Safety Precautions
Preventing static electricity
Important for laser products
Disassembly method
Adjustment method
Flow of functional operation
until TOC read (MD section)
CA-MXS6MDSP-MXS6MDSP-MXS6MD
1-2
1-3
1-4
1-5
1-31
1-37
Maintenace of laser pickup (MD)
Replacement of laser pickup (MD)
Flow of functional operation
until TOC read (CD section)
Maintenance of laser pickup (CD)
Replacement of laser pickup (CD)
Description of major ICs
US
UB
UT
Area Suffix
Singapore
Hong Kong
Taiwan
1-38
1-38
1-39
1-40
1-40
1-40~69
COPYRIGHT 2000 VICTOR COMPANY OF JAPAN, LTD.
No.20887
Nov. 2000
MX-S6MD
1. This design of this product contains special hardware and many circuits and components specially
for safety purposes. For continued protection, no changes should be made to the original design
unless authorized in writing by the manufacturer. Replacement parts must be identical to those
used in the original circuits. Services should be performed by qualified personnel only.
2. Alterations of the design or circuitry of the product should not be made. Any design alterations of
the product should not be made. Any design alterations or additions will void the manufacturer`s
warranty and will further relieve the manufacture of responsibility for personal injury or property
damage resulting therefrom.
3. Many electrical and mechanical parts in the products have special safety-related characteristics.
These characteristics are often not evident from visual inspection nor can the protection afforded
by them necessarily be obtained by using replacement components rated for higher voltage,
wattage, etc. Replacement parts which have these special safety characteristics are identified in
the Parts List of Service Manual. Electrical components having such features are identified by
shading on the schematics and by ( ) on the Parts List in the Service Manual. The use of a
substitute replacement which does not have the same safety characteristics as the recommended
replacement parts shown in the Parts List of Service Manual may create shock, fire, or other
hazards.
4. The leads in the products are routed and dressed with ties, clamps, tubings, barriers and the
like to be separated from live parts, high temperature parts, moving parts and/or sharp edges
for the prevention of electric shock and fire hazard. When service is required, the original lead
routing and dress should be observed, and it should be confirmed that they have been returned
to normal, after re-assembling.
5. Leakage currnet check (Electrical shock hazard testing)
After re-assembling the product, always perform an isolation check on the exposed metal parts
of the product (antenna terminals, knobs, metal cabinet, screw heads, headphone jack, control
shafts, etc.) to be sure the product is safe to operate without danger of electrical shock.
Do not use a line isolation transformer during this check.
Plug the AC line cord directly into the AC outlet. Using a "Leakage Current Tester", measure
the leakage current from each exposed metal parts of the cabinet , particularly any exposed
metal part having a return path to the chassis, to a known good earth ground. Any leakage
current must not exceed 0.5mA AC (r.m.s.)
Alternate check method
Plug the AC line cord directly into the AC outlet. Use an AC voltmeter having, 1,000 ohms
per volt or more sensitivity in the following manner. Connect a 1,500 10W resistor paralleled by
a 0.15 F AC-type capacitor between an exposed
metal part and a known good earth ground.
Measure the AC voltage across the resistor with the
AC voltmeter.
AC VOLTMETER
(Having 1000
ohms/volts,
or more sensitivity)
Move the resistor connection to eachexposed metal
part, particularly any exposed metal part having a
return path to the chassis, and meausre the AC
voltage across the resistor. Now, reverse the plug in
the AC outlet and repeat each measurement. voltage
measured Any must not exceed 0.75 V AC (r.m.s.).
0.15 F AC TYPE
1500 10W
Place this
probe on
each exposed
metal part.
This corresponds to 0.5 mA AC (r.m.s.).
Good earth ground
1. This equipment has been designed and manufactured to meet international safety standards.
2. It is the legal responsibility of the repairer to ensure that these safety standards are maintained.
3. Repairs must be made in accordance with the relevant safety standards.
4. It is essential that safety critical components are replaced by approved parts.
5. If mains voltage selector is provided, check setting for local voltage.
!
Burrs formed during molding may be left over on some parts of the chassis. Therefore,
pay attention to such burrs in the case of preforming repair of this system.
1-2
MX-S6MD
Preventing static electricity
Electrostatic discharge (ESD), which occurs when static electricity stored in the body, fabric, etc. is discharged,
can destroy the laser diode in the traverse unit (optical pickup). Take care to prevent this when performing repairs.
1.1. Grounding to prevent damage by static electricity
Static electricity in the work area can destroy the optical pickup (laser diode) in devices such as CD/MD players.
Be careful to use proper grounding in the area where repairs are being performed.
1.1.1. Ground the workbench
1. Ground the workbench by laying conductive material (such as a conductive sheet) or an iron plate over
it before placing the traverse unit (optical pickup) on it.
1.1.2. Ground yourself
1. Use an anti-static wrist strap to release any static electricity built up in your body.
(caption)
Anti-static wrist strap
Conductive material
(conductive sheet) or iron plate
1.1.3. Handling the optical pickup
1. In order to maintain quality during transport and before installation, both sides of the laser diode on the
replacement optical pickup are shorted. After replacement, return the shorted parts to their original condition.
(Refer to the text.)
2. Do not use a tester to check the condition of the laser diode in the optical pickup. The tester's internal power
source can easily destroy the laser diode.
1.2. Handling the traverse unit (optical pickup)
1. Do not subject the traverse unit (optical pickup) to strong shocks, as it is a sensitive, complex unit.
2. Cut off the shorted part of the flexible cable using nippers, etc. after replacing the optical pickup. For specific
details, refer to the replacement procedure in the text. Remove the anti-static pin when replacing the traverse
unit. Be careful not to take too long a time when attaching it to the connector.
3. Handle the flexible cable carefully as it may break when subjected to strong force.
4. It is not possible to adjust the semi-fixed resistor that adjusts the laser power. Do not turn it
Main board
CN451
Flexible board
MD pickup
CN321
Soldering part
CD pickup
PickupSoldering part
1-3
MX-S6MD
Important for laser products
1.CLASS 1 LASER PRODUCT
2.DANGER : Invisible laser radiation when open and inter
lock failed or defeated. Avoid direct exposure to beam.
3.CAUTION : There are no serviceable parts inside the
Laser Unit. Do not disassemble the Laser Unit. Replace
the complete Laser Unit if it malfunctions.
4.CAUTION : The compact disc player uses invisible
laserradiation and is equipped with safety switches
whichprevent emission of radiation when the drawer is
open and the safety interlocks have failed or are de
feated. It is dangerous to defeat the safety switches.
VARNING : Osynlig laserstrålning är denna del är öppnad
och spårren är urkopplad. Betrakta ej strålen.
VARO : Avattaessa ja suojalukitus ohitettaessa olet
alttiina näkymättömälle lasersäteilylle.Älä katso
säteeseen.
5.CAUTION : If safety switches malfunction, the laser is able
to function.
6.CAUTION : Use of controls, adjustments or performance of
procedures other than those specified herein may result in
hazardous radiation exposure.
CAUTION
!
Please use enough caution not to
see the beam directly or touch it
in case of an adjustment or operation
check.
ADVARSEL : Usynlig laserstråling ved åbning , når
sikkerhedsafbrydere er ude af funktion. Undgå
udsættelse for stråling.
ADVARSEL : Usynlig laserstråling ved åpning,når
sikkerhetsbryteren er avslott. unngå utsettelse
for stråling.
REPRODUCTION AND POSITION OF LABEL
WARNING LABEL
CLASS 1
LASER PRODUCT
DANGER : Invisibie laser radiation
when open and interlock or
defeated.
AVOID DIRECT EXPOSURE TO
BEAM (e)
VARNING : Osynlig laserstrålning är
denna del är öppnad och spårren är
urkopplad. Betrakta ej strålen. (s)
VARO : Avattaessa ja suojalukitus
ohitettaessa olet alttiina
näkymättömälle lasersäteilylle.Älä
katso säteeseen. (d)
ADVARSEL :Usynlig laserstråling
ved åbning , når
sikkerhedsafbrydere er ude af
funktion. Undgå udsættelse for
stråling. (f)
1-4
Disassembly method
<Main body>
Removing the top cover
(See Fig. 1 and 2)
1.
Remove the four screws A on the back of the body.
2.
Remove the two screws B on both sides of the body.
A
MX-S6MD
Top cover
A
3.
Lift up the rear part of the top cover while pulling
both sides, then remove the top cover.
Removing the CD changer mechanism
assembly (See Fig.3 to 5)
Prior to performing the following procedure, remove
the top cover.
1.
Disconnect the card wire from connector CN661 on
the input board.
2.
Remove the four screws C on the upper side of the
body.
3.
Remove the screw D on the left side of the body.
4.
Release the wires from the clamp on the right side of
the CD changer mechanism assembly. Lift up the
rear part of the CD changer mechanism assembly
and pull out it from the front assembly.
A
Fig.1
A
A
Fig.2
CD changer mechanism assembly
C
Top cover
A
C
CN661
Bx
A
2
CD changer mechanism assembly
Clamp
D
C
Input board
C
Fig.3
CD changer mechanism assembly
Front panel assembly
Fig.4Fig.5
1-5
MX-S6MD
Removing the font panel assembly
(See Fig.6 to 8)
Prior to performing the following procedure, remove
the top cover.
1.
Disconnect the wire from connector CN603 on the
input board and the card wire from CN801 on the
microcomputer board.
2.
Remove the two screws E on the bottom of the body.
3.
Release the joint a on the bottom and the two joints
b and c on the lower sides of the body using a
screwdriver. Detach the front panel assembly toward
the front.
Front panel assembly
Front panel assembly
E
Front panel assembly
Fig.6
CN603
Joint
a
E
Microcomputer board
Fig.8
CN801
Joint c
Removing the display board (See Fig.9)
Prior to performing the following procedure, remove
the top cover and the front panel assembly.
1.
Remove the nine screws F attaching the display
board to the front panel assembly.
2.
Disconnect connector CN791 on the display board
from the control board on the front panel assembly.
Removing the control board / the key
board (See Fig.10)
Prior to performing the following procedure, remove
the top cover, the front panel assembly and the
display board.
F
CN791
Joint b
Fig.7
F
F
Front panel assembly
Fig.9
H
Input board
Front panel assembly
F
Display board
Key board
1.
Remove the five screws G and the four screws H
attaching the control board and the key board.
REFERANCE
1-6
:
When removing the control board and
the key board respectively, unsolder
each board.
G
G
Soldering
Fig.10
G
Control board
H
Removing the MD changer mechanism
(See Fig.11 to 13 )
Prior to performing the following procedure, remove
the top cover and the CD changer mechanism
assembly.
1.
Disconnect the card wire from connectors CN511 on
the main board.
2.
Remove the four screws I on both sides of the body.
3.
Pull out the MD changer mechanism assembly from
behind upward while releasing the four joints d using
a screwdriver.
MX-S6MD
MD changer
mechanism assembly
I
Fig.11
Removing the microcomputer board
(See Fig.14)
Prior to performing the following procedure, remove
the top cover.
1.
Disconnect the card wire from connector CN801 on
the microcomputer board.
2.
Remove the screw D attaching the microcomputer
board.
3.
Disconnect the lower connector CN391, CN392 and
CN393 from the main board by pulling them.
Joints
I
Fig.12
d
MD changer mechanism assembly
Fig.13
MD changer
mechanism assembly
CN511
Joints
Microcomputer board
d
Fig.14
D
CN801
CN393
CN392
CN391
1-7
MX-S6MD
Removing the tuner board
(See Fig.15 and 16)
Prior to performing the following procedure, remove
the top cover.
1.
Disconnect the wire from connector CN
CN112 on the tuner board.
2.
Remove the screw J on the side of the body
Remove the two screws K on the back of the rear
3.
panel.
REFERANCE
:
To facilitate the procedure, remove the
rear panel in advance.
111 and
.
Remove the rear cover / the rear panel
(See Fig.15 to 17)
Prior to performing the procedure, remove the top
cover.
1.
Remove the two screws L and the two screws L'
attaching the rear cover to the body.
2.
Remove the two screws K, M, N, O, and the screw P
and Q respectively.
3.
Release the joint e on the lower left side of the rear
panel.
J
K
CN112
Tuner board
Rear panel
Q
CN111
Fig.15
e
Joint
Fig.16
Rear panel
K
L
L'
Rear cover
L
O
Removing the Input board
Prior to performing the procedure, remove the top
cover, the rear cover, the rear panel and the tuner
board.
1.
Disconnect the card wire from connector CN661 and
the wire from CN603 on the input board.
2.
Remove the two screws R attaching the bracket and
remove the bracket in the direction of the arrow.
3.
Disconnect the lower connector CN602, CN913 and
CN922 from the main board. Disconnect the wire
from CN691 on the input board.
1-8
(See Fig.18)
M
Input board
CN691
CN602
CN603
CN913
N
CN661
CN922
P
Fig.17
R
Fig.18
MX-S6MD
Removing the heat sink assembly
(See Fig.19 and 20)
Prior to performing the procedure, remove the top
cover, the CD changer mechanism assembly, the
rear cover, the rear panel, the tuner board and the
input board.
1.
Remove the four screws S attaching the bracket.
2.
Disconnect connector CN924 and CN394 from the
main board.
Removing the regulator board / the
amplifier board (See Fig.21)
Prior to performing the procedure, remove the top
cover, the CD changer mechanism assembly, the
rear cover, the rear panel, the tuner board, the input
board and the heat sink assembly.
S
Heat sink assembly
Bracket
S
Fig.19
Heat sink assembly
Main board
1.
Remove the two screws T or U attaching the
regulator board and the amplifier board to the heat
sink.
T
Fig.20
Heat sink
CN924
CN394
U
Regulator board
Amplifier board
Fig.21
1-9
MX-S6MD
Removing the Main board (See Fig.22)
Prior to performing the procedure, remove the top
cover, the CD changer mechanism assembly, the
rear cover, the rear panel, the tuner board, the input
board and the heat sink assembly.
1.
Disconnect the wire from connector CN911 on the
main board and CN991 on the power transformer
assembly.
2.
Disconnect the card wire from connector CN511 on
the main board.
3.
Remove the four screws V attaching the main
board.
4.
If necessary, unsolder the wire on the headphone
board.
Removing the power transformer
assembly (See Fig.23 and 24)
CN991
V
CN511
CN911
Fig.22
Main board
V
Soldering
Power cord stopper
Prior to performing the following procedure, remove
the top cover, the rear cover, the voltage selector.
1.
Remove the four screws W attaching the power
transformer assembly.
2.
Pull out the power cord stopper from the body
upward. Turn the power transformer assembly while
lifting it as shown in the figure.
3.
Disconnect the wire from connector CN911 on the
main board and CN991 on the power transformer
board. Remove the power transformer assembly
from the body.
Removing the headphone board
(See Fig.25)
Prior to performing the procedure, remove the top
cover, the CD changer mechanism assembly, the
front panel assembly, the rear cover, the rear panel,
the tuner board and the input board.
W
Main board
W
Power transformer assembly
Fig.23
CN991
Power transformer assembly
CN911
Fig.24
1.
Remove the screw X attaching the headphone
board.
If necessary, unsolder the wire on the headphone
board.
1-10
X
Headphone board
Soldering
Fig.25
MX-S6MD
Removing the voltage selector
(See Fig.26)
Prior to performing the following procedure, remove
the top cover and the rear cover.
1.
Remove the plastic rivet retaining the voltage
selector.
2.
Disengage the joint f to release the voltage selector
from the transformer bracket. If necessary, unsolder
each wire.
Joint
Fig.26
f
Plastic rivet
Voltage selector
1-11
MX-S6MD
<MD section>
AA
(Bottom)
Removing the main board
(See Fig.1 and 2)
1.
Turn over the body and disconnect the card wire
from connector CN408 and the flexible wire from
CN407 on the main board.
2.
Remove the two screws A attaching the main board.
Slide the main board in the direction of the arrow to
release the two joints a with the single flame.
3.
Solder part b on the pickup in the body. Disconnect
the flexible harness from connector CN321 and
CN451 on the underside of the main board. Then
remove the main board.
Main board
CN408
CN407
Joint b Joint b
Fig.1
Main board
CN451
CN321
Removing the mechanism cover
(See Fig.3)
1.
Remove the four screws B on both sides of the
body.
2.
Move the mechanism cover toward the front to
disengage the front hook of the mechanism cover
from the internal loading assembly (Joint c). Then
remove the mechanism cover upward.
1-12
Fook
Joint c
Joint c
B
Pickup
Fig.2
Fig.3
Solder part b
Mechanism cover
B
Removing the head lifter (See Fig.4 to 6)
1.
Move the head lifter on top of the body in the
direction of the arrow and turn around.
2.
Detach the spring from the hook of the body.
Remove the head lifter with the spring.
3.
If necessary, remove the spring from the head lifter.
Head lifter
Fig.5
MX-S6MD
Head lifter
Fig.4
Spring
Removing the head assembly (See Fig.7)
1.
Remove the screw C on the upper side of the body.
Remove the head assembly while pulling the flexible
harness from the body.
Head lifter
Spring
Fig.6
Head assembly
Fig.7
C
1-13
MX-S6MD
Removing the Loading assembly
Ref:
The loading assembly, the traverse mechanism
assembly and the single flame will be
removable after removing the loading assembly
from the body.
(See Fig.8 and 9)
D
D
Prior to performing the following procedure, remove
the main board, the mechanism cover, the head lifter
and the head assembly.
1.
Remove the three screws D on the upper side of the
body.
2.
Move the loading assembly forward to disengage it
from the traverse mechanism assembly (Joint d).
Then remove it upward.
3.
Remove the traverse mechanism assembly from the
single flame.
Joint d
Loading assembly
D
Fig.8
Loading assembly
1-14
Traverse mechanism
assembly
Single flame
Fig.9
MX-S6MD
<Loading assembly>
Removing the slide base (L) / (R)
(See Fig.10)
1.
Remove the two screws E on the upper side of the
loading assembly.
2.
Remove the slide base (L) outward. (Release it from
the joint bosses E.)
3.
Remove the slide base (R) outward.
Removing the loading mechanism
assembly (See Fig.11)
1.
Detach the loading mechanism assembly upward to
release the four pins on both sides from the loading
motor, paying attention to the part e of the loading
mechanism base.
Slide base (R)
E'
E
Slide base (L)
E
E'
Fig.10
Part e
Loading mechanism assembly
Removing the loading motor
(See Fig.12 and 13)
1.
Disconnect the harnesses from the wire holder and
from connector CN612 on the cam switch board.
2.
Remove the screw F attaching the loading motor
and release the joint f.
3.
Remove the belt from the loading motor assembly.
4.
Remove the two screws G attaching the loading
motor.
Removing the cam gear and the cam
switch board (See Fig.12)
Loading mechanism
assembly
Loading motor assembly
Joint f
CN612
F
Loading mechanism base
Fig.11
Wire holder
H
Cam switch board
Slit washer
H
Cam gear
Fig.12
Loading motor
1.
Remove the slit washer attaching the cam gear and
pull out the cam gear.
2.
Disconnect the harness from the wire holder and
from connector CN612 on the cam switch board.
3.
Remove the two screws H and the clamp. Remove
the cam switch board.
G
Belt
Fig.13
1-15
MX-S6MD
Removing the cartridge holder assembly
(See Fig.14 and 15)
1.
Remove the two screws I on the upper side of the
loading assembly.
I
I
Removing the slide bar and the eject bar
(See Fig.14 and 15)
Prior to performing the following procedure, remove
the cartridge holder assembly.
Slide bar
Cartridge holder assembly
Eject bar
Eject bar
Part g
Fig.14
I
1.
Remove the slide bar upward.
2.
Move the eject bar outward until it stops as shown in
Fig.14. Push the convex part g on the bottom of the
body and remove the eject bar from the chassis.
Slide bar
k
Eject bar
UD base
1-16
Cartridge holder assembly
Fig.15
<Traverse mechanism assembly>
MX-S6MD
Removing the Insulators (See Fig.16)
1.
Disengage the four insulators from the notches of the
traverse mechanism chassis.
Removing the pickup unit (See Fig.17)
1.
Turn over the traverse mechanism assembly and
remove the screw J attaching the shaft holder (F).
2.
Move the shaft inward and remove it from the shaft
holder (R).
Pickup unit
Insulators
Traverse machanism chassis
Fig.16
Joint h
Pickup guide
Pickup unit
Insulators
3.
Detach the shaft side of the pickup unit upward and
release the joint h with the pickup guide. Then
remove the pickup unit with the shaft.
Removing the pickup (See Fig.18)
1.
Draw out the shaft from the pickup.
2.
Remove the two screws K attaching the rack spring.
Shaft holder (F)
Rack spring
Shaft holder (R)
J
Fig.17
K
Pickup
Fig.18
Shaft
1-17
MX-S6MD
Removing the feed motor assembly
(See Fig.19-1, 19-2)
It is not necessary to remove the pickup unit.
1.
For the white and black harnesses extending from
the feed motor assembly, unsolder the soldering i on
the traverse mechanism board.
Traberse mechanism boardSoldering j
M
2.
Remove the two screws L attaching the feed motor
assembly.
3.
Remove the two screws N attaching the feed motor
bracket.
Removing the traverse mechanism
board (See Fig.19-1)
Prior to performing procedure, remove the feed
motor assembly.
1.
For the red and black harnesses extending from the
spindle motor, unsolder the soldering j on the
traverse mechanism board.
Soldering i
Feed motor assembly
L
Fig.19-1
Feed motor
Feed motor bracket
N
2.
Remove the screw M attaching the traverse
mechanism board.
Fig.19-2
1-18
<Reattaching the loading assembly>
1.
Reattach the eject bar to the UD base.
(Fig.15 and 20)
2.
Reattach the slide bar to the loading mechanism
chassis while fitting the boss marked k to the eject
bar slot. (Fig.20)
3.
Slide the slide bar and the eject bar in the direction
of the arrow in Fig.20 and reattach the cartridge
holder assembly using the two screws I.
(Fig.20 and 21)
MX-S6MD
ATTENTION:
Make sure the pin of the eject lever
marked l is fitted to the slot of the eject
bar marked m at the bottom of the
loading mechanism chassis after
moving the eject lever and the loading
slider of the cartridge holder assembly
in the direction of the arrow.
(Refer to Fig.21)
Slide bar
I
I
Cam switch board
H
Point marked
H
Cam switch boss
Ditch
UD base
Eject bar
Fig.20
Ditch m
UD base (Bottom)
Cartridge holder assembly
Loading slider
Eject lever
l
Fig.21
1-19
MX-S6MD
4.
Reattach the wire holder to the UD base while
engaging the UD base hook marked u to the wire
holder slot marked t (At the same time, the boss on
the reverse side of the wire holder is fitted to the UD
base round hole).
5.
Reattach the cam switch board using the two screws
H. (Fig.22)
6.
Turn the cam switch to bring the boss to the point
marked on the cam switch board. Reattach the
cam gear using a slit washer while fitting the cam
gear slot to the cam switch boss. (Fig.22)
ATTENTION:
When reattaching the cam gear, the
cam switch boss should be fitted to the
cam gear slot, and the triangle mark of
the cam gear should be aligned to the
hole of the eject bar as shown in
Fig.22.
7.
Reattach the loading motor assembly, using the
screw F. Connect the harness extending from the
loading motor to connector CN612 on the switch
board and fix it with the wire holder. (Fig.22)
Slide barCN612
Loading motor assembly
Point marked
Boss
Cam switch
Cam switch board
1-20
F
Eject lever
Fig.22
Cam gear
n
Cam gear
(Triangle mark)
Eject lever
MX-S6MD
8.
Reattach the UD base while engaging the four pins
on both sides of the UD base to the notches of the
loading mechanism base and placing the edge
(marked e’) of the cartridge holder assembly under
the hook e of the loading mechanism base. (Fig.23)
9.
Reattach the slide base (R) while fitting the two pins
on another side of the UD base to the slots of the
slide base (R). (Fig.24)
ATTENTION:
10.
Reattach the slide base (L) on the slide base (R)
while fitting the two pins on another side of the UD
base to the slots of the slide base (L) (Fig.25). Make
sure the two slots of the slide base (L) are fitted to
the two bosses marked E’ and tighten the two
screws E. (Fig.26)
Ref:
To expedite the work, bring up the UD base
slightly when fitting each pin to the appropriate
notch.
Fit the part v of the slide base (R) to
the part w on the inward side of the
cam gear rib. (Fig.25)
Hook e
Hook e'
Hook e'
Pin
Loading mechanism base
Fig.23
Slide base (R)
Part v
Pin
E
E'
Pin
Slide base (L)
Pin
Part w
Fig.24
Slide base (L)Slide base (R)
Slide base (R)
Cam gear
E
Part v
Part w
E'
Fig.25Fig.26
1-21
MX-S6MD
<CD mechanism section>
Removing the servo control board
(See Fig.1 to 4)
ATTENTION:
1.
Insert a screwdriver into the sub chassis slot on the
back of the body and push the slider (R) toward the
front.
2.
From the top of the body, slide the hook and the
slider (R) forward until they stop.
3.
From the right side of the body, slide the slide cam
(L) backward until it stops. The sub chassis unit will
move to the lowest position.
4.
From the bottom of the body, unsolder each soldered
part a and b of the motors on the servo control
board.
5.
Remove the five screws A attaching the servo
control board.
6.
Disconnect connector CN610 on the servo control
board from the tray select switch board to suspend
the servo control board tentatively. Solder the part c
of the flexible wire connected to connector CN601 on
the underside of the servo control board.
Make sure the sub chassis unit is
locating at the lowest position. If
not,perform the following procedure
from 1 to 3.
Slot
Sub chassis unit
Hook
Tray select switch board
A
CN610
Slide cam (L)
Fig.1
Slider (R)
Slide cam (L)
Fig.2
Cam switch
7.
Disconnect the flexible wire from connector CN601
and remove the servo control board from the body.
ATTENTION:
ATTENTION:
Control cam
Slot p
In case of disconnecting the flexible
wire without soldering, the CD pick up
may be damaged.
When reassembling, make sure the
cam switch boss of the servo control
board is fitted to the slot p of the
control cam on the bottom of the body
(Refer to Fig.3-1).
Cam switch boss
Gear base unit
Main board
Solder part a
A
Solder
part b
A
Solder part c
CN601
CN601
A
Servo
control board
A
Fig.3-1
Servo control board
Fig.4Fig.3-2
1-22
MX-S6MD
Removing the tray unit (See Fig.5 to 8)
The tray unit can be removed despite the position of
the sub chassis unit, but the lowest position is
recommended to expedite the work.
1.
Remove the four screws B attaching the top cover
on the top of the body.
2.
Remove the top cover with the two rods attached to
the top cover and the clamper base unit.
3.
Pull the lock lever of the return spring on the right
side of the body to eject the tray unit.
4.
From the top of the body, release the tray from the
joint hook marked d (Push the tray toward the front).
5.
Release the stoppers on both sides in the direction
of the arrow and pull out the tray unit from the body.
ATTENTION:
Pull out the tray unit from the top tray 3
in sequence.
B
Top cover
B
Rod
Clamper base unit
Fig.5
Top cover
Both
Joint d
Tray
Tray unit
Tray
Both
Rod
Clamper base unit
Fig.6
Tray unit
Tray 3
Hook
Tray
Hook
Tray
Fig.8
Return spring
Lock lever
Fig.7
1-23
MX-S6MD
Removing the side unit (L) and (R)
(See Fig.9-1 to 9-5)
Prior to performing the following procedures, remove
the servo control board, the top cover and the tray
unit.
1.
Remove the two screws C attaching the side unit (L).
2.
Slide and remove the side unit (L) toward the front
while releasing the two joints e and the joint f with
the chassis unit.
3.
Slide the slide cam (L) toward the front until it stops
to place the sub chassis unit at the top position.
ATTENTION:
4.
Turn the hook gear counterclockwise to move the
slide hook and the slider (R) backward until they
stop.
5.
Remove the three screws D attaching the side unit
(R). Raise the side unit (R) upward and release the
joint g with the chassis unit and the boss from the
select arm marked h. Then remove the side unit (R)
from the body.
The side unit (R) can be removed
when the sub chassis unit is located at
the top position.
Side unit (R)
Hook gear
Joint g
slide hook
Slider (R)
Side unit (L)
D
D
D
Joint h
Select arm
Fig.9-1
C
Joints e
Side unit (L)
C
Joint f
Slide cam(L)
ATTENTION:
Side unit (R)
When reassembling, make sure the boss
is fitted to the select arm marked h.
D
Boss
Select arm
Side unit (L)
Joint f
Side unit (R)
Joints e
Fig.9-2
Fig.9-3
Joint g
1-24
Joint h
D
Fig.9-5Fig.9-4
Removing the sub chassis unit
(See Fig.10 to 12)
Prior to performing the following procedures, remove
the servo control board, the top cover, the tray unit,
the side unit (L) and the side unit (R).
1.
Turn the hook gear counterclockwise to move the
slide hook and the slider (R) backward until they
stop.
2.
Slide the slide cam (L) and the slide cam (R) in the
direction of the arrow until they stop.
(The notches of each slide cam are fitted to the pins
on both sides of the sub chassis unit.)
3.
Detach the sub chassis unit upward.
ATTENTION:
When reassembling, turn the hook gear
of the chassis unit counterclockwise until
it stops and slide the slide hook and the
slider (R) of the sub chassis unit
backward until they stop.
MX-S6MD
Slide cam (L)
Slide cam (R)
Sub chassis unit
Fig.10
Sub chassis unit
Pin
Slider (R)
slide hook
Pin
Slide cam (L)
Notch
Fig.11
Hook gear
Fig.12
1-25
MX-S6MD
Removing the flap base unit and the gear
base unit (See Fig.13 and 14)
Prior to performing the following procedures, remove
the servo control board, the top cover, the tray unit,
the side unit (L) and the side unit (R).
1.
Remove the screw E attaching the flap base unit.
Release the joint tabs i and j, then remove the flap
base unit from the body.
2.
Remove the belts from the two pulleys on the gear
base unit.
3.
Remove the three screws F and remove the gear
base unit from the body.
Joint tab j
F
Flap base unit
Joint tab i
E
Fig.13
Gear base unit
F
Removing the motors (See Fig.15)
Prior to performing the following procedure, remove
the main board.
1.
Remove the belts from the two pulleys.
2.
Remove the four screws G and detach each motor
from the body.
Belt
F
Belt
Fig.14
Motor
G
1-26
G
Motor
Fig.15
MX-S6MD
Removing the pickup (See Fig.16 to 20)
1.
From the top of the body, remove the three screws H
attaching the clamper base unit.
2.
Remove the clamper base unit with the two rods
attached to the clamper base unit and the top cover.
3.
Turn the screw shaft gear marked k in the direction
of the arrow to move the pickup unit.
4.
Remove the screw I attaching the shaft holder.
5.
Move the screw shaft in the direction of the arrow
and release it from the joint l. Then release it from
the joint m with the pickup holder. Detach the pickup
with the screw shaft.
6.
Solder the part n of the flexible board on the
underside of the pickup. After soldering, disconnect
the flexible wire connected to the pickup (In case of
disconnecting the flexible wire without soldering, it
may cause damage to the CD pickup).
7.
Remove the two screws J attaching the rack arm to
the pickup unit.
Fig.16
Clamper base
Top cover
H
Rod
H
Clamper base unit
8.
Pull out the screw shaft from the pickup.
Part n (soldering)
Fig.19
Rack arm
Flexible board
J
Shaft holder
Fig.17
k
Rods
Top cover
Joint m
Screw shaft
Fig.20
Pickup
I
Joint l
Fig.18
1-27
MX-S6MD
Removing the traverse mechanism
assembly (See Fig.21)
Prior to performing the following procedure, remove
the servo control board and the clamper base unit.
1.
Remove the three screws K attaching the traverse
mechanism assembly.
2.
Detach the rear part of the traverse mechanism
assembly upward to release the joint o with the sub
chassis unit. Then remove the assembly from the
body.
Removing the feed motor (See Fig.22)
Prior to performing the following procedure, remove
the traverse mechanism assembly.
1.
Remove the screw L attaching the feed motor.
K
Traverse mechanism
assembly
Traverse mechanism assembly
Fig.21
Joint o
K
K
Feed motor
Removing the tray select switch board
(See Fig.5,6 and 23)
1.
Remove the four screws B attaching the top cover
on the top of the body.
2.
Remove the top cover with the two rods attached to
the top cover and the clamper base unit.
3.
Remove the screw M on the right side of the body.
Top cover
B
Rod
Fig.22
L
Top cover
Fig.5
Tray select switch board
Clamper base unit
B
1-28
Clamper base unit
Fig.6
Rod
Fig.23
M
CN620
MX-S6MD
<Speaker section>
Information
This is a method of dis assembly.
As parts of the repair of this speaker
system, it is only the speaker box assemblies.
It is not possible to supply with each part unit.
Prior to performing the following procedure, remove
the front grille.
Removing the speaker (woofer)
(See Fig.1,3 to 5)
1.
Insert a screwdriver under the ornament grille
attached to the woofer.
2.
Pull out the ornament grille with each boss by means
of a lever as shown in Fig.2.
ATTENTION:
ATTENTION:
3.
Remove the four screws A and the woofer from the
body. Disconnect the wire from the speaker
terminals.
As the ornament grille is damaged,
replace it with the woofer.
When replacing the ornament grille,
make sure the boss with adequate
amount of bond.
Ornament grille
Boss
Ornament grille
Tweeter
Woofer
Boss
Fig.1
Boss
Ornament grille
Push
Woofer
Stick
Driver
Fig.2
Boss 4
Fig.3
1-29
MX-S6MD
Removing the speaker (tweeter) (See Fig.4 and 5)
1.
Insert a screwdriver under the ornament grille and
remove it from the body.
ATTENTION:
3.
Remove the three screws B and the tweeter from
the body. Disconnect the wire from the speaker
terminals.
As the ornament grille is damaged,
replace it with the tweeter.
Tweeter
Ornament grille
Fig.4
B
Driver
Tweeter
Woofer
B
AA
Fig.5
1-30
MX-S6MD
Adjustment method
This model is auto adjust system.
MD TEST MODE 1
1.Setting the TEST MODE1
(CAUTION) MD mode should NO
DISC condition, when POWER
ON to not read TOC.
Press [STOP key] and
[CANCEL key] together,
and connect the power cord.
LCD indication
MD TEST MODE 1
Setting the MD TEST MODE1
by press [POWER key]
LCD indication
[HELLO] then
[MD TEST MODE 1]
3.Laser power adjustment
Insert the sensor
of laser power meter
Press [ 2 key ] of
Remote controller
LCD indication
L.POWER PLAY
Adjust the PLAYBACK
laser power
Laser power up by [ key]
of Remote controller
LCD indication
L.POWER UP
0.68mW Adjustment
Press [STOP key] of
Remote controller
Playback laser power
adjustment complete
Laser power down by [ key]
of Remote controller
LCD indication
L.POWER DOWN
Setting OK
2.Initialize the EEPROM
Setting the MD TEST MODE 1
Press [REC PAUSE key]
of the Remote controller
LCD indication
DATA INITIAL
Initialize OK
Press [ 4 key] of
Remote controller
LCD indication
L.POWER REC
Adjust the RECORDING
laser power
Laser power up by [ key]
of Remote controller
LCD indication
L.POWER UP
6.23mW Adjustment
Press [STOP key] of
Remote controller
Press [EJECT key]
of main body
Laser power down by [ key]
of Remote controller
LCD indication
L.POWER DOWN
Adjustment complete
1-31
MX-S6MD
4.Disc adjustment
This adjustment should done after laser power adjustment.
Insert
Pre-master disc
Complete TOC read
Press [MD key] of
the Remote controller
LCD indication
ON TUNING
Start auto adjustment
[CAUTION]
Please push the [STOP key] to remote control when the
LCD display becomes [NG ERROR], and push the
[MD key] to remote control again.
/
Adjustment
OK?
LCD indication
OK_TUNING
Eject the
Pre-master disc
Insert the
Recordable disc
Complete TOC read
Press [MD key] of
the Remote controller
LCD indication
ON TUNING
Start auto adjustment
LCD indication
NG_ERR _!
<Refer the NG code list>
<NG code list>
CODE
Adjustment NG section
00
Auto adjustment not complete
01
REST switch detection
02
FOCUS ON
03
PIT section EF balance, tracking offset adjustment
04
PIT section ABCD level (IV impedance) adjustment
05
PIT section focus servo AGC
06
PIT section tracking servo AGC
07
PIT section focus bias adjustment
08
GRV section EF balance, tracking offset adjustment
09
GRV section ABCD level (IV impedance) adjustment
0A
GRV section focus servo AGC
0B
GRV section tracking servo AGC
0C
GRV section focus bias adjustment
0D
Room temperature
0E
EEPROM writing
FF
Auto adjustment complete (OK)
1-32
Adjustment
OK?
LCD indication
OK_TUNING
Press [STOP key] of
the Remote controller
Press [EJECT key]
of the main body
Complete the adjustment
LCD indication
NG_ERR _!
<Refer the NG code list>
MX-S6MD
5.Independent operation mode
In case the checking mode or adjustment
when occur the error at disc adjustment,
Independent mode into by select the key
before release the TERST MODE.
MD TEST MODE 2
1.Setting the TEST MODE 2
(CAUTION) MD mode should NO
DISC condition, when POWER
ON to not read TOC.
Caution:Full color LED is keep white condition, when loop out by any key at test mode.
2.Fast forward of CLOCK/SLEEP TIMER
Including the ALL LED ON mode and Static electricity broken thes, clock count up is change to
1min. to 1sec.
Check for only [CLOCK mode] and [SLEEP TIMER].
3.Release the TEST MODE
TEST MODE is release by disconnect the AC power cord.
1-35
MX-S6MD
RUNNING MODE
This running mode is a mode by which the recording is compulsorily deleted with ALL-ERASE after
U-TOC is written when the recording of MD ends, and the recording is repeated again.
This TEST MODE is continue recording (loop recording), it is for recording stop when MD end.
This TEST MODE is only can use manual operation recording [MD REC PAUSE]. CD synchro recording
(CD MD REC,BEST HIT REC,1CD MD REC) is not operate correctly.
1.Setting the TEST MODE
1:Setting normal speed recording mode by pressing together [POWER key], [2 key] and [STOP key]
of Remote controller.
2:If normal speed mode is default then change to high speed mode, press [HIGH SPEED CD>MD key] of
main body before recording start.
3:Once change to high speed mode, TEST MODE is continue until release.
4:Return to normal speed recording mode, it should release the TEST MODE then resetting the
TEST MODE.
(REMARKS) Case of CD high speed recording : After setting TEST MODE, if it need setting
CD play mode or repeat mode. Press [HIGH SPEED CD > MD key] setting high speed
mode. RUNNING MODE is start by REC STANDBY (indicate [RUNNING MODE] on LCD)
at [MD REC PAUSE key] then playback the CD.
(During recording, LCD indicate [RUNNING MODE])
2.Release the TEST MODE
Test mode is release by POWER OFF.
Indication the [CAUTION !] when abnormal
1.Detect the abnormal condition of stability power supply
Abnormal detection dine of the stability power supply(REG.) at CPU [SAFETY1~3] port (IC801:6,7,9pin),
when system CPU (IC801) supply voltage (US D5.6V) is normal condition.
Watching the abnormal at POWER ON condition, if detect the abnormal indicate [CAUTION!] and come
under stability power supply (8V/10V or 12V OR 6V), and indicate [DATA(HEX)] of the abnormal port
voltage then power off to forcibly.
Detect the abnormal condition of stability power supply is next.
[8V/10V] : SAFETY1 port (Power supply of full color LED/Power supply of CD mechanism)
[12V] : SAFETY2 port (Power supply for tuner module REG, MD mechanism REG, volume IC,
LPF IC and CD/MD SELECTOR)
[6V] : SAFETY3 port (Power supply for MD mechanism, power supply for OPT. module, power
supply for CD/OPT SELECTOR)
2.Abnormal detection of CD mechanism
(REMARKS) Safety port voltage at detect the abnormal condition.
DATA(HEX)
3FF~2D0
2CF~12C
12B~000
When detect the abnormal condition of CD mechanism, indicate [CAUTION ! ] and come under
condition and back light is change to [RED] forcibly.
PORT voltage
5.0~3.52V
3.515~1.456V
1.46V~0V
Detect condition
Abnormal (Power off at 1sec. forcibly)
Normal
Abnormal (Power off at 3sec. forcibly)
1-36
Indication when mechanism abnormal condition.
[CD INITIAL] : Abnormal condition when mechanism initialize after power cord to connect to
AC outlet then power to ON.
[CD MECH] : Abnormal condition when mechanism initialize at return operation, it is
Sub Tray Load/Unload operation, Lifter shift operation, or CAM operation
are defect.
[CD MECHA 5V] : Abnormal condition at 5V (LSI) internal the CD mechanism.
Flow of functional operation until TOC read (MD section)
Power ON
MD play Key
Check point
Slider turns REST
switch ON
Confirm that the voltage
at the pin 9 of CN408 are
0V.
MX-S6MD
Mechanism operation ON
Laser ON
Disc detection
Automatic tuning of
Focus S-curve amplitude
Disc is rotated
Focus servo ON
(Tracking servo ON)
Automatic tuning of
Focus error gain
Confirm that the voltage
at the pin 50 of IC500 are 4V.
Confirm that the Focus error
S-curve signal at the pin 34 of
IC310 is approx.2Vp-p.
It is confirmed that pin 2 of CN408
become 0V from VREF as an acceleration
pulse between about 400ms.
Automatic tuning of
Tracking error gain
TOC reading
Play a disc
Confirm that the eye-pattern
at the pin38 of IC310.
1-37
MX-S6MD
Maintenance of laser pickup
(MD)
1. Cleaning of pickup lens
(1) Prior to changing the pickup, clean the pickup lens.
(2) For cleaning the lens, use the following cotton swab after
mearsing it in alcohol.
Product No : JCB-B4 Manufacturer : Nippon Cotton Swab
2. Confirmation of the service life of laser
diode when the service life of the laser
diode has been exhausted, the following
symptoms will appear.
(1) Recording will become impossible.
(2) The RF output (EFM output and eye-pattern amplitude)
will become lower.
(3) The drive current required for light emitting of laser diode
will be increased.
Replacement of laser pickup
(MD)
Change the MD pickup by referring to
"Removing the MD pickup" in the
disassembly method.
Set the pickup to [TEST] mode according
to the procedures described in the
adjustment method.
Adjust the laser power.
Completion the disc.
Confirm the service life according to the following flow chart.
Is the
recording power
(6.23mW) output with
the laser power under
test mode?
YES
The drive current
of laser diode 120mA
or less?
YES
O.K.
NO
Change
NO
Change
3. Method of measuring the drive current
of laser diode
When the voltage measured at each side of R337,
it become 120mV or over, the service life of laser
diode is judged to have been exhausted.
Completion of changing the MD pickup.
CAUTION
Since this system is designed to perform magnetic
recording, the laser power ten times or over of the
conventional MD player will be output. Therefore, be
sure to perform not only adjustment and operation
of this system so carefully as not to directly look at
the laser beam or touch on the body.
4.Semi-solid state resistors on the
APC board.
The semi-solid state resistor on the APC board
attached to the pickup is used for adjusting the laser
power. Since these resistor should be adjusted in
pair according to the characteristics of the optical
block, be sure not touch on the resistors.
Since the service life of the laser diode will be
exhausted when the laser power is low, it is
necessary to change the pickup.
Meanwhile, do not pickup.
Otherwise, the pickup will be damaged due to over
current.
1-38
Flow of functional operation until TOC read (CD section)
Check Point
Power ON
Disc play Key
REST switch to ON
by slider
TE offset auto adjust
Check that the voltage at
the pin33 of IC701 or pin3
of CN694 is 0V(a moment)?
MX-S6MD
Tracking error waveform at TOC reading
IC601
25pin(TE)
Approx
1.8V
VREF
Disc status
to rotate
Automatic measurement
at TE amplitude and
TE balance
Approx.3sec
TE servo OFF
start
TE servo
ON start
Disc to be
braked to stop
TOC reading
finishes
500mv/div
2ms/div
Laser ON
Disc detection
FO offset auto adjust
Auto measure FOS
curve amplitude
Disc rotated
Focus servo ON
(tracking servo ON)
Auto measure
TE amplitude
Auto measure
TE balance
Check the voltage at the pin40
of IC603 + side is +5V?
Confirm that the Focus error
S-curve signal at the pin28 of
IC603 is approx.2Vp-p
Confirm that the signal form
pin24 of IC603 is 0V as a
accelerated pulse during
approx.400ms.
Confirm the waveform of the
tracking error signal at the
pin25 of IC601.
(about 1.8Vpp)
FO balance auto adjust
FO gain auto adjust
TE gain auto adjust
TOC read
Play
Confirm the eye-pattern
at the lead of TP602.
1-39
MX-S6MD
Maintenance of laser pickup
(CD)
(1) Cleaning the pickup lens
Before you replace the pickup, please try to
clean the lens with a alcohol soaked cotton
swab.
(2) Life of the laser diode
When the life of the laser diode has expired,
the following symptoms will appear.
(1) The level of RF output (EFM output : amplitude
of eye-pattern) will below.
Is RF output
1.25 0.22VP-P?
NO
Change
Replacement of laser pickup
(CD)
Turn of the power switch and, disconnect the
power cord from the AC outlet.
Replace the pickup with a normal one.(Refer
to "Pickup Removal" on the previous page)
Plug the power cord in, and turn the power on.
At this time, check that the laser emits for
about 3seconds and the objective lens moves
up and down.
CAUTION : Do not observe the laser beam
directly.
YES
O.K.
(3) Semi-fixed resistor on the APC board
The semi-fixed resistor on the APC board
which is attached to the pickup is used to
adjust the laser power.
Since this adjustment should be performed
to match the characteristics of the whole
optical block, do not touch the semi-fixed
resistor.
If the laser power is lower than specified
value, the laser diode is almost worm out,
and the pickup should be replaced.
If the semi-fixed resistor is adjust while the
pickup is functioning normally, the laser
pickup may be damaged due to excessive
current.
Phase comparison output for master PLL of playback digital PLL and recording
Function
EFM PLL.
I
Filter input for master PLL of playback digital PLL and recording EFM PLL.
O
Filter output for master PLL of playback digital PLL and recording EFM PLL.
I
Internal VCO control voltage input for master PLL of playback digital EFM PLL and
recording EFM PLL.
I
Peak hold signal input for quantity of light.
I
Bottom hold signal input for quantity of light.
I
Signal input for quantity of light.
I
Focus error signal input.
I
Auxillary input 1.
I
Center voltage input.
I
Monitor output for A / D converter input signal.
-
Analog power supply.
I
Voltage input for the upper limit of the A / D converter operating range.
I
Voltage input for the lower limit of the A / D converter operating range.
-
Analog ground.
I
Sled error signal input.
I
Tracking error signal input.
I
Connect to he low-inpedance power supply.
I
Error signal input for laser digital APC.
I
ADIP binary FM signal (22.05 1kHz) input.
O
CXA2523 current source setting output.
O
CXA2523 control latch output. Latched at the falling edge.
O
CXA2523 control shift clook output.
O
CXA2523 control data output.
O
Referevce PWM output for laser APC.
O
PWM output for laser digital APC.
O
Tracking servo drive PWM output. ( )
O
Tracking servo drive PWM output. (+)
-
Digital power supply.
O
Focus servo drive PWM output. (+)
O
Focus servo drive PWM output. ( )
O
4Fs output. (176.4kHz)
1-48
MX-S6MD
Pin No.
91
92
93
94
95
96
97
98
99
100
Symbol
SRDR
SFDR
SPRD
SPFD
FGIN
TEST1
TEST2
TEST3
DVSS
EFMO
I/O
O
Sled servo drive PWM output. ( )
O
Sled servo drive PWM output. (+)
O
Spindle servo drive output. (PWM ( ) or polarty)
O
Spindle servo drive output. (PWM (+) or PWM absolute value)
I
Spindle CAV servo FG input.
I
Test pin. Connect to GND.
I
Test pin. Connect to GND.
I
Test pin. Connect to GND.
-
Digital ground.
O
Low when playback ; EFM (encoded data) output when recording.
BD7910FV-X (IC450) : Pre driver
1.Block diagram
20 19 18 17 16 15 14 13 12 11
Function
- +
Vregin
1 2 3 4 5 6 7 8 9 10
- +
VG
SVcc
Pre driver
EFM
2.Pin function
Pin
SymbolSymbol
No.
1
Vreg IN
2
Reg GN
3
NC
4
VG
5
SVCC
6
PDGND
7
EFM
8
MUTE
9
NC
10
NC
I/OI/O
Regulator input and regulator
I
power supply
Regulator GND
Non connect
Voltage input for power MOS drive
I
EFM high level output voltage
O
Pre-driver GND
EFM signal input
I
Mute control (Low active)
I
Non conncet
O
Non connect
O
FunctionFunction
Pin
No.
11
12
13
14
15
16
17
18
19
20
Mute
NC
VOD2
VSS
VOD1
VOS1
VDD
VOS2
Reg DRV
Reg OUT
Reg NF
-
Non connect
O
Sync.output (Lower power MOS,drain)
-
"H"bridge GND (Lower power MOS,source)
O
Sync.output (Lower power MOS,drain)
O
Source output (Upper power MOS,source)
-
"H" bridge power supply terminal
(Upper power MOS,source)
O
Source output (Upper power MOS,source)
O
External PNP drive output for regulator
O
Reglator output (Emitter follower output)
-
Regulator feedbaack terminal
1-49
MX-S6MD
HD6432345A15FA (IC500) : MD servo control
1.Pin layout
1
~
25
2.Pin function (1 / 2)
PIN No. I/O
1
2
3
4
5
6
7
8
9
10
11
12
13
14~16
17
18
19
20
21
22,23
24
25
26
27
28
29
30
31
32
33
34
35,36
37
38
39
40
41~44
45~48
49
50
I
O
O
O
-
-
O
O
COMMAND
I
I
COMCLK
I
O
-
-
O
O
O
O
MODCHG
O
-
MONIDATA
O
MONICLK
O
MONILAT
O
O
O
O
O
I
I
-
I
I
O
100 ~ 76
75
~
51
26 ~ 50
SymbolFunction
DO
DI
SCL
CS
STSRDY
NC
VSS
STATUS
SWDT
Data input for EEPROM.
Data input for EEPROM.
Clock output for EEPROM.
Chip select for EEPROM 1.
Non connected.
Non connected.
Ground
Status output for host.
Data output to CXD2662R.
Command input from host.
SRDT
Data input from CXD2662R.
Clock input from host.
SCLK
NC
POWER
VSS
PWAD
PWDA
EMPHA
NC
MODON
Serial clock output to CDX2662R.
Non connected.
Power supply.
Ground
AD power control output.
DA power control output.
Emphasis control output.
Non connected.
High frequency ON / OFF output.
High frequency power select output.
NC
Non connected.
Data output for debag / test mode.
Clock output for debag / test mode.
Latch output for debag / test mode.
XTSL
VSS
TX
NC
RECP
NC
XRST
SENS
XLAT
VCC
MNT3~0
CAM4^1
VSS
DRVON
Input frequency select output to CXD2662R.
Ground
Write data output permission to CXD2662R.
Non connected.
Recording power output to CXD2662R.
Non connected.
LSI reset output to CXD2662R.
Monitor input from CXD2662R.
Write protect switch input.
Power supply.
LSI monitor signal from CXD2662R.
Mechanism position detect input.
Ground
4ch CLV drive power save.
Pin no. Symbol
1 PE
2 VCC
3 CS
4 SK
5 DI
6 DO
7 GND
8 NC
Function
Program enable (With built-in pull-up resistor)
Power supply
Chip selection
Cereal clock input
Cereal data input
Cereal data output
Ground
No connection
NOTE : The pull-up resistor of the PE pin is about 2.5M (VCC=5V)
VREF
VPP SW
VPP
GENERATOR
1-56
BR24C01AFV-W-X (IC201) : EEPROM
MX-S6MD
1.Pin layout
2.Block diagram
A0
1
A1
2
A2
3
VccWPSCLSDA
A0A1A2GND
1kbit EEPROM ARRAY
7bit
ADDRESS
DECODER
CONTROL LOGIC
SLAVE/WORD
7bit
ADDRESS REGISTER
START
STOP
ACK
8bit
DATA
REGISTER
Vcc
8
WP
7
SCL
6
GND
4
HIGH VOLTAGE GEN.
3.Pin function
Pin nameI/O
Vcc
GND
A0,A1,A2
SCL
SDA
WP
*1 An open drain output requires a pull-up resister.
-
-
IN
IN
IN / OUT
IN
Power supply
Ground (0v)
Slave address set
Serial clock input
Slave and word address,
serial data input, serial data output *1
Connect to ground.
Input terminal.
Input terminal.
Connect to ground.
A / D Ref. voltage.
Ref. voltage.
OSC frequency input terminal.
OSC frequency output terminal.
Connect to ground.
Connect to ground.
Non use.
Connect to ground.
System CPU require signal output terminal.
Stand by LED (RED) output terminal.
Power LED (GREEN) output terminal.
Connect to ground.
Connect to ground.
Panel CPU require signal input terminal.
Connect to ground.
Reset signal input terminal.
Connect to ground.
MD (RED) output terminal.
Connect to ground.
Commor signal output terminal.
Commor signal input terminal.
Commor clock signal input terminal.
Connect to ground.
Write enable output terminal.
Read enable output terminal.
Chip select output terminal.
Connect to ground.
Data select signal output terminal.
LCD reset signal output terminal.
Connect to ground.
Dimmer control terminal.
Connect to ground.
Pata bus signal output terminal.
Connect to ground.
Connect to ground.
Non use.
Red LED control terminal.
Green LED control terminar.
Blue LED control terminal.
Ref. voltage.
1-63
MX-S6MD
NJM4580D (IC652) : LPF, Mic and H.phone Amp.
1.Terminal layout
2.Block diagram
+
V
INPUT
+
A OUT
A -IN
A +IN
V
1
2
A
3
-
4
(TOP VIEW)
B
8
7
6
5
+
V
B OUT
B -IN
B +IN
-
V
NJM4580E-W (IC672):
A OUT 1
A -IN 2
A +IN 3
V- 4
OUTPUT
8 V+
7 B OUT
6 B -IN
5 B +IN
1-64
STK402-030 (IC301) :
1.Pin layout
115
2.Block diagram
4
R1
TR7
MX-S6MD
8
TR9
R13
TR4
R6
C1
1
TR1
2
TR3
R2
TR2
D1
SUB
R3
R4
R5
13
TR5
TR6
TR8
R7
1256710
TR10
11
R8
TR12
TR13
R9
TR11
R10
C2
R11
R12
TR14TR15
TR16
R14
9
14
15
1-65
MX-S6MD
TC74HC02AP (IC674) : 2ch Nor gate
1.Pin layout & block diagram
1
1Y
2
1A
3
1B
4
2Y
5
2A
6
2B
GND
7
14
13
12
11
10
9
8
VCC
4Y
4B
4A
3Y
3B
3A
2.The truth value table
TC7S08F-W (IC340) : Buffer
1. Pin layout2. Block diagram
IN B
IN A
1
2
54VDD
A
A
L
L
H
H
B
L
H
L
H
Y
H
L
L
L
Vcc
Y
3
Vss
TC7S32F-X (IC603) : NAND gata
1.Pin layout
IN B 1
IN A 2
Vss 3
5 VDD
4 OUT X
OUT X
2.Block diagram
A
A
B
GND
Vcc
Y
GND
1-66
TDA7439 (IC671) : Control volume
1.Pin layout
1
SDA
2
CRE
3
Vs
4
AGND
5
ROUT
6
LOUT
7
R-IN4
8
R-IN3
9
R-IN2
10
R-IN1
11
L-IN1
12
L-IN2
13
L-IN3
14
L-IN4
MUXOUTL
15
2.Block diagram
TDA7439
30
CSL
29
DIG GND
28
TREBLE(R)
27
TREBLE(L)
26
MIN(L)
25
MOUT(L)
24
BOUT(L)
23
BIN(L)
22
BOUT(R)
21
BIN(R)
20
MOUT(R)
19
MIN(R)
18
INR
17
MUXOUTR
16
INL
MX-S6MD
L-IN1
L-IN2
L-IN3
L-IN4
R-IN1
R-IN2
R-IN3
R-IN4
11
12
13
14
10
MIN(L)
26
MIDLE
25
MOT(L)
23
G
0/30dB
2dB STEP
INL
MUXOUT
151627
VOLUME
2
I C BUS DECODER LATCHES
TREBLE
TREBLE(L)
9
G
VOLUME
TREBLE
MIDLE
8
7
INPUT
MULTIPLEXER
GAIN
17
18
201928
BIN(L)
24
BASS
BASS
2221
BOUT(L)
SPEAKER
AT T
LEFT
SPEAKER
AT T
RIGHT
SUPPLY
2
6
30
SCL
1
SDA
29
DIG-GND
5
ROUT
3
Vs
4
AGND
LOUT
INR
CREF
MUXOUT
MIN(R)
TREBLE(R)
BIN(R)
MOUT(R)
BOUT(R)
1-67
MX-S6MD
TK11140SC-W (IC485) :
1.Pin layout
on / off control 1
6 Vin
GND 2
Np (Vref) 3
4 Vout
2.Block diagram
VIN
Thermal Sensor
Rin=550k
on / off Ccont.
Bandgap Reference
GND
UPC393G2-W (IC602) :
1.Pin layout2.Block diagram
VOUT
Cnp
V+
OUT1 1
Ii1 2
IN1 3
V- 4
12
8 V+
7 OUT2
6 Ii2
5 IN2
100 A100 A
IN
Ii
Q1
Q2
Q5
Q3
Q4
OUT
Q8
Q7
Q6
V-
1-68
XC62ER3602M-X (IC400) :
1.Pin layout
54
MX-S6MD
1
2.Block diagram
V
DD
EXT
CE
3.Pin function
23
Current
Limit
+
-
Voltage
Reference
V
OUT
V
SS
Pin No.SymbolFunction
SS
1
2
3
4
5
V
IN
V
OUT
V
EXT
CE
GND
Power supply input
Regulator output
Base current control terminal
Chip enable
1-69
MX-S6MD
VICTOR COMPANY OF JAPAN, LIMITED
AUDIO & COMMUNICATION BUSINESS DIVISION
PERSONAL & MOBILE NETWORK BUSINESS UNIT. 10-1,1Chome,Ohwatari-machi,Maebashi-city,371-8543,Japan
FRONT PANEL
FELT SPACER
WINDOW SCREEN
CD DOOR
CD DOOR LENS
JVC MARK
SOCKET BOLT
DOOR BKT(L)
DOOR BKT(R)
T.SCREW
DOOR SPRING
CUSHION
SHUTTER
SPECIAL SCREW
SPRING
PUSH BUTTON(PLY
SCREW
INDICATOR(REC
PUSH BUTTON(REC
PUSH BUTTON(ENT
BUTTON KNOB
T.SCREW
INDICATOR(STAND
PUSH BUTTON(PWR
PUSH BUTTON(3CD
LENS HOLDER
LCD FILTER
LCD LENS
LCD MODULE
INDICATOR(VOL)
WIRE BARRIER
FFC WIRE
FFC WIRE
MD BKT
T.SCREW
BOTTOM CHASSIS
FELT SPACER
T.SCREW
PC SUPPORT
HEAT SINK
T.SCREW
POWER TRANSF
POWER CORD
POWER CORD
POWER CORD
PLASTIC RIVET
NOISE FILTER
FUSE
CHASSIS UNIT
MOTOR
MOTOR PULLEY
SCREW
SELECT GEAR
SELECT SPRING
GEAR BASE UNIT
SCREW
BELT
SUB CHAS. UNIT
CD PICK UNIT
RACK ARM
MINI SCREW
P.S.SPRING
TAP SCREW
T.MECHA CHASSIS
TURN TABLE ASSY
SPINDLE MOTOR
SPECIAL SCREW
WASHER
S.S. GEAR
F.M. GEAR
MOTOR
UL VINYL WIRE
WIRE
MIDDLE GEAR
SHAFT HOLDER
MINI TAP SCREW
SCREW
FPC
SPECIAL SCREW
INSULATOR
CLAMPER UNIT
T.SCREW
SIDE(R) UNIT
SCREW
CLICK SPRING
SIDE BKT(L)
T.SCREW
SCREW
FLAP BASE UNIT
TRAY UNIT
TOP COVER
T.SCREW
ROD
SCREW
SCREW SHAFT
LOADING ASSY
CAM GEAR
SLIT WASHER
MINI TAP SCREW
WIRE HOLDER
L.MOTOR ASSY
MOTOR
E-SI C WIRE C-F
MOTOR PULLEY
MINI SCREW
BELT
MINI TAP SCREW
SPACER
SPACER
SLIDE BASE R
SLIDE BASE L
MINI TAP SCREW
LOAD.MECHA BASE
FPC CABLE
MINI TAP SCREW
TM.CHASSIS ASSY
SP.MOTOR BASE
COLLAR
SPRING
SCREW
SP.MOTOR
MINI TAP SCREW
T.TABLE ASSY
SHAFT HOLDER R
SHAFT HOLDER F
GUIDE SHAFT
MINI TAP SCREW
T.SPRING HOLDER
COM.SPRING
MINI TAP SCREW
FEED MOTOR BKT.
MINI SCREW
MOTOR
FEED WORM
MINI TAP SCREW
SCREW SHAFT
S.SHAFT GEAR
PICK UP GUIDE
MINI TAP SCREW
MD PICK UNIT
FPC CABLE
RACK SPRING
MINI SCREW
FOR F9101
FOR F9101
FOR F9102
FOR F9102
FOR F9103
FOR F9103
FOR F9008
FOR F9008
3-15
MX-S6MD
Q
Q
Q
Electrical parts list(Tuner board)
Item
A
AT101 QNB0014-001ANT TERMINAL
BK 1LV31618-001ASHIELD BKT
C 101NCB21HK-103XC CAPACITORC/M B
C 103NCB21HK-223XC CAPACITORC/M B
C 105NCB21HK-223XC CAPACITORC/M B
C 107QEKC1CM-226ZE CAPACITOR22MF 20% 16V
C 111NCB21HK-473XC CAPACITORC/M B
C 112NDC21HJ-120XC CAPACITORC/M B
C 121NDC21HJ-120XC CAPACITORC/M B
C 122NDC21HJ-120XC CAPACITORC/M B
C 123NCB21HK-473XC CAPACITORC/M B
C 126NCS21HJ-101XC CAPACITORC/M B
C 128QENC1HM-474ZNP E.CAPA I.M.47MF 20% 50V
C 129NCB21HK-102XC CAPACITORC/M B
C 130QEKC1AM-107ZE.CAPACITOR100MF 20% 10V
C 133QEKC1CM-226ZE CAPACITOR22MF 20% 16V
C 134NCB21HK-222XC CAPACITOR
C 135NCB21HK-223XC CAPACITORC/M B
C 136QEKC1HM-105ZE.CAPACITOR1.0MF 20% 50V
C 137NCB21HK-331XC CAPACITORC/M B
C 139NCB21HK-223XC CAPACITORC/M B
C 140NCB21HK-223XC CAPACITORC/M B
C 141NCB21HK-473XC CAPACITORC/M B
C 143NCB21HK-223XC CAPACITORC/M B
C 144NCB21HK-473XC CAPACITORC/M B
C 146QEKC1HM-105ZE.CAPACITOR1.0MF 20% 50V
C 147QEKC1HM-105ZE.CAPACITOR1.0MF 20% 50V
C 148QEKC1HM-224ZE CAPACITOR.22MF 20% 50V
C 149QEKC1HM-105ZE.CAPACITOR1.0MF 20% 50V
C 150QEKC1CM-226ZE CAPACITOR22MF 20% 16V
C 156QDGB1HK-102YC CAPACITORC/M B
C 157NCB21HK-473XC CAPACITORC/M B
C 158QEKC1CM-226ZE CAPACITOR22MF 20% 16V
C 161QEK41CM-106E CAPACITOR10MF 20% 16V
C 162QEK41CM-106E CAPACITOR10MF 20% 16V
C 163NCB21HK-223XC CAPACITORC/M B
C 164NCB21HK-473XC CAPACITORC/M B
C 168QEKC1HM-105ZE.CAPACITOR1.0MF 20% 50V
C 184QEKC1CM-107ZE.CAPACITOR100MF 20% 16V
C 185QEK41CM-106E CAPACITOR10MF 20% 16V
C 186QEK41CM-106E CAPACITOR10MF 20% 16V
CF101 QAX0419-001ZC FILTER
CF102 QAX0419-001ZC FILTER
CF103 QAX0519-001ZC FILTER
CN111 QGB2501K2-12CONECTOR
D 1211SS133-T2SI DIODE
D 1231SS133-T2SI DIODE
D 1291SS133-T2SI DIODE
IC102LA1838IC
IC121LC72136NIC
R 103NRSA02J-101XMG RESISTORC/M B
R 104NRSA02J-272XMG RESISTORC/M B
R 105NRSA02J-391XMG RESISTORC/M B
R 106NRSA02J-102XMG RESISTORC/M B
R 107NRSA02J-561XMG RESISTORC/M B
R 108NRSA02J-332XMG RESISTORC/M B
R 109NRSA02J-221XMG RESISTORC/M B
R 115NRSA02J-104XMG RESISTORC/M B
R 119NRSA02J-103XMG RESISTORC/M B
R 122NRSA02J-472XMG RESISTORC/M B
R 124NRSA02J-222XMG RESISTORC/M B
R 126NRSA02J-562XMG RESISTORC/M B
R 127NRSA02J-822XMG RESISTORC/M B
R 128NRSA02J-472XMG RESISTORC/M B
R 129NRSA02J-222XMG RESISTORC/M B
R 130QRZ9005-680XF.RES I/M68 1/0W
R 132NRSA02J-393XMG RESISTORC/M B
R 133NRSA02J-392XMG RESISTORC/M B
R 134NRSA02J-102XMG RESISTORC/M B
R 140NRSA02J-183XMG RESISTORC/M B
R 141NRSA02J-102XMG RESISTORC/M B
R 142NRSA02J-470XMG RESISTORC/M B
R 143NRSA02J-562XMG RESISTORC/M B
R 144NRSA02J-332XMG RESISTORC/M B
R 145NRSA02J-103XMG RESISTORC/M B
R 146NRSA02J-472XMG RESISTORC/M B
R 147NRSA02J-332XMG RESISTORC/M B
R 150NRSA02J-331XMG RESISTORC/M B
R 157NRSA02J-682XMG RESISTORC/M B
R 158NRSA02J-682XMG RESISTORC/M B
R 161NRSA02J-102XMG RESISTORC/M B
R 162NRSA02J-102XMG RESISTORC/M B
R 182NRSA02J-103XMG RESISTOR
R 183NRSA02J-103XMG RESISTOR
R 184NRSA02J-103XMG RESISTOR
RF101 QAU0124-001FRONT END
T 111QQR0796-001COIL BLOCK
T 142QQR0973-001IFT
X 121QAX0402-001CRYSTAL
Parts numberParts nameArea
Remarks
3-16
MX-S6MD
)
Q
Q
Q
Electrical parts list(Servo board)
Item
A
C 250NCB21EK-104XC CAPACITOR
C 253NCB21EK-104XC CAPACITOR
C 254QERF0JM-476ZE CAPACITOR47MF 20% 6.3V
C 270NCB21CK-105XC CAPACITOR
C 271NCB21CK-105XC CAPACITOR
C 272NCB21CK-105XC CAPACITOR
C 291QER41CM-476E CAPACITOR47MF 20% 16V
C 601NCB21HK-102XC CAPACITOR
C 602NCB21HK-102XC CAPACITOR
C 603NCB21HK-223XC CAPACITOR
C 604NCB21HK-223XC CAPACITOR
C 605NCS21HJ-271XC CAPACITOR
C 606NCS21HJ-221XC CAPACITOR
C 607NCB21HK-104XC CAPACITOR
C 608NCS21HJ-4R0XC CAPACITOR
C 610NCB21EK-563XC CAPACITOR
C 611NCB21CK-105XC CAPACITOR
C 612QER41HM-105E CAPACITOR1.0MF 20% 50V
C 613NCB21AK-105XC CAPACITOR
C 614NCB21HK-273XC CAPACITOR
C 615NCB31HK-821XC CAPACITOR
C 616NCB31HK-272XC CAPACITOR
C 617NCB31HK-331XC CAPACITOR
C 619NCS21HJ-330XC CAPACITOR
C 621NCB21EK-104XC CAPACITOR
C 622QER41AM-107E CAPACITOR100MF 20% 10V
C 623NCF21CZ-105XC CAPACITOR
C 624QER41AM-107E CAPACITOR100MF 20% 10V
C 625NCB31CK-104XC CAPACITOR
C 631QER41CM-106E CAPACITOR10MF 20% 16V
C 632NCF21CZ-105XC CAPACITOR
C 633NCB21HK-223XC CAPACITOR
C 641NCB21HK-223XC CAPACITOR
C 642NCB21HK-222XC CAPACITOR
C 643NCB31CK-104XC CAPACITOR
C 644NCB21EK-104XC CAPACITOR
C 651NCS21HJ-8R0XC CAPACITOR
C 652NCS21HJ-8R0XC CAPACITOR
C 653NCB21CK-334XC CAPACITOR
C 655NCB31CK-104XC CAPACITOR
C 656NCB11EK-104XC CAPACITOR
C 657QER41AM-227E CAPACITOR220MF 20% 10V
C 658NCB21EK-104XC CAPACITOR
C 661NCS21HJ-471XC CAPACITOR
C 663NCB21HK-223XC CAPACITOR
C 664NCB21HK-223XC CAPACITOR
C 665NCB21CK-154XC CAPACITOR
C 667NCB21CK-474XC CAPACITOR
C 669QER41AM-227E CAPACITOR220MF 20% 10V
C 673QER41AM-227E CAPACITOR220MF 20% 10V
C 676NCB21EK-104XC CAPACITOR
C 677NCB21EK-104XC CAPACITOR
C 679QER41AM-107E CAPACITOR100MF 20% 10V
C 680NCB21EK-104XC CAPACITOR
C 691NCS21HJ-391XC CAPACITOR
C 692NCS21HJ-391XC CAPACITOR
C 693NCB21HK-682XC CAPACITOR
C 694NCB21HK-682XC CAPACITOR
C 695NCB21HK-473XC CAPACITOR
C 696NEAD1CM-106XE.CAPACITOR
C 699QER41AM-227E CAPACITOR220MF 20% 10V
C 801NCB21HK-153XC CAPACITOR
C 802NCS21HJ-471XC CAPACITOR
Parts numberParts nameArea
Block No. 05
Remarks
Item
A
C 811NCS31HJ-391XC CAPACITOR
C 812NCS21HJ-391XC CAPACITOR
C 813NCS21HJ-391XC CAPACITOR
C 814NCS21HJ-391XC CAPACITOR
C 815NCB21AK-105XC CAPACITOR
C 816NCB21AK-225XC.CAPA. C.M
C 821NCF21CZ-105XC CAPACITOR
C 822QER41AM-227E CAPACITOR220MF 20% 10V
C 851QER41CM-106E CAPACITOR10MF 20% 16V
C 852NCB21HK-103XC CAPACITOR
C 853NCB21HK-103XC CAPACITOR
C 855NCB21EK-104XC CAPACITOR
C 859NCF21CZ-105XC CAPACITOR
C 860NCF21CZ-105XC CAPACITOR
CN601 QGF1016C1-21CONNECTORTRAVERSE
CN606 QGF1016F3-07FFC/FPC CONNE4T I/F
CN610 QGB1214J1-08SCONNECTORTO SW CB(CN620
CN611 QGF1016F3-08CONNECTORFOR JIG
CN620 QGB1214K1-08SCONNECTORTO CN610
CN651 QGF1016F3-19CONNECTORMAIN
D 2911SS355-XDIODE
D 667MA152WA-XDIODE
D 673DA204U-XDIODE
D 852UDZS5.6B-XZ DIODEVZ
IC201BR24C01AFV-W-X ICE2PROM
IC251UPD780024AGKB08 IC
IC601AN8849SB-WICRF AMP
IC602UPC393G2-WICTE VDET
IC603TC7S32F-XI.C C.MTE VDET
IC651MN662748RPMICDSP & DAC
IC652NJM4580E-WIC C.M.
IC801LA6541-XICPU DRIVE
IC851LB1641ICACTU MOTOR DRIV
IC852LB1641ICCAM MOTOR DRIVE
K 655NQR0007-002XFERRITE BEADS
K 656NQR0251-004XFERRITE BEADS
K 657NQR0251-004XFERRITE BEADS
K 658NQR0251-004XFERRITE BEADS
L 853QQL29BJ-100ZINDUCTORL MOTOR
L 854QQL29BJ-100ZINDUCTORR MOTOR
R 201NRSA02J-103XMG RESISTOR
R 251NRSA02J-102XMG RESISTOR
R 252NRSA02J-102XMG RESISTOR
R 253NRSA02J-102XMG RESISTOR
R 254NRSA02J-102XMG RESISTOR
R 255NRSA02J-102XMG RESISTOR
R 256NRSA02J-102XMG RESISTOR
R 257NRSA02J-102XMG RESISTOR
R 258NRSA02J-102XMG RESISTOR
R 259NRSA02J-102XMG RESISTOR
R 260NRSA02J-102XMG RESISTOR
R 261NRSA63J-223XMG RESISTOR
R 262NRSA63J-223XMG RESISTOR
R 263NRSA63J-223XMG RESISTOR
R 271NRSA02J-223XMG RESISTOR
R 272NRSA02J-223XMG RESISTOR
R 274NRSA02J-223XMG RESISTOR
R 276NRSA02J-682XMG RESISTOR
R 277NRSA02J-682XMG RESISTOR
R 278NRSA63J-102XMG RESISTOR
R 279NRSA63J-102XMG RESISTOR
R 280NRSA63J-102XMG RESISTOR
R 281NRSA63J-102XMG RESISTOR
R 282NRSA02J-103XMG RESISTOR
R 283NRSA02J-101XMG RESISTOR
R 284NRSA02J-102XMG RESISTOR
R 285NRSA02J-102XMG RESISTOR
R 286NRSA02J-102XMG RESISTOR
R 287NRSA02J-103XMG RESISTOR
R 288NRSA02J-103XMG RESISTOR
R 289NRSA63J-103XMG RESISTOR
R 291NRSA02J-122XMG RESISTOR
R 292NRSA02J-103XMG RESISTOR
R 293NRSA02J-103XMG RESISTOR
R 294NRSA02J-0R0XMG RESISTOR
R 601NRSA02J-684XMG RESISTOR
R 602NRSA02J-184XMG RESISTOR
R 603NRSA02J-333XMG RESISTOR
R 604NRSA02J-224XMG RESISTOR
R 605NRSA02J-683XMG RESISTOR
R 606NRSA02J-473XMG RESISTOR
R 607NRSA02J-473XMG RESISTOR
R 608NRSA02J-473XMG RESISTOR
R 611NRSA02J-751XMG RESISTOR
R 612NRSA02F-163XMG RESISTOR
R 613NRSA02J-751XMG RESISTOR
R 614NRSA02J-0R0XMG RESISTOR
R 617NRSA02J-222XMG RESISTOR
R 631NRSA02J-2R2XMG RESISTOR
R 632NRSA02J-100XMG RESISTOR
R 634NRSA02J-120XMG RESISTOR
R 635NRSA02J-121XMG RESISTOR
R 636NRSA02J-910XMG RESISTOR
R 641NRSA02J-154XMG RESISTOR
R 642NRSA02J-394XMG RESISTOR
R 643NRSA02J-683XMG RESISTOR
R 644NRSA02J-222XMG RESISTOR
R 645NRSA02J-222XMG RESISTOR
R 646NRSA02J-683XMG RESISTOR
R 647NRSA02F-163XMG RESISTOR
R 648NRSA02J-103XMG RESISTOR
R 649NRSA02J-103XMG RESISTOR
R 651NRSA02J-102XMG RESISTOR
R 652NRSA02J-102XMG RESISTOR
R 653NRSA02J-102XMG RESISTOR
R 654NRSA02J-102XMG RESISTOR
R 659NRSA02J-102XMG RESISTOR
R 661NRSA02J-102XMG RESISTOR
R 662NRSA02J-683XMG RESISTOR
R 663NRSA02J-124XMG RESISTOR
R 664NRSA02J-331XMG RESISTOR
R 665NRSA02J-151XMG RESISTOR
R 666NRSA02J-221XMG RESISTOR
R 667NRSA02J-4R7XMG RESISTOR
R 668NRSA02J-155XMG RESISTOR
R 669NRSA02J-562XMG RESISTOR
R 670NRSA02J-101XMG RESISTOR
R 671NRSA63J-684XMG RESISTOR
R 673NRSA63J-124XMG RESISTOR
R 682NRS181J-102XMG RESISTOR
R 683NRSA02J-105XMG RESISTOR
R 685NRSA02J-683XMG RESISTOR
R 691NRSA02J-103XMG RESISTOR
Parts numberParts nameArea
Block No. 05
Remarks
Item
A
R 692NRSA02J-103XMG RESISTOR
R 695NRSA02J-243XMG RESISTOR
R 696NRSA02J-243XMG RESISTOR
R 701NRSA02J-821XMG RESISTOR
R 702NRSA02J-821XMG RESISTOR
R 703NRSA02J-103XMG RESISTOR
R 704NRSA02J-103XMG RESISTOR
R 705NRSA02J-472XMG RESISTOR
R 706NRSA02J-202XMG RESISTOR
R 707NRSA02J-682XMG RESISTOR
R 708NRSA02J-101XMG RESISTOR
R 709NRSA02J-101XMG RESISTOR
R 710NRSA02J-221XMG RESISTOR
R 801NRSA02J-272XMG RESISTOR
R 802NRSA63J-392XMG RESISTOR
R 803NRSA63J-912XMG RESISTOR
R 804NRSA63J-224XMG RESISTOR
R 805NRSA02J-822XMG RESISTOR
R 806NRSA02J-273XMG RESISTOR
R 807NRSA02J-122XMG RESISTOR
R 808NRSA02J-273XMG RESISTOR
R 809NRSA02J-122XMG RESISTOR
R 811NRSA02J-473XMG RESISTOR
R 812NRSA02J-332XMG RESISTOR
R 813NRSA02J-122XMG RESISTOR
R 852NRSA02J-0R0XMG RESISTORVZ
R 861NRSA63J-102XMG RESISTOR
R 862NRSA63J-334XMG RESISTOR
R 863NRSA63J-102XMG RESISTOR
R 864NRSA63J-334XMG RESISTOR
R 865NRSA63J-334XMG RESISTOR
R 866NRSA63J-102XMG RESISTOR
R 884NRSA02J-102XMG RESISTOR
R 885NRSA02J-102XMG RESISTOR
R 886NRSA63J-102XMG RESISTOR
R 887NRSA63J-102XMG RESISTOR
SW 1QSW0844-001PUSH SWITCHTRY1 OPEN
SW 2QSW0844-001PUSH SWITCHTRY1 CLOSE
SW 3QSW0844-001PUSH SWITCHTRY2 OPEN
SW 4QSW0844-001PUSH SWITCHTRY2 CLOSE
SW 5QSW0844-001PUSH SWITCHTRY3 OPEN
SW 6QSW0844-001PUSH SWITCHTRY3 CLOSE
SW680 QSW0865-001CAM SWITCHCAM SW
SW690 QSW0886-002DETECT SWITCHP.POSI1
SW691 QSW0886-002DETECT SWITCHP.POSI2
SW692 QSW0886-002DETECT SWITCHP.POSI3
SW693 QSW0886-002DETECT SWITCHSUB.TRY OP/CL
X 251NAX0397-001XC OSCILLATORFOR IC251 8.38M
X 651QAX0599-001ZCRYSTALFOR IC651
Electrical parts list(Motor board)
A
CN699 EMV7169-006RCONNECTOR
S 699VSH1173-001SWITCH
Parts numberParts nameArea
Block No. 06
Item
Parts numberParts nameArea
Remarks
Remarks
3-18
MX-S6MD
Q
Electrical parts list(MD Main board)
Item
A
C 300NCF31CZ-104XC CAPACITOR
C 302NCF31CZ-104XC CAPACITOR
C 307NCB31HK-222XC CAPACITOR
C 310NCB31HK-102XC CAPACITOR
C 311NCF21CZ-105XC CAPACITOR
C 312NEA70GM-476XE CAPACITOR
C 314NCB31EK-223XC CAPACITOR
C 315NCB31HK-102XC CAPACITOR
C 316NCF21CZ-105XC CAPACITOR
C 318NCB31HK-682XC CAPACITOR
C 319NCB31CK-333XC CAPACITOR
C 320NCB21AK-105XC CAPACITOR
C 321NCB31HK-472XC CAPACITOR
C 322NCB21AK-105XC CAPACITOR
C 323NCB31HK-682XC CAPACITOR
C 324NCB21CK-224XC CAPACITOR
C 325NCB31CK-103XC CAPACITOR
C 326NCB31EK-223XC CAPACITOR
C 327NCB31CK-104XC CAPACITOR
C 328NCB31CK-104XC CAPACITOR
C 330NCF31CZ-104XC CAPACITOR
C 333NCB21CK-154XC CAPACITOR
C 334NCF31CZ-104XC CAPACITOR
C 340NCB31EK-223XC CAPACITOR
C 341NCB31EK-223XC CAPACITOR
C 342NCF31CZ-104XC CAPACITOR
C 350NEA70GM-476XE CAPACITOR
C 351NCF21CZ-105XC CAPACITOR
C 352NEA70GM-476XE CAPACITOR
C 353NCF21CZ-105XC CAPACITOR
C 354NCF21CZ-105XC CAPACITOR
C 355NCF31CZ-104XC CAPACITOR
C 358NCF31CZ-104XC CAPACITOR
C 359NCF31CZ-104XC CAPACITOR
C 361NCF31CZ-104XC CAPACITOR
C 375NCB31CK-103XC CAPACITOR
C 376NCB21CK-474XC CAPACITOR
C 377NCS31HJ-471XC CAPACITOR
C 378NCS31HJ-330XC CAPACITOR
C 379NCB21CK-474XC CAPACITOR
C 380NCB31CK-153XC CAPACITOR
C 390NCB10JM-106XC CAPACITOR
C 400NEAD1CM-226XE CAPACITOR
C 401NEAD0JM-107XE CAPACITOR
C 402NCB31HK-331XC CAPACITOR
C 403NEAD0GM-476XE CAPACITOR
C 407NCS31HJ-101XC CAPACITOR
C 408NCS31HJ-101XC CAPACITOR
C 409NCB31CK-104XC CAPACITOR
C 411NCF21CZ-105XC CAPACITOR
C 412NCF31CZ-104XC CAPACITOR
C 415NCB31CK-103XC CAPACITOR
C 421NCB31HK-561XC CAPACITOR
C 423NCB31HK-561XC CAPACITOR
C 425NCB31HK-561XC CAPACITOR
C 427NCB31HK-561XC CAPACITOR
C 429NCB31HK-392XC CAPACITOR
C 431NCB31HK-392XC CAPACITOR
C 433NCB31HK-562XC CAPACITOR
C 435NCB31HK-562XC CAPACITOR
C 437NCB31HK-103XC CAPACITOR
C 439NCB31HK-103XC CAPACITOR
C 450NEA71CM-107XE CAPACITOR
Parts numberParts nameArea
Block No. 07
Remarks
Item
A
C 451NEA70GM-107XE CAPACITOR
C 452NCF31CZ-104XC CAPACITOR
C 453NCF31CZ-104XC CAPACITOR
C 455NDC32AJ-101XC CAPACITOR
C 480NEA70JM-476XE CAPACITOR
C 481NCF21CZ-105XC CAPACITOR
C 482NEA70JM-226XE CAPACITOR
C 483NCF31CZ-104XC CAPACITOR
C 484NEAD1CM-106XE CAPACITOR
C 485NCF31CZ-104XC CAPACITOR
C 486NCF31CZ-104XC CAPACITOR
C 487NCF31CZ-104XC CAPACITOR
C 488NEAD1CM-106XE CAPACITOR
C 489NEAD1VM-475XE CAPACITOR
C 490NCB31CK-103XC CAPACITOR
C 491NCB31HK-222XC CAPACITOR
C 492NCB31HK-222XC CAPACITOR
C 493NCF21CZ-105XC CAPACITOR
C 496NCF21CZ-105XC CAPACITOR
C 497NCF31CZ-104XC CAPACITOR
C 501NCS31HJ-180XC CAPACITOR
C 502NCS31HJ-180XC CAPACITOR
C 511NCF31CZ-104XC CAPACITOR
C 512NCF31CZ-104XC CAPACITOR
C 515NCF31CZ-104XC CAPACITOR
C 590NCS31HJ-101XC CAPACITOR
C 591NCF31CZ-104XC CAPACITOR
CN321 QGF0501F2-21XCONNECTORFOR PICK-UP A'S
CN407 QGF1006F2-08WSOCKETFOR CAM SW
CN408 QGF1006F2-09WCONNECTORFOR TRAMECHA PW
CN451 QGF1016F2-04WCONNECTORFOR HEAD
CN521 QGF1006F2-21WSOCKETFOR SYSTEM
CN601 QGF1006F2-09WCONNECTOR
D 3101SS355-XDIODETEMP DET
D 451RB160L-60-XSB DIODE
D 452RB160L-60-XSB DIODE
IC310CXA2523ARICRF
IC340TC7S08F-WICAPC PWM BUFFER
IC350CXD2662RIC
IC390HY51V17400CT-60 IC4M*4 DRAM
IC400XC62ER3602M-XIC
IC410M63008FP-XICBTL DRIVER
IC450BD7910FV-XICDRIVER
IC480AK4519VF-XIC
IC485TK11140SC-WIC
IC500HD6432345A15FAIC(MCU)
IC590AK93C65AF-XIC256*16BIT EEPRO
K 346NQR0360-001XFERRITE BEADS
K 353NQR0389-003XFERRITE BEADS
K 491NQR0022-005XFERRITE BEADS
K 492NQR0022-005XFERRITE BEADS
K 495NQR0022-005XFERRITE BEADS
K 496NQR0022-005XFERRITE BEADS
K 505NQR0389-003XFERRITE BEADS
K 521NQR0354-001XFERRITE BEADS
K 522NQR0354-001XFERRITE BEADS
K 523NQR0389-003XFERRITE BEADS
K 524NQR0389-003XFERRITE BEADS
L 351NQL38DK-100XI NDUCTOR
L 352NQL38DK-100XI NDUCTOR
L 525NQL274M-1R5XINDUCTOR
L 526NQL274M-1R5XINDUCTOR
Parts numberParts nameArea
3302SA1362/G/-XTRANSISTOR
Remarks
3-19
MX-S6MD
Q
Q
Q
Q
Q
Q
Q
Electrical parts list(MD Main board)
Item
A
R 300NRSA63J-0R0XMG RESISTOR
R 301NRS181J-0R0XMG RESISTOR
R 302NRSA63J-0R0XMG RESISTOR
R 305NRSA63J-222XMG RESISTOR
R 306NRSA63J-474XMG RESISTOR
R 309NRSA63J-474XMG RESISTOR
R 310NRSA63J-331XMG RESISTOR
R 311NRSA63J-183XMG RESISTOR
R 312NRSA63J-103XMG RESISTOR
R 313NRSA63J-104XMG RESISTOR
R 314NRSA63J-133XMG RESISTOR
R 315NRSA63J-243XMG RESISTOR
R 316NRSA63J-104XMG RESISTOR
R 317NRSA63J-103XMG RESISTOR
R 320NRSA63J-563XMG RESISTOR
R 321NRSA63J-331XMG RESISTOR
R 322NRSA63J-331XMG RESISTOR
R 323NRSA63J-331XMG RESISTOR
R 324NRSA63J-102XMG RESISTOR
R 325NRSA63J-472XMG RESISTOR
R 326NRSA63J-331XMG RESISTOR
R 327NRSA63J-331XMG RESISTOR
R 328NRSA63J-101XMG RESISTOR
R 330NRSA63J-8R2XMG RESISTOR
R 331NRSA63J-270XMG RESISTOR
R 332NRSA63J-473XMG RESISTOR
R 333NRSA63J-473XMG RESISTOR
R 334NRSA63J-473XMG RESISTOR
R 335NRSA63J-473XMG RESISTOR
R 336NRSA63J-104XMG RESISTOR
R 337NRSA63J-1R0XMG RESISTOR
R 338NRSA63J-4R7XMG RESISTOR
R 339NRSA63J-473XMG RESISTOR
R 340NRSA63J-222XMG RESISTOR
R 341NRSA63J-222XMG RESISTOR
R 342NRSA63J-222XMG RESISTOR
R 343NRSA63J-102XMG RESISTOR
R 354NRSA63D-103XMG RESISTER
R 355NRSA63D-103XMG RESISTER
R 356NRSA63J-102XMG RESISTOR
R 361NRSA63J-102XMG RESISTOR
R 362NRSA63J-102XMG RESISTOR
R 363NRSA63J-102XMG RESISTOR
R 364NRSA63J-102XMG RESISTOR
R 365NRSA63J-102XMG RESISTOR
R 366NRSA63J-102XMG RESISTOR
R 367NRSA63J-102XMG RESISTOR
R 368NRSA63J-102XMG RESISTOR
R 369NRSA63J-102XMG RESISTOR
R 370NRSA63J-104XMG RESISTOR
R 371NRSA63J-103XMG RESISTOR
R 372NRSA63J-103XMG RESISTOR
R 375NRSA63J-103XMG RESISTOR
R 376NRSA63J-104XMG RESISTOR
R 377NRSA63J-684XMG RESISTOR
R 378NRSA63J-332XMG RESISTOR
R 379NRSA63J-102XMG RESISTOR
R 380NRSA63J-105XMG RESISTOR
R 381NRSA63J-102XMG RESISTOR
R 382NRSA63J-151XMG RESISTOR
R 387NRSA63J-331XMG RESISTOR
R 389NRSA63J-331XMG RESISTOR
R 390NRSA63J-331XMG RESISTOR
R 391NRSA63J-561XMG RESISTOR
R 392NRSA63J-102XMG RESISTOR
R 393NRSA63J-102XMG RESISTOR
R 394NRSA63J-102XMG RESISTOR
R 395NRSA63J-102XMG RESISTOR
R 396NRSA63J-331XMG RESISTOR
R 397NRSA63J-331XMG RESISTOR
R 398NRSA63J-331XMG RESISTOR
R 399NRSA63J-331XMG RESISTOR
R 401NRSA63D-153XMG RESISTOR
R 402NRSA63D-562XMG RESISTER
R 403NRSA63D-471XMG RESISTER
R 404NRSA63D-333XMG RESISTER
R 420NRSA63D-223XRESISTOR
R 421NRSA63D-103XMG RESISTER
R 422NRSA63D-223XMG RESISTER
R 423NRSA63D-103XMG RESISTER
R 424NRSA63D-223XMG RESISTER
R 425NRSA63D-103XMG RESISTER
R 426NRSA63D-223XMG RESISTER
R 427NRSA63D-103XMG RESISTER
R 428NRSA63D-153XMG RESISTOR
R 429NRSA63D-392XMG RESISTER
R 430NRSA63D-153XMG RESISTOR
R 431NRSA63D-392XMG RESISTER
R 432NRSA63D-123XMG RESISTOR
R 433NRSA63D-822XMG RESISTER
R 434NRSA63D-123XMG RESISTOR
R 435NRSA63D-822XMG RESISTER
R 436NRSA63J-223XMG RESISTOR
R 437NRSA63J-302XMG RESISTOR
R 438NRSA63J-223XMG RESISTOR
R 439NRSA63J-302XMG RESISTOR
R 440NRSA63D-103XMG RESISTER
R 441NRSA63D-103XMG RESISTER
R 451NRSA63J-473XMG RESISTOR
R 452NRSA63J-563XMG RESISTOR
R 453NRSA63J-1R0XMG RESISTOR
R 454NRSA63J-1R0XMG RESISTOR
R 455NRSA63J-223XMG RESISTOR
R 456NAD0006-103XTHERMISTOR
R 481NRSA63J-100XMG RESISTOR
R 483NRSA63J-0R0XMG RESISTOR
R 491NRSA63J-471XMG RESISTOR
R 492NRSA63J-471XMG RESISTOR
R 495NRSA63J-471XMG RESISTOR
R 496NRSA63J-471XMG RESISTOR
R 497NRSA63J-1R0XMG RESISTOR
R 502NRSA63J-332XMG RESISTOR
R 503NRSA63J-103XMG RESISTOR
R 504NRSA63J-333XMG RESISTOR
R 506NRSA63J-473XMG RESISTOR
R 509NRSA63J-104XMG RESISTOR
R 510NRSA63J-102XMG RESISTOR
R 511NRSA63J-102XMG RESISTOR
R 512NRSA63J-102XMG RESISTOR
Parts numberParts nameArea
Remarks
3-20
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