600
D20PDD0420E
D20PDD0615E
G SELECT UNIT
SWITCHES AND RELAYS
S102
S101
S103
ASG7019
ASG7022
DSG1016
OTHERS
4P Cable Holder
51048-0400
H MAIN ASSY
C1108,C1112
CEAT471M16
C1104
CEAT471M6R3
C1124,C612,C915
CKSRYB102K50
C1102,C1106,C1110,C1116,C1121CKSRYB103K50
C433,C434,C613,C620,C918
CKSRYB103K50
C923,C928
C601,C610,C618,C626,C633
C833,C835,C836,C838,C839
C843,C864,C907,C921
C1127,C624,C630
CKSRYB103K50
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB471K50
C1117
C821,C822
C425,C426
C427-C430,C823-C826
CKSRYF473Z50
CQMBA102J50
CQMBA332J50
CQMBA471J50
RESISTORS
SEMICONDUCTORS
IC803
IC903,IC904
IC811
IC801,IC802
IC810
AK4524VF
BR24C64F
M5218AFP
NJM2121M
NJM4558MD
R876,R891-R893,R896,R898
R418
R481,R482
R483
R807-R810
RD1/2VM101J
RD1/2VM182J
RD1/2VM562J
RD1/4PU103J
RN1/16SE1002D
IC1101
IC1102
IC1103
IC901
IC601
NJM7805FA
NJM7812FA
NJM7912FA
PD5603A
TC74HCU04AF
R803,R804
R429,R430,R433,R434
R825-R828
R829-R832
R431,R432,R437,R438
RN1/16SE1202D
RN1/16SE1800D
RN1/16SE2201D
RN1/16SE3301D
RN1/16SE5601D
IC809
Q801
Q404,Q405,Q483,Q484
Q491,Q492
Q601
TC7SU04F
2SC2412K
2SD2114K
2SD2114K
DTA114TK
R863,R864
R835
R1103
Other Resistors
RS1/10S470J
RS1/10S5R6J
RS1/10S222J
RS1/16S
J
Q402,Q481,Q490
Q401,Q403,Q428,Q480,Q901
D402,D602,D603
D451,D452,D454,D827,D828
D902,D903
DTA124EK
DTC124EK
1SS355
DA204K
DAN202K
D401,D480,D490,D601,D901
DAP202K
OTHERS
CN1101
CN903
CN901
CN902
CN801
FJ Connector 14P
8P FFC Connector
22P FFC Connector
33P FFC Connector
KR Connector
14R-FJ
9604S-08C
9604S-22C
9604S-33C
B7B-PH-K-S
61
PDR-W839
Mark No.
Description
JA603
JA604
JA605
JA606
JA601
Optical Link In
Optical Link Out
1P Jack
1P Jack
Remote Control Jack
PCB Binder
JA801
4P Pin Jack
CN904
9P FFC Connector
CN601
25P FFC Connector
KN601-KN603,KN901 Earth Plate
Part No.
Mark No.
GP1FA550RZ
GP1FA550TZ
PKB1028
PKB1033
PKN1004
RESISTORS
Description
Part No.
Other Resistors
RS1/16S
J
OTHERS
VEF1040
VKB1132
VKN1240
VKN1256
VNF1084
3P Cable Holder
Jumper Wire
J705
L
51048-0300
D20PYY0310E
HEADPHONE ASSY
SEMICONDUCTORS
I
D1361,D1362
OPERATING1 ASSY
COILS AND FILTERS
SEMICONDUCTORS
IC701
Q705-Q707
Q701-Q704,Q708
D701-D706
D707,D708,D711
LC75710NE
2SC2412K
DTC143EK
SLR-343DC(NPQ)
SLR-343VC(NPQ)
COILS AND FILTERS
L703,L704
DA204K
L1351-L1353
DTL1058
CAPACITORS
C1301
C1304
C1355,C1356
C1302,C1303,C1360-C1363
CEAT101M6R3
CKCYF473Z50
CKSRYB103K50
CKSRYF104Z25
OTL1040
RESISTORS
SWITCHES AND RELAYS
S701
S702,S703,S711-S728
Other Resistors
PSB1009
VSG1009
C705
C703
C719
C712,C713
C702,C704,C706,C707,C710
CCSRCH330J50
CEJQ101M10
CKSQYB102K50
CKSRYB103K50
CKSRYF104Z50
C716
CKSRYF104Z50
RA15T473J
RA9T473J
RS1/16S
J
OTHERS
V701
J
3P Jumper Connector
22P FFC Connector
Remote Receiver Unit
FL Indicator Tube
52151-0310
9604S-22C
GP1U27X
PEL1102
OPERATING2 ASSY
SWITCHES AND RELAYS
S704-S708
VSG1009
RESISTORS
Other Resistors
RS1/16S
J
OTHERS
J703
3P Cable Holder
Jumper Wire
51048-0300
D20PYY0305E
K OPERATING3 ASSY
SWITCHES AND RELAYS
S709,S710,S730
62
CN1301
J1301
JA1301
JA1361
KN1350
5P Cable Holder
KR Connector
Jumper Wire
Headphone Jack
Mini DIN 6P Socket
Earth Plate
51048-0500
B7B-PH-K-S
D20PWY0505E
RKN1002
RKN1038
VNF1084
M POWER SUPPLY UNIT
OTHERS
RESISTORS
R774,R775,R777
R776
Other Resistors
VSG1009
J
OTHERS
CAPACITORS
CN702
CN701
RS1/16S
FU1
IC1
IC2
IC3
IC4
Fuse (2A)
IC Protector
IC Protector
IC Protector
IC Protector
(1.6A)
(1.6A)
(800mA)
(1.6A)
215002
49101.6
49101.6
491.800
49101.6
PDR-W839
DANGER – LASER RADIATION WHEN OPEN.
AVOID DIRECT EXPOSURE TO BEAM.
6. ADJUSTMENT
3CD CHECK
NOTE: There is no information to be shown in this 3CD adjustment.
Slider Gear
6.1 3CD SLIDER OPERATION CONFIRMATION
(1) Eject the disc ,and when all 3CD tray stay at the home position,
turn off the power. (Refer to the right picture)
(2) Move the slider gear so that the slider move to the outer
side. (Refer to the right picture.)
(3) Turn on the power and confirm the following 1~5 movement.
1 The pick-up move to the most inner side.
2 The tray do the clamping movement.
3 The pick-up do the spindle-kick movement ,and then do the
LD ON and FOCUS ON movement. (3 times)
4 Redo the 3 movement once more.
5 Confirm the FL display that the set detect NO DISC.
3CD Tray at Home position
Check Point
6.2 3CD RF OUTPUT AND JITTER LEVEL CONFIRMATION
(1) Set the RW disc to the CD-R side.
(2) Copy from 3CD side to CD-R side at normal and double speed.
(3) Confirm the RF output and jitter level of 3CD side at normal and double speed .
3CD CORE
ASSY
SIDE B
[ Standard Value]
(Use STD-903 or STD-905 Test Disc)
Normal Speed
Double Speed
JITTER
under 25 ns
under 20 ns
RF LEVEL
about 1.2 Vp-p
about 1.0 Vp-p
V: 50mV/div., H: 500msec/div.
(play)
IC1101 PIN25
RF Output Waveform
at IC1101 PIN25
63
PDR-W839
CD-R ADJUSTMENT
6.3 DISCS TO BE USED
• SERVO SYSTEM ADJUSTMENT
CD: Test disc for adjustment (STD-903) or equivalent
Test disc for inspection (STD-914) or equivalent
6.4 MEASURING INSTRUMENTS
(1) Laser power meter
Following power meter manufactured by Advantest Corporation or equivalent:
TQ8210 + TQ82017
TQ8215 + TQ82021
TQ8215 + TQ82010 + TQ82017
LE8010 (by LEADER)
(2) Oscilloscope
(3) CD Jitter Meter
6.5 NECESSARY ADJUSTMENT POINTS
When
Adjustment Points
EXCHANGE CD-R CORE (Mechanism) Assy
Exchange Mechanism Assy
CD-R Pick-up
Mechanical
point
Electric
point
Exchange Mechanism Assy
Spindle Motor
6.7 LD Power Adjustment
6.8 Servo Adjustment (Automatic Adjustment)
Mechanical
point
Electric
point
6.8 Servo Adjustment (Automatic Adjustment)
EXCHANGE CD-R CORE (PCB) Assy
Exchange PCB
CD-R CORE (PCB) Assy
Mechanical
point
Electric
point
64
6.7 LD Power Adjustment
6.8 Servo Adjustment (Automatic Adjustment)
PDR-W839
6.6 TEST MODE
6.6.1 How to Enter the Test Mode
TEST MODE : ON
3CD
DISPLAY key
POWER
OFF
state
DISPLAY
NAME key
NAME
Pressing both the 3CD DISPLAY key
and NAME key,turn ON the POWER.
TEST MODE : STOP
Display
Power key -ON
Continue pressing both the DISPLAY key and
NAME key until the above DISPLAY appears.
CANCEL
Power key -OFF
Turn OFF the POWER and then turn ON the POWER again.
The state returnes to the Normal Mode.
6.6.2 Test Point
SIDE A
A CDR CORE ASSY
TP- point
CN102
8 7 6 5 4 3 2 1
CN102
1. EQRF
2. RF
3. MPXO
4. MPP
5. TE
6. VC
7. ATFM
8. FE
Front
65
PDR-W839
- 0 ~
6.6.3 OPERATIONS IN TEST MODE
COMPACT DISC RECORDER / MULTI-CD CHANGER
5
!
1 4
◊ÛB¿ˆ˘≤/
CD SELECT
OPEN/CLOSE
OPEN/CLOSE
1
1
0
3 - COMPACT DISC MULTI CHANGER
2
0
3
0
0
2
COMPACT DISC DIGITAL RECORDER
3
REC/
REC MUTE
CD=CD-R
START
REC MODE
ERASE
FINALISE
SYNCHRO
AUTO SPACE
¶
MENU
DELETE
NAME
REC THIS
3-CD CONTROL
¡¢
41
— OFF _ ON
INPUT
7
¡¢
41
DISPLAY
6
¶
CD-R CONTROL
PLAY MODE
POWER
PHONES
REC VOL
DISPLAY
CHARACTER
KEYBOARD
INPUT
6
7
PUSH ENTER
CD TEXT
Legato Link Conversion
Adjustment mode switch
7 63= 2
89
LD Power Adjustment (INPUT SELECTOR: ANALOG)
Key No.
Assignment Key
Contents of Movement
0 (OPEN/CLOSE)
Tray Open/Close
2
7 (STOP)
LD power adjustment end
Turn off the LD and disc selection set to CD.
3
6 (PLAY/PAUSE)
Store the power adjustment value to the EEPROM and shift to the next power adjustment.
4
¶ (REC/REC MUTE)
LD POWER adjustment standby Switch the setting of 4•¢ key during adjustment.
(coarse adjustment j fine adjustment : default is the coarse adjustment)
5
NAME
Starts the LD POWER adjustment (from 0)
(CD: Playback power, CD-R/RW: Record power)
6
¡¢ (F SCAN)
Move the pickup to outer periphery of the disc
7
41 (R SCAN)
Move the pickup to inner periphery of the disc
8
REC VOL(JOG ±)
Adjustment value setting
9
ENTER
Adjustment data register
0
Not used
-
ERASE
Disc specification switch
DISPLAY
Adjustment from the adjustment result stored in the EEPROM at adjustment standby.
During adjustment, shift to the next power adjustmnet not to store the current power adjustment value
in the EEPROM.
1
=
Not used
Servo Adjustment (INPUT SELECTOR: OPTICAL)
Key No.
Assignment Key
Contents of Movement
1
Tray Open/Close
2
7 (STOP)
Servo OFF
3
6 (PLAY/PAUSE)
Spindle servo ON, Tracking servo ON/OFF
4
¶ (REC/REC MUTE)
Starts the automatic adjustment of servo adjustment ( " FEOS " is displayed.)
6
¡¢ (F SCAN)
Move the pickup to outer periphery of the disc
7
41 (R SCAN)
Move the pickup to inner periphery of the disc
8
REC VOL(JOG ±)
Adjustment value setting
9
ENTER
Adjustment data register
0
FINALIZE
Focus servo ON
-
ERASE
Disc specification switch
Continue pressing it more than three seconds and initialize the adjustment data.
~
SYNCHRO
Execute the average adjustment
!
66
0 (OPEN/CLOSE)
AUTO SPACE
Servo adjustment mode feed
PDR-W839
6.7 LD POWER ADJUSTMENT
6.7.1 Playback Power Adjustment
DANGER – LASER RADIATION WHEN OPEN.
AVOID DIRECT EXPOSURE TO BEAM.
Test Point
Pickup objective lens
Adjustment Value
0.9 mW ± 0.05 mW
Purpose
Optimizing playback power of laser diode.
Symptom when Out of Adjustment
Incapable of disc discrimination, playback, or track searches. Or track skipping.
FL Indication
Adjustment method
[Procedure]
1.
2.
3.
4.
Enter the Test mode.
Press the INPUT key so that " ANALOG " appears on the FL display.
Press the ERASE key so that " CD " appears on the FL display.
Move the pickup to the position where the power is easy to measure by pressing the SCAN key.
( 41 ¡¢ )
5. Press the REC/REC MUTE and NAME key in order, and light the LD.
6. Turn the JOG key to adjust the power.
Switch the coarse adjustment and the fine adjustment by pressing the REC/REC MUTE key, and adjust it.
(initial state is the coarse adjustment.)
7. Press the ENTER key to register the adjustment if the power became the adjustment value.
8. Press the STOP key to goes out the LD, and adjustment is completed.
DANGER – LASER RADIATION WHEN OPEN.
6.7.2 CD-R Record Power Adjustment
AVOID DIRECT EXPOSURE TO BEAM.
Test Point
Pickup objective lens
Adjustment Value
R REC : 4.3 mW ± 0.1 mW (=A value) ; R Over Drive : A value + 0.1mW ± 0.01 mW
Purpose
Optimizing CD-R recording power of laser diode.
Symptom when Out of Adjustment
Incapable of CD-R recording, playing CD-Rs recorded on it. Sound pauses,
track skipping, or bad RF wave form (though no failure in playing CD).
Adjustment method
FL Indication
[Procedure]
1.
2.
3.
4.
Enter the Test mode.
Press the INPUT key so that " ANALOG " appears on the FL display.
Press the ERASE key so that " CD-R " appears on the FL display.
Move the pickup to the position where the power is easy to measure by pressing the SCAN key.
( 41 ¡¢ )
5. Press the REC/REC MUTE and NAME key in order, and light the LD.
& lt; Adjustment of CD-R Record Power & gt;
6. Turn the JOG key to adjust the power.
Switch the coarse adjustment and the fine adjustment by pressing the REC/REC MUTE key, and adjust it.
(initial state is the coarse adjustment.)
7. Press the PLAY/PAUSE key to register the adjustment if the power became the adjustment value.
(assume the power when it was decided by A value)
When it is registered, shift to the Overdrive power adjustment automatically.
& lt; Adjustment of CD-R Overdrive Power & gt;
8. Turn the JOG key to adjust the power.
Switch the coarse adjustment and the fine adjustment by pressing the REC/REC MUTE key, and adjust it.
(initial state is the coarse adjustment.)
9. Press the ENTER key to register the adjustment if the power became the adjustment value.
10. Press the STOP key to goes out the LD, and adjustment is completed.
67
PDR-W839
6.7.3 CD-RW Record Power Adjustment
DANGER – LASER RADIATION WHEN OPEN.
AVOID DIRECT EXPOSURE TO BEAM.
Test Point
Pickup objective lens
Adjustment Value
RW Bias : 2.3 mW ± 0.05 mW, RW Rec : 3.2 mW ± 0.05 mW, RW Erase : 5.2 mW ± 0.1 mW
Purpose
Optimizing CD-RW recording power of laser diode.
Symptom when Out of Adjustment
Incapable of CD-RW recording, playing CD-RWs recorded on it. Sound pauses,
track skipping, or bad RF wave form (though no failure in playing CD).
Adjustment method
FL Indication
[Procedure]
1.
2.
3.
4.
Enter the Test mode.
Press the INPUT key so that " ANALOG " appears on the FL display.
Press the ERASE key so that " CD-RW " appears on the FL display.
Move the pickup to the position where the power is easy to measure by pressing the SCAN key.
( 41 ¡¢ )
5. Press the REC/REC MUTE and NAME key in order, and light the LD.
& lt; Adjustment of CD-RW Bias Power & gt;
6. Turn the JOG key to adjust the power.
Switch the coarse adjustment and the fine adjustment by pressing the REC/REC MUTE key, and adjust it.
(initial state is the coarse adjustment.)
7. Press the PLAY/PAUSE key to register the adjustment if the power became the adjustment value.
When it is registered, shift to the CD-RW Record Power Adjustment automatically.
Note: In the CD-RW Bias Power Adjustment, in the case that the power is over 2.3 mW when the LD
lighted, do not need to perform the Bias Power Adjustment. Set adjustment value of the CD-RW
record power to + 0.9mW ± 0.05mW against the power in LD lighting then.
& lt; Adjustment of CD-RW Record Power & gt;
8. Turn the JOG key to adjust the power.
Switch the coarse adjustment and the fine adjustment by pressing the REC/REC MUTE key, and adjust it.
(initial state is the coarse adjustment.)
9. Press the PLAY/PAUSE key to register the adjustment if the power became the adjustment value.
When it is registered, shift to the CD-RW Erase Power Adjustment automatically.
& lt; Adjustment of CD-RW Erase Power & gt;
10. Turn the JOG key to adjust the power.
Switch the coarse adjustment and the fine adjustment by pressing the REC/REC MUTE key, and adjust it.
(initial state is the coarse adjustment.)
11. Press the ENTER key to register the adjustment if the power became the adjustment value.
12. Press the STOP key to goes out the LD, and adjustment is completed.
Cautions:
(1) All the reading values of power meter of this adjustment are values with an average.
(2) How to confirm the adjustment value:
When enter the power adjustment mode, enter it by pressing the REC/REC MUTE and DISPLAY keys in order.
Furthermore, can confirm the adjustment value of each power stored in EEPROM by switching the DISPLAY key.
However, RW cannot see all adjustment results. Use DAC the same as erase power in the Bias Power Adjustment, and
perform the adjustment of record power while outputting the setting value of erase power decided in the Bias Power
Adjustment. And perform the Erase Power Adjustment while outputting the setting value of the record power.
Therefore, the value of Bias Power Adjustment does not remain after adjustment of the erase power. (as for the displayed
adjustment value, erase power is the same as bias power.)
It is only erase power that can confirm the adjustment result with the power meter among power of RW.
As for the value of Record Power Adjustment, only setting numeric value is readable, but output power becomes the same
as the erase power.
Bias power cannot confirm the setting value, too. Be not used during actual record operations either.
68
PDR-W839
6.8 SERVO ADJUSTMENT
MANUAL ADJUSTMENT
6.8.1 Preparations
1.
2.
3.
4.
Enter the TEST mode.
Press the INPUT key so that " OPTICAL " appears on the FL display.
Press the ERASE key more than three seconds to initialize it.
Press the SYNCHRO key to perform the average process.
\ " OPTICAL " disappears on the FL display when completed.
6.8.2 Focus Offset Adjustment
Test Point
CN102-pin 8 (Focus err)
Adjustment Value
0 mV ± 30 mV
Purpose
Optimizing DC offset voltage of focus-error amplifier.
Symptom when Out of Adjustment
Focus-in does not function, or bad RF wave shape.
Adjustment method
FL Indication
[Procedure]
1. Monitor the FOCUS ERROR waveform with VC.
2. Adjust the JOG key so that FE offset becomes zero.
3. Press the ENTER key to register the adjustment.
CN102
FE 8
10: 1 prove
Oscilloscope
VC 6
6.8.3 SRFO Offset Adjustment
Test Point
CN102-pin 2 (RF)
Adjustment Value
0 mV ± 30 mV
Purpose
Optimizing DC offset voltage of RFDC output circuit when recording.
Symptom when Out of Adjustment
Recording does not function.
Adjustment method
FL Indication
[Procedure]
1. Press the AUTO SPACE key and shift to the SRFO Offset Adjustment.
2. Monitor the RFDC waveform with VC.
2. Adjust the JOG key so that RFDC offset becomes zero.
3. Press the ENTER key to register the adjustment.
CN102
RF 2
10: 1 prove
Oscilloscope
VC 6
69
PDR-W839
6.8.4 RFOM Offset Adjustment
Test Point
CN102-pin 2 (RF)
Adjustment Value
0 mV ± 30 mV
Purpose
Optimizing DC offset voltage of RFDC output circuit when playing back.
Symptom when Out of Adjustment
Focus-in does not function, incapable of searching, or track skipping.
Adjustment method
FL Indication
[Procedure]
1. Press the AUTO SPACE key and shift to the RFOM Offset Adjustment.
2. Monitor the RFDC waveform with VC.
2. Adjust the JOG key so that RFDC offset becomes zero.
3. Press the ENTER key to register the adjustment.
CN102
RF 2
10: 1 prove
Oscilloscope
VC 6
6.8.5 MPP Offset Adjustment
Test Point
CN102-pin 4 (MPP)
Adjustment Value
0 mV ± 50 mV
Purpose
Optimizing DC offset voltage of main signal output circuit.
Symptom when Out of Adjustment
Playback does not function, incapable of searching, or track skipping.
Adjustment method
[Procedure]
1. Press the AUTO SPACE key and shift to the MPP Offset Adjustment.
2. Monitor the MPP waveform with VC.
2. Adjust the JOG key so that MPP offset becomes zero.
3. Press the ENTER key to register the adjustment.
CN102
MPP 4
10: 1 prove
VC 6
70
Oscilloscope
FL Indication
PDR-W839
6.8.6 SPP Offset Adjustment
Test Point
CN102-pin 3 (MPX)
Adjustment Value
0 mV ± 50 mV
Purpose
Optimizing DC offset voltage of sub-signal output circuit.
Symptom when Out of Adjustment
Playback does not function, incapable of searching, or track skipping.
Adjustment method
FL Indication
[Procedure]
1. Press the AUTO SPACE key and shift to the SPP Offset Adjustment.
2. Monitor the MPX waveform with VC.
2. Adjust the JOG key so that SPP offset becomes zero.
3. Press the ENTER key to register the adjustment.
CN102
MPX 3
10: 1 prove
Oscilloscope
VC 6
6.8.7 Tracking Gain adjustment
Test Point
CN102-pin 3 (MPX)
Adjustment Value
Minimize (MPP+SPP)
Purpose
Matching gains of pickup main signal output and sub-signal output.
Symptom when Out of Adjustment
Playback does not function, or incapable of searching.
Adjustment method
FL Indication
[Procedure]
1. Press the AUTO SPACE key and shift to the Tracking Gain (MS MIX) Adjustment.
2. Move the Pickup to center of the disc by pressing the SCAN key. ( 41 ¡¢ )
3. Monitor the MPX signal and set a CD disc.
4. Press the FINALIZE key to FOCUS IN.
5. Press the PLAY/PAUSE key to turn the SPINDLE. (CAV)
6. Adjust the JOG key so that MPX waveform (MPP+SPP) becomes minimum.
7. Press the ENTER key to register the adjustment.
8. Press the STOP key to stop the disc rotation.
CN102
39kΩ
MPX 3
0.001µF
10: 1 prove
Oscilloscope
VC 6
71
PDR-W839
6.8.8 MPP Offset Readjustment
Test Point
CN102-pin 5 (Tracking err)
Adjustment Value
0 mV ± 50 mV
Purpose
Optimizing DC offset voltage of tracking-error output circuit.
Symptom when Out of Adjustment
Playback does not function, incapable of searching, or track skipping.
Adjustment method
[Procedure]
1. Press the AUTO SPACE key and shift to the MPP Offset Readjustment.
(Press the AUTO SPACE key several times to appear the right indication.)
2. Monitor the TE waveform with VC.
Be careful with monitoring TE waveform instead of MPP waveform in the readjustment !
3. Adjust the JOG key so that TE offset becomes zero.
4. Press the ENTER key to register the adjustment.
CN102
TE 5
10: 1 prove
VC 6
72
Oscilloscope
FL Indication
PDR-W839
6.8.9 Focus Bias Adjustment
Test Point
CN102-pin 2 (RF)
Adjustment Value
Minimize jitter value
Purpose
Optimizing DC offset voltage of focus servo loop circuit including pickup.
Symptom when Out of Adjustment
Focus-in does not function, sound pauses, bad RF wave form, or incapable of
playing some discs.
Adjustment method
FL Indication
[Procedure]
1. Press the AUTO SPACE key and shift to the Focus Bias Adjustment.
2. Press the SYNCHRO key to perform the average process.
\ " OPTICAL " disappears on the FL display when completed.
3. Move the Pickup to center of the disc by pressing the SCAN key. ( 41 ¡¢ )
4. Monitor the jitter value and set a CD disc. (use the jitter meter)
5.
6.
7.
8.
9.
Press the FINALIZE key to FOCUS IN.
Press the PLAY/PAUSE key to turn the SPINDLE. (CAV)
Press the PLAY/PAUSE key to TRACKING ON. (EFM CLV)
Adjust the JOG key so that jitter value becomes minimum.
Press the ENTER key to register the adjustment.
\ Shift to the RFDC Level Adjustment automatically.
10. Adjustment is completed automatically.
\Each display the reason that became abnormal when adjustment was not completed normally.
When did not converge in limit of adjustment possibility
(when it became the lowest level)
When failed in writing to the EEPROM
11. Press the STOP key to stop the unit.
Caution:
In this adjustment, shift to the RFDC Adjustment when pressing the ENTER key before step 9, and there is
it when completed in normal on the indication.
However, must not omit operation of steps 7 from 5 because RFDC is not adjusted to normal when
pressing the ENTER key with the state that steps 7 from 5 are not executed.
CN102
RF 2
10: 1 prove
Oscilloscope
VC 6
• The arbitrary value that " ∗ ∗ " modified it by adjustment.
• " ? " is not displayed in the point that selected an item with the AUTO SPACE key, and blink when changes setting value by the input
of the JOG key. Press the ENTER key to register the setting value, and disappear the FL indication that the setting value is stored in
the EEPROM by normal.
73
PDR-W839
AUTOMATIC ADJUSTMENT
6.8.10 Preparation
Test Point
CN102-pin 3 (MPX)
Discs to be Used
CD test disc (STD-903)
Method
FL Indication
[Procedure]
1. Press the INPUT key so that " OPTICAL " appears on the FL display.
\ If it was not displayed the Focus Offset Adjustment, press the AUTO SPACE key and shift to the
Focus Offset Adjustment.
2. Monitor the MPX signal with VC and set a CD disc.
CN102
MPX 3
10: 1 prove
Oscilloscope
VC 6
6.8.11 Automatic Adjustment Start
Method
FL Indication
[Procedure]
1. Press the REC/REC MUTE key to start the automatic adjustment.
\ Execute it from " 6.8.1 preparations " to " 6.8.6 SPP Offset Adjustment " of the Manual Adjustment
automatically. And stop by the state that selected an item of next " 6.8.7 Tracking Gain Adjustment " once.
6.8.12 Tracking Gain Adjustment
Test Point
CN102-pin 3 (MPX)
Adjustment Value
Minimize (MPP + SPP)
Purpose
Matching gains of pickup main signal output and sub-signal output.
Symptom when Out of Adjustment
Playback does not function, or incapable of searching.
Adjustment method
[Procedure]
1.
2.
3.
4.
5.
6.
Move the Pickup to center of the disc by pressing the SCAN key. ( 41 ¡¢ )
Monitor the MPX signal with VC and set a CD disc.
Press the FINALIZE key to FOCUS IN.
Press the PLAY/PAUSE key to turn the SPINDLE. (CAV)
Adjust the JOG key so that MPX waveform (MPP+SPP) becomes minimum.
Press the ENTER key to register the adjustment.
\ Stop the disc rotation and Excute " 6.8.8 MPP Offset Readjustment " automatically. And select an item
of next " 6.8.9 Focus Bias Adjustment " , and stop with the state completed to average processing.
CN102
39kΩ
MPX 3
0.001µF
VC 6
74
10: 1 prove
Oscilloscope
FL Indication
PDR-W839
6.8.13 Focus Bias Adjustment
Test Point
CN102-pin 2 (RF)
Adjustment Value
Minimize jitter value
Purpose
Optimizing DC offset voltage of focus servo loop circuit including pickup.
Symptom when Out of Adjustment
Focus-in does not function, sound pauses, bad RF wave form, or incapable of
playing some discs.
Adjustment method
FL Indication
[Procedure]
1. Move the Pickup to center of the disc by pressing the SCAN key. ( 41 ¡¢ )
2. Monitor the jitter value and set a CD disc. (use the jitter meter)
3. Press the FINALIZE key to FOCUS IN.
4. Press the PLAY/PAUSE key to turn the SPINDLE. (CAV)
5. Press the PLAY/PAUSE key to TRACKING ON. (EFM CLV)
6. Adjust the JOG key so that jitter value becomes minimum.
7. Press the ENTER key to register the adjustment.
\ Shift to the RFDC Level Adjustment automatically.
8. Adjustment is completed automatically.
\ Each display the reason that became abnormal when adjustment was not completed normally.
When did not converge in limit of adjustment possibility
(when it became the lowest level)
When failed in writing to the EEPROM
9. Press the STOP key to stop the operation.
Caution:
In this adjustment, shift to the RFDC Adjustment when pressing the ENTER key before step 7, and there is
it when completed in normal on the indication.
However, must not omit operation of steps 5 from 3 because RFDC is not adjusted to normal when
pressing the ENTER key with the state that steps 5 from 3 are not executed.
CN102
RF 2
10: 1 prove
Oscilloscope
VC 6
How to execute the automatic adjustment once again after the automatic adjustment is completed:
1. Press the STOP key to stop the disc rotation. (servo OFF)
2. Press the AUTO SPACE key and shift to the Focus Offset adjustment.
3. Press the REC/REC MUTE key to start the automatic adjustment.
Adjust from " 6.8.11 automatic Adjustment Start " to " 6.8.13 Focus Bias Adjustment " .
Press the STOP key when stops execution of the automatic adjustment on the way and stop processing. Then return to the state of
" 6.8.10 Preparations " and stop the operation.
75
PDR-W839
& lt; Pickup replacement repair, the final check inspection method after adjustment & gt;
Disk required:
CD-R disc
* [STD-R07(PVC:RDD-74B,RDD-74BJ)]
[STD-R08(PVC:RDD-74,RDD-74U)]
or equivalent
CD-RW disc
* [STD-R11(PVC:RDW-74,RDW-74J)]
or equivalent
[Inspection items]
1. Recording-playback jitter
Method: Measure RF signal (CN102-pin2) by Jitter Meter (Trailing edge).
Specification: 35nS or below.
2. Recording-playback block error
Method: While pushing " CD-R CONTROL " side " DISPLAY " key, press " REC MODE " key.
Display: appears in about 4 sec like C1 * * * * *
Specification: 65 pieces or less
(Press " STOP " key to reset display)
3. Recording-playback ATIP error
Method: While pushing " CD-R CONTROL " side " DISPLAY " key, press " AUTO SPACE " key.
Display: appears in about 10 sec like ATIP * * * * * *
The three digits on the left = Total number of errors
The three digits on the right = Maximum continuous error number (Specification item)
Specification: Max continuous error (Right side datum) must be 7 pieces or less.
(Press " STOP " key to reset display)
[Warning]
Scratch, dust, fingerprint, etc. on recording disc may cause deterioration of performance. Take care of the discs.
When CD-RW disc is used for measurement, do not use the same position at more than 100 times.
76
PDR-W839
7. GENERAL INFORMATION
7.1 DIAGNOSIS
7.1.1 ERROR CODE (CD-R)
Error Code Display for Service
The PDR-W839 can display the error codes for service.
When the DISPLAY key of the CD-R side and ERASE key is
held down simultaneously, an FL display as shown below is
Display
999999
Right 2 FL digits : Error code for service
∗∗
Error code Number(2 digits)
The error code for service is displayed as a number (ERROR
NUMBER), which follows a message " CHECK DISC " or
" CHECK. " For details, see the table below.
Error code table for service
Code
Symptom
Contents of Error
Possible Cause
• Defective tray position sensor
• Defective loading motor
• Improper soldering
• Pattern short
• Improper power supply
L∗
The unit stops during the
tray open/close operation.
(CHECK display)
Improper loading
E∗
The unit stops when PLAY
or REC/PAUSE starts.
(CHECK display)
• Disconnected flexible cable
Defective slider
• Defective drive circuit
• The pickup cannot be returned to the • Abnormal power supply
specified position.
• Abnormal TOC position switch
• Improper soldering
P∗
The unit does not read the
inserted disc, and stops.
(CHECK DISC display)
Defect in spindle
• Disc upside-down.
• Dirty or cracked disc
• Abnormal disc rotation
• No signal obtained from the disc
The unit stops before it
enters REC/PAUSE mode.
Defects related to the recording laser
power
• Dirty or cracked disc
• The optimum recording power
cannot be obtained.
• Trouble in RF detection.
• Defective laser diode
• Trouble in RF detection
• Defective RFT RFB circuit
• Recording power is not sufficient.
• Improper soldering, pattern short
• Trouble with power supply
• Unable to read ATIP or subcode
F∗
The unit stops during
playback or recording.
Defective pickup
• Unable to focus because of dirt or
crack on the inserted disc.
• Unable to output the proper laser
power
• Defective laser diode
• Defective focus drive circuits
• Defective pickup
• Improper soldering
• Pattern short
• Trouble of power supply
A∗
The unit stops in a
recording-related operation,
displaying " CHECK DISC. "
C∗
• Unable to focus
Stop during recording
The unit stops in a recording • The unit stops, being obstructed by a
dirt or a crack on the disc.
related operation, displaying
" CHECK DISC. "
The unit does not read the
inserted disc, and stops.
d∗
• Defective spindle motor
• Defective spindle drive circuit
• Abnormal FG signals
• Defective WBL circuit
• Defective decoder circuit
• Unable to read ATIP or subcode
• High error rate
Checkpoints
IC451 (BA5810FP)
S601 (PSG1014)
IC451 (BA5810FP)
IC401 (CXD2585Q)
PC651
(NJL5809K-F1)
IC451 (BA5810FP)
IC401 (CXD2585Q)
IC201 (PA9007A)
IC101 (AK8567)
IC308 (TC7S14F)
IC451 (BA5810FP)
IC401 (CXD2585Q)
If any hardware trouble occurs before
displaying A∗ or d∗, the unit stops
displaying a code other than these
codes. Therefore, these service
codes are generated only for troubles
with the disc.
The indication for * shows themechanism mode listed below.
No.
Mechanism Mode
No.
Mechanism Mode
No.
Mechanism Mode
0
PLAY
5
SETUP
A
REC
1
OPEN
6
TOC READ
B
TOC REC
2
STOP
7
−
C
OPC
3
−
8
SEARCH
D
TOC CHECK
4
−
9
REC/PAUSE
E
PMA, ACTUAL PAUSE REC
77
PDR-W839
Error code table for service
Code
Generation Condition
L∗
In the tray opening procedure, if opening is not completed within 4.5 sec., the procedure moves to closing.
Afterwards if this closing is not completed within 4.5 sec., the procedure recalls opening again.
If the recalled opening procedure is not also completed within 4.5 sec., the operation halts.
Doing the tray closing procedure, if closing is not completed within 4.5 sec., the procedure moves to opening action.
Afterwards if the opening procedure is not completed within 4.5 sec., the operation halts.
E∗
(1) When the slider moves in REV direction, if TOC position SW does not become " H " within 3.4 sec., the operation halts.
(2) After (1) is completed normally and then the slider moves in the FWD direction, if TOC position SW does not become " L "
within 300 msec., the operation halts.
(3) After (2) is completed normally and then the slider moves in the REV direction, if TOC position SW does not become " H "
within 300 msec., the operation halts.
P∗
When Q data is not read in 1 sec. and ATIP data is not read in 1 sec. ,the system tries to read them 3 times. If both Q data and
ATIP data are still not read, the operation halts, etc.
C∗
When reading PCA area, if searching for the playback starting position has failed, this is tried twice. If the search is not completed,
the operation halts.
When writing PCA area, the rotation does not reach to the required speed at writing position, and it is not possible for the writing to
start. If searching for the writing starting position fails,it is retried 19 times, and if both are still incomplete, then the operation halts.
F∗
Once disk discrimination is completed, and focus-in action is failed, then the operation halts.
A∗
If the pick-up jump occurs during recording, and it is not recovered, then the operation halts.
If ATIP data is not read for 4 sec. during recording, then the operation halts.
d∗
If PMA writing is not completed within 60 sec., then the operation halts.
If reading of TOC and PMA have failed, or there is missing information observed in the read data, an error occurs.
When recording is started, if RF signal exists instead of NO RF at the end edge boundary of the disc, an error occurs.
7.1.2 SOLUTION OF 3CD TRAY MISMATCHING
& lt; SOLUTION WHEN 3CD POSITION MISMATCHING OCCURS & gt;
Just after power on, if clamped tray is different from the disc number displayed on FL indicator, proceed with the following operations.
1. Press " OPEN/CLOSE1 " key to open the tray. Even the tray that has come out at this time is not tray1, keep doing the following
procedure.
2. When tray-opening operation is completed, press " OPEN/CLOSE2 " key to open the next tray.
3. Like the previous operation when tray-opening operation is completed, press " OPEN/CLOSE3 " key to open the next tray.
4. When tray-opening operation is completed, then press " OPEN/CLOSE1 " key again. If the tray 1 is opened, The procedure is
completed.
If this procedure does not recover mismatched tray , turn power off/on then repeat the whole procedure above again.
Warning) In case you start the self-reset mode during the operation, wait until the operation is completed and then proceed the
operations from the next step.
78
PDR-W839
7.1.3 POWER ON SEQUENCE
POWER ON SEQUENCE (Display System)
Check Point
POWER ON
• Blow out fuse (FU01) of the primary side on the POWER SUPPLY Assy
• Blow out micro-fuse (IC02,IC03) on the POWER SUPPLY Assy
• System controller (IC901) on the MAIN Assy breaks down
CD1, CD2, CD3
CD → CD-R
LED flash
FL display
" POWER ON "
No
When FL does not turn on at all:
• Check the connection between the MAIN Assy and OPERATING
1 Assy.
• Check the communication lines (FLDI, FLCL, FLCE and FLRST)
between the system controller (IC901) and FL driver (IC701).
• FL Driver (IC701) on the OPERATING1 Assy breaks down.
When FL indication is dark or glimmers:
• Malfunction of the POWER SUPPLY Assy
Yes
• Check the following connections:
MAIN Assy - OPERATING 1 Assy
MAIN Assy - POWER SUPPLY Assy
3CD SETUP
SETUP SEQUENCE (CD-R)
Check Point
POWER ON
Is the mecha.
controller reset
release?
No
Yes
Is the communication between mecha.
controller and each
LSI start?
No
Yes
Is the communication between system
controller and mecha.
controller start?
No
• Reset signal (MRESET) from the system controller to the
mechanism controller
• Check the connection between the MAIN Assy and CD-R
CORE Assy
• Blow out micro-fuse (IC02) on the POWER SUPPLY Assy
• Check the power supply voltage on the CD-R CORE Assy
(XPFAIL=H (normal))
• Check the communication between the mechanism controller and each LSI
MSI, MSO, MSCK, EECS,AD0~7,XRD,XWR,ASTB
• Communication between the system controller and mechanism controller
MSI,MSO,SSCK,SREQ,MACK
Yes
Is the DISC
distinction
start?
No
• Blow out micro-fuse (IC04) on the POWER SUPPLY Assy
Yes
No DISC?
Yes
STOP
No
" CD " , " CD-R " or " CD-RW " segment turns on to
the right-side end of FL
79
PDR-W839
SETUP SEQUENCE (3CD)
POWER ON
FL display the time 0f 3CD
No
Any tray failing
TOC READ?
No
STOP
(Clamping the tray)
Yes
Yes
Start the timer
PLAY
Clamp the tray failing TOC READ
(Doing TOC READ)
Is there a
DISC?
DISC on the
clamped tary?
Yes
No
Other tray failing
TOC READ?
About 15sec.
passed after
Power On?
No
Start the timer
PLAY
Yes
No
STOP
(Clamping the tray)
Yes
Confirm the check point below when the sequnce does't work as above,
or the 3CD does't work when pushing the key (OPEN/CLOSE key,PLAY key,etc).
Check Point
• Check the connection between 3CD CORE Assy and the
MAIN Assy
• Blow out micro-fuse (IC01) on the POWER SUPPLY Assy.
• Check the logic of mechanism SW. (Refer to the
" • Initialization sequence at POWER ON of 3CD MICRO
CHANGER MECHANISM " .
• Check the select drive signal
SELO+(CN1302 pin 8), SELO-(CN1302 pin 9)
• Check the loading drive signal
LO+(CN1302 pin 10), LO-(CN1302 pin 11)
80
PDR-W839
Initialization Sequence at POWER ON of 3CD MICRO CHANGER MECHANISM
POWER ON
Each mechanism SW is checked.
MECHA SW
• SELINIT SW
• SEL SW
• OPEN SW
• CLOSE SW
• CLAMP SW
• HOME SW
(pin 4)
(pin 5)
(pin 90)
(pin 91)
(pin 6)
(pin 7)
Mechanism SW logic
at HOME position
at CLAMP position
• SELINIT SW
• SEL SW
• OPEN SW
• CLOSE SW
• CLAMP SW
• HOME SW
" L "
" L "
" H "
" L "
" H "
" L "
" L " (clamp tray1) / " H " (clamp tray2,3)
" L "
" H "
" L "
" L "
" L "
Setting the initial condition for shipping
Setting the initial operating condition
The factory default settings shall be as below.
For reason that this product memorizes the condition of below items by back-up battery.
Note) All items are reset to the factory default setting when pushing the MENU key about 10 sec.
Adjusting the shipping position of mechanism.
Before shipping, it is necessary to adjust the shipping position of the mechanism. See following.
& lt; CD-R tray mechanism & gt;
1. Open CD-R tray and remove a disc.
2. Push OPEN/CLOSE button and wait until the FL display " NO DISC " .
& lt; 3CD changer mechanism & gt;
1. Open the tray; CD1–CD3, and remove all discs . And close the tray.
2. Wait until DISC1 to 3 indicators on the FL display, see right, are put out all
and the mechanism is stopped.
3. ON pushing " STOP(CD-R side) " key, and push " PLAY MODE " key .
= " OK! " is displayed on the FL display, then the mechanism is set to the shipping position.
4. Turn off the power.
Item Initial
REC volume(Analog)
REC volume(Optical)
REC volume(Coaxial)
REC volume FIX(Analog)
REC volume FIX(Optical)
REC volume FIX(Coaxial)
INPUT SELECTOR
MENU
H.P. LEVEL
A.TRACK
A.LVL(Analog)
A.LVL(Optical)
A.LVL(Coaxial)
FADER(Analog)
FADER(Optical)
FADER(Coaxial)
T.INC
BALANCE(Analog)
BALANCE(Optical)
BALANCE(Coaxial)
DISC 1
DISC 2
DISC 3
condition
0dB
0dB
0dB
ON
ON
ON
ANALOG
L
ON
-54dB
-54dB
-54dB
5sec
5sec
5sec
OFF
center
center
center
81
PDR-W839
7.1.4 ERROR MEESAGE " CHECK TEMP "
If recording is operated on the PDR-W839 in high or low temperatures, a message " CHECK TEMP " is displayed for several
seconds, the operation halts, and then afterwards the display changes to " MONITOR " .
This message is displayed to indicate what happens to recording and playback operation if the product is placed on a hot object like
an amplifier or in a closed space like a rack in which an object omitting heat such as an amplifier would make it even hotter. If the
product is moved to different temperature, the problem disappears. When the temperature sensor inside the product hits +70°C or
higher, or -15°C or lower, the message is displayed. Once displayed, all actions stop. In addition, the product will be warmer than
the temperature outside the casing and the outside product threshold temperature would be a little lower. These temperatures are
not specifications that guarantee operation.
7.1.5 CD-R DISC MANUFACTURER CODE
PDR-W839 has a function to check the " Manufacturer Code " of a CD-R disk. By checking the information in the " Lead-in Start
Time " , which is displayed when the following procedure is performed, against the following table, the manufacturer becomes clear.
Verification whether this is a checked disk or not becomes possible. Be reminded that in the case of CD-R disks, label indication is
sometimes different from manufacturer's name. Through this operation you can provide more exact information regarding to
unchecked disks to your customers. It is worth using.
*Operation procedure
(1) Insert the disc to verify the manufacturer.
(2) While pushing " CD-R CONTROL " side " DISPLAY " key, press " INPUT " key.
(3) Check that the DISPLAY reads " PEC********* " (RID).
(4) Press the " INPUT " key 14 times.
(5) Check that the DISPLAY reads " LIA 97:**:** "
(6) Refer this value to the following table.
(7) Press " STOP " key to end
MANUFACTURER CODE LIST
& lt; OPERATION CONFIRMATION MEDIA & gt;
MEDIA MAKER
TDK Corporation : 80min. group
Ritek Co. : 80min. group
Mitsubishi Chemical Co. : 80min. group
Taiyo Yuden Company Ltd.
Sony Corporation
Hitachi Maxell. Ltd.
FUJI Photo Film Co. ,Ltd.
Pioneer Video Corporation
Kodak Japan Limited
Mitsui Chemical, Inc.
Ricoh Co. ,Ltd.
Ritek Co. : 80min. group 74min. group
TDK Corporation : 74min. group
Mitsubishi Chemical Corporation : 74min. group
(74min.,80min.,21min. group)
97:15:00 ~ 04
97:15:10 ~ 19
97:15:20 ~ 24
97:24:00 ~ 04
97:24:10 ~ 14
97:25:20 ~ 24
97:26:40 ~ 44
97:27:30 ~ 34
97:27:45 ~ 49
97:27:55 ~ 59
97:27:65 ~ 69
97:31:00 ~ 09
97:32:00 ~ 04
97:34:20 ~ 24
(63min.,18min. group)
97:46:00 ~ 04
97:48:30 ~ 34
97:48:15 ~ 19
97:48:55 ~ 59
97:49:00 ~ 04
* Even above confirmed discs may be changed to be not suported when media change is done after product design and it becomes unable to
gurantee the constant performance.
& lt; Not suported MEDIA & gt;
(74min.,80min.,21min. group)
MEDIA MAKER
97:22:15 ~ 19
Seantram Technology Inc.
97:22:60 ~ 64
Acer Media Technology, Inc.
97:25:50 ~ 54
AMS Technology Inc.
97:25:60 ~ 64
Xcitek Inc.
97:26:00 ~ 04
FORNET INTERNATIONAL PTE LTD.
97:26:10 ~ 19
POSTECH Corporation
97:26:50 ~ 59
Lead Data Inc
97:26:60 ~ 69
CMC Magnetics Corporation
97:27:01 ~ 04
DIGITAL STORAGE TECHNOLOGY CO. ,LTD.
97:27:15 ~ 19
Plasmon Data systems Ltd.
97:27:26 ~ 28
Princo Corporation
97:28:10 ~ 19
GIGASTORAGE CORPORATION
97:28:20 ~ 24
Multi Media Masters & Machinary SA
Vanguard Disc Inc.
97:29:10 ~ 14
97:32:15 ~ 19
Prodisc Technology Inc.
* The discs displayed code except listed above are not confirmed media.
82
PDR-W839
7.1.6 DISASSEMBLY
Bonnet
1
Tray Open
Servo Mechanism Block
(Changer section)
POWER
(Recorder section)
OPEN/CLOSE
OPEN/CLOSE
1
3
6
5
Bridge
Drive
Gear
2
Front
×3
Bonnet
1
Tray
×2
Unhook
5
×2
2
4
3
6
Tray Panel C
4
CD-R CORE
Assy
CN453
5
Tray Panel R
CN452
Remove four
connectors.
×2
CN101
7
Tray Close
5
CN451
5
CD-R CORE ASSY
1
2
×4
3Wick Cable
Shield Case
Diagnosis of CD-R
CORE Assy
4Wick Cable
4
3
×4
9
Servo Mechanism Assy
5
CD-R CORE Assy
8
CN302 CN502
6
Unhook ×2
CN901
Remove three connectors.
Diagnosis of 3CD Microchanger Mechanism
83
PDR-W839
3CD MICROCHANGER MECHANISM
2
1
• Bottom view
×2
CN902
10
Remove four connectors.
CN101
CN1201
9
×4
11
1
×2
CN1301
CN1302
CD CORE PCB Assy
3CD Microchanger
Mechanism
3
12
3CD Mechanism Base F
×2
13
3
6
• Top view
SUB Tray (x 3)
7
15
5
Power Button B
84
4
3CD Microchanger
Mechanism
14
Hook (x2) is removed and the elevator,
the elevator cover, the gear shaft,
and the loading gear are removed.
(A sub-tray becomes free.)
PDR-W839
17
Clamper Holder
Float Base
22
Main Tray
23
16
Bottom View
The Hook is removed.
( The bottom of a main
tray is lifted.)
Black
Blue
Swing Base
Hook
PICKUP UNIT
19
20
18
Hook take off
21
Mecha Base
85
PDR-W839
Attention when 3CD MICROCHANGER MECHA is assembied
1
Tray installation
Not to be caught
to the tray when
the tray is put,
the home lever is
opened.
The stopper arm is shut.
2
Gear match of sub-tray
The stick of Ø3 (plus driver etc.of #0) is
inserted in the hole of sub-three trays
and main trays and the position of all
trays is arranged.
Extended
Gear B
Elevator
EV Cam Gear
When the elevator is installed, Extended Gear B
is turned and the ditch in the Elevator and the gear
flange of the EV Cam Gear are matched.
86
PDR-W839
7.1.7 DIAGNOSIS OF 3CD MICROCHANGER MECHANISM and MAINASSY
When diagnosing the 3CD Microchanger Mechanism and MAIN Assy, use the following Flexible Cables and
Connector Assy for service.
(When you diagnose only 3CD Microchanger Mechanism, the product operates with CD-R CORE ASSY removed. )
1
Remove the CD-R CORE Assy.
2
Replace three cables (
1
3
~
) for service and diagnose it.
• Flexible Cables and Connector Assy for service
CD-R CORE Assy ↔ Other Assys
POWER SUPPLY Unit
CN202
1
CN502
3
CN502 ↔ CN601 (MAIN Assy)
25P FFC : PDD1227
3
CN904
CN901 ↔ CN202 (POWER SUPPLY Unit)
Connector Assy (6P) : PG06KK-F50
2
CN601
CN302 ↔ CN904 (MAIN Assy)
9P FFC : PDD1226
CN302
2
1
CN901
MAIN Assy
CD-R CORE Assy
7.1.8 DIAGNOSIS OF CD-R CORE ASSY
When diagnosing the CD-R CORE Assy, use the following Flexible Cables and Connector Assys for service.
1
Remove the CD-R CORE Assy. (Refer to the Disassembly of the CD-R CORE Assy and steps
Mechanism Block.
2
Replace seven cables (
1
~
6
POWER SUPPLY Unit
1
to
6
of the Servo
) for service and diagnose it.
• Flexible Cables and Connector Assys for service
CD-R CORE Assy ↔ Other Assys
MAIN Assy
1
2
3
1 2
4
5
CN101
CN453
CN451
6
CN452
CN502 ↔ CN601 (MAIN Assy)
25P FFC : PDD1227
4
CN302
CN452 ↔ CN601 (MECHA PCB Assy)
8P FFC/30v : PDD1225
3
CN502
CN901 ↔ CN202 (POWER SUPPLY Unit)
Connector Assy (6P) : PG06KK-F50
CN302 ↔ CN904 (MAIN Assy)
9P FFC : PDD1226
5
CN101 ↔ CN1 (CD-R Pickup)
32P FFC : PDD1224
6
CN451 ↔ CN101 (LOAB Assy)
Connector Assy (3P) : PG03KK-E50
Insulation
Sheet, etc.
CN901
CD-R CORE Assy
87
PDR-W839
7.2 PARTS
• The information shown in the list is basic information and may not correspond exactly to
that shown in the schematic diagrams.
7.2.1 IC
•List of IC
PE5190B, AK8567, BA5810FP, PDC069, PD5603A
PE5190B (CD-R CORE ASSY : IC301)
• Mechanism Control IC
•Pin Function(1/2)
No.
Pin Name
I/O
1
P32/XCLK0/SCL
Mark
MSCK
I/O
Serial transfer clock output of clock synchronous system
Pin Function
2
P33/SO0/SDA
MSO
I/O
Serial transfer data output of clock synchronous system
3
P34/TO0
SREQ
I
Serial hand shake to the system control IC input
4
P35/TO1
MACK
O
Serial hand shake to the system control IC output
5
P36/TO2
EECS
O
Enable output for EEPROM access
6
P37/TO3
XECE
O
Enable output for reading the jig for test
7
XRESET
XRESET
I
Reset input (L: Reset)
8
VDD1
Vdd1
−
+5V
9
X2
X2
−
Crystal input for system clock (32MHz)
10
X1
X1
−
Crystal output for system clock (32MHz)
11
VSS1
Vss1
−
GND
12
P0 0
APCDAC0
O
NC
13
P0 1
APCDAC1
O
NC
14
P0 2
APCDAC2
O
NC
15
P0 3
PW0
O
Recording laser power monitor Output (0)
16
P04
PW1
O
Recording laser power monitor Output (1)
17
P05
PW2
O
Recording laser power monitor Output (2)
O
Recording laser power monitor Output (3)
18
P0 6
PW3
19
P0 7
PW4
O(I) Recording laser power monitor Output (4)
20
P67/XREFRQ/HLDAK XR W
O
CD-RWreversing output (CD/CD-R: H, CD-RW: L)
21
P66/XWAIT/HLDRQ
O
CLOCK output for CXD2585Q command
CLOKDEC
22
P65/XWR
XWR
O
Strobe signal output for read operation of the external memory
23
P64/XRD
XRD
O
Strobe signal output for write operation of the external memory
24
P63/A19
XLATDEC
O
Latch output of CXD2585Q command
25
P62/A18
CLOKRF
O
When communicating output AK8567 exclusive use clock
(CXD2585 ( " H " fixation) (AKCLOOCK)
26
P61/A17
DATA
O
CXD2585Q/ AK8567 common DATA output (SSO)
27
P60/A16
XLATRF
O
AK8567 exclusive use LATCH output for AK8567 command
28
P57/A15
XTERST
O
Tracking error envelope detection reset output
29
P56/A14
ECLV
O
Spindle servo EFMCLV mode switch output
30
P55/A13
CL V
O
Spindle servo CAV and WOBBLE CLV mode switch output
31
P54/A12
GAINUP
O
GAIN set switch output for CD-RW (CD-RW= " H " )
32
P53/A11
AGCON
O
WOBBLE extraction AGC circuit ON/OFF switch output
33
P52/A10
CDROPC
O
Signal output for AC circuit control for CD-R running OPC
34
P51/A9
LDON
O
LASER DIODE ON/OFF output (ON= " H " )
35
P50/A8
LRST
O
Reset for the servo and digital system ICs (L : Reset)
O
Data address line
36
P47/AD7
AD7
37
P46/AD6
AD6
38
P45/AD5
AD5
39
P44/AD4
AD4
40
P43/AD3
AD3
88
PDR-W839
•Pin Function(2/2)
No.
41
Mark
P42/AD2
Pin Name I/O
Pin Function
AD2
42
P41/AD1
AD1
43
P40/AD0
AD0
O
Data address line
44
ASTB/CLKOUT
ASTB
O
External latch signal of lower address signal for external memory access
45
Vss0
GNDD
−
GNDD
46
TEST
GNDD
−
GNDD
47
P10/PWM0
VWDSW
O
Laser driver time constant switch output for WRIT (H:ON,L:OFF)
48
P11/PWM1
TMODE
O
TEST MODE output (TEST MODE:H)
49
P12/ASCK2/XSCK2 QCLK
O
CLOCK output for CXD2585Q sub-Q reading
50
P13/RXD2/SI2
QDATA
I
DATA output for CXD2585Q sub-Q reading
51
P14/TXD2/SO2
N.C
O
-
52
P15
XRFDET
I
EFM playback RF detection
53
P16
FOK
I
FOCUS OK input (L : Focus OK)
54
P17
XCD
O
CD/other switch output (CD= " L " )
55
Vdd0
Vdd0
−
+5V
56
P70/ANI0
MPXTEST
I(A) AK8567 MPX input (various data for servo system adjustment)
57
P71/ANI1
WRFPH
I(A) A OUT input (running OPC)
58
P72/ANI2
WRFSH
I(A) B OUT input (running OPC)
59
P73/ANI3
TERM
I(A) Temperature sensor input
60
P74/ANI4
RFB
I(A) Playback RF lower side envelope input
61
P75/ANI5
RFT
I(A) Playback RF upper part envelope input
62
P76/ANI6
M11
I(A)
63
P77/ANI7
TRAY
I(A) LOADING POSITION input (OPEN= " L " )
CDRMR1 (RF upper part (envelope without coupling) input (for modulation degree
calculation)
64
Avdd
AV dd
−
+5V
65
Avref1
AV ref1
−
+4.5V
66
Avss
AVss
−
GNDA
67
ANO0
VWDC2
O(A) CD-R OverDrive/CD-RW record power output (0)
68
ANO1
DA1
O(A) CD-R OverDrive/CD-RW record power output (1)
69
Avref2
AVref2
−
+4.5V
70
Avref3
AVref3
−
GNDA
71
P20/NMI
XPFAIL
I
Power failure detection
72
P21/INTP0
XINT1
I
The EFM ENCO DER SYNC1 detection (detection interrupt and the synchronous demand
interrupt of R F,etc ).
73
P22/INTP1
XINT2
I
The EFM ENCO DER SYNC1 detection
74
P23/INTP2/C1
ATIPSYNC
I
ATIP FLAME SYNC detection
75
P24/INTP3
SCOR
I
EFM DECO DER FLAME SYNC detection
76
P25/INTP4/ASCK
FG
I
SPINDLE FG detection
77
P26/INTP5
SENS
I
SENS input
78
P27/SI0
MSI
I
Synchronous serial transfer data input
79
P30/RXD/SI1
SCLK
O
CLOCK output for CXD2585Q serial READ OUT reading
80
P31/TXD/SO1
N.C
O
Note: (A) in item I/O shows " ANALOG " .
89
PDR-W839
AK8567 (CD-R CORE ASSY : IC101)
• RF Processor
•Pin Function(1/3)
No.
Pin Name
I/O
Pin Function
1
AVDD3
I
Analog, positive power source pin
2
BCENT
O
Central signal output pin
3
PHBETA
O
ß signal top level output pin
4
BHBETA
O
ß signal bottom level output pin
5
PHBTC
O
External capacitor connector pin for PHBETA droop rate setting
6
BHBTC
O
External capacitor connector pin for PHBETA droop rate setting
7
MPP
O
Main push-pull signal output pin
8
TEIN
I
Input pin for tracking signal processing circuit
9
TE
O
Tracking error signal output pin
10
FE
O
Focus error signal output pin
11
SBAD
O
SBAD signal output pin
12
TZCLVL
I
Comparate level input pin for tracking zero cross
13
VREF
I/O
Decoupling pin for internal reference voltage/reference voltage input pin
14
AGND1
O
Decoupling terminal for internal reference voltage
15
BIAS
O
Bias resistance connector pin (Bias=4.7kΩ)
16
VSS
I
Analog ground pin
17
FVREF
I
Reference voltage input pin for APC
18
FPD0
I
Laser monitor output pin
19
RREF
I/O
Power setting voltage input pin for Read APC/built-in DAC setting voltage
20
VRDC
O
Laser driver control output pin for Read
21
VRDCN
I
Laser driver control amp.(-) pin for Read
22
VRDCN2
I
Laser driver time constant setting pin for Read
23
WREF
I/O
Power setting voltage input pin for write APC/built-in DAC seting voltage output pin
24
WDA0
O
Power setting for write APC built-in DAC voltage output pin
25
AVDD2
I
Analog, positive power source pin
26
AVSS2
I
Analog ground pin
27
VWDC
O
Laser driver control output pin for Write
28
VWDCN2
I
Laser driver time constant setting pin for Write
29
VWDCN
I
Laser driver control amp.(-) pin for Write
30
ATFM
O
Wobble signal output pin
31
AGC1C
O
External capacitor connector pin for AGC1 responce speed setting
32
AGC2C
O
External capacitor connector pin for AGC2 responce speed setting
33
AGV3C
O
External capacitor connector pin for AGC3 responce speed setting
34
AGND2
O
Decoupling pin for internal reference voltage
35
VSS
I
Analog ground pin
36
SGAINDN
I
Gain switch control signal input pin
37
GAINUP
I
CD- RW switch control siganl input pin
38
AGCON
I
Wobble AGC enable siganl input pin ( " H " AGC ON, " L " AGC reset)
39
ATFG
O
ATIP FG (digital wobble siganl)output pin
40
XTOR
O
Tracking amplitude detection signal output pin
41
XTAND
O
Off tracking detection siganl output pin
42
TZC
O
Tracking zero cross detection signal output pin
90
PDR-W839
•Pin Function(2/3)
No.
Pin Name
I/O
Pin Function
43
RECD2
I
Recorded area detection signal output pin2 ( " H " recorded, " L " unrecorded)
44
RECD1
O
Recorded area detection signal output pin1 ( " H " recorded, " L " unrecorded)
45
RC
O
RC signal output pin
46
DFCT
I
DFCT signal output pin
47
MIRR
I
MIRR signal output pin
48
MCLK1
I
Main clock input pin1 (input sine wave )
49
MCLK2
I
Main clock input pin2 (input sine wave )
50
DVSS
I
Digital ground pin
51
DVDD
I
Digital power source pin
52
FOK
I
FOk signal output pin
53
RZC
I
RF zero cross detection signal output pin
54
MPDSH
I
Sample pulse input pin for main beam signal ( " H " sample, " L " hold)
55
SPDSH
I
Sample pulse input pin for side beam signal ( " H " sample, " L " hold)
56
REPDSH
I
Sample pulse input pin for Read APC ( " H " sample, " L " hold)
57
WFPDSH
I
Sample pulse input pin for Write APC ( " H " sample, " L " hold)
58
WLDON
I
Write laser diode control signal input pin ( " L " Write APC setting to zero, " H " laser diode ON)
59
RLDON
I
Read laser diode control signal input pin ( " L " Read APC setting to zero, " H " laser diode ON)
60
SPBLVL
I
BLEVEL signal sample pulse pulse input pin ( " H " sample, " L " hold)
61
SPRFTR
I
WRFTR signal sample pulse pulse input pin ( " H " sample, " L " hold)
62
VWDSW
I
Laser driver time constant switch control signal input pin for Write ( " H " ON, " L " OFF)
63
VRDSW
I
Laser driver time constant switch control signal input pin for Read ( " H " ON, " L " OFF)
64
RSBETA
I
ß measurement circuit reset pin ( " H " PHBETA,BHBETA output to Reset)
65
SCLK
I
Clock input pin for register setting
66
SDATA
I
Data input pin for register setting
67
XLAT
I
Latch signal input pin for register setting
68
XRST
I
Register reset pin ( " L " initialize registers)
69
VSS
I
Analog ground pin
70
OSTCC
O
External CAP connector pin for EQ output offset cancelor fc setting
71
AGCC
O
External CAP connector pin for RFAGC response speed setting
72
PHD2C
O
External CAP connector pin for P/H2 Droop rate setting
73
RCCMPI
I
Comparator input pin for RC detection
74
PBH0
O
RRF signal bottom/top level output pin
75
AVDD1
I
Analog, positive power suorce pin
76
AVSS1
I
Analog ground pin
77
RRFTOP
O
RRF signal peak level output pin
78
RRFBTM
O
RRF signal bottom level output pin
79
NC
-
-
80
EQRF
O
Equalizer filter output pin
81
NC
-
-
82
AUX1
I
Auxilialy input pin for signal monitoring 1
83
AUX2
I
Auxilialy input pin for signal monitoring 2
84
AUX3
I
Auxilialy input pin for signal monitoring 3
85
MPXOUT
O
Multiplexer output pin for signal monitoring
91
PDR-W839
•Pin Function(3/3)
No.
86
Pin Name
RRFVC
I/O
Pin Function
I
Level shift voltage input pin for signal monitoring
87
RECDIN
I
RF input pin for Recorded area detection
88
RRF
O
Read RF signal output pin
89
WRF
O
Write RF signal output pin
90
VSS
I
Analog ground pin
91
AIN
I
Main beam signal (A) input pin
92
BIN
I
Main beam signal (B) input pin
93
CIN
I
Main beam signal (C) input pin
94
DIN
I
Main beam signal (D) input pin
95
EI N
I
Main beam signal (E) input pin
96
FIN
I
Main beam signal (F) input pin
97
GIN
I
Main beam signal (G) input pin
98
HIN
I
Main beam signal (H) input pin
99
HAVC
100 AVSS3
92
I
Main/side beam signal reference voltage input pin
I
Analog ground pin
PDR-W839
BA5810FP (CD-R CORE ASSY : IC451)
• 5Channel Driver IC
•Block Diagram
28
27
26
25
24
23
22
21
20
19
18
10k
17
16
15
10k 10k
10k
CH1~ POWVCC34
CH4 (CH3, CH4)
MUTE
7.5k
7.5k
10k
10k
10k
10k
16k
LEVEL
SHIFT
16k
LEVEL
SHIFT
LEVEL
SHIFT
LOADING PRE
FWD REV
16k
7.5k
LEVEL
SHIFT
7.5k
16k
10k
10k
10k
10k
3
POWER
SAVE
3
4
PREVCC
(PRE, LOADING)
POWVCC12
(CH1, CH2)
7
8
10k
1
2
5
6
9
10
11
10k 10k
12
10k
13
14
•Pin Function
No. Pin Name
Pin Function
No .
Pin Name
15 V04(+)
Pin Function
1
FWD
Input for loading forward
2
REV
Input for loading reverce
16 V04(-)
Inverted output of CH4
3
LDCONT
Output control terminal for loading
17 V03(+)
Not inverted output of CH3
Not inverted output of CH4
4
PS
Control terminal for power saving mode
18 V03( -)
Inverted output of CH3
5
IN1
Input of CH2
19 GND
Substrate ground
6
IN2
Input of CH1
20 POWVCC34
Power unit power supply input terminal (CH3,CH4)
7
PREVCC
Pre and loading unit power supply input terminal
21 MUTE
Input for mute control
8
POWVCC12 Power unit power supply input terminal
22 OPOUT3
Output of CH3 OP-AMP
9
VOL(-)
Inverted output of loading
23 OPIN3(-)
Inverting iutput of CH3 OP-AMP
10 VOL(+)
Not inverted output of loading
24 OPIN3(+)
Not inverting iutput of CH3 OP-AMP
11 V02(-)
Inverted output of CH2
25 OPOUT4
Output of CH4 OP-AMP
12 V02( +)
Not inverted output of CH2
26 OPIN4(-)
Inverting iutput of CH4 OP-AMP
13 V01(-)
Inverted output of CH1
27 OPIN4(+)
Not inverting iutput of CH4 OP-AMP
14 V01( +)
Not inverted output of CH2
28 BIAS
Input of Bias-amplifier
f
93
PDR-W839
PDC069 (CD-R CORE ASSY : IC501)
• Encoder IC
•Pin Function(1/5)
94
PDR-W839
•Pin Function(2/5)
95
PDR-W839
•Pin Function(3/5)
96
PDR-W839
•Pin Function(4/5)
97
PDR-W839
•Pin Function(5/5)
98
PDR-W839
PD5603A (MAIN ASSY : IC901)
• System Control IC
•Pin Function
No.
Mark
Pin Name
I/O
Pin Function
1
SOUT4
FLDI
O
Serial data output for FL driver
2
CLK4
FLCL
O
Serial clock output for FL driver
3
P94
SELI-
O
3CD Mecha select drive control
4
P93
SELINIT
I
3CD Mecha SW(Initail Select position detect)
5
P92
SELECT
I
3CD Mecha SW(Select position detect)
6
P91
CLAMP
I
3CD Mecha SW(CLAMP END detect)
7
P90
HOME
I
3CD Mecha SW(Tray position detect)
8
BYTE
VSS
I
Connect to GND
9
CNVSS
CNVSS
I
Pull-down connect to GND
10
XCIN
XCIN
I
Stand-by for HCMS
11
XCOUT
XCOUT
O
Stand-by for HCMS
12 ^R ESET
RESET
I
System reset input
13
XOUT
XOUT
O
System oscillation 16MHz
14
VSS
VSS
I
Connect to GND
15
XIN
XIN
I
System oscillation 16MHz
16
VCC
VCC
I
Connect to VDD
17
P85
VCC
I
Connect to VDD
18
INT2
KEYCK
I
Key Board input
19
INT1
REMIN
I
Remote control input
20
INT0
MACK
I
Commmunication permission form MECHA controller
21
P81
NC
O
Not used (L outputs)
22
P80
NC
O
Not used (L outputs)
23
P77
NC
O
Not used (L outputs)
24
P76
NC
O
Not used (L outputs)
25
P75
KEYDATA
I
Key Board input
26
P74
XOPT
O
Optical input (ON/OFF SW)
27
P73
HP_ATT
O
Headphone attenuator change SW
28
P72
SXMUTE
O
System MUTE
29
P71
NC
O
30
P70
NC
O
31
TXD(at FLASH)
FLASH TXD1
I
32
RXD(at FLASH)
FLASH RXD1
I
33
CLK(at FLASH)
FLASH CLK1
I
Not used (L outputs)
Not used (Flash write)
34
RTS(at FLASH)
FLASH RTS1
O
35
TXD0
MSI
O
Serial communication output with the MECHA controller
36
RXD0
MSO
I
Serial communication input with the MECHA controller
37
CLK0
SSCK
O
Serial communication clock with the MECHA controller
38
P60
SREQ
O
Request for MECHA controller communication
39
P57
NC
O
Not used (L outputs)
40
P56
MRESET
O
MECHA controller reset output
99
PDR-W839
No.
Mark
Pin Name
I/O
Pin Function
41
EPM(at FLASH)
GN D
I
GND (Flash write)
42
P54
NC
O
Not used (L outputs)
43
P53
EEPCLK
O
Clock output for EEPROM
44
P52
EEPDATA
O
Data output for EEPROM
45
P51
URAROKU
O
Simultaneous recording ON/OFF SW
46
CE(at FLASH)
V+5 DSM
I
VDD (Flash write)
47
P47
NC
O
Not used (L outputs)
48
P46
NC
O
Not used (L outputs)
49
P45
SWAMP
O
Internal/External input OP amp change SW
50
P44
BAISOKU
O
Playback speed change SW of CD normal-double speed (L: double speed)
51
P43
NC
O
52
P42
NC
O
Not used (L outputs)
53
P41
XTEST
I
Test Terminal for the Checker
54
P40
DIR_SEL
I
D.IN × 2 select SW for ELITE model (H: 2)
55
P37
RENTAL
I
Rental copy existence select SW (H:rental copy exist)
56
P36
NC
O
57
P35
NC
O
58
P34
LEGATO
I
Legato existence (H:legato exist)
Not used (L outputs)
59
P33
HIBIT
I
High-Bit existence (H:High-Bit exist)
60
P32
DEMO
I
DEMO display select SW
61
P31
KANA_TEXT
I
Key Board select SW
62
VCC
VCC
I
Connect to VDD
63
P30
NC
O
Not used (L outputs)
64
VSS
VSS
I
65
P27
NC
O
66
P26
NC
O
67
P25
FLCE
O
68
P24
FLRST
O
Reset output for FL DRIVER (L:reset)
69
P23
LEDR
O
LED light output of COPY START key (H:light)
70
P22
LEDCD3
O
LED light output of CD SELECT3 key (H:light)
71
P21
LEDCD2
O
LED light output of CD SELECT2 key (H:light)
72
P20
CDSLEEP
O
CD power(LSI oscillation) control
73
P17
NC
O
Not used (L outputs)
74
INT4
XPFAIL
I
Stop power supply detect (external interrupt)
Connect to GND
Not used (L outputs)
Latch output for FL DRIVER
75
P15
ENC1
I
Rotary encoder input
76
P14
LEDCD1
O
LED light output of CD SELECT1 key (H:light)
77
P13
ENC2
I
Rotary encoder input
78
P12
LEDVOL
O
LED light output of REC VOL fixed (H:light)
79
P11
CDXRST
O
Reset output for CD RECORDER, MOTOR DRIVER
80
P10
CDMUTE2
O
CD DRIVER MUTE
100
PDR-W839
No.
Mark
Pin Name
I/O
Pin Function
81
P07
XCDCE
O
CD chip enable output
82
P06
CDBUCK
O
CD Bus clock output
83
P05
CDBUS0
I/O
84
P04
CDBUS1
I/O
85
P03
CDBUS2
I/O
86
P02
CDBUS3
I/O
87
P01
LOADIN
O
88
P00
LOADOUT
O
89
P107
CDINSIDE
I
90
P106
CDOPEN
I
3CD mechanism SW (L: CD tray open end)
91
P105
CDCLOSE
I
3CD mechanism SW (L: CD tray close end)
92
P104
SELI+
O
3CD mechanism select drive control
93
AN3
KEYAD1
I
94
AN2
KEYAD3
I
95
AN1
KEYAD2
I
96
AVSS
VSS
I
Connect to GND
97
P100
NC
O
Not used (Loutputs)
98
VREF
VCC
I
99
AVCC
VCC
I
NC
O
100 P97
CD Bus clock output
3CD mechanism loading drive control
3CD mechanism SW (PU most inner side) (L:PU most inner side)
Key A/D input
Connect to VDD
Not used (Loutputs)
101
PDR-W839
7.2.2 DISPLAY
PEL1102 (OPERATING 1 ASSY : V701)
• FL Display
External Dimensions
Pin Assignment
Anode and Grid Assignment
102
PDR-W839
103
PDR-W839
8. PANEL FACILITIES AND SPECIFICATIONS
8.1 PANEL FACILITIES
Front Panel
1
2
4
3
COMPACT DISC RECORDER / MULTI-CD CHANGER
5
6
7
8
◊ÛB¿ˆ˘≤/
CD SELECT
OPEN/CLOSE
OPEN/CLOSE
1
1
2
0
0
3 - COMPACT DISC MULTI CHANGER
2
0
COMPACT DISC DIGITAL RECORDER
3
REC/
REC MUTE
CD=CD-R
3
0
START
REC MODE
ERASE
FINALISE
SYNCHRO
AUTO SPACE
¶
MENU
DELETE
NAME
REC THIS
3-CD CONTROL
— OFF _ ON
¡¢
41
6
INPUT
¡¢
41
DISPLAY
PHONES
7
KEYBOARD
INPUT
6
7
PUSH ENTER
10
1
2
3
4
5
6
7
8
9
104
REC VOL
DISPLAY
CHARACTER
CD TEXT
9
¶
CD-R CONTROL
PLAY MODE
POWER
11
12 13
15
14
OPEN/CLOSE 0 1/2/3 – Press to open/close
disc tray 1, 2 or 3 from the changer.
Changer disc tray
CD SELECT 1/2/3 – Press to select and play
disc 1, 2 or 3 from the changer.
CD = CD-R START(REC THIS)– Press to start
copying from disc(s)/tracks in the CD changer.
CD-R disc tray
CD-R functions
REC MODE – Use to select the copy mode:
disc, track or program.
ERASE – Use to select the erase mode: last
track, multiple tracks, all tracks or TOC.
FINALIZE – Press to start finalizing a disc.
SYNCHRO – Use to select the synchro recording mode when recording from an external
component.
AUTO SPACE – Press to switch on/off automatic
track spacing when copying a programmed
playlist.
NAME – Use to cycle through CD text naming
options.
MENU/DELETE – Press to cycle through the
preference menu options.Press to delete characters while editing CD text.
OPEN/CLOSE 0 – Press to open/close the CDR disc tray.
REC / REC MUTE ¶ – Press to put the recorder
into record-pause mode ready for recording.
Once recording, use to record blank sections
onto a disc.
POWER –OFF / -ON – Press to switch the unit
on or off.
10
11
12
13
14
15
15
Legato Link Conversion
16
3-CD Controls
4 1 – Press for reverse track skip; press and
hold for fast reverse playback.
¡ ¢ – Press for forward track skip; press and
hold for fast forward playback.
DISPLAY – Use to switch the CD display mode.
6 – Press to play a disc or pause a disc that’s
already playing (press again to restart playback).
7 – Press to stop playback.
PLAY MODE – Set the play mode to play one
disc,all discs in the changer ,or all discs in both
the changer and CD-R.
PHONES – Plug in a pair of headphones.
KEYBOARD INPUT – Connect a keyboard to
input CD text.
INPUT – Use to select the external input to use:
optical, coaxial or analog line in.
CD-R CONTROL
4 1 – Press for reverse track skip; press and
hold for fast reverse playback.
¡ ¢ – Press for forward track skip; press and
hold for fast forward playback.
DISPLAY – Use to switch the CD-R display mode.
6 – Press to play a disc or pause a disc that’s
already playing (press again to restart playback).
Also use when recording to start or pause recording.
7 – Press to stop playback or recording.
‡ REC LEVEL (Jog dial)– Turn to adjust the
recording level.Push to switch between fixed and
variable level recording in digital recording mode.
Also turn to select options in the menu ;cycle
through characters in CDtext ;skip tracks while
stopped or during playback. Push the jog dial to
select characters in CD text ;confirm menu settings
;play a disc (when stopped).
PDR-W839
Remote Control Unit
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
DISPLAY/CHARA – Press to switch between display
modes, and between upper-and lower-case characters
while using CD text.
SCROLL – Press to scroll through long names in CD
text.
MENU/DELETE – Press to access the preference
menu options. Press to delete characters while edting
CD text.
FADER – Press to fade in or fade out during playback
or recording.
PLAY MODE – Set the play mode to play one disc,all
discs in the 3-CD changer ,or all discs in both the
changer and CD-R.
10/0MARK – Use in selecting tracks over ten ,as well
as for choosing symbols when using CD text.
Playback control buttons
4 ¢ – Skip back/forward tracks.
3 – Start or resume playback, or start recording from
record-pause mode.
1 ¡ – Press and hold for fast-reverse and fastforward playback ,and to move cursor position when
using CD text.
ENTER – Confirm menu settings ;confirm characters
in CD text.
7 – Stop playback or recording.
REC THIS – Press to record the track that's currently
playing the changer.
Disc select buttons
DISC1/2/3 – Press to select and play disc 1,2 or 3
from the changer.
CD-R – Switch to the CD recorder and play the currently
loaded CD/CD-R/CD-RW.
Playback/skip buttons
PROGRAM – Program the playback track order.
CHECK – Check the tracks of a programmed play
list ,and monitor the CD changer.
CLEAR – Clear the last programmed track in program
play mode.
RANDOM – Start random track/disc playback.
REPEAT – Set the repeat mode.
SKIPPLAY – Press to switch skip play on or of.
SKIP ID SET/CLEAR – Set or clear a track skip ID for
the current track.
NAME CLIP – Press to copy the current CD text to the
recorder's memory.
Number/Letter buttons – Use to jump directly to track
numbers for playback ,selecting track number for editing/
programming ,and selecting letters when using CD text.
NAME – Use to cycle through the CD text naming
options.
& gt; 10 – Use to select track numbers over 10.
8 – Pause playback or recording.
Î
1
DISPLAY
/CHARA NAME CLIP
TIME
11
ABC
SCROLL
DEF
1
2
3
MENU/
DELETE
GHI
JKL
MN O
4
5
6
FADER
PQRS
TUV
WX Y Z
7
8
PLAY
MODE
MARK
2
3
4
5
6
9
NAME
10/0
4
12
13
¢
14
8
15
& gt; 10
CURSOR
3
7
1
ENTER
REC
THIS
7
8
9
DISC 1
DISC 2
PROGRAM CHECK
10
SKIP PLAY
¡
DISC 3
CLEAR RANDOM
SKIP ID
SET
CD-R
REPEAT
CLEAR
COMPACT DISC RECORDER/
MULTI-CD CHANGER
REMOTE CONTROL UNIT
105
PDR-W839
Display
1
2
3
DISC# DISC
TRACK#
ARTST#
MIN
TRK
SEC
TOTAL
TRK
STEP REMAIN
DISC 1
DISC 2
DISC 3
SINGLE ALL RELAY FADER SCAN
PARTIAL
L
–dB
R
COPY
8
Hi
40
RPT- 1 PGM
dB
SEC
A.SPACE
REC THIS
RDM
STEP CD TEXT
CD-RW
FINALIZE
MANUAL
TRACK
SYNC-1
SKIP ON VOL FIX DIG ANA
REC
MIN
18
6
0
ANALOG
OPTICAL
OVER
COAXIAL
4
1
2
3
4
106
5
6
DISC 1/2/3 – Indicates discs loaded.
DISC Lights when disc information is displayed.
TRACK Lights when track information is displayed.
ARTST Lights when artist information is displayed.
Message/time display
Status indicators
PARTIAL – Lights when a partially recorded CD-R
or CD-RW is loaded into the 3 CD changer. Random
and repeat play functions are not available when this
is lit.
A. SPACE – Lights when automatic track spacing is
on in program copy mode.
SINGLE / ALL / RELAY – Indicates the play mode.
FADER – Lights during fade in or fade out.
SCAN – Blinks while checking playback from the
CD changer(after CHECK is pressed).
RDM – Lights in random-play mode.
RPT / RPT-1 – Lights when disc repeat / track repeat
is on.
PGM – Lights in program-play mode.
SKIP ON – Lights to indicate that a track’s skip ID is
set. SKIP blinks when clearing or setting a skip ID
(ON does not appear).
VOL – Lights when the digital volume level is set to
something other than 0dB.
FIX – Lights when fixed recording level is on.
DIG / ANA – Indicates whether internal recording is
via a digital or analog link.
7
5
6
7
8
9
8
9
REC THIS/Hi/COPY – Lights when during CD
recording and indicates high-speed copying.
# – Lights when a disc in the changer is playing
or paused.
* – Lights when a disc in the changer is paused.
Level meter
# – Lights when the recorder is playing, paused
or recording.
* – Lights when the recorder is paused.
CD-R function indicators
CD TEXT – Lights the current CD contains CD
text.
CD / CD-R / CD-RW – Indicates the type of disc
currently loaded in the recorder.
FINALIZE – Blinks during auto-finalization
recording; lights if a finalized CD-RW disc is
loaded.
MANUAL – Indicates manual numbering.
TRACK – Blinks during recording or monitoring
when a new track will start using auto track
numbering.
SYNC/SYNC-1 – Lights up when the recorder is
in automatic synchro recording.
REC – Lights when in record or record-pause
mode.
Blinks during record-muting
ANALOG/OPTICAL/COAXIAL – Lights when
the corresponding analog or digital input is
selected.
PDR-W839
8.2 SPECIFICATIONS
1. General
3. Input jacks
Model .............................. Compact disc audio system
Applicable discs ................ CDs, CD-Rs and CD-RWs
Power supply .................................... AC 120 V, 60 Hz
(U.S./Canadian models)
AC 220-240 V, 50/60 Hz (U.K./European model)
Power consumption ......... 17 W (U.S./Canadian models)
17 W (U.K./European model)
Operating temperature ....................... +5 °C to +35 °C
(+41 °F to +95 °F)
Weight (without package) .................................. 5.7 kg
Max. dimensions ..... 420 (W) x 128 (H) x 380 (D) mm
Optical digital input jack
Coaxial digital input jack
Audio LINE input jacks
Control IN jack
2. Audio unit
Frequency characteristics ................... 2 Hz to 20 kHz
Playback S/N ..... 110 dB (EIAJ) (U.S./Canadian models)
112 dB (EIAJ) (UK/European model)
Playback dynamic range ........................ 98 dB (EIAJ)
Playback total harmonic distortion ...... 0.002 % (EIAJ)
(U.S./Canadian models)
0.0017 % (EIAJ) (UK/European model)
Playback channel separation ................. 98 dB (EIAJ)
Recording S/N ........................................ 92 dB (EIAJ)
Recording dynamic range ...................... 92 dB (EIAJ)
Recording total harmonic distortion ................ 0.004 %
Output voltage .................................................... 2.0 V
Wow-flutter .................... Less than measurement limit
((±0.001 % W.PEAK) (EIAJ))
Number of channels ..................... 2 channels (stereo)
Coaxial output .......................... 0.5 Vpp ±20 % (75 Ω)
Optical output . –15 to –21 dBm (wavelength: 660 nm)
Frequency deflection: Level 2 (standard mode)
*Recording specification values are for the LINE input
(analog)
4. Output jacks
Optical digital output jack
Coaxial digital output jack
Audio LINE output jack
5. Accessories
Remote control unit ................................................... 1
Size AA/R6P dry cell batteries .................................. 2
Stereo audio cord ...................................................... 2
AC power cord .......................................................... 1
Operating instructions ............................................... 1
Warranty card ............................................................ 1
Keypad stickers (for European model) ...................... 1
NOTE:
The specifications and design of this product are
subject to change without notice, due to improvements.
Accessories
Two Sets of Audio Cords
(RDE1036)(L = 1 m)
AC Power Cord (KUXJ/CA Type)
(ADG7022)
Two " AA " size R6P Batteries
(VEM-013)
Remote Control Unit
(PWW1171)
White
Î
DISPLAY
/CHARA NAME CLIP
TIME
ABC
SCROLL
DEF
1
Red
2
3
GHI
JKL
MNO
4
5
6
FADER
PQRS
TUV
WXYZ
7
8
PLAY
MODE
MARK
MENU/
DELETE
White
AC Power Cord (WVXJ Type)
(ADG1156)
10/0
4
9
NAME
& gt; 10
¢
CURSOR
3
1
ENTER
REC
THIS
Red
DISC 1
7
DISC 2
PROGRAM CHECK
AC Power Cord (WYXJ Type)
(ADG1154)
SKIP PLAY
¡
8
DISC 3
CLEAR RANDOM
SKIP ID
SET
CD-R
REPEAT
CLEAR
COMPACT DISC RECORDER/
MULTI-CD CHANGER
REMOTE CONTROL UNIT
107