Service Manual

ORDER NO. AD9004079C8

SL-PJ27
Compact Disc Player

WISE
COMPACT §(IESIT/IL_|

Color
(K)... Black Type
Area
Country
Code
88. taag Continental Europe.
tate rrUta
Ad

Asia, Latin America,

Middle Near East and
Africa.

Oceania.

SL-P333 MECHANISM SERIES (SIWD 113-ZA)

SPECIFICATIONS
@ Audio @ Pickup
No. of channels 2 (left and right, stereo) Wavelength 780 nm
Frequency response 2~-20,000 Hz, +1 dB
Output voltage 2 V (at 0 dB) m@ General
Dynamic range 94 dB Power supply
S/N ratio 96 dB For Continental Europe: AC 50/60 Hz, 220 V
Wow and flutter Below measurable limit For Oceania: AC 50/60 Hz, 240 V
Output impedance Approx. 1 kQ For others: AC 50/60 Hz, 110 V/127 V/220 V/240 V
Load impedance More than 10 kQ Power consumption 10W
Dimensions (WxHxD) 360 x 95.8x 290.5 mm
Weight 3.4kg

Specifications subject to change without notice.

Weight and dimensions shown are approximate.

Mi CONTENTS
PLACEMENT .............. nee INTERNAL CONNECTION OF E.L..........::cccscseseneaessseessensee
CONNECTIONS.. see SCHEMATIC DIAGRAM.................++
ACCESSORIES ..........:ccsssesesecsssenses neon PRINTED CIRCUIT BOARDG............
PRECAUTION OF LASER DIODE ...............-:scssssrsossesssersreeenes 3 WIRING CONNECTION DIAGRAM
LOCATION OF CONTROLG.,.........c:sssccesseseessersessesssensnesnees 4,5 TERMINAL GUIDE OF IC’S,
HANDLING PRECAUTIONS FOR OPTICAL PICKUP.......... 6 TRANSISTORS AND DIODEG..............ccseecenseteteesenree 36
INSTRUCTIONS FOR TRAVERSE OIL ...........::cccssseeresscoesees 6 TROUBLE SHOOTING GUIDE............:ccsssssesseceteneeorese 37~39
DISASSEMBLY INSTRUCTIONS .......000...ccsessccssssesseesnee 7~10 REPLACEMENT PARTS LIST ..........--ccsssssesseetersue
atenee 40~43
MEASUREMENTS AND ADJUSTMENTG................04 11~15 PACKING ..........scceesceessssnessceees
NEW SERVO GAIN ADJUSTER..........2..2::cssecsseossseesscsesnerens 15 EXPLODED VIEWG..............0.0
TERMINAL FUNCTION OF IC’S...... w 16~20 RESISTORS & CAPACITORS
BLOCK DIAGRAM .........scsscssessssssessssernsssensecseetecensenensens 21~23

@
Co., Ltd.
Matsushita Electric Industrial
"Technics Central P.O. Box 288, Osaka 530.91, Japan
SL-PJ27

M@ PLACEMENT
Before placement Notes of placement
The optical pickup is secured to prevent damage during transport. @ This unit is a precision instrument. Be sure to place it ona
Be sure to release it before use. fiat surface.
@ Avoid piaces such as the following:

[co)
+[<)
Near any equipment or device that generates strong magnetism.
On any heat-generating equipment or device, or in any place
where the temperature is high (35°C or higher).
(with inclination!) Lock shaft Pull to unlock. @Extremely cold places (5°C or below).
(in the locked eNear a tuner or TV (It may cause noise in the broadcast, or
condition) disturbance of the TV picture.)
@ When carrying or storing the unit, handle it with care so it
is not subjected to any strong bumps.
Note: Always remove the disc before storing the unit for any period of
When carrying this unit, be time.
sure to remove the compact ® To avoid problems due to vibration.
disc from inside the unit, and Do not place a book or similar object under this unit.
press the lock shaft to secure Do not route the connection cables (of this or other units) across
the optical pickup. (Make the operation panel, across the top, or under the unit.
sure to place the unit with the
rear panel facing downward.)

Soft cloth or similar material (to prevent scratches)

Mi CONNECTIONS
Notes:
Turn power off on all components before making connections.
See the operating instructions of the tuner for details.
Rear panel of this unit

To the
“AC OUTLET”
_ Of the amplifier
or the graphic
equalizer
or to the
household outlet

To the “REMOTE OUT”

terminal of the graphic equalizer
or the cassette deck

RG
To the “CD” To the “CONTROL” terminal
terminal of the of the amplifier
amplifier

[1] Stereo connection cable (included) [4] “UNSWITCHED” outlet

[2] L-type cable (included) [5] AC power supply cord (included)
[3] L-type cable (included)

Mi ACCESSORIES
® AC power supply cord (polarized) ........ 1 e Stereo connection cable ...................... 1 @ L-type Cable ooo...
ee eceteeeetetenees -2
SFDACO5E03 (E) (SJP2249-3) (SJP2257T)
SJA173 (GN) |
RJA0004 (GC)

@ AC plug adaptor... eee 1

(SJP9215 (GC))
 SL-PJ27

MEPRECAUTION OF LASER DIODE

CAUTION: This product utilizes a laser diode with the unit turned “on”, invisible laser radiation is emitted from
the pick up lens.
Wave length: 780nm
Maximum output radiation power from pick up: 100nW/VDE

Laser radiation from the pick up lens is safety level, but be sure the followings:

not disassemble the optical pick up unit, since radiation from exposed laser diode is
1. Do
dangerous.
2. Do not adjust the variable resistor on the pickup unit. It was already adjusted.
3. Do not look at the focus lens using optical instruments.
4. Recommend not to look at pick up fens for a long time.

ACHTUNG: Dieses produkt enthalt eine laserdiode. Im eingeschalteten zustand wird unsichtbare laserstrahlung
von der lasereinheit abgestrahit.

Wellenlange: 780nm
Maximale strahlungsleistung der lasereinheit: 100 1W/VDE

Die strahlung an der lasereinheit ist ungefahrlich, wenn folgende punkte beachtet werden:

1. Die lasereinheit nicht zerlegen, da die strahlung an der freigelegten laserdiode gefahriich ist.
2. Den werksseitig justierten einsteliregier der lasereinreit nicht verstellen.
3. Nicht mit optischen instrumenten in die fokussiertinse blicken.
4. Nicht Gber langere zeit in die fokussierlinse blicken.

ADVARSEL: | dette a apparat anvendes laser.

Obs:
Apparaten innehaller laser
Komponent av héger laserklass
an klass 1.

RQLS0021

ADVARSEL: USYNLIG LASERSTRALING

VED ABNING, NAR SIKKERHEDSAF-
BRYDERE ER UDE AF FUNKTION.
UNOGA UDSATTELSE FOR STRALING.

VORSICHT-Unsichtbare § OANGER-Invisible
Laserstrahlung, wenn J laser radiation when
Abdeckung gedffnet. open.
Nicht dem Strah! AVOID DIRECT EX-
aussetzen. no.soo2t § POSURE TO BEAM.
SL-PJ27

MI LOCATION OF CONTROLS

ore athe
rN
HIGH SPEED ACCESS SYSTEM

Control section

@ Power switch (POWER HOFF =ON) © Buttons for CD edit function (CD EDIT)
@ Disc holder *Edit tape length button
(EDIT TAPE LENGTH)
© Time mode select button (TIME MODE) When compact discs are
can be used to calculate
to be recorded to tape, this button
the number of tracks that can be
Use this button to select the desired time display mode.
recorded on each side of the tape, depending on the length
of the cassette tape used, so that as little tape as possible is
4) Buttons for program function
wasted.
eProgrammed-play button (PROGRAM)
Pressing this button initiates the programmed play mode. ¢Tape-side select button (TAPE SIDE AB)
When recording compact discs to tape, this button can be
You can then enter specific tracks using the skip buttons.
used to check the number of tracks and amount of tape left
Clear button (CLEAR) over for side A or B.
Each pressing this button makes one track cleared from the
programmed sequence.
© Auto cue button (AUTO CUE)
Pressing this button causes the unit to skip automatically to
© Search buttons (<< SEARCH PP) the beginning of the next track on the disc and switch to the
These buttons can be used to move rapidly forward or play standby mode.
backward on the disc during play. The search speed is slow
when the button is pressed at first and becomes faster if the @® Play button (> PLAY)
button is pressed and held continuously.
@® Pause button (11 PAUSE)
© Skip buttons (<< SKIP >)
These buttons can be used to specify the number of the @® Stop button (™ STOP)
desired track and the desired recording time of the tape. This button can be used to stop the disc play, as well as to
cancel the various play modes.
© Repeat button (REPEAT)
® Disc holder open/close button
(4 OPEN/CLOSE)
 SL-PJ27

Tate |{or-}
(eo)g-m-y=1eq (fe) |

@) Disc indicator (DISC) @® “Over” mark (6 )

This indicator lights if the total number of tracks on the disc is
©® Programmed-play indicator ([PGM]) 16 or more.
16) Track number display (TRACK) ® Track number indicator (1-15)
@ Program number/time display (NO./MIN/SEC) @ Tape side indicator (A/B)
® Repeat indicator (@>) 25) Compact disc edit indicator (EDIT)
® Auto cue indicator (A. CUE)
@ Pause indicator (11)

@&) Play indicator (>)

If this unit is connected with Technics Hi-Fi compo-

nent system whose remote control transmitter has
button for compact disc operation, the pause
function may not be activated by pressing the [>All
button during compact disc play.
SL-PJ27

@i HANDLING PRECAUTIONS FOR OPTICAL PICKUP

The laser diode in the optical pickup may break down due to potential difference caused by static electricity of
Clip Shorting pin
clothes or human body.
So, be careful of electrostatic breakdown during repair of the optical pickup. ¢23e28o a proresees

e Handling of optical pickup 1S <a

Be sure to short this position
1. Do not subject the optical pickup to static electricity as it is
extremely sensitive to electrical shock. (Use the shorting pin or clip.)
2. To prevent the breakdown of the laser diode, an anti-
static shorting pin is inserted into the flexible board. Optical pickup
(FPC board)
Lens (Do not touch)
When removing or connecting the short pin, finish the
job in as short time as possible.
3. Take care not to apply excessive stress to the flexible
board. (FPC board)
4 Do not turn the variable resistor (laser power adjust-
ment). Ithas already been adjusted
FPC board
(Handle it carefully)

Variable resistor (Do not turn)

© Grounding for electrostatic breakdown prevention

1 Human body grounding
Use the anti-static wrist strap to discharge the static electricity
from your body.
Wrist strap
table grounding (Anti-static bracelet) /
2. Work
Put a conductive material (sheet) or steel sheet on the
area where the optical pickup is placed, and ground the 1MQ
sheet.
Caution:
The static electricity of your clothes will not be grounded
through the wrist strap. So, take care not to let your
clothes touch the optical pickup

Iron plate or some metals

to conduct electricity

@ INSTRUCTIONS FOR TRAVERSE OIL (Part No. S2ZOL31)

The container contains 6g (approx. 3ml) of oil.
One application (one shaft) uses 0.05mi of oil.
How to Use
(1) Remove the guide shaft in the traverse deck from masts
the optical pickup and clean off any dust from the )
guide shaft.
(2) Apply one drop of the SZZOL31 to the tip of the
guide shaft.
(3) Hoid the guide shaft so that its oiled end touches Optical pickup
the optical pickup and insert it into the bearing
while rotating it slowly. —/\.
(4) After securing the guide shaft, move the optical — ted =
pickup by hand several times to the left and right
to distribute the oil on the guide shaft. Guide shaft

“ATTENTION SERVICER”
Some chassis components may have sharp edges. Be careful when disassembling and servicing.
 SL-PJ27

Mi DISASSEMBLY INSTRUCTIONS
Warning: This product uses a laser diode. Refer to caution statements on page 3.

ACHTUNG: _ «Die lasereinheit nicht zerlegen.

¢ Die lasereinheit darf nur gegen eine vom hersteller spezifizierte einheit ausgetauscht
werden.

* This CD player is equipped with FPC boards, so handle them with care during disassembly and reassembly.

Ref. No. Ref. No. Removal of the ornament of disc

Removal of the cabinet
1 2 holder and the front panel
Procedure Procedure
1

Disc Holder

Cabinet

Front Panel

¢ Removal of the ornament of disc holder:

1. Push the rack gear slowly in the direction of the
arrow.
2. Release the 2 claws and ornament in the
¢ Remove the 5 screws (@~6). direction of the arrow (@).
¢ Removal of the front panel:
1. Remove the 2 screws (Q, @).
2. Slightly pull out the front panel in the direction
Ref. No. of the arrow (®).
3 Removal of the operation P.C.B. 3. Remove the front panel in the direction of the :
arrow (©). ’
Procedure
1-2-3

Procedure
1-4
Operation P.C.B.

os Remove the 4 screws (9~®).

2. Release the 8 claws.
e Push the claw in the direction of the arrow and remove
the disc clamper.

| <j |
SL-PJ27

Ref.No. | Removal of the yoke, magnet Ref.No. | Removal of the disc holder and
5 and clamper 6 power switch rod
Procedure Procedure
14-5 oe Yoke 1-4-6
¢ Removal of the disc holder:
1. Push the rack gear slowly in the direction of the
arrow until the disc tray comes up.
2. Pull out the disc holder further to remove it.
Note: Pull the lock shaft on the bottom panel to the
“FREE” position.
e Removal of the power switch rod:
1. Set the power switch to the “OFF” position.
Claw with projection 2. Remove the power switch rod by using a
Clamper screwdriver.
1. While lifting the claw with a screwdriver, rotate
clamper in the direction of the arrow and remove
the yoke and magnet.
2. Release the claw of the clamper.

Ref.No. | Removal of the loading unit

1. Remove the 4 screws (O~@).

2. Remove the 2 flat cables (CN405, CN406).
ASP How to play the disc
How to check the servo P.C.B. 1. Place the test disc and magnet on the turntable.
2. Switch the player ON.
Procedure :
12467 3 . First push the open/close switch (S102) and next,
—8 Loading Unit~ Servo P.C.B. push the $101.
4. After the test disc starts rotating, release the
open/close switches (S101, S102).

@ When checking the soldered surface of the servo

P.C.B. and replacing the parts, do as shown.
¢ Don’t remove the 2 fiat cables (CN405, CN406).
 SL-PJ27

How to check the main P.C.B.

¢When checking the soldered surface of the main

Procedure
1p e6 Remove the 4
4 screws (9~®)
: mo ~@). P.C.B. and replacing the parts, do as shown.
2. Lift the main P.C.B. off the e Don’t remove the 2 flat cables (CN405, CN406).
retention posts on the chassis.
3. Remove the 3 flat cables (CN11, Cautions:
CN405, CN406). 1. Connect the main P.C.B. ground terminal (LINE
4. Remove the main P.C.B. in the OUT terminal) to the chassis with a lead wire.
direction of the arrow. 2. Connect the operation P.C.B. ground terminal to
the chassis with a lead wire.

Main P.C.B.
Operation P.C.B. Lead Wire

Lead Wire

Ref.No. | Removal of the servo P.C.B. and Ref. No.

loading motor P.C.B. Removal of the loading motor

Procedure Procedure
Hilo dersati ¢ Removal of the servo P.C.B. 146-7 Remove the drive belt.
= 10 1. Remove the 3 screws (O~®). 11 Remove the 2 screws (@, @).
2. Unsolder the 2 terminals of spindle Release the 2 claws.
motor. Pens
Unsolder the 2 terminals of the lead
3. Remove the FPC board from the wire of the loading motor.
optical pickup.

Caution:
To prevent the breakdown of the laser
diode, antistatic shorting pin is
inserted into the FPC board.
e Removal of the loading motor P.C.B.
1. Remove the 2 screws (@, ©).
2. Unsolder the 2 terminals of loading
Drive Belt
motor.

: Servo P.C.B.
FPC Board Loading Motor

Loading Motor
Terminals

—9 9 —
SL-PJ27

Ref. No.
12 Removal of the optical pickup 13 Removal of the power supply P.C.B.

Procedure Procedure
Refer to the handling precautions for 1-2-4 ¢ Removal of the power supply P.C.B.
10-12
optical pickup and instructions for 313 1. Remove the 3 screws (@~®).
traverse oil (See page 6). 2. Remove the flat cable (CN11).
3. Unsolder the 2 terminals.
1. Remove the 2 screws (@, @).
2. Unsolder the 2 terminals and the 2 ¢ Removal of the AC outlet
screws (©, 6). 1. Unsolder the 2 terminals.
2. Release the 2 claws.

Optical Pickup
2®

AC Outlet

Terminals

Caution: Take care not to touch the brush terminal.

Removal of the spindle motor

eee 1. Loosen the screw (@) by using a 1.27mm allen

wrench and remove the turntable.
2. Remove the 2 screws (Q, ©).

Caution:
1. Turntable height adjustment is necessary any time
the turntable or spindle motor is replaced.
2. The (+) terminal of the spindle motor is indicated
by the red mark.

Adjustment of turntable height

1. Insert a0.9mm clearance gauge (RZZ0297) between
the turntable and loading base as shown below.

Turntable
0.9mm clearance
0.9mm gauge (RZZ0297)
SY

Spindle
motor
a:
:

2. Tighten the turntable set-screw by using a 1.27mm

allen wrench.

Caution:
Refer to turntable height adjustment (see page 12).
 SL-PJ27

Mi MEASUREMENTS AND ADJUSTMENTS

Caution:
° It is very dangerous to look at or touch the laser beam. (Laser radiation is invisible.)
With the unit turned “on”, laser radiation is emitted from the pickup lens.
Avoid exposure to the laser beam, especially when performing adjustments.

PREPARATION
1. Remove the cabinet (see Ref. No. 1 of the disassembly
instructions).
2. Remove the disc clamper and magnet (see Ref. No. 4, 5 of
the same).
3. Remove the disc holder and power switch rod (see Ref. No.
6 of the same).
Place the test disc and magnet on the turntable.
Switch the player on.
OY:
Ou First push the Open/Close switch $102 in the direction of
the arrow and then, push switch $101 in the direction of the
arrow as shown in the figure.

ADJUSTMENT POINTS

© Servo P.C.B.

(Focus offset aces (Tracking offset adj.)

VR106 adj.)
VR101
VR105

VR104

RY
FEG
EP (GND)
ase
ANVRI 03 (Tracking (Tracking gain adj.)
balance adj.) (Best eye adj.)
"Z
VR102
GNO Ha

We een —

ae ¢ Temporary setting of each VR

RaGaRG
connector
VR106 VR101 = VR105 VR104 «=VA102 VR103

(ssiceeo VR setting if any of the trimmer VRs are

replaced or require readjustment, temporarily set them
to the following positions.
SL-PJ27

Measuring Instruments and Special Tools

* Servo gain adjuster (SZZP1017F or SZZP1094C-1) * Allen wrench (M2.0) (SZZP1101C)
* Test discs * Allen wrench (M1.27)
1. Playability test disc (SZZP1054C or SZZP1014F) * 0.9mm clearance gauge (RZZ0297)
2. Uneven test disc (SZZP1056C) * Filter
3. Black band test disc (SZZP1057C)
* Normal disc Perform adjustments depend on the part to be replaced
* Dual-beam oscilloscope with bandwidth of 30 MHz or according to followings:
better (with EXT trigger and 1 : 1 probe). (1) Spindle Motor ...........cccceccceseeeeeeees Items (1), (3) to (8)
* Audio frequency (AF) osillator (2) Turntable 2.0.0... eeeeeceesccesseeseesseeereeaes items (1), (3) to (8)
* Comversion connector (SZZP1032F) (3) Optical PickuP.........0.c
cece cceeeceeeeeee eensItems (2) to (8)

Adjusting Procedure
a If you have replaced the optical pickup, spindle motor, Turntable
or turntable, do the following adjustment: Clearance gauge
(RZZ0297)
(1) TURNTABLE HEIGHT ADJUSTMENT
1. Insert the 0.9 mm clearance gauge (RZZ0297) between
the turntable and the loading base (see the figure at
right). t
Spindle motor
2. Tighten the turntable retention screw with the 1.27 mm
allen wrench.
3. Connect the oscilloscope’s CH. 1 probe across VR104‘s
(+) and VR106's (—) terminals via Note 2. If the measured amplitude greatly surpasses or
a filter.
falls short of the range above, set VR105 at or around
(Note: A voltage of 2.5V appears at the V. REF terminal.
the center, then try to adjust the height again. (Then
Take care not to short the player’s chassis to the oscil-
be sure to adjust the focus offset as well.)
loscope ground.)
Oscilloscope setting: VOLT.......... 50 mV
SWEEP......... 1ms.
Oscilloscope
Input coupling... DC
°Filter for turntable height adjustment FA O
4. Adjust oscilloscope’s DC zero balance.
5. Switch the player power ON, and play the test disc Resistor: ERDS2TJ103 (10kQ) o
(SZZP1014F or SZ2ZP1054C).
Capacitor: ECQV1H104KV (0.1 uF) 9c
6. Measure the voltage amplitude of the signal on the
oscilloscope.
Note 1. If the measured amplitude is within a range of +/—
15 mV, the turntable height is correct. If it is outside
this range, adjust the turntable height by using the
clearance gauge as a pry.
If the amplitude exceeds +15 mV, lower turntable.
If the amplitude is below —15 mV, elevate the turntable.

(2) MECHANICAL ADJUSTMENT Optical 2 — ===

1. Connect the oscilloscope’s CH. 1 probe across pickup
eens
(+) and (—) on the Servo P.C.B. adjustable
Oscilloscope setting: VOLT.......... 100 mV with a
SWEEP......... 0.5 ys. allen
wrench
Input coupling... AC
2. Switch the player power ON, and play track 9 on the Mechanical adjustment
screws
test disc (SZZP1056C). (Playing any other track may
yield a false adjustment.)
3. Leave the player in Play mode, and place it as shown
in the figure on the right.
4. Alternately adjust the two mechanical adjusting
screws with the 2.0mm allen wrench (SZZP1101C) é(

ee
until the vertical fluctuation of RF signal is
minimized and the eye pattern is most stretched.
5. After completing the adjustment, lock the mechanical PA AAA,
7s :
adjustments with lock paint (RZZOLO1).

% Most stretched eye pattern.

 SL-PJ27

(3) BEST EYE (PD BALANCE) ADJUSTMENT

. Connect the oscilloscope’s CH. 1 probe across @ Bien!
f T

(+) and BuNBwers (—) on the Servo P.C.B.

Oscilloscope setting: VOLT.......... 100 mV ai

Input coupling... AC
B\\NSSESROO
TAA
RAIA AA A

. Switch the player power ON, and play the 1kHz

(track 1) on the test disc (SZZP1054C).
. Adjust VR101 until the vertical fluctuation of RF
signal is minimized and the eye pattern is most
stretched. — aang
* Most stretched eye pattern.

(4) FOCUS GAIN ADJUSTMENT

. Connect the servo gain adjuster to the player (see page
15).
. Set the servo gain adjuster’s gain switch to position “2”
and the ON/OFF switch to ON.
. Set up the AF oscillator output for 825Hz, 150 mVp-p,
and connect it across the OSC and GND terminals on the
servo gain adjuster.
. Connect oscilloscope’s CH. 1 and CH. 2 probes to the
servo gain adjuster’s TP1 and TP2 terminals, respectively
(TP3 is GND).
Oscilloscope setting: VOLT.......... 100 mV
(both channels) 4 W
SWEEP......... 0.2 ms.
Input coupling... AC
x Adjust VR104 until a equals b.
. Play the test disc (SZZP1014F or SZZP1054C).
. Set
on the servo gain adjuster’s gain switch to position ‘’3”,
and you will see a 825 Hz signal on the oscilloscope.
Adjust VR104 until the signal amplitudes on both
channels become identical to each other.
. Set the gain switch back to position 2”.

(5 — TRACKING GAIN ADJUSTMENT

. Set up the AF oscillator output for 1.1 kHz, 150 mVp-p,
and connect it across the OSC and GND terminals on the
servo gain adjuster.
. Connect oscifloscope’s CH. 1 and CH. 2 probes to the servo
gain adjuster’s TP1 and TP2 terminals, respectively
(TP3 is GND).
Oscilloscope setting: VOLT .......... 100 mV
(both channels)
SWEEP......... 0.2 ms
Input coupling... AC
. Switch the player power ON, and play the test disc
(SZZP1014F or SZZP1054C).
. Set the servo gain adjuster’s gain switch to position ‘1’,
and you will see a 1.1 kHz signal on the oscilloscope. XK Adjust VR102 until a equals b.
Adjust VR102 until the signal amplitudes on both
channels become identical to each other.
. Set the gain switch back to position “2°.
SL-PJ27

(6) FOCUS OFFSET ADJUSTMENT

Note: Make sure that the servo gain adjuster’s gain switch
is set to position “2”.
1. Connect the oscilloscope’s CH. 1 probe across
(+) and (—) on the Servo P.C.B. and its CH. 2 Ve i
probe (+) to VR104’s terminal.
Oscilloscope setting: VOLT.......... 100 mV (CH. 1)
it Pn
100 mV (CH. 2) AMMO E ' li
SWEEP......... 0.2 ms. Thy tty!
=. i
it ins
iH pu
ll a

Ct Eloi
Input coupling. . AC (both CH. 1
and 2)
mia
Vw sia CHe2
Trigger mode ... .NORM (trigger
CH. 1.)
nN.Switch the player power ON, and play track 9 on the
test disc (SZZP1057C).
at Trigger the oscilloscope’s CH. 1 so that the following Minimize the amplitude or make @=©.
waveforms are observed. Adjust VR105 until the dip in Smooth
the RF signal envelope on CH. 1 is smooth and the signal envelope

amplitude on CH. 2 is minimized, i.e. when amplitude A

equals amplitude B.
}+—

(7) TRACKING OFFSET ADJUSTMENT

Note: Make sure that the servo gain adjuster’s gain switch
is set to position “2”. | hcerlenmnamesia
_ . Connect the oscilloscope’s CH. 1 probe across BM RIth
—f (OK AAA AE LL isi ill
ALE
(+) and {RH (—) on the Servo P.C.B., and its
CH. 2 probe (+) to VR102's terminal. CH1
Oscilloscope setting: VOLT......... 100 mV (CH. 1)
100 mV (CH. 2) a |AMR LEA‘i 10
SWEEP........ 0.2 ms.
Input coupling. . AC (both CH. 1
df a aebs ila
UTA ui He

and 2)
Trigger mode. . pe (trigger
CH
N. Switch the player power ON, and play tele 9 on the
test disc (SZZP1057C).
Minimize the amplitude or make @=©.
ad Trigger the oscilloscope’s CH. 1 so that the following
Smooth
waveforms are observed. Adjust VR103 until the dip in envelope
the RF signal envelope on CH. 1 is smooth and the
signal amplitude on CH. 2 is minimized, i.e. when
amplitude A equals amplitude B.

(8) TRACKING BALANCE ADJUSTMENT 5. Set the servo gain adjuster’s gain switch to position
. Make sure that the servo gain adjuster’s gain switch is
—s “4”, and adjust VR106 so that the wafveform of the
set to position “2”. output section marked with > is balanced.
N Set up the AF oscillator output for 1.1 kHz, 600 mVp-p, 6. Disconnect the servo gain adjuster’s leads from the
and connect it across the OSC and GND terminals on the player.
servo gain adjuster.
bed Connect the oscilloscope’s CH. 1 probe across
(+) and SIRE (—) on the Servo P.C.B. and CH. 2 probe

iil i li il i
(+) to the OSC terminal on the servo gain adjuster.
Oscilloscope setting: VOLT......... 100 mV (CH. 1)
200 mV (CH. 2)
SWEEP........ 0.1 ms. iee A
Input coupling. .AC (both CH. 1
and 2)
illpel eliNt ps
ala’
| ‘alla
PANNi?
PAPA -Y
|lal .
Trigger mode .. .NORM (trigger

= Switch the player power ON, and play the test disc
fal
(SZZP1014F or SZZP1054C).
XX This section of the waveform must be
balanced.
 SL-PJ27

(9) CHECK OF PLAY OPERATION AFTER ADJUSTMENT

* Checking Skip Search * Checking Using Defect Disc
1. Play an ordinary musical program disc. 1. Play the 0.7 mm black dot and the 0.7 mm wedge on the
2. Press the skip button to check for normal skip search defect test disc (SZZP1054C) and verify that no sound
operation (in both the forward and reverse directions). skip or noise occurs.
* Checking Manual Search 2. Play the middle tracks of the uneven test disc and verify
1. Play an ordinary musical program disc. that no sound skip or noise occurs.
2. Press the manual search button to check for smooth
manual search operations at either low or high speed
(in both the forward and reverse directions).

¢ Connection of servo gain adjuster

Audio-frequency oscillator

©000
Servo gain adjuster
(SZZP1017F ) GNO OSC Oscillator connection Conversion connector
terminals (SZZP1032F )
@ ON/OFF switch @
COON GNO ©
Selector }
) F osc ©
22
TP3TP2 3
on TPA

Oscilloscope Oscilloscope
Vara
connection
roo terminals
O~ 0} Tp2 TP3 TPI
ee 4
es G |CH1
—10.3V Ggno +10.4V
® Chassis ©
(Main) (Ground) (Main)

¢ Main P.C.B.

CN11A
D16 (Cathode)
+10.4V
cn118 \@ Connect the red
lead wire of servo
gain adjuster.

D17 (Anode) —10.3V

© Connect the blue
lead wire of servo
gain adjuster.

Wi NEW SERVO GAIN ADJUSTER (Servo Amp. Adjusting Fixture)

The following introduces the improved version of the current servo gain adjuster (SZZP1017F):
Part number: SZZP1094C-1
Features:
(1) Contains all oscillation frequencies and output adjustments needed for focus servo gain, tracking servo gain,
and tracking balance adjustment (requires no external oscillator).
(2) Panel indicators indicate the best points of focus and tracking servo gains (no oscilloscope needed).
(3) Internal power supply eliminates the need for power supply from the CD player.
SL-PJ27

Mi TERMINAL FUNCTION OF IC’S

e 1€101 (AN8373S): Servo amp.
V0 VO
Division Division

RF signa! input (X30 amp.)

Ra 4 PO Tracking error signal output

Ce
N NO

Es
nNw FPO
FGC
Focus error signal oytput
Focus gain up signal input
(Not used, connected to GND)
Oo TGC
(Not used, connected to GND)

|6 | LPD Poe I]Non-inverting laser power input

ES Q o
Focus/Tracking down signal input

pe © 2
o|
o
vcTiw

Ed
PD balance adjustment
° POT

ae Ee
Ww = BDO

Ee! Ex
Tracking balance adjustment

= [20 [0 |oeomecin
saan |
11 TBL2 32 RFDET

12 FOOFS I Focus offset adjustment

Ea
Current/voltage conversion
v¢ [es800 [1 |Bomrasine
ac oe|
se [ar |e [Reason
13 IVA 0 output (A)
Current/voltage conversion

se [ease [1 [Astana non|

VB 0 output (B)
Focus gain adjustment output

Focus error signal input

far[ves [1 [rerio
[ae[teow [1 [tewrsonersenvormen
Es a
Tracking error signal input

Tracking error filter capacitor

input
RF signal output

Focus error filter capacitor input

Function Function

Power supply Program enable/de-enable conrol

Clock input (Not used, open)

Key scan data signal input

Remote control signal input GND terminal

 SL-PJ27

e 10102 (AN8374S): Servo processor

Vo 1/0

Pf [renaonnmmmea [fe [v0 [+ [roam

Division Division

i ll BC Ee z ; Track crossing speed control output

ae ps[tev [0 [ramirnesnae|
Pf |
Ee TE OUT ae
[ae|FeBER [0 [Forth
Tracking gain adjustment

Tracking error signa! output KICK za Track kick signal output

Tracking error gain detecting filter

eT vee [+ [rermasionesifm |veer |0 _|Bartana

TE BPF nae (Not used, open) 28 LDON Laser power control output
: : Focus/tracking gain up output

FE OUT Focus error signal output 30 CNT1 Control input (FOON: Focus
Servo On signal)
riangular wave oscillator Control input (TRON: Tracking
fiof cw | o | capacitor output ae sled Servo On signal)
. Control input (KICKF: Kick
fd VREF a Reference voltage input CNT3 a Direction (Forward) command)
: : Control input (KICKR: KICK
ie ARF is te RF signal input CNT4 Hlafi Direction (Backward) command)
CDSL sy Data slice filter capacitor input TRVF eae 23 Traverse forward command signal

Fe
fia] rec fot Frequency difference signal input

|16| C. PLL Pie PLL loop filter constant

a CLK Frequency pull-in clock signal

(88.2 kHz) input Traverse position detecting

Fa a De Sliced and digitized RF signal resistor/capacitor inputs

fo[ree fe Clock output extracted from SRF

EFM signal output

with PCK
synchronous
Tracking drive control output

Tracking error signal input

¢ 1C103 (AN3877N): BTL drive

VO VO
Division Division

Inverting output of tracking

Ea TO-

;
PVCC ae Drive power supply

|
driver
Non-inverting output of
2 vcc pete Power supply TD+
tracking driver
TB External transistor base
driving output
FO- OL +]Inverting output of focus driver

4 VMON i. et Voltage output

ce FO+ Non-inverting output of
focus driver
Inverting output of traverse
driver
Non-inverting output of
fe
6 | ro | Focus error signal input
traverse driver

re [er
Tracking error signal input Reset signal output

Reference voltage input PC input (connect to GND.)

SL-PJ27

e 1C301 (MN6625): Digital signal processor

Ro|et |tn | Paton

p+ |amor | 0
0

Serial data byte clock Es MCLK Po Command ciock signal input

(Not used, open)
|26| MDATA a Command data input
Crystal frame clock (7.35kHz)

a — Ea ANS es eran)
Hee Muting control

De-emphasis ON signal
Tracking servo ON signal

+ [ome [0 [emonea naeoot

(de-emphasis ON at “H”)
(tracking servo ON at “L”’)

Ps[se [0 [eweroacnen
STAT Processing condition
(CRC, CUE, CLVS, TT STOP, FCLV)

re[are [0 [insist SUBC Sub-code serial output data

[woe [eforstar
con
(Not used, open)

31 SBCK Clock for sub-code serial output

(Not used, open)

[ae[awe
[6 [cet na en
L channel deglitch signal

pe| we [oe |(et Neee epen)

eae |R channel deglitch signal

(Not used, open) VDD Power supply

Interpolation flag Emphasis signal input

(interpolation at “H’’) (Not used, open)

Error flag terminal Spindle motor FG signal input

n i?)
Clock (16.9344 MHz) output (Not used, open)
(Not used, open)
Test mode selection Spindle motor ON signal
(Not used, connected to power (ON at “L”)
supply.)
wN (eo) Spindle motor drive signal
Digital signal output
(Not used, open)
Resynchronizing signal
RESY
Mode selector (Not used, open)
(“L”: normal, “H”: SLEEP mode)
(Not used, connected to GND) ow Drop-out signal (Drop-out at ‘‘H")
Test terminal (“L”: normal)
(Not used, connected to GND) EFM signal input (DSL)

3mm|
m =n EFM signal input (PLL)
x Clock output (16.9344 MHz)
2 (Not used, open)
PLL extract clock input
vuCc x
vss GND terminal 2 | (4.3218 MHz)

Sub-code block (Q data) FPC PLL frequency comparision signal

clock (75 Hz)

07
Sub-code frame (Q data) 5 vo 16K RAM data input/output
clock (7.35 kHz) DO

Sub-code (Q data) output

RAM/OE 16K RAM OE signal
az Reset signal input (reset at ‘‘L’’)
RAM/WE 16K RAM WE signa!
a Command load signal input
RAM/AO

are
eee]
16K RAM address signal
i)
(RAMAO: LSB, RAMA10: MSB)
RAM/A10
 SL-PJ27

¢ 1C401 (MN15283PKG): System control & FL drive

v0 vo
Division Division

1 CLOSE SW wa Disc holder “Close” detection Not connected

DECK IN heee Synchro edit control input Optical servo condition

polls
FLOCK
(focus) input

Not connected
Optical servo condition
(Track cross) input

Ew Reset signal input

Sub-code block (Q data) clock input

(75Hz)

Sub-code block (Q data) clock input FL glid signal and key scan data
CLOCK
(7.35 kHz) signal

Sub code (Q data) input

Loading motor “Close” command

Loading motor “Open” command

Traverse “Reverse” command

signal

Traverse “Forward” command

signal

Optical servo IC control signal

(KIKCR: Kick direction [Reverse] Clock terminal
command) (Not used, open)

Optical servo IC control signal Optical servo condition

(KICKF: Kick direction [Forward] (Track cross) input
command)

Optical servo IC control signal

(TRON: Tracking servo)

Optical servo IC control signal

20 CNT1
(FOON: Focus servo)

Processing status input from

signal processor LS}
SL-PJ27

¢ 1C801 (SM5807ESET): Digital filter

Bs
eee
SCSL = H : System clock = 192 fs
SCSL = L: System clock = 196 fs
Oscillator output (not used, open) (fs = sampling frequency)

CKSL =H: External input of R ch deglitch signa! (176.4 kHz)

16.9344 MHz or 17.2872 MHz to (not used, open)
CKSL XT
CKSL=L: External input of L ch deglitch signal (176.4 kHz)

rm
8.4672 MHz or 8.6436 MHz to XT (not used, open)

Clock output (not used, open) Seria! data output

44.1 kHz synchronization clock Output control clock (352.8 kHz}

LRCI
input
Output control clock (176.4 kHz)
DIN Serial data input
Serial bit clock output

Pe[ve
7 BCKI Serial data bit clock input (8.4672 MHz or 8.6436 MHz)
Power supply terminal
Digital ground terminal
(connected to +4.8V)

¢ 1C802 (UPD6376GSE1): D/A Converter

V0 1/0 ;
— Not connected L ch reference voltage capacitor
output
! Ground terminal
L ch signal output
=
fea
Power supply (connected to +4.8V : Ground terminal

L/R clock signal input

Ground terminal
L/R clock selector
R ch signal output (Not used, connected to power
supply)

Power supply (connected to +4.8V) Serial data signal input

Serial bit clock input

| R ch reference voltage capacitor
output

SQN
™@ BLOCK DIAGRAM AN8374S
rom tey4
LC3517BMLI5T

VREF
SERVO PROCESSOR
tot
I6K RAM
Tracking AN8373S
balance adj.
OPTICAL PICKUP (VRIO6)
SERVO AMP
p-------3-i} 10 i —_

F.T ga indz6
in voo Chip select, write
enable output enable
down | - DED 39,
T gain hes
up oss!
234 : Speed controi oy
Position F ga in 24
sensor up =] ga MN6625, control
T loop tilter
4'9 VREF
Qiol 6 U8
Auto power & 22 DIGITAL SIGNAL PROCESSOR
contor! é1 d
[— he SMSSOTESET
Distinctin of ves b' @®
direction Sync. pattern
von b33 DIGITAL FILTER ke
Syndrome
Tracking computation
p-———-------—-—+4
tion
gain adj. Control
flag count

934 DEMPH.

F loop filter o VREF

ALU |
a | |
VREF Addition ? (VRIO3) 3 | Timing control
(X2) Tracking
Best eye adj. offset adj. |¢ 8)
(VRION |
52 28

nn GN pa ed
I i 14 at
? SRDATA
alanc (x4)
offset adj. 12 v $
(VRIOS) o [wer Aen ae al Fea omeh
| (vRI04) —4
37
ro

|
|

|
|
| VREF X301
| €8)

e !
| | aaa anand AN8377N

? | BTL DRIVE
Tracking \ Tracking |TO! 27
i coil drive
coi + 10s

| BA4SS58FTI
= 1C4)
Focus 0353
coil 4!
t ‘Motor control
ES a hr |
TRAVERSE UNIT
[ese
ss = =] Q351,352
| Traverse
| coil +l
|
byeetes eee See a Hy
Spindle motor @8) Reset signal
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@® || 52 @
a
MNISSOPKH
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&
TRVR 49 CNT
CNT 30
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an a S °o
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MNI5283PKG
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Vo eee mS iae
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s! I
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oS

zs & z
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AC
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z

°
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64 ! 14
KEY MATRIX
$102 siol
SYNCHRO
9 9
EDIT

eee
bbe BA4556FTI

FL6OI
Q401,402
+5)
FL DISPLAY Motor control

LOADING MOTOR
 AN8374S

SERVO PROCESSOR — eee ae ee ee ee ee

qq, Le3si7 BMLIST

|
16K RAM
€®) €8) ssvrREF
ede c Ieee voo Veco vss 7
ie
A
illation
det. Qssi
De-emphasis
MN6625 control
rake

DIGITAL SIGNAL PROCESSOR

————3-— _ 3
— +0 5iaN LS a SS SMSGO7ESET UPD6376GSEI
2
Sync. pattern EFM ncy Syndrome vss 8 ¢8)
detection le} detection computation ccu von 022 DIGITAL FILTER ie D/A CONVERTER
flag count
C40 Sra ee eae PE ek ay ge Ea ee Fa] [fe oo pF ee oe
34 DEMPH |
EFM a
Synchronize a duict | | | | LM833M63
Protection emoculation Working Ran AUG | | |

Sub code
aPCK Ce check i5 scuxy—"47
Timing
en jee t Ho Sie;
demodulation control |
:

p | | Multiplier?
Accumulator
; Q801,802 803,804
|Rom | g H De-emphasis it LINE
é SRDATA 6 Input drive OUT
g& : 8° ee |
Interface z= as iJ s

shit 25
i 5Z 2& 3
Fy $ ©)Ren
resistor ge ° 2 < |
2 & € = |
e 6
’ |

‘Microcomputer
| | I
I L Dvoo =AYoo A.GND J
a ee a
\ 16 Od <b rene
areasaaa 3,4 7,8 5,12

les VREF ¢8) Gs)

—{ SRF}

853855

Muting
control

0407, 408

@8) Reset signal

¢8) generator

pee cee ceees eensce es 5 —— SS 2 \

>
s n
3
°
7
MNISSOPKH S | 15 16 |i7 fis ig LED,
a anno) leo SS,
y23 y24 59AD, i LOCI, ye yi2SOP a aE 55956 Demeee 61 Ch Le2zle3y2i
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ae £498
a2ib |
TE CONTROL SIGNAL PROCESSOR | | Fr £28282 2 i 2a? g

> i 8 M4 l | MN15283PKG |
ef = | |
: SYSTEM CONTROL & FL DRIVE |

zs & é |
2 wow . |
6
a
8 8
4 4
&
z

a
§
Ww >
2 |
o ° [s) °° °o a on J
ee ee ee ee ee ee a Oe ee ee ee ee os ia re aah cs, See eo
64 1 14 26
KEY MATRIX
0406
$102 siol avers
? ’ EDIT
BA4556FTI

+8)
FL DISPLAY Motor control

LOADING MOTOR Note:

—— > Audio signal
— 2 — — 233 —
SL-PJ27 SL-PJ27 SL-PJ27

Mi SCHEMATIC DIAGRAM 3
M@ INTERNAL CONNECTION OF FL (Parts list on pages 40, 41, 47, 48.)
¢ Grid connection diagram (This schematic diagram may be modified at any time with
development of new technology.)
126
Notes:
OPTICAL PICKUP
°S1 : Power switch (POWER Hl OFF m ON) in “on”
position.
© $2 : Voltage selector switch. [For (GC) area.] ( FOCUS} (TRACKING)
SPEED
¢ $101, 102 : Disc holder open/close detection switches. RAL oa LHON
NSOR
e $601 : Disc holder open/close (4 OPEN/CLOSE) switch.
° S602 : Stop (HB STOP) switch. bieCNIO fa
¢ S603 : Repeat (REPEAT) switch.
(eo) G
° $604 : Pause (§— PAUSE) switch. PY servo CIRCUIT R103 1.2K

¢ $605 : Play (® PLAY) switch.

¢ S606, 607 : Search (<< SEARCH PP) switches.
[S606 : <4<q (B), S607: BP (F)]
¢ S608, 609 : Skip (Kq< SKIP BP) switches.
1C103
[S608: Kq<q (B), S609: DP (F)] AN8377N
° $610 : Time mode select (TIME MODE) switch. FOCUS/TRACK
ING
/TRAVERSE COIL ORIVE
° S611 : Program (PROGRAM) switch. (BTL ORIVE)
° $612 : Clear (CLEAR) switch.
e Anode connection table ° $613 : Auto cue (AUTO CUE) switch.
$614 : Tape side select (TAPE SIDE A/B) switch.
° $615 : Edit tape length (EDIT TAPE LENGTH) switch.

¢ The voltage value and waveforms are the reference voltage of

this unit measured by DC electronic voltmeter (high impedance)
and oscilloscope on the basis of chassis. Ploy O16
Accordingly, there may arise some error in voltage values and C145, 0.2Vp-p 25B1240QRTVE
waveforms depending upon the internal impedance of the tester 6.3V100
REGULATOR
2ms.0.1V/0IV
or the measuring unit.

—
3)= 00]
Of 0)Ol
* The parenthesized are the values of voltage generated during
playing (Test disc 1kHz, L+R, OdB), others are voltage values
in stop mode.
¢ Important safety notice:
Components identified by A mark have special characteristics
important for safety. When replacing any of these components,
use only Wyle acs specified parts. 1

e-< >-/: >: Positive voltage lines and negative a

AN8374S
SERVO PROCESSOR
(14) (8) (5) voltage ines: °
°°
e
aa
° : audio signal lines. fe
Ploy
< 1.0V
10K rs
RI28 pp
Caution! Lev YH 2ms.0.5V/D1V.

IC and LSI are sensitive to static electricity. x At efeaeking offset adj.

Secondary trouble can be prevented by taking care during repair.
at

R10 120
¢ Cover the parts boxes made of plastics with aluminum foil. oe 1647
G7) 800 Te out (6)
e Pin connection ¢ Ground the soldering iron.
G6) RFDET TE BPF

PEN NO. [Be}n6oda 22a02025127 a6 28/24a

¢ Put a conductive mat on the work table. (Ov)49V

¢ Do not touch the pins of IC or LSI with fingers directly. 10V)49 v 64)
seg
cv,
a

commonon [3 Efe a BE
Gey
a | ov)
G3)

ee
ao
~

3.)1G~12G----Grid.

Play
2ms O.1V/0IV
Uh
a2v
oP
\ Play
2mso02v/Dlv —
0.4V
p-P

Play ae Ploy
rey <
~70V - ov
OSus 2v/01V. 2us 2V/0IV O.2us 2V/01V
O.5pys O1V/D1V
Mi SCHEMATIC DIAGRAM
(Parts list on pages 40, 41, 47, 48.)
(This schematic diagram may be modified at any time with
development of new technology.)

A
Notes:
°St : Power switch (POWER ML OFF = ON) in “on” ge cpa
position.
°S2 : Voltage selector switch. [For (GC) area.] pan TROCUS \-{TRACKING)
*$101, 102 : Disc holder open/close detection switches. aa 081 Ton Le.
¢ $601 : Disc holder open/close (4 OPEN/CLOSE) switch. 5K —_
¢ $602 : Stop (MI STOP) switch. i (eo) tL eter
¢ $603 : Repeat (REPEAT) switch. am
° $604 : Pause (§l PAUSE) switch. A SERVO COURCUNTS -- sade cia, 47e
¢ $605 : Play (® PLAY) switch. ' 2 Are er
¢ $606, 607 : Search (<< SEARCH BP) switches. B T 143 |47° 2SAI547QSTV2
[S606 : <<q (B), S607: BP (F)] i : ae ae ae ae AUTO POWER CONTROL
* $608, 609 : Skip (qq SKIP Di) switches. € ‘=
1C103
[S608: kq<q (B), S609: PP (F)} AN8377N
¢ $610 : Time mode select (TIME MODE) switch. FOCUS/TRACKING
/TRAVERSE COIL DRIVE
¢ S611 : Program (PROGRAM) switch. CBTECDRIVES aobdce f
© $612 : Clear (CLEAR) switch. cN103
° $613 : Auto cue (AUTO CUE) switch. |_| 'S :
° S614 5 Tape side select (TAPE SIDE A/B) switch. Owe tev) Koay) (0.2v Ka

° $615 : Edit tape length (EDIT TAPE LENGTH) switch. © @z @7 8

3
s |e & Gene (5)
i" So |
e The voltage value and waveforms are the reference voltage of TRV Lae J. : S
this unit measured by DC electronic voltmeter (high impedance) Cc Zz we
c Ke)
and oscilloscope on the basis of chassis. : a
Accordingly, there may arise some error in voltage values and Wy 2Sn12400RTVE t Ki |To BIMAIN
waveforms depending upon the internal impedance of the tester mr lores REGULATOR : re CIRCULT(CNA06)
or the measuring unit. aed lo
* The parenthesized are the values of voltage generated during ie
playing (Test disc 1kHz, L+R, 0dB), others are voltage values hot :
in stop mode. Ke
¢|Important safety notice: 2
Components identified by A mark have special characteristics ,2) J
important for safety. When replacing any of these components, 3}
use only manufacturer’s specified parts. D seewibce
e-< Srle< >: Positive voltage lines and negative RUS 4.7K MOTOR
voltage lines. <l8| | Re O—( mp
° : audio signal lines. =o Ba ake A
hee
a) 5 @ieva.7 22k
Caution! : cise Cae eS hea re
IC and LSI are sensitive to static electricity. re
Secondary trouble can be prevented by taking care during repair. $ ee
¢ Cover the parts boxes made of plastics with aluminum foil. NN ae ae
© Ground the soldering iron.
¢ Put a conductive mat on the work table. Bdalsote ati
© Do not touch the pins of IC or LSI with fingers directly. E q |
b Pio

a eee cere? :
d _\n 0.4V ap

f LL oneeng9 out 2a oi biy

7 10.15Vp-p
Waene eave Play 2ms. 0.1V/DIV a

‘ ny O
Dwg ee [Pw maa
h [| avd (2)

bo ; al “
gain adj. Mie ®
Tracking )
Ploy _. Plo ‘ gain adj. ®

eee |pp --0

V/D1V. 2V/01V
yeas O.5ps OIV/OIV 2us

— 25 — ee
 10 11 12 13 14 15 16 17 18

[EJ OPERATION CIRCUIT MOTOR/

SWITCH CIRCUIT Dy vain CIRCUIT
al 77V
FL60! (RSLOO52-F) - C411 1000P
R402
6 jar 9k
: T 1 R404
FL DISPLAY ots 2.6V
LOADING -0.8V 5 Aik b
MOTOR ©
$s
Ic4o3(I/2) | xf meg
“OV
R406 -30V
120K
AW 5 ms. (OV/DIV. ee
05ms.
(OPEN/CLOSE
DETECTOR) Ploy
5V
CN406 -82V aeay
bsfomael 3- <f Q401 Q402 10ms. 2V/DIV.
S ST 2SDI862QRTV6 2SB1240QRTVE a
3S MOTOR DRIVE MOTOR DRIVE
p<)
(5)
(6) a
(7) b
{38} c

Ko) : 1C403 225) oy

EY servo
ToCIRCUITICN103) © s BA4558FTI eScleseen ye ny
& i MOTOR DRIVE 5Ops.2V/D1IV.
i 6 0352 Play ay
‘©. b 2SBI240QRTV6 S
eS ‘ é MOTOR DRIVE @ Fy
> 5ms.2WDIV.
cy t
a d
© e Q353
oe re f DTAI24ESTP
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< 2) a3s! aM BST <A 10.4
Y a 10.4V R351 | R355 5V
nasa pase (V2) gf as 0K aan
oe cena yeaa 1 oims.2v/DIV.
uv) < oe i : SS
<=) = -osv't | R353 ||-R352 5Vv
6 IG CY 8 12K 150k |Q353 —
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rO W

=
< poe)
m2 cm | 5V (a SV
=x vy 5 (ov)
az
5s 150K WE 5V
Zo Og <A]-10.3v <{6| 5v
Z <i}-a2v 8404
33 DTA |43ZSTP
Q601 603,604, 605,607 ee SWITCHING( REMOTE)
2SDIS9IAQSTA
FL DRIVE
uk402
remote [| %,
IN (3)
Cy 9405
DTCI24ESTP
uk 401 vie 2} SWITCHING

sie
CONTROL (REMOTE) = 50ys.IV/DIV.
1

;
(TO AMP)

cnsorty
©,

7 rt) (hy)
sotge
=
3808
DTC 124ESTP
*e33
3a
sie

h 2) b SWITCHING = ay
9 S (AMP CONTROL) osps2W/DW.
£ a 5V

dq (5) Toe a 5ys.2W/DIV.

(6) b
5 c
a 3 ‘) = d
x |<lxly glee 0403~406
e|gijele S4oxe
2 As Ashe Ah '$$25. ath
R413 2.2K
a cN402
Sip v601~606 b ( (1) b
rd ISS254TA 7 (2) ¢
qd (3) d
e e
f S ¢ |lc402
$601 $603 $606 $608 s6il S613 q (6) g |MNISSOPKH
(MOPEN/CLOSE)| (REPEAT) | (44SEARCH) | (14 SKIP) (PROGRAM) | (AUTO CUE) h (7 h| REMOTE
: | CONTROL
i L (8) i} pata
PROCESSING
cN403 :
(1) i
$602 $604 $607 $609 $612 $614 in k
(mM STOP) (MPAUSE) =| ( >» SEARCH) | (Dm SKIP) (CLEAR) (TAPE SIDE A/B) ; (3) \
: J 4
n i one
L ts) 6 ims.2V/D1V

$605 $610 S6i5

(PLAY) (TIME MODE) (EDIT TAPE a a Pp gn
LENGTH) Py 7 is al wez
is i —_| r KES
i f 4 oa a ag ov
~ O.ips. 2V/D1V.
(s} —J t
u (6) u)
 17 18 19 20 21 23 24 25 26

[EW Power supPLy cIRCUIT For [EJarea. [J Power supPLy CIRCUIT For(GC) area.
Asi
<2 As|
( POWER )
(POWER)
-28.3V z A
a = A
gs$¢ L2
1c4o1 = AAC 220V
ke ~ 28.3 (50/60H2)
tsrqP onmikj
m j ihgf
ihg edcba are eet
mnlee CONTROL Olt AC 110 /127/220/240V
PERINE 25B1238QSTV6 eg /eonn)
REGULATOR
5V
ae .
ce oy oav GI
-30V
0.5ms.10V/DIV.

ia 5y
neces -10.3V <A
ov
Ol ys. 2V/DIV. dle~ 19
“SV svpss6aecT3
A
« 4 Lt wv AC OUTLET AC OUTLET
Play gS 5ms.2V/D1V. (UNSWITCHED)
sv S°T 11V & AC OUTLET TERMINAL
Le xs TERMINAL CIRCUIT CIRCUIT
50ys.2V/DIV. Ploy ay. Co AC OUTLET

— | (UN SWITCHED)
Play

Sms.2V/DI1V. oy 1
Ga
—7T 5V ibe

ams.2v/0W. -o2v [Gq Power SuPPLy CIRCUIT For(GNjarea.

Icll oN~ 14
i SVDS5688GT3
5V
< oS |+ © TV Asi
239 may) bs : ; (POWER)
o = AFI A

oS og Ate ‘Tesma| Aco A

ici 9851 soft F37 AC 240v
LM2940T5M DTA Il24ESTP = (50 /60H7)
REGULATOR SWITCHING = <
(DE-EMPHASIS) 1c803 5
LM833M63 8 ao
Rese Q851 -o2v) LPFILTER AMP asp aga
4 zed TON(xz | e801, : a02 2 = an ak
23 28C3311QRSTA -oav nit
B
330 330
2SDi450RSTTA
SUING .
PI ‘3 SWITCHING
Pei ey ay (DE-EMPHASIS) nN 66V
i :
48V cao! ay J
“4 SMS8O7ESET R803 aig 1€803 (1/2) 1k Hz,0d8
DIGITAL FIL 1K 1ev10 oo neia
HE | O.Us.2N/01N. = sete on Se bes ov ION
H a0 1 Ha ss AC
pik e OUTLET
= | a aor ov 6 ® AC OUTLET (UNSWITCHED)
ai =i | TERMINAL
al BeT coe CIRCUIT
Sa. 5 Ops.1W/DIV ei ee aa 3. 22P Reis ; ov rt
or am t ses
sie a R8Il 68K ge
3 on b 4 SS { isseeare
33 ¢c ee 2 verVv Q803
: d cy
Su b Bee
an Li ‘pp
- O.5ys.2V/DIV. e 2 'KHz,0dB |
a c + +—> SE LINE OUT
b + °
c d Re2: axs
4.7K ey
d & ReI2 68K Rei6 (-02V)
e a 3s 1k O7Y =
Q802 Casi Sx c814 22P aa i28
2 to se
ge BN 188254TA ggg |°Y
>
eee = s -6.2vt
sg 1c802 eal Sit’ on 2 2 calé Rel4 R822
| & MN6625 UPD6376GSE! 5 Ts. 32 ov love2 470 470 1
Hed = DIGITAL SIGNAL D/A CONVERTER rte seat amma
aaa eae
AA acca emo O) Rech
a@becdefghi jk imnop processor peice rte ov ®
gaoraee R804
lt : 1803172)
2SC33 1 |QRSTA 4
1302 RESET SIGNAL ss2
— LC35I7BMLI5T GENERATOR PLE 1S8254TA
def gh i j k n o “p~téK RAM
RAM” — B

‘
al
Fa
aq 2 0854 R857 4

Pre
@) @) O.2ps Swain,

1c302 5B
«
“ ge
; {ov)
oD, 2ev

3
Og
=
5V
via (0.1V) an
Sals>]s 215 4.4V (SV) Q8ss
AMAR RAI raves Bo 0853 = OTAII4ESTP
= = = iy = sz,
zs OTAI24ESTP ga MUTING CONT.
ov
s° @ bc de olps.2wolv. MUTING CONT. "8! oas4
2] DTCI24ESTP
MUTING CONT.
 SL-PJ27 1 a
1 2 3 4 5 6

M@ PRINTED CIRCUIT BOARDS

MAIN P.C.B.

A LN SERVO PC.B.

IN
REMOTE

AMP)
(TO
]
[CONTROL

ae

Aa (Leh)

OUT
LINE

(Reh)

SPINDLE
MOTOR

MOTOR/SWITCH PC.B. OPERATION PC.B. POWER SUPP

“ieee

seers

ee

aoe
ae

——2
ee
nena

TT

sao

TAPE SIDE A/a] [AUTO CUE] mM PAUSE

Lferesr}
10 11 12 13 14 15 16 17 18 19

(HWO/127/220/240V 50/60Hz)

POWER SUPPLY PC.B. FOR(GC] AREA.

AC OUTLET —\ ee i .
-
_ : 4 : : a = :
TERMINAL PC.B. SAV 2 a 4
. : : a
Gacy,
:
\ :
|: : [a
oe a
ae
eeoe

(UNSWITCHED)
AC OUTLET

AC IN aera

LAC IN |
| mej

(220V 50/60Hz) 24
(240V 50 /60H z)

POWER SUPPLY PC.B. FOR(EJAREA. POWER SUPPLY PC.B. FOR(GN] AREA.

CNI TI
fanee (Power transformer )

eles :
oe

NSCs
Mi WIRING CONNECTION DIAGRAM Mi TERMINAL GUIDE OF IC’S, TRANSISTORS AND DIODES
AC OUTLET
TERMINAL P.C.B.

{ UNS WITCHED)

[ej rower SUPPLY P.C.B.

|MN6625 |64Pin |

Ti (Power transformer)

REMOTE panrsaneKe
[18P|
IN CONTROL
(TO AMP)
LINE OUT
(Leh) (Reh) ee ee
ee a oe
Cr Cl

DTA114ESTP,
DTA124ESTP, Anode

Ze
DTA143ZSTP
18S254TA,
\ Cathode
SVDS5688GT3

Ca o——_}q}-——0 A

LOAOING MOTOR
$102
{OPEN/CLOSE ) 28C3311QRSTA , 2SB1238QSTV6,
LM2940T5M
2SD1450RSTTA, " 2SD1862QRTVE6,
prea 2SD1991AQSTA 2SB12400RTV6,
OPTICAL PICKUP ( MA4062HTA, 2SA1547QSTV2
MA4082MTA, <>
A SERVO P.C.B. MA405iMTA,
aca MA4330MTA, LEP 8
ca0-——fg-—o a MA4091MTA é CieZL c E

Resistance
Unit

SPINDLE MOTOR
CNSO! cN4o2 CN403 CN404
To Servo Gain.
Adjuster

Red Mark

CN6O02 CN6O3
 SL-PJ27 SL-PJ27

Mi TROUBLESHOOTING GUIDE (Operation Sequence Just After Power On) (TOC Read Operation-PLAY Operation)
Power On Open/Close switch
SL-PJ27 Operation Sequence Check Sheet (no disc loaded) pressed.

Play Operation Sequence

Power on PLAY key pressed.

(with no disc loaded) @ Power supply failure: @ Microprocessor failure

¢ Voltage regulator (IC11, Has the tray opened (1C401)
Forced traverse return r Laser diode comes on.
| FL display came on? Q11) and stopped? @ Operation key switch failure
@ Microprocessor failure: @ Tray open switch failure
| © 1C401
Disc detection Focus pulls in.
I
Yes
|
| Stop { Spindle motor starts rotation.
| Load a disc and press

|
p : I the Open/Close switch.
Disc loading | .

i Disc tray closed.

| | Traverse servo operation

!
|
|
|
| DSL (data slice) operation
Has the tray closed
and stopped?
@ Microprocessor failure
(IC401)
@ Operation key switch failure

NO,
|
aetna
Focus pulled in.
= rea
1
ee ce40)
Play operation
@ Tray close switch failure
-|
! ---—-—-—— 4 | PLL operation
| | Yes
| Spindle motor starts rotation. | @ Microprocessor failure:
| CLV servo operation © 10401
| (11T mode) Tray closed? @ Loading motor driver failure: @ Pickup failure:
| Focus servo operation ; © 1C403, Q401, 402, motor
e Laser diode
@ Close switch failure
I
Laser diode came on?
NO! @ Control system failure:
I I ©1C101, Q101
| Tracking servo operation | CLV servo operation ® Microprocessor failure:
| | (phase compare mode) ¢1C401

eee !| !! Yes
— Laser
Remove
and the
diode turn-on check method —
the disc then close the tray,
laser diode will come on for
1 TOC reading he | Data demodulator circuit approx. 5 sec.
bo ie ee ee J | | operation Does optical @® Traverse control system
pickup move toward failure: @ Microprocessor failure:
[ DSL (data slice) operation |
© 10102, traverse coil ¢1C401
I | inner track?
*1C103, potentiometer @ Control system failure:
| Does focus lens No
©1C101, 102
F be Access control circuit make vertical
PLL operation operation movements? @ FO error amp. failure:
©1C101, 102, 103
| @ Pickup failure:
¢ Focus coil
! CLV servo operation STOP key pressed.
| (11T mode) Yes
|
| Stops after making focus pull-
|
| CLV servo operation in operation for approx. 5 sec. @ Microprocessor failure:
| (phase compare mode) © 1C401

|
Spindle motor NO} @ T.T. drive system failure:
| Started rotation? © 10301, 403, Q353
l © Q351, 352
TOC data display Spindle motor

| Yes®

a.
|

eh
es
aie
oD
‘li
k
 SL-PJ27

No! @ FO error amp. failure: ARF signal turned No @® DSL circuit failure:
Focus servo locked? 9 into SRF signal? © (C102
©1C101, 103

— SRF signal check method —

Verify that the SRF signal is present at
pin (9 of 1€102.
Yes Yes

@ Microprocessor failure:
¢1C401
@ Control system failure: :
©1C101, 102 Rietieatere No! @ oe
Tracking servo locked? ;
@TR error amp. failure:
j .
with PCK? e

©1C101, 102, 103

@ Pickup failure: — Synchronization check method —
¢ Tracking coil Trigger the oscilloscope with the RF
signal (TJ101) and observe the PCK at
Yes Yes | pin @ of 1C102.
If phase synchronization is establish-
ed, the FPC at 1C301’s pin @ will be
regulated to approx. 2.4V.

@ Microprocessor failure:
¢1C401 CLV servo
Traverse servo NO] @ CLV circuit failure:
@ Traverse amp. failure: entered the Phase
operation normal? © 1C301
© 10101, 102, 103 Compare mode?
traverse coil
— Traverse servo checking method —
e Track skip occurs at inervals of a few
seconds during play.
Yes
¢ Pickup moves back and forth
between the innermost and
outermost tracks.
¢ Pickup moves to the innermost or
outermost track and stops there.
Has DSL circuit EFM signal and
No! @ Microprocessor failure: PCK clock outputs
NO} @ PLL circuit failure:
entered the
© 1C401 present? e1C102
Normal mode?

— EFM and PCK check method —

— DSLcircuit Normal mode check method —
¢ Verify that 1C102’s pin 8) is set to
Check the waveform of EFM at |C102’s |
Low.
|
pin @) and that of PCK at IC102’s pin
Yes Yes \ @.

@ DF/DAC circuit failure:

RF signal ¢ 1C801, 802
Audio signal
amplitude regulated NO] @ AGC circuit failure: @ Low-pass filter circuit
at the output of °1C101 output present?
failure:
AGC circuit?
© |C803
— AGC circuit check method —
Verify that the ARF signal amplitude at
Yes © be @) of 1C101 is 0.4Vp-p.

Play operation

;
3

4
SL-PJ27

Mi REPLACEMENT PARTS LIST

Notes : * Important safety notice:
Components identified by A\ mark have special characteristics important for safety. When replacing any of these
components use only manufacturer’s specified parts.
* The parenthesized indications in the Remarks columns specify the areas. (Refer to the cover page for area.)
Parts without these indications can be used for all areas.
* Warning: This product uses a laser diode. Refer to caution statements on page 3.
* ACHTUNG:
Die lasereinheit nicht zerlegen.
Die lasereinheit darf nur gegen eine vom hersteller spezifizierte einheit ausgetauscht werden.

Part Name & Description Part Name & Description

DIODE
INTEGRATED CIRCUIT (S) DIODE
fo
DIODE
IM2940TSM IC, REGULATOR _[piove
MN6625 IC, DIGITAL S, P.
LC3517BML15T |IC, 16K RAM COIL (S)
MN15283PKG =|IC, SYSTEM CONTROL&FL DRIVE
MN1SSOPKH IC, REMOTE CONTROL D. P. SLQX400-D COIL
BA4558FTI IC, MOTOR DRIVE ELEXT2R2KA9 {COIL
SMS807ESET | 1C, DIGITAL FILTER ELEXT3R3KA9 COIL
UPD6376GSE1 if D/A CONVERTER COIL
Timea IC, L. P. F COIL
+ _—

hs
TRANSISTOR
({S) TRANSFORMER
(S)

Qli 2SB1238QSTV6 TRANSISTOR POWER TRANSFOMER

Q351 2SD1862QRTVE |TRANSISTOR SLTDSKOS8SG {POWER TRANSFOMER A\(GN)
Q352 2SB1240QRTV6 |TRANSISTOR POWER TRANSFOMER A (GC)
ee
a
a eee E
eee
DIC124ESTP |TRANSISTOR XBA2CO25TBO }FUSE A\ (GC)
280331 1QRSTA |TRANSISTOR
2SD199 1AQSTA |TRANSISTOR
2SD1991AQSTA |TRANSISTOR
=e OSCILLATOR (S)
2SD1991AQSTA |TRANSISTOR

om 280331 LORSTA |TRANSISTOR SVQATI693ATA jOSCILLATOR

2SD1450RSTTA |TRANSISTOR
DTAI24ESTP |TRANSISTOR DISPLAY TUBE
DTAL24ESTP |)TRANSISTOR
|prc124estP TRANSISTOR “{DISPLAY TUBE
DTALI4ESTP |TRANSISTOR
—
SWITCH(ES)
DIODE (S)

Svoss68ecT3 DIODE A SH, VOLTAGE SELECTOR A (GC)

DIS IMA4062HTA {DIODE aie SW, LOADING DET. [
Di6-19 _|svossegecT3 [DIODE a SW, LOADING DET. [
D20 [uaaaoMta [DIODE EVQ21405R —_|SW, OPEN/CLOSE
MA4082MTA [DIODE iz EVQ21405R _|SH, STOP [
MA4O62HTA DIODE EVQ21405R SW, REPEAT
MA4QSIMTA {DIODE EVQ21405R Si, PAUSE
T1ss254Ta—__ [DIODE EVQ21405R _|S PLAY
MA4O39HTA [tone EVQ21405R SW, B. SEARCH
[iss254TA DIODE EVQ21405R SW, F. SEARCH
MA4OSIMTA = {DIODE SW, B. SKIP
 stpsar

Notes : * Important safety notice:

Part Name & Description Components identified by A\ mark have special characteristics important for safety. When replacing any of these
components use only manufacturer's specified parts.
EVQ21405R SW, F. SKIP * The parenthesized indications in the Remarks columns specify the areas. (Refer to the cover page for area.)
FVQ21405R SW, TIME Parts without these indications can be used for all areas.

EVQ21405R — |SW, PROGRAM

EVQ21405R SW, CLEAR
Part Name & Description Part Name & Description Remarks
EVQ21405R SW, A. CUE
EVQ21405R SW, SIDE
EVQ21405R SW, EDIT CABINET AND CHASSIS
SIRD1O7-1
CONNECTOR (S) & SOCKET (S) RKMO015-1K TOP CASE SNSD36
_{sis9236 AC INLET AC, €C)
RJUOO3KO08M1 {SOCKET (8P) SJSD16 AC INLET(JK1) A\ (GN)
RJUOO3KOOEMI [SOCKET P) SJS9333B AC OUTLET A)
RJS1A1705 CONNECTOR (5P) SJS9232B AC OUTLET A (GC)
$J8D2221 CONNECTOR (22P) RJS1A4602 AC OUTLET A\ (GN)
[RITOOSKOOaMi UT SJT390 FUSE HOLDER A
|RITOO3KDDGMI CONNECTOR (6P) |RGKO233B TRAY ORNAMENT
RJS1A1703 CONNECTOR (3P) RGROOL11-C REAR PANEL
[acro01IN-A REAR PANEL
FLAT CABLES) RGROO11J-C REAR PANEL
SBC666-1 [poneBUTTON STOPPER RUBBER
FC1 RWJ1806090KQ FLAT CABLE (6P) RKA0011 FOOT 21 SCREW
si
rm|n!|
rm!
DMl(
WHrolrwIi
ree
owleolotrml RMKO031-2 CHASSIS CUSHION RUBBER

SUSD136-1 SPRING (A)

JK401 RJJ33T01 JACK, CONTROL 13 RMRO264 FL HOLDER SUSD145-1 SPRING (C)
RJJ33TROL JACK, REMOTE IN 14 RFKGLPJ27E-K {FRONT PANEL ASS’ Y SNSD33 SCREW
RJH3201N JACK, LINE OUT 14-1 RKWO013 WINDOW SJGDRF310T-2 SPINDLE MOTOR
RGUO0S7-1 MAIN BUTTON SHRD17?-1 LOCK UNIT
RGUOO63 EDIT BUTTON SUXD123-1 GUIDE SHAFT
<SERVO P. C. B> RGUO329 SKIP BUTTON SUWD112 GUIDE SHAFT HOLDER
INTEGRATED CIRCUITS RGUO330 PROGRAM BUTTON XTB3+106 SCREW
ia

AN8373S
[IC, SERVO AMP ml
SHE185~2
SJS9333A
P.¢.B. SUPPORT
AC OUTLET COVER
SOYD21-E
SOYD22
YOKE (A)
YOKE (B)
AN8974S IC, SERVO PROCESSOR SJS9331A AC OUTLET COVER SORD38-E
AN8377N IC, B.T. L DRIVE SJT390 FUSE HOLDER SOAD70A OPTICAL PICKUP
SHWD33 WASHER
[SERVO P.C.B.> SCREW(S) SORD37 ROLLER
TRANSISTORS SHWD34 WASHER
+
RHD30007 SCREW SNSD31 SCREW
2SA1547QSTV2 |TRANSISTOR XTBS3+8JFZ1 SCREW SHRD176-E COIL HOLDER
2SB12400RTV6 | TRANSISTOR XTB3+8JFZ SCREW XTB2+5G SCREW
[xrea+16ue2 SCREW RFKNLP370PBK LOADING BASE ASS’ Y
<SERVO P. C. B> XTB3+8F SCREW SMBD7-2 BELT
VARIABLE RESISTORS XYN26+F7 SCREW

EVNDS3AAQ0B14 |V. R, BEST EYE ADJ.

: _|meavense DECK RMGO050
[stosé-t
MOTOR RUBBER
LOADING MOTOR ASS’ Y
EVNDSAAOOB14 |V. R, TRACKING GAIN ADJ. RFKNLP370PAK DISC TRAY ASS’ Y SIKD150051F FLAT CABLE
EVND3AA00B14 |V. R, TRACKING OFFSET ADJ. |rwqoo4a PIN XTB3+8G SCREW
EVND3AAQ0B14 |V.R, FOCUS GAIN ADJ. SHRD150 ROLLER HOLDER EMCSOS52MP [oownector (5P)
EVNDS3AAQ0B14 |V. R, FOCUS OFFSET ADJ. SDRD12 ROLLER SJSD1722M SOCKET (17P)
EVND3AA00B24 |V. R, TRACKING BALANCE ADJ. SUSD83 SPRING SOCKET (22P)
SIRD96-1 LOCK LEVER FLAT CABLE
 SL-PJ27 SL-PJ27

Ref. No. Part No. Part Name & Description Remarks

Mi EXPLODED VIEWS
e Traverse deck parts
PACKING MATERIAL

RPGO431 PACKING CASE

RPNOO1A PAD(F. L)
RPNO1O1B PAD(F. R)
RPNO101¢ PAD(B. L)
RPNO101D __[PaD(B R)
XZB60X60A01 PROTECTION BAG (UNIT)
Ispsp152 ACCESSORIES BOX
XZB23K20003 PROTECTION BAG (CORD)

Pens ACCESSORIES

[ngro404-¢ aINSTRUCTION MANUAL

SHES INST. MANUAL ASS’ Y
SFDACO5E03 POWER CORD
SJA173 POWER CORD
eer POWER CORD
SJP2249-3 OUTPUT CORD
SJP2257T M3 CORD
~TRQAOOL3 WARRANTY CARD
SQX7186
RQCBO169 SERVICENTER LIST
SJP9215 AC PLUG ADAPTOR

Note: When changing mechanism parts,

apply the specified grease to the
areas marked “x x” as shown in
the drawing. I52
 SL-PJ27

9 10 12 3 14

Cabinet and chassis parts

M@ RESISTORS & CAPACITORS
Notes : * Capacity valuse are in microfarads (uF) unless specified otherwise, P=Pico-farads (pF) F=Farads (F) |
* Resistance values are in ohms, unless specified otherwise, 1K=1,000(OHM) , 1M=1, 000k(OHM) Ref. No. Values & Remarks

ECUVIE104K8 0. 1U
Values & Remarks Values & Remarks
RCUV1H330KC 33P
ECUVIC224KR 0. 22U
ERDS2TJ472T | 1/4¥ 4.7K ECEAOGKS1011 100U
RESISTORS ERDS2TJ471T | 1/4¥ 470 RCUVIE104ZF 0.1
ERDS2TJ472T | 1/48 4 7K RESISTORS<SERVO P.C. B. > } ROUVIH470KC 47P
ERDS2T J331T [11/4AW 330 ERDS2TJ472T [va 47K RCUVIE103KB | 25V 0. 01U
ERDS2T J102T 1/4¥ 1K ERDS2TJ102T | 1/4¥ 1K ERDS2TJ471 RoUVINa7OKC | 50V 47P
ERDS2T. J120T
ERDS2T J121T
1/48 12
isERDS2TJ471T | 1/4¥ 470 ERJ6GEYJ120¥ ECEAOJKF1011 |6.3V 100U
1/AW# 120 ERJGGEYJ122 RCUVIHI8iKc | SOV 180P
ERDS2T, JOLT 1/AW 100 CAPACITORS TERIGGEY471 RCUVIH472KB | SOV 4700P
ERDS2T J103T 1/4¥ 10K RRJ6GCJ102TE ECEAIESNAR7I | 25V 4. 7U
ERDS2T J154T 1/AW 150K ~~Tconcio3Pe2 400¥ 0.01U A ERJ6GEYJ224V ROUVIE1042F | 25V 0.1U
ERDSZT. J123T 1/4W 12K EGEA1CU222E [16v 2200U ERDS2TJ222 RCUVIE103KB | 25V 0. O1U
ERDSZT, J154T 1/4W 150K ECEA1CU102B 16V 10000 ERJ6GEYJ154V
ERDS2T J333T 1/4W 33K ECEA1CU221B 16V..220U ERJ6GEYJ472V
ERDS2T J8R2T 1/AW 8.2 ECEAQJK470B | 6.3V. 47U _|Fruscevseawv
ERDSZT. J101T 1/AW 100 ECEAICU331B | 16¥ 3300 ERJ6GEYJ332V
ERDS2T. J472T 1/AW 4. 7K ECEA1W101B | 35V 100U ERJ6GEYJ123
ERDS2T. J913T 1/AW# SK C 20 25¥ 0. 1U ERJ6GEYJ333V

fk |
33K
R403 ERDS2TJ472T 1/AW 4.7K C21, 22 ECKRIH103ZF5 | SOV 0.010 RRIJGGCJ223TE
R404 ERDS2T J9L3T
R405, 406 = |ERDS2T. J124T
1/4¥
1/4¥ = 120K
SK
ERJ6GEYJ470V
Fook
1/108
| 47
R407 ERDS2TJ101T | 1/4W 100 10K
R408-410 |ERDS21J472T 1/AW 4. 7K
R411 ERDSZT. J104T
R413-416 — |ERDS2TJ222T
1/4¥
1/AW
100K
2.2K 0304 ECFRIE104ZF5 | 25V 0. 1U
ue
ERDS27. J473T 1/4AW ATK ECBTIH1O2KB5 | 50V 1000P
ee irs)
ERDS2?. J472T
ERDS21. J102T
1/4W
| L/W
ECEAQJK470B | 6.3V
—+——
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Se Age H900403509 YY/TN