JVC UXA-10 Service manual

SERVICE MANUAL

MICRO COMPONENT MD SYSTEM

UX-A10DVD

Contents

Safety precaution Preventing static electricity Disassembly method Adjustment method Maintenance of MD pickup

1-2 1-3 1-4 1-39 1-47

Area suffix

UB ----------- Hong Kong

Procedures of changing the MD pickup Maintenance of DVD pickup Procedures of changing the DVD pickup Description of major ICs

1-47 1-48

1-48 1-49~88

No.22011

Jan. 2003

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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. Move the resistor connection to each exposed 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.). This corresponds to 0.5 mA AC (r.m.s.).

0.15 F AC TYPE

1500 10W

Good earth ground

AC VOLTMETER (Having 1000 ohms/volts, or more sensitivity)

Place this probe on each exposed metal part.

!

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.

In regard with component parts appearing on the silk-screen printed side (parts side) of the PWB diagrams, the parts that are printed over with black such as the resistor ( ), diode ( ) and ICP ( ) or identified by the " " mark nearby are critical for safety.

(This regulation does not correspond to J and C version.)

1-2

Preventing static electricity

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1.Grounding to prevent damage by 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.

2.About the earth processing for the destruction prevention by static electricity

Static electricity in the work area can destroy the optical pickup (laser diode) in devices such as CD players. Be careful to use proper grounding in the area where repairs are being performed.

2-1 Ground the workbench

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.

2-2 Ground yourself

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

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.

Attention when traverse unit is decomposed

*Please refer to "Disassembly method" in the text for pick-up and how to detach the substrate.

1.Solder is put up before the card wire is removed from connector on the CD substrate as shown in Figure. (When the wire is removed without putting up solder, the pick-up assembly might destroy.)

2.Please remove solder after connecting the card wire with when you install picking up in the substrate.

Sorting round point

CN321

Servo control board

CN101

Flexible wire

CN101

DVD mechanism assembly

MD mechanism assembly

Pickup

Soldering

1-3

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Disassembly method

Removing the metal cover (See Fig.1~3)

1.

Remove the six screws A on the back of the body.

2.

Remove the screw B on each side of the body.

3.

Detach the rear side of the metal cover upward while pulling the lower sides outward.

A

Metal cover

A

Fig.1

Metal cover

1-4

B

Fig.2

Metal cover

B

Fig.3

Removing the DVD mechanism assembly

(See Fig.4~6)

Prior to performing the following procedure, remove the metal cover.

1.

Remove the three screws C attaching the DVD mechanism assembly on top of the body.

2.

Disconnect connector CN502 and CN503 on the DVD servo board upward at the bottom of the DVD mechanism assembly. Bring up the DVD mechanism assembly and remove backward.

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DVD mechanism assembly

Fig.4

DVD mechanism assembly

CN503

DVD mechanism assembly

C

CN502

C

Fig.5

Fig.6

1-5

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Removing the front panel assembly

(See Fig.7~10)

Prior to performing the following procedure, remove the metal cover and the DVD mechanism assembly.

1.

Disconnect the card wire from connector CN705 on the microcomputer board in the center of the right side of the body.

2.

Disconnect the card wire from connector CN301 on the main board in the center of the left side of the body.

3.

Disconnect the card wire from connector CN704, and the wires from CN703 and CN710 on the microcomputer board.

Front panel assembly

D

b

Microcomputer board

CN705

Fig.7

ATTENTION:

4.

Disconnect the card wire from connector CN442 on the FL connection board on top of the body.

5.

Remove the screw D on each side of the body.

6.

Remove the two screws E on the bottom of the body.

7.

Release the joint a on the bottom and the two joints b on the right and left sides of the body using a screwdriver. Remove the front panel assembly toward the front.

When disconnecting the wires from CN703 and CN710, remove the spacer attaching the wires.

FL connection board

CN442

Front panel assembly

Main board

CN301

CN710

E

CN703

Fig.8

Front panel assembly

Spacer

D

Microcomputer board

b

CN704

Front panel assembly

E

1-6

CN710

CN703

Spacer

a

Microcomputer board

CN704

Fig.10Fig.9

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Removing the rear cover/ rear panel

(See Fig.11~15)

Prior to performing the following procedure, remove the metal cover and the DVD mechanism assembly.

1.

Remove the two screws F on the back of the body.

2.

Disconnect the wire from connector CN1 on the tuner pack on the right side of the body.

3.

Remove the thirteen screws G on the back of the body.

4.

Release the two joints c on the lower right and left sides of the rear panel.

REFERENCE:

The rear panel with the tuner pack comes off.

F

Rear cover

Rear panel

F

Fig.11

G

Tuner pack

CN1

Fig.12

Rear panel

G

Rear panel

G

FIg.13

Rear panel

c

Rear panel

Fig.15Fig.14

c

1-7

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Removing the tuner pack (See Fig.16)

Prior to performing the following procedure, remove the metal cover.

Tuner pack

1.

Disconnect the card wire from connector CN1 on the tuner pack on the right side of the body.

2.

Remove the two screws H on the back of the body.

Removing the fan (See Fig.17,18)

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly, the rear cover/rear panel and the DVD relay board.

1.

Disconnect the wire from connector CN711 on the microcomputer board on the right side of the body.

2.

Remove the three screws I attaching the fan bracket on top of the body and release the joint d.

H

CN1

Fig.16

CN711

d

I

3.

Remove the two screws J attaching the fan.

1-8

Fan bracket

Fig.17

Fig.18

J

Fan

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Removing the MD mechanism assembly

(See Fig.19~21)

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly and the front panel assembly.

1.

Remove the two screws K attaching the DVD mechanism attaching bracket.

2.

Remove the two screws L on each side of the MD mechanism assembly and remove the MD mechanism assembly toward the front.

3.

Disconnect the card wire from connector CN521 on the MD mechanism assembly board.

MD mechanism assembly

L

K

DVD mechanism

Fig.19

DVD mechanism attaching bracket

attaching bracket

Removing the headphone board

(See Fig.22,23)

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly and the front panel assembly.

1.

Disconnect the wire from connector CN310 on the main board on the left side of the body.

2.

Release the wires from the two clamps on the bottom chassis.

3.

Remove the screw M attaching the headphone board on the right side of the body.

Headphone board

L

Fig.20

MD mechanism assembly

CN521

Fig.21

Main board

CN310

Fig.22

Clamp

Headphone board

Fig.23

M

1-9

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Removing the main board

(See Fig.24,25)

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly, the front panel assembly and the rear cover/ rear panel.

1.

Remove the two screws N and the three screws O. Remove the heat sink.

2.

Disconnect the wires from connector CN307 and CN310, the card wire from CN312 on the main board on the left side of the body.

3.

Remove the screw P and Q attaching the main board.

Main board

Heat sink

O

N

4.

Disconnect connector CN303, CN304, CN305 and CN306 on the main board. Release the two joints e at the bottom.

5.

Draw out the main board and disconnect the card wire and the wire from connector CN302 and CN311.

Removing the DVD relay board

(See Fig.26)

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly and the rear panel/ rear cover.

1.

Disconnect the card wire from connector CN515 on the DVD relay board.

Main board

Heat sink

CN302

P

CN311

Main board

Fig.24

CN303 CN304

e

Q

Fig.25

CN512

CN305

CN306

e

CN511

DVD connector board

CN312

CN307

CN310

R

2.

Remove the screw R attaching the DVD relay board on top of the body.

3.

Disconnect connector CN511 and CN512 on the DVD relay board.

1-10

CN515

Fig.26

Removing the MD base chassis/ microcomputer board (See Fig.27~29)

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly, the front panel assembly, the rear cover/ rear panel, the main board and the DVD relay board.

MD mechanism assembly

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MD base chassis

REFERENCE:

1.

Disconnect the wire from connector CN701 on the microcomputer board in the center of the right side of the body.

2.

Remove the two screws S attaching the MD base chassis on top of the body.

3.

Disconnect connector CN706 and CN707 on the microcomputer board from the main board.

REFERENCE:

4.

Remove the two screws T attaching the microcomputer board and release the two joints f.

It is not necessary to remove the DVD mechanism assembly.

The MD base chassis with the MD mechanism assembly comes off.

Microcomputer board

CN701

Fig.27

MD mechanism assembly MD base chassis

CN706

CN707

S

CN706

CN707

Fan bracket

Main board

Fig.28

T

Microcomputer

board

f

Fig.29

1-11

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Removing the power transformer assembly (See Fig.30,31)

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly, the front panel assembly, the rear cover/ rear panel, the main board and the MD base chassis.

1.

Move the power cord stopper upward on the back of the body and remove. Disconnect the power cord from connector CN901 on the power transformer board.

REFERENCE:

2.

Remove the four screws U on top of the body and release the wires from the two clamps on the bottom chassis.

The power cord can be removed alone.

Removing the power amplifier board

(See Fig.32,33)

Power transformer board

CN901

Power cord stopper

Power cord

Fig.30

Clamp

Power amplifier board

Bottom chassis

Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly, the front panel assembly, the rear cover/ rear panel, the main board and the MD base chassis.

1.

Disconnect the wire from connector CN111 on the power amplifier board.

2.

Remove the band attaching the wire to the power amplifier board.

3.

Release the wires from the clamp.

4.

Move the power amplifier board upward to release the two joints g and remove to the right.

U

Power transformer

assembly

g

U

Fig.31

Power amplifier

board

1-12

Band

Power amplifier board

CN111

Fig.32

Band

Clamp

Fig.33

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Prior to performing the following procedure, remove the metal cover, the DVD mechanism assembly and the front panel assembly.

Removing the cassette mechanism assembly (See Fig.34,35)

1.

Remove the spring attached to the cassette door on the back of the front panel.

2.

Remove the four screws V attaching the cassette mechanism assembly.

Cassette door

Spring

Fig.35

Spring

Cassette mechanism assembly

V

Fig.34

V

Front panel assembly

V

Removing the key board (See Fig.36~38)

Prior to performing the following procedure, remove the cassette mechanism assembly.

1.

Pull out the volume knob on the front side of the front panel.

2.

Remove the five screws W attaching the bracket (1) on the back of the front panel.

3.

Remove the ten screws X attaching the key board.

Bracket(1)

W

X

Volume knob

Fig.36

Key board

X

Front panel

X

Fig.38Fig.37

X

1-13

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Removing the FL connection board

(See Fig.39~41)

1.

Remove the two screws Y and the screw Z attaching the bracket (2) on the back of the front panel.

2.

Disconnect the card wire from connector CN441 on the FL connection board.

3.

Push the two joint tabs h downward to release and pull out the FL connection board.

Removing the Drive motor assembly

(See Fig.39, 40,42)

1.

Remove the two screws Y and the screw Z attaching the bracket (2) on the back of the front panel.

FL connection board

CN441

Y

Bracket(2)

Fig.39

Front panel

Y

Front panel

2.

Remove the screw A' attaching the drive motor assembly. Release the joint tab i and pull out the drive motor assembly.

CN441

h

Drive motor

Z

Fig.40

A'

Drive motor

1-14

FL connection board

i

Fig.42Fig.41

Removing the belt/ drive motor

(See Fig.43)

Prior to performing the following procedure, remove the drive motor assembly.

1.

Remove the belt from the pulley

2.

Remove the two screws B' attaching the drive motor.

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Belt

Drive motor

B'

Fig.43

Removing the switch board

(See Fig.44,45)

Prior to performing the following procedure, remove the bracket (2) / drive motor assembly.

1.

Disconnect the card wire from connector CN441 on the FL connection board(Do not fold down the card wire).

2.

Release the joint j and k in order on the right and left sides of the shaft gear.

Remove the screw C' attaching the switch board and release the joint tab l.

FL connection board

k

Shaft gear

CN441

Fig.44

Switch board

C'

j

Switch board

l

Fig.45

1-15

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Removing the FL display section

(See Fig.46~51)

1.

Remove the four screws D' attaching the case cover on the front panel.

2.

Pull out the FL panel from the four joint bosses m on the FL display cover.

3.

Remove the four screws E' attaching the FL display cover. Disconnect the card wire from connector CN451 on the FL relay board and from CN452 on the LED board.

D'

Case cover

D'

Fig.46

m

FL panel

E'

FL display cover

E'

Fig.47

FL connection board

CN451

Fig.49Fig.48

m

LED board

CN452

FL display cover

1-16

4.

Remove the two screws F' attaching the FL display on the FL display cover.

5.

The FL board and the lens come off from the FL display section.

FL display section

FL display cover

F' F'

Fig.50

FL display section

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Removing the FL relay board(See Fig.52)

Prior to performing the following procedure, remove the FL display cover.

1.

Disconnect the card wire from connector CN453 on the FL relay board.

2.

Remove the two screws G' attaching the FL relay board.

LED board

FL board

Fig.51

CN453

G'

FL connection board

Fig.52

Lens

G'

1-17

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Removing the clamper assembly

(See Fig.1)

Remove the four screws A attaching the clamper

1. assembly.

Move the clamper assembly in the direction of the

2. arrow to release the joint a on each side, and remove.

ATTENTION:

Removing the tray (See Fig.2,3)

Prior to performing the following procedure, remove the clamper assembly.

1.

Push the part b of the slide cam through the slot on the left side of the loading base.

2.

Draw out the tray toward the front.

ATTENTION:

When reassembling, reattach the clamper assembly at the two joints a.

When reattaching the tray, move the part c of the slide cam to the right(See Fig.3).

a

A

Loading base

a

A

Clamper

assembly

AA

Fig.1

Tray

b

Fig.2

Removing the servo control board

(See Fig.4)

CAUTION:

1.

Solder the connected to connector CN101 on the servo control board.

2.

Disconnect the flexible wire from connector CN101 on the servo control board.

3.

Disconnect the card wires from connector CN201 and CN202 on the servo control board.

4.

Release the two joints d.

5.

Move the servo control board in the direction of the arrow to release the joint e, and remove upward.

CAUTION:

Solder the sorting round point before disconnecting the flexible wire extending from the pickup. If you do not follow this instruction, the pickup may be damaged.

sorting round

Unsolder the sorting round point after reassembling.

point on the flexible wire

CN201

d

e

Servo control board

c

Slide cam

Fig.3

Sorting round point

CN101

Flexible wire

d

CN202

CN101

Fig.4

1-18

Removing the traverse mechanism assembly (See Fig.5,6)

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Prior to performing the following procedure, remove the clamper assembly, the tray and the servo control board.

Remove the four screws B attaching the traverse

1. mechanism assembly.

CAUTION:

When reassembling, get the flexible wire extending from the spindle motor board through the slot f of the elevator.

Removing the elevator (See Fig.7 and 8)

Prior to performing the following procedure, remove the clamper assembly, the tray, the servo control board and the traverse mechanism assembly.

1.

Pull the two tabs g outward and release the two shafts of the elevator.

B

Traverse mechanism

assembly

B

BB

Fig.5

Traverse mechanism

assembly

B

f

ATTENTION:

Tab g

When reassembling, fit the two shafts on the front side of the elevator into the grooves h of the slide cam.

Elevator

Fig.6

Shaft

Elevator

Slide cam

Loading base

Elevator

Fig.7 Fig.8

Tab g

h

1-19

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Removing the motor assembly

(See Fig.9,10)

Prior to performing the following procedure, remove the clamper assembly, the tray, the servo control board, the traverse mechanism assembly and the elevator.

Remove the belt from the pulley.

1.

Remove the screw C attaching the loading motor.

2.

Remove the screw D attaching the motor board on

3. the back of the loading assembly.

Release the tab i fixing the motor board and remove

4. the motor assembly.

Belt

C

Loading motor pulley

Fig.9

Ta b i

Motor assembly

Motor board

Fig.10

D

Loading assembly

1-20

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Pulley gear bracket

Pulley gear

Motor assembly

E

Pulley gear bracket

E

Idle gear

Fig.11

Idle gear

Pulley gear

k

Middle gear

Tab j

k

Removing the idle gear/ pulley gear/ middle gear/ slide cam (See Fig.11~13)

Prior to performing the following the procedures, remove the clamper assembly, the tray, the servo control board, the traverse mechanism assembly, the elevator and the motor assembly.

Push the two tabs j attaching the idle gear inward

1. and pull out the idle gear.

Remove the screw E attaching the pulley gear

2. bracket. Move the pulley gear bracket in the direction of the arrow and remove upward.

Pull out the pulley gear.

3.

Move the slide cam in the direction of the arrow to

4. release the two joints k and remove upward.

Remove the middle gear.

5.

Slide cam

Fig.12

Middle gear

Fig.13

Loading base

1-21

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Removing the feed motor assembly

(See Fig.14)

Unsolder the two soldering l on the spindle motor

1. board.

Remove the two screws F attaching the feed motor

2. assembly.

Removing the feed motor

(See Fig.14~16)

Prior to performing the following procedure, remove the feed motor assembly.

1.

Remove the screw G and the spring.

CAUTION:

2.

Remove the feed gear M.

When reassembling, attach the spring correctly to press the feed gear M and E.

Feed motor assembly

F

m

l

Spindle motor board

Pickup

Spindle motor

Fig.14

Feed gear M

Spring

3.

Pull out the feed gear E and the lead screw.

4.

Remove the two screws H and the feed motor.

CAUTION:

When reassembling, set the two wires extending from the feed motor to the notch m of the feed holder as shown in Fig.14.

G

Lead screw

Feed gear E

Fig.15

Feed motor

1-22

Feed motor

Fig.16

H

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Removing the pickup (See Fig.17,18)

1.

Prior to performing the following procedure, remove the feed motor assembly.

2.

Remove the screw l, the T spring(S) and the shaft holder with the plate.

ATTENTION:

3.

Detach the part n of the shaft upward and move the part o in the direction of the arrow, then remove the shaft from the spindle base.

4.

Release the joint p in the direction of the arrow.

Pull out the shaft from the pickup.

5.

Remove the two screws J attaching the actuator.

6.

Release the joint of the actuator and the lead spring, and pull out the lead spring.

When reassembling, reattach the T spring (s) correctly to press the shaft

I

Plate

T spring(S)

Lead spring

Actuator

p

J

Pickup

n

Fig.17

Spindle base

o

Shaft holder

Actuator

Lead spring

ATTENTION:

When reattaching the pickup, attach the spring under the shaft(See the figure below).

Pickup

Spring

Shaft

Removing the shaft holder/ shaft

(SeeFig.19)

Prior to performing the following procedure, remove the feed motor assembly and the pickup.

Pickup

K

Shaft

Fig.18

Shaft

Shaft holder

1.

Remove the screw K attaching the shaft holder.

2.

Remove the shaft.

Fig.19

1-23

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Removing the spindle motor assembly

(See Fig.20~22)

Prior to performing the following procedure, remove the feed motor assembly, the pickup, the shaft and the shaft holder.

1.

Turn over the mechanism base and remove the three screws l attaching the spindle motor assembly.

ATTENTION:

2.

Remove the three screws M and the spindle base.

When reassembling, set the card wire extending from the spindle motor board to the notch of the spindle base.

L

Spindle motor assembly

Spindle motor board

Spindle motor

L

Fig.20

Spindle base

L

Fig.21

M

Mechanism base

Fig.22

1-24

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Removing the main board (See Fig.1, 2)

CAUTION:

1.

Turn over the main body and disconnect the card wire from connector CN408 and the flexible wire from CN407 on the main board respectively.

2.

Remove the two screws A attaching the main board. Move the main board in the direction of the arrow to release the two joints a .

3.

Solder the sorting round point to protect the pickup. Disconnect the flexible wire from connector CN321 on the back of the main board.

CAUTION:

When replacing the flexible wire connected to the main board, solder the shorting round point. Otherwise, the pickup may be damaged. (see Fig.18)

When reassembling, connect the flexible wire from the pickup to the main board and unsolder the shorting round point.

CN408

CN407

Joint a Joint a

Fig.1

Main board

C451

AA

Main board

CN321

Removing the mechanism cover (See Fig.3)

1.

Remove the four screws B on each side of the body.

2.

Remove the one screw C on the upper side of the body.

3.

Move the mechanism cover toward the front to release the front hook from the loading assembly (joint b ) , then remove upward.

Hook

Pickup

Joint b

B

Fig.2

C

Flexible wire

Sorting round

point

Mechanism cover

Joint c

B

Fig.3

1-25

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Removing the head lifter (See Fig.4~6)

1.

Removing the spring from the hook on the main body. Remove the spring from the head lifter if necessary.

2.

Turn the head lifter in the direction of the arrow to release the joint c and d .

Joint c

Head lifter

Fig.4

Spring

Head lifter

Joint d

Fig.5

Head lifter

Removing the head assembly (See Fig.7)

Spring

Fig.6

࡮

Prior to performing the following procedure, remove

ޓ

the main board.

1.

Remove the screw D on the upper side of the body. Remove the head assembly while pulling the flexible harness from the body.

1-26

Head assembly

D

Fig.7

Removing the loading assembly (See Fig.8, 9)

E

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E

REFERENCE:

࡮

Prior to performing the following procedure, remove the main board, the mechanism cover and the head lifter/head assembly.

1.

Remove the three screws E on the upper side of the body.

2.

Move the loading assembly toward the front to release the joint e and remove upward.

3.

Remove the traverse mechanism assembly from the single flame.

The traverse mechanism assembly and the single flame can be removed after removing the loading assembly from the body.

Loading assembly

Joint e

E

Fig.8

Loading assembly

Traverse mechanism assembly

Single frame

Fig.9

1-27

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Removing the slide base (L) and (R)

(See Fig.10)

1.

Remove the two screws F on the upper side of the loading base assembly.

2.

Remove the slide base (L) outward while releasing the two joints f on the bottom.

3.

Remove the slide base (R) outward.

Removing the loading mechanism assembly

(See Fig.11)

1.

To release the loading mechanism assembly from the bending g without trouble, first bring up the one side of the loading mechanism assembly opposite to the bending g and release the side bosses from the loading mechanism base. And next, remove another side.

Slide base(R)

Bending g

Loading mechanism assembly

Joint f

F

Slide base(L)

F

Joint f

Fig.10

Loading mechanism base

Fig.11

Loading mechanism assembly section

Removing the loading motor (See Fig.12, 13)

1.

Release the harness from the wire holder on the cam switch board and disconnect from connector t.

2.

Remove the screw G and release the joint h .

3.

Remove the belt from the loading motor assembly.

4.

Remove the two screws H .

Remove the cam gear and the cam switch board (See Fig.12)

1.

Remove the slit washer and pull out the cam gear.

2.

Release the harness from the wire holder on the cam switch board and disconnect from connector CN612.

Loading motor assembly

Joint h

G

CN612

Fig.12

Wire holder

I

Cam switch board

Slit washer

I

Cam gear

Loading motor

H

3.

Remove the two screws I , the clamp and the cam switch board.

1-28

Belt

Fig.13

Remove the cartridge holder assembly (See Fig.14, 15)

UX-A10DVD

1.

Remove the two screws J on the upper side of the loading assembly.

J

Eject bar

Removing the slide bar/Eject bar (See Fig.14, 15)

Slide bar

Cartridge holder assembly

Eject bar

Tab i

Fig.14

J

࡮

Prior to performing the following procedure, remove the cartridge holder assembly.

1.

Remove the slide bar upward.

2.

Move the slide bar outward until it stops (See Fig.14). Push the tab i from below and remove the eject bar from the chassis section.

Slide bar

boss m

Eject bar

UD base

Cartridge holder assembly

Fig.15

1-29

UX-A10DVD

Removing the insulator (See Fig.16)

1.

Removing the insulators from the four notches of the traverse mechanism chassis.

Removing the pickup unit (See Fig.17)

1.

Remove the screw K attaching the shaft holder (F) on the back of the traverse mechanism assembly.

2.

Move the shaft inward and release from the shaft holder (R).

Insulator

Pickup unit

Insulator

Traverse mechanism chassis

Fig.16

Joint j Pickup guide

Pickup unit

3.

Bring up the one side of the pickup unit on the shaft to release the joint j on the opposite side. Then, remove the pickup unit with the shaft.

Removing the pickup (See Fig.18)

1.

Pull out the shaft from the pickup.

2.

Remove the two screws L attaching the rack spring to the pickup.

CAUTION:

Before disconnecting the flexible wire connected to the pickup, solder the shorting round point to protect the pickup from static electricity.

Shaft holder(F)

L

Shaft holder(R)

K

Fig.17

Rack spring

Pickup

1-30

Shaft

Fig.18

Removing the feed motor assembly

(See Fig.19,20)

UX-A10DVD

REFERENCE:

For the white and black harnesses extending from

1. the feed motor assembly, unsolder two soldering k

on the traverse mechanism board.

Remove the two screws M attaching the feed motor

2. assembly.

Remove the two screws O attaching the feed motor

3. bracket.

The feed motor assembly can be performed even if the pickup unit is attached.

Removing the traverse mechanism board (See Fig.19)

࡮

Prior to performing the following procedure, remove the feed motor assembly.

1.

For the red and black harnesses extending from the spindle motor, unsolder two soldering l on the traverse mechanism board.

2.

Remove the screw N .

Traverse mechanism board Soldering l Pickup

N

Solldering k

Feed motor assembly

M

Rest SW

Fig.19

Feed motor

Feed motor bracket

Screw shaft gear

O

CAUTION:

When reattaching the traverse mechanism board, make sure the position of the pickup. If the pickup is on the most inside position, move it outward by turning the screw shaft gear not to contact with the rest SW.

Fig.20

1-31

UX-A10DVD

<Reattaching the loading

assembly section>

1.

Reattach the eject bar to the UD base (see Fig.15,

21).

2.

Reattach the slide bar to the loading mechanism chassis while fitting the boss m to the groove of the eject bar (see Fig.15).

3.

Move the slide bar and eject bar in the direction of the arrow and reattach the cartridge holder assembly using the two screw J (Fig.21, 22).

CAUTION:

Make sure that pin n of the eject bar is correctly fitted in the groove o when moving the eject bar and the loading slider as shown in Fig.22.

Wire holder

Cam switch board

p

q

I

Mark

I

Groove o

Slide bar

J

Cam switch boss

J

Groove

UD base

Eject bar

Fig.21

UD base(Bottom)

Cartridge holder assembly

1-32

Loading slider

Eject bar

Pin n

Fig.22

4.

Reattach the wire holder to the UD base while fitting the bending q to the hole of the wire holder (The boss on the back of the wire holder is fit to the hole of the UD base)(see Fig.21).

5.

Reattach the cam switch board using the two screws I .

6.

Turn the cam switch until the boss comes to the position marked with a triangle (see Fig.23). Reattach the cam gear while fitting the cam gear slot to the cam switch boss, and fix them using the slit washer.

UX-A10DVD

CAUTION:

When reattaching the cam gear with fitting the slot to the cam switch boss, make sure that part r of the gear is aligned with the position marked with a triangle of the cam gear.

7.

Reattach the loading motor assembly using the screw G (see Fig.23).

Connect the wire extending from the loading motor to connector CN612 on the switch board, set on the bending s of the UD base and fix using the wire holder.

Bending s

Loading motor assembly

Slide bar CN612 Wire holder

Mark

Boss

Cam switch

Cam switch board

G

Eject bar

Fig.23

Slit washer

Cam gear

part r

Cam gear

(Marked with

a triangle)

Eject bar

1-33

UX-A10DVD

8.

Reattach the UD base to the loading mechanism base while fitting the four bosses to the notches of the loading mechanism base respectively (see Fig.24).

First, sit part t of the cartridge holder assembly under the bending g of the loading mechanism base, then reattach the UD base.

9.

Reattach the slide base (R) while fitting the two slots of the slide base (R) to the bosses of the UD base (see Fig.25, 26).

CAUTION:

Set the bending u of the slide base (R) to the part v inside of the cam gear rib.

10.

Reattach the slide base (L) on the slide base (R) while fitting the two bosses of the UD base to the notches on the side of the slide base (L). Make sure that the slots of the slide base (L) are fitted to the two part f and fix the slide base (L) using the two screws F (see Fig.25, 27).

REFERENCE:

To reattach the slide base (L) and (R) easily, fit the bosses to the notches with bringing up the UD base slightly.

t

g

t

Loading mechanism base

Fig.24

Slide base(R)

Bending u

F

Slide base(L)

v

Fig.25

f

Slide base(L)Slide base(R)

Slide(R)

Cam gear

F

Bending u

v

1-34

Fig.27

f

Fig.26

UX-A10DVD

Removing the Play/Record & Clear head

(See Fig.1~3)

1.

While moving the trigger arm on the right side of the head mount in the direction of the arrow, turn the flywheel R counterclockwise until the head mount comes ahead and clicks.

2.

The head turns counterclockwise as you turn the flywheel R counterclockwise(See Fig.2 and 3).

3.

Disconnect the flexible wire from connector CN31 on the head amplifier & mecha control board.

4.

Remove the spring from the back of the head.

5.

Loosen the azimuth screw for reversing attaching the head.

6.

Remove the head on the front side of the head mount.

Cassette mechanism assembly

Fig.1

Head

Fly wheelR

Trigger armHead mount

Flexible wire

Fly wheel R

Fig.2

Azimuth screw

Head

Head amplifer & mecha control board

Fig.3

for reversing

Spring

CN31

1-35

UX-A10DVD

Removing the head amplifier & mechanism control board (See Fig.4)

1.

Turn over the cassette mechanism assembly and remove the three screws A attaching the head amplifier & mechanism control board.

2.

Disconnect the flexible wire from connector CN31 on the head amplifier & mechanism control board.

3.

Disconnect connector CN32 of the head amplifier & mechanism control board from connector CN1 on the reel pulse board.

REFERENCE:

If necessary, unsolder the 4 pin wire soldered to the main motor.

Removing the main motor (See Fig.4~7)

1.

Remove the two screws B .

2.

Half raise the motor and remove the capstan belt from the motor pulley.

Head amplifier & mecha control board

CN32

A

CN31

A

Flexible wire

Capstan belt

4pin wire

Fig.4

Main motor assembly

B

Main motor assembly

ATTENTION:

Be careful to keep the capstan belt from grease. When reassembling, refer to Fig.6 and 7 for attaching the capstan belt.

Fig.5

Main motor assembly

Fly wheel

Motor pulley

1-36

Capstan belt

Motor pulley

Fig.7Fig.6

Removing the flywheel (See Fig.8,9)

Prior to performing the following procedure, remove the head amplifier & mechanism control board and the main motor assembly.

1.

From the front side of the cassette mechanism, remove the slit washers attaching the capstan shaft L and R. Pull out the flywheels backward.

UX-A10DVD

Fly wheel R

Capstan shaft R Capstan shaft L

Removing the reel pulse board and solenoid (See Fig.10)

Prior to performing the following procedure, remove the head amplifier & mechanism control board.

1.

Remove the screw C.

Slit washer

Fig.9

Fly wheel R

Fly wheel L

Fig.8

2.

Release the tab a, b, c, d and e retaining the reel pulse board.

3.

Release the tab f and g attaching the solenoid on the reel pulse board.

4.

The reel pulse board and the solenoid come off.

fg

Solenoid

a

Fig.10

bc

d

Reel pulse board

e

C

1-37

UX-A10DVD

Reattaching the Play/ Record & Clear head (See Fig.11~13)

1.

Reattaching the head mount assembly.

1)

Change front of the direction cover of the head mount assembly to the left(Turn the head forward).

2)

Fit the bosses O',P',Q',U' and V' on the head mount assembly to the holes P and V, the slots O,U and Q of the mecha sub assembly(See Fig.11 to 13).

CAUTION:

2.

Tighten the azimuth screw for reversing.

To remove the head mount assembly, turn the direction cover to the left to disengage the gear. If the gear can not be disengaged easily, push up the boss Q' slightly and raise the rear side of the head mounts slightly to return the direction lever to the reversing side.

U' Q'

Head mount assembly

O'

P'

V'

Direction cover

Fig.11

3.

Reattach the spring from the back of the Play/ Record & Clear head.

4.

Connect the flexible wire to connector CN31 on the head amplifier & mechanism control board.

Spring

Flexible wire

O

V

Head

P

Direction cover

Q

U

Fig.12

Azimuth screw for reversing

Head mount

1-38

CN31

Head amplifier &

mechanism control board

Fig.13

Adjustment method

< MD adjustment (self adjustment) >

UX-A10DVD

(1) Setting of adjustment mode of MD

While pressing both the POWER key and REC key, turn on the primary power supply.

FL indication TEST MODE 1

STOP key of the main body pushed for stopped MD after power supply ON with pushed the MD PLAY key.

FL indication TEST MODE 1

Setup is complete.

(3) Adjustment of the playback laser power

Changes to the adjustment

mode of MD.

Insert the laser power meter sensor.

(2) Initialization of EEPROM (The EEPROM can be initialized on the precondition that the

setup of the TEST MODE 1 is complete. After setup of the TEST MODE 1, proceed to the following operations with the remote controller*.)

* For EJECT operation, use the EJECT key on the main unit.

changes to the adjustment

mode of MD.

FL indication

TEST MODE 1

Press the PLAY MODE key on the remote controller.

FL indication

TEST MODE 1

Initialization completion

of EEPROM

Four buttons of remote control are pushed.

Press the "2" key on the remote controller.

Set up the playback laser power.

Increase the laser power with the F. SKIP key on the remote controller.

Adjust the power to be 0.68 mW or more. If the value exceeds 0.68 mW, approximate it to 0.68 mW as accurately as possible.

Press the STOP key on the main unit.

Setup of the MD laser power is complete.

Decrease the laser power with the B. SKIP key on the remote controller.

Recording laser power setting

Increase the laser power with the F. SKIP key on the remote controller.

It is adjusted with 6.23mW or less to a value which is unlimited and close to 6.23mW.

Press the STOP key on the main unit.

EJECT does the sensor of the laser power meter with the EJECT button of the main body.

Setup of the MD laser power is complete.

Decrease the laser power with the B. SKIP key on the remote controller.

1-39

UX-A10DVD

(4) Adjustment of the disk

Set up the TEST MODE 1.

Insert the premastered disk.

Reading of TOC ends.

Press the MD PLAY key on the remote controller.

FL indication ON TUNING

Automatic adjustment starts.

Adjustment OK?

FL indication OK TUNING

Press the STOP key on the remote controller.

Press the EJECT key on the main unit.

Insert a recordable disk.

Press the MD PLAY key on the remote controller.

FL indication ON TUNING

YES

NO

FL indication NG ERR: XX

NG Judgment Code Table

Code

00 Automatic adjustment is incomplete. 01 Rest switch detection 02 Focus-on 03 EF balance, tracking offset adjustment (Pit area) 04 ABCD level (I-V resistance) adjustment (Pit area) 05 Focus servo AGC (Pit area) 06 Tracking servo AGC (Pit area) 07 Focus bias adjustment (Pit area) 08 EF balance, tracking offset adjustment (GRV area) 09 ABCD level (I-V resistance) adjustment (GRV area) 0A Focus servo AGC (GRV area) 0B Tracking servo AGC (GRV area) 0C Focus bias adjustment (GRV area) 0D Room temperature measurement 0E Write in EEPROM FF Automatic adjustment is complete.

NG item in adjustment

Automatic adjustment starts.

Adjustment OK?

FL indication ON TUNING

Press the STOP key on the remote controller.

Press the MD EJECT key on the main unit.

1-40

YES

NO

Automatic adjustment

ends. FL indication NG ERR: XX

Press the POWER key on the main unit or remote controller.

Cut off the power supply after cancelling the TEST MODE.

UX-A10DVD

1.Main body "Stop button " and "DVD eject button " are pushed at the same time, and the power supply is turned on.

2.The display of the FL display becomes "TEST D", and becomes a test mode.

TEST D R2

3.Comes off the test mode when the power supply is turned off by "STANDBY button ".

4.Use key in test mode [STOP]+[DVD EJECT]+AC opening:Test mode [STANDBY]:Test mode release

[ON SCREEN] : Self adjustment command for test [DVD EJECT] : EJECT command for test [STOP] : STOP command for test [DVD PAUSE] : Self adjustment command for test [DVD PLAY] : Jitter measurement command for test [ENTER] : EEPROM initialization command [ ] : Outer tracking OFF command [ ] : Tracking OFF of surroundings on inside command [1]~[9] : Servo relation examination command [MENU] : Display of number of ROM [TOP MENU] : Display of number of ROM

5.Content of processing

(1) A reproduction and posed inside display the jitter measurement value and the value of the current of the laser on the FL display in the TEST mode.

FIX4 BYTE7 Value of current of laser (subordinate position) BYTE8 Value of current of laser (high rank) BYTE9 Jitter measurement value (subordinate position) BYTE10 Jitter measurement value (high rank)

FL display

TEXS

X

Value of current of laser Jitter measurement value

T

XX

D YYRY

2

Y

1-41

UX-A10DVD

Value of current of laser

FL display(Example)

0033 0000

Value of current of laser

As for the value of the current of the laser, the figure displayed on the FL display reaches the current value as it is by the unit of mA. It is 33mA if displayed as "0033".

<For DVD> If the value of the current of the laser is 64mA or less, it is possible to judge simply with about normal. The deterioration of the laser diode of picking up is thought when there are 65mA or more value of the current of the laser.

<For CD> If the value of the current of the laser is 49mA or less, it is possible to judge simply with about normal. The deterioration of the laser diode of picking up is thought when there are 50mA or more value of the current of the laser.

Remote control "4" button Value of current of laser for CD Remote control "5" button Value of current of laser for DVD

Jitter measurement value

FL display(Example)

0033 20A2

jitter value

When you exchange picking up. When you replace the spindle motor. When the reading accuracy of the signal is low. (The screen sometimes stops in outer which with the block noise to the screen on the disk)

(2) EEPROM initialization When the ENTER key is pushed in the test mode; Done the intialize for EEPROM of system CPU and unit CPU.

FL display

TESET

The jitter value is displayed by the hex

R2

EPRODM

1-42

(3) Inside and outside surroundings tracking OFF After searches for the DA disk to first TR and each last TR when " " and the " " key are pushed in the test mode, tracking OFF is processed.

(4) Display of number of ROM When MENU and the TOP MENU key are pushed in the test mode, the number of ROM of the main

microcomputer, a sub-microcomputer, the unit microcomputer, and microcode is displayed on the FL

display instead of the test display. Transmission command: C2(ROM VERSION REQUEST) Data from unit CPU is as follows. FIX4 BYTE11: Ver subordinate position byte of unit CPU BYTE12: Ver high-ranking byte of unit CPU (HEX) BYTE13: Date of microcode(ASCII)

FL display (When you press MENU:five seconds).

Version of unit microcomputer

UX-A10DVD

U M

FL display (When you press TOP MENU:five seconds).

S

D

(5) Servo relation examination command The following processing is done to ten keys in the test mode respectively. [ 1 ] : Start & reproduction of DISC (reproduction from starting position) [ 2 ] : TNO+1 search of CD [ 3 ] : TNO-1 search of CD [ 4 ] : The CD_LD lighting (Turn off with the stop button). [ 5 ] : The DVD_LD lighting (Turn off with the stop button). [ 6 ] : DVDx1.4 jitter measurement mode [ 7 ] : Unused [ 8 ] : The display (The address is done and -1 is done). [ 9 ] : The display (The address is done and +1 is done). ( [8] and [9] are the stop button and Back to Top. )

N C

Y V

I :

S

D

T:

120J

Version of the main microcomputer

: :

Version of sub-microcomputer

Microcode

1 1

0

A

. .

1

N

0 0

9 00

8 7

1-43

UX-A10DVD

Head angle azimuth screw (foward)

Mechanism control P.C. board

Motor speed

VR37

BIAS adjustment

VR31

L301

VR37

VR31

R314

C308

B155

R315

R327

Head angle azimuth screw (reverse)

MB

PBRAGPBL

RECRAGRECL

MS

SW8V

MG

1

CN34

C307

R313

C310

C314

Q302

C317

C319

C221

B112

C313

C121

L303

C316

R310

R335

C106

Q103

R305

Q305

B198

R353

R303

R122

C103

B163

Q321

Q101

R221

10

B156

C303

R115

R101

B157

R108

C113 R110 R109

R102

C110

C104

R301

R121

1

C108

C107

9

B151

R112

R111

C102

R107

B152

C302

R103 1

C301

C111

B164

C306

R304

C109

B158

8

B106

C101

6

B166

R116

R212 R211 C211

R216

Head angle azimuth screw (foward)

CN31

Recording and play head/Erase head

9

IC32

C201

B101

B109B108

C209

CN33

R342

C213 R210 R209

C207

B159

16

B102

R341

C208

R207

B200

1

B110

CN31

1

R205

R208

B160

R340

R105 C105

NC

R343

C305

C206

R345

R201

1IC31

TAP

B113

C304

RRE

C202

C210

Q331

C375

C205

C203

B161

R215

R339 C334

R106

R206

5VMGSOL

R204

R203

R222

C204

B168

PHO

R375

B153

R104

R202

C333

C332

PLA

Q201

C331

Q372

Q203

R331

FRE

B167

16

1

70u

CN32

B162

R371

C376

10

Q375

E

R376

D375

Q376

Q371

E

R372 R373

C374

C371

R338

R337

R336

9

IC33

8

Head angle azimuth screw (reverse)

B

1-44

Mechanism section

UX-A10DVD

Item

Mesurement

condition

Mesurement

procedure

Standard

value

Adjustment

position

Confirmation of angle of head Tape speed confirmation

Test tape: VT703L (8kHz) Measurement output terminal: Speaker terminal

1.Test tape VT703L (8kHz) is played.

2.It is adjusted that becomes an output that both are the maximum on a forward side and a reverse side with the screw for the azimuth adjustment.

Test tape: VT712 (3kHz) Measurement output terminal: Speaker terminal or headphone terminal

Test tape VT712(3kHz) of the forward is reproduced by finishing rolling , and adjusted for the display of the frequency counter to become 2,940-3,090Hz by VR37.

3.This adjustment is adjusted respectively with the adjustment screw for the forward side and the adjustment screw for a reverse side.

The maximum output

Only when the head is exchanged,

2,940 ~ 3,090Hz

VR37

adjusts.

Reference and standard value of confirmation matter

Item

Mesurement

condition

Mesurement

procedure

Standard

value

Adjustment

position

Forward/reverse tape speed difference Wow & flutter

Test tape: VT712 (3kHz) Measurement output terminal: Speaker terminal or headphone terminal

Both reverse must forward/reproduce, and the speed difference must be 6.0Hz or less as for finish wrapping of test tape VT712 (3kHz).

6.0Hz or less

Both reverse must forward/reproduce, and each wow & flutter must be 0.25% (WRMS) or less as for begin to wrap of test tape VT712 (3kHz).

0.25% or less (WRMS)

VR31

1-45

UX-A10DVD

Electric adjustment

Item

Mesurement

condition

Mesurement

procedure

Standard

value

Adjustment

position

Recording BIAS adjustment

Forward or reverse Test tape: AC-514 TYPE and AC-225 TYPE Measurement output terminal: Recording and headphone terminal

1.Test tape (AC-514 TYPE ,AC-225 TYPE )is installed, and makes to recording/pose.

2.Connects in the head for the recording and to connect 100 with the series and to measure the current of the bias, connects with VTVM.

3.The pose is released after sets and the recording begins. It is adjusted that the current of the bias reaches the following value by VR31 for L side at this time and VR32 for R side.

4.0 (TYPE )and4.20 (TYPE )

AC-225: 4.20 AC-514: 4.0

VR31

Recording reproduction frequency characteristic

Standard frequency: 1kHz/10kHz (Srandard: -20dB) Test tape: AC-514 TYPE Measurement input terminal: OSC IN

1.Test tape (AC-514 TYPE )is installed, and makes to recording/pose.

2.Records the recording's releasing the pose, beginning, and repeating 1kHz and 10kHz of a standard frequency from the frequency transmitter.

3.VR31 for L side and VR32 for R side are adjusted so that the recorded part may be reproduced and there is a difference between 1kHz and 10kHz in 1dB }2dB, and the recording is repeated again.

Output difference 1kHz/10kHz:-1dB 2dB

Electric characteristic confirmation

Item

Mesurement

condition

Mesurement

procedure

Standard

value

Adjustment

position

Forward or reverse Test tape: AC-514 TYPE Measurement terminal: BIAS TP on P.C.board

1. It is confirmed that BIAS1 and 2 are switched, and the frequency changes.

2.Test tape (AC-514 TYPE ) is installed, and recording/makes to the pose.

3.It is confirmed that it is BIAS TP on the substrate and the frequency is 100Hz 6kHz.

100kHz 6kHz

Current of recording bias Deletion current (standard value)

Forward or reverse State of recording Test tape: AC-514 TYPE and AC-225TYPE Measurement terminal: Erase head's both ends

1.Test tape (AC-514 TYPE )is installed, and makes to recording/pose.

2.The pose is released and after sets in the state of the recording, 1W is confirmed, and connects with the series, and the deletion current is confirmed from erase head's both ends to the erase head.

TYPE : 120mA TYPE : 75mA

1-46

UX-A10DVD

Maintenance of MD pickup

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.

Confirm the service life according to the following flow chart:

Procedures of changing the MD pickup

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.

Is the recording power

(6.23mV) output with the

laser power under

test mode?

YES

Is the drive current

of laser diode

120mA or less?

YES

OK.

NO

Change the pickup

NO

Change the pickup

3. Method of measuring the drive current of laser diode

When the voltage measured at both side of R337 of the MD servo P.C. board have become 120mV or over, the service life of the laser diode is judged to have been exhausted.

Completion of changing the MD pickup.

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 P.C. board

The semi-solid state resistor on the APC P.C.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 to 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.

1-47

UX-A10DVD

Maintenance of DVD pickup

1. Cleaning of pickup lens

(1) Prior to changing the pickup, clean the pickup lens.

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) The RF output (EFM output and eye pattern amplitude) will become lower.

(2) The drive current required for light emitting of laser diode will be increased.

Confirm the service life according to the following flow chart:

Is the RF output

1.25 0.22VP-P?

NO

Change the pickup

Procedures of changing the DVD pickup

The power switch is turned off,

and the power code is pulled out from the outlet.

Change the DVD pickup by referring

to "Removing the DVD pickup" in the

Disassembly Method.

The power code is inserted, and the power switch is turned on. It is confirmed that the laser emits light for about three seconds at that time, and object lens moves vertically.

Completion the disc.

YES

OK.

3. Semi-solid state resistors on the APC P.C. board

The semi-solid state resistor on the APC P.C.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 to 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.

It is confirmed to be able to observe the shape of waves of the eye pattern to TP602.

Completion of changing the DVD pickup.

Therefore, besure to perform not only adjustment and

operation of this system so carefully as not to directly

look at thelaser beam or touch on the body.

1-48

Description of major ICs

AK93C65AF-X (IC451) : EEPROM

1.Pin layout

UX-A10DVD

PE

VCC

CS

SK

2.Block diagram

DI

CS

1

2

3

4

8 PIN SOP

INSTRUCTION

REGISTER

8

7

6

5

INSTRUCTION

GENERATION

NC

GND

DO

DI

DECODE,

CONTROL

AND

CLOCK

DATA

REGISTER

ADD.

BUFFERS

16

R/W AMPS

AND

AUTO ERASE

DECODER

DO

16

EEPROM

4096bit

256 x 16

SK

PE

3.Pin function

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

1-49

UX-A10DVD

74VHC00MTC-X (IC455,503) : NAND gate

1.Pin layout / Block diagram

GND

1

A

0

2

B

0

3

O

0

4

A

1

5

B

1

6

O

1

7

14

V

CC

13

A

2

12

B

2

11

O

2

10

A

3

9

B

3

8

O

3

Truth Table

A L L H H

B L H L H

O H H H L

2.Pin function

Pin Names

A B

n' n

O

n

function

Inputs

Outputs

74VHC74MTC-X (IC454) : Dual D-type Flip-Flop with preset and clear

1.Pin layout / Block diagram

1

CLR

1

2

D

CK

PR

GND

1

Q

1

Q

1

CK

D

1

PR CLR

O

1O1

D

2

CLR PR

O

2O2

1

15

CK

2

22

3

4

5

6

7

14

V

CC

13

CLR

2

12

D

2

11

CK

2

10

PR

2

9

Q

2

8

Q

2

Truth Table

OutputsInputs

CLR

PR

D

L

H

X

H

L

X

L

X

H

L

H

Note 1: This configurailon is nonstable; that is, it will not persist when preset and clear inputs return to their inactive (HIGH) state.

X

CK

X X X

Q

L

H

H(Note 1)

H(Note 1) L H

Q

nn

Q H L

H L Q

Function

Clear Preset

No Change

2.Pin function

Pin Names

D D

1' 2

CK CK

1' 2

CLR CLR

1' 2

PR PR

1' 2

Q Q Q Q

1' 1' 2 2

function

Data Inputs

Clock Pulse Inputs

Direct Clear Inputs

Direct Preset Inputs

Output

BR93LC66F-X (IC590):EEPROM

1.Terminal layout

1

NC

2

VCC

3

CS

4

SK

8

NC

7

GND

6

DO

5

DI

2.Pin Functions

Symbol

VCC

GND

CS

SK

DI

DO

I/O

-

O

Function

Power supply

Connect to GND

I

Chip select input

I

Serial clock input

I

Start bit,OP-code,address,serial data input

Serial data output,

Internal state display output of READY/BUSY

1-50

AK4519VF-X (IC480) : A / D.D / A converter

1.Pin layout

1

2

3

4

5

6

7

8

9

10

11

12

24

23

22

21

20

19

18

17

16

15

14

13

UX-A10DVD

2.Block diagram

AINL

VCML

AINR

VCMR

VRAD ARDV

VCOM

AOUTL

AOUTR

3.Pin Function

Symbol I/O Function

NO.

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

VRDA VRAD AINR VCMR VCML AINL PWAD PWDA MCLK LRCK SCLK SDTO DGND VD SDTI CMODE DEM1 DEM0 AOUTL AOUTR VCOM AGND VB VA

Voltage Reference Input Pin for DAC, VA

I

Voltage Reference Input Pin for ADC, VA

I

RCH Analog Input Pin

I

Rch Common Voltage Output Pin, 0.45xVA

O

Lch Common Voltage Output Pin, 0.45xVA

O

Lch Analog Input Pin

I

ADC Power-Down Mode Pin "L":Power Down

I

DAC Power-Down Mode Pin "L":Power Down

I

Master Clock Input Pin

I

Input/Output Channel Clock Pin

I

Audio Serial Data Clock Pin

I

Audio Serial Data Output Pin

O

Digital Ground Pin

Digital Power Supply Pin

Audio Serial Data Input Pin

I

Master Clock Select Pin

I

De-emphasis Frequency Select Pin

I

De-emphasis Frequency Select Pin

I

Lch Analog Output Pin

O

Rch Analog Output Pin

O

Common Voltage Output Pin, 0.45xVA

O

Analog Ground Pin

Substrate Pin

Analog Power Supply Pin

-

VA AGND VB VD DGND

Decimation

Modulator

Filter

Decimation

Modulator

Filter

Common Voltage

LPF

Modulator

PWAD PWDA

8x Interpolator

Clock Divider

Serial I/O Interface

MCLK CMODE

LRCK SCLK

SDTO SDTI

1-51

UX-A10DVD

AN8703FH-V (IC101) : Front-end processor for DVD

1.Pin layout

48~33

49~64

2. Block diagram

49

VIN5

50

VIN6

51

VIN7

52

VIN8

VIN9

53

VIN10

54

VIN11

62

VIN12

63

VIN1

57

VIN2

58

VIN3

59

VIN4

60

J-line s-line

A M P

JLINE

1~16

RSCL

32~17

ASOUT

FBAL

FEN

FEOUT

RFC

RFOUT

DCRF

VFOSHORT

TESTSG

RFINN

RFINP

20 7 21 22 37 35 38 5 46 48 47 43 42 41 32 25 31 30 19 23

+

-

+

TEOUT

+

-

+

-

LPCO2

ADD

+

-

EQ

+

-

RFDIFO

FBAL

ADD

TBAL

MON

+

-

Differential

Phase

Det.

Mirro

Det.

POFLT

SW

TBAL

+

-

+

-

+

-

TEN

PEAK

BOTTOM

HOLD

EQ

VGA

FC

Boost

Cont.

LPC AMP SIF

LPCO1

LPC2

LPC1

HDTYPE

RFENV

ACC Cont.

STDI

DCFLT

SCK

+

-

Vol. Adj.

REG

SEN

AGCLVL

DFLTOP

STANBY

+

BDO Det.

OFLR Det.

DFLTON

-

IDGT

AGCBAL

Level Cont.

910111213146412341516 1817682434

DTRD

Level Cont.

AGCOFST

40

BDO

OFTR

39

AGCO

45

AGCG

44

29

VHALF

27

VREF2

56

VREF1

36

VCC3

28

VCC2

VCC1

55

33

GND3

26

GND2

61

GND1

1-52

3.Pin function (1/2)

Pin No.

1 2 3 4 5 6 7

Symbol LPC1 LPCO1 LPC2 LPCO2 VFOSHORT TBAL FBAL

Function Laser pin input (DVD head) Laser drive output (DVD head) Laser pin input (CD head) Laser drive output (CD head) VFOSHORT control Tracking balance control Focus balance control

UX-A10DVD

3.Pin function (2/2)

Pin No.

8

9 10 11 12 13 14 15 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 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

Symbol POFLT DTRD IDGT STANBY SEN SCK STDI RSCL JLINE TEN TEOUT AGCBAL ASOUT FEN FEOUT AGCOFST MON AGCLVL GND2 VREF2 VCC2 VHALF DFLTON DFLTOP DCFLT GND3 RFDIFO RFOUT VCC3 RFC DCRF OFTR BDO RFENV BOTTOM PEAK AGCG AGCO TESTSG RFINP RFINN VIN5 VIN6 VIN7 VIN8 VIN9 VIN10 VCC1 VREF1 VIN1 VIN2 VIN3 VIN4 GND1 VIN11 VIN12 HDTYPE

Function Tracking detection threshold level Data slice data read signal input (for RAM) Data slice address gate signal input (for RAM) Standby mode control SEN (serial data input) SCK (serial data input) STDI (serial data I/o) Reference current supply J-line current setting Tracking error amplifier inverted input Tracking error signal output Offset adjustment for DRC - 1 Full addition signal output Focus error amplifier inverted input Focus error signal output Offset adjustment for DRC - 2 Monitor Output amplitude adjustment for DRC Ground 2 VREF2 voltage output Power supply 2 (5V) VHALF voltage output Filter amplifier inverted output Filter amplifier positive output Filter output capacitance connection Ground3 Radial differential output RF full-addition amplifier output Power supply 3 (3.3V) Filter for RF-group delay correction amplifier DC-cut filter for RF full-addition amplifier OFTR output BDO output RF envelope output Bottom envelope detection filter Peak envelope detection filter AGC amplifier gain control AGC amplifier level control TEST signal input RF signal positive input RF signal inverted input Internal four-partition (CD) RF input 1 Internal four-partition (CD) RF input 2 Internal four-partition (CD) RF input 3 Internal four-partition (CD) RF input 4 External two-partition (DVD) RF input 2 External two-partition (DVD) RF input 1 Power supply 1 (5V) VREF1 voltage output Internal four-partition (DVD) RF input 1 Internal four-partition (DVD) RF input 2 Internal four-partition (DVD) RF input 3 Internal four-partition (DVD) RF input 4 Ground 1 3-beam sub (CD) input 2 3-beam sub (CD) input 1 HD type selection

1-53

UX-A10DVD

BA5983FM-X (IC201) : Driver

1.Pin layout / Block diagram

Vcc

+ -

10k

2428 27 26 25 23 22 21 20 19 18 17 16 15

+ -

10k

20k

-

+

20k

-

+

STAND BY CH 4

Vcc

10k

- + - + + -+ -

10k

Level Shift

10k

10k10k

10k

Level Shift

10k

2.Pin function

1

BIAS IN

2

OPIN1(+)

3

OPIN1(-)

4

OPOUT1

10k

+ -

+

-

10k

51234 67 891011121314

10k

+ -

+

-

10k

FunctionSymbolNo.

Input for Bias-amplifier

Non inverting input for CH1 OP-AMP

Inverting input for CH1 OP-AMP

Output for CH1 OP-AMP

15

16

17

18

STAND BY CH 1/2/3

VO4(+)

VO4(-)

VO3(+)

VO3(-)

Level Shift

10k

Vcc

10k

- + - + + -+ -

FunctionSymbolNo.

Non inverted output of CH4

Inverted output of CH4

Non inverted output of CH3

Inverted output of CH3

10k

10k10k10k10k

10

11

12

13

14

1-54

5

OPIN2(+)

6

OPIN2(-)

7

OPOUT2

8

GND

9

STBY1

PowVcc1

VO2(-)

VO2(+)

VO1(-)

VO1(+)

Non inverting input for CH2 OP-AMP

Inverting input for CH2 OP-AMP

Output for CH2 OP-AMP

Substrate ground

Input for CH1/2/3 stand by control

Vcc for CH1/2 power block

Inverted output of CH2

Non inverted output of CH2

Inverted output of CH1

Non inverted output of CH1

19

PowVcc2

20

STBY2

21

GND

22

OPOUT3

23

OPIN3(-)

24

OPIN3(+)

25

OPOUT4

26

OPIN4(-)

27

OPIN4(+)

28

PreVcc

Vcc for CH3/4 power block

Input for CH4 stand by control

Substrate ground

Output for CH3 OP-AMP

Inverting input for CH3 OP-AMP

Non inverting input for CH3 OP-AMP

Output for CH4 OP-AMP

Inverting input for CH4 OP-AMP

Non inverting input for CH4 OP-AMP

Vcc for pre block

BA6664FM-X (IC251) : Motor driver

1. Block diagram

l t

l

A3

2

A2

4

A1

7

GND

8

H1+

9

H1-

10

H2+

11

H2-

12

H3+

13

H3-

14

TL

HALL AMP

+

-

+

-

+

-

+

-

+

-

+

-

DRIVER

GAIN

CONTROL

DCKQ

CURRENT

SENSE AMP

R

Q

TSD

+

-

TORQUE

SENSE AMP

VCC

SHORT BRAKE

BRAKE MODE

Hall Bias

GAIN

SWITCH

VCC

PS

+

-

VCC

28

27

26

25

24

23

22

21

20

19

18

17

16

15

UX-A10DVD

RNF

VM

GSW

VCC

FG

PS

EC

ECR

FR

FG2

SB

CNF

BR

VH

2.Pin function

Pin No.

Symbol 1 2 3 4 5 6 7 8 9

GND

H1+ 10 11

H2+ 12 13

H3+ 14 15 16 17

CNF

18

NC

A3

NC

A2 NC NC

A1

H1H2H3-

VH BR

SB

Function NC Output3 for motor NC Output2 for motor NC NC Output1 for motor GND Positive input for hall input Amp1 Negative input for hall input Amp1 Positive input for hall input Amp2 Negative input for hall input Amp2 Positive input for hall input Amp3 Negative input for hall input Amp3 Hall bias terminal Brake Mode terminal Capacitor connection pin for phase compensation Short brake terminal

Pin No.

19

20

21 22

23 24 25 26 27 28

FIN

Symbol

FG2

FR

ECR

EC PS FG

Vcc

GSW

VM

RNF

FIN

Function 3Phase synthesized FG signal output terminal Rotation detect signal output termina Torque control standard voltage inpu terminal Torque control voltage input termina START/STOP switch FG signal output terminal Power supply for signal division Gain switch Power supply for driver division Resistance connection pin for output current sense GND

1-55

UX-A10DVD

BD7910FV-X (IC450) : M.HEAD driver

1.Block diagram

20 19 18 17 16 15 14 13 12 11

- +

Vregin

1 2 3 4 5 6 7 8 9 10

- +

VG

SVcc

Pre driver

EFM

2.Pin function

Symbol Symbol

No.

1

Vreg IN

I/O I/O

Regulator input and regulator

I

power supply

2

3

4

5

6

7

8

9

10

Reg GN

NC

VG

SVCC

PDGND

EFM

MUTE

NC

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

Function Function

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

1-56

CS5960AT-X (IC571) : MPEG/Audio clock generator with VCXO

1.Pin layout

UX-A10DVD

2.Block diagram

27 XIN

XOUT

VCXO

3.Pin function

1 XIN 2 VDD 3 VCXO 4 VSS

OSC

ADC 8 bit

1

XIN

2

VDD

3

VCXO

4

VSS

5

16.93421053 MHz

6

13.5 MHz

7

27 MHz

8

XOUT

7 bit

8 XOUT 7 27 MHz 6 13.5 MHz 5 16.93421053 MHz

/Q

/P

11bit

OUTPUT

VCO

DIVIDERS

7 bit

PLL

/2

VDD VSS

FunctionSymbolNo.

Reference Crystal Input Voltage Supply Input Analog Control for VCXO Ground

16.93421053-MHz clock output

13.5-MHz clock output 27-MHz clock output Reference Crystal output

27 MHz

16.93421053 MHz (-3)

13.5 MHz

GM71VS17400CLT5 (IC390) : DRAM

1.Pin layout 3.Pin function

Pin No.

Vcc 1

I/O1 2

I/O2 3

WE 4

RAS 5

A11 6

A10 8

A0 9

A1 10

A2 11

A3 12

Vcc 13

26 Vss

25 I/O4

24 I/O3

23 CAS

22 OE

21 A9

19 A8

18 A7

17 A6

16 A5

15 A4

14 Vss

1 2 3 4 5 6 7 8

9㨪12

13 14

15㨪19

20 21 22 23 24 25 26

Symbol

Vcc I/O1 I/O2

WE

RAS

A11

-

A10

A0㨪A3

Vcc

Vss

A4㨪A8

-

A9

OE

CAS

I/O3 I/O4

Vss

ޓޓFunction Power(+3.3V) Data-Input/Output Data-Input/Output Read/Write Enable Row Address Strobe Address Input No Connection Address Input Address Input Power(+3.3V) Ground Address Input No Connection Address Input Output Enable Column Address Strobe Data-Input/Output Data-Input/Output Ground

1-57

UX-A10DVD

CXA2523AR (IC310) : MD servo

1.Block diagram

BOTM

ABCD34FE33AUX32ADFG31ADAGC30ADIN29ADFM28SE27CSLED26TE25WBLADJ

36 35

37

PEAK

38

RF

39RFAGC

MORFO

40AGCI

41COMPO

42COMPP

43ADDC

44OPO

45OPN

46RFO

47MORFI

48

AGC, EQ

Comp

USER

OP Amp

RF Amp

1 2

I

2.Pin function 1/2

1 2 3 4 5 6 7 8 9

Symbol

I

J

VC

A B C D E

F

PD

APC

APCREF

GND

TEMPI

TEMP R

SWDT

SCLK

XLAT XSTBY F0CNT

Pin No.

10 11 12 13 14 15 16 17 18 19 20

ADIP Amp TE/SE Amp

MUX FE Amp

Peak, Bottom Detector

CPU

Command I/F

ABCD Amp

3T Detector

I-V Amp APC

3VC4A5B6C7D8E9F10PD11

J

I/O

I-V converted RF signal I input.

I

I-V converted RF signal J input.

I

Vcc/2 voltage output.

O

A current input for main beam servo signal.

I

B current input for main beam servo signal.

I

C current input for main beam servo signal.

I

D current input for main beam servo signal.

I

E current input for side beam servo signal.

I

F current input for side beam servo signal.

I

Reflection light quantity monitor signal input.

I

Laser APC output.

O

Reference voltage input for the laser power intensity setting.

I

Connect to GND.

Connects the temperature sensor.

I

Connects the temperature sensor. outputs the reference voltage.

I

Data input for microcomputer serial interface.

I

Shift clock input for microcomputer serial interface.

I

Latch signal input for microcomputer serial interface.Latched when low.

I

Standby setting pin. Normal operation when high Standby when low.

I

Internal current source setting pin.

I

TEMP Amp

12

APC

APCREF

Function

24

Vcc

23

3TADJ

22 EQADJ

21 VREF

20 F0CNT

19 XSTBY

18 XLAT

17 SCLK

16 SWDT

15 TEMP R

14 TEMP I

13 GND

1-58

2.Pin function 2/2

UX-A10DVD

Pin No.

21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

Symbol

VREF

EQADJ

3TADJ

Vcc

WBLADJ

TE

CSLED

SE

ADFM

ADIN

ADAGC

ADFG

AUX

FE ABCD BOTM

PEAK

RF

RFAGC

AGCI

COMPO

COMPP

ADDC

OPO

OPN RFO

MORFI

MORFO

I/O

O I/O I/O

I/O

O

I/O

O

Function Reference voltage output. Equalizer center frequency setting pin. BPF3T center frequency setting pin. Power supply.

BPF22 center frequency setting pin. Tracking error signal output. Connects the sled error signal LPF capacitor.

Sled error signal output. ADIP FM signal output. ADIP signal comparator input.

I

Connects the ADIPAGC capacitor.

ADIP2 binary value signal output. 13 output / temperature signal output. Switched with serial commands. Focus error signal output. Reflection light quantity signal output for the main beam servo detector. RF/ABCD bottom hold signal output. Peak hold signal output for the RF/ABCD signals. RF equalizer output. Connects the RFAGC capacitor.

RFAGC input.

I

User comparator output. User comparator non-inverted input.

I

Connects the capacitor for ADIP amplifier feedback circuit. User operational amplifier output. User operational amplifier inverted input.

I

RF amplifier output. Eye pattern checkpoint. Input of the groove RF signal with AC coupling.

I

Groove RF signal output.

1-59

UX-A10DVD

CXD2662R (IC350) : MD DSP

1.Pin layout

2.Block diagram

59

PCO

60

FILI

61

FILO

62

CLTV

100

EFM

57

RFI

54

ASYI

BIAS

56

COMP

75 ~ 51

76

~~

100

1 ~ 25

PLL

50

26

EFM / ACIRC ENCODER / DECODER

OSCI

OSCO

XTSL

16 17 18 29

CLOCK

GENERATOR

each block

FS256

LRCK

XBCK

FS4

MDDT1

90 52

27 28

SHOCK RESISTANT MEMORY CONTROLLER

12

XRAS

46

XCAS

44

XWE

4

47

43

14

15

XOE

A00~A11

D0~D3

XINT

TX

ASYO

ADFG

FGIN

SPFD

SPRD

F0CNT

APC

FE

TE

SE

PEAK

BOTM

ABCD

AUX1

DCHG

VC

ADIO

ADRT

ADRB

DTRF

CKRF

XLRF

78

95

94

93

79

77

66

75

74

63

64

65

67

76

68

69

71

72

82

81

80

53

ADIP DECODER

SPINDLE SERVO

A/D CONVERTER

ANALOG MUX

AUTO SEQUENCER

AT RA C / ATR A C3 ENCODER/DECODER

SAMPLING RATE CONVERTER

SERVO DSP

each block each block

CPU I/F

MONITOR CONTROL

DIGITAL AUDIO I/F

SUBCODE PROCESSOR

PWM

GENERATOR

DADT

26

ADDT

25

XBCKI

4

24

LRCKI

23

DATAI

22

2

DIN~DIN1

DOUT

21

12

DQSY

11

SQSY

LDDR

84

FFDR

88

FRDR

89

TFDR

86

TRDR

85

SFDR

92

SRDR

91

APCREF

83

1-60

10 7

XRST

5689 1 2 34 13

XLAT

SCLK

SWDT

SRDT

SENS

MNT0

MNT1

MNT2

MNT3

RECP

3.Pin function 1/3

1 2 3 4 5 6 7 8 9

Symbol

MNT0 MNT1 MNT2 MNT3

SWDT

SCLK

XLAT SRDT SENS

XRST SQSY DQSY

RECP

XINT

TX

OSCI

OSCO

XTSL

DIN0 DIN1

DOUT

DATA I

LRCKI XBCKI

ADDT

DADT

LRCK XBCK

FS256

DVDD

A03 A02 A01 A00 A10 A04 A05 A06 A07 A08 A11

DVSS

XOE

Pin No.

10 11 12

13

14 15 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 42 43

I/O

Monitor output.

O

Monitor output.

O

Monitor output.

O

Monitor output.

I

Data input for microcomputer serial interface.

I

Shift clook input for microcomputer serial interface.

I

Latch input for microcomputer serial interface.Latched at the falling edge.

O

Data output for microcomputer serial interface.

O

Outputs the internal status corresponding to the microcomputer serial interface address.

I

Reset input. Low : reset

O

Disc subcode Q sync / ADIP sync output.

O

Subcode Q sync output in U-bit CD or MD format when the Digital In source is CD or MD.

I

Laser power switching input. High : recording power ; low ; playback power

O

Interruption request output. Low when the interruption status occurs.

I

Enable signal input for recoding data output. High : enabled

I

Crystal oscillation circuit input.

O

Crystal oscillation circuit output. (inverted output of the OSCI pin)

I

OSCI input frequency switching. XTSL1(command) = low and XTSL = high : 512Fs (22.5792MHz) XTSL1(command) = low and XTSL = low : 1024Fs (45.1584MHz) XTSL1(command) = high : 2048Fs (90.3168MHz)

I

Digital audio interface signal input 1.

I

Digital audio interface signal input 2.

O

Digital audio interface signal output.

I

Test pin. Connect to GND.

I

Test pin. Connect to GND.

I

Test pin. Connect to GND.

I

Data input from A / D converter.

O

REC monitor output / decoded audio data output.

O

LA clock (44.1kHz) output to the external audio block.

O

Bit clock (2.8224kHz) output to the external audio block.

O

256Fs output.

-

Digital power supply.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

O

External DRAM address output.

-

Digital ground.

O

External DRAM output enable.

Function

UX-A10DVD

1-61

UX-A10DVD

3.Pin function 2/3

Pin No.

44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59

60 61 62

63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90

Symbol

XCAS

A09

XRAS

XWE

D1 D0 D2 D3

MDDTI

ASYO

ASYI

AVDD

BIAS

RFI

AVSS

PCO

FILI

FILO

CLTV

PEAK BOTM ABCD

FE

AUXI

VC

ADIO

AVDD

ADRT ADRB

AVSS

SE TE

DCHG

APC

ADFG

F0CNT

XLRF CKRF

DTRF

APCREF

LDDR TRDR

TFDR DVDD

FFDR FRDR

FS4

I/O

O

External DRAM CAS output.

O

External DRAM address output.

O

External DRAM RAS output.

O

External DRAM write enable.

I/O

External DRAM data bus.

I/O

External DRAM data bus.

I/O

External DRAM data bus.

I/O

External DRAM data bus.

I

MD-DATA mode 1 switching input. (Low : normal mode ; high : MD-DATA mode 1)

O

Playback EFM full-swing input. (Low : vss ; high : Vdd)

I

Playback EFM comparator slice voltage input.

-

Analog power supply.

I

Playback EFM comparator bias current input.

I

Playback EFM RE signal input.

-

Analog ground.

O

Phase comparison output for master PLL of playback digital PLL and recording 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 clock output.

O

CXA2523 control data output.

O

Reference 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)

Function

1-62

3.Pin function 3/3

UX-A10DVD

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 polarity)

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.

CD4094BC (IC33) : Buffer

1.Pin layout

STROBE

DATA

CLOCK

Q1 Q2 Q3 Q4

V

SS

1

2

3

4

5

6

7

8

V

16

DD

15

OUTPUT/ENABLE

14

Q5

13

Q6

12

Q7

11

Q8

10

Q'

S

9

Q

S

Function

2.Truth Table

Clock Output Strobe Data Parallel Outputs Serial Outputs

Enable Q1 Q

0

1

X

0

1

X

0

1

Hi-Z

No Change

0

1

No Change

N

Hi-Z

No Change

N

-1

Q

N

-1

Q

No Change

X=Don't Care =HIGH-to-LOW =LOW-to-HIGH Note 1: At the positive clock edge,information in the 7th shift register stage is transferred to Q8 and Qs

Q

s

(Note 1)

Q7

No Change

Q7

No Change

Q'

Q7

3.Block Diagram

DATA

CLOCK

Q1

OUTPUT ENABLE

STROBE

(2)

CL CL

(3)

(15)

Q1

D

(1)

CL

Q1D1

Q2D2

CL CL

(4)

D

CL

CL CL

Q2

Q3D3

(5)

D

CL

CL CL

Q3

Q4D4

(6)

D

CL

CL CL

Q4

Q5D5

(7)

D

CL

CL CL

Q5

Q6D6

(14)

D

CL

CL CL

Q6

Q7D7

(13)

D

CL

CL CL

Q7

Q8D8

Q8

(12)

CL

(11)

Q8

D

CL

(9)

Q

S

D

(10)

Q'

S

Q

1-63

UX-A10DVD

GP1FA550RZ (IC391) : Fiber-optic receiver unit

1.Pin layout 2.Pin function / Block diagram

AMP

1

VCC

AMP AMP

AMP

1 OPIC light detector

321

GP1FA550TZ (IC392) : Fiber-optic transmitter unit

1.Pin layout 2.Pin function

1

Vin

2

Vcc

3

GND

comp & output circuit

3

2

Vout

GND

321

GP1UM261XK (IC861) : IR detect unit

1. Pin layout

Vout

GND

Vcc

2. Block diagram

B.P.F.LimiterAmp

Demodulator

Integrator

Comparator

1-64

GND Vdd Vout

HA12238F (IC32) : Recording / Reproduction Equalizer

1.Block diagram

UX-A10DVD

2.Pin function

PB-NF1(L)

TEST 2

PBIN(L)

REC Return

GND

PBIN(R)

NC

TEST 3

PB-NF1(R)

RIP

31

32

33

34

35

36

37

38

39

40

PB-NF2(L)

Return SW

PB-NF2(R)

PB-EQ(L)

EQOUT(L)

PB-EQ(R)

EQOUT(R)

PB OUT(L)

REC IN(L)

TAI (L)

MUTE

TAI (R)

NC

REC IN(R)

PB-OUT(R)

ALC(L)

ALC(R)

NC

EQ

NC

21222324252627282930

ALC

10987654321

REC OUT(L)

TEST

20

(Open for normal use)

Iraf

19

GND

18

ALC DET

17

Vcc

16

15

14

13

TEST 4

12

11

REC OUT(R)

REC MUTE OFF/ON

MUTE ON/OFF

REC RETURN ON/OFF

ALC ON/OFF

Pin No.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

Symbol

PB-NF2(R)

PB-EQ(R)

EQ OUT(R)

TAI(R)

PB OUT(R)

NC

REC IN(R)

ALC(R)

NC

REC OUT(R)

ALC ON/OFF

TEST4

REC Return ON/OFF

MUTE ON/OFF

REC MUTE OFF/ON

Vcc

ALC DET

GND

IREF

Test mode

I/O

-

Reproduction equalizer feedback terminal

O

NAB output terminal

O

EQ output terminal

I

Tape input terminal

O

Reproduction output terminal

-

Unused

I

Input terminal

I

ALC(R) Input terminal

-

Unused

O

REC output terminal

I

Mode control input terminal

-

Test terminal

I

Mode control input terminal

I

Mode control input terminal

I

Mode control input terminal

-

Vcc terminal

-

ALC detection terminal

-

Grand terminal

I

Equalizer standard current input terminal

-

Test mode terminal

function

Pin No.

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

Symbol

REC OUT(L)

NC

ALC(L)

REC IN(L)

NC

PB OUT(L)

TAI(L)

EQ OUT(L)

PB-EQ(L)

PB-NF2(L)

PB-NF1(L)

TEST2

RIP

PBIN(L)

REC-RETURN

GND

PBIN(R)

NC

TEST3

PB-NF1(R)

I/O

O

REC output terminal

-

Unused

I

ALC(L)input terminal

I

REC-EQ input terminal

-

Unused

O

Reproduction output terminal

I

Tape input terminal

O

EQ output terminal

O

NAB output terminal

-

Reproduction equalizer feedback terminal

-

Reproduction equalizer feedback terminal

-

Test terminal

-

Ripple filter terminal

I

Reproduction input terminal

-

REC return terminal

-

Grand terminal

I

Reproduction input terminal

-

Unused

-

Test terminal

-

Reproduction equalizer feedback terminal

function

1-65

UX-A10DVD

K4S641632F-TC75 (IC504) : SDRAM

1.Pin layout

VSS

DQ15

VSSQ

DQ14

DQ13

VDDQ

545352515049484746454443424140393837363534333231302928

DQ12

DQ11

VSSQ

DQ10

DQ9

VDDQ

DQ8

VSS

N.C/RFU

UDQM

CLK

CKE

N.C

A11A9A8A7A6A5A4

VSS

2.Block diagram

Address Register

CLK

ADD

123456789

DQ0

DQ1

VDDQ

DQ2

VSSQ

VDD

Bank Select

Refesh Counter

Row Buffer

LRAS

LCBR

1011121314151617181920212223242526

CS

DQ3

DQ4

DQ5

VDDQ

DQ6

DQ7

VSSQ

VDD

WE

LDQM

CAS

RAS

BA0

Data Input Eegister

Row Decoder

1M x 16

Col.Buffer

Column Decoder

BA1

A0A1A2

A10/AP

A3

27

VDD

I/O Control Output Buffuer

LWE

LDQM

Sense AMP

DQI

1-66

Latency & Burst Length

LCKE

LRAS

LCBR LWE

LCAS

Programming Register

LWCBR

Timing Register

CLK

CKE CS

RAS CAS WE L(U)DQM

*Samsung Electronics reserves the right to change products or specification without notice.

LDQM

3.Pin function

1 2 3

4,5 6

7,8 9

10,11 12

13 14 15

16

17

18

19

20,21

22~26

27,28 29~35

36 37

38 39

40 41 42 43

44,45 46

47,48 49

50,51 52

53 54

VDD

DQ0

VDDQ

DQ1,DQ2

VSSQ

DQ3,DQ4

VDDQ

DQ5,DQ6

VSSQ

DQ7

VDD

LDQM

WE

CAS

RAS

CS

BA0,BA1

A10/AP,

A0~A3

VDD,VSS

A4~A9,

A11

N.C

CKE

CLK

UDQM

N.C/RFU

VSS

DQ8

VDDQ

DQ9,DQ10

VSSQ

DQ11,DQ12

VDDQ

DQ13,DQ14

VSSQ

DQ15

VSS

Symbol

UX-A10DVD

K4S641632F-TC75

FunctionPin No.

Power and ground for the input buffers and the core logic. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Power and ground for the input buffers and the core logic. Makes data output Hi-Z, tsHZ after the clock and masks the output. Blocks data input when L(U)DQM active. Enables wnite operation and row precharge. Latches data in starting from CAS,WE active. Latches column addresses on the positlve going edge of the CLK with CAS low. Enables column access. Latches row addresses on the positlve going edge of the CLK with RAS low. Enables row access & precharge. Disables or enables device oparation by masking or enabling all inputs except CLK,CKE and L(U)DQM Selects bank to be activated during row address latch time. Selects bank for read/write during column address latch time. Row/column addresses are multiplexed on the same plns. Row address : RA0~RA11, Column address : CA0~CA7 Power and ground for the input buffers and the core logic. Row/column addresses are multiplexed on the same plns. Row address : RA0~RA11, Column address : CA0~CA7 This pin is recommended to be left No Connection on the device. Masks system clock to freeze operation from the next clock cycle. CKE should be enabled at least one cycle prior to new command. Dlsable input buffers for power down in standby. Active on the positlve going edge to sample all inputs. Makes data output Hi-Z, tsHZ after the clock and masks the output. Blocks data input when L(U)DQM active. This pin is recommended to be left No Connection on the device. Power and ground for the input buffers and the core logic. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Isolated power supply and ground for the output buffers to provide improved noise Immunity. Data inputs/outputs are muitiplexed on the same plns. Power and ground for the input buffers and the core logic.

1-67

UX-A10DVD

A

L4909 (IC212) : Regulator

1. Pin layout

1 2 34 56 78 9101112131415

2. Block diagram

EN1

EN2

EN3

OC

TRIG

GND

3. Pin functions

Pin No.

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15

6

7

9

5

4

8

THERMAL

SHUTDOWN

ENABLE

CONTROL

CURRENT

Symbol

FB1

VO1 VINA TRIG

OC EN1 EN2

GND

EN3

FB3 VO3 N.C.

VINB

VO2

FB2

REFERENCE GENERATOR

REG1

REG2

REG3

OVER

CHECK

REF

REF+20%

Function REG1 feedback voltage input REG1 output voltage Input DC supply voltage Trigger for external SCR (crowbar protection) Over current warning output REG1 enable input REG2 enable input Analog ground REG3 enable input REG3 feedback voltage input REG3 output voltage Not connected Input DC supply voltage REG2 output voltage REG2 feedback voltage input

REG1

REG2

REG3

3,13

14

15

11

10

VIN VINB

2

VO1

1

FB1

VO2

FB2

VO3

FB3

1-68

LA73054-X (IC601) : Video Driver

1. Pin layout

36 35 34 33 32 31 30829928102711261225132414231522162117201819

UX-A10DVD

2. Block diagram

VOC2 1

AMP-1.SW

DRIVE-1.SW

SQUEEZE.SW

COMPOSITE.IN

VOC1

12345

GND21

COMPOSITE-OUT

LETTER-BOX-SW

MUTE-1.SW

1

2

3

CLAMP

C_OFFSET

DC_CTL

4

5

6

2Step Amp2

CHROMA.OUT

CHROMA.IN

67

LPF1

C_DC.OUT

GND11

GND22

Y-1.IN

GND23

Y-1.OUT

YC-MIX.SW

RGB.SW

2Step Amp1

GND24

Y-2.IN

LPF

VCC22

Y-2.OUT

MUTE-2.SW

LPF.SW

CB.OUT

CB.IN

GND25

CR.OUT

AMP-2.SW

CR.IN

75

DRIVER

75

DRIVER

GND26

GND12

36

35

34

33

32

31

DRIVE-2.SW

REG

10

11

12

13

14

15

16

17

18

7

CLAMP

8

Y / C

MIX

2Step Amp3

LPF1

75

DRIVER

9

SYNC

SEP

30

29

28

27

PEDESTAL

CLAMP

2Step Amp4

LPF2

LPF1

75

DRIVER

26

25

24

LPF2

PEDESTAL

CLAMP

2Step Amp5

LPF1

75

DRIVER

23

22

LPF2

PEDESTAL

CLAMP

VCC

REG

2Step Amp6

LPF1

75

DRIVER

21

20

19

1-69

UX-A10DVD

LC75345M-X (IC311) : Function Vol

1. Pin layout

CL

VDD

ROPOUT

RINM

36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19

DI

CE

VSS

LOPOUT

LSELO

LVR IN

2. Block diagram

13

12

RINP

LINM

ROOUT

RSB

LINP

LOUT

LTR E

11

RBASS2

RBASS1

LSB

LBASS2

RTRE

LBASS1

10

RVRIN

RSELOR5R4

LTRE

LVRI N

LBASS2

9

L5

LSELO

LSB

8

R3

L4

LOUT

7

R2

L3

R1

L2

Vref

181716151413121110987654321

L1

L5

L4

L3

L2

L1

Vref

R1

R2

R3

R4

R5

14

15

16

17 18

19

20

21

22 23

24

LVref

RVref

CONTROL

CIRCUIT

LOGIC

CIRCUIT

CONTROL

CIRCUIT

CCB

INTERFACE

6

LINP

5

LINM

LOPOUT

34

VSS

2

CE

1

DI

36

CL

35

VDD

34

ROPOUT

33

RINM

32

RINP

1-70

25

RESLO

26

RVRIN

27

RTRE

28

RBASS1

29

RBASS2

30

RSB

31

ROUT

3. Pin function

UX-A10DVD

Pin No.

1 2 3 4 5 6 7 8 9

10

11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36

Symbol

DI

CE

VSS

LOPOUT

LINM

LINP

LOUT

LSB LBASS2 LBASS1

LTRE

LVRIN

LSELO

L5 L4 L3 L2 L1

Vref

R1 R2 R3 R4 R5

RSELO

RVRIN

RTRE RBASS1 RBASS2

RSB

ROUT

RINP

RINM

ROPOUT

VDD

CL

Function Serial data and clock input pin for control. Chip enable pin. Ground pin. Output pin of general-purpose operation amplifier. Non-inverted input pin of general-purpuse operation amplifier. Non-inverted input pin of general-purpuse operation amplifier. ATT + equalizer output pin. Capacitor and resistor connection pin comprising filters for bass and super-bass band. Capacitor and resistor connection pin comprising filters for bass and super-bass band. Capacitor and resistor connection pin comprising filters for bass and super-bass band. Capacitor and resistor connection pin comprising treble band filter. Volume input pin. Input selector output pin. Input signal pin. Input signal pin. Input signal pin. Input signal pin. Input signal pin.

0.5 x VDD voltage generation block for analog ground. Input signal pin. Input signal pin. Input signal pin. Input signal pin. Input signal pin. Input selector output pin. Volume input pin. Capacitor connection pin comprising treble band filter. Capacitor and resistor connection pin comprising filter for bass and super-bass band. Capacitor and resistor connection pin comprising filter for bass and super-bass band. Capacitor and resistor connection pin comprising filter for bass and super-bass band. ATT + equalizer output pin. Non inverted input pin of general-purpose operation amplifier. Non inverted input pin of general purpose operation amplifier. Output pin of general-purpose operation amplifier. Supply pin. Serial data and clock input pin for control.

1-71

UX-A10DVD

LB1641 (IC741) : DC Motor driver

1. Pin layout

1 2 3 4 5 6 7 8 9

GND OUT1 P1

VZ IN1 IN2

VCC1

VCC2 P2

M63008FP-X (IC410) : BTL driver

1.Pin layout

CH3IN

OUT3

IN3-

VBS2

Vm2

IN3+

N.C

VM3-

VM3+

GND

10

OUT2

VM4+

VM4-

VM5+

2. Pin function

Input Output

IN1 IN2 OUT1 OUT2

0 0 0 0

1 0 1 0

0 1 0 1

1 1 0 0

VM5-

OUT5

IN5-

IN5+

IN4+

IN4-

OUT4

Mode

Brake

CLOCKWISE

COUNTER-CLOCKWISE

Brake

2.Block diagram

IN1+

IN1-

OUT1

VM1(+)

VM1(-)

VM2(+)

VM2(-)

OUT2

IN2-I IN2+

VREFO

VREF

REGB

REG+

IN1-

Vm1

IN1+

VBS1

REG+

REGB

Vm1

5

VBS2

CH1

CH2

VBS1

VREF

X5

E1

E2

VBS1

3

6

7

9

8

12

13

14

15

16

21

20

2

VREG

1

OUT1

VM1-

VM1+

GND

1.25V

19 17

VM2+

R

Vrefm1

VM2-

BIAS

IN2-

OUT2

VBS1

Low,Open

MUTE ON

1~4

CH

IN2+

4

Vm1

VBS1

MUTE1

MUTE2

VBS2

18

VREF

SS,GND

39

Vm2

HI :Sleep

5CH

10 113233

VREFO

Vrefm2

VREFO

SLEEP

TSD

Vm2

38

VBS2

R

E3

VBS2

CH3

X8

VBS2

CH4

X8

E4

VBS2

CH5

X8

VBS2

E5

40

37 41

42

34

35

31

30

23

24

22

29

28

26 25

27

IN3IN3+ OUT3 CH3 IN

VM3(+)

VM3(-)

VM4(+)

VM4(-)

IN4IN4+ OUT4

VM5(+)

vm5(-)

IN5IN5+ OUT5

MUTE1 MUTE2

SS,GND

GND (4PIN)

1-72

MN101C49GKY (IC511) : System Micom

1.Pin layout

P74/A12

P73/A11

P72/A10

P71/A9

P70/A8

P67/A7

P66/A6

P65/A5

75747372717069686766656463626160595857565554535251

P75/A13 P76/A14

P77/A15 P80/LED0,D0 P81/LED1,D1 P82/LED2,D2 P83/LED3,D3 P84/LED4,D4 P85/LED5,D5 P86/LED6,D6 P87/LED7,D7

PD0/SD00 PD1/SD01 PD2/SD02 PD3/SD03 PD4/SD04 PD5/SD05 PD6/SD06 PD7/SD07

DAVSS PC0/DA0 PC1/DA1 PC2/DA2 PC3/DA3

DAVDD

76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

123456789

P64/A4

P63/A3

P62/A2

P61/A1

P60/A0

P54/A17

P53/A16

P52/NCS

P51/NRE

P50/NWE

P47/KEY7

P46/KEY6

P45/KEY5

101112131415161718192021222324

P44/KEY4

P43/KEY3

P42/KEY2

P41/KEY1

50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26

25

KEYO/P40 NDKDMA/P37 NSTDMA/P36 SBT3/SCL/NLDDMA/P35 SBI3/NBT/P34 SBO3/SDA/NBR/P33 SBT1/P32 SBT1/RXD1/P31 SBO1/TXD1/P30 P17 TM4IO/P16 P15 TM7IO/P14 TM3IO/P13 TM2IO/P12 TM1IO/P11 RMOUT/TM0IO/P10 NRST/P27 P26 IRQ5/P25 IRQ4/P24 IRQ3/P23 IRQ2/P22 ACZ/IRQ1/P21 IRQO/P20

UX-A10DVD

VREF-

AN0/PA0

AN1/PA1

AN2/PA2

MN102L62GMA1 (IC401) : Unit CPU

1.Pin layout

NMI

SBO1,P75

PA0,IRQ0 PA1,IRQ1 PA2,IRQ2 PA3,IRQ3 PA4,IRQ4

PAS,ADSEP

RST

V P00,D00,AD00 P01,D01,AD01 P02,D02,AD02 P03,D03,AD03 P04,D04,AD04 P05,D05,AD05 P06,D06,AD06 P07,D07,AD07

P10,D08,AD08 P11,D09,AD09 P12,D10,AD10

P13,D11,AD11 P14,D12,AD12 P15,D13,AD13 P16,D14,AD14 P17,D15,AD15

DD

V

SS

75 51

76

100

1 25

AM3/PA3

AM4/PA4

SB11,P74

AM5/PA5

AM6/PA6

AM7/PA7

SBT1,P73

SBO0,P72

SB10,P71

VDD

OSC2

VREF+

SBT0,P70

VDD

AN3,P97

VSS

OSC1

AN2,P96

AN1,P95

AN0,P94

XI

XO

MMOD

1/RXDO/SBIO

POO/TXDO/SBOOPO

VSSTM7IC,P93

TM7IOB,P92

TM7IOA,P91

SBI2/PO4

SBO2/PO3

PO2/SBTO

TM6IC,P90

TM6IOB,P87

TM6IOA,P86

VDDTM5IO,P85

SBT2/PO5

SYSCLK/PO7

NDK/BUZZER/PO6

TM4IO,P84

TM3IO,P83

50

26

TM2IO,P82 TM1IO,P81 TM0IO,P80 A23,WDOUT,AN7,P47 A22,STOP,AN6,P46 A21,AN5,P45 A20,AN4,P44 V

SS

A19,P43 A16,P42 A17,P41 A16,P40 A15,P37 A14,P36 A13,P35 A12,P34 V

DD

A11,P33 A10,P32 A09,P31 A08,P30 A07,P27 A06,P26 A05,P25 A04,P24

P60,WAIT

P61,RE

P62,WEL

P50,CS0

P51,CS1

P63,WEH

P52,CS2

P53,CS3

P54,BREQ

P55,BRACK

VDD

P20,A00

P21,A01

P22,A02

P23,A03

P57,WORD

P56,ALE,ALE,BSTRE

XI

SS

V

SYSCLK

XO

DD

V

OSCI

OSCO

MODE

1-73

UX-A10DVD

MN103S28EGA (IC301) : SODC

1.Pin layout

MASTER

176 133

NRESET

VDD3

HDD7

HDD8

HDD6

VSS

VDD3

HDD9

HDD5

HDD10

HDD4

HDD11

VSS

VDD3

HDD3

HDD12

HDD2

HDD13

HDD1

VDD3

VSS

UATASELP0VDD18

HDD14

HDD0

HDD15

DMARQ

NIOWR

NIORD

IORDY

VSS

VDD3

NDMACK

INTRQ

NIOCS15

DA1

NPDJAG

DA0

DA2

NCS1FX

NCS3FX

NDASP

NINTO

NINT1

VDD3

VSS

NINT2

WAITODC

NMRST

DASPST CPUADR17 CPUADR16 CPUADR15 CPUADR14 CPUADR13 CPUADR12

CPUADR11

CPUADR10

CPUADR9

VDD18

VSS

DRAMVDD18

DRAMVSS

CPUADR8 CPUADR7 CPUADR6 CPUADR5 CPUADR4 CPUADR3 CPUADR2 CPUADR1 CPUADR0

VDD3

VSS

DRAMVDD33

NCS

NWR

NRD CPUDT7 CPUDT6 CPUDT5 CPUDT4 CPUDT3 CPUDT2 CPUDT1 CPUDT0

1

44

45 88

TX

FG

NRST

MMOD

MSTPOL

CLKOUT1

BOO

OFTR

SDATA

SCLOCK

PWM1

PWM2

PWM3

PWM4

VDD3

VSS

PWM5

PWM6

PWM7

DRAMVSS

DRAMVDD18

TBAL

PWM8

FBAL

TRSDRV

TILT

TILTP

SPDRV

TILTN

DTRD

VSS

VDD3

OSCI1

VDD18

OSCO1

IDGT/TEMUTE

VSS

JLINE

TSTSG

VFOSHORT

AVSS

132

LOUT

ROUT

89

AVD D

NTRYCL NEJECT MONI3 MONI2 MONI1 MONI0 VSS VDD3 TECAPA AD6/CAPAC1 AD5/CAPAC2 AD4 AD3 AD2 AD1 AD0 AVD D DAC1 DAC0 AVS S JITOUT ARF NARF AVD D DSLF1 DSLF2 VHALF PLPG VREFH RVI AVS S PLFLT1 PLFLT2 AVD D RFDIF CSLFLT HPFIN HPFOUT AVS S LPFIN LPFOUT CMPIN TRCRS VCOF

1-74

MN35505-X (IC202) : D/A Converter

1.Pin layout 1.Block diagram

M5

DIN

LRCK

BCK

M3

DVDD2

CKO

DVSS2

M2 M1

OUT1 C

AVDD1

OUT1D

AVSS1

1 2 3 4 5 6 7 8

9 10 11 12 13 14

28 27 26 25 24 23 22 21 20 19 18 17 16 15

M6 M4 M8 M7 DVDD1 VCOF XIN XOUT DVSS1 M9 OUT2C AVDD2 OUT2D AVSS2

DIN

LRCK

BCK

M1

M2

M3

MA

MB

MC

RDO

MD

2

3

4

9

20

25

1

5

26

27

IF

BLOCK

MODE

CONTROL

BLOCK

DF BLOCK

DE-EMPHASIS

IIR FILTER BLOCK

8fs OVER SAMPLING

DIGITAL FILTER

1ST ORDER NOISE

SHAPER BLOCK

VANS NOISE

SHAPER BLOCK

OSC

BLOCK

UX-A10DVD

28

23

XIN

22

XOUT

7

CKO

3.Pin function

Symbol

No.

M5

1

DIN

2

LRCK

3

BCK

4

M3

5

DVDD2

6

CKO

7

DVSS2

8

M2

9

M1

10

OUT1C

11

AVDD1

12

OUT1D

13

AVSS1

14

I/O

Connects with VDD

I

Data input

I

L/RClock input

I

Bit clock input

I

Connects with playground

I

Digital power supply 2

-

NC

I

Digital ground 2

-

Connects with playground

I

Connects with playground

I

1C PEM output

O

Analog power supply 1

-

1d PEM output

O

Analog playground 1

-

Function

OUT1C

OUT1D

10

13

Pin No.

15

OUT2D

16

AVDD2

17

OUT2C

18

19

DVSS1

20

21

22

23

DVDD1

24

25

26

27

28

BLOCK

Symbol

AVSS2

M9

XOUT

XIN

VCOF

M7

M8

M4

M6

PEM

D/A BLOCK

I/O

Analog playground 2

-

2D PEM output

O

Analog power supply 2

-

2C PEM output

O

NC

I

Digital grand pin 1

-

Crystal oscillator output

O

Crystal oscillator input

I

VCO Filter

I

Digital power supply 1

-

System clock rate selection

I

System clock rate selection

I

Reset signal

I

Connects with VDD

I

PEM

BLOCK

Function

19

16

OUT2C

OUT2D

1-75

UX-A10DVD

MR27V1602EUMTPX (IC402) : 16M ROM

1.Pin layout

PP

NC

44

1

NC

2.Block diagram

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9

A10

A11 A12 A13 A14 A15 A16 A17 A18 A19

A19A8A9

43

42

2

3

A18

A17

A10

A11

41

40

39

4

5

6

A7A6A5A4A3A2A1

Address Buffer

A12

A13

A14

A15

38

37

36

35

7

8

9

10

A-1

CE

1,048,576 x 16-Bit or 2,097,152 x 8-Bit

Row Decoder

Column Decoder

D0D1D2D3D4D5D6D7D8D9D10

OE

A16

34

11

A0

VSSD15/A-1D7D14D6D13D5D12D4V

BYTE/V

33

32

31

30

19

18

17

16

12

13

14

15

16

17

18

19

CE

SS

V

OE

D0

D8D1D9

D2

BYTE

Memory Cell Matrix

Multiplexer

Output Buffer

D12

D11

D13

25

20

D10

D14

24

21

D3

CC

23

22

D11

D15

3.Pin Functions

1-76

Pin No,

1

2~11

12 13 14

15~22

23

24~30

31 32 33

34~43

44

Symbol

NC

A18,A17,A7~A0

CE

VSS

OE

D0,D8,D1,D9,D2,

D10,D3,D11

VCC

D4,D12,D5,D13,

D6,D14,D7

D15/A-1

VSS

BYTE/VPP

A16~A8,A19

NC

16When 8- bit is output, these pins are in the state of high impedance. The D15 pin functions as A-1.

Function No connection Address input Chip enable GND Output enable Data output

Power supply Data output

Data output / Address input GND Mode Switch Address input No connection

NJM4580M-X (IC211) : Dual operational amplifier

1.Pin layout

UX-A10DVD

2.Block diagram

V+

-

INPUT

+

A OUT

A -IN

A +IN

1

2

A B

3

4

V-

8

7

6

5

V+

B OUT

B -IN

B +IN

OUTPUT

V-

1-77

UX-A10DVD

SG-105F3-BB.C(IC1) : Reel pulse

1.Pin layout / Block diagram









TC74HCU04AF-W (IC393) : Inverter

1.Pin layout 2.

1A 1

1Y 2

2A 3

2Y 4

3A 5

3Y 6

GND 7

14 Vcc

13 6A

12 6Y

11 5A

10 5Y

9 4A

8 4Y

Truth table

A Y

L H

H L

TC7S08F-W (IC340) : APC PWM Buffer

1. Pin layout 2. Block diagram

Vss

1

2

3

5 4VDD

OUT X

A

B

IN B

IN A

Vcc

Y

GND

1-78

STK402-050 (IC111) : Power amp.

layout

1.

1 ~ 15

UX-A10DVD

2.Block diagra

4

R1

1

2

TR3

R2

8

TR7

TR4

C1

TR5

TR2TR1

D1

R3

R4

R5

R6

TR8

TR6

R7

TR9

TR10

R8

TR12

TR13

R9

R13

TR1E

C2

R15R14

R11

R12

R10

TR16

R14

9

SUB

151411106712513

1-79

UX-A10DVD

UPD784217AGC174 (IC500) : CPU

1. Pin layout

75 ~ 51

100 ~ 76

1 ~ 25

2. Pin function (1/2)

Pin No. FunctionSymbol I/O

1 5

6 7 8

9 10 11 12 13 14 15 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 42 43 44 45

NC

CD-MUTE

CD-REST

ANT REM

VDD

X2 X1

VSS

XT2 XT1

RESET

P.REQ

BUS-INT

PS2

NC

RDS-SCK

RDS-DA

REMOCON

AVDD

AVREF0

SD/ST

MRC DATA

KEY0 KEY1

TEMP

LEVEL

SQ SM

AVSS

INLOCK

NC AVREF BUS-SI

BUS-SO BUS-SCK LCD-CE1

LCD-DA LCD-CL

LCD-CE2

BUZZER

EPDAI

26 ~ 50

Non connect

CD MUTE

O

CD REST

O

Antenna remote output

O

5V connection

Connect to X'tal for main clock

Connect to GND

Connect to X'tal for sub clock

Reset detection terminal

I

Mechanism power supply ON/OFF demand output ("L" on demand)

O

J-BUS signal interrupt input

I

Power save 2

I

Non connect

Clock input for RDS

I

RDS data input

I

Remocon signal input

I

5V connect

I

5V connect

I

Station detector, Stereo signal input

I

MRC data input

I

Key input 0

I

Key input 1

Temperature data input for contrast correction

I

Level meter input

S.quality level input

I

S.meter level input

Connect to GND

Lock detection output

I

Non connect

O

5V connect

I/O

J-BUS data input

I

J-BUS data output

O

J-BUS clock input/output

O

Chip enable 1 out put for LCD driver

O

Data output for LCD driver

O

Clock output to LCD driver

O

Chip enable 2 out put for LCD driver

O

Buzzer output

O

Communication data input 12C

I

1-80

UX-A10DVD

2. Pin function (2/2)

Pin No. FunctionSymbol I/O

46 47 48 49 50 51 52 53 54 55

56~61

62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99

100

EP-DAO

EPCLK

BUS-I/O

PM0 PM1

EQ-CLK

EQ-DA

EQ-LA

STAGE

VCR CONT

PNL-SW1~6

NC NC NC

FM/AM PLL-CE PLL-DO

PLL-CLK

PLL-DI

NC

TELMUTE

VSS

DIM-IN

PS1

POWER

CD-ON

MUTE W-LPF1 W-LPF2

W-MUTE

VDD

VOL-DA

VOL-CLK

CF SEL

PMKICK

NC

NC VOL-1 VOL-2

J/U

NC

TEST

NC

DISCSEL

NC

Communication data input of 12C

O

Communication data input of 12C

O

J-BUS I/O switching output

O

Panel close side motor control signal output

O

Panel open side motor control signal output

O

Equalizer clock

O

Equalizer data

O

Equalizer latch

O

H:L: Initialization port

I

VCR control signal output

O

Panel position detection switch 1 to 6 signal input

I

Non connect

FM / AM select output

O

PLL IC control CE output

O

PLL IC control data output

O

PLL IC control clock output

O

PLL IC control data input

I

Non connect

Telephone mute signal detection input

I

Connect to GND

Dimmer detection input

I

Power save 1

I

Power ON / OFF select output

O

CD power supply control signal output

O

Mute output

O

Sub woofer cut off frequency control output 1

O

Sub woofer cut off frequency control output 2

O

Sub woofer mute output

O

5V connect

O

E. volume IC control data output

O

E. volume IC control clock data output

O

FM band area filter select signal output

O

Panel motor kick signal output

O

Non connect

Rotary volume pulse

I

Rotary volume pulse signal input

I

Pull down

I

Non connect

Connect to GND

I/O

Non connect

H: 8 cm disc non correspondence L: 8 cm disc correspondence

O

Non connect

-

UPD784217AGC174

1-81

UX-A10DVD

UPD784217AGF525 (IC701) : System CPU

1.Pin layout 100 81

1

80

30

51

31 50

2.Pin Functions 1/2

Pin No. Symbol I/O Function

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 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 42 43 44 45

46 47

POUTRELAY POUTFL MDRESET NC FANON NC PROTECT HPMUTE VDD PMT0 PMT1 RMSPEED FDVD POUTMDAMP NC VOLCE VOLDATA AHB POUTPAMP SMUTE DVDTRAY TEST(VPP) PANEL_SW1 NC PANEL_SW3 PANEL_SW4 NC PIN JOGL JOGR LEDCTL(STBY) VOLCK BUP

+

BCTL XKIL VDD X2 X1 VSS XT2 XT1 RESET REM RDS_CK NC S2MREQ PHOTO

O O O O O

I

O

O O O O O

O O O O O O

-

I

-

I I

-

I I

I O O

-

I

-

I

-

I

Main transformer relay CTL Power supply control of FL driver MD Reset Unused Fan control Unused Speaker output abnormality detection Headphone mute Digital power supply Panel motor control Panel motor control Panel motor speed control(always "L" output) DVD unit power supply control REG IC MD6V Unused CE of volume IC Data of volume IC Actively hyper bus Enable contororl of power amplifier System mute Power supply control for DVD tray Test (power supply) Panel switch Unused Panel switch Panel switch Unused Power key Jog input Jog input Standby LED Clock of volume IC Power failure detection Power supply control Sub-clock stop control Digital power supply Main clock connection Main clock connection Digital playground Sub-clock connection Sub-clock connection Reset terminal and L active of this microcomputer Remote control input RDS clock input Unused BUSY from sub-microcomputer Reel pulse detection

1-82

2.Pin Functions 2/2

Pin No. Symbol I/O Function

48 49 50

51 52 53

54 55 56 57 58 59 60 61 62 63 64 65

66

67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85

86 87 88 89 90 91 92 93 94 95 96 97 98 99

100

LOCK NC RDS_ST NC AVDD AVREF0 SAFETY4 NC SAFETY3 SAFETY5 KEY1 VERSION FKEY2 FKEY1 SAFETY1 AVSS ECHO1 ECHO2 AVREF1 MDSTAT NC MDCMD NC MICIN S2MDATA M2SDATA M2SCLK M2SREQ SMON NC FLDATA FLCLK STTA SDATA SCK PLAY SPKRELAY TUDATA_IN TUDATA_OUT TUCLK TUCE RDS_DT NC FTU NC POUTLOG FLSTB FLBK CRED RGREEN RBLUE RRED LGREEN LBLUE LRED CGREEN CBLUE VSS

Abnormal detection of panel

I

Unused

-

RDS *stororb*

O

Unused

-

A/D and D/A digital power supply

-

A/D and D/A converter

I

Abnormal detection of MD6V power supply

I

Unused

-

Abnormal detection of SW10V, DVDM9V, and DVD5V

I

Abnormal detection of DVD3 and 3V power supply

I

Tape relation detection

I

Version (destination) detection

I

Key detection

I

Key detection

I

Abnormality of voltage of solenoid in cassette mechanism SLC detection

I

A/D and D/A digital playground

-

Echo adjustment

O

Echo adjustment

O

A/D and D/A converter

I

Status from MD unit

I

Unused

-

Command to MD unit

O

Unused

-

MIC detection

I

Data from sub-microcomputer to the main microcomputer

I

Data from the main microcomputer to sub-microcomputer

O

Cereal lock of sub-microcomputer and the main microcomputer

O

Data request to sub-microcomputer

O

Sub-microcomputer power supply control

O

Unused

-

FL driver CTL

O

FL driver CTL

O

TAPE module control

O

TAPE module control

O

TAPE module control

O

TAPE module

I

Speaker relay

O

Data from tuner

I

Data to tuner

O

Clock to tuner

O

CE to tuner

O

RDS data

I/O

Unused

-

Tuner power supply

O

Unused

-

Power supply control of logic of FL

O

FL driver CTL

O

FL driver CTL

O

Panel LED

O

Panel LED

O

Panel LED

O

Panel LED

O

Panel LED

O

Panel LED

O

Panel LED

O

Panel LED

O

Panel LED

O

Digital playground

-

UX-A10DVD

1-83

UX-A10DVD

ZIVA-4.1-PBO (IC501) : AV decoder

1.Pin layout

VDD_RREF

RREF

VSS_RREF

VDD_VIDEO

VDD_DAC

C/R/V

VSS_VIDEO

VSS_DACNCVDD_VIDEO

VDD_DAC

Y/B/U

VSS_VIDEO

VSS_DACNCVDD_VIDEO

VDD_DAC

CVBS/G/Y

VSS_VIDEO

VSS_DACNCVDD_VIDEO

VDD_DAC

CVBS

VSS_VIDEO

VSS_DACNCVSS

VDD_2.5

DA-IEC

DA-BCK

DA-XCK

VSS

VDD_3.3

DA-LRCK

DA-DATA0

DA-DATA1

DA-DATA2

DA-DATA3

DAI-DATA

VSS

VDD_3.3

DAI-BCK

DAI-LRCK

RESERVED

RESERVEDNCRESERVEDNCNC

RESERVED

A_VSS

SYSCLK

VCLK

A_VDD DVD-DATA0/CD-DATA DVD-DATA1/CD-LRCK

DVD-DATA2/CD-BCK

DVD-DATA3/CD-C2P0

DVD-DATA4/CDG-SDATA

DVD-DATA5/CDG-VFSY DVD-DATA6/CDG-SOS1 DVD-DATA7/CDG-SCLK

VSS

VDD_3.3

VDACK

VREQUEST

VSTROBE

ERROR

VDD_3.3

RESERVED

VDD_3.3

VSS

NC

RESERVED

NC HADDR0 HADDR1 HADDR2

RESERVED RESERVED RESERVED

VSS

VDD_2.5

RESERVED

VSS

VDD_3.3 RESERVED RESERVED RESERVED RESERVED

HDATA7

VSS HDATA6 HDATA5 HDATA4 HDATA3 HDATA2 VDD_3.3

VSS HDATA1 HDATA0

CS

157

208

156

MADDR3

105

MADDR2

104

MADDR1 VSS VDD_3.3 MADDR0 MADDR10 SD-BS SD-CS1/MADDR11 SD-CS0 SD-RAS VSS VDD_3.3 SD-CAS MWE MADDR4 VSS VDD_2.5 MADDR5 MADDR6 MADDR7 VSS VDD_3.3 MADDR8 MADDR9 CLKSEL SD-CLK LDQM MDATA8 VSS VDD_3.3 MDATA9 MDATA10 MDATA11 MDATA12 MDATA13 VSS VDD_2.5 MDATA14 VSS VDD_3.3 MDATA15 MDATA7 MDATA6 MDATA5 MDATA4 MDATA3 MDATA2 VSS VDD_3.3

53

MDATA1

1

MDATA0

52

2.Pin function 1/4

Pin No.

1 2

3 4

5

6 7 8

9~12

13 14

15~18

19 20

21~28

29

Symbol

RD

R/W

VDD_3.3

WAIT

RESET

VSS

VDD_3.3

INT

NC

VDD_2.5

VSS

NC

VSS

VDD_3.3

VDATA0~7

VSYNC

RD

R/W

VDD_3.3

O,OD,PU

VSS

WAIT

RESET

VDD_3.3

I/O

I I

Power

I

Ground

Power

O

Power

Ground

O

Ground

Power

O

I/O

INT-

NCNCNC

NC

VSS

VDD_2.5

NC

VSS

VDATA0

VDD_3.3

VDATA1

VDATA2

VDATA3

VDATA4

VDATA5

VDATA6

VSVNC

VDATA7

VSS

HSVNC

VDD_3.3

NCNCNC

VSS

VDD_2.5

NCNCNCNCNC

PIO0

VSS

PIO1

VDD_3.3

PIO2

PIO3

PIO4

PIO5

PIO6

PIO7

NCNCNC

Function

Read strobe in I mode.Must be held HIGH in M mode. Read/write strobe in M mode. Write strobe in I mode.Host asserts R/WLOW to select Write and LOW to select Read for M mode only.

3.3-V supply voltage for I/O signals. Transfer not complete / data acknowledge.Active LOW to indicate host initiated transfer is not complete.WAIT is asserted after the falling edge of CS and reasserted when decoder is ready to complete transfer cycle.Open drain signal,must be pulled-up via 1k to 3.3 volts.Driven high for 10 ns before tristate. Active Low Reset.Assert for at least 5-milliseconds in the presence of clock to reset the entire chip Ground for core logic and I/O signals

3.3-V supply voltage for I/O signals. Host interrupt.Open drain signal,must be pulled-up via 4.7k to 3.3 volts. No connect

2.5-V supply voltage for core logic Ground for core logic and I/O signals No connect Ground for core logic and I/O signals

3.3-V supply voltage for I/O signals. Video data bus.Byteserial CbYCrY data synchronous with VCLK.At power-up,the decoder does not drive VDATA.During boot-up,the decoder uses configuration parameters to drive or 3-state VDATA. Vertical sync.Bi-directional,the decoder outputs the top border of a new field on the first HSYNC after the falling edge of VSYNC,VSYNC can accept vertical synchronization or top/bottom field notification from an external source. (VSYNC HIGH=bottom field.VSYNC LOW=Top field)

1-84

2.Pin function 2/4

Pin No.

30

31 32

33~35

36 37

38~42

43 44 45

46~52

53,54

55 56

57~62,63

64 65 66 67 68

69~73

74 75 76 77 78 79

80,81

82 83

84~86

87 88 89 90 91 92 93 94 95 96

97

98,99

100 101

102~104

105

106,107

108 109

110~112

113 114 115 116 117

118,121

122

Symbol

HSYNC

VSS

VDD_3.3

NC

VDD_2.5

VSS

NC

PIO0

VSS

VDD_3.3

PIO1~7

MDATA0,1

VDD_3.3

VSS

MDATA2~7,15

VDD_3.3

VSS

MDATA14

VDD_2.5

VSS

MDATA13~9

VDD_3.3

VSS

MDATA8

LDQM

SD-CLK

CLKSEL

MADDR9,8

VDD_3.3

VSS

MADDR7~5

VDD_2.5

VSS

MADDR4

MWE

SD-CAS

VDD_3.3

VSS SD-RAS SD-CSO

SD-CS1

/MADDR11

SD-BS

MADDR10,0

VDD_3.3

VSS

MADDR1~3

RESERVED

NC

RESERVED

NC

RESERVED

DAI-LRCK

DAI-BCK VDD_3.3

VSS

DAI-DATA

DA-DATA3~0

DA-LRCK

I/O I/O

Ground

Power

O

Power

Ground

O

I/O

Ground

Power

I/O I/O

Power

Ground

I/O

Power

Ground

I/O

Power

Ground

I/O

Power

Ground

I/O

O O

I

O

Power

Ground

O

Power

Ground

O O O

Power

Ground

O O O

O O

Power

Ground

O

I

O

I

O

I I I

Power

Ground

I

O

UX-A10DVD

Function

Horizontal sync.The decoder begins outputting pixel data for a new horizontal line after the falling(active)edge of HSYNC. Ground for core logic and I/O signals

3.3-V supply voltage for I/O signals. No connect

2.5-V supply voltage for core logic Ground for core logic and I/O signals No connect Programmable I/O pins. Ground for core logic and I/O signals

3.3-V supply voltage for I/O signals. Programmable I/O pins. SDRAM Data

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals SDRAM Data

2.5-V supply voltage for core logic Ground for core logic and I/O signals SDRAM Data

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals SDRAM Data SDRAM Lower or Upper Mask SDRAM Clock Selects SYSCLK or VCLK as clock source.Normal operation is to tie HIGH. SDRAM Address

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals SDRAM Address

2.5-V supply voltage for core logic Ground for core logic and I/O signals SDRAM Address SDRAM Write Enable Active LOW SDRAM Column Address

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals Active LOW SDRAM Row Address Active LOW SDRAM Chip Select 0 Active LOW SDRAM Chip Select 1 or use as MADDR11 for larger SDRAM (64 Mbits). SDRAM Bank Select SDRAM Address

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals SDRAM Address Tie to VSS or VDD_3.3 as specified in Table 1. No connect Tie to VSS or VDD_3.3 as specified in Table 1. No connect Tie to VSS or VDD_3.3 as specified in Table 1. PCM left/right clock. PCM input bit clock.

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals PCM data input. PCM Data Out.Eight channels.Serial audio samples relative to DA_8CK and DA_LRCK. PCM Left Clock.ldentifies the channel for each sample.The polarity is program mable

1-85

UX-A10DVD

2.Pin function 3/4

Pin No.

123 124 125

126

127 128 129 130 131 132 133 134 135 136 137 138 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155

156 157 158 159

159 160 161

162

163

164

165

166 167 168

169

170

Symbol

VDD_3.3

VSS

DA-XCK

DA-BCK

DA-IEC

VDD_2.5

VSS

NC

VSS_DAC

VSS_VIDEO

CVBS

VDD_DAC

VDD_VIDEO

NC

VSS_DAC

VSS_VIDEO

VDD_DAC

VDD_VIDEO

NC

VSS_DAC

VSS_VIDEO

Y/B/U

VDD_DAC

VDD_VIDEO

NC

VSS_DAC

VSS_VIDEO

C/R/V

VDD_DAC

VDD_VIDEO

VSS_RREF

RREF

VDD_RREF

A_VSS

SYSCLK

VCLK

A_VDD

DVD-DATA0

/CD-DATA

DVD-DATA1

/CD-LRCK

DVD-DATA2

/CD-BCK

DVD-DATA3

/CD-C2P0

DVD-DATA4

/CDG-SDATA

VSS

VDD_3.3

DVD-DATA5

/CDG-VFSY DVD-DATA6 /CDG-SOS1 DVD-DATA7

/CDG-SCLK

I/O

Power

Ground

I/O

O

Power

Ground

O Ground Ground

Analog O

Power Power

O Ground Ground

Power Power

O Ground Ground

Analog 0

Power Power

O Ground Ground

Analog 0

Power Power

Ground

Analog 0

Power

Ground

I I

I

Power

I

Ground

Power

I

Function

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals Audio External Frequency Clock input or output.DA_8CK and DA_LRCK are derived from this clock.DA_XCK can be 384 or 256 times the sampling frequency PCM Bit Clock.Divided by 8 from DA_XCK.DA_BCK can be either 48 or 32 times the sampling frequency PCM data out in IEC-958 format or compressed data out in IEC-1937 format.

2.5-V supply voltage for core logic Ground for core logic and I/O signals No connect. Analog Video DAC Ground Analog Video Ground DAC video output format:CVBS.Macrovision encoded. Analog Video DAC Power

3.3-V Analog Video Power No connect. Analog Video DAC Ground Analog Video Ground Analog Video DAC Power

3.3-V Analog Video Power No connect. Analog Video DAC Ground Analog Video Ground DAC video output format.Macrovision encoded. Analog Video DAC Power

3.3-V Analog Video Power Video Analog Ground Reference Resistor.Connecting to pin 154 through a 1.18k+/.1% resistor is recommended.See on.

3.3V Analog Video Power Analog PLL Ground Optional System Clock.Tie to A_VDD through a 1k Ohmresistor System clock that drives internal PLLs and internal DENC.ZiVA-4.1requires anexternal 27-MHz TTL oscillator. Video clock.Clocks out data on input.VDATA(7:0).Clock is typically 27 MHz.

3.3-V Analog PLL Power Serial CD data.This pin is shared with DVD compressed data DVD-DATA0.

Programmable polarity 16-bit word synchronization to the decoder (right channel HIGH).This pin is shared with DVD compressed data DVD-DATA1. CD bit clock.Decoder accept multiple BCK rates.This pin is shared with DVD compressed data DVD-DATA2. Asserted HIGH indicates a corrupted byte.Decoder keeps the previous valid picture on-screen until the next valid picture is decoded.This pin is shared with DVD compressed data DVD-DATA3. DVD parallel compressed data from DVD DSP.Or CD+G(Subcode) data indicating serial subcode data input. Ground for core logic and I/O signals

3.3-V supply voltage for I/O signals. DVD parallel compressed data from DVD DSP.Or CD+G(Subcode) Frame Sync indicating frame-start or composite synchronization input. DVD parallel compressed data from DVD DSP.Or CD+G(Subcode) Block Sync indicating block-start synchronization input. DVD parallel compressed data from DVD DSP.Or CD+G(Subcode) Clock indicating subcode data clock input or output.

1-86

2.Pin function 4/4

Pin No.

171

172

173

174

175 176 177 178 179 180

181 182~184 185~187

188

189

190

191

192 193~196

197

198 199~203

204

205 206~207

208

Symbol

VDACK

VREQUEST

VSTROBE

ERROR

VDD_3.3

RESERVED

VDD_3.3

VSS

NC

RESERVED

NC

HADDR0~2

RESERVED

VSS

VDD_2.5

RESERVED

VSS

VDD_3.3

RESERVED

HDATA7

VSS

HDATA6~2

VDD_3.3

VSS

HDATA1,0

CS

I/O

I

O

I

Power

I

Power

Ground

O

I

O

I I

Ground

Power

I

Ground

Power

I

I/O

Ground

I/O

Power

Ground

I/O

I

UX-A10DVD

Function

In synchronous mode,bitstream data acknowledge.Asserted when DVD data is valid.Polarity is programmable. Bitstream request.Decoder asserts VREQUEST to indicate that the bitstream input buffer has available space.Polarity is programmable. Bitstream strobe.Programmable dual mode pulse.Asynchronous and synchronous.In Asynchronous mode,an external source pulses VSTROBE to indicate data is ready for transfer.In synchronous mode,VSTROBE clocks data. Error in input data.If ERROR signal is not available from the DSP it must be grounded.

3.3-V supply voltage for I/O signals. Tie to VSS or VDD_3.3 as specified in Table 1.

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals No connect. Tie to VSS or VDD_3.3 as specified in Table 1. No connect. Host address bus.3-bit address bus selects one of eight host interface registers. Tie to VSS or VDD_3.3 as specified in Table 1. Ground for core logic and I/O signals

2.5-V supply voltage for core logic Tie to VSS or VDD_3.3 as specified in Table 1. Ground for core logic and I/O signals

3.3-V supply voltage for I/O signals. Tie to VSS or VDD_3.3 as specified in Table 1. HDATA(7~0) is the 8-bit bi-directional host data bus through which the host writes data to the decoder Code FIFO.MSB of the 32-bit word is written first. The host also reads and writes the decoder internal registers and local SDRAM/ROM via HDATA(7~0). Ground for core logic and I/O signals HDATA(7~0) is the 8-bit bi-directional host data bus through which the host writes data to the decoder Code FIFO.MSB of the 32-bit word is written first. The host also reads and writes the decoder internal registers and local SDRAM/ROM via HDATA(7~0).

3.3-V supply voltage for I/O signals. Ground for core logic and I/O signals HDATA(7~0) is the 8-bit bi-directional host data bus through which the host writes data to the decoder Code FIFO.MSB of the 32-bit word is written first. The host also reads and writes the decoder internal registers and local SDRAM/ROM via HDATA(7~0). Host chip select Host asserts CS to select the decoder for a read or write operation.The falling edge of this signal triggers the read or write operation.

1-87

UX-A10DVD

TK11140SC-W (IC485) : Regulator

1.Pin layout

on / off control 1

6 Vin

GND 2

Np (Vref) 3

4 Vout

2.Block diagram

VIN

Rin=550k

on / off Ccont.

Bandgap Reference

XC62ER3602M-X (IC400) : Regulator

VOUT

Thermal Sensor

Cnp

GND

1.Pin layout 2.Block diagram

54

V

DD

EXT

1

23

3.Pin function

Pin No. Symbol Function

1 2 3 4 5

SS

V

IN

V

OUT

V EXT

CE

GND Power supply input Regulator output Base current control terminal Chip enable

CE

Current

Limit

+

-

Voltage

Reference

V

OUT

V

SS

1-88

< MEMO >

UX-A10DVD

1-89

UX-A10DVD

VICTOR COMPANY OF JAPAN, LIMITED

AUDIO & COMUNICATION BUSINESS DIVISION PERSONAL & MOBILE NETWORK BUSINESS UNIT. 10-1,1chome,Ohwatari-machi,Maebashi-city,371-8543,Japan

(No.22011)

Printed in Japan 200301

PARTS LIST

[ UX-A10DVD ]

* All printed circuit boards and its assemblies are not available as service parts.

UX-A10DVD

Area suffix

UB ------------------- Hong Kong

- Contents -

Exploded view of general assembly and parts list (Block No.M1) Speaker assembly and parts list (Block No.M2) MD mechanism assembly and parts list (Block No. ME) DVD mechanism assembly and parts list (Block No.MJ) DVD Loading mechanism assembly and parts list (Block No.MN) Cassette mechanism assembly and parts list (Block No.MP) Electrical parts list (Block No.01~07) Packing materials and accessories parts list (Block No.M3,M5)

3- 3 3- 6 3- 7 3-10 3-12 3-14 3-16 3-32

3-1

UX-A10DVD

< MEMO >

3-2

C

4

Exploded view of general assembly and parts list

59

M

145

h

a

57

a

129

41

19

18

36

127

41

Block No.

128

j

100

DVD board

128

102

A

40

16

64

39

38

63

60

56

c

E

20

129

46

35

37

B1

45

46

45

46

D

1

F

35

G

H

26

6

131

25

5

4

77

131

27

103

139

44

137

62

52

47

8

135

e

7

E

2

44

61

G

53

b

3

1

93

D

9

58

144

M

C

138

12

9

Key board

43

F

13

9

24

55

29

42

21

9

10

161

2.7mm

54

UX-A10DVD

104

101

99

103

g

q

k

r

43

+0.3 0

d

136

88

11

9

141

22

23

13

97

15

14

f

84

11

85

98

111

110

c

Main board

J

j

i

p

107

109

113

114

M

17

106

L

96

s

C

86

87

94

85

J

I

d

e

p

Micon board

105

n

143

146

i

88

94

160

85

95

82

91

81

n

92

u

80

79

78

89

92

90

118

112

B2

q

142

75

71

79

115

117

s

125

123

119

B1

Power amplifier

t

Power trans board

75

72

130

124

126

120

126

122

121

122

board

M

108

o

m

66

73

74

t

k

B2

67

o

68

70

69

66

Headphone board

r

76

u

83

I

11

34

140

g

22

83

22

33

b

m

f

79

h

70

69

L

A

22

65

H

30

28

32

31

AB

E F

3-3

UX-A10DVD

Parts list (General assembly)

Item

A

1 LV10667-006A

2 LV21252-003A

3 LV33551-001A

4 LV42979-001A VOL RING 1 ABS/PLATING

5 QYSBSF2608Z

6 LV33553-001A

7 E408131-001SM REMOTE LENS 1 ABS

8 LV41550-001A

9 QYSBSF2608Z

10 LV21253-001A

11 QYSBSF2608Z

12 LV33733-001A

13 QYSBSF2608Z

14 LV34034-001A FFC BARRIER 1 FRONT STAY BKT

15 QYSBST2604Z

16 QYSBSF2608Z

17 LV30225-011A

18 LV10668-005A

19 LV33555-003A

20 VKY4180-401

21 --------------- CASSETTE MECHANISM 1

22 QYSBSF3012Z

23 VKL7850-002

24 VKW5258-003

25 GV40220-001A

26 LV43142-001A

27 GV40034-001A

28 GV30268-001A MECHA BRACKET 1

29 QYSBSG3008Z

30 GV40278-001A

31 VKZ4341-205 SPECIAL SCREW 1 S.ARM+M.BKT

32 GV40279-001A

33 LV34035-001A

34 LV30225-0J1A

35 GV40269-001A

36 LV21254-006A

37 LV33734-002A

38 LV33557-002A LED LENS 1 PMMA/EMBOSS

39 LV33558-001A

40 LV33559-001A

41 LV40744-001A

42 LV21255-001A

43 GV40269-001A

44 QYSDSF2006Z

45 QYSDSF2006Z SCREW 2 FL COVER+LENS HOLDER

46 QYSDSF2612Z

47 LV33560-001A

52 QYSBST2604Z

Parts number Parts name Area

FRONT PANEL

MAIN BUTTON

REC BUTTON

T.SCREW

VOL KNOB

INDICATOR

T.SCREW

MD STAY BKT

T.SCREW

FRONT STAY BKT

T.SCREW

SPACER

CASS DOOR

CASS LENS

CASSETTE SPRING

SCREW

EJECT SAFTY(R)

TORSION SPRING

LACH

DOOR SPRING

DAMPER ASSY

T.SCREW

SAFTY ARM

ARM SPRING

SHIELD

SPACER

ROLLER

FRONT LENS

FL LENS

LENS HOLDER

FL COVER

SOCKET BOLT

FRONT CASE

ROLLER

SCREW

MOTOR BKT ASSY

T.SCREW

Q'ty

1

ABS/SPRAY/PAD3

1

ABS/PAINT/H.STM

1

PS/SPRAY

2

VOL RING+F.PANEL

1

ABS/PLATING

1

PS CLEAR

10

KEY PWB

1

EGC T1.0

5

MD S.BKT+F.PANEL

1

EGC T1.0

2

F.S.BKT+F.PANEL

2

1

F.PANEL+O/C SW

1

O/C & MOTOR WIRE

1

ABS/SPRAY/SILK1

1

PMMA/H.STMP/SIL

2

4

CASS MECHA+F.PANEL

1

MECHA BKT+CASS MECHA

1

CASS MECHA

1

SHIELD+CASS MECHA

2

FRONT PANEL

1

PMMA/SILK X1

1

GPPS/SILK/HOT S

1

ABS/WHITE

1

PS/SPRAY

4

F.LENS+F.CASE

1

PS

2

FRONT CASE

2

FRONT CASE+PWB

4

F.CASE+FL COVER

1

M.BKT+F.STY BKT

Description

Block No. M1MM

Parts list (General assembly)

Item

A

53 QYSBSF2608Z

54 QAR0219-001

55 LV41341-001A

56 QYSPSPT2020Z MINI SCREW 2 MOTOR+M.BKT ASSY

57 LV42525-001A

58 LV42972-001A

59 LV42491-001A GEAR4 1 POM

60 LV33561-001A

61 WDL163225-0

62 LV42701-001A

63 WDM214540

64 LV33602-001A

65 LV10669-002A

66 LV40301-002A FELT SPACER 2 FOOT(BOTTOM C)

67 QMPN160-200-JD

A

68 QZW0033-001

A

69 VKZ4001-111S

70 QYSBST3006Z

71 QQT0377-002

A

72 QMF51W2-1R25-J8

A

73 QMF51W2-4R0-J8 FUSE

A

74 QMF51W2-2R0-J8

A

75 QYSBST4006Z

76 QYSBST3006Z

77 QYSSST3006Z

78 LV33737-001A

79 QYSBSG3006E

80 VKZ4001-111S WIRE CLAMP 1 AMP-MAIN WIRE

81 QYSBSG3006E

82 LV10697-001A

83 QYSBST3006Z T.SCREW 2 MICON+C.CHASSIS

84 ---------------

85 QYSBST3006Z

86 QYSBST3006Z

87 LV33735-001A

88 QYSBST3006Z

89 LV33736-001A

90 QYSBSG3006E T.SCREW 1 CD BKT(R)+C.CHASSIS

91 QAR0124-001

92 QYSBSG3020Z

93 QYSBSG3010Z

94 VYSH101-009

95 QYSBSG3006E

96 QYSBST3006Z

97 QYSBSG3014E T.SCREW 1 MAIN PWB+B.CHASSIS

98 QZW0036-001

99 QYSBSG3006E

100 QZW0036-003

Parts number Parts name Area

T.SCREW

LOADING MOTOR

MOTOR PULLEY

PULLY WORM

BELT

GEAR A

SLIT WASHER

WASHER

ROD GEAR

BOTTOM CHASSIS

POWER CORD

STRAIN RELIEF

WIRE CLAMP

T.SCREW

POWER TRANS

FUSE

T.SCREW

SCREW

C CHASSISS BKT

T.SCREW

CENTER CHASSIS

MD MECHANISM

T.SCREW

CD BKT(FRONT)

T.SCREW

CD BKT(REAR)

FAN MOTOR

TAP SCREW

T.SCREW

SPACER

T.SCREW

PC SUPPORT

T.SCREW

PC SUPPORT

Q'ty

1

M.BKT+F.PANEL

1

POM

1

POM

1

POM

1

WORM

1

GEAR4

1

GEAR A

1

EGC T1.0

1

2

HP/TRANS WIRE

2

WIRE C.+B.CHASS

1

MAIN TRANS T9001

1

1.25A/250V F9001

1 4A/250V F9002

1

2A/250V F9003

4

TRANS+B.CHASSIS

1

HP PWB+B.CHASSIS

2

F.PANEL+B.CHASSIS

1

EGC T1.0

3

C.C.BKT+B.CHASSIS

1

W CLAMP+C.C.BKT

1

EGC T1.0

1

4

MD MECHA+C.CHASSIS

1

S5 EARTH WIRE

1

EGC T1.0

2

MD S.BKT+C.CHASSIS

1

EGC T1.0

1

2

FAN+CD BKT(R)

1

PWB+CD BKT(R)

2

FL-MICON FF

2

C.C.BKT+C.CHASSIS

2

CD BKT(F)+C.CHASSIS

1

MAIN PWB PAT

1

MAIN PWB+C.CHASSIS

1

SUB MICON PWB

Block No. M1MM

Description

3-4

UX-A10DVD

Parts list (General assembly)

Item

A

101 ---------------

102 LV30225-0G6A

103 QYSBSG3010Z

104 QYSBSG3010Z T.SCREW 1 CD BKT(R)+J1

105 VYSH101-009

106 LV33742-001A

107 QYSBSG3014E T.SCREW 3 IC BKT(REG)+IC

108 LV33743-001A

109 QYSBSG3020Z

110 LV33740-002A

111 LV43100-001A

112 LV21322-002A

113 QYSBSGY3008E

114 QYSBSGY3008E SPECIAL SCREW 1 OPT IN+R.PANEL

115 QYSBSGY3008E

117 QYSBSGY3008E

118 QYSBSGY3008E

119 QYSBSGY3008E

120 QYSBSGY3008E

121 QYSBSGY3008E

122 QYSBSGY3008E SPECIAL SCREW 2 HEAT SINK+R.PANEL

123 QYSBSGY3008E

124 GV10068-003A

125 QYSBSGY3008E

126 QYSBSGY3008E

127 LV21258-005A/S/

128 QYSBSGY3008E

129 QYSDSG3006N T.SCREW 2 M.COVER SIDE

130 LV33744-002A

131 LV40301-001A

135 QUQH12-0912AJ FFC WIRE 1 KEY - MICON

136 WJM0195-004A

137 QUQ110-0908AF

138 QUQH10-1006AJ

139 QUQ610-1910BJ

140 QUQH12-1016AJ

141 QUQH12-0913AJ

142 QUQH12-0810BJ FFC WIRE 1 MAIN - AMP

143 QUQH10-2120BJ

144 QUQH10-1922BJ

145 QUQH12-0812AJ

146 QUQH12-1114BJ

160 QAU0279-002

161 LV41843-002A

Parts number Parts name Area

DVD MECHANISM

SPACER

T.SCREW

SPACER

IC BRACKET

IC BRACKET(PWR)

TAP SCREW

HEAT SINK

MICA SHEET

REAR PANEL

SPECIAL SCREW

REAR COVER

SPECIAL SCREW

METAL COVER

SPECIAL SCREW

RATING LABEL

FELT SPACER

E-SI C WIRE C-F

FFC WIRE

TUNER

LASER CAUTION DVD MECHA SIDE

Q'ty

1

SUB MICON PA

2

CD BKT(F)+J1

1

TUNER FFC

1

EGC T1.0

1

EGC T1.0

2

IC BKT(PWR)+IC

1

HEAT SINK

1

EGC T0.8

1

OPT OUT+R.PANEL

1

V.OUT+R.PANEL

1

COM LINK+R.PANEL

2

SPK+R.PANEL

1

BTM CHASS+R.PANEL

1

AUX+R.PANEL

1

C.CHASS+R.PANEL

2

CD BKT(R)+R.PANEL

1

PS/EMBOSS

2

R.COVER+R.PANEL

2

TUNER+R.PANEL

1

EGC T0.6

6

M.COVER+R.PANEL

1

2

FOOT

1

FL - FL JOIN

1

LED - FL JOIN

1

FL JON - MOVE JON

1

SLC - MAIN

1

SLC - MICON

1

MD - MAIN

1

MOVE JON - MICON

1

MD - CD

1

TUNER - MICON

1

UB(J) VER. TU1

1

Block No. M1MM

Description

3-5

UX-A10DVD

Speaker assembly and parts list

SP-UXA10DVD

14

6

Block No.

M

2

13

9

4

5

3

5

2

5

2

Parts list (Speaker)

Item

A

1 Z11ML0201

2 Z11ML0101

3 Z11BK0201

4 Z11LQ0001 ALUMINIUM RING 2

5 SD5-CX0001

6 Z11MB0101

7 Z11FC0001 PIEZO CAP 2

8 Z11TW0001

9 Z11FM0001

10 A10WF0001

11 Z11TZ0001

12 A10JD0001

13 A10HT0101

14 Z11KS0001 PROTECT SHEET 2

Parts number Parts name Area

SCREW

GRILLE FRAME

LATCH

FRONT PANEL

TWEETER

PIEZO ELEMENT

WOOFER

WOOFER HOLDER

FOOT MAT

RATING LABEL

7

1

8

12

11

12

10

Block No. M2MM

Q'ty

4

8

2

8

2

8

2

Description

3-6

MD mechanism assembly and parts list

Block No.

UX-A10DVD

E

M

Grease

=EM-30L

=CFD-4007ZY2

58

A

17

16

15

2

MD cam switch

board

a

19

b

8

5

20

FMU-S5M-4M

+

-

3.2 0.1mm

28

21

22

26

57

38

10.0 0.2mm

39

53

52

28

37

36

30

35

31

d

21

34

33

42

47

51

58

39

B

c

38

40

37

C

51

e

3

49

51

c

24

25

23

25

22

4

50

27

32

55

48

41

54

51

42

61.5 0.1mm

41

26

29

44

43

44

f

46

45

32

56

12

A

1

20

11

10

6

7

59

B

b

20

C

18

9

7.0 0.2mm

7

13

f

14

e

a

MD servo control board

d

60

3-7

UX-A10DVD

Parts list (MD mechanism)

Item

A

1 LV20548-019A

2 LV31472-004A

3 QYWDL1230252

4 LV41477-002A MINI TAP SCREW 2 CAM SW PWB

5 LV32168-002A

6 LV31710-002A

7 QAR0144-001 MOTOR 1 MT601

8 WJM0117-003A

9 LV41341-001A

10 QYSPSPT2020M

11 LV41342-001A

12 LV41477-002A

13 LV30225-068A

14 LV30225-085A SPACER 1

15 LV20543-002A

16 LV31483-001A

17 LV41477-002A

18 LV10286-003A

19 LVB40003-001A

20 LV41477-002A

21 LV31709-004A TM.CHASSIS ASSY 1

22 LV20545-001A

23 LE40515-001A

24 LV42825-001A

25 QYSPSPU1720N

26 FF-110PH-08280

27 LV41477-002A

28 LE30470-202A T.TABLE ASSY 1

29 LV41343-001A

30 LV41344-002A

31 VKH5803-001 GUIDE SHAFT 1

32 LV41477-002A

33 LV31484-001A

34 LV41350-001A

35 LV41477-002A

36 LV31485-001A

37 QYSPSPT2025N

38 QAR0144-001 MOTOR 1 MT602

39 LV41345-001A

40 LV41477-002A

41 LV42702-001A

42 LV41347-001A

43 LV31486-001A

44 LV41477-002A

45 KMS-260E MD PICK UNIT 1

46 LVB30007-002A

47 LV41348-001A

48 QYSPSPT1414M

Parts number Parts name Area

LOADING ASSY

CAM GEAR

SLIT WASHER

WIRE HOLDER

L.MOTOR ASSY

E-SI C WIRE C-F

MOTOR PULLEY

MINI SCREW

BELT

MINI TAP SCREW

SPACER

SLIDE BASE R

SLIDE BASE L

MINI TAP SCREW

LOAD.MECHA BASE

FPC CABLE

MINI TAP SCREW

SP.MOTOR BASE

COLLAR

S.R.SPRING

SCREW

SP.MOTOR

MINI TAP SCREW

SHAFT HOLDER R

SHAFT HOLDER F

MINI TAP SCREW

T.SPRING HOLDER

COM.SPRING

MINI TAP SCREW

FEED MOTOR BKT.

MINI SCREW

FEED WORM

MINI TAP SCREW

SCREW SHAFT

S.SHAFT GEAR

PICK UP GUIDE

MINI TAP SCREW

FPC CABLE

RACK SPRING

MINI SCREW

Q'ty

1

RED(OR BLUE)

1

2

LOAD.MOTOR

1

L.MOTOR BKT.

1

2

SLIDE BASE

1

3

L.MECHA BASE

1

2

SP.MOTOR

1

MT603

2

SP.MOTOR BASE

1

2

SHAFT HOLDER

1

T.SP.HOLDER

1

2

FEED MOTOR

1

2

FEED MOTOR BKT.

1

2

P-UP GUIDE

1

2

RACK SPRING

Block No. MEMM

Description

3-8

UX-A10DVD

Parts list (MD mechanism)

Item

A

49 WJT0042-001A

50 LV41477-002A

51 LV40761-003A

52 QAH0039-002 MD HEAD 1 H601

53 QYSPSPT1740N

54 LV31487-003A

55 LV41349-001A H.LIFTER SPRING 1

56 LV10284-002A

57 LV10285-003A

58 LV41477-002A

59 LV30225-096A

60 VKZ4539-024

Parts number Parts name Area

E-CARD WIRE

MINI TAP SCREW

INSULATOR

MINI SCREW

HEAD LIFTER

SINGLE FRAME

MECHA COVER

MINI TAP SCREW

SPACER

MINI SCREW

Q'ty

1

4

1

4

1

2

Block No. MEMM

Description

T.MECHA PWB

MD HEAD

MECHA COVER

SERVO PWB

3-9

UX-A10DVD

DVD mechanism assembly and parts list

EXL-V73-1YPC

+

12.0mm 0.2mm

5

32

33 13

_

1110

12

6

8

9

7

Block No.

21

19

20

18

M

J

M

22

4

23

28

+

65.2mm 0.2mm

_

3

16

24

27

2

26

17

25

14

29

15

3-10

Grease

CFD-4007ZYZ JVG-31N PG-641 1401C

1

3130

JVC UXA-10 Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual