Sony CDP-X339ES User manual

SERVICE MANUAL
CDP-X339ES
US Model
Canadian Model
AEP Model
UK Model
COMPACT
DIGITAL AUDIO
MICROFILM
SPECIFICATIONS
Compact disc player
Laser
Laser output
Frequency response
Signal to noise ratio
Dynamic range
Harmonic distortion
Channel saparation
Outputs
LINE OUT (FIXED) (phono jacks)
LINE OUT (VARIABLE)
(Phono jacks)
DIGITAL OUT (OPTICAL)
(optical output connector)
HEADPHONES
(Stereo phone jack)
General
Power requirements
Semiconductor laser
(A =780 nm)
Emission duration: continuous
Max. 44.6uW
This output is the value measured at
a distance of about 200 mm from
the objective lens surface on the
Optical Pick-up Block.
2 Hz—20 kHz+0.3 dB
More than 116 dB
More than 100 dB
Less than 0.0018%
More than 110 dB
Output level 2V (at 50 kiloohms)
Load impedance over 10 kiloohms
Output level max. 2V (at 50 kiloohms)
Load impedance over 50 kiloohms
Wave length 660 nm
Output level—18 dBm
Output level max. 28 mW
Load impedance 32 ohms
AEP model:
220-230 V AC, 50/60 Hz
UK model:
240 V AC, 50/60 Hz
US, Canadian model:
120 V AC, 60 Hz
NEW
CDM19E-6H50
Model Name Using Similar Mechanism
CD Transport Mechanism Type
Optical Pick-up Block Type
23 W
AEP, UK model:
Approx. 430 X 125 X 375 mm (w/h/d)
(17X5 X14 7/8 inches)
US, Canadian modet:
Approx. 470 X 125 X 375 mm (w/h/d)
(18 5/8X5X14 7/8 inches)
AEP, UK model:
Approx. 11 kg (24 Ibs 4 02)
US, Canadian model:
Approx. 12 kg (26 Ibs 7.3 0z)
Power consumption
Dimension (approx.,
including projections)
Weight
Remote commander (RM-D991)
Remote control system
Power requirements
Infrared control
3V DC with two batteries size AA
(IEC designation R6)
Dimensions Approx. 62X18X175 mm (w/h/d)
(2 1/2 X 23/32 X7 inches)
Weight Approx. 130 g (4.6 02)
Including batteries
Supplied accessories
Connecting cord 1 (2 phono plugs:~2 phono plugs)
Remote commander 1
Sony SUM-3(NS) batteries 2
Screws 8 (US, Canadian model)
Design and specifications are subject to change without notice.
COMPACT DISC. PLAYER
SONY.

CDP-X339ES
SAFETY CHECK-OUT (US Model)
After correcting the original service problem,
perform the following safety check before releasing
the set to the customer:
Check
the
antenna
terminals,
metal
trim,
“metallized”
knobs,
screws,
and
all
other
exposed
metal
parts
for
AC
leakage.
Check
leakage
as
described
below.
LEAKAGE TEST
The AC leakage from any exposed metal part to
earth ground and from all exposed metal parts to any
exposed metal part having a return to chassis, must
not exceed 0.5mA (500 microampers). Leakage
current can be measured by any one of three
methods.
1. A commercial leakage tester, such as the
Simpson 229 or RCA WT-540A. Follow the
manufacturers’ instructions to use these instru-
ments.
to
A battery-operated AC milliammeter. The Data
Precision 245 digital multimeter is suitable for
this job.
3. Measuring the voltage drop across a resistor by
means of a VOM or battery-operated AC volt-
meter. The “limit” indication is 0.75 V, so
analog meters must have an accurate low-
voltage scale. The Simpson 250 and Sanwa
SH-63Trd are examples of a passive VOM that
is suitable. Nearly all battery operated digital
multimeters that have a 2V AC range are
suitable. (See Fig. A)
To Exposed Metal
Parts on Set
|
AC
0.15 uF S158 voltmeter
(0.75 V)}
= Earth Ground
Fig.
A.
Using
an
AC
voltmeter
to
check
AC
leakage.
[
=
SAFETY-RELATED COMPONENT WARNING!!
COMPONENTS IDENTIFIED BY MARK A OR DOTTED
LINE WITH MARK A ON THE SCHEMATIC DIAGRAMS
AND IN THE PARTS LIST ARE CRITICAL TO SAFE
OPERATION. REPLACE THESE COMPONENTS WITH
SONY PARTS WHOSE PART NUMBERS APPEAR AS
SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUB-
LISHED BY SONY.
For the United Kingdom and
European countries
This Compact Disc player
is classified as a CLASS 1
CLASS 1 LASER PRODUCT LASER product.
LUOKAN 1 LASERLAITE |
KLASS 1 LASERAPPARAT The CLASS 1 LAS ER
PRODUCT label is located
on the rear exterior.
NOTES ON HANDLING THE OPTICAL PICK-UP
BLOCK OR BASE UNIT
The laser diode in the optical pick-up block may suffer
electrostatic breakdown because of the potential di-
ference generated by the charged electrostatic load,
etc. on clothing and the human body.
During repair, pay attention to electrostatic break-
down and also use the procedure in the printed matter
which is included in the repair parts.
The flexible board is easily damaged and should be
handled with care.
NOTES ON LASER DIODE EMISSION CHECK
The laser beam on this model is concentrated so as to
be focused on the disc reflective surface by the objec-
tive lens in the optical pick-up block. Therefore, when
checking the laser diode emission, observe from more
than 30cm away from the objective lens.
MODEL IDENTIFICATION
—Model Number Label—
SONY. mode no. cop-x339Es
A eT ES SS
COMPACT DISC PLAYER
WLLL LLL
US, CND model: AC: 120V 60Hz 23W
AEP model: AC: 220—230V~50/60Hz
UK model: AC: 240V~50/60Hz
CND : Canadian model
ATTENTION AU COMPCSANT AYANT RAPPORT
A LA SECURITE!
LES
COMPOSANTS
IDENTIFIES
PAR
UNE
MARQUE
/\,
SUR
LES
DIAGRAMMES
SCHEMATIQUES
ET
LA
LISTE
DES
PIECES
SONT
CRITIQUES
POUR
LA
SECURITE
DE
FONCTIONNEMENT.
NE
REMPLACER
CES
COM-
POSANTS
QUE
PAR
DES
PIECES
SONY
DONT
LES
NUMEROS
SONT
DONNES
DANS
CE
MANUEL
OU
DANS
LES
SUPPLEMENTS
PUBLIES
PAR
SONY.

1-1. IDENTIFYING THE PARTS
18
Front Panel
Refer to the pages indicated in{ ) for
details.
Lt} POWER switch (22)
[2! Disc tray (22)
(3! & OPEN/CLOSE button (22)
'4} Numeric buttons (26)
(5) PLAY MODE buttons
CONTINUE button and indicator (22)
SHUFFLE button and indicator (32)
PROGRAM button and indicator (46)
C. (custom) INDEX button and indicator
(92)
(6 EDIT/TIME FADE button (70)
(7] Display window (24)
|8. Remote sensor
{9 LEVEL FILE button (98)
10, DISPLAY MODE button (24)
(1) LINE OUT/PHONE LEVEL control (22)
‘12, PHONES jack (22)
113, TIMER switch (100)
14: TIME/MEMO button (24)
1§; REPEAT button (42)
16 CHECK (program check) button (46)
\'7 CLEAR (program clear) button (36, 46)
8 FILE RECALL button (78)
(19 FILE (custom file) button (78)
20 ERASE (memory erase) button (78)
21) P. (peak) SEARCH button (74)
22 FADER (fadeirvtade out) button (72)
‘23, hea »>1 AMS* buttons (26)
{24 44 >» (manual search) buttons (28)
1% m (stop) button (22)
26. (pause) button and indicator (22)
27; » (play) button and indicator (22)
* AMS is the abbreviation of Automatic
Music Sensor.
20
Remote Commander
Refer to the pages indicated in (_ ) for
details.
1! & OPEN/CLOSE button (22)
12) FILE RECALL button (78)
DISPLAY MODE button (24)
{4) M. SCAN button (38)
5] Numeric buttons (26)
6: CLEAR button (36, 46)
7) A. SPACE (auto spaceV/A.CUE {auto
_ cue) button (30, 72)
8] MEMO INPUT button (80)
9! FILE (custom file) button (78)
(10) LEVEL FILE button (98)
111i FADER (fade in/fade out) button (72)
12. ERASE button (78)
13! LINE OUT LEVEL (line out/headphones
fevel) buttons (22)
(14) << p>» SLOW (low speed manual
search) buttons (28)
(15 — — INDEX buttons (28)
16 <4 »»(manual search) buttons (28)
17; 44 >t AMS* buttons (26)
18 m (stop) button (22)
{t (pause) button (22)
» (play) button (22)
19 A <> 8 repeat button (44)
(20, REPEAT (repeat/A-B repeat clear)
button (42)
21] TIME button (24)
221 CHECK button (46)
23; > 20 (over 20) button (26)
(4 PLAY MODE buttons
CONTINUE button (22)
SHUFFLE button (32)
PROGRAM button (46)
C. INDEX button (92)
eG
WHUANAD
T NOILD3S
Buttons with orange letters (A, B, - - - - - )
are for writing a disc memo (page 80).
*AMS is the abbreviation of Automatic
Music Sensor.
‘Jenuew uolonsysul
WOd} Pe}De4} xe SI UOITOES SIU]
SA6EEX-ddd

1-2. HOOKING UP THE SYSTEM
_DIGITAL OUT (OPTICAL) |
1
aD
14
You can connect the player with analog or
digital signat depending on your amplifier or
D/A converter.
Before hooking up the player:
* Turn off the power of each unit before
making connections.
* Connect the AC power cord last. For the
model supplied with the plug adaptor, use
it if the piug of the power cord does not
match your wall outfet.
* Be sure to insert the plugs firmly into the
jacks. Loose connection may cause hum
and noise.
* Leave a little slack in the connecting cord
to allow for inadvertent shock or vibration.
* Cord ptugs and jacks are color coded:
Red plugs and jacks are for the right
channel (R) and white ones for the left
channel (L).
Connecting Directly to an
Amplifier
Proceed as shown in Fig. EY.
a) Speaker system
b) Amplifier
c) Player
d) to a wall outlet
e) to an AC outlet
Note on LINE OUT
FIXED: The output levet is fixed.
VARIABLE: The output levet can be
adjusted with the LINE OUT/PHONE
LEVEL controt or LINE OUT LEVEL on the
remote commander.
* Connect your system to the VARIABLE
Output when using Level files.
* Note, if the LINE OUT/PHONE LEVEL
contro! or the LINE OUT LEVEL on the
romote commandor is turned while
recording, the recording level will change
even when it is preset on the tape deck,
Amplifler or D/A converter
When connecting to an amplifier or D/A
converter with OPTICAL IN, use DIGITAL
OUT (OPTICAL) instead of LINE OUT. See
the figures on the left.
1 Take off the cap.
2 Plug in firmly.
Note on DIGITAL OUT (OPTICAL)
When connecting with DIGITAL OUT
(OPTICAL), use the POC-15 audio optical
connecting cord (not supplied).
Please note that when the digital out is
connected, fade out, fade in, time fade and
level file functions cannot be used.
SI6EEX-ddd

| CDP-X339ES
SECTION 2
ELECTRICAL BLOCK CHECKING
Note:
1. CD Block basically constructed to operate without adjus-
tment. Therefore, check each item in order given.
2. Use YEDS-18 disc (3-702-101-01) unless otherwise indicat-
ed.
3. Use the oscilloscope with more than 10MQ impedance.
4. Clean an object lens by an applicator with neutral deter-
gent when the signal level is low than specified value
with the following checks.
S Curve Check
oscilloscope
BD board C)
earl et
TP(FE) Soe pk
TP(VC) O—t———0 -
Procedure :
1. Connect oscilloscope to test point TP (FE) on BD board.
2. Connect between test point TP (FEI) and TP (VC) with
lead wire.
3. Turned Power switch on and actuate the focus serch.
(actuate the focus serch when disc table is moving in and
out.)
4. Check the oscilloscope waveform (S curve) is symmetri-
cal between A and B. And confirm peak to peak level
within 3+1Vp-p.
S curve waveform symmetry
within 3 +1Vpp
5. After check, remove the lead wire connected in step 2.
Note: @ Try to mesure several times to make sure that the
ratio of A: B or B: A is more than 10: 7.
e Take sweep time as long as possible and light up the
brightness to obtain best waveform.
RF Level Check
oscilloscope
BD board C)
enr—
TP(RF) O«—OF
TP(VC) O=t—70 -
Procedure :
1. Connect oscilloscope to test point TP (RF) on BD board.
2. Turn Power switch on.
3. Put disc (YEDS-18) in and playback.
4. Confirm that oscilloscope waveform is clear and check
RF signal level is correct or not.
Note:
Clear RF signal waveform means that the shape “<>” can be
clearly distinguished at the center of the waveform.
VOLT/DIV: 200mV
RF signal waveform
TIME/DIV: 500nS
iii Wise A
\ RE
[RRR
NY
OS)
level:
a 1.2 207 Vp-p
E-F Balance Check
oscilloscope
BD board C)
———
TP(TE) O<=———o +
TP(VC) Owe—lo -
Procedure :
1. Connect test point TP (ADJ) to ground and TP (TEI) to
TP (VC) with lead wires.
2. Connect oscilloscope to test point TP (TE) on BD board.
3. Turn Power switch on.
4. Put disc (YEDS-18) in and playback.
5. Confirm that the osilloscope waveform is symmetrical on
the top and bottom in relation to 0V, and check this level.
Traverse oscilloscope
wah Ma
oy eal an
int tit 14
symmetry
level: 2£1Vpp
6. Remove the lead wires connected in step 1.

CDP-X339ES |
RF PLL Free-run Frequency Check
Procedure :
1.
Connect
frequency
counter
to
test
point
TP
(PLCK)
with
lead
wire.
frequency counter
BD board
— eee |
TP(PLCK) Q—¢—7-O+
2. Turn Power switch on.
3.
Put
disc
(YEDS-18)
in
and
playback.
4.
Confirm
that
reading
on
frequency
counter
is
4.3218MHz.
Focus/Tracking Gain
This
gain
has
a
margin,
so
even
if
it
is
slightly
off.
There is no problem.
Therefore, do not perform, this adjustment.
Please
note
that
it
should
be
fixed
to
mechanical
center
position
when
you
moved
and
do
not
know
original
position.
Check Point Location : BD board—side A—

3-1. BLOCK DIAGRAM
SECTION 3
DIAGRAMS
KSS-272A
OPTICAL PICK-UP BLOCK
RESET
Ic101
FOCUS/TRACKING
7SLED SERVO
A/D
CONVERTER
MIRR/
OFCT/FOK
DETECTOR
JUMP/
SEARCH
CONTROL
IC5014
D/A DONVERTER
I1C4014
BUFFER
=>
EZ>
oS)
bi
©)
| a
:
'
:
;
H
H
:
:
:
:
:
'
‘
H
H
H
1
'
7 oe
H wees
| o> aC acai
H
| |
H
rt om dl
! ' NOISE SHAPER IC60e2
! ! & OSC AMP
H ' PWM MODULATOR
IC603
i ' DIGITAL FILTER IND
'
MUTE
CONTROL
H i
' '
(19)
> +()
: ' ea ae
(8)
i i
! :
: :
| | @
H :
H :
: ' 1c280
1 DIGITAL OUT Sen mst)
' ' MUTE R-CH
i
+5y
OPTICAL
a509,
507
(3X5) (2)
Le
Ic280
Pee
5
‘ I 1
i Ic102 (1) OPTICAL Fe] G
H ' Ped FOCUS/TRACKING If} =
| ' COIL DRIVE 2 ou} D7041-706
' 1} SLED/SPINDLE H FUNCTION
' ty MOTOR DRIVE Ic201 i CE ON LED,
' --—-- er 1 DIGITAL SIGNAL PROCESSOR ' o>)
' i /CLV SERVO :
9 t
'
1
,
t
DIGITAL
t
S$701-744
: TRACKING CLV KEYO
: ! ANALOG $801-803
! COIL ' KEY6
'
FUNCTION
H ' SCANS SWITCH
;
SCANO
eae
: ;
H SCANS (80) 2 “288
é
54-35
° Q
' SL 44
seat
C154
(1/2)
=
i
rcB04
'
i
COMPARATOR
MASTER
CONTROL
Q801,802
H : > > /FLD DAIVE ; GRID
26 DRIVE
: ‘
CPOSCOGOaS (68X67) (68) —{1 OOO
‘
=
H
ZO
apr
oxn
az
=I
' aera : Beg he: coe 5 = u t 36
Ge pee Oe OS ae a og (8:
'
aa ang 2, w w AMUTE (33) 126 (53
(60)
FoK
ros
zi
#}.——-~/i0}cnos
st
(73
' Rs > 1 cmpoo | dy
' SENSOR 1 ’
'
COIL
het
aint
(y+
QINT
48
' ae oes ae. ToB0e
; ;
; SACK
T0102 (3/3) SYSTEM CONTROL SaaS. AM IN(7) REMOTE
' ' MREQ CONTROL
' ! MOO02 RECEIVER
' SPINDLE 5) 49-42+40-36
fe tees RAE co arate ahs 80222 2 ; MOTOR H oO if Bt
9
a i
DISPLAY
S70 a TIMER a +30V
(73)L0D OUT
MOO (@)Lop IN (27}-—{_10- 2+21+23-25 (15-19-13-11 oO Icg9s3 ics51,
LOADING (5) RESET G) +5V RG
MOTOR WE AO——A12 DO-D7 I
xB04 " if B+
@)) 4,49MHz | HEN,
RESET Ic302 oe eet 602 aes
6) S=hAM ovoD RIPPLE (3) oy Re
Thaw
acy
(DIGITAL+5V)|
FILTER
TIMER B+
vox
PLAY*—
OFF
eteN
(6))oUT sw (28) G5)
me x301 Q602, D603
40MHz ee eos IC605
VDD,VoDe aera
(ANALOG+5V) FILTER ~
RESET

RESET
xRST
(3)
LD
FEXED
128Fs
ab
@)
.
J404
DUNES
1
AY
azide
LINE
OUT
SEARCH
xeo2
le,
G3)INIT
|
:
CONTROL
-3
|
D605
!
;
ie
q
:
VARIABLE
=
D/A
DONVERTER
Ps
ReEEA
'
J4514
INTERFACE
'
PHONES
LOCK(s)
rue
'
E>
'
ree
’
S
os
oY
ee
pee
eee
Gs)
bees
ees
BveSOr4
|
[0408,
508
:
ELBE
Fy
OSG?
Wawe
LINE
OUT
) LHP.MUTE
sure
PHONE
LEVEL
'
RESET
IC602
'
FoK
(8)
OSC
AMP
a605
MUTE
\
DETECTOR
IC603
an
DIGITAL
FILTER
|
RESET
MUTE
CONTROL
ln
'
'
‘
0406
!
3
'
"
(10)
MUTE
E>>(3)->
INPUT
o£
om
-12V
H
H
H
'
Qa
=
'
H
DOO
aS
oat
Keni
DIGITAL
IC280
TIMING
|e_oa
MUTE
DIGITAL
OUT
MUTE
A-CH
OPTICAL
%
REG
Leos
IC280
YEXS)
@)
Q607,
606
(1)
ae
lela
Ww
RELAY
a
Faber
RIV
a
OUT
<|
5 a
5
DRIVE
a]
=
D704-706
=
FUNCTION
FUNCTION
(24) «|
9704-706
LEO
Ic201
LED
13}
LED
Ay
DIGITAL
SIGNAL
PROCESSOR
DRIVE
coon
/CLV
SERVO
a
Revol
3801-004
Reve
FUNGTEON
FLD804
scane(1
SWITCH
FLUORESCENT
INDICATOR
TUBE
SCANO|75
n
4
y
St-
$27
Fa
SCANS (80
Oo oO
a
mae
a
=
sat
ICB04
MASTER
CONTROL
D801
802
at
+
4
>
/FLD DRIVE
:
GRID
26
DRIVE
ZV atyg
YOY
z
I
a
i
ears
g4uo0o
Joe
= w
Ww
H
36
§
8<%ag
3
905
oS
2
4
;
bulge
Berane:
Sa
7
J
3
G
AmuTe
(3)
126
S e
10)CMD3
S|
(7%
ral
rt
ie)
a
|
>
ken
30
aint
(4)
QINT
48
Tg992
ne,
!
POWER
M/F
C
games
M/F
S27
(46
TRANSFORMER
Ic3014
sack
(4)
(15)
SACK
Icso2
(DIGITAL)
;
SYSTEM
CONTROL
ha
Soe
Sak
RM
ING?—(1)
Remote |«—
;
CONTROL
|
4
g-—-
CF
ac
in
RECEIVER
$99
be
ff
B+
D965,
966
[PoweR
o
3
a
P
DISPLAY
g952
690 ©
TIMER
+30V
PAO
VGRES
(78)LoD
OUT
51)+30)—{20)
2)
4
(78)LoD
IN
(27)—(10- 2-21+23-25
H{15-19-13-11
7V
WE
AO——A12
DO-D7
1
'
“f
xB04
:
4,49MHZ
,
Gs)
LGete
Ic604
eek
602
S-RAM
DVDD
RIPPLE
(3)
IN
SW
S604
(DIGITAL+5V)
FILTER
TIMER
cE2
(28)
PLAY +—
OFF
6)
ouT
sw
m
X301
are
40MHZ
voD.vbbe
(ANALOG+5V)
oo
ieeR
RESET
if

FIXED
|
J404
I1C4014
BUFFER
J451
PHONES
Q40
HP,
1
1
1
i
1
i
i
1
1
1
1
1
1
1
1
1
1
' 8, 508
LINE OUT 7 UTE
PHONE LEVEL Hl
1
H
1
i
H
1
1
1
1
1
‘
1
1
1
‘
1
1
1
'
‘
!
i
MUTE
DETECTOR
le RESET
Q406
MUTE
Q409, 407
DIGITAL
MUTE
MUTE R-CH
Q509, 507
Q607, 606
RELAY
DRIVE
IC60 411/72)
OSC WAVE
SHAPER
01-706
LED
RIVE
S701-741
$801-803
FUNCTION
SWITCH
FLDBO14
FLUORESCENT INDICATOR TUBE
MATRIX
ob
Sl - $27
36-126 Fe
Oo Oo
Q801,802
GRID
DRIVE
]
T992
POWER
TRANSFORMER
Icso0e
(DIGITAL)
REMOTE <_—
CONTROL « B 6 —{T
RECEIVER
AC
IN
$991
B+
DISPLAY
[PoweR
(5) Ic953
RESET
Qa60e, D603
1c6014
VDD.VOD2 TES0S
(ANALOG+5V) RIPPLE
FILTER
3-2. CIRCUIT BOARDS LOCATION
AC BOARD
SW BOARD
POWER BOARD
AC SW BOARD OPT BOARD
TIMER BOARD LINE OUT BOARD
VR BOARD
L.MOTOR BOARD
DISPLAY BOARD AUDIO BOARD
BD BOARD
FUNCTION BOARD
—10—

e Semiconductor Location
Location
: parts extracted from the component side.
: Through hole.
= 1 Pattern on the side which is seen.
: Pattern of the rear side
: Canadian model
CDP-X339ES CDP-X339ES
3-3. PRINTED WIRING BOARDS @Refer to page 21 for Semiconductor Lead Layouts.
i
(2
i:
es
1-4
i
6
fo
6.
|
[| |
Al: [POWER BOARD}
OPTICAL PICK-UP BLOCK
(KSS- 272A)
con
2
{OPT BOARD]
C DIGITAL OUT
OPTICAL
ORG (US,CND MODEL)
LIOUEF UR MODEL)
[AC BOARD]
T901
| power
| TRANSFORMER
ORG(US,CND MODEL
VIOLAEP,UK MODEL]
— 641 — 806 -
{3-5 }
13,14 > ~
(8D BOARD) -sive 8-
M002
SPINDLE MOTOR
wit)
REO)
04
—~
{BD BOARD] -sive a-
,
1-641-810-
[s
{AUDIO BOARD)
(LINE OUT BOARD]
(VR BOARD]

CDP-X339ES CDP-X339ES
@Refer to page 21 for Semiconductor Lead Layouts.
CDP-
x woe A ee Oe 2 Or eSB See 28 ia a | ey B | 4 | 15 6 | WwW | 6 #4 | 19 20° Lh Be
{POWER BOARD] [AC BOARD}
ORG (US,CND MODEL) {SW BOARD)
pec
eae
2A)
sa
WHT/BLK
— 641-806 -
ae) en
LYEL
IE VIO
3. GRY 2 YEL
ORG(US,CND MODE
VIOLAEP,UK MODEL]
AEP,UK MODEL
ae
{
|
[BD BOARD] -side b-
moo2
SPINDLE MOTOR
wHTO)
(™)
RED)
|-641-810-
— 2 =
1-641-810-
Do Jigi Pius
1-641 -809- 1-641 -805- $991 |
=- | Sve dlrowe| |
1,2
3-8)
5
[AUDIO BOARD]
< 13,14
a 1 3—

CDP-X339ES CDP-X339ES
BOARD]
[FUNCTION
BOARD)
[L.MOTOR BOARD] {SW BOARD)
O94
Oe
FADER
et ss
‘$710
WHT/BLK
CND MODEL
2, UK MODEL)
AEP,UK MODEL
foo al
| YEL |
s991_ |
V lyev Jfrowen \
c =
1-641 -809-
PLAY, MODE
* $04
GANDEX a
£452
{3-5
[AUDIO BOARD] i
* $703
| hRROGRAM
» $702
SHUFFLE
8-12 =
FLDBOI FLUORESCENT INDICATOR TUBE
76 66 56 46 36
= | , eee jn socal ieee aha
allo cide TRACK || STEP || INDEX} i[ i MIN Disc |) SE
fl] fb GID aooog|) onaog || ooo00 || ooooo|| ano og boa
fal eualel cal Oooo); aoooe c ooo 0 Oooo 8 a ooo 0 a0
| In i] J Oggo0{| gogo || ooo |) eoaoo|]) oooon oqo
=4 — g 000 g ooo0g 0 coo 9 gone 8 goo p a 00)
KDI} fosae| Soade || saeos | bosce| | foece ed
bP] [rls] fe
mis} lt = aaa arate Ee
pla) i [sift SINGLEMULTI CUSTOM FIL
(9) (q} ir: : a
UM MIM REPEAT 14-8 (NEMO [INDEX | BANK [LEVET)
(12G- 3G)
aw oa orunmvy nH OnDaOowrwnA MrT YN OF ouo
Efe s Pe GPa ee eee eee ee ee ee EZ Sk eee me ee Oe
sas er ea sad,
J454
PHONES.
1- 637-410 lai
13,14 »
=13=
a

A
3-4. SCHEMATIC DIAGRAM @Refer to page 19 for IC Block Diagrams.
9
10
me ee - — -
' ore tber 2 | AUDIO
: Se
FLD801
FLUORESCENT
INDICATOR
TUBE
1G
|
BOARD
rahe
4 i zz
2 .
'
24
|
, :
|
emt
|
|
5 | IC603
'
5
:
OrgewrNnvnweO0rnveowrwNvoner 2 oo “ =
r
NON
ORDABDHE
FSS
SSPE
SSC
ANNNNAAA
oP
2TV200000
640R
w
|
aaaadaoaoaaaavrAaaaoaoaaaadaeanaaaa
HK
NOWH
OR
DABPES
rc
26
u
DIGITAL
DOQOMOOCOYNEY3ICDSYEDCACB)(ENZO)2)(3)(24)(25N(26)(27)(28)(29NSONS
5
4)(35)(56)(7(38)(9)(40)(4
1)(42)(43)(44)(65)
48)(49)
A
I
FILTER
Eek
BE
i
PER
PEPREBREPERER
EEE
&S
le
2.6
j
1 io fs fe la km Boe PR BR P E-B | T SNR @GNO i
~ i 470 10V
3.2
nagos
2.4
|
47
_
=
37
100%
j
<0>
:
9
,
:
607
0.1
J
'
27
|
'
me
F
|
GAY SSK
b2
KSI
GOK SSN
SBKS7S6KS5
X54 X53 N52
151
X50
K
49K
4B
XAT AEX ASK
44K
43K
42041
i
7
=
vss
FLOR
PY
. ~)BYSM FLOL SS =
Sr
see
ee
Neel
ag
seeesneclalas
ago1e02
|
nf
8
pgoe
lin
<q
Oa
fe
2.4Re0g
470
|
02
HaGa
Ho
ln
o
ONNDHF>
HH
HH
2.7
SS,
Re0e"470
t
‘si
FL
ORIVE
j
E
we
=
$5)
59
s¢
Go
|
R610,
670
%)
58
ce
26
46
(39
j
pf
ae
ATCH
=
Rb11.
470
| 02) 57 ve 76 (27 | Ph OA an Ne
02
3.2
2.7
|
25
z
~)INIT
vee
es,
68)
Sé
8G
G7}
H
a
149
~<
|
220)
1
580!
o>
)BCK
wcu(S
4
=
3.2
ia)
55
a¢
(Gy
27
I
A068)
=
!
‘2
BATAL
INvoxS
UghEN/GEOSE
2
ete
0.2
Fa
54
106
GOT
22
TIDE)
12-3
020
seo
3.
~
u
=o
2
ts
|e
2H)
53
116
Gee
J
¢
Sesh
anvils
1
(LEVEL
FILE
o-
3.2
2.7
I
=
i
<n
SS
5803
°
32
Aly)
82
i{ets\e)
126
Darr
.
Loge
vss
i2FXH)
48
—
g
<(73)
51
vss
G2)——
|
ENeOL,
BS
02
4562408
-0416S
-VIK
ee
ren
:
10h
oe
z
1C603.
Cxe2560%
oF
SCANO
080
supe
vee
MASTER
CONTROL,
8)
osciMGiyee*
a,
y
3
|
: te 75) SCANO FLD DRIVE osco (304 al 0
scant_|
|
0802
0.7
PLAY
4|i
|
03
4.
75H
|
i
0803
07
JO
SEANI
PLAY
(29
=
;
.
<2.6>
L603
4.781
SEANZ
4
be
scanz
©
-BKUSE.
(28)
PAUS
(he!
I
a
x602
'
SCANS
+
ne
(78)
SCAN3
CONT
(27)
EONT
|
B03
Yeor
4
aHH2
|
!
ars
SEAN’
+
=
se
79)
SCANS
4.2
SELES
(mp)
SELE
j
. i
scans
|
|
LLL
yg
08
5
M0)
SANE
sf
5
0
BREN
(GS)
PREM
!
Renee
mes
|
2.6
SCANS
0807
2
o-amuS
-
Fir
Se
x
a
|
S
/
oa
tt
~
3
SSPPT
Te
Fy,
g
Hh
OSes
0
H
~at—
!
0.7
\o7
@
BEES
HREM
GEM
ALM
E
|
.
0
/
0801-807
=
eee
be
4
=
7
:
4
24
IN4148M
=
si
1
10
DOG
i
|
48
TY
EX5XBXINIOKN
cs
STMT
TS
H
.
‘
NOX
z
x
ICB02 of5|5|5|5 : a ‘
| 49 j Fn 26 S
SBX1610-59
)
>
ap
peg
td
:
5
2.6
!
REMOTE
af
Os
7
tlie,
Se
|
HOBWOOOG
SENSOR
3
|
2
¢
Gens
i
!
5
48>}
49
i
1
i‘
803
caoz
I
a)
4
1
Reg)
ar
.
ae
|
:
1t
|
0605
470
toy
j IC604 INGTaBR
:
:
OSC
WAVE
z
iva
| 2] 2] 212) 2) 2) 2] cngoz * z | SHAPER Sa Tov
e|Z|z
7
=
mi
2)
2/2)
2/2)
2]
2
|
Naor
a
@(o(i(z(of=
al
sia}
at
ol
Sf
ln
be
de
s|_
AP
:
,
0
’
cngol
ofa}
o}olo}als
P|
Pie
i
ie
ee
eicacs
Cnggs
&
2)
3)
2)
2)
Sy)
S
S|
ernpos|=
EPP
ER
25
cave
|
ea
ep
cy
. :
:
oo
>
Od
GO
H-—-—-—-—
-—.
—.
Se.
]
7
' 5
enrol
:
io
|
PNT
he
ree
yest
te]
[FUNCTION
BOARD)
| Zz 44 9p 2 2 2] 2] 2) 2] 2] oP 2S) tl Sl} 21 A ee a ee ee 7
: q 8 ef eye) el ety AeVwee |
"
2
|
—
-—
-
—
-
—
-
—__
-
—_
-—
+ % 3 i 3 . ie y
4 > ee
PLAY MOD S = = - 2 ey . >) 35 0 | (TIMER BOARD)
|
=
S
Ss
|
yy el
uw
2
A
i
|<
ee
om.
; z = = = =
i [CONTINUE] 3) [SHUFFLE] “| [PROGRAM] C.INDEX] ©) Kd] (a) Lame ty [
:
A
5
=
SS
=
ty
O
oe
|
oor
0
2}
|
tptayl4—
pecs
lg
aes
ia,
ee
Ni
|
Oo
O°
Oo
oO
0
O—+*
Oo
O—@
~-—-o
O-
4
Oo
O-+¢
o-
MPG3371X
i
|
kevol sz { 702 45703 —sz0n | s705 4 S206 J $707 36 ' 4
!
EDIT/
FADER
P.
SEARCH)
[pps]
REPEAT
|
|
\
|
4
OFF
j TIME FADE] <5 a =, {fm .«, ia aire : |
o—4
oe
pO
O—
4
Oo
O—*
c
oO
0702"
42g
9702
[6
j cevit aaa 4az0a BOO RP cae ee S713 may3a71x 4-2 3 |
T
16]
[a]
.
FILE
TIME/MEMG}
|[CONTINUED.1
I
2 : a ny j t=
. o O-—+ oat © o-—4+ Oo o—+ o o> © a |
I
kevat
S714
48715
45716
4
sz
§szia
svg
$720
ws
R703
TUS
|
2
Z
12
17
ERASE]
|L_[DIMMER
0
a
Bl
Ql
@!
@
ia.
SE
ce,
(OPT
BOARD]
| | po. os ieee: oO + oO + os SHUFFLE] 3 6 . a — a
i
keys]
771
4
sz
L
§__s7z4
[sys
5726
\
|
1C280
'
3 8 13 18 CLEAR] [FILE RECALI eR a
i as rma] FS be lA rs a7o4 120 ny 5 | UNZBO GP1F32T | E15
|
—o
OS
fo
oe
0
oO
0
Oo
—O
oO
MAY3371X
|
b
Rips
|
keval
972
To
Sa
48729
8730.
ar
_J
9732
PROG
RAM]3_
8,
'
S
}
=]
3]
G4]
a3)
CHECK
ond
|
|
=
|
cts
4
AS aS
om
Se
A705
Dyas
|
B
.
©O
O—+4
0
oO
—o
OF
o
O—¢
OO
680
'
Q
|
kevs]
ayaa
|
sae
{srs
bs
|
gys7
apaldea
Saavik
0,
8)
j
\
2
.
:
!
R121
|
5
10]
Os
20}
2S¢3402
[C-INDEX]
3.5
Pele
!
i
Le
ze
c
a
I
ear,
“2
30
pe
oJ
oo
LED
DRIVE
\
:
2
4
KEYS
$738.
$739
$740.
J
S741
0706S
R706
Q7Rg
Ss
=
L
+
mpy3g7ix
220
a
3.
=
re G
| S
=
R123 (Ho
Bm
testable ae aie ety ge nits ———— ~
N30! CN202 CN201 hs cad
{BD
BOARD)
elslxlelelals|a,
ale
fe|ete]z|
see
2|]M/=)¥]Ble|e
|e]
5]
103
+
TO
al*{s/ES/5/5l5 aa gle] a Ke |™ ats) 5] * ze S
x301
|
Ogos
|
RELO
al<
3
|
40MHz]
[4
H
G
omer
emt
FAN
ial
t
Be
1
=
|
8
ic302|
paP2gTT-146
FF
ik
i]
lerciey C301 {0
6
R126
FFs 2 F207 206-2205 A
302
R308
10k
—
A
Mi
!
e302
8:
5y
[eso
&/
2]
=)
<]
oly,
24>]
t23l
|
|}
MUTE
&
:
)g
R207
LH5I60TA
ml
é
<|<|<)<)
<5),
5<o>|
tag
egos
=
i
R204
|1M
2
an
R312
,
&
204
100p
SLI
vs
Y 10k DNRVQVQOOOWMOQVAOIH QQ 2 QQ
ae R313 S-~s€eefseesreeshegu: 5 SESS: Pos BEN gd Gee Se ¢20%
AZ ie a SEEN Se ee aes Zz SSS S555 RR “SG 85 591
1 + <=) NC eee ape eee * RESET of OS) #8a09 PLCK RF (S ue
AG
~
Aig
Ab
S)
Pt77ais.
0
sync
(3
S)
sa08
GFS
Aves
(S
202
100
,
AS > All ae 5 3) Plesal4 Rw (CS "S) BA07 RFCK city (& R160 2
o
Sas
avo
5
S)
pisvars.
Ro
(=
de)
S)
9406
czPo
Aves
Py
R203
i
3
AS
>
S-RAM
ne
AF
BAS
prayarz
we
(2
6
)
Ba0s
xRAOF
eco
(2
0
ee
10k
Rus
AB
a1
5
AS
eisat
[ercien|
poosinty
(2)*
Ells
SB)
80%
MNTS.
Fur
@
201
aa
1
a
3
SRS
praaio
peryintz
(2
LON
S)
Ba03
MNT2
Fo
(2
3.3K
ain?
az_i
Ag
A2
Sa
ae
M3745
IMB
~
I74FP
5
PN
mY
bing
MNT
1C201
ee
srtid'
ty
Al oy. 0 - SP iovas ~ & SYST fe M P6s/Pzov (2 5 ) BAO! MNTO CXD2500AQ veco (<2 f -
7 =. &) P077a7 P647a0 (2 B) apr nc (2 5
AO
>
|_|
86
sscang
4.6
CONTROL
06>
pes7teN(=)
vo
TH)
APTL
3)
One
nc
@
SFR
o
0m
en
XLT
BIGITAL
STGNAL
PROCESSOR
~=x
6.6K
a7 A (3) POS/AS 0 Pb ca TR) veo ne (2 ae
1 y De scars 4.6 G9> 86.6) BANS bk (8) xTAl ve & +027
86 © = ren H) Posras 05) —-———-P507080 HOG 5 lesuh ive H) xTAO FO (=
as
4
BS
pr)
Pozna
Ps
/oBT(=
R305
10K
A)
XTSL
TE
COMPAR
so o uk 2) Porat 5 ~bsz/eB (on R304 10K 3) Fstt veo. (>
= a 20 t:y*P00/A0 5 p53/aBd(o eNOS R210 (=) con vcoo (= AWW 29
-
7
SENS
—
ba
ans
Rig}
|
RI92
RI
B)*64774N7~
0<4.8>
Om
P5470
8
Ratt
SB)
crem
nc
(&
we
GFs
5
R302
10K
TOx
0 0
Lock
‘
! BY*PLEANE 9 <4.8> «86> P5S/OBS™(-o SB) maz Lock (o =a
FOK,
iz
=
163
5.
Ry.
ABS noe PAS/ANS <5) —_P5670Bb (wr R301 10k 3) sour mas (wn Vie FOS b
ar fe) PA/ANE AB 0 “57/087 ~ BINT g 3) EMPH map (+ 4
R316
YOK
6
PAB/AN3
AFABU
PSOAENI
CY
en
ay
MIRR
cae
=)
week
HON
(o>
Rigs
mean
2
A317
pow
©
32)
Pa2/AN2
psizv2
GSS
2
-@
scor
ie
FOK
FROR
i SS) PAIZANI 46 Pi eegig NC ="5 <S) seso Feok (—
al
UTSW
32
25
122
ee
gees
Big:
Pole
Bose
ae
eer
elie
ce
6.
ey Pe izseiiseageeeey ERS oees seta EERE
tO
1.3
=
PYSYRYBYSYS
3
‘ ARSOSSGSCECECSeee SESCSSSSeesescesse S
s[3]2
Toe
a
MIRR
/ =y"]8 5186 /8/0§ [es SAB Me ee Ree
'
orDisc
TABLE
OPEN:6)]
/
Tox
RESET
/ 4 305 5
5
my}
el
Zils]
8
¢
e
a
a
a}
(0)
<
5
i
ol > v5) =
5(DISC TABLE OPEN:0)
|
gia!
ATC 144EK-T1
e zlo
2a/>19 2 wWl>Io
olin 2) ajmiZz cN302
girls 3fh283, SIS/8/5/FLS] suzoz,

11
12 13 14 15 16
17
18
20
42.24-12.25 ue 0412.2
Je
ARD
a
2
4
12.2
{4
5
>|
9507
515
5.2
=|
AK
=|
Ox
2841348
L-CH
MUTE
>,
4.7
sg
RF
<aom
B=
+122
;
o
47
503
aus
MSS
=
Mee
12.2)
R-CH
MUTE
00
220p
BTCTIAES
IC603
Hos]
En
=
522, 4 521 csi} Bs 2k I ae
1002
ne
ee
Ez
4-7
RBS
RS36
DIGITAL
42.297
58
33k
FILTER
aaue
R509
a
2
3.3k 8 Icl
0
R502
aN
4
72)
ke
AW
a fo hoy poy nea SY EYES ZY RVR EVEN EXEVEYEYE eee R503 8.2k 1% o> 0 t
47
47
BeEScery
erase
Ne
+
11C501
|
-3.6
C505
100»
100¥
509
A528
<o>
(1.4)
SSeS
saa
8
3
=
#28
R504
8.2k
1%
—_
C501
~1.8,-—A
Laras26<8
108
50V
"160
non
B
2
c
x
4
Cc!
way
aaa
+
607
0.1
J
oss
a
BUFFER
1¢501
RSII
0.
4.9
<A
3
*%3
v2}
MS73P
5.6
13.5.6]
oF
0
om
0%
-Cyes
no
z
i
mie
_
:
Fare
ae
Y
RYH
FLOL(SS
pra
24
S2)MUTEL
vss(
ae
=
ae
Bs
@
659
Be
A
ie
fi
rs
200V
DF
pe
i'l
Lr
a
Cm
2
Mu
S)LRCKI
R2
(-(S
B67
BUS
5:6
44
472)
o
Oe]
s
ey
a
=
us
Fea
S5)OR
1 vo0
ee
Bre
1c602
3
R610
470
2
Le
pe
:
arc
S
ar
73.
veo
t=
v
ee
age
510
10k
sor
Fae
ant
7
(2/2)
ee
Ok
gute
Jaen
wx
wey
470
McK
&
VsusA)
RC
5.2
2.6.1
10K
Ly
12.2)
;
26
|
45
S)INIT
vous
one
2:35
12°50
=
has
xvss\X
=
‘
~-3
Leisye
95H
©
:
Syoce
euS)—fNSA
=)pvssk
One
Xvshe
1
Lk
Oh
S&
LINE
AMP
n
eyeaTal
—
INVOKE)
193
aang
seg
SYBVssL
©
gs
Kin
be7T
T8e
MOBOOO™T
re7aneUdaxe
S)ERCK!
INV
———
7)
28Fs
2)
xe
Xours)
2.5
=
,
SVesr
invite
i
2.4
SBINIT
Os
XVae(
=
Be
+12V
012.2
:
S
eS
V
suB(A)
LS
Svss ier) 4g S)INAE 52
gS
25|
SSLRCKO
vaa2
2
=12V
7
Q406,506
z
rene
eee
mS
4
S2ORO
Voo
Se
DODOOO0
“42.3
MUTE
=)pLO
L2ZOe&
of
in
Y
1603
4.
7H
Pao
vss(aya8
88
36
4
2.6
“
IC402
|
‘
an
mr
L2H
(2-6
-
25
>
-3,
LINE
AMP
‘
L605
B)/S5BRO
=
603
4
$
4
pe
oe
&
Bho,
5
ae
WAL
R404
8.2K
1%
IC602
it
4
se
=
8.
«
29)"
3
ma
a
be
~
.
fo
oi
~~<s
*
Dig
ns
235
eb
288
3
ae
aif
“
OSC
AMP
ge
moro
|
B87
3h
OBBhe
7
:
=
ine
+
p
@
R608
mmm
|
SEE
RASS
nu
4
|
e404
he
10402
i
On
220
f
BHRKANLAKANR
XANAX
SX
SASK
KS
a
5
rey
4
C404
5.
6k
@
i2/2)
5
Role
>
Rand
/
a
5V
O
2206
:
C410
2
<=
8.2k
1%
R403
8.2
1%
fa
Sie
|
i
&
:
ee
it
ap
2.6
:
0
4B
YEXSXBXOIOXN
ns2sep
BLL
IS
BON
HT
1640214/2)
ar
Ww
%
‘
Yi
;
i
——
ebm
ep
2,2
i00v
r
Gov
CN4Or
|
3s
\
va
ae
c401
8
vgf
C405
1000
NuMSBSZD-0
oat
ad
3g
26
x
ea
Atl
1%
eae
Ps
8
“\oov
8
2.6
0422
ik
fe
5
100
25v
cnc
we
10404
|
o|
bo
K3K2NI
NAIBNY)
BIG!
5.2
ois
“s
R405
“|
"Ra0a
10x|
(2/21
¢
Gos
4
5
exe
3
3.3K
ie)
oe
:
5
;
NALOG+5V
-3.6
mee
asot
IC605
AS
ae
+5V
REG/
Cae
“aie
ify
RIPPLE
FILTER
+5V
REG/RIPPLE
FILTER
y,
ANA
.
a8,
“oe
47
ascx2tbnuk
DIGITAL
POWER
POWER?
CNbO5,
SC
WAVE
FS
ee
9908
a?
012.2
12.2
2p SC
BLU
SHAPER
ie
RELAY
<9
Abi
4
560
BUFFER
R609.
100k
0
DRIVE
2
~
ue
gest
[25.1
5.9
re
100
1c49
-|8
a
.
Bi
Re?
-
wae
|
why
sled
gohe4+4-/
|
.
54)
Ds
100
>|
Q602
(9172)
ae
Star
ry
=
|
42.2
a7 BR
Qe
a
-
ISYSov
B
ry
is
RIPPLE
Rass
12248
‘
5
ava
:
als]
a8
8%
318
ag
5.2
“Meiee
6
3
FILTER
Oo,
7
aS
3|
38
a
<)
a
me
4
2
;
960
mB
S
A
BF
Oo
S
~
>
=
8%
:
3
cS
os
oe
SST
trois
as?
sé]
os
Orss2
Sex
elé
i
ef
oe
a
om]
+.
Fo
&
9605
BT
ge
:
8
Rae
251348
is
re
2
a
oe
case
g
:
r 5 a 15p R451
Vor g 15k
5 ac i el gail sin Sa So pene: ea pees i Se ay
2 ae a ear oe ee eee Sea ee ae : =
|
1C901
47°]
o
|
8397
pled
on
x
eh
e
|é
:
4+12V
REG
<o>
|
@
>
Wy;
ae
5
*
35
8
28
78
7B
Le
Ss
aes
ed
ea
St
ei
a
a
ee.
Ne
a
[2
ge
feed
Ss
8
|
Bhs
1¢901 gat 2 = gRele ‘ 7) 20
RST
MSF781
2L
Sob
ey
a
22k
>,
Lan
+5V
;
4,
g
8
0%)
Rsss
oo
NN
Be
ae
Tues
=
;
412V
Es
be
10405
47k
4?
SC
REO
VEE
2
Q408,508
R56
100
&
(2/2)
PS
Te
»
~12
oN
al
le
MUTE
DET
MUTE
a
aca
!
+7V
Bot
TS
on ‘
7
yan
de
ND
z
S45]
Me
.
fre
a=jx|
az
ey
fs
s .
ee
ps
sb
Se
rz) Of @ “$R108
e N90! oa
1
QARQ@QAQOQQAAES
eP
zl
le
C105,
Get
wie
s
as
Te
ON
Rios
22gg282822208
a
:
&
K
2)
xRST
bie
=
DOCK
|
;
-12V
mm) SOCK it
=
¢
48) xXOLT era. ' ~49
I
=)
sour
nc
woh
2
c921
8121
OD
wc
xm
©
|
=12V
REG
8.2 & : : . ; [ ;
= S) srar erct (=
S 5) SRON OFSw (2
S
S)
spor
nc
CIS
HG)
sem
C101
x
G4
®
ae
ee
oe
ae ae
eee
eee
ee
ee
eee
I eS) wc CXD2501Q nec (© w oe od . 2 j
iss
DIGITAL
SERVO
vase
i
=
cnl
(POWER
BOARD
a
5
=
a
&
16P
NOC
Qe
ve
(@
WSF7B07L
410.9
Ne
:
RDS
15k
vc
‘
aa
1c953
3
1
+5V
REG
—
x
RA
a
MST957AL
4.2
>)
Test
nio2
|
TE
C953
Pe
ieee
LM2gedeT-5.
0
R123
(7)
vic
nc
(©
cide
0.1
B
ynox
gh
>
Is
74
9960
8.2k
FE
RESET
DET
5
10.9.
RBFOZM
=)
FOR
se
(TE)
Fie
~
7
DOGGG
3
1
TE
=
c
BR)
Tron
:
ait
ise
RF
4
co7l
a
|
lps
Bboy
3
3
7
Oaks
vS
—«}
GND
ay
ae
9
wt
gededilg
8
<>:
F10P2OF
ae a On| |S oO (RF) 25V T 3 BBT-TT—| [R960 |A\ 5C965 3 .
|
ia)
FOR
Le
oe
uy
LBON
+
alte)
Pa
ae
;
10)
aa
R125
zu
zZ
222,38
E
~|
=
&
te
22s
FPELEL
ELSES
22
<
~|
5600
QYOYFYBYSYRYSYBYeYaYaBE ~
ae
ARWMAQAQAAAQ@QAQE
ane
~
-
8.2k
Rie
TB-
aoe
8
>
:
5
=
~
CARs
ago
AQ
s
s
ote
.
-
To
cngss
Q962
4g
ass2
B28
82
SB
84
"
ries,
c106.L5
a
+30V
REG
OV
MSO77E
1-34
48.3
OS
oe
Two
=.
2
73
Zoll]
Wea)
FIOP20FR
VS
DET
SWITC!
!
cs
!
3
—?
SO Pa
£203
38S
=
5
¢.
-
0961
eu
|
ong
SaTey
|
Bian;
Pe™]
?
asa
es
“08 ciTs “Sie +eS os VEE REG
czoz
100
id
SSI
;3
0.1
+4
RTT
Sg
We
Se
0.0015
B
arsoe
[2
pNReasset
lon
ho}
ene,
a
ft]
of
=
|B)
os
wa
|
7
&e
fae
1c152
i
=
35
er
R203
“
3h
SENSOR
cessed
3},
10
Ss
IRI75
fl
2
°
|
Be 33
T
020)
10k
Rig
ee
~5
4
10
by
s
z
by
0.047
B
82k
4:2
=
201
S
2
3.3K
rt
Oo
AE
:
2.
CNOS4
TB952
TagS!
SRAR
|
&AR133
1).5k)
l
2P
SP
a
id
RI _—— + - - - ... . .. __. .. ___ F tine ie
+7
Bee
= =
e|Pla
a)
ela
SFAR
¢sclsuizva)
|
|
|3.3
———
eS}
Mp
eyula
YLSE
128
3.3¢3.8,
a
rary
>
6.8K
T
|
ai 34
38
C141
—
EST
Fi
HeTS:22.8>
ona
(6
ICl41_
TAS407F
ae
fs)
| LINEAR MOTOR
7
)
isk
|=
DRIVER
va
3.3
R158
VSEN2
vouT2(/6)
a
'
E
D
“100K
R143
ICK-
LOCK
(
KSS
-272A)
COMPARATOR
z
St
By
141)
(2
15
‘of
OPTICAL
P U
29
S901
|
Hin
e(3)vee
-VIN2(
AWW 5 3.3 E158,
RIS}
|
RI92
Rigs
RIsé
p
6.4)
tH
A.
ge
7A
4
+VIN2(3
O
|
o
Lock,
=
—
DNecv2"”
vec
vee
vee}
RMS
RIA’
C142
RC4568M
se
25
mes
3.3
erg
iS
1
13k
3
ae
3
BAses7rP
gs2
Bs
5
4VINI
U2
f
~
vers
R131
A
_
SL
p130
is
6
ul
R44
2nL
i
aK
cron
Oat
Bee
7
2
t
a
.
52
6.8
TFOR
Sie
Sani
47k
;
a
AM 7
fe
FROR
<
|
tea
2
pes
=
B)VSENI
VOUTI(9)
wa
mas}
vss
5
4
+680
3.3
RI46
ae
Sag
Cay
SR
22
[Pe
ata
6
10k
10k
J
eames]
7
4
12
a
R148
10k
6a
AC
SW
:
EEE
EZ
rag
ca
:
S=
(BOARD
s
MIRR,
23
14)
GND
MUTE
15)
(om
ke
33
“4P
SP
z
4
-0.2
74
MOTOR
DRIVE
VEE
2a
Q181,182
Ta
Best
RESET
ay
ss
ge
Se.
* a
r
aias
Ri77|
|
cntit
MY
M002
Tc
Wan i 10 |] 2P cpy M ) SPINDLE
0.1
a
MOTOR
10103 BA6287F c1at 17 iS)
o 1 C178 Pe
‘ —)ouT™ Gnate 10 oUTSW
TCI AMEK=T146 C180 c179 _
74 ~)VM = OUT2~ 0.41 O41 TNSW
2
aN
ald
R180
R179
wla]a/S)a1z
VCC
VREF(@
10
40
LOAB
T
SISO)
s]
+15
CN302
OAaG
once
aerate
oP
SIL
Bl]
|B
wh
Ri
4
eS oe es
F 7
a)
7=
14
‘
spas,
[AC
BOARD
Z| le 6 Lom exc}
(A) 5 3 MOTOR DRIVE
2 =

18 19 20 21 22 23
| @ Waveforms
Q407,409
L-CH MUTE
607,509
R-CH MUTE
1 3.9VP-P
| 10MHz
| IC301 @
es soy OD 5 —
ty ir + o—e
“Eset |
© Mall hapa
‘ of INA
R515, Y R523 re
1e602 1-3 200V Fried 8s
i axl glee: (LINE OUT BOARD) ae
Bla
——6
mV
p-P
9.6 & 83% | cN471 Wy
12.2) E18 a Re Ts ee 1C101 @ PLAY
mm) 8 re eaten Fes:
LINE AMP a (FIXED ]—
| eas Mar |
i ; pone HLM
(NS72 | Raat | ' OV
a4o4.oe
pide
iy
!
ie
MUTE | er ae | ¥
IC402 A | [ef 4 I, eaves
LINE
AMP
sm)
gl
|
|
eA
tf
HO!
ep
’
ae Gs 2" “od Leal IC101 @ PLAY
iret,
12.29
NS
/887
8
|
Le
=
RYA71
]
RSIS RAI6 LN alee 33 5, (-—t. !
1.3K 1.3K . ca10 Rego 52
. 0.47 200v Rise s
orSatr Cicuo2y21 rat ‘o | | “3 :
1005 NnSey-0 2 100 350¥, a ee aed
[e $] <3
1IC405 [- ¢ hh ———___— — ——— 1C101 @ PLAY
HP AMP cae Oa \ a [VR BOARD]
= Meese oe BE ae LINE OUT
Pot ot R658 100 ic4g5 a T PHONE LEVEL
NJM4SS68 \ f
102) Re Ma @ t
= | |
BA6208
tres
seats
«
ote
ed
:
4.6
VR
MOTOR
DRIVE
VOL
4.2VP-P
tk o§ 3, § [8 ell J \ LEO I
Reis 7509608 33 a 3 fe J VOQOOODO®D 5
7 “LA ! lee | 5 ]o i‘ = INCLUDED RV360 | 8.47MHz
: : | SL By te \co01 ®
gs| os [3 ! eerie |
5
at
Re
a
fe
fed
|
bbw
a360
;
v
ISH
|
aes
Set]
io t
icuge EH Ble x -——- - SP VEP
R558 100 b ga) ae
4 gpa 123 ) 45MHz
oe hs, 1C602 ©
| ia 7) IN] \ phere
u 1
[ts (L.MOTOR BOARD) 16MHz
= [HP BOARD] i) —— 4 Ic604 @
' '
| © moo: |
7 l aaron |
IC952 ' H
—
—
+7V
REG
+5V
REG
|
3.8VP-P
LM2940CT-5.0 82 MSF7608L 8960 ‘ i
40.9. ROFDZN | 4MH
| z
8951
F1OP20F IR)
fot tl
>t
£901
5600 35V
BO OmOY ONO
Ro fos _| 1C801 6)
cy
= 951 SW Note:
= 6
ie Chase \ SW BOARD] | e All capacitors are in wF unless otherwise noted. pF: wuF
ea FIOP20FR é r .
oon See 50WV or less are not indicated except for electrolytics
4 ouT SW IN SW
and tantalums.
e@ All resistors are in Q and '/,W or less unless otherwise
0961
(0E2
TH902
0.5
2 995)
25B1370-EF
VEE REG
specified.
e 4: internal component.
© 4 ; nonflammable resistor.
eo {U}: fusible resistor.
coo1
0.022 '
ea eee ae oy J Note: Note:
CN954
2P
“—{¢ $] ——--3 ¢ 9]
is The components identi- Les composants identifiés par
. fied by mark ordot- | une marque sont critiques
a ted line with mark pour la sécurité.
A are critical for safety. Ne les remplacer que par une
OPTICAL PICK-UP BLOCK ( KSS -272A) NOT REPLACEABLE : Replace only with part piéce portant le numéro spéci-
ee BUILT IN TRANSFORMER number specified. fié.
7
Te 158 wed
[Iss a = | :
[Leos pecs | : :
opt | T991 eo meee 88+ Line
| |ro+ a j | POWER
HP
ee
=
-
&®
|
;
|
TRANSFORMER
©
mmm
B-Line
a
Fo+
©)
va
ru
@)
\
1
e
Voltage
and
wavetorms
are
dc
with
respect
to
ground
o
{vs
=
ve
!
nde
ttc
ad)c
y
ile i” © es Om i) = ———] us cup mooer __AEP,UK MODEL under no signa (detuned) conditions
[., Leow {I = (ee a wrote a a (ee 1 no mark < STOP
I. besw ( o- !) ijss yAC SW ! ( ) : LOAD OUT MOVING
mid ro ij} Be | - %
ler
pe
co
vREF
eos
BOARD
|
a
))
LOAD
IN
MOVING
Pre foe i ee | <9: PLAY
ae ee I) es
an (=) ep Laon SS { J e@ Voltages are taken with a VOM (input Impedance 10M °}
he
+O
“s)
|?
I
S
5
a
5
CH
(=)
wo
vec
(&)
T
Voltage
variations
may
be
noted
due
to
normal
produc-
1]
ie.)
2
j
tion
tolerances
=
MS2102
]
.
bg
20)
I
@
Waveforms
are
taken
with
a
oscilloscope
| ra i Voltage variations may be noted due to normal produc
Pra
Lo Po
tion
tolerances,
L mh Ba SS atta te Tae areas J @® Circled numbers refer to waveforms.
[AC BOARD e@ Signal path.
ee CD
e> © digital out
e CND : Canadian model

@IC
Block
Diagrams
3-5.
S
IC101
CxD2501Q
1C201
CXD2500AQ
1C603
CXD2560M
(
0)
n
> 0
qt Zz
O@
aa a Zz
aa Oo oF fc)
>>r>ro aowno tw
qano2zo2zunZzZiit
ENEDENENENE NENG)
(%) IGEN
es Ome
DATAI
INPUT
h
SHIFT
cam
Te (48) TRON LACKI LATCH
oF SHAPER TFOR at
NC (4) and NC
(7) PWM
FE | MODULATOR TEST DIGITAL
vc
NC
OUT
ovss (3) DVSS
NC
MIRRZ
NC
VARIABLE
DFCTY JUMP/ PITCH
ASK
FOK
SERCH
SFON
CONTROL
NC DETECTOR CONTROL SROR
DFSW SRON
DFCT SFOR
XTAL NC GENERATOR 28
NC 4-COM INTERFACE SOUT RARAAA
XTSL XOLT
LOCK
SOCK
a
FOK
XAST
j
BUEYOER
1
ery orFatrFOUOAVOH XU VO ERROR
Tt Cr Q j32Z2cqa
en 2a is = Gig as CORRECTOA
= Qa Oo a nun a
um oF TO YXYX O oONHTMATZAO (13) acko
Fr + FZ 000 OF nun teuanaas OL
ge o B* Gee 8 2252585 oureur [
1c102 BA6297FP rR be Bra 7 eeeaeernne
LACKO
F IN vcc VM OUT14
| POWER
IC953 M51957AL
Se
7
CONTROL CxD25
LOGIC
2
DAogd
Ll i
CTY
0008
' (ro
GP1F3
—19—
—20—

3-5. SEMICONDUCTOR LEAD LAYOUTS
BA6208 LH5160N-10L
28
123456789
(TOP VIEW)
BA6287F LM2940CT-5.0
RC4558M M5F7807
ares M5F7808
TA7812S
(TOP VIEW)
BA6297FP
M51957AL
CXD2500AQ , ) : ; :
MSC62408-041GS-vik '|2345
M37451M8-174FP
M5238P
RC4556D
RC5532D-D
8 7 6 5
123 4
433 (Top view)
i TA7912S
CXD2501Q
CxD2562Q
TOPVIEW
CXD2560M
TC74HCUO4AF
14 8
! 7
(TOP VIEW)
DTA114ES
DTC114ES
E
c 2
DTA144EK
DTC144EK
c
< <6
ee
B
DTC114EF
2SC1941-KA
2SD774-34
EC Bg
2SC2878-AB
Ec®s
—?1 ae
2SC3246-JK RDFO2M
letter side
e c
F10P20F (R)
3 BR3371X
MAY3371X-M-177
MBG3371X
MPG3371X-150
MPY3371X-177
Nn
w
F1OP20FR
|
rr
\ 2 3
long short
———"F7
_————
o A of 4
cathode
anode
HZS7B3L
RD4.7JS-B3
RD5.1JS-B2
RD7.5ES-B3
cathoge
anode
HZ36-2L
1N4148M
10E2
cathode
anode
NOTE:
e The mechanical parts with no reference
number in the exploded views are not supp-
lied.
e Items marked “*” are not stocked since
they are seldom required for routine ser-
vice. Some delay should be anticipated
when ordering these items.
4-1. CABINET SECTION
Ref.No. Part No.
Description
4-934-043-01 CASE (UK)
4-934-043-41 CASE (US, Canadian, AEP)
4-924-242-11 SCREW (M3X6), FLAT HEAD
4-928-025-11 ESCUTCHEON (TOP PLATE)
4-847-802-00 SCREW (AEP, UK)
mw Re
X-4941-014-1 FOOT ASSY (AEP, UK)
X-4941-550-1 FOOT ASSY (US, Canadian)
4-929-007-01 CUSHION (CASE)
4-885-979-11 SCREW (4X25) (US, Canadian)
*
Amon
SECTION 4
EXPLODED VIEWS
@ -XX, -X mean standardized parts, so they
may have some differences from the origi-
nal one.
e Color Indication of Appearance Parts
Example :
KNOB, BALANCE (WHITE).. (RED)
t Ai
Parts Color Cabinet’s Color
not supplied
Remark Ref. No. Part No.
e Hardware (# mark) list is give
the last of this parts list.
The components identified by ma
or dotted line with mark A a
critical for safety.
Replace only with part numb
specified.
Les composants identifiés par u
marque sont critiques pour
sécurité.
Ne les remplacer que par une pia
portant le numéro spécifié.
Description Remark
+ 8 4-923-563-11 CUSHION
13
14
15
—? 2—
A-4675-309-A REINFORCEMENT (TOP PLATE) ASSY
X-4928-002-1 PLATE (RIGHT) ASSY, SIDE (US, Canadian)
X-4928-001-1 PLATE (LEFT) ASSY, SIDE (US, Canadian)
X-4941-988-1 BUTTON (OPEN/CLOSE) ASSY
X-4941-991-1 PANEL ASSY, LOADING
4-935-917-01 WASHER (CASE)
4-929-074-01 SCREW (3X8)

| CDP-X339ES
4-2. FRONT PANEL SECTION
Ref.No. Part No. Description Remark Ref. No. Part No. Description Remark
51 4-908-848-01 EMBLEM, SONY 66 4-941-084-01 BUTTON (DISPLAY MODE)
52 4-948-008-01 PANEL (FRONT) 67 4-941-085-01 BUTTON (LEVEL FILE)
53 3-703-685-21 SCREW (+BY 3X8) * 68 1-637-419-11 FUNCTION BOARD
54 4-929-074-01 SCREW (3X8) * 69 1-637-410-11 DISPLAY BOARD
55 4-948-469-01 SPRING, RING 70 A-4604-901-A KNOB (LINE OUT/PHONE LEVEL) AS\Y
56 3-531-576-11 RIVET
37 4-941-087-01 PLATE, INDICATION
38 X-4941-990-1 PANEL (L) ASSY
39 X-4941-013-1 PANEL (R) ASSY
60 4-941-093-01 INDICATOR
71 4-923-532-21 SPACER, LED
72 4-928-052-01 HOLDER (RIGHT)
73 4-928-053-01 HOLDER (LEFT)
74 1-642-074-11 HP BOARD
78 1-641-804-11 VR BOARD
+e & H &
61 4-941-079-01 BUTTON (20 KEY) * 76 1-637-411-11 TIMER BOARD
* 62 4-941-092-01 ABSORBENT (20 KEY), VIBRATION D701 = 8-719-970-07 LED MPG3371X-150 (>)
63 4-951-620-01 SCREW (2. 6X8), +BVTP D702 = 8-719-971-52 LED MAY3371X-M-177 (ID
* 64 4-941-220-01 COVER (CABLE) FLD801 1-519-622-11 INDICATOR TUBE, FLUORESCENT
65 4-$22-518-11 KNOB (TIMER)

CDP-X339ES
4-3. CHASSIS SECTION
Ref. No.
CDM19E-6H50
Part No. Description
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
115
115
116
117
4-923-520-51 KNOB (POWER)
1-641-805-11 AC SW BOARD (US, Canadian)
1-641-809-11 AC BOARD
4-929-074-01 SCREW (3X8)
3-703-685-21 SCREW (+BV 3X8)
4-923-873-01 BRACKET, CORD STOPPER
3-703-244-00 BUSHING (2104), CORD
A-4649-346-A POWER BOARD, COMPLETE
4-928-032-01 COLLAR (A)
4-888-798-00 BUSHING, RUBBER
1-559-583-21 CORD, POWER (US, Canadian)
A-4649-345-A AUDIO BOARD, COMPLETE
3-591-576-11 RIVET
4-949-240-01 COVER (POWER PCB)
4-948-005-01 PANEL, BACK (AEP, UK)
4-948-005-32 PANEL, BACK (US)
4-948-005-41 PANEL, BACK (Canadian)
3-655-653-21 BAND (TAITON), BINDING
4-363-146-00 HEAT SINK, V. OUT
Remark
Note:
The components identi-
fied by mark
ted line with mark
are critical for safety.
Replace only with part
Note:
Les composants identifiés par
une marque iN sont critiques
pour la sécurité.
Ne les remplacer que par une
piéce portant le numéro spécifié.
or dot-
number specified.
Rema rk
1-532-066-00 FUSE, TIME-LAG (T400mA) (AEP, UK)
1-570-156-11 SWITCH, PUSH (AC POWER) (1 KEY) (POWER)
1-450-891-11 TRANSFORMER, POWER (US, Canadian)
Ref.No. Part No. Description
* 118 1-641-808-11 LINE OUT BOARD
* 119 1-641-807-11 OPT BOARD
* 120 4-941-636-11 BRACKET (PCB-R2)
A\l21 1-558-568-21 CORD, POWER (AEP)
A\122 1-559-555-21 CORD, POWER (UK)
123 3-831-441-XX CUSHION
* 124 1-533-183-11 HOLDER, FUSE
125 3-575-524-00 COVER, POWER SWITCH (AEP, UK)
* 126 4-941-548-01 LABEL, CLASS 1 (AEP, UK)
* 127 3-701-948-10 LABEL (T400MA), FUSE (AEP, UK)
* 127 3-703-044-26 LABEL, CAUTION (US, Canadian)
* 128 4-941-237-01 HEAT SINK
A991
ANF991 = 1-532-741-11 FUSE, GLASS TUBE (1. 25A/125V)
(US, Canadian)
ASI91
ANT991
A\T991 — 1-450-892-11 TRANSFORMER, POWER (AEP, UK)
|
:
a
|
¥
:
|
4
|
\
i
|
|

| CDP-X339ES
4-4. CD MECHANISM BLOCK SECTION
(CDM19E-6H50)
not supplied
162 not supplied
not supplied
163
165
166
ny
#14
Ref.No. Part No. Description Remark Ref.No. Part No. Description Remark
*
151 1-641-764-11 SW BOARD
152 4-918-679-04 PULLEY, PRESS
*
162 4-917-583-21 BRACKET, YOKE
163 4-948-371-01 CAM (BU)
*
*
153 A-4604-914-A LOCK (R) ASSY, STABLE 164 4-927-628-01 GEAR (C)
*
154
=
1-641-765-11
L.
MOTOR
BOARD
165
=
3-659-338-00
SPRING,
COMPRESSION
155
=
A-4604-913-A
LOCK (L)
ASSY, STABLE
166 =
4-927-654-01
WASHER
(LIMITER)
156
=
A-4665-024-A
MAGNET ASSY
167 X-4927-608-1
ARM
ASSY,
SWING
157 4-927-627-01
ROLLER
(S, G)
168
4-929-724-01
PULLEY (B)
* 158 4-948-368-01 BAR (MAIN), GUIDE 169 4-927-649-01 BELT
*
159 4-948-353-01 TABLE, DISK
160 = A~4604-911-A HOLDER (A P.) ASSY
170 — 4-948-360-01 BEARING, LOADING
171 4-927-648-01 SLIDER (GROUND)
*”
161 4-927-620-01 GEAR (P) M001 A-4604-347-A MOTOR (L) ASSY