SERVICE MANUAL

MICRO COMPONENT SYSTEM

6
2006
MB505

UX-G70J,UX-G70C,UX-G70B,
UX-G70E,UX-G70EN,
UX-G70EV,UX-G70EE

SP-UXG70 CA-UXG70 SP-UXG70

SUPER VIDEO

Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)

TABLE OF CONTENTS
1 PRECAUTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3
2 SPECIFIC SERVICE INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-8
3 DISASSEMBLY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-9
4 ADJUSTMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-32
5 TROUBLESHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-37

COPYRIGHT © 2006 Victor Company of Japan, Limited No.MB505

2006/6
 SPECIFICATION
Amplifier section Output Power Northern america 120 W per channel, min. RMS, driven into 6 Ω at 1kHz with no more than 10% total
harmonic distortion. (for northern america)
Europe 160 W (80 W+80 W) at 6 Ω (10% THD) for europe
Audio Input LINE IN 500 mV/49 kΩ (at "L.IN LVL1")
250 mV/49 kΩ (at "L.IN LVL2")
125 mV/49 kΩ (at "L.IN LVL3")
GAME IN (northern america) 500 mV/49 kΩ
TV SOUND IN 500 mV/49 kΩ
Audio Output LINE OUT 1.0 Vrms (3 kΩ) (at "L.OUT LVL1")
500 mVrms (1.5 kΩ) (at "L.OUT LVL2")
SUBWOOFER OUT 260 mVrms/3.9 kΩ
HEADPHONES OUT 17 mW/32 Ω
Digital output DVD OPTICAL DIGITAL OUT -21 dBm to -15 dBm (660 nm ±30 nm)
USB input USB AUDIO
Video Output Color system NTSC (interlaced/progressive) for northern america
PAL (interlaced/progressive) for europe
VIDEO (composite) 1 V(p-p)/75 Ω
S-VIDEO Y (luminance) : 1 V(p-p)/75 Ω
C (chrominance, burst) : 0.286 V(p-p)/75 Ω for northern america
C (chrominance, burst) : 0.3 V(p-p)/75 Ω for europe
RGB 0.7 V(p-p)/75 Ω for europe
COMPONENT (Y) : 1 V(p-p)/75 Ω
(PB/PR) : 0.75 V(p-p)/75 Ω for northern america
(PB/PR) : 0.7 V(p-p)/75 Ω for europe
Speaker impedance 6 Ω - 16 Ω
Headphone impedance 16 Ω - 1 kΩ
Tuner section FM tuning range 87.5 MHz - 108.0 MHz
AM tuning range 530 kHz - 1 710 kHz for northern america
522 kHz - 1 629 kHz fro europe
Disc player section Playable disc DVD Video/DVD Audio/CD/VCD/SVCD
CD-R/CD-RW (CD/SVCD/VCD/MP3/WMA/JPEG format)
DVD-R/-RW (DVD-VR/DVD Video/MP3/WMA/JPEG format)
+R/+RW (DVD Video format)
DVD-ROM (DVD Video format)
Dynamic range 80 dB
Horizontal resolution 500 lines
Wow and flutter Immeasurable
General Power requirement AC 120 V , 60 Hz for northern america
AC 230 V , 50 Hz for europe
Power consumption 90 W (at operation) for northern america
95 W (at operation) for europe
14 W (at standby)
1.0 W (at standby display OFF mode)
Dimensions (approx.)(W/H/D) 175 mm × 250 mm × 411 mm (6-9/10 inch × 9-7/8 inch × 16-1/5 inch)
Speakers Speaker units Tweeter 1.5 cm (5/8 inch) dome × 1
Squawker 4 cm (1-5/8 inch) cone × 1
Woofer 13.5 cm (5-3/8 inch) cone × 1
Impedance 6Ω
Dimensions (approx.) (W/H/D) 166 mm × 250 mm × 232 mm (6-9/16 inch × 9-7/8 inch × 9-3/16 inch)
Mass (approx.) 2.8 kg (6.2 lbs) each

Design and specifications are subject to change without notice.

1-2 (No.MB505)
 SECTION 1
PRECAUTION
1.1 Safety Precautions
(1) This design of this product contains special hardware and voltmeter.
many circuits and components specially for safety purpos- Move the resistor connection to each exposed metal
es. For continued protection, no changes should be made part, particularly any exposed metal part having a return
to the original design unless authorized in writing by the path to the chassis, and measure the AC voltage across
manufacturer. Replacement parts must be identical to the resistor. Now, reverse the plug in the AC outlet and
those used in the original circuits. Services should be per- repeat each measurement. Voltage measured any must
formed by qualified personnel only. not exceed 0.75 V AC (r.m.s.). This corresponds to 0.5
mA AC (r.m.s.).
(2) Alterations of the design or circuitry of the product should AC VOLTMETER
not be made. Any design alterations of the product should (Having 1000
not be made. Any design alterations or additions will void ohms/volts,
the manufacturers warranty and will further relieve the or more sensitivity)
manufacture of responsibility for personal injury or property
damage resulting therefrom. 0.15 F AC TYPE
Place this
(3) Many electrical and mechanical parts in the products have probe on
special safety-related characteristics. These characteris- each exposed
tics are often not evident from visual inspection nor can the 1500 10W metal part.
protection afforded by them necessarily be obtained by us-
Good earth ground
ing replacement components rated for higher voltage, watt-
age, etc. Replacement parts which have these special
safety characteristics are identified in the Parts List of Ser-
1.2 Warning
vice Manual. Electrical components having such features
are identified by shading on the schematics and by ( ) on (1) This equipment has been designed and manufactured to
the Parts List in the Service Manual. The use of a substitute meet international safety standards.
replacement which does not have the same safety charac- (2) It is the legal responsibility of the repairer to ensure that
teristics as the recommended replacement parts shown in these safety standards are maintained.
the Parts List of Service Manual may create shock, fire, or (3) Repairs must be made in accordance with the relevant
other hazards. safety standards.
(4) It is essential that safety critical components are replaced
(4) The leads in the products are routed and dressed with ties, by approved parts.
clamps, tubings, barriers and the like to be separated from (5) If mains voltage selector is provided, check setting for local
live parts, high temperature parts, moving parts and/or voltage.
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 1.3 Caution
that they have been returned to normal, after reassem- Burrs formed during molding may be left over on some parts
bling. of the chassis.
Therefore, pay attention to such burrs in the case of pre-
(5) Leakage shock hazard testing forming repair of this system.
After reassembling the product, always perform an isola-
tion check on the exposed metal parts of the product (an-
tenna terminals, knobs, metal cabinet, screw heads, 1.4 Critical parts for safety
headphone jack, control shafts, etc.) to be sure the product
In regard with component parts appearing on the silk-screen
is safe to operate without danger of electrical shock.Do not
printed side (parts side) of the PWB diagrams, the parts that are
use a line isolation transformer during this check.
printed over with black such as the resistor ( ), diode ( )
• Plug the AC line cord directly into the AC outlet. Using a
and ICP ( ) or identified by the " " mark nearby are critical
"Leakage Current Tester", measure the leakage current
for safety. When replacing them, be sure to use the parts of the
from each exposed metal parts of the cabinet, particular-
same type and rating as specified by the manufacturer.
ly any exposed metal part having a return path to the
(This regulation dose not Except the J and C version)
chassis, to a known good earth ground. Any leakage cur-
rent 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, 1,000Ω per volt or more sensitivity
in the following manner. Connect a 1,500Ω 10W resistor
paralleled by a 0.15µF AC-type capacitor between an ex-
posed metal part and a known good earth ground.
Measure the AC voltage across the resistor with the AC

(No.MB505)1-3
1.5 Safety Precautions (U.K only)
(1) This design of this product contains special hardware and many circuits and components specially for safety purposes. For con-
tinued protection, no changes should be made to the original design unless authorized in writing by the manufacturer. Replace-
ment parts must be identical to those used in the original circuits.
(2) Any unauthorised design alterations or additions will void the manufacturer's guarantee; furthermore the manufacturer cannot
accept responsibility for personal injury or property damage resulting therefrom.
(3) Essential safety critical components are identified by ( ) on the Parts List and by shading on the schematics, and must never
be replaced by parts other than those listed in the manual. Please note however that many electrical and mechanical parts in
the product have special safety related characteristics. These characteristics are often not evident from visual inspection. Parts
other than specified by the manufacturer may not have the same safety characteristics as the recommended replacement parts
shown in the Parts List of the Service Manual and 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.

1.5.1 Warning
(1) Service should be performed by qualified personnel only.
(2) This equipment has been designed and manufactured to meet international safety standards.
(3) It is the legal responsibility of the repairer to ensure that these safety standards are maintained.
(4) Repairs must be made in accordance with the relevant safety standards.
(5) It is essential that safety critical components are replaced by approved parts.
(6) If mains voltage selector is provided, check setting for local voltage.

Burrs formed during molding may be left over on some parts of the chassis. Therefore,
pay attention to such burrs in the case of preforming repair of this system.

1-4 (No.MB505)
1.6 Preventing static electricity
Electrostatic discharge (ESD), which occurs when static electricity stored in the body, fabric, etc. is discharged, can destroy the laser
diode in the traverse unit (optical pickup). Take care to prevent this when performing repairs.
1.6.1 Grounding to prevent damage by static electricity
Static electricity in the work area can destroy the optical pickup (laser diode) in devices such as laser products.
Be careful to use proper grounding in the area where repairs are being performed.
(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) Ground yourself
Use an anti-static wrist strap to release any static electricity built up in your body.

(caption)
Anti-static wrist strap

1M
Conductive material
(conductive sheet) or iron palate
(3) Handling the optical pickup
• 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.)
• Do not use a tester to check the condition of the laser diode in the optical pickup. The tester's internal power source can easily
destroy the laser diode.

1.7 Handling the traverse unit (optical pickup)

(1) Do not subject the traverse unit (optical pickup) to strong shocks, as it is a sensitive, complex unit.
(2) Cut off the shorted part of the flexible cable using nippers, etc. after replacing the optical pickup. For specific details, refer to the
replacement procedure in the text. Remove the anti-static pin when replacing the traverse unit. Be careful not to take too long a
time when attaching it to the connector.
(3) Handle the flexible cable carefully as it may break when subjected to strong force.
(4) I t is not possible to adjust the semi-fixed resistor that adjusts the laser power. Do not turn it.

1.8 Attention when traverse unit is decomposed

*Please refer to "Disassembly method" in the text for the pickup unit.
• Apply solder to the short land sections before the card wire is disconnected from the connecto on the servo board. (If the card wire
is disconnected without applying solder, the pickup may be destroyed by static electricity.)
• In the assembly, be sure to remove solder from the short land sections after connecting the card wire.

Short land section Connector

Card wire
DVD pickup

DVD changer mechanism assembly

(No.MB505)1-5
1.9 Importance administering point on the safety

D9044
RY901

D9043
Q9044
D9047

IC901
D9046

B9104

HS901
HS902

R9046
B9105

D9045

B9102
B9103
C9045

R9045
D9048
C9043
C9042

Q9043
R9044
B9106
D9042
C9041

FT913 FT914

D9040

C9044
B9501
T9000

B9203
B9600 B9700

D9001

D9002
B9502

D9003

D9004

C9004
C9003 LF901
B9201
C9002
D9025

B9202

C9023 FT907 FT908

FT903
B9200

C9005

B9305
B9304
C9025
C9001
D9024

D9023

FT905 FT906 CN904

C9021

C9014

D9012
D9011

FT904
D9022

C9015
D9014
D9021

D9013

FT909 FT910
C9024

FT902 FT901

CN906
B9303

B9500
C9011
FT911 FT912
C9013
CN903

R9050
C9022

B9204

B9205
C9012

B9950
R9031

C9052
C9051
R9033 CN905
B9301

B9900
B9302
B9300

B9100
D9031

R9032
B9101

S9001
CN901
Q9031
D9032

C9031

EP901

Full Fuse Replacement Marking Marquage Pour Le Remplacement

Complet De Fusible
Graphic symbol mark Le symbole graphique (Ce symbole signifie
(This symbol means fast blow type fuse.)
fusible de type a fusion rapide.)

should be read as follows ; ^

doit etre interprete comme suit ;

FUSE CAUTION PRECAUTIONS SUR LES FUSIBLES

FOR CONTINUED PROTECTION AGAINST RISK POUR UNE PROTECTION CONTINUE CONTRE
OF FIRE, REPLACE ONLY WITH SAME TYPE DES RISQUES D'INCENDIE, REMPLACER
AND RATING OF FUSES ; SEULEMENT PAR UN FUSIBLE DU MEME TYPE ;

F9001 : 6.3A 125V F9001 : 6.3A 125V

F9002 : 6.3A 125V F9002 : 6.3A 125V
F9003 : 3.15A 125V F9003 : 3.15A 125V
F9004 : 3.15A 125V F9004 : 3.15A 125V
F9006 : 2.5A 125V F9006 : 2.5A 125V

1-6 (No.MB505)
1.10 Important for laser products

1.CLASS 1 LASER PRODUCT 5.CAUTION : If safety switches malfunction, the laser is able
to function.
2.CAUTION :
(For U.S.A.) Visible and/or invisible class II laser radiation 6.CAUTION : Use of controls, adjustments or performance of
when open. Do not stare into beam. procedures other than those specified here in may result in
(Others) Visible and/or invisible class 1M laser radiation hazardous radiation exposure.
when open. Do not view directly with optical instruments.

3.CAUTION : Visible and/or invisible laser radiation when

open and inter lock failed or defeated. Avoid direct
exposure to beam. ! Please use enough caution not to
see the beam directly or touch it
4.CAUTION : This laser product uses visible and/or invisible
laser radiation and is equipped with safety switches which in case of an adjustment or operation
prevent emission of radiation when the drawer is open and
the safety interlocks have failed or are defeated. It is check.
dangerous to defeat the safety switches.

REPRODUCTION AND POSITION OF LABELS and PRINT

WARNING LABEL and PRINT

(No.MB505)1-7
 SECTION 2
SPECIFIC SERVICE INSTRUCTIONS

This service manual does not describe SPECIFIC SERVICE INSTRUCTIONS.

1-8 (No.MB505)
 SECTION 3
DISASSEMBLY
3.1 Main body
3.1.1 Removing the side panel
(Fig.1, 2)
(1) Remove the six screws A attaching the side panel. (See
Fig.1)
(2) Remove the four screws B attaching the side panel. (See
B
Fig.2)

3.1.2 Removing the top cover

(Fig.1, 3)
(1) Remove the one screw C attaching the top cover. (See
Fig.1)
(2) Remove the two screws D attaching the top cover. (See
Fig.3)

C G

B
Fig.2

A A
G
Fig.1

Fig.3

(No.MB505)1-9
3.1.3 Removing the front panel
(Fig.4 to 6)
(1) Disconnect the card wire from the connector CN359 and
CN360 on the regulator board. (See the Fig.4) CN360 CN405 CN713 CN359 CN706
(2) Disconnect the card wire from the connector CN760 on the
main board. (See Fig.4)
(3) Disconnect the connector wire from the connector CN713
on the main board. (See Fig.4)
(4) Disconnect the connector wire from the connector CN405
on the video board. (See Fig.4)
(5) Remove the two screws E and two screws F attaching the
front panel. (See Fig.5)
(6) Remove the hook a. (See Fig.5)
(7) Remove the hook b and then removing the front panel.
(See Fig.6)

Fig.4

hook a

F
Fig.5

hook b

Fig.6
3.1.4 Removing the rear cover
(Fig.1)
(1) Remove the two screws G attaching the rear cover.

1-10 (No.MB505)
3.1.5 Removing the video board
(Fig.7, 8)
(1) Disconnect the card wire from the connector CN401 and
CN402 on the video board. (See Fig.7) CN401
(2) Remove the three screws H attaching the video board.
(See Fig.8)

3.1.6 Removing the tuner pack

(Fig.8, 9)
(1) Disconnect the card wire from the connector CN712 on the
main board. (See Fig.9)
(2) Remove the two screws J attaching the tuner pack. (See
Fig.8)

3.1.7 Removing the fan

(Fig.8, 9)
(1) Disconnect the connector wire from the connector CN708
on the main board. (See Fig.9) CN402
(2) Remove the two screws K attaching the fan. (See Fig.8)
Fig.7

J
H

Fig.8

CN712

CN708
Fig.9

(No.MB505)1-11
3.1.8 Removing the rear panel
(Fig.10, 11)
(1) Remove the eight screws L attaching the rear panel. (See
Fig.10)
(2) Remove the rear panel from the hook c. (See Fig.11)

L
L
L

Fig.10

hook c
Fig.11

1-12 (No.MB505)
3.1.9 Removing the transformer board
(Fig.12)
(1) Disconnect the connector wire from the connector CN903
on the transformer board.
(2) Remove the one screw M attaching the transformer board.
(3) Disconnect the connector CN901 connecting the regulator
board and then removing the transformer board with power
cord.

CN904 M CN903 CN901

Fig.12
3.1.10 Removing the main board
(Fig.13)
(1) Disconnect the card wire from the connector CN703 on the
main board.
(2) Remove the one screw N attaching the main board.
CN703 CN702 N CN701
(3) Disconnect the main board from the connector CN701 and
CN702 connecting the regulator board.

Fig.13
3.1.11 Removing the amplifier board
(Fig.14)
(1) Disconnect the amplifier board from the connector CN353
and CN354.

CN354 CN353
Fig.14

(No.MB505)1-13
3.1.12 Removing the regulator board
(Fig.15)
(1) Disconnect the connector wire from the connector CN361
on the regulator board.
(2) Remove the four screws P attaching the regulator board.
P
(3) Disconnect the card wire from the connector CN356.

CN361

P CN356

Fig.15
3.1.13 Removing the power transformer
(Fig.16)
(1) Remove the four screws Q attaching the power transform-
er.
Q

Q
Fig.16
1-14 (No.MB505)
3.1.14 Removing the DVD changer mechanism assembly
(Fig.17 to 19)
(1) Remove the four screws R attaching the main chassis.
(See Fig.17)
(2) Remove the two screws S and two screws T attaching the
DVD changer mechanism assembly. (See Fig.18, 19)

R
R

Fig.17

Fig.18

Fig.19

(No.MB505)1-15
3.1.15 Removing the USB board
(Fig.20)
(1) Remove the three screws U attaching the USB board.

U
Fig.20
3.1.16 Removing the FL board
(Fig.21)
(1) Remove the four screws V attaching the FL board.
(2) Disconnect the card wire from the connector CN100 on the
FL board.
V

CN100
V
Fig.21
3.1.17 Removing the switch board
(Fig.22)
(1) Remove the volume knob.
(2) Remove the twelve screws W attaching the switch board. W W

W W
Fig.22

1-16 (No.MB505)
3.2 DVD changer mechanism assembly section
Remove the DVD changer mechanism assembly from the main body. (See "Removing the DVD changer mechanism assembly".)
3.2.1 Removing the tray assemblies
(See Figs.1 to 5)
(1) From the top side of the main body, remove the two screws
Top cover
A from the top cover and release the two joints a on the
both sides of the DVD changer mechanism assembly. (See
Figs.1 and 2.)
(2) Remove the two rods from the top cover and remove the
top cover from the lifter assembly. (See Figs.1 and 2.) A
(3) Remove the open det. lever on the left side of the DVD A
changer mechanism assembly. (See Fig.3.)
(4) From the right side of the DVD changer mechanism as-
sembly, draw out the tray assemblies toward the front while
pushing the part b of the side (R) assembly. (See Figs.4
and 5.)
Note:
The tray can be locked if all tray assemblies are at- a a
tached.
(5) From the topside of the DVD changer mechanism assem-
bly, move the stopper tabs c in the direction of the arrow
and release them. Pull out the tray assemblies from the
DVD changer mechanism assembly. (See Fig. 5.)
Rods
Note:
Remove the tray assembly from top tray 5 in order.
Reference:
When reattaching the tray assembly, or when removing the
disc remaining inside, refer to another section "3.3.15 Taking
out the disc in the play mode". Lifter assembly
Fig.1
Rods Top cover

Lifter assembly
Fig.2

(No.MB505)1-17
 Open det. lever

Fig.3

Tray assemblies Side(R) assembly

b
Fig.4
Tray assembly

Fig.5

1-18 (No.MB505)
3.2.2 Removing the DVD servo board
(See Figs.6 to 8)
Caution:
Solder the short land sections d on the DVD pickup before dis-
connecting the card wire extending from the DVD pickup. If
you do not follow this instruction, the DVD pickup may be dam- DVD pickup
aged. d
(1) From the topside of the DVD changer mechanism assem-
bly, solder the short land sections d on the DVD pick up.
(See Fig.6.)
(2) From the bottom side of the DVD changer mechanism as-
sembly, disconnect the card wire from the connectors
(CN201, CN451) on the DVD servo board. (See Fig.7.)
Reference:
When connecting the card wire to the connector CN451,
pass it through the sections e on the DVD traverse
mechanism assembly. (See Fig.7.)
(3) Disconnect the wires from the connectors (CN452, CN453)
on the DVD servo board. (See Fig.7.)
DVD changer mechanism assembly
(4) Remove the two screws B attaching the DVD servo board.
(See Fig.7.) Fig.6
(5) From the reverse side of the DVD servo board, release the DVD changer mechanism assembly
lock of the connector CN101 in the direction of the arrow CN453
e
and disconnect the card wire. (See Fig.8.)
Caution: f
Unsolder the solders from the short land sections d after reas-
sembling. (See Fig.6.) g
CN451
3.2.3 Removing the switch board
(See Fig.7) Switch board
(1) From the bottom side of the DVD changer mechanism as- B
sembly, remove the screw C attaching the switch board on
the DVD changer mechanism assembly.
(2) Disconnect the wires from the connectors (CN452, CN453)
C
on the DVD servo board.
(3) Release the wires from the section f and remove the switch
board.
(4) Release the wires from the sections g and remove the
switch board.
Reference:
When reassembling, pass the wires through the sections (f, g)
as before. CN201 B CN452
DVD servo board
DVD traverse mechanism assembly
Fig.7
DVD servo board CN101

Lock

Fig.8

(No.MB505)1-19
3.2.4 Removing the motor board
(See Figs.9 and 10)
(1) From the top side of the DVD changer mechanism assem-
bly, remove the two belts from the motor pulleys. (See
Fig.9.)
Note:
Take care not to attach grease on the belt. Belt Belt
(2) Remove the two screws D attaching the motors to the load-
er assembly. (See Fig.9.)
(3) From the bottom side of the DVD changer mechanism as-
sembly, remove the two screws E. (See Fig.10.)
(4) Disconnect the connector CN2 on the motor board from the
tray switch board and remove the motor board. (See D D
Fig.10.)
(5) Disconnect the card wire from the connector CN1 on the
forward side of the motor board. (See Fig.10.)
Note: Motor Motor
When connecting the card wire, let the card wire through the Motor pulleys Loader assembly
slots h of the motor board. (See Fig.10.) Fig.9
Reference:
You need not to remove the tray assemblies, and in such case,
Motors
move it.

3.2.5 Removing the motor

(See Fig. 10) Motor board
• Remove the motor board.
(1) From the reverse side of the motor board, unsolder the four
soldered sections i on the motor board.
(2) From the forward side of the motor board, remove the mo-
tors. i
Tray switch Motor board
board
E E

CN2

CN1

Motors
h

DVD changer mechanism assembly

Fig.10

1-20 (No.MB505)
3.2.6 Removing the DVD traverse mechanism assembly
(See Fig.11)
• Remove the tray assemblies and DVD servo board.
DVD changer mechanism assembly
(1) From the bottom side of the DVD changer mechanism as-
sembly, remove the three screws F attaching the DVD F
traverse mechanism assembly.
(2) Remove the wires from the section j.
(3) Take out the DVD traverse mechanism assembly from the
DVD changer mechanism assembly.
j

F
F

DVD traverse mechanism assembly

Fig.11

(No.MB505)1-21
3.2.7 Removing the DVD pickup
(See Figs.12 to 14)
• Remove the tray assemblies, DVD servo board and DVD
DVD traverse mechanism assembly
traverse mechanism assembly. Feed bracket
(1) From the top side of the DVD traverse mechanism assem- Thrust spring
bly, release the lock of the connector on the DVD pickup Connector
and disconnect the card wire in the direction of the arrow.
(See Fig.12.)
(2) Turn the screw shaft gear in the direction of the arrow 1 to
move the DVD pickup in the direction of the arrow 2. (See
Fig.12.)
(3) Remove the screw G attaching the feed bracket and re-
move the feed bracket from the sections k. (See Fig.12.) 2
(4) Release the claw m of the thrust spring in the direction of
the arrow and remove the thrust spring. (See Fig.12.)
(5) Remove the guide shaft from the sections (n, p) on the
C.TM chassis. (See Fig.13.) G
(6) Remove the section q of the DVD pickup. (See Fig.13.) 1
(7) Remove the two screws H attaching the rack arm spring
and rack arm. (See Fig.14.)
(8) Pull the guide shaft from the DVD pickup in the direction of
the arrow. (See Fig.14.)
k
3.2.8 Attaching the DVD pickup Thrust spring
Screw shaft gear
(See Figs.12 to 14)
(1) Attach the guide shaft to the DVD pickup and attach the DVD pickup
rack arm spring and rack arm with the screws H. (See
Fig.14.)
(2) Attach the section q of the DVD pickup to the C.TM chassis m
first and attach the guide shaft to the sections (n, p). (See Fig.12
Fig.13.)
DVD pickup q
Reference:
When attaching the guide shaft to the section p, attach it
under the rod spring. (See Fig.13.)
(3) Attach the thrust spring and feed bracket with the screw G.
(See Fig.12.)
(4) Turn the screw shaft gear in the direction of the arrow 1 to
move the DVD pickup in the direction of the arrow 2. (See
Fig.15.)
(5) Connect the card wire to the connector on the DVD pickup.
(See Fig.15.)

p n

Rod spring Guide shaft

C.TM chassis
Fig.13

1-22 (No.MB505)
 DVD pickup

Rack arm

Guide shaft

H
Rack arm spring
Fig.14
Connector
DVD pickup

Screw shaft gear

Fig.15

(No.MB505)1-23
3.2.9 Removing the spindle motor board
(See Figs.16 and 17)
• Remove the tray assemblies, DVD servo board and DVD
DVD traverse mechanism assembly
traverse mechanism assembly.
(1) From the top side of the DVD traverse mechanism assem- Spindle motor board
bly, remove the wires from the soldered sections r on the
spindle motor board. (See Fig.16.)
(2) From the bottom side of the DVD traverse mechanism as-
sembly, remove the three screws J attaching the spindle
motor board. (See Fig.17.)
Reference:
When attaching the spindle motor board, let the card wire
through the hole s on the C.TM chassis. (See Fig.17.)

r
Fig.16
DVD traverse mechanism assembly

C.TM chassis
Fig.17

1-24 (No.MB505)
3.2.10 Removing the feed motor
(See Figs.18 and 19)
• Remove the tray assemblies and DVD traverse mechanism
Feed bracket
assembly.
(1) From the top side of the DVD traverse mechanism assem- Thrust spring
bly, remove the screw K attaching the feed bracket and re-
move the feed bracket from the sections t. (See Fig.18.)
(2) Release the claw u of the thrust spring in the direction of
the arrow and remove the thrust spring. (See Fig.18.)
(3) Remove the screw shaft from the section v and remove it
in the direction of the arrow. (See Fig.19.)
(4) Remove the middle gear. (See Fig.19.)
(5) Remove the screw L attaching the feed motor to the C.TM
chassis. (See Fig.19.)
(6) Remove the wires from the soldered sections w on the
spindle motor board. (See Fig.19.)
(7) Take out the feed motor from the motor base.
Reference:
K
After attaching the feed motor, pass the wires through the sec-
tions x on the C.TM chassis as before. (See Fig.19.)

t
Thrust spring

u
Fig.18
Spindle motor board
Middle gear
v

w Screw shaft C.TM chassis

x

L
Fig.19

(No.MB505)1-25
3.2.11 Removing the side (L) and tray switch board
(See Figs.20 to 22)
• Remove the tray assemblies.
SIde(L)
(1) From the topside of the DVD changer mechanism assem-
bly, remove the two screws M attaching the side (L). (See
Fig.20.) M
(2) From the left side of the DVD changer mechanism assem-
bly, disconnect the connector CN3 on the tray switch board
from the motor board and detach the side (L) in an upward
direction. (See Fig.21.)
(3) Remove the screw N attaching the tray switch board to the
side (L). (See Fig.22.)
(4) Release the joint tab y of the side (L) in the direction of the
arrow 1 and release the joint tab z while removing the tray
switch board in the direction of the arrow 2. (See Fig.22.)
M

DVD changer mechanism assembly

Fig.20

M M
CN3

Tray switch board

Motor board

Side(L)

Fig.21
y

1
Side(L)

2
z

Tray switch board

N
Fig.22

1-26 (No.MB505)
3.2.12 Removing the side (R) assembly
(See Fig.23 to 27)
• Remove the tray assemblies and DVD servo board.
Elevator spring ab
(1) From the inside of the side (R) assembly, release the two
tabs aa of the gear cover and remove the gear cover out-
ward. (See Figs.23 and 24.)
Elevator cam
(2) From the right side of the DVD changer mechanism as-
sembly, remove the elevator spring attached to the hook
ab of the loader assembly. (See Figs.24 and 25.)
(3) From the top side of the DVD changer mechanism assem-
bly, turn the gear 1 clockwise to move the elevator cam
rearward. (See Fig.25.)
(4) Move the two slots ac and joint ad of the elevator cam and ac ad ac
remove the elevator cam outward. (See Fig.25.) Fig.25
(5) Remove the three screws P and detaches the side (R) as-
sembly upward. (See Figs.26 and 27.) P
Note: ae Select lever
When reattaching the side (R) assembly, make sure to fit the
shaft (part ae) into the slot of the select lever. (See Fig.26.)
Side(R) assembly
aa

P
Fig.23
Elevator spring
Gear 1
Side(R) assembly Side(R) assembly
Fig.26

ab

Gear cover P

Loader assembly
Fig.24
Side(R) assembly
Fig.27

(No.MB505)1-27
3.2.13 Removing the lifter assembly
(See Figs.28 to 32)
• Remove the tray assemblies, DVD servo board, side (L) and
Hook
side (R) assembly.
(1) (1) From the top side of the DVD changer mechanism as-
sembly, turn the gear 1 clockwise to move the lifter assem-
bly upward. (See Figs.28 and 29.) ah
(2) Turn the gear 2 clockwise to move the hook toward the
front until it stops. (See Figs.28 and 29.)
(3) Move the hook stopper in the direction of the arrow 2 while
pushing the tab af of the hook stopper to unlock it in the di- ag
rection of the arrow 1 and release four joints ag to detach
ag Rod(L)
from the rack holder. (See Fig.30.)
(4) Release the rod (L) from part ah. (See Fig.30.) 2
(5) Turn the gear 1 clockwise again to move the lifter assembly 1
upward. (See Fig.31.)
(6) Remove the lifter assembly from the DVD changer mecha-
nism assembly upward at the positions ai where the four
ag
pins on the both sides of the lifter assembly fit to the notch-
es of the loader assembly. (See Fig.31.) af
(7) Move the lifter assembly in the direction of the arrow and
release it from the hook. (See Fig.32.) Rack holder ag Hook stopper
Hook stopper Gear 2 Fig.30
Gear 1
Lifter assembly ai ai

Gear 1
Hook

ai ai
Loader assembly
Fig.31
Lifter assembly

Lifter assembly
Fig.28
Lifter assembly
Gear 1
Gear 2

Hook
Fig.32

Hook stopper Hook

Fig.29

1-28 (No.MB505)
3.2.14 Removing the sensor board and SV resistor
(See Fig.33)
• Remove the tray assemblies, side (L), side (R) assembly and
Sensor board ak
lifter assembly.
(1) Remove the solders from the soldered sections aj on the
sensor board and remove the wires.
(2) Remove the two screws Q and take out the sensor board aj
with the SV resistor.
Reference:
• Remove the soldered section ap on the sensor board as re- Q
quired.
• When reassembling, pass the wires through the slot ak of
the sensor board as before. ap

Note: Q
When reattaching the SV. resister, fit the projection am on the
bottom of the SV. resister into slot an of the sensor slider.

SV resistor

am

an SV resistor
Slider

Fig.33

(No.MB505)1-29
3.2.15 Taking out the disc in the play mode
(See Fig.34 to 37)
Reference:
Tray assembly
Refer to "3.3.1 Removing the tray assemblies".
(1) From the top side of the DVD changer mechanism assem-
bly, remove the top cover.
(2) Unlock the tray assemblies and draw out the tray assem-
blies toward the front.
(3) From the top side of the DVD changer mechanism assem-
bly, turn the gear 1 clockwise to move the lifter assembly
upward. (See Fig.34.) Gear 2
(4) Turn the gear 2 clockwise to move the sub tray remaining
inside the lifter assembly toward the front, then pull out. Gear 1
(See Fig.34.)
(5) Take out the disc on the sub tray. (See Fig.35.)
(6) After clearing away the disc, insert the sub tray into the
main tray. (See Fig.36.)
Note: Sub tray
When reattaching the sub tray, move the tray stopper on
the bottom of the main tray in the direction of the arrow
to lock the sub tray certainly. (See Figs.36 and 37.)
(7) Push the tray assembly toward the DVD changer mecha-
nism assembly and reattach.

Fig.34
Tray assembly Disc

Sub tray
Fig.35

1-30 (No.MB505)
Tray stopper
Main tray

Sub tray
Fig.36
Tray stopper

Fig.37

(No.MB505)1-31
 SECTION 4
ADJUSTMENT
4.1 ATTENTION IN SERVICE OF DVD SECTION
(1) When pickup, Flash ROM ,DVD module board were changed, initialize EEPROM by all means.
(2) When full initialization was excuted, excute learning with a DVD test disc by all means.
Test disc : VT-501, VT-502
Learning method : It is adjusted automatically by normal playback of a DVD disc.

4.2 Test mode

Item Operation Managemant

Tray lock STOP [key] + DISC 1 EJECT Loader-Mehca is locked.
(Only during Stanby Mode) EJECT processing isn't done by pushing EJECT key at tray
lock state.
Then display to LOCKED/UNLOCKED.
EJECT 1 is pushed, pushing STOP again, tray lock is off.
Back up to tray locked ON/OFF.
Cold start [Remocon key] Cold start processing.
STANDBY/ON + ENTER + 10 After cold start is activated, FL temporary display
COLD' for 2 seconds. Then return to previous display.
To activate cold start AC OFF system, then AC ON again.
CLOCK [Remocon key] Fast Forward Clock (Increase clock counter speed)
FAST FORWARDING STANDBY/ON + ENTER + 2 Can only be activated after SYSTEM Clock is set
To exit this TEST mode, AC OFF the system, then AC ON
again.
FAN ON/OFF Setting STOP [key] + DISC 2 EJECT Toggle between FAN switch ON and OFF.
(During STANDBY MODE) ( FANCTRL : L -> H TOGGLE )
This test mode is only effective during STANDBY MODE.
Need to set POUTREG to H when FANCTRL is H.
Test mode exit when system STANDBY -> P.ON
VOLUME LARGE [Remocon Key] VOLUME CHANGE
STEP CHANGE STANDBY/ON + ENTER + 1 VOLUME STEP MAX(40)
-> VOLUME STEP CENTER(20) TOGGLE
Normal Operation TEST mode.
System returns to normal operation after performing VOLUME
CHANGE.
MICON VERSION [Remocon Key] TEMPORARY DISPLAY FOR MICON VERSION (5SEC)
DISPLAY STANDBY/ON + ENTER + 9 After 5 seconds, return to previous display.
Each key press will toggle temporary display for the following:
SYSCON VERSION -> DVD LSI (BE) VERSION) and DVD
MECHA VERSION
* DVD LSI (BE & FE) VERSION CAN ONLY BEEN DISPLAY
DURING
SYSTEM POWER ON IN DVD MODE (WHEN DVD LSI P.ON)
* IF THERE IS NO INFORMATION FEEDBACK, SYS-CON
WILL DISPLAY
"WAIT" BLINKING 0.5SEC ON & OFF
Actual FL display SYSCOM version "012417-R**" or
"030227-R**"
FL ALL SEGMENT [Remocon Key] FL ALL SEGMENT ON (NO BLINK)
and TEMPERATURE STANDBY/ON + ENTER + >=10 Each key press will toggle between FL ALL SEGMENT, TEMP
DATA decimal data and DVD THERMISTOR Temperature data.
DVD test mode STOP [key] + EJECT 5[key] Enters DVD-TEST mode.
(Hold during AC In) DVD-TEST mode specification based on DVD-MODULE spec.
To exit DVD-TEST mode, AC OFF the system, then AC ON
again.
For Region Rewrite and DVD-AUDIO Device Key Writing,
refer to Region Rewrite and Device Key Writing section below
for exit procedure.

1-32 (No.MB505)
 Item Operation Managemant
DVD initialize >>| [key] during DVD test mode DVD module initialized.
FL 8 Segments will display 'INIT' after initialize.
" T xxy v0 " <- " T xxy vw "
Display will return to DVD Test Mode Area display.
( " T xxy vw " )
Press Power key to exit this TEST mode.
To exit this TEST mode, AC OFF the system, then AC ON
again.
DVD region confirm STOP [key] + EJECT 5[key] FL display " T E*0 " (E=Euro) Region*
mode (Hold during AC In)
FL display " T E2 0 " (E=Euro) Region 2
or " TJC10 " (JC=USA/CANADA)Region 1
Tuner test mode [Remocon key] eg: V U2 9K " VE 9K " Euro or " VJC 10K " (USA/CANADA)
Standby + enter + 0 V: version
U2: A/UF/UN/US
9K: AM STEP SETTING
SAFETY MODE check STOP + LINE [key] (A) If safety-cassette deck trigger, FL show : " ACM SAFETY "
by WHAT In standby [after safety trigger] (B) If /protect trigger, FL show : "AMP SAFETY"
(C) If /safety-reg trigger, FL show : "REG SAFETY"
(D) If flock trigger, FL show : "FAN SAFETY"
(E) If DVD temperature trigger, FL show : "DVD-SAFETY"

POWER KEY PRESSED to exit

*Note:
1. Other than Device Key Writing & DVD Region Re-write case, other test mode can be exit
by pressing POWER KEY on SET.
2. During any other Test Mode, when POWER KEY is pressed, wait until "POFF OK" displayed
(with Backlight LED off) meaning that DVD Test mode is successfully exit.
3. "POFF OK" Display will be indicated for 5sec only, then it will return to Standby Mode Display
4. After "POFF OK" dsiplay, system is now go back to normal operation mode.

4.3 Other test mode's operation

1. To enter DVD TEST mode,

a. AC POWER OFF
b. Press and hold STOP+DVD5 EJECT/CLOSE keys.
c. AC POWER ON while holding STOP+DVD5 EJECT/CLOSE keys.
d. Sys-con will send the following commands:
(INIT Command, TEST MODE Start)
(MODE STATE REPORT Command, DELIVERY INFO)
(STATUS REQUEST, DESTINATION AND REGION INFO)
(DESTINATION INFO, DESTINATION NUMBER, REGION INFO).
e. DVD Mecha will start in TEST MODE, FL will display:

T x x y v w

xx is the received DESTINATION information. Display as follows:

xx = JC/1U/D/E/2U/3U/UB/UT/4U/UY/EE/UF
y = region number
v = study state information from MECHA-CON (Display Byte3 when Byte7 is "0x09")
w = initialization state from MECHA-CON (Display Byte4 when Byte7 is "0x09".Display blank when Byte4 is "0xFF". )

2. To extie DVD TEST mode,

a. During TEST MODE (except for Device Key write & DVD Region Re-write), press POWER KEY
and wait until "POFF OK" is displayed for 5sec, then system goes into Standby Mode & Backlight LED is off
This means that System now successfully exit the DVD Test Mode & back to normal mode
b. To exit TEST mode for Device Key Write & DVD Region Re-write, first AC OFF,
then AC ON again to return to normal state.

(No.MB505)1-33
 3. EEPROM INITIALIZATION
(1) NORMAL INITIALIZE
a. During DVD TEST MODE, Press >>| key on remote control to start NORMAL EEPROM INITIALIZATION.
b. Sys-con will send the following command:
c. Mecha will feedback the following information after finish INITIALIZATION:
Status: Byte 0 = 0x00 (NORMAL), Byte 7 = 0x09, Byte 4 = initialization state
d. When received status, FL will display:

T x x y v w

w = initialization state from MECHA-CON (Display Byte4 when Byte7 is "0x09".Display blank when Byte4 is "0xFF". )

(2) FULL INITIALIZE

a. During DVD TEST MODE, STOP key on set 2 seconds control to start FULL EEPROM INITIALIZATION.
b. Sys-con will send the following command:
c. Mecha will feedback the following information after finish INITIALIZATION:
Status: Byte 0 = 0x00 (NORMAL), Byte 7 = 0x09, Byte 4 = initialization state
d. When received status, FL will display:

T x x y v w

w = initialization state from MECHA-CON (Display Byte4 when Byte7 is "0x09".Display blank when Byte4 is "0xFF". )

4. DEVICE KEY CHECKSUM DISPLAY

a. During DESTINATION INFO display screen (1), press MENU key to enter DEVICE KEY CHECKSUM display
(TEST MODE, MODE STATE, CHECK MODE)
(DEVICE KEY CHECKSUM)

FL will display (Example):

X X X X X X X X DISPLAY BOTH CPPM AND CPRM

5. DVD CHECK MODES

a. Press MENU key again to enter CHECK MODE.
(TEST MODE, MODE STATE, CHECK MODE)

FL Display:
C H E C K

Press '1' key on REMOTE CONTROL to START PLAYBACK.

FL Display:
P L A Y B A C K

Press '2' key on REMOTE CONTROL to perform SEARCH TNO+1

FL Display:
W O B B L E (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY
Press '3' key on REMOTE CONTROL to perform SEARCH TNO-1
FL Display:
C H E C K

Press '4' key on REMOTE CONTROL to light up CD_LD and display laser current.
FL Display:
C D L D L S R (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY
Press '5' key on REMOTE CONTROL to light up DVD_LD and display laser current.

1-34 (No.MB505)
FL Display:
C D L D L S R (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY
Press '6' key on REMOTE CONTROL to enter DVD x 2 JITTER MEASUREMENT MODE
FL Display:
J I T X 1 (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY
Press '7' key on REMOTE CONTROL to view EEPROM (MECHA) content in -1 address step.
FL Display:
E E P B W D (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY

Press '8' key on REMOTE CONTROL to view EEPROM (MECHA) content in +1 address step.
FL Display:
E E P F W D (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY

Press '9' key on REMOTE CONTROL to perform SEARCH DVD_SL DESIGNATED POSITION and
JITTER MEASUREMENT
FL Display:
T E M P (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY

Press '10' key on REMOTE CONTROL to perform SEARCH DVD_DL PARALLEL DISC DESIGNATED
POSITION and JITTER MEASUREMENT
FL Display:
D V D - D L (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY

Press '0' key on REMOTE CONTROL to perform monitor output.

FL Display:
M O N I T O R (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY

Press '>=10' key to INITIALIZE EEPROM (MECHA)

FL Display:
I N I T (2 seconds)

Press PLAY key on REMOTE CONTROL to start PLAYING and obtain LASER CURRENT and JITTER value.

(No.MB505)1-35
 FL Display:
L S R J I T (2 seconds)
Status: 00(NORMAL) XX XX cc cc jj jj
c c c c j j j j (Static) cccc: Byte 0 = 0x00, Byte 7 = 0x00, Byte 3,4 ¨DISPLAY
jjjj: Byte 0 = 0x00, Byte 7 = 0x00, Byte 5,6 ¨DISPLAY

Press STOP key on REMOTE CONTROL to stop JITTER measurement.

FL display remains.
F F F F F F F F (Static)

b. During CHECK mode, at any time press MENU key to exit CHECK mode and return to starting screen of DVD
TEST MODE.

* During TEST mode,at press POWER key send POWER OFF command to MECHA-CON and if poweroff permit
flag is 1, display "POFF OK"

P O F F O K

1-36 (No.MB505)
 SECTION 5
TROUBLESHOOTING

This service manual does not describe TROUBLESHOOTING.

(No.MB505)1-37
Victor Company of Japan, Limited
Audio/Video Systems Category 10-1,1chome,Ohwatari-machi,Maebashi-city,371-8543,Japan

(No.MB505)
Printed in Japan
VPT
 SCHEMATIC DIAGRAMS
MICRO COMPONENT SYSTEM

UX-G70J,UX-G70C,UX-G70B,UX-G70E
UX-G70EN,UX-G70EV,UX-G70EE
CD-ROM No.SML200606

SP-UXG70 CA-UXG70 SP-UXG70

SUPER VIDEO

Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)

Contents
Block diagrams 2-1
Standard schematic diagrams 2-3
Printed circuit boards 2-19 to 24

No.MB505SCH
COPYRIGHT 2006 Victor Company of Japan, Limited.
2006/6
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.
< MEMO >
 Block diagram
DVD section MA0 to 11, MDQ0 to 15
BA0, BA1, MCK, DQM0, DQM1
A, B, C, D, RF+/-, LPC1, LPC2
CN101
E1+F1, E2+F2, E3+F3, E4+F4
NCSM, NRAS, NCAS, NWE IC505
DVD pickup LPCO1 SDRAM
LRMUTE
LPCO2
mechanism BCK, LRCK, DACCK, AOUT0 FAOUTL

CN702
CN503
LD(CD) Q101 to Q104 CDLDCUR
DVDLDCUR
DAC0CS, DCLK, DDATA, DACPDN IC701 FAOUTR
LD(DVD)
LASER AUDIO ADC
FM+/- DRIVER
WOUT TX, DAC1OUT, DAC2OUT, DAC3OUT, DAC4OUT, DAC5OUT
VOUT F+/- SPDRV, TRSDRV IC301
UOUT T+/- FODRV, TRDRV DV3.2 EXDT0 to 15,
IC302

CN501
COM IC201 /SPMUTE, /DRVMUTE, FG EXADT0 to 15
CN201

DVD traverse EXADR16 to 20 D1.2V

DRVER NEXCE, NEXOE
mechanism TRVSW IC509 REG.
NEXWE
FLASH
IC510 SDA,SCL,WP S2UDT, U2SDT, UCS IC305 IC705
ROM

CN701
CN504

CN502
UCLK, SCS, CPURST 3.3V A5V
EEPROM X301 DISCSET, DISCSTP
REG. REG.
27MHz
CPURST DVDPWR

IC453 DISPRST
DISPBUSY
DVD changer mechanism section RESET DISPCS
R1 DISPCK

CN453
LSENSOR DISPD2S

W2
POSITION
SW1 to SW5 TR1_CL to TR5_CL IC451 DISPS2D
SENSOR
TRAY1 to 5
SW6
MECHA
CLOSE SW M.TR_OP
TRAY CONTROLLER
SW8

CN452
OPEN SW STEDSW EPDI

W1
SUB TRAY EPDO
CN3 END SW CLSWT1 to 5 EPCS
MTOPSW EPSK
CN2 POSMUP
X451 IC452
POSMDN
CN451 8MHz EEPROM
M1,M2 MTOP, MTCL
CN1

IC1, IC2 POS_UP, POS_DOWN

TRAY/POSITION M TRAY / POSITION TR_OP, TR_CL
MOTOR MOTOR DRIVER
CN906

CN901

D9044 to D9047 IC901

AC T9000
US6V SUB6V
INPUT TRANSFORMER DIODE BRIDGE REG.
S12V
RY901 POUT S1
RELAY S3CT
CN903

+VH, -VH +VL, -VL S3

D9001 to D9004 D9011 to D9014 D9021 to D9024
DIODE BRIDGE DIODE BRIDGE DIODE BRIDGE T
S1 S2 S3 FA
CN904

T9001 S4
TRANSFORMER

TUNER
UNIT

Transformer section

2-1
 Audio amplifier & Regulator section
/PRT Q3011,Q3111 OUTL OUTL

CN301

J3501
Q3061 to Q3064 OUTR OUTR Q3561,RY351 TO

CN302
CN353
PROTECTOR INL INL SPK RELAY SPEAKER
AMPCTRL /SMUTE Q3551 to Q3555
IC301 Q3041 to Q3043 INR INR
H/P MUTE SPKRLY
Q3051 to Q3054 POWER AMP. SYSTEM MUTE /SMUTE
IC STANDBY
+VH, -VH, +VL, -VL
CTRL CTRL
/SAFETY_REG

R_OUT, B_OUT, Y/G_OUT, Y_OUT, C_OUT +VH D3210 Q8001 to Q8003

CN356

-VH to D3512 VOLTAGE CTRL

IC300 +VL
USB3.3V D3514

CN354
CN801
SPDIF(TX) USB3.3V REG. -VL S3CT S3
D3516
CTRL
SAFETY
CN351

S1 Q3541 FLVH POUT DET. IC831 IC821 IC811

30V REG. DVD5V S9V S12V
REG. REG. REG.
S3, S3CT
GAMEL/R
S4 HPL/R DVD5V S9V S12V
CN361 CN358 CN357 CN360 CN359 CN355
Used for
Area suffix J/C Video section
CN701 CN702
OPTICAL Used for Area suffix B/E/EN/EV/EE
IC250

FB SPDIF(TX)
Q2250 DIGITAL Q4006 SCART-LIN, SCART-RIN
SPKRLY

CN403
Q2260 OUT Q4007 FUNCTION
SCART
/AHB FAN-LDT Q4201 to Q4204 BLANKING
AHB VIDEO TERMINAL
SCREEN MODE
SW VS1, VS3, BLANK-CTL
INL/R
GAMEL/R Y/G_OUT Py/G OUT
Q2300 R-Y/R_OUT Pb/B OUT
J230

SWL/R SUBWOOFER IC401

J4001
to Q2302 COUT, YOUT Pr/R OUT COMPONENT
OUT CN401 B-Y/B_OUT VIDEO
IC200 SW MUTE CV OUT VIDEO OUT
/SWMUTE
V-MUTE DRIVER
E.VOLUME VIDEORGB
V-MUTE, VIDEORGB, VIDEORGB
& VIDEOYC, VIDEO-SW VIDEOYC C OUT
CN705

CN402

HPF VS1, VS3, BLANK-CTL Y OUT COMPOSITE

IC402

J4002
SCART-LIN VIDEO-SW C/R /S-VIDEO
SCART-RIN VIDEO SW
GAMEPOS
OUT
VOLCLK
Used for Area suffix J/C
CN405
VOLDATA POUT
/SMUTE VOLCE /SAFETY
/PRT
Front panel section
CN703

/SMUTE
AMPCTRL
FAOUTL DVDL/R FW110
FAOUTR Q2600,Q2601
LSEL0 GAMEPOS GAME
LRMUTE
FW120

Q2610 RSEL0

J1500
GAMEL/R IC150 VIDEO
LRMUTE Q7900
GAME IN AMP. /AUDIO
Q7901
CN704

DISPRST, DISPCS INPUT

DISPCK, DISPD2S
LOUTSE-DET
Q7999
Used for Area suffix J/C
LINE OUT HPL/R
FW121 FW130

DISPBUSY
DISPS2D DET. USB3.3V HPSW J1200 HEADPHONE
IC703 DISPBUSY HPSW LOUTL AUXLIN, AUXRIN OUTPUT
DISPS2D AUXSW USBL/R LOUTR QPL IC140,IC141,Q1450
3.3V to 5.5V
CN713

J1400

QPL AUXL/R LINE

CONVERTER LINE IN AMP. & QP-LINK
/LOMUTE AUXSW INPUTPUT
EEP-SCL LOUTL/R
J1410

EEP-SDA /LOMUTE Q1410 to Q1412 LINE

IC702
EEPROM IC701 LINE OUT MUTE OUTPUT
SYSTEM X1300 D+/-
J1300

MICON 12MHz IC130 HOST USB AUDIO

Q7301 /RESET
USBL/R INPUT
D/A
RESET

X7001 IC101 REM FL1, FL2 DI100

8MHz REMOCON FLVH FL DISPLAY
FL-BK
SEG1 to SEG20
FLOCK FLVH FL-CLK
D1020, Q1020 BKLED GRID1 to GRID13
CN708

TO FL-DATA
FL-CTL Q7807 BACK LIGHT FL-LATB IC100
FAN Q7400,Q7401 FON1
Q7808 FL DRIVER
FAN DRIVER
REM CN100
STB-LED, BKLED FL1
RDSON, RDSCLK FL-CLK, FL-LATB CN110
FL2
RDSDATA FL-DATA, FL-BK
CN706
CN712

FLVH
CN111

NER TUCE, TU-DIN FKEY1, FKEY2 FKEY1 VOLM

TU-DOUT, TUCLK VOLM, VOLP FKEY2 STB-LED VOLP
IT
TUL/R S1100 to S1121 D1105,Q1100 JS110
KEY MATRIX STANDBY LED VOLUME
System Control & Audio section

2-2
 Standard schematic diagrams
Primary section
QGB2510J1-14

TRANSFORMER (J/C)
GVA10129-A1
CN901

GND

GVA10129-A1
TO CN903 OF
1
S2
2
S2
TO CN351 OF GVA10129-A2

3
C9011 S1
0V C9001 4
AMPGND 1 MY NI MY NI S1
0V 5
AMPGND 2 ! !
! F9001 S3CT
0V 6
INH 3
D9011 D9001 S3

1N5402M-20
0.1V QMF51U1-6R3-J8 7
S1
(PAGE 2/9)

4 1N5402M-20 1N5402M-20
6.3A/125V S3
47.6V
1N5402M-20

+VH 5
8
1N5402M-20

1N5402M-20
! !
! !

0.1/250
D9004
D9014

C9005

QGA3901C1-08
-47.6V
C9015

0.1/250
MY MY
0.1/100

-VH MY MY MY MY
0.1/100
6
! F9002
22V !

C9002
+VL 120V S1

0.1/250

GVA10129-A1
TO CN904 OF
7
C9014

C9004
C9012

D9012

D9002
0.1/100

3
-VL -22V QMF51U1-6R3-J8 120V S2
8 2
6.3A/125V

CN903
19.19V D9013 D9003
S3 9 0V GND
1N5402M-20 1N5402M-20 1

FROM TRANSFORMER
0V
S3GND 10 S2
8V ! !
S3CT 11 MY MY S1
5.6V NI
SUB6V 12 C9013 C9003 NI 0V S3
QMF51U1-3R15-J8
4.3V 3.15A/125V
1 GND
POUT 13 14.6V S3CT
11.9V 2 S2
S12V 14 ! ! 14.6V S3
D9025 F9003 F9004
3 S2
2A02-M QMF51U1-3R15-J8 33.0V S4
0V
C9021 4 S1
MY 3.15A/125V 33.0V S4CT
NI
5 S1
0V 0V S4
! ! F9006
6 S3CT
** T9001

S4CT
6.2V
D9021 QMF51U1-2R5-J8 7 S3 QQT0510-001
1N5402M-20

S4

S4
2.5A/125V 6.2V
8 S3
0.1V

1N5402M-20
INHB
1N5402M-20

!
!
D9024
C9025
0.1/100

0.8V R9031 MY 1 2 3

0.1/100
R9033 MY MY
B9100

NI NI
C9022

C9024 TO CN361 OF GVA10129-A2

D9022
0.1/100

D9031
Q9031

NI (PAGE 2/9)
0V

NI

D9023
C9031

R9032 1N5402M-20
NI

NI D9032
NI !
MY
C9023 NI

QGA7901C1-03

FROM TRANSFORMER
CN904
!
D9040 D9043
C9044
IC901 1N4003S-T5 1SS133-T2 QCZ9105-472
US6V
KIA7805API
4 3
3
0.1V

MY 120V
2
4.3V 1 2 0V
VOUT
GND

1
VIN

Q9044
0V

! RY901
KRC111M-T
1 2 3 QSK0129-002
0.7V

5.6V
11.2V

D9044

1N4003S-T5 7 1

D9045
6
1N4003S-T5
D9048 C9041 C9043
D9046
1SS133-T2 100/16 1000/25
5 4
1N4003S-T5 **
! T9000
QMF51U1-5R0-J8

** B9304
QQT0253-012
D9047
1N4003S-T5
4

!
!
5A/125V
F9008
LF901

NEUTRAL
NI

LIVE

!
1

R9050
3.3M
C9051

QRZ9037-335 B9305
NI

C9052
NI !
1 2

CN906
QGA7901C1-02

EP901
QNZ0136-001Z

**

REF. NO. UP A US/UX/UN/UG/UJ J/C E/EN/B/EV/EE

T9001 QQT0510-004 QQT0510-004 QQT0510-003 QQT0510-001 QQT0510-002

T9000 QQT0253-002 QQT0253-002 QQT0370-012 QQT0253-012 QQT0253-013

S9001 NI NI QSW0812-001 NI NI

LF901 QQR1321-001 NI NI NI QQR1321-001

B9304 NI INSERT INSERT INSERT NI
B9305 NI INSERT INSERT INSERT NI

B9200 INSERT NI INSERT INSERT INSERT

B9201 NI INSERT NI NI NI
CN905 NI NI QGA7901C1-04 NI NI

F9006 QMF51W2-3R15-J8 QMF51W2-3R15-J8 QMF51W2-3R15-J8 QMF51W2-2R5-J8 QMF51W2-3R15-J8

F9007 NI NI QMF51W2-2R5-J8 NI NI

F9008 QMF51W2-2R5-J8 QMF51W2-2R5-J8 QMF51W2-5R0-J8 QMF51u1-5R0-J8 QMF51W2-2R5-J8

NOTES
1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL

VOLT METER OR OSCILLOSCOPE WITHOUT INPUT SIGNAL.

CONDITION --- DVD STOP MODE

2. UNLESS OTHERWISE SPECIFIED.

ALL RESISTORS ARE 1/4W 5% CARBON FILM RESISTOR

ALL CAPACITORS ARE CERAMIC CAPACITOR OR

MYLAR CAPACITOR.

ALL RESISTANCE VALUES ARE IN OHM( ).

ALL CAPACITANCE VALUES ARE IN F(P=pF).

ALL CAPACITORS ARE SHOWN IN THE FORM

OF CAPACITANCE( F) /RATED VOLTAGE (V).

ALL INDUCTANCE VALUES ARE IN H(m=mH).

3.NI = NO INSERT

2-3
 QGB2510J1-14

TRANSFORMER (B/E/EN/EV/EE)
GVA10129-A1
CN901

GND

GVA10129-A1
TO CN903 OF
1
S2
2
S2
TO CN351 OF GVA10129-A2

3
C9011 C9001 S1
0V 4
AMPGND 1 MY NI MY NI
S1
0V 5
AMPGND 2 ! !
! F9001 S3CT
0.1V 6
INH 3
--- D9001 S3

1N5402M-20
0V QMF51W2-6R3-J8 7
S1 1N5402M-20
(PAGE 2/9)

4 1N5402M-20 6.3A/250V S3
47.6V

1N5402M-20
+VH 5 8
1N5402M-20

1N5402M-20
! !
! !

D9004
D9014

C9005
-47.6V

C9015

0.1/250
0.1/100

0.1/100
MY

0.1/250

QGA3901C1-08
-VH 6 MY MY MY MY MY
! F9002
23.4V !
+VL 230V S1
C9012

C9002
7

C9014

C9004

GVA10129-A1
TO CN904 OF
D9002
D9012

0.1/250
-23.4V QMF51W2-6R3-J8
0.1/100

-VL 8 230V S2
6.3A/250V 2
21.1V D9013 D9003 0V GND

CN903
S3 9
1N5402M-20 1N5402M-20 1

FROM TRANSFORMER
0V
S3GND 10 S2
8.7V ! !
S3CT 1 1 MY MY S1
5.6V
SUB6V 1 2 C9013 NI C9003 NI QMF51W2-3R15-J8 0V
S3
4.3V 3.15A/250V 1 GND
POUT 1 3 14.1V
S3CT
11.8V 2 S2
S12V 1 4 ! ! 14.1V
S3
D9025 F9003 F9004
3 S2
2A02-M QMF51W2-3R15-J8 S4
3.15A/250V 29.9V 0V
4 S1
C9021 S4CT
MY NI 29.9V
5 S1
0V 0V S4
! ! F9006
6 S3CT
** T 9 0 0 1

S4CT
6.3V
D9021 QMF51W2-3R15-J8 7 S3 QQT0510-002

S4

S4
1N5402M-20 3.15A/250V 6.3V
8 S3
0.1V

1N5402M-20
INHB !

1N5402M-20
!

D9024
C9025
0.1/100
0.8V R9033 R9031 MY 1 2 3

0.1/100
MY MY
B9100

NI NI
C9022

C9024
D9022 TO CN361 OF GVA10129-A2
Q9031

0.1/100

D9031
NI

(PAGE 2/9)
0V

NI D9023
C9031

1N5402M-20
R9032
NI

D9032
NI
NI
!
MY
C9023 NI

FROM TRANSFORMER
! D9043
D9040 C9044
IC901 1N4003S-T5 1SS133-T2 QCZ9105-472
US6V
KIA7805API
4 3
3
0.2V

MY 230V
2
1 2 0V
VOUT

Q9044 1
GND

4.3V
VIN

KRC111M-T

CN904

QGA7901C1-03
! RY901
0V QSK0129-002
1 2 3
5.6V
0.7V
11.2V

D9044

1N4003S-T5
D9045

C9041 1N4003S-T5
D9048
1SS133-T2 100/16 C9043 D9046
1000/25
1N4003S-T5
D9047 ! T 9 0 0 0 **
QMF51W2-2R5-J8

** B9304
QQT0253-013 NI
1N4003S-T5
QQR1321-001

!
4

!
2.5A/250V
F9008
LF901

NEUTRAL

LIVE
1

NI

B9305
C9051
NI

C9052
NI !
1 2

CN906
QGA7901C1-02
EP901
NI

Parts are safety assurance parts.

When replacing those parts make
sure to use the specified one.

2-4
 Amplifier section

GV
! *

+PRE(+VH)
-PRE(-VH)
POWER IC

+RE/RCH
+RE/LCH

-RE/RCH
-RE/LCH

CCBIAS
IC301

+REF

-REF

GND

-RIN
+VH

-LIN
+VL

-VH

RIN
-VL

LIN
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

IC STANDBY CTRL

0V

0V

0V

0V

0V

0V

0V

0V

0V
47V

-47V
8.9V
23.2V

46.2V
Q3053

-8.8V

-23.1V

-46.2V

-44.9V
R3051 KTC3200/GL/-T D3051
10K 0.7V 1SS133-T2
1.3V

45.8V

R3055
R3056

100K
R3052

0.6V
10K 2.2K
Q3051 C3053
KTA1023/OY/-T 0V
100/16
C3016

R3020

R3120
46.3V 46.3V

0.22

0.22
D3002 D3003 R3053 0.6V Q3054

R3007
47P C3116

UNF
C3002
MTZJ15B-T2

33K
MTZJ15B-T2 -45.7V
47P Q3052 10K KTA1268/GL/-T
MTZJ36B-T2 R3054
MTZJ36B-T2

!
NI
KTC1027/OY/-T 10K
C3001
D3001

NI

10
R3006
-46.3V -46.3V
D3004
R3002

R3003

R3004

R3005
6.8K

C3131
6.8K

6.8K

6.8K

R3132

C3051
47/63
1.5K

R3133
10/35 C3052

56K
C3132
100P
R3131 47/63
47K MY

R3011

R3111

R3033
56K
1K

1K
R3031 C3032 C3054
100P MY 1/50
47K

UNF 47
R3058
C3011 ! !

UNF 47
*2 *2
4.7p C3015 C3115

R3057
C3111
R3032
C3031 1.5K PROTECTOR
10/35
0.022/50 0.022/50 4.7p
Q3041
R3015 R3012 R3112 R3115
L3011

L3111
KRA109M-T

C3061
10/50
0.39

47K 1K 1K 4.8V -1V

KTC3200/GL/-T
47K

0.39

R3061
KTC3200/GL/-T

C3063

10K
C3112
0V

0V
1SS133-T2

R3043

R3044
10/50

C3041
47/25
1SS133-T2

C3012 UNF UNF

10K
4.7/50

10K
D3011

D3111

47/25 R3016 R3116

0V 0V Q3061

4.8V
2.2 2.2 KTC3200/GL/-T
Q3011

KTA1268/GL/ T
Q3111 -47.1V -47.1V R3065
UNF UNF 0V

R3119
46.9V

46.8V

UNF
R3017 R3117 4.8V 10K

R3062

46.8V
UNF

KTC2876-T

100K
Q3042
R3019

1K
1K 2.2 2.2 R3064

Q3064
10K
R3018

0V 46.8V
100K
0.33/50

0V 0V

KTC3199/GL/-T
C3013

R3013

R3113

KTA1268/GL/-T
C3113
0.33/50
-46.5V 4.8V
R3114
5.6K

5.6K

R3041

R3042
47K

MY MY
R3014

R3118

20K
0V 0V 0V 0V

220
47K

100K

1SS133-T2

0V
Q3043

D3061
KTC2876-T

R3034

R3134

R3063

C3062

R3066
0V

100K
0V

100K
47/25
3.3K

3.3K

Q3062

Q3063
MY C3014 MY SYSTEM MUTE
QGF1205C2-05

C3114
0.33/50 0.33/50
FROM CN703 OF GVA10128-A1

CN301

4.8V
/SMUTE 1
3.7V
AMPCTRL 2
(PAGE 3/9)

4.8V
/PRT 3
B3111
4.8V
US6V 4
4.8V
US6V 5
D3041 NI

** C3562
NI B3166
QNB0303-001

3
R3565

C3561
J3501

LF351
NI

KTC3199/GL/-T
NI

NI

RY351
! QSK0127-001
0.1V

C3563 ! Q3541 D3544 C3542 R3543

6

R3561 30V REG KTC2026/Y/ 100/63 UNF

2 NI SPEAKER 1N4003S-T5 4.7
3

1.5K 31.9V 80V

RELAY
1 B3165 0.9V !
B3168 D3542
1SS133-T2

R3545

R3544
R3563

4
R3562

C3545

33K

33K
0.01/16
0.2V

C3565 Q3561
D3551

82K

82K
2

32.4V

3 NI
1N4003S-T5 R3540
4

3
0.001/50
C3567
0.001/50

R3555 UNF
C3568

C3564

MTZJ5.6B-T2
R3566

0V
LF352

1N4003S-T5 NI

C3541
D3561
NI

NI

1SS133-T2
NI

D3552

0.6V
1SS133-T2

D3553

R3546

D3543

10/50
R354
MTZJ33B-T2
82K

82K
680

NI

1SS133-T2

D3541
6

D3545

9.1
KTC2876-T

KTC2876-T

KTC2876-T
KTC2876-T

C3566
C3546

C3544

C3543
47/100
22/50

22/50

NI
R3560

R3554
UNF

R354
FROM FW120 OF GVA10128-A4

220
Q3552
680

Q3554
Q3555

Q3553

CN359
B3167 9.1
R3551

SGND QGD2504C1-05Z
R3552

0V B316
HPR 5 H/P MUTE
0V 0.3V 0V
0V 0.5V NI
HPGND 4 0V C3551
5.3V

0V 4.7/50
HPL 3
-1.4V

-0.8V
-0.8V
-1.5V

0V
(PAGE 4/9)

DGND 2 R3553
3.3V 5V
R3557

R3556
R3558
4.7K

4.7K

4.7K

4.7K

USB3.3V 1
R3559

47K
-0.6V

3.7V Q3551
GAMEL 3
KRA109M-T
0V
AGND 2
3.7V PQ033ES3MX-T
GAMER 1
*1
QGD2504C1-03Z

B3192
IC300
CN360

O U TG N D I N
MTZJ3.9B-T2

*1
1 2 3 R3200
3.3V 8.7V
0V
D3212

C3210
C3212

47/25
47/25

11.8V

2.4V

1.6V

3.3V
0V

5.6V

5.6V

5.6V
0V

0V

0V

0V

0V

9V

CN358
CN361
10

QGB2510K2-11 QGA2501C1-03
8

3 2 1
LEVEL 11

S4CT
S4

S4

*1 *2
FB
MGND
S12V

INL

AGND_IN

INR
A9V
SPK_RLY

SPDIF

3.3V

REF. NO. ALL VERSION

REF. NO. J/C ONLY OTHERS
C3015 0.022/50
B3190 QUY0150-050Y NI C3115 0.022/50 FROM TRANSFORMER
B3191 NI QUY0150-050Y
B3192
TO CN701 OF GVA10128-A1 (PAGE 1/9)
NI QUY0150-050Y
R3200 100 NI DIGITAL TRANSISTOR
R1 R2 (PAGE 3/9)
CONSTRUCTION TO
NOTES
* REF. NO. J/C OTHERS REF. NO. J/C OTHERS
1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL ***
R2 KRA109M-T 47K 22K
VOLT METER OR OSCILLOSCOPE WITHOUT INPUT SIGNAL. R1 Q3301
IC301 STK412-400 STK412-490-E KRA110M-T
R3504 QRT01DJ-R33X NI
CONDITION --- DVD STOP MODE
R3503 QRT01DJ-R33X
2. UNLESS OTHERWISE SPECIFIED.
B/E/EN/EV/EE B3179 NI QUY150-050Y
ALL RESISTORS ARE 1/4W 5% CARBON FILM RESISTOR. REF. NO. OTHERS
R2 KRA110M-T 4.7K - ** UP
R1
ALL CAPACITORS ARE CERAMIC CAPACITOR OR
B3165
MYLAR CAPACITOR. B3166 NI QUY0150-050Y
ALL RESISTANCE VALUES ARE IN OHM( ). B3167 **** REF. NO. J/C OTHERS
B3168
ALL CAPACITANCE VALUES ARE IN F(P=pF).
R2 D8001 MTZJ5.1C-T2 MTZJ5.6C-T2
R1 KRC102M-T 10K 10K R3565
ALL CAPACITORS ARE SHOWN IN THE FORM R3566 4.7 OHM NI

OF CAPACITANCE( F) /RATED VOLTAGE (V). C3561 NI

C3564 3300P/50
ALL INDUCTANCE VALUES ARE IN H(m=mH).

ALL DIODES ARE 1SS133-T2 UNLESS SPECIFIED C3562

C3563 47000P/50 NI
3.NI = NO INSERT C3565
C3566

2-5
 FROM CN901 OF GVA10129-A1
(PAGE 1/9)

AMPGND

AMPGND

SUB6V
S3GND
EP351

POUT
S12V
S3CT
QNZ0136-001Z
SGND1

+VH

+VL
INH

-VH

-VL
S1

S3

11

13
1

10

12

14
2

8
GVA10129-A3 GVA10129-A2

0V

0V

0V

0V
0.1V

8.9V

5.6V

4.3V
46.7V

22.9V

21.1V

11.8V
-46.7V

-22.9V
CN351
VOLTAGE CTRL
QGB2510K2-14
Q8001
!
KTA1046/Y/
21.1V 8.6V

R8005

D8001
4.7k

20.6V

C8002
R8004

0.01/50
C8001
*** 680 220P/50
0V

****
0V
0.33 ( 1 W )
R3504

B3179
Q8002

3300/35

Q3301 KRA110M-T

NI
KTC3199/GL/-T

19.3V
C3506

0V
R3501 R8006

3300/35

1k
2.7k

C3505

R3503
22K
Q3053

R8002
0.33

R8003
(1W)
0.7V

R8007
KTC3200/GL/-T

19.3V

1k
D3051

1k

680
0V
0.7V 1SS133-T2 Q8003

0.4V
1.3V C3501 KTC3199/GL/-T

R8001
4700/56
R3055

R3056
100K
0.6V

2.2K R3502
C3053
0V 22K
100/16
D3510
! IC811
0.6V Q3054 KIA7812API
C3502 1SS133-T2
KTA1268/GL/-T 21.1V
4700/56

1
IN
C8101

S12V
D3512 10/50 0V

2
C3503 1SS133-T2 GND
4700/16 C8102
100/25
CN354 11.8V
C3052

3
D3515 QGB2510 J1-09
OUT
47/63 CN801
C3504 QGB251 0K1-09
D8101
4700/35 MTZJ13B-T2 NI
S3 21V S3
1 1

R8201
GND 0V GND

UNF
2 2
B8101

NI
D3511 S3CT 8.9V S3CT
3 3
1SS133-T2 S12V 11.8V S12V
4 4 ! IC821
PROTECTOR A9V 9.1V A9V KIA278R09PI
5 5 C8201
M9V 9.1V M9V 10/50
SAFETY 6 6 21.1V
IN

1
M5V 5V M5V
7 7
R3061

C3063 S5V
10K

5V S5V

D8201
10/50 8 8 9.1V
OUT

2
CTRL 4.8V CTRL

NI
Q3061 9 9

S9V
KTC3200/GL/-T C8202
KTA1268/GL/-T

1V -47.1V R3065 100/25 0V

D3500
QGB2510K1-11

GND

3
QGB2510J1-11

4.8V 10K
46.8V

C8203
100K

0.01/50
R3064 MTZJ11C-T2 21.1V
Q3064

CTRL

4
10K 46.8V
KTC3199/GL/-T

CN353

.5V 4.8V
CN302

D3514 B8100
0V 0V
1SS133-T2

0V

1SS133-T2 R8301 ! IC831

D3061

KIA278R05PI
R3063

C3062

R3066

0V UNF NI
100K

100K
47/25

OUTL 0V OUTL 0V
Q3063

1 1 0.4 V
OUTR 0V
OUTR Q3300 C8301 8.6V
IN

1
2 2
KRC102M-T 10/50
+VH 46.8V +VH

4V
3 3

R3300
C8302

4.7K
-VH -46.8V -VH 5V
OUT

DVD5V
4 4
PGND 0V PGND
5 5 100/16
PGND 0V PGND D3517 0V
GND

3
6 6 MTZJ5.6A-T2
+VL +VL C8303
23.1V
7 7
NI
-VL -23.1V
-VL 4.8V
CTRL

4
8 8
D3516
INL 0V INL D8301
9 9
AGND_IN 0V AGND_IN NI
10 10
1SS133-T2

B8300
INR 0V INR
11 11
! IC841
NI

C8401
IN

1
NI

M5V
SAFETY_REG
GND

2
C8402
NI
R3512

OUT

3
NI

QGF1205C2-10
GVA10129-A4
CN355

TO CN401 OF GVA10129-A5
3544 C3542 R3543
R_OUT
UNF 3.1V
003S-T5 100/63 1
4.7
0V VGND
2
! B_OUT
D3542 3.1V
3
0V VGND (PAGE 5/9)
R3548 4
1N4003S-T5 R3540 NI Y/G_OUT
3.2V
5
MTZJ5.6B-T2

0V NI VGND
1N4003S-T5

0V
C3541

6
0.6V
D3543

10/50

R3541 R3549 3.2V Y_OUT

7
D3541

9.1 NI 5V
D5V
C3543
47/100

8
R3542 R3550 C_OUT
3.1V
9
9.1 NI 11.8V 12V
10
1N4003S-T5

B3160 B3161 D3522 D3521

NI NI NI
D3524

D3523
2A02-M
C3521
B3178

D3525

100/16
NI

C3522

100/16

*1
B3191

C3500 *1
4.7/50 B3190
31.6V
3.7V

3.7V

5.6V

5.6V

4.8V

5.6V

4.8V

4.3V
5.6V

5.6V

5.6V

9.1V

9.1V

3.3V

3.3V

3.1V

4.1V

3.1V

3.2V

3.2V

3.2V
0V

4V

0V

1.6V
5V

0V

0V

5V

0V

0V

CN361 CN357 CN356

QGF1205F2-17
11

GA2501C1-03 QGB2510K2-12
1

M9V 17

M9V 16
M5V 15
MGND 14
MGND 13

SPDIF 12

D2V 11
D2V 10
9

3 2 1
10

POUT 12
2

C_OUT
D4V
Y_OUT

S5V
Y/G_OUT

DGND

B_OUT
DGND

R_OUT
S4CT
S4

S4

GAMEL

AGND
GAMER
FLVH

FL2
FL1
/SMUTE

/SAFETY_REG
US6V

CTRL

DGND

FROM TRANSFORMER

(PAGE 1/9)

TO CN702 OF GVA10128-A1 FROM CN501 OF GVA10129-A5

C
(PAGE 3/9) (PAGE 4/9)
OTHERS

10M-T
DJ-R33X NI
DJ-R33X

NI QUY150-050Y

/C OTHERS

5.1C-T2 MTZJ5.6C-T2

Parts are safety assurance parts.

When replacing those parts make
sure to use the specified one.

2-6
 Micon and Audio section N1: EXCEPT J/C/E/A/UJ&UP VERSION
*1
OPTICAL OUTPUT
REF. NO. ALL VERSION
TO CN601 OF GVA10128-A5 FROM FAN
IC250

MICSIG
D7400 NI (PAGE 6/9)

FLOCK
/ECHO
MIC9V

MGND
DGND

AGND
GP1FAV30TK0F

FAN
IN VDD VSS

3
5

1
1 2 3

0V
CN708

0V

0V
1.6V

3.3V

0V

0V
7.8V

2.6V

4.1V

4.7V
C2500 CN707 QGA2501C1-03
47/25 QGF1205C2-05

QUY150-050Y
L2500
R2500 K2500
47 QUY150-050Y

Q7400
KTA1267/G/-T *1
D7400
NI

SPDIF
12V 0.3V
R2155

8.1V
100

11.5V
C2270
Q2301

C7400
100/16

R7404
MIC MIX
SUBWOOFER

KTC3875/YG/-X

10K
3.8V R2304 11.5V
J230
47K C2150
QNN0780-001
R2152 47/25 0V
3.2V

R2305
R2302 C2302

0V
R2151
1 47K Q7401
SWR 10K KTC3875 /YG/-X

15K

R7403
4.7K
2
22K

NI
22/50 SWL
0V
0.1/50

R7405
6.2K
Q2302
KTC2875-X

RECR C2151

C7402
KRA109S-X 10p/50

10/50
R2301
Q2300
C2300

R2153
0.01/50

0V 0V 4.9V
2.2K
R2300

7.5V

3.9V

3.9V

3.9V
10K
0V

R2303
C2301

C2303
5V

SGND1 1K 4.7/50
8 7 6 5
/SWMUTE
FAN DRIVER

VCC

OUTR

-VE

+VE

FON1

FON2
R2150 IC201
15K NJM4565E-X

OUTL

GND
+VE
-VE
1 2 3 4

0V
3.9V

3.9V

3.9V

0V

0V

0V

0V
C2051
10p/50 4 3 2 1
R2053

GND

A2

A1

A0
10K ECHO
R2050
15K
R2051 IC702
C2050
15K BR24L08F-W-X

VCC
SDA

SCL

WP
RECR R2052
47/25
10K
5 6 7 8

0V

0V
0.2V

4.8V
RECL
LSEL0

SWR
CN701
QGB2510J1-11

R7060
USBR

47K
RSEL0

DVDR
AUXR

TUR
GAMER/SC ART-RIN/PBR
3.3V
3.3V 1
1.6V
SPDIF 2
2.4V SPKRLY C2115
TO CN358 OF
GVA10129-A2

SPKRLY 3 NI
9V
A9V 4

R2006
C2107

R2009
B2114

4.3K
0V INR

8.2K
10/35
INR 5
(PAGE 2/9)

R2110
0V
R2113

7.5K
AGND 6
2.2K

R2112
R2116
C2201
C2200

1.5K

R2111
INL
100/16

INL 7 0V
POUT

7.5K
NI
R2118
0.1

C2105
4.7/50
B2192
11.8V
10K

S12V

*4
8
0V C2215

0.0015/50
MGND 9 C2118
100/16 AVOUT
0V FB
0.1/50
*
C2112
0.27/50

FB

0.1/50
10 R7
INR 0.082/50 MY
C2130
0.18/50

0V FAN-LDT RSEL0
C2113

FAN-LDET 11 4
0.082/50

AVIN

C2102
C2103
C2104
C2202
KTC3203/OY/-T

330/10

4.7/50
B2190
C2114

10/35
4.7/50
MY

MY
47/25
MY
MY

C2101
MY

R2147
C2110

C2109

C2108

4.7/50

360K
VIDEO-SW
MY

R7084
Q2200

R2201
7.9V

3.8V
8.7V

470
4V

4V

4V

4V

4V

4V

4V

4V

4V

4V

4V

4V

4V

4V
4V
4.7V

/AHB R7188

36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 STB-LED
R2200
ROPOUT

CN702
ROUT

RSELO
VDD

RBASS2

RBASS1
RINM

RSB

RTRE
CL

RVRIN

R5

R4

R3

R2

R1
RINP

/SWMUTE

Vref
QGB2510J1-12 8.6V 7.9V
4.7
UNF
AUXSW
4.3V POUT B2105
POUT 12
IC200
VOLUME IC R7093 47K
0V
DGND 11
4.8V D5VCTRL
LC75345M-X & HPF R7094 47K
LOPOUT

D5VCTRL 10
GVA10129-A2

LBASS2

LBASS1

HPSW
TO CN357 OF

LSELO

5.6V
RIPPLE
LVRIN
LOUT

US6V
LTRE

9
LINM

LINP

R7096 47K
LSB

/SAFETY
Vss

4.1V
FILTER
CE

/SAFETY-REG 8
L5

L4

L3

L2

L1
DI
(PAGE 2/9)

/PRT
4.8V
/SMUTE 7 AMPCTRL
VOLCLK R 7 19
5.6V 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
FL1 6 C2021 /SMUTE R719
4V

4V

4V

4V

4V

4V

4V

4V

4V

4V

5.6V NI
0V

0V

4V

4V

4V

4V

FL2 VOLDATA 4.7V

3.8V

5 R2047 FL-CTL R719

31.8V C2020 360K
FLVH 4 VOLCE NI
C2012

0.0015/50
MY

3.7V
0.27/50

GAMER 3 C2022
0.1/50
0.1/50

B2180

0V NI
MY

SWL
MY

AGND 2
FL1
C2030
0.082/50
C2014

3.7V
C2013

0.18/50

4.7/50
47/25

4.7/50

4.7/50

GAMEL 1
FL2
10/35

MY
C2010
MY

*
MY

C2008
C2009
MY

FLVH C2018
C2007

*4 GAMEL INL 0.082/50

C2001
4.7/50
R2011

B2182
*

*4 GAMER
7.5K
R2013 2.2K

R2010
R2012

7.5K

C2005

C2004

C2003

C2002
1.5K
R2016
R2018

*
10K

NI

C2015
NI

B2112

CN703
QGF1205C2-05
R2114 R2008
AHB 22K
R2014
8.2K
GAMEL/SCART-LIN/PBL

22K
4.8V /SMUTE D2250 D2260 D2261
/SMUTE 1 R2250 1SS133-T2 1SS133-T2 1SS133-T2
TO CN301 OF

R2260
GVA10129-A2

FAN-LDT
3.6V AMPCTRL
AMPCTRL 2
0V
KTC3875/YG/-X

0V

330K

/PRT 51K 120K

MTZJ5.1C-T2

4.8V
/PRT 3 0.1V 0.1V R2005
(PAGE 2/9)

0.15/10
C2261
R2262
Q2250

330K
C2260

D2241
R2263

4.8V
4.3K
1/50

US6V 4
C2250

3K

R2261
10/50

4.8V R2251
C2240

47K
0V

0V

4.7/50

US6V 5
C2241

R2242

47K
47/25

Q2260
KTC3875/YG/-X
FAN-LDT
LSEL0
RECL

DVDL
USBL

AUXL
/AHB

FB
*4

CN713
QGA2001C1-14
0V HPSW
HPSW 14
RECL

0.5V USBL
USBL
TUL

13
0.8V USBR
USBR 12
DVDR

SCART-RIN
AVOUT
DVDL

DISPRST

7.9V
DISPCS

DISPBUSY
DISPCK

*4 SCART-LIN
DISPD2S

DISPS2D

AVIN

QP9V 11
TO FW130 OF
GVA10128-A4

3.7V AUXL
AUXLIN 10
Q2601
KTC3875/YG/-X

0V AGND B7117
AGND 9 KTC3875/YG/-X NI
Q2610
(PAGE 4/9)

3.7V AUXR 0V
AUXRIN 8 0V 0V 0V
*4

4.7V QPL
QPL 7
0V AUXSW 0V 0.1V
AUXSW 6
4.7V K7002
R2603

VIDEORGB
US5.4V 5 R2613

V-MUTE
C2155
4.7V /LOMUTE 10K 10K QQR1277-001Z
47/25
4.7V

3.1V

3.1V

4.4V

0.8V

0.8V

1.1V

/LOMUTE 4
0V R7900 RSEL0 3.3V TO 5V
LOUTR 3
0V AGND 3K C2610 14 13 12 11 10 9 8
CONVERTER
AGND 2 470p/50
0.01/50

R7902 LOUTSEL
C7901

0V C2600
LOUTL 1
470p/50 MY IC703
3K 0V
C2055 SN74AHCT08NS-X
R7901 47/25 MY
3K R7903
0V

3K
K7900

B7127

R2601 R2611
NI

2.7K 1 2 3 4 5 6 7
2.7K
0V

Q7901
KRC111S-X

Q7999
C2611

0V
0V

0V

0V

0V

0V

0V

0V
0V

KRC111S-X
10/35

KRA111M-T
Q2600
Q7900

0V
LOUTSE-DET KRA111S-X
0V
0V 0V 0V
C2601
R2612

R2604
2.7K

10/35 C2620
0V

1K
0V

0.1/50
0V

K2600
NI
B2160

R2602
B2161

K2601

2.7K
NI

C7900
NI
4.8V

4.8V
8.9V

2.5V

2.5V

2.9V

2.9V

0.8V

1.1V

2.7V

2.7V

CN704 CN709
0V

0V
0V

0V

0V

3V

0V

QGF1205F2-13 QGF1210G1-05
10

11

12

13
1

2
1

NOTES:
DGND
FAOUTR

LRMUTE
AGND

AGND

AVCOUT
FAOUTL

VIDEORGB
DGND
DISPBUSY

NC

NC
DISPRST

DISPCS

DISPCK
A6V

DISPD2S

DISPS2D

AVCIN

VMUTE

DIGITAL TRANSISTOR CONSTRUCTION SGND

FOR DEVICE KEY

R1
TO CN502 OF GVA10129-A5
R1
10K KRC111S-X TO CN402
(PAGE 4/9)

R1
NOTES VERSION
VERSION
10K
KRA111M-X J/C/UJ US/UN/UG/UX E/B/EN/EV A / UP REMARK J/C US/UN/UG/UX E/B/EN/EV A / UP REMARK
R1 1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL
PARTS EE PARTS EE
REMARK : MICOM VERS
VOLT METER OR OSCILLOSCOPE WITHOUT INPUT SIGNAL.
R7127 NI NI 2.2K NI RDSCLK CN705 QGF1205C1-04 QGF1205C1-04 QGF1205C1-11 QGF1205C1-04 VIDEO CONN
CONDITION --- DVD STOP MODE PARTS
R1 R2
R7145 NI NI 1.2K NI RDSON R7163 NI 2.2K NI NI ECHO
2. UNLESS OTHERWISE SPECIFIED. R7009
R2 10K 10K
R1 KRC102S-X VERSION
ALL RESISTORS ARE 1/4W 5% CARBON FILM RESISTOR R7147 NI NI 2.2K NI RDSDATA
J/C 10K
OR 0.063W 5% THICK FILM CHIP RESISTOR R7227 10K 10K NI 10K RDSCLK
R1 R2
R2 47K 22K
KRA109S-X ALL CAPACITORS ARE CERAMIC CAPACITOR OR QGF1205C1-11(A) A 10K
R1
CN712 QGF1205C1-11 QGF1205C1-11 QGF1205C1-15
QGF1205C1-15(UP)
TUNER CONN.
MYLAR CAPACITOR. UP 10K
NI (A)
3.NI = NO INSERT C7605/C7606 NI NI 0.0027/50 TUNER
0.0027/50 (UP)
US/UN 10K
ALL RESISTANCE VALUES ARE IN OHM( ). R7074 NI 10K NI 10K ENDSW
UX/UG 10K
ALL CAPACITANCE VALUES ARE IN F(P=pF). C2007/C2107 NI 10/35 NI NI LSELO/RSELO

NO MIC OR UJ 10K
ALL E.CAPACITORS ARE SHOWN IN THE FORM B2180/B2182 5MM NI 5MM 5MM NO TAPE
OF CAPACITANCE( F) /RATED VOLTAGE (V). B/E/EN/EV/EE NI
NO MIC OR
B2190/B2192 5MM NI 5MM 5MM
NO TAPE
ALL INDUCTANCE VALUES ARE IN H(m=mH ).
R7003 NI 10K NI NI MIC CTRL VERSION
ALL DIODES ARE 1SS133-T2

R7203 10K 2.2K 10K 10K MIC CTRL VERSION

2-7
 N4: QAU0412-001 (J/C/U/A)
QAU0413-001 (E SERIES/UP)

FROM CN01 OF TUNERPACK:

FROM FAN N2:EXCEPT J/C/UJ/E SERIES

RDSDATA
TU-DOUT

RDSCLK
RDSON
TU-DIN
FLOCK

TUCLK
MGND

AGND

AGND
TUCE

TU9V
FROM CN100 OF ACM-S101M

3.3V
TUR
FAN

TUL

NC

NC
(PAGE 7/9)

10

11

12

13

14

15
17

16

15

14

13

12

11

10
1

9
1
9

2
CN708

0V

0V

0V
0V

0V

4.7V

4.7V

5.1V

0V

0V

8.9V

0V

0V

0V
0V

4.2V

0V

2.1V

2.0V
0V
5V

0V
5V

0V

0V

0V

5V

9V

0V

0V

0V
4.7V

5V

11.9V
5.1V
QGA2501C1-03 CN710
B2104 * CN712

SAFETYACM
QGF1205C2-17

MOTOR
ENDSW

RMUTE
ACMKEY

ACM8V
PBMUTE

AGND
RECA

RECB

RECR
RECL
ACM12V
PBR
SOL

PBL
D7602

MG
NI

Q7600
NI

R7602
R7601
Q7400

1.6K

1.6K
*1 R7600
KTA1267/G/-T D7400 NI
NI
12V 0.3V

C7601

R7606
MTZJ5.1B-T2

*
NI

0
11.5V

R7511 D7600

C7400
R7404

10/50
NI

C7600
10K

C7606
C7603

C7605
0.01/50
11.5V

R7605
R7501 NI

NI
NI

C7602
0V

47/25
D7601
0V

Q7401

R7512
R7502
R7373
KTC3875 /YG/-X

9.1K
2.2K

9.1K
R7403

C7510
C7500

10/50
10/50
NI

R7405
6.2K
C7402
10/50

E VERSION

ONLY

SAFETYACM

RDSDATA
TU-DOUT

RDSCLK
ACMKEY

FAN DRIVER

PBMUTE

*4 PBL

RDSON
TU-DIN
*4 PBR
ENDSW

RMUTE
MOTOR
FLOCK

TUCLK
RECR
RECL

TUCE
FON1

FON2

RECA

RECB

TUR
TUL
SOL

ACMKEY

ENDSW

SAFETYACM

MOTOR

SOL

RECA

RMUTE

RECB

PBMUTE

FLOCK

FON1

FON2

ECHO

V-MUTE

VIDEORGB

VIDEOYC

VS1

VS3

BLANK-CTL

BKLED
0V

0V

0V

0V

4 3 2 1 R7074 *
GND

A2

A1

A0

ECHO
R7066 47K
IC702
BR24L08F-W-X
VCC
SDA

SCL

WP

R7075 47K

2.2K
5 6 7 8

1.2K

2.2K
2.2K

2.2K

2.2K
R7273 1.5K
0V

0V
0.2V

4.8V

NI
1K
1K
1K

R7161
R7163
R7166
R7175

R7160

R7151
R7165
R7171
R7173

R7164

N3:EXCEPT J/C/E/UJ
R7060

*
2.1V

2.1V

4.8V

4.7V

4.7V

4.7V

4.7V
47K

2V

2V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V
0V

0V

0V
75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 CN706
QGF1205C2-17
ACMKEY

MOTOR

PBMUTE
ENDSW
SAFETYACM

RMUTE
RECA

VIDEORGB
RECB

ECHO
FON2

NC
SOL

NC

V-MUTE
FON1

VIDEOYC

BKLED
NC
FLOCK

VS1

BLANK-CTL
EEP-SCL

EEP-SDA

TO CN111 OF GVA10128-A3 (PAGE 4/9)

VS3
4.8V
17 VDD1
FKEY2 4.8V
LOUTSE-DET 16 FKEY2
0V NC 0V R7150 1.2K BKLED
76 L O U T S E - D E T 50 4V
LOMUTE 15 BKLED
R7178 0V NC 4.7V R7149 1.2K FKEY1 4.8V
POUT 1 . 2 K 4 . 7 V 77 L O M U T E 49
SPKRLY 14 FKEY1
POUT 0V R7148 2.2K
78 S P K R L Y 48 VOLM 4.8V

R7180 0V
79
NC R D S D A T A 47
1.9V * R7147 RDSDATA VOLP 0V
13 VOLM

1.2K 12 VOLP
AVOUT 0V 0.4V R7146 100 FL-BK K2501
AVC-OUT F L - B K 46 0V
80 11 DGND
R7081
RSEL0
5.2V
81 AVC-IN R D S O N 45
0V * R7145 C7246 RDSON FL-BK NI 0.4V
FL-BK
47K R7181 1.2K 0.01/50 10
AVIN 0V 4.7V R7144 VOLCLK
1.2K 82 NC V O L C L K 44 FL-LATB 4.7V
9 FL-LATB
0V 4.7V R7143 1.2K VOLDATA
83 NC V O L D A T A 43 4.9V
8 5V
VIDEO-SW 4.8V R7142 1.2K VOLCE
84 VIDEO-SW V O L C E 42 0 V FL-CLK 0V
7 FL-CLK
R7084 47K 0V 4.8V FL-DATA 4.7V
85 NC V P P 41
6 FL-DATA
0V 0V R7140 1.2K TUCE REM
86 NC T U - C E 40 4.8V
5 REM
/AHB R7188 1.2K 0V 4.7V R7139 1.2K TU-DIN 5.6V
87 NC IC701 T U - D I N 39 FL2
4 FL2
0V MN101CF49GFD1 4.7V R7138 1.2K TUCLK
STB-LED /AHBPRO TUCLK 31.7V
88 38 3 FLVH
0V 4.7V R7137 1.2K TU-DOUT FL1 5.6V
/SWMUTE 89 NC T U - D O U T 37
2 FL1
R7190 2.2K 0V 0V R7136 1.2K 6VCTL
STB-LED STB-LED 0V
90 / 6 V C T L 36
1 STB-LED
AUXSW R7191 1.2K 4 . 8 V 4.7V R7135 1.2K D5VCTRL
91 /SWMUTE D 5 V C T R L 35
R7093 47K Q7807
0V 0V
92 NC N C 34 KTA1023/0Y/-T
R7133 FLVH
R7193 2.2K 0V 4.8V 1.2K /RESET
R7094 47K 93 AUXSW / R E S E T 33 31.5V 31.7V
HPSW R7194 2.2K 0V 4.8V R7232 10K * MASK ROM ONLY
94 HPSW V D D 2 32
R7096 47K 0V 0V R7231 10K 30.9V
R7196 95 DAVSS N C 31
/PRT 1.2K R7130 1.2K

R7807
4.7V 0V VOLM
96 / P R O T E C T V O L M 30

10K
AMPCTRL R7197 1.2K 4.6V 4.7V R7129 1.2K VOLP
97 AMPCTRL V O L P 29

R7808
/SMUTE R7198 1.2K 4.8V 4.8V R7128 1.2K REM

47K
98 /SMUTE R E M 28
FL-CTL R7199 4.7V
* R7127

0V
2.2K 2.1V RDSCLK
99 FLCTL R D S C L K 27
/SAFETY-REG

KRC102S-X
OSC2(8MHz)

OSC1(8MHz)

4.8V 1V R7126 1.2K DISPBUSY

100 D A V D D D I S P B U S Y 26 FL-CTL 4.1V
R7029
VERSION
FAN_LDT

DISPRST
DISPD2S

DISPS2D

DISPCLK
FL-DATA
MIC-CTL

FL-LATB

DISPCS

Q7808
FL-CLK
+VREF

MMOD
FKEY1
-VREF

FKEY2

0V
QUY150-050Y

47K
*FLASH ONLY
QPL

VDD

C7233
VSS

0.01/50
NC

XO
XI

B7900

R7227

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 R7030
47K
0V

0V

1V

4.8V

4.8V

4.1V

1.7V

4.7V

0.9V

4.8V

4.8V

2.3V

2.2V

0V

0V

0V

0V

4.7V

4.7V

0V

4.1V

4.4V

4.2V

1.7V

4.4V

* 0V
1 VSS
4.8V
2 RESET
4.8V
VDD

4.9V
3
4.1V
1.2K
1.2K

2.2K

PIN21
1.2K

4
4.4V
6VCTL
100

PIN22 0.5V
100
100

5
1.2K
1.2K
1.2K
1.2K

1.2K

4.2V Q7810
6 PIN23
KRA102S-X
CN714

4.9V
R7104
R7105

R7108
R7106

QGF1210G1-06
* R7203
R7121

FAN-LDT
R7120

R7122
R7119

R7123
R7124
R7118

R7125

FLASH MICON
* R7003 C7219
R7221
2.2K
R7004 10K
C7221 NI
R7005 10K 0.001/50
R7223 2.2K
R7006 47K
C7220 C7223 NI
C7206
56P/50
0.1
* R7009 R7225 2.2K
* R7209 C7225 NI
C7222
56P/50 R7224 2.2K
R7008 47K
DISPRST
DISPD2S

DISPS2D
FL-DATA

FL-LATB
/SAFETY

DISPCK

DISPCS
FAN-LDT

FL-CLK

/RESET
SCART-RIN

*4 SCART-LIN

B7117
NI
FKEY1
FKEY2
*4

QPL

K7002
VIDEORGB
V-MUTE

VIDEOYC

VIDEO-SW

VS1

BLANK-CTL
VS3

QQR1277-001Z
1SS133-T2
D7301

B7107
NI

K7001
QQR1277-001Z

B7134 D7300
NI 1SS133-T2
R7305

C7303
10K

4.7/50
KRC111S-X

L7001
Q7301

QQL244K-100Z C7305
100/16
4.9V
0.01/50

100/16

8 MHz
C7304
10/16

X7001
R7301
1SS133-T2

0V
QAX0711-002Z
10K
D7302
0V
C7302

C7301
C7113
18p/50
C7112

C7900
20p/50

NI
* CN705
GVA10128-A1
4.8V

4.7V

CN709
0V

0V

0V

0V

0V

0V

0V

0V

0V

QGF1210G1-05
10
DGND 11
1

9
5

AGND
VIDEORGB
NC

VIDEO-SW
VIDEOYC

BLANK-CTL
VS1
SCART-RIN

VS3
SCART-LIN
VMUTE

SGND

E KEY

TO CN402 OF GVA10128-A6

(PAGE 5/9)

A / UP REMARK

REMARK : MICOM VERSION CTRL

GF1205C1-04 VIDEO CONN
PARTS
NI ECHO
R7009 R7209
VERSION

J/C 10K 2.2K

A 10K NI

UP 10K 12K

US/UN 10K NI

UX/UG 10K 6.2K

UJ 10K 22K

B/E/EN/EV/EE NI 10K

2-8
 Front panel and Connection section
GVA10128-A3 TO CN706 OF GVA10128-A1 (PAGE 3/9)

CN111

10

11

12

13

14

15

16

17
1

9
QGF1205F2-17

0V

5.6V

31.7V

5.6V

4.8V

4.7V

0V

4.9V

FLLATCH 4 . 7 V

0.4V

0V

0V

4.8V

4.9V

4V

4.9V

4.8V
** REF. NO. J/C/UJ B/E/EN/EV/EE OTHERS

STB-LED

REMOUT

BKLED
FKEY1

FKEY2
FLCLK
FLDATA

DGND

VOLM
S1103

VDD1
GAME TV SOUND TAPE

VOLP
FLVH

FLBK
5V
F1

F2
FKEY2

STB-LED
560
CN110
R1121
QGF1205F2-12

D1105 VDD1
JS110 1
STANDBY LED SLR-343VC-T QSW1060-001
BKLED
4.9V 0.3V 2
FLBK
Q1100 3
KRC111M-T FLLATCH
4

0V
VOLUME FLCLK
5
R1100 R1101 R1102 R1103 R1104 R1105 R1106 R1107 R1108 R1109 FLDATA
6
REMOUT
1K 1K 1.2K 1.8K 2.2K 2.7K 3.9K 6.2K 9.1K 18K

QSW0683-001Z
QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z
7
** DGND
STANDBY

8
TURBO II

S1121
DVD/CD
S1101

S1103

S1105

S1107

S1109

S1111

S1113

S1115

S1117

S1119
DVD/CD

DOWN
TAPE

STOP
FM/AM
SOUND

PAUSE
UP

USB
FLVH

REC
PLAY
9
5V

2
10
F1

0V

0V
4.8V
11
F2
12
QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

QSW0683-001Z

C1105

C1106
0.01/50

0.01/50
EJECT

EJECT

EJECT

EJECT

EJECT
DISC5

DISC4

DISC3

DISC2

DISC1
S1100

S1102

S1104

S1106

S1108

S1110

S1112

S1114

S1116

S1118

S1120
DISC2

DISC4

DISC5
DISC1

DISC3

LINE
PLAY

PLAY

PLAY
PLAY

PLAY

VOLM
FKEY1

VOLP
R1110 R1111 R1112 R1113 R1114 R1115 R1116 R1117 R1118 R1119
1K 1K 1.2K 1.8K 2.2K 2.7K 3.9K 6.2K 9.1K 18K

CHS GND EP101

QNZ0136-001Z
GVA10128-A4 GAME
POSITION
C1505
0.01/50 AUDIO IN
QNN0572-001
J1500 VIDEO
IN
* J/C/UJ
C1506 VERSION
0.01/50 R L ONLY
6

4 2
B1100

QUM028-02DGZ4-E
5 3 R1501 1
C1501

GVA10128-A6 (PAGE 5/9)

C1500 75
5
L1200 NI
4
K1200 C1200 NI NI

FW110
0.01/50 C1502
7

TO CN405 OF
NI
3
NI
R1511
C1201

NI
0.01/50

1
B1101 0V GAMEPOS
1
6 NI 0V DGND

C1511

B1123
2.2/50
R1506
2
2
L1201

R1503

NI
1K
J1200 B1002

1K
QNS0173-001 C1202 C1503 C1504 NI
0.01/50 180p/50 180p/50

QUM028-03DGZ4-E
B1102

R1512

3.7V
3.7V

3.7V
100K
R1507

0V
HEADPHONE EP101
R1504

30K
QNZ0136-001Z 30K
OUTPUT
CHS GND
4 3 2 1

VEE

GVA10129-A2 (PAGE 2/9)

R1505 R1508

FW120
22K 22K

TO CN360 OF
12MHz IC150
C1310 NJM4565E-X

VCC
C1311
X1300 QAX0724-001Z
GAMEL 3.7V
27P/50 3
R1310 27P/50 AGND
1M R1522 5 6 7 8 0V
2

3.7V
3.7V

3.7V

7.5V
100K
GAMER
1 3.7V

QUM028-02DGZ4-E
B1127
NI
B1003
C1521 NI
2.2/50
3.3V 0V C1530
XTO XTI
15 16 17 18 19 20 21 22 23 24 25 26 27 28
1

IC130 47/16
0V PCM2704DB-X R1521
3.3V
2

CK SSPND NI
3.3V 3.3V

FW 121
QNZ0783-002

3
10M

DT TEST0
1.5K
1/16

C1317
0V 3.3V K1300

GVA10129-A2 (PAGE 2/9)

4

PSEL TEST1
10/16 J/C ONLY:NI 0V HID2/MD 0V 0V HPR

TO CN359 OF
5

C1327 C1312 DOUT 5

J1300

USB AUDIO IN *0.1/50 1/50 NQR0505-001X

0V HID1/MC 0V 0V HPGND
C1322

DGND 4
R1314

R1313

C1323
0.1/50 3.3V HID0/MS 0V 0V HPL
USB CONNECTOR

NQR0505-001X VDD 3
0V K1302 R1311 22 0V 0V B1204 0V DGND
8

4 D- HOST 2
C1325 R1300 NI
0V K1303 NQR0505-001X R1312 22 3.3V 3.3V 0.1/50 3.3V USB3.3V
9

3 D+ Vccp 1
C1324

0.1/50

C1316

3.3V NQR0505-001X
1/50

K1304 3.3V 0V 220 C1300

14 13 12 11 10

2 VBUS PGND K1301

K1305 C1315 0.022 * J/C/UJ R1530
0V 0V 0V
ZGND
1 VCOM VERSION 100
C1319
NQR0505-001X

NQR0505-001X
C1318

0V 0V
10P/50

C1313 10/16 ONLY

C1326
10P/50

NQR0505-001X
0.1/50

1/50 AGNDL AGNDR C1302

0.022
K1306

5 3.3V 3.3V
VCCL VCCR
0.0022 R1303
0V 0V C1314
6 OUTL OUTR 1/50
R1305 C1304
*0.1/50

C1301 220
2

C1320

J/C ONLY ;NI

0.0022
R1302
IC131

R1301

R1304
NI

NI
16

16
NI

CHS GND
1

QNZ0136-001Z

L1402

J1410
QNS0173-001
C1412

2
C1455

R1454
10/50

J1400 R1402 R1400 NI 6

QNS0173-001 R1458
1K 30K AUXL1VIC 4.7K
R1460

100K

1
C1453
B1126

2
2.2/50 R1453
NI

3
C1401 R1401 4.7K
6
180p/50 22K B1000 R1459
C1414

220K 7
1 NI
R1456
R1457

4
100K

D1450
3.7V

3.7V
3.7V

3.7V

3.7V

1.4V
4.7K

3
1SS133-T2
0V

0V

5
7
C1404 R1404
180p/50 22K
4 3 2 1 4 3 2 1 L1400
4
VEE
VEE

LINE OUT
5 R1403
C1451

R1451

R1405
R1452

100K

30K
47/16

4.7K

1K IC140 IC141
VCC

VCC

LINE IN NJM4565E-X NJM4565E-X

5 6 7 8 5 6 7 8
R1455
B1103

3.7V

2.4V
C1411

3.7V
3.7V

1.1V
7.2V
D1411

1.4V
D1410
0.01/50

7.2V
100
NI

NI
NI

B1001 NOTES

NI 1. VOLTAGES ARE DC-ME

B1125

NI

C1450 C1454 C1452 VOLT METER OR OSCIL

2.2/50 47/16 47/16
CONDITION --- DVD S
QNZ0136-001Z
EP100

4.7V
AUXR1VIC
2. UNLESS OTHERWISE S
R1450
1.4V

NI R1461 ALL RESISTORS ARE

10K ALL CAPACITORS ARE
R1462

20K

0V

Q1450 ALL RESISTANCE VALU

KRC109S-X
ALL CAPACITANCE VAL
ALL CAPACITORS ARE
OF CAPACITANCE( F)

2-9
 2

-
1
2
3
4
5
1
2
3
110
TO CN359 OF TO CN360 OF TO CN405 OF
GVA10129-A2 (PAGE 2/9)

VDD1
GVA10129-A2 (PAGE 2/9) GVA10128-A6 (PAGE 5/9)

ANCE(
05F2-12
C1414

RS ARE
C1412

L1400
9
8
7
6
5
4
3
2
1

L1402
12
11
10

0V
3.7V

3.7V
100p 100p
0V 0V

4V

0V
4.7V

1/4W
0.4V
4.8V

0.1V

4.7V

4.9V
4.8V

5.6V
5.6V
31.7V

0V
9
8
7
6
5
4
3
2
1

12
11
10

0V

0V

ERWISE SPECIFIED.

5%
Q1410

DVD STOP MODE

Q1411
F2
F1
5V

ANCE VALUES ARE IN

2.2K
2.2K

KTC2875-X
R1415
KTC2875-X
R1412
FLVH
DGND
FLBK

FLCLK
VDD1

FLDATA
BKLED

FLLATCH

NCE VALUES ARE IN OHM(

0V
REMOUT
C1405
4.7V

CN100

Q1412
NI
82

).
R1416

ORS ARE SHOWN IN THE FORM

F) /RATED VOLTAGE (V).
FL100

F(P=pF).
5.6K R1020

CHS GND
QGF1205F2-12

100p

KTA1504/YG/-X
100p

4.7V

NI
C1002

C1422

RE DC-MEASURED WITH A DIGITAL

C1420

QNZ0136-001Z
4V

D1451
0.1/50

D1020
SELU2E10C-P
10/50
C1005

FLBK

0V

0V
FLCLK
FLDATA

NI
FLLATCH
C1410

4.7V

C1430

100p
C1432
22/50

0V
4.7V
3.7V
0V
3.7V
7.9V
0.8V
0.5V
0V

4.7V

D1452
0V

0V
100p 0V
R1001

OR OSCILLOSCOPE WITHOUT INPUT SIGNAL.

C1007

CARBON FILM RESISTOR

10K NI

FW130
Q1020
C1008

QJK043-141520
C1009

LOUTL
LOUTR
LOMUTE
US5.4V
AUXSW
QPL
AUXRIN
AGND
AUXLIN
QP9V
USBR
USBL
HPSW
R1005
R1004
NI

KRC111M-T

1
2
3
4
5
6
7
8
9
10
11
12
13
14
F1 5.6V
0.01 F1
1

NI

1K
1K
R1003
FROM CN713 OF GVA10128-A1

ORS ARE CERAMIC CAPACITOR OR MYLAR CAPACITOR.

0V

100
2 NX

0.1/50
C1006
FROM MAIN (PAGE 3/9) 0V

0V
0V

31.6V
31.6V

0.4V
4.8V
3 NP

0V
4.7V
0V

0V
0V
0V
100 4.7V
0V

R1
R1
0V

50
0V 49
48
47
46
45
44
43
42
0V 41
C1003 0V 40
39
38
37
R1002 0V 36
35
34
0V 33
0V 32
31
4 NP

R2
SEG1 13.4V
5 SEG1

VH
VH

NC
NC
NC
NC
NC
NC
NC
NC
NC
SEG2 0V
3.2V

VSS2
VSS1
VSS2
6 SEG2

VDD1

R.P.P

BK-IN
DAC1OUT 2 8

CLK IN
SEG3 2.2V
0V

DATA-IN
DGND 27 7 SEG3

LATCH-IN
GRID13 2.1V SEG4 0V

3.NI = NO INSERT
3.1V G13 NC 0V
8 SEG4

DIGITAL TRANSISTOR
DAC5OUT 2 6
GRID12 2.2V SEG5 6.7V
0V G12 NC 0V 9 SEG5
DGND 25
GRID11 2.1V SEG6 11.2V
3.2V G11 NC 0V

R1

47K
R1
10 SEG6

10K
DAC3OUT 2 4
GRID10 2.1V SEG7 11.2V
0V G10 NC 0V 11 SEG7
DGND 23
GRID9 2.1V SEG8 8.9V
3.2V G9 NC 0V

R2
12 SEG8

22K
DAC2OUT 2 2
GRID8 2.1V SEG9 11.2V
0V G8 NC 0V 13 SEG9
DGND 21
GRID7 2.2V SEG10 9V
3.1V G7 NC 0V

GVA10129-A5
DAC4OUT 2 0 14 SEG10

ALL INDUCTANCE VALUES ARE IN

GRID6 2.1V SEG11 2.3V
5V G6 NC 0V 15 SEG11
S5V 19
K5004 GRID5 2.2V SEG12 2.2V
4.1V G5 NC 0V 16 SEG12
D4V 18
GRID4 2.1V SEG13 0V
0V

ALL FERRITE BEADS ARE QQR0621-001Z

3.3V G4 NC 17 SEG13
D2V 17 K5002
GRID3 2.0V SEG14 8.9V
3.3V G3 NC 0V
18 SEG14

KRC109S-X
KRC111M-T
D2V 16
GRID2 SEG15

CN501

H(m=mH).
K5003 2.0V 0V
0V G2 NC 0V 19 SEG15
MGND 15
GRID1 2.1V SEG16 2.2V

QGF1205F2-17
0V G1 NC 0V 20 SEG16
MGND 14
0V SEG17 0V
0V 9.1V NC 0V 21 SEG17
MGND 13 1 M9V
9.1V 0V 0V
SEG18 2.2V
0V NC 22 SEG18
RX 12 2 M9V
0V SEG19 0V
IC100

5V 5V NC 0V
PT6305

M5V 11 M5V 23 SEG19

3 SEG20
0V 13.4V SEG1 0V
9V 0V P7 24 SEG20
M9V 10 4 MGND
0V 0V SEG2
9V 0V P6 0V
M9V MGND 25 NC
9 5
0V 2.2V SEG3
1.6V 0V

TO CN701 OF FMU-SM1-11M (PAGE 9/9)

1.6V P5 26 NC
FL DRIVER

SPDIF 8 6 SPDIF
0V 0V SEG4 0V
3.2V 3.3V P4 27 NC
B3.3V 7 7 D2V
6.7V SEG5 GRID1 2.1V
FL DISPLAY

3V 3.3V 0V P3
30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

DISPS2D D2V 28 GRID1

6 8 GRID2
0V 11.2V SEG6 2.1V
9

2.7V 3.1V P2 29 GRID2

DISPD2S 5 9 C-OUT
0V 11.2V SEG7 GRID3 2.0V
8

2.7V 4.1V P1 30 GRID3

DISPCK 4 10 D4V
0V GRID4 2.2V
0V
7

1.1V 3.1V NC NC 31 GRID4

DISPCS 3 11 Y/C-OUT
0V GRID5 2.2V
0V
6

0.8V 5V NC NC 32 GRID5
DISPBUSY 2 12 S5V
0V 0V GRID6 2.1V
5

2.9V 3.2V VSS VSS 33 GRID6

DISPRST 1 13 Y/G-OUT
0V GRID7 2.1V
0V
4

0V NC NC 34 GRID7
14 DGND
NI

0V 0V GRID8 2.2V
3

3.2V NC NC 35 GRID8
C1004

K5001 15 B-OUT
31.6V 31.6V GRID9 2.2V
2

0V TO CN356 OF GVA10129-A2 (PAGE 2/9) VH VH 36 GRID9

16 DGND
0V 0V GRID10 2 . 2 V
1

3.2V NC NC
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

37 GRID10

CN504
17 R-OUT
GRID11 2 . 2 V
38 GRID11

QGF1036F2-28
GRID12 2 . 2 V
39 GRID12
GRID13 2 . 2 V
P9
P8

40 GRID13
NC 81
P25 82
P24 83
P23 84
P22 85
P21 86
P20 87
P19 88
P18 89
P17 90
P16 91
P15 92
P14 93
P13 94
P12 95
P11 96
P10 97
98
99

0V 41 NP

3V
0V
0V
0V
0V
0V
0V
0V
0V
0V
0V
9V

0V 42 NP
0V
N C 100 0 V

1 3 DISPS2D
2.2V
2.3V
8.9V
2.2V
2.2V
8.9V

2.7V
11.1V

0V 43 NX
1 2 DISPD2S
F2 5.6V
2.7V 44 F2
1 1 DISPCK
1.1V
1 0 DISPCS

CN503
SEG20
SEG19
SEG18
SEG17
SEG16
SEG15
SEG14
SEG13
SEG12
SEG11
SEG10

0.8V
SEG9
SEG8

9 DISPBUSY

QGF1036F2-10
2.9V
8 DISPRST
MTZJ4.3B-T2
NC 0V 0V
1 D5000 7 DGND
3.3V
REMOUT

2.7V
Q5000

8.9V 3.9V
A6V 2 6 LRMUTE C1000
0V 2.5V

B3.3V
C5001
NC 3 5 FAOUTR 0.001/50

100/6.3
C5000
680
5.0V

0V 0V
KTC3199/GL/-T

AGND AGND 4.8V

4 4
1

OUT
2.5V 10/50 R5000 2.5V C1001
FAOUTL FAOUTL 4.9V
5 3
2

VCC
0V 0V 22/50 0V
IC101

AGND 6 2 AGND
3

GND
2.5V 8.9V
FAOUTR 7 1 A6V
TO CN704 OF GVA10128-A1 (PAGE 3/9)

8.9V
GP1UM271XKVF

A6V 8
REM SENSOR

2.7V
LRMUTE 9

RESERVE 10 0V
CN502

TO CN702 OF FMU-SM1-11M (PAGE 9/9)

QGF1205F2-13
GVA10128-A2

2-10
 Video driver and Output section

GVA10128-A6

R4041 200
R4051
R4042 NI 270

R4043 200 0.5V 0V

R4044 NI R4052
Q4006
R4045 200 620 0V KRC111S-X
C4050
R4046 NI 0.1/16

R4047 270 R4053

R4048 150 200 1.1V 0V

C4150 4.9V

1
R4049 * 470/10
Q4007
R4050 * R4054 0V KRC111S-X
620 0V

2
3.1V
FROM CN355 OF

0V

3
R-Y/R_OUT 1
0V
2
GVA10129-A2

VGND C4051
3.1V 2.1V

4
B-Y/B_OUT 3
0V 0.1/16
VGND 4
3.2V VMUTE 4.8V
(PAGE 2/9)

5
Y/G_OUT 5
0V C4052
VGND 6 10/50
3.2V 1.5V

E VERSIONS

6
Y_OUT 7

** ALL EXCEPT
5V
D5V 8 R4055
3.1V 10K
0V

7
C_OUT 9

VERSIONS ONLY
11.8V
12V 10 B4004 R4056
10K 1.5V
**J/C/UJ VERSION

8
ONLY
QGF1205F2-10

VIDEO SW

** FOR E
L4001 C4151
CN401

2.2V
NI

9
22/50
0V

10
C4455 C4456 VIDEORGB
FROM CN705 OF

10/50 470/6.3
C4053
1.5V

11
GVA10128-A1

4.8V VMUTE
VMUTE 1 1/10

1.7V
1.5V
0V VIDEORGB

0V
VIDEORGB 2 0V

12
0V VIDEOYC VIDEORGB
VIDEOYC 3 6 5 4
(PAGE 3/9)

4.7V VIDEOYC

GND
VIDEO-SW C4054

MM1508XN-X
IN1
VIDEO-SW 4

IN2
2.1V

13
0V
SCART-RIN 5

IC402
1/10
0V
AGND 6 VMUTE 4.8V

VCC

14
C/R
SW
0V
SCART-LIN 7
0V
VS1 C4055
8 1 2 3 2.1V

15
0V
VIDEO-SW

4.7V

2.0V

5.0V
VS3 9 1/10
BLANK_CTL 10 0V
4.9V

16
0V
DGND 11 C4458
C4457 C4059
100/16
470/6.3 0.1/16
CN402
**
QGA2501F1-02
FROM FW110 OF

VERSION ONLY
GVA10128-A4

CN405
**J/C/UJ
(PAGE 4/9)

R4060 3K
1.5V

R4064
GAMEPOS 1 R4061 3K

820
0V
DGND 2
SCREEN_MODE R4062 3K

10.9V
Q4201
KRC102S-X
0V

0V

DIGITAL TRANSISTOR

* PART NO. R1
REFERENCE NO. R1 NOTES
10K KRC111S-X
B/E/EE/EN/EV J/C/UJ OTHERS
1. VOLTAGES ARE DC-MEASURED WITH A DIGI
CN402 QGF1205F2-11 QGF1205F2-04 QGF1205F2-04
R1 R2 VOLT METER OR OSCILLOSCOPE WITHOUT
NRSA63J-511X NRSA63J-151X NRSA63J-151X R2 10K 10K KRC102S-X CONDITION --- DVD STOP MODE
R4050 R1

2. UNLESS OTHERWISE SPECIFIED.

R4049 NRSA63J-511X NRSA63J-271X NRSA63J-271X
ALL RESISTORS ARE 1/4W 5 % C A R B O N F IL
R1 R2
R2 KRA102S-X OR 0.063W 5 % T H I C K F I L M C H I P R E S I S T OR
R1 10K 10K
ALL CAPACITORS ARE CERAMIC CAPACITOR

MYLAR CAPACITOR.

2-11
 J4001

COMPONENT VIDEO OUT

C4001 2
100p SGND
R4001
VIDEO DRIVER Y
75 1
C4050
IC401
1/16 J4001
BH7868FS-X QNN0779-001

C4105 7
4150 4.9V 2.2V

32
1

0/10 VCC1 C OUT 4

C4002
0.1/16 100p

0V 0V R4002
31 Cb
2

S1 S-DCOUT

C4106 75 3
0V 1.4V
30
3

S2 CV OUT
470/6.3
C4051
2.1V 1.4V
29
4

C IN CV OUT SAG
1/16
6
C4003
4.8V 0V 100p
28
5

MUTE1 GND
C4052 R4003
0/50
C4104 Cr
1.5V 1.4V 75
27
6

CV IN Y OUT 5

055 470/6.3
QNN0779-001
K 1.4V
0V
26
7

YC MIX Y OUT SAG

4056 R4004
0K 1.5V 0V
25
8

Y IN GND
75 J4002
C4101
C4151 QNN0557-002
2.2V 1.4V
24
9

BIAS Py/G OUT

COMPOSITE S-VIDEO
470/6.3
C Y
22/50 R4005
4 3
0V 1.4V
10

23

CLAMP Py/G OUT SAG

75

100p
C4004
C4053 2 1
1.5V 0V
11

22

Py/G IN GND
/10 C4005
C4102
100p
0V 2.2V
12

21

GND Pb/B OUT 6

470/6.3

VIDEO OUT
C4054
2.1V 2.2V
13

20

Pb/B IN Pb/B OUT SAG

5
/10
J4002
4.8V 0V QNN0557-002 J4002
14

19

MUTE2 GND R4006 QNN0557-002

7
C4103
C4055 75
2.1V 2.2V 8
15

18

Pr/R IN Pr/R OUT 9

ALL EXP J/C/UJ C4006
1/10 470/6.3 100p J4002
VERSIONS QNN0557-002
4.9V 2.2V
B4006
16

17

VCC2 Pr/R OUT SAG

C4059 SGND
505
1/16
ALL EXCEPT EUROPE VERSION
**J/C/UJ VERSION
ONLY
R4212 R4210
75 75

B4106 SGND

R4203 CN403
C4201 30K C4011
33p/50 QNZ0625-001
R4013 75 0V
1 (AUDIO ROUT)
R4201 NI
C4203 R4205 0V
27K NI 2 (AUDIO RIN)
330p/50
R4015 75 0.3V
3 (AUDIO LOUT)

SCART TERMINAL
C4204 0V
4 (AUDIO AGND)
R4202 330p/50 R4206 C4007
27K NI NI 0V
5 GND
C4202
100p 0V
6 (AUDIO LIN)
R4007
R4204 1.6V
7 B
30K
75 12.1V
B4115 8 FUNCTION
0V
9 GND
3K
C4008 0V NC
10
R4008
R4064

R4065

3K 100p 0.6V
12K
820

11 G
3K 75
0V 12 NC
0V
C4009 13 GND
10.9V 10.9V Q4203
Q4201 100p 10.9V
KRA102S-X R4009 GND
C102S-X 14
75
0V 1.6V
0V 0V 4.9V 15 R/C
R4011 100 0V
0V 0V 16 BLANKING
Q4202 4.9V
R4012 0V
KRC102S-X 17 GND
10K
C4010 0V
18 GND
Q4204 100p
0V KRC102S-X 0V
19 COMPOSITE/Y
R4010 0V
0V NC
75 20
0V
21 GND

CN403
22 QNZ0625-001

CN403
23 QNZ0625-001
EUROPE VERSIONS ONLY

ASURED WITH A DIGITAL ALL RESISTANCE VALUES ARE IN OHM ( ).

LOSCOPE WITHOUT INPUT SIGNAL. ALL CAPACITANCE VALUES ARE IN F(P=pF).

O P MODE ALL E.CAPACITORS ARE SHOWN IN THE FORM

PECIFIED. OF CAPACITANCE( F )/RATED VOLTAGE (V).

4W 5% CARBON FILM RESISTOR ALL INDUCTANCE VALUES ARE IN H(m=mH).

FILM CHIP RESISTOR ALL FERRITE BEADS ARE QQR0621-001Z

CERAMIC CAPACITOR OR 3. NI = NO INSERT

2-12
 DVD section (1/2)

MA3

MA4
MA2

MA5
C300
0.1 F
3.3V

0V
256

255

254

253

252

251

250

249

248

247

246

245

244
DQM3

DQM2
MDQ29
MDQ17

MDQ30
MDQ16

MDQ31

MA3

MA4
MA2

MA5
VSS
VDD33
1
MDQ18
C372 0V

2
0.1 VSS
F 3.3V

3
VDD33

4
MDQ28

CDLDCUR
LPC2

LPC1

LPCO2

LPCO1
DVDLDCUR
TP124

TP123

TP122

TP121

TP120

TP119

TP118

TP117

TP116

TP115

TP114

TP113

TP108

5
MDQ19
S5V

6
MDQ27

7
MDQ20
3.3V
C102

R125

8
C373 VDD33
F 0.1

1
0V
LASER DRIVER 0.1
PICKUP ASS'Y

9
GND 25 VSS
F

64 63 62 61 60 59 58 57 56 55 54 53 52 51 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 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10
VCC 24 MDQ26
0.1 VREFH

18 1 / 8 W

18 1 / 8 W
NI

NI
VS 23 MDQ21

C106
R105
R113

22/6.3
C108
C101 F

22/6.3
C
C 22 MDQ25
D
C109

C110

D 21
R104
MDQ22
E3+F3 R112
E3+F3 20 MDQ24
QAL0667-001 E4+F4 4.3k 4.3k
E4+F4 19 MDQ23

R116

R106

R110
R122

R119

R114

470

470
R108
R118
E1+F1 C315 0V

2.2

2.2
0

0
E1+F1 18
0.1
VSS
HOP-1401 A F 3.3V
A 17 VDD33
B EXADT0
2SB1424/R/-W

2SB1424/R/-W
B 16 EXADT0
KTA1001/Y/-X

KTA1001/Y/-X
E2+F2 NEXCE
E2+F2 15 NEXCE
RF+ R115 R107 NEXOE
+RF 14 NEXOE
or

or
RF- 1k 1k C307 F 0V
-RF 13 VSS

4.3k
Q103 Q101 0.1

R127
1.2V
PD(CD) 12 VDD12
Q104 Q102 EXDT0
LD(CD) 11
2SC4617/R/-X 2SC4617/R/-X EXDT0
R101 100 EXDT8
VR(CD) 10 EXDT8
C107 F 0.1 AD4 EXDT1

R128
LD(DVD) 9 EXDT1
C103 F 0.1 EXDT9
5.6k
GND 8 EXDT9

C105
R103
5.6k

47/6.3
R117

330
R111

5.6k
EXDT2

R109

330
PD(DVD) 7 EXDT2
C104 F 0.1 R102 100 EXDT10
VR(DVD) 6 EXDT10
EXDT3
VCC(HF) 5 EXDT3
F+ EXDT11
F+ 4 EXDT11
F- EXDT4
TP106

TP107

TP109

TP110

TP111

TP112

F- 3 EXDT4
T+ EXDT12
T+ 2 EXDT12
T-
UN2119-X EXDT5
T- 1
R126
Q105 EXDT5
QGF0523F1-25W

3.3V 0V
C374
VSS
CN101

100 0.1 F 3.3V

VDD33
HFM SW EXDT13
TP101

TP102

TP103

TP104

EXDT13
/HFMON EXDT6
TP105

EXDT6
TRAMECHA ASS'Y EXDT14
EXDT14
EXDT7
EXDT7
FXL-D8-1 EXDT15
EXDT15
EXADR16
R356 NI EXADR16
EXADT15
TP208

TP207

R361 NI EXADT15
EXADT14
R363 NI EXADT14
C329 0V
TP206

FEED MOTOR VSS

0.1 F 1.2V
VDD12
FM+ EXADT13
QAR0144-003 FM+ 8 EXADT13
FM- EXADT12
FM- 7 EXADT12
TRVSW EXADT11
TRVSW 6 EXADT11
R202 EXADT10
SPINDLE MOTOR SWGND 5 EXADT10
WOUT 1k EXADT9
WOUT 4 EXADT9
VOUT EXADT8
VOUT 3 EXADT8
UOUT C375 0V
TP205

QAR0308-001 UOUT 2
COM 0.1 F 3.3V
VSS

COM 1 VDD33
QGF1016F2-08W

EXADR19
CN201

EXADR19
NEXWE
F+

T+
F-

T-

NEXWE
COM

EXADR18
VOUT
UOUT

FM-
WOUT

FM+
TP204

TP203

TP202

TP201

TRDRV

R355 NI EXADR18
EXADR17
TP227

C203 R354 NI EXADR17 (MMOD)

220p

C260 0.022 EXADT7

EXADT7
220p

C261 0.022
0.01 EXADT6
EXADT6
C201

C202

M9V C262 0.022 M5V EXADT5

EXADT5
R208

EXADT4
NI

C291 EXADT4
TP291
C205 EXADT3

(EXADR20)
270p EXADT3
1/2W

MECHA NI R204 TRDRV EXADT2

0.1

NI

CHASSIS TP292
C292 EXADT2
NI 27k EXADT1
C264 EXADT1
0.39

NI R206

VDD33
C263

C217

R251

R252
NI

VSS
30k

P10
P0
P1

P2

P3

P4
P5

P6

P7

P8
P9
C204

F 0.1
65

66

67

68

69

70

71

72

73

74

75

76

77
3.3V

0V

3.3V
9V

9V
0V

0V

0V

R219

18k

EXADR20
330

330

330

100
100

100
R319
25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 1k
MCOM

FR
VCC1

SPRF
NC
UOUT

VOUT

WOUT

OUT4F
OUT4R

OUT3F

MGND

MGND

MGND

OUT3R

OUT1F

OUT1R
OUT2F

OUT2R

NC

NC

VCC2

AMP2OUT

AMP2IN-
AMP2IN+

10k
R325

R326

R324

R316

R383

R353

R310
IC201
DRIVER LA6502-X
VHALF2 R384

1k
0.1
1k
AMP3OUT

AMP1OUT
SPVCOIN

1
AMP4IN+

AMP3IN+

AMP1IN+
AMPOUT
AMP4IN-

AMP3IN-

AMP1IN-
AMPIN+
AMPIN-

SPFGO

MUTE3

MUTE2
MUTE1
SPCTL

MGND
SGND

SPCX
VREF
SPFC

SPC1

SPC2

C371

R385

C308
F

F
BR

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
0V

0V

0V

0V

0V

0V

0V

0V
0.0082

0.015
0.015

4 3 2 1
0.47

BR24L16FV-W-X
GND
A2

A1

A0
C564
10k

0.1

0.1

IC510
0

6.8k
R221

R220

24k

VCC
SDA
SCL

WP
C251

C257

C258

C259

F
R257

R259

C256

5 6 7 8
C210
F 1

R213 R207
R542
R541

47k

10k 47k
NI

C211 C206
R255

NI

S2UDT
FODRV

U2SDT

0.022 150p
LRMUTE

UCLK
SCS

UCS
R214

27k
10k

NI T P 2 3 1

DAC0CS
SPDRV
TP220

DDATA
R205

DCLK

TP221 EEPROM
TP226

R215
R254

NI
/DRVMUTE

TRSDRV
/SPMUTE
TRSDRV

FODRV
SPDRV

FG

GND

2-13
 69 VDD33 MDQ31 252
DAC0CS F 0.1 R324 330
70 P3 DQM3 251
LRMUTE R316 1k
71 P4 DQM2 250
SCS 3.3V
72 P5 VDD33 249
S2UDT 0V C300
73 P6 VSS 248
U2SDT R383 100 F 0.1 MA3
74 P7 MA3 247
UCLK R353 100 MA4
75 P8 MA4 246
UCS R310 100 MA2
76 P9 MA2 245
MA5
77 P10 MA5 244
R350 910 MA1
78 P11 MA1 243
AIN MA6
79 P12 (AIN) MA6 242
TUBUYAKI TP304 MA0
80 P13 (DRV7,8) MA0 241
TRVSW R375 1k MA7
81 P14 (DRV6) MA7 240
R371 NI R309 100k 0V 3.3V
82 VSS VDD33 239
R308 10k C310 C334 1.2V 0V C383
83 VDD12 VSS 238
CPURST 0.1 F 0.1 F 0.1 MA10
84 NRST MA10 237
FG MA8
85 FG MA8 236
/SPMUTE R376 1k BA1
86 DRV5 BA1 235
/DRVMUTE R377 1k 1.2V
87 DRV4 VDD12 234
TP326 HAGUP 0V C306
88 DRV3 VSS 233
0.1
/HFMON R374 1k F MA9
89 DRV2 MA9 232
SPDRV R373 BA0
90 DRV1 BA0 231
TRSDRV R372 10k MA11
91 DRV0 MA11 230
C352 0V NCSM
10k 92
0.015 VSS NCSM 229

C351
C309 3.3V NRAS
93 VDD33 NRAS 228
INDEX 0.01 TP324 TP323 0.1 F R320 NI NCAS
94 MONI7 (INDEX) NCAS 227
TRACK R321 NI 0V C386
95 MONI6 (TRACK) VSS 226

IC301
COPY R322 NI F 0.1
96 MONI5 (COPY) MCKI 225
DEMP R323 NI 3.3V
97 MONI4 (DEMP) VDD33 224
R303
DISCSET MCK

DV3.2
98 MONI3 MCK 223

MN2DS0009AA
DISCSTP R378 1k TP308 0V C379 22
99 MONI2 VSS 222
TP307 F 0.1 NWE
100 MONI1 NWE 221
DQM1
TP306 101 MONI0 DQM1 220
3.3V DQM0
102 AVDDD DQM0 219
C335 TP309 C331 0.033 1.2V
103 PLFIL1 VDD12 218
F 0.1 0V MDQ7
104 AVSSD MDQ7 217
C333 F 0.1 MDQ8
105 VREFH7 MDQ8 216
C332 F 0.1 0V C378
106 VREFL7 VSS 215
0.1
C338 3.3V F
107 CCAPA VDD33 214
0.0056 0V MDQ6
108 AVSSC MDQ6 213
C330 C337 MDQ9
109 CDATA MDQ9 212
F 0.1 0.018 3.3V MDQ5
110 AVDDC MDQ5 211
MDQ10
TP315 111 AMNMONI1 MDQ10 210
TP314
MDQ4
112 ANAMONI2 MDQ4 209
RF- R349 150 C347 0.1 1 . 6 5 V MDQ11
113 RFINN MDQ11 208
RF+ R348 150 C348 0.1 1 . 6 5 V MDQ3
114 RFINP MDQ3 207
A R335 150 C323 0.1 MDQ12
115 VIN1RF MDQ12 206
B R334 150 C322 0.1 0V C377
116 VIN2RF VSS 205
0.1
D R337 150 C320 0.1 3.3V F
117 VIN4RF VDD33 204
C R336 150 C321 0.1 MDQ2
118 VIN3RF MDQ2 203
3.3V MDQ13
119 AVDDB MDQ13 202
C349 C314 F 0.1 MDQ1
120 VREFH5 MDQ1 201
F 0.1 C319 MDQ14
121 VREFL5 MDQ14 200
F 0.1 0V MDQ0
122 AVSSB MDQ0 199
LPC1 MDQ15
123 LPC1 MDQ15 198
LPCO1 3.3V
124 LPCO1 VDD33 197
LPC2 0V C305
125 LPC2 VSS 196
0.1
LPCO2 F
126 LPCO2 (DACPDN) TRCST 195
VREFH 2.2V
(SPDIFIN)

127
(ADCRST)TRCDATA3 194
VREFH
1.65V
128 VHALF TRC- 193

1
DATA2
R331
R330
R327

(DAC

IREF1
1CS)

VIN9
VIN5
VIN6
VIN7
VIN8
VIN3
VIN4
VIN2
VIN1
VSS

VDIO7
VDIO6
VDIO5
VDIO4
VDIO3
VDIO2
VDIO1
VDIO0

IECOUT

OSCI

VIN10
VDD12
VDD33
VDD33

1
AVSSF

AD0
AD1
AD2
AD4
EXTRG1
EXTRG0
TRCCLK

AVSSE
SDATA

VREF
LRCK

VSS
VSS

C340
ADOUT3
ADOUT2
ADOUT1
ADOUT0

AVSSH
AVDDF

DAC3OUT
DAC2OUT
DAC1OUT
DAC4OUT
DAC5OUT
SCLOCK

AVDDE
AVSSG
(DAC2CS)

SRCK

AVDDH
DACCK

COMP1
COMP2
AVDDG
OSCO
TRCDATA0
TRCDATA1

PWM1
PWM0
NI
NI

C324
330

129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192

TP337
0V
0V
0V
0V
0V
0V
0V

2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
2.2V
3.3V
3.3V
3.3V
1.2V
3.3V
3.3V

0.99V
E1+F1 R338 0
E2+F2 R339 0
C302
E3+F3 R394 0
F
F

0.5%
C341
R340
C356
C339

E4+F4 R393 0
TP338
TP335
TP334
TP333
TP332
TP331
TP330
TP329
TP328
TP320
TP325

C311

47/4
10/6.3

1
1
0.1

30k
P3.3V

0.1

R352
C313
C376

F
C316
R318
R332

C303 TP321
1M
L301
R351
R345
R357
R362

0.1
R364

0.1

47/4 C359
680
NI
NI

R359
R360

X301
NI
GND

1
220
220
330
D1.2V

R342

NI
NI
F
F
0.01

C343
C318

C312
C328

NI
NI
NI
NI

C342
R391
R366
R367
R365
R358
1.2V

C326
C325
0V

C344
0.1
NRS181J-0R0X

4 3 2 1

DETECT
0.1

AMBIENT
2.4k

F
Vo

Cn

10p
12p
NI
NI
NC
D1.2V

TEMPERATURE
220
220
GND

NAX0741-001X

TH301
IC302

R346
IC302

TP301

0.1
R347

C393
TP300
Cont
Vin

NC
NC

5.1k
REG.

0.5%
MM1701CH-X

R341

NAD0025-103X
LRCK
BCK

C354 5 6 7 8
AOUT2
AOUT1
AOUT0

DACCK
DAC2CS
DAC1CS
ADCRST
DACPDN

22k
20k

560p
27MHz
0V

DAC4OUT
DAC5OUT

DAC3OUT
DAC2OUT
DAC1OUT
3.3V

10k
R392

C353
560p C304
TEMPDET
AD4

TP381
TRDRV

DVDLDCUR
CDLDCUR

1
FODRV

C336
D2V

NI
BCKM
SWMUTE

LRCKM
DATAM

C301 K352

47/4 NQR0502-001X
RX

TX

R307 1k
S3.3V

R306 1k
DVDPWR

CPURST

D301

RB521S-30-X

LVS10543- 111A
CN301
QGA1002C1-06X
1
2
3
4
5
6

VCC
SCLK
DGND
DGND

RESET
SDATA

FOR ICE

2-14
 DVD section (2/2)
FLASH ROM SDR

IC509
IC50
MBD32TF70TN K4S6416
or SJ32H70TCI01 or K4S6416

C551
EXADT15 EXADR16 3.3V

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48
A15 A16

1
VDD
EXADT14 3.3V MDQ0 F 0.1 3.1V
A14

2
/BYTE DQ0
EXADT13 0V 3.3V
A13 GND

3
VDDQ
EXADT12 EXDT15 MDQ1 F 0.1 3.1V
A12 D15

4
DQ1
EXADT11 EXDT7 MDQ2 C563 3.1V
A11 D7

5
DQ2
EXADT10 EXDT14 0V
A10 D14

6
VSSQ
EXADT9 EXDT6 MDQ3 3.3V
A9 D6

7
DQ3
EXADT8 EXDT13 MDQ4 C559 3.3V
A8 D13

8
DQ4
EXADR19 EXDT5 3.3V
A19 D5

9
VDDQ
EXADR20 EXDT12 MDQ5 F 0.1 3.3V

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

27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10
A20 D12 DQ5
NEXWE C554 EXDT4 MDQ6 3.3V
/WE D4 DQ6
3.3V 0V
/RESET VCC VSSQ
F 0.1 EXDT11 MDQ7 C560 3.3V
NC D11 DQ7
3.3V EXDT3 3.3V
V P P (/WP) D3 VDD
R535 47k 3.3V EXDT10 DQM0 F 0.1 3.3V
RDY/BUSY D10 LDMQ
EXADR18 EXDT2 NWE 3.3V
A18 D2 WE
EXADR17 EXDT9 NCAS 3.3V
A17 D9 CAS
EXADT7 EXDT1 NRAS 3.3V
A7 D1 RAS
EXADT6 EXDT8 NCSM 3.3V
A6 D8 CS
EXADT5 EXDT0 BA0 3.2V
A5 D0 BA0
EXADT4 NEXOE BA1 0V
A4 /OE BA1
EXADT3 0V MA10 0V
A3 GND A10/AP
EXADT2 NEXCE MA0 0V
A2 /CE A0
EXADT1 EXADT0 MA1 0V
A1 A0 A1
P3.3V MA2 0V

R530
A2

NI
MA3 0V
A3
F 0.1 3.3V
VDD
C555

NQR0502-001X
C558 47/4

K351
3.3V REG

T
K501
IC305
S3.3V MM1563BF-X NQR0502-001X

TP380
3.3V C380

7
Vout Vin

C381
1

2.2

2
NC 0V

6
0V Sub

3
GND R380
C382 3.3V

5
Cn Cont
470p NI

CPURST

DVDPWR

R458

1k

R460

D1.2V
NI
S-90827CNNB-W

2 1 2 1
R459

VDD
OUT

VDD

OUT
NI

IC454
0.01
IC453

NI
TP473

TP474

DVDPWR 8 0
79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

64

63

62
VSS
NI
VSS

NC
NC

C455

R462

3.0V
NI

DET

-
-
-
-

-
-
-

-
-
-

-
-

-
-
-

-
-
C456

3 4 3 4
0V
K454 0V
0 C454
1
3 VREF-
K455 0 2
2 LSENSOR
K456 0 0.01 3.3V
3

1 DET3.3V
1.16V
QGA2001F2-03X
CN453

DET1.2V
0V
5

-
0V
6

-
R466 0V
TP472

SM1/SM2 IC451
10k NI
8

OUTC
R453 0V MN101CF61GYD
X451
9

NC (VPP)
NAX0248-001X C451 3.3V
20 19 18 17 16 15 14 13 12 11 10

VREF+
R451

STEDSW F 0.1 3.3V

MECHA CONTROLLER
1

2 VDD
NI
2

1 OSC2
QGA2001F2-02X
CN452

OSC1
LOADER ASS'Y
TP471
0V
VSS
XI
8MHz
XO
CH5-BASE-1M DISPS2D
R464
0V
MMOD
DISPS2D
DISPD2S 100
DISPD2S
DISPBUSY

DISPCK
DISPCK
CPURST
QGF1016F2-15W

DISPCS
/RESET
S2UDT
U2SDT

EPCS
SCLK

See
UCS
SCS

INT
TP457

TP456

TP455

TP454

TP453

TP452

TP451

-
-

-
-
-

LVS20135-001A
21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39
CN451

2.2k
100

100

100

CLSWT3
EPCS

1
EPSK
R457

CLSWT2
2
CLSWT4
DISPBUSY
R461

R452

R463
DISPRST

3
DISPCS

CLSWT1
4
CLSWT5
5
STSTSW
6
MTOPSW
7

8 TP458
MGND
0.1

9
C452

M9V
10
F

11
POSMUP
U2SDT
S2UDT

12
UCLK

UCS

MTOP
SCS

13
POSMDN
14 TP417
MTCL
15

NOTES
TP462

TP461

TP460

TP459

1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT METER WITHOUT INPUT SIGNAL.

CONDITION --- A DVD disc in the Tray 1 , and STOP mode .

2. UNLESS OTHERWISE SPECIFIED.

ALL RESISTORS ARE 1/16W 5% METAL GLAZE RESISTOR. OR 0.5% METAL GLAZE RESISTOR.

ALL CAPACITORS ARE 50V , 25V , 16V , 10V or 6.3V C E R A M I C C A P A C I T O R.

ALL RESISTANCE VALUES ARE IN OHM( ).

ALL CAPACITANCE VALUES ARE IN F(p=pF).
ALL E.CAPACITORS ARE SHOWN IN THE FORM OF CAPACITANCE( F) /RATED VOLTAGE (V).
ALL INDUCTANCE VALUES ARE IN H(m=mH).

3. NI STANDS FOR NOT INSERTED PARTS.

4.DIGITAL TRANSISTOR
10k

UN2119-X =

1k

2-15
 AUDIO ADC

IC704

NI C708
NI

SDRAM AIN
R716
0V C706

8
SDTO DGND
NI 5V F NI

QGF1016F2-10W
16 15 14 13 12 11 10

7
IC505 LRCK VD
5V C705

6
K4S641632H-TC75 MCLK VA
0V C704 F NI

TP705

TP703

TP702

TP701
or K4S641632H-UC75

5
SCLK AGND
ADCRST 3.3V 2.5V F

4
R720
PDN VCOM
3.3V 0V 0V 0V NI C707

CN702
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
1

3
VDD VSS DIF CKS1 NI

TO CN503 OF GVA10129-A5 (PAGE 4/9)

1 3.1V 3.3V MDQ15 NI 5V 2.5V
2

2
DQ0 DQ15 CKS2 AINL
3.3V 0V 0V 2.5V R715 NI
3

1
VDDQ VSSQ CKS0 AINR 1 AINR

NI

NI
1 3.1V 3.3V MDQ14

C710

C711
4

DQ1 DQ14 2 A6V

3.1V 3.3V MDQ13 R714 NI
5

DQ2 DQ13 3 AINL

0V 3.3V C556 K744 0
6

VSSQ VDDQ 4 AGND

3.3V 3.3V F 1 MDQ12 R704 470
7

DQ3 DQ12 5 FAOUTL

3.3V 3.3V MDQ11

R719
8

DQ4 DQ11 TP704 6 AGND

0V IC701
3.3V R703 470

NI
9

VDDQ VSSQ AK4384ET-X 7 FAOUTR

1 3.3V 3.3V MDQ10 C701 K748 0
or AK4384VT-X
27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

DQ5 DQ10 8 A6V

C703
3.3V 3.3V C557 MDQ9 LRMUTE K749 0
DQ6 DQ9 1/16 9 L R M U T E( T U B U Y A K I )

0.01
R722

C702
0V 3.3V SWMUTE K740 NI

NI
MCLK DZFL

10 11 12 13 14 15 16
1
VSSQ VDDQ 10 RESERVED
3.3V MDQ8

1
3.3V BCK
BICK DZFR

NI

NI
DQ7 DQ8

3.3V
3.3V 0V 0.001 AOUT0 5V C712

0V
SDTI VDD

3
VDD VSS
1 3.3V 0V LRCK 0V C714

C738

C737
LRCK VSS

TP710

TP709

TP707
4

MM1615AN-X
LDMQ N.C/RFU 3 2 1
3.3V 3.3V DQM1 DACPDN 3.3V 2.5V F

GND
PDN VCOM

Noise
WE UDQM

Cont
1.7V MCK 0.1
3.3V C550 DAC0CS 3.3V
CSN AOUTL 2.5V F

IC705
6
CAS CLK
3.3V 3.3V DCLK 2.5V 0.1
CCLK AOUTR

7
RAS CKE

Vout

Vin
3.3V 0V NI DDATA 0V
CDTI P/S

9
CS N.C
3.2V 0V MA11
C713 4 5
BA0 A11
0V 0V MA9

5V
BA1 A9 C709
0V MA8 R701
0V
A10/AP A8 10/16
0V MA7 R717 R702
0V 2.2
A0 A7 47/6.3 TP708
0V 0V MA6 NI
47k A5V
A1 A6
0V MA5 AUDIO DAC REG

2
0V
A2 A5

D701
0V 0V MA4

NI

-
A3 A4
1 3.3V 0V
VDD VSS IC702

1
NI

TP723

TP721
MCLK DZFL

10 11 12 13 14 15 16
1
BICK DZFR

2
AOUT1 5V C715

CN703
SDTI VDD

3
0V C716
2-001X LRCK VSS

NI
4
3.3V
PDN VCOM 2.5V F R706 NI

5
NI 1 RAOUTL
DAC1CS 3.3V
CSN AOUTL 2.5V F

FOR SYSTEM
6
2 AGND
7
CCLK AOUTR 2.5V NI R705 NI
3 RAOUTR
CDTI P/S 0V K741 NI
8

9
4 AGND
R707 NI
5 CAOUT
6 AGND
R708 NI
IC703 7 SWAOUT
NI 8 AGND
K710
DACCK
MCLK DZFL 10 11 12 13 14 15 16
1

TP725

TP727

TP722
NQR0022-002X BICK DZFR
2

AOUT2 5V C717
SDTI VDD
3

0V C718
LRCK VSS

TP714

TP713

TP712

TP711
4

3.3V
PDN 2.5V F NI
VCOM

CN704
5

DAC2CS 3.3V
CSN AOUTL
2.5V F
6

NI
CCLK AOUTR 2.5V NI
7

CDTI P/S
0V BCKM K721 NI
8

1 BCK

FOR MD MODULE
2 DGND
0.1

DATAM K723 NI
NI

3 DATA
DEMP K724 NI
4 DEMP
LRCKM K725 NI
5 LRCK
C722

R721

COPY K726 NI
6 COPY
TRACK K727 NI
7 TRACK
INDEX K728 NI
8 INDEX

TP718

TP717

TP716

TP715
70

69

68

67

66

65

64

63

62

61
-
-

-
-
-

-
-
-

QGF1016F2-28W
C736

C735

C734

C733

C732
41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

- R465
DISCSET

TP731

TP732

TP733

TP734

TP735

TP736

TP737

TP738
DISCSET
1k DISCSTP

CN701
DISCSTP
NI

NI

NI

NI

NI
POSMDN
POSMDN
FCLOCK
DISPRST
R731 1k
FDATA 1 DISPRST
DISPBUSY
POSMUP K732 0
1
POSMUP 2 DISPBUSY
DISPCS
MTCL B3.3V K733 0
MTCL 3 DISPCS
CF61GYD MTOP
DISPCK
K734 0
MTOP 4 DISPCK
DISPD2S
STEDSW K735 0
STEDSW 5 DISPD2S
DISPS2D
MTOPSW K736 0
CONTROLLER
MTOPSW 6 DISPS2D
CLSWT5 S5V D4V D2V M5V M9V K737 0
CLSWT5 7 B3.3V

TO CN504 OF GVA10129-A5 (PAGE 4/9)

CLSWT4 TX K738 NQR0022-005X
CLSWT4 8 TX
CLSWT3
TP748

CLSWT3 9 M9V
CLSWT2
CLSWT2 TP740 10 M9V
CLSWT1
CLSWT1 11 M5V
STSTSW RX R732 470
STSTSW EEPROM
12 RX
TP741

- TP743 13 MGND
EPDO TP742 14 MGND
TP749

EPDI IC452
15 MGND
DISPCS

R456

10k

BR93L56RFV-W-X 16 D2V
EPCS
EPSK
UCS

INT

TP747 17 D2V
EPCS 3.3V
-

-
-
-

CS VCC 18 D4V
EPSK
0.1
C453
31

32

33

34

35

36

37

38

39

40

SK NC 19 S5V
EPDI DAC4OUT NQR0022-002X K750
3

DI NC 20 DAC4OUT
F

EPDO 0V
4

DO GND 21 DGND
DAC2OUT NQR0022-002X K752 TP751
EPDO
EPCS

DAC2OUT
EPSK

22
EPDI

23 DGND
DAC3OUT NQR0022-002X K754
GND GND 24 DAC3OUT
DISPCS

25 DGND (VGND)
DAC5OUT NQR0022-002X K756
26 DAC5OUT
27 DGND
DAC1OUT NQR0022-002X K758
28 DAC1OUT

R455

10k
TP750

TP752

TP754

TP756

TP758

R454

10k
UCS

TP417

QGA1002C1-06X
CN455
LVA10543- 111A
1

6
FCLOCK
RESET

FDATA

DGND
B3.3V
VPP

FOR FLASH WRITER

2-16
2-17
SW5
TR5_CL
QSW0844-001

SW4

SW6
TR4_CL
QSW0844-001

QSW0854-002
Loader section

SW3
TR3_CL
QSW0844-001

SW2
TR2_CL
QSW0844-001

SW1
TR1_CL
QSW0844-001

TR1_CL
TR2_CL
TR3_CL
TR4_CL
TR5_CL
CN3
QGB2024J1-07S

CN2
QGB2024K1-07S

M.TR_OP

TR1_CL
TR2_CL
TR3_CL
TR4_CL
TR5_CL
IC2

POS_UP
POS_DOWN

C7

0.1/50
M2
LB1641

QRA0164-001
C5
0.01/50
 R1 QVY0027-B14

TP5
TP4
TP3
W2
WJM0331-001A

SW8
QSW0923-001

TP2
TP1
W1
WJM0330-002A

QGF1036F1-15
CN1
1641 IC1 LB1641
TR3_CL
TR2_CL
TR4_CL
TR1_CL
TR5_CL

M.TR_OP
C5

C3
0.01/50

0.01/50
MTZJ6.2A-T2

POS_UP
100/10
0.1/50
C2

C1

TR_OP
D1

POS_DOWN
TR_CL
TR_OP
TR_CL

C7 C6

/50 0.1/50
M2 M1

SW7
164-001 QRA0164-001 NI

2-18
 Printed circuit boards
Amp board Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)

C9041 CN351

D9048

(Connector board) C9045

D9024
IC901

D9040
HS902
D9023

CN901
D9025

C9022
C9024

R9044
Q9044
CN501

D9022

C9023
C9042
C9003

C9025
D9043 D9021
D9003

D9042
R9046
C9021
R9045

FT913
D9004
D9014
Q9043
CN503

HS901

C9004 C9005
D9013

D9045 C9014
CN502

D9001 C9012
FT914

D9011

D9031
D9002
D9044
D9047
D9046

R9031
D5000

C9043

D9012

C9015
D9032
R5000

C9002

C9001

C9011
C5000

C9031

C9013
R9032
C5001

D3512
C9044
RY901

Q5000

FT911

R9033

Q9031
FT909
FT907

D3511

D3510
FT905
K5001

FT912
FT908

FT910
FT906
K5003

CN903
K5004

T9000
CN504

K5002

C9051
EP901

C9052
FT903 FT904

R9050
CN906
LF901
IC821
IC831
IC811

Q8001
Q8002
C8203

CN905

C8303

C8201
FT902
C8101

C8301 R8001
D8001
R8005
R8004
C8002

C8102 C8302 C8202

D8101
Q8003

D8301 CN904
FT901

R8002
R8003
R8301
R8201
D8201

S9001
R8006

C8001
R8007

CN801
C8401
IC841

C8402

(Power supplu board)

(Amplifier 1 board)

2-19
 (Power amplifier board)

CN351 B3192 CN357

C3212
D3212
R3200

IC300

PP353
CN360 CN359
C3210
R3559
C3505 C3506
R3558

R3553

Q3551
Q3555

Q3554
B3180

C3551
R3554
R3502 D3551
R3501

R3557

R3556
Q3553

Q3552
C3501
C3502

C3500

R3504

R3555
R3560

C3521
R3503

W352
D3525

Q3301
C3545
EP351

D3524
W351

C3522
D3522
R3546
Q3541
C3544

D3545

R3544 C3546

D3521
C3503
C3504
D3543

D3544

R3545 C3543

D3523
C3542

D3542
R3543
PP355
Q3300

R3542
R3512
R3300

CN361 CN355
R3541
C3541
D3512

D3541

R3550
D3514

CN356
R3549
D3511

D3510

R3548

D3516
D3515

D3500

Q3302
PP354

D3517
Q3561

CN358
D3561

R3561
CN354

RY351

PP351
R3551
PP352

CN353
R3552

D3002
IC301 D3001
R3002
R3003
R3031
B3112
R3033
R3032
C3032
C3031

D3003 D3552
R3006

D3004
C3116
R3131
B3113
R3133
R3132
C3132
C3131

R3004 R3563
R3562
R3007

C3001
C3016

R3005 D3553
C3564

C3565
C3114

LF352

C3561

C3562
LF351

R3015
C3014
C3113

R3013

R3115 C3011 R3565

C3002 R3566
R3113

C3111
C3568
D3011

R3020
D3111

R3120
R3117

C3015 C3567
C3013

C3115 C3563
C3566

C3063 R3111 R3112 Q3011 R3011

L3011 J3501
R3065 Q3111 R3012
Q3064

C3054

L3111
R3114
R3017

R3063
C3112
R3066

C3012

R3014

R3016

D3061
S9001
R3116

R3119
Q3063
R3064

R3019

R3118

C3062

Q3062
R3062

C3061

Q3052
R3057

R3018
R3058

CN302
R3034
Q3061

Q3043
R3061

R3054
Q3041

Q3051
R3041

R3053
R3043

D3041
R3052 Q3054
C3052
R3134
C3041

R3051
C3051
CN301

R3044

C3053
Q3053
R3042

R3055
(Amplifier 2 board)
D3051
R3056

Q3042

2-20
 Main board Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade) (Main
C2151

R7601

R7602
CN709 CN703

D7602

R7600
CN710
R2155 R2151 R2152
C2150

R2153

C7601
R2150

C2270
D7601 C76
R7502

C7600
Q7600

D7600
R7512
IC201
R7175 R7074 CN707 C7602
R2053
C2051
R7075

R7066 R2052

C2050
R2051
R7166
R7180 R7161 R2050
R7173
R7181
R7081

R7060

R7901
R7165
R7164
R7178

R7084 R7188 R7373 C2155

R7273

R7171
R7190

Q7900
R7191

R7163 R7160
R7194 R7403
IC702

R7900
C7500

C2109
R7094

R2110
R7093

C2108

C2107
C2201
CN705
R7199

Q7999
R7096

C2200
R7197

R2201

C2110
R7150

R7501
K7001 R7193
R7196 R7511

R7151

C2202
C2115
R7198

C2130
R7003

R7148 Q2200
R7108

C2112
R7147

R2111
R2116
R7149
C7510

C2020
R7203

R7146
Q7808

C7302
IC701 R7143 R2200 C2118
C7301 R2113
R2112

C2022

C2021
R7144
R7808 R7142
R7145
R7807
C7112

C7113 R7138 C2113 C2012

C2114

R7902
C7233 R7140
R7209

Q7810 X7001 R2012

R7232

R7124

C2014
R7135

Q7807 C2013
R7139
R7224

R7231
C7225

R7227

R7903
R7005 R7105
C2018
R7004 R7104
C7246
R7123

R7006 R7106 B7003 Q7901 C2030

D7301

C7219

R7118
C7222

R2011
R7137
Q2610

R2016
R7223

R2613
R7127
R7126

C2007
CN706
R7125 C2010
B7134

R7225
C7220

Q2600
L7001

C7206 R7119 R7136 CN713

R7120
R7008

CN714 R2010
C7223
B7001
R7009

C2015
R7221
C7304

R2603 C2009
R7030
R7029
R7128
R7129
R7130
R7133

C7221 C2
D7300

C2611

Q2601

C2008
C2610

Q7301
B7005
B7117

R7121

R7301
R7122
K7002

R2611 C2600
R2601
D7302

R7305
C7303
K2501

R2604
R2

R2250
R2612 C2620

C2601
C7305

R2013

R2602
D2250 R2118

C2241 C2250
CN704 K2601
D2241 D2261
K7900 B2161 C2260
B7127
R2251
R2242
C2240
K2600
Q2250
C7901

C2261
B2160

R2114
R2260
CN702 C

R2262
R2263
B7002

C1301
R1300 R1301
C1300 R1302
K1301 C7900
IC703 EP100
C1314
C1315

K1300

C1302 R1304
C1304

W103 R1521
C1325

R1303 R1305 C1326 B1003 R4

C1324

C1530

EP101
C1405

C1317

C1316
C1323

W102 R4
R1461
R1462

C1521 R4
R1456

R1454 R1530
C1310

C4
D1452 R1459
D1451 R1458 D1450 R1522
R1512
R1310

C1451 R1451
X1300

IC150

R1460 C1506
R1455
C1411

R1457 IC141
B1000
D1411

C1453 B1002
C1455
R1452

C1511

B1126 IC130
C1505

C1311
Q1450

C1327
C1452

C1202

C1320
R1453

R1416
C1454
IC140

C1410 R1511
C1312
D1410

FW120
C1313

Q1412
R1313
FW130

R1450
R1403

Q1411 R1404 R1311

R1400
R1401

C1450 B1001 R1312

C1401 C1404
B1125

CN401
R1402 R1405
K1306

FW110 C1201
R1415 IC131
(Jack board)
B1102
L1201

R1314 R1501
C1414
FW121

W101 W100 C1502

K1303
C1412

C1322 B1101
K1200 C1200
R1505
R1504
R1412

C1319
K1302
K1305

C1500 B1100 R4053

C1318

L1200 R4054
J1200

Q1410
J1400

C1503
R1503

C1501
R1506
R1507 R4050
R1508

C1504 R4049
K1304 C4055
J1410

J1500
J1300

R4047
R4048
C4054
C1020

R1020

R1002
D1020

R1003 R1021
C1008

R1004
R1005
Q1020

C1003 R1001
C1009
C1005
C1007

IC101
CN402

IC100
C1006

(FL board) C1000

CN100
C1004
C1002

C1001
FL100

CN405

2-21
 R2263

00
00
250

1009
Q7900 R7600

R1001
EP101
C1202 R2262 C2115 C2201

C2114

C2013
R2260 C2108 Q7600

C2030
R7901

R1021
R2114 C2015 C2130 R2110 C7601

R2012
D1020 R7900

R2112
C2008 D7600

C2118

C2012

Q2250
R2118

CN405
R2011
C2110 C2109
C7600

C2018
CN402
C2107

C4055
R4049
R4050
R4054
R4053

C4054
R4048
R4047
C2022
R2016

R2251
C2014 R7601
D7601

C2202

C2155
C2007 C7602
R7602

R2013
CN401 C2021 C2020
C7605

R2014
C2055

C4053
R4051
R4052
R4046
C4103 Q4007

CN701
C7603

C4102

C2105
R2009

C4059
R4212
CN712

Q4201
C4101

Q2260

R2018
IC200
R4210

R4045

C4151
C4104

C4455
C2005 R7605
C2104 R2006

C4458
R2005
(Main board)

R4064

Q4202
R2261 R2008 R7606
C2103

Q4006

IC401
C4456

D2260
C7606

R4056
R4055
L4001

C4052
IC402

C4457
R4001
C2102

C2004
C4001

C4106
R4003 C4202
C4003 R4002

C2003
Q4204
R7405

C4002

C4050
Q7401

R2147

(Video board)
C4150 R4202

R4011
R4012
R4065
R4006 R4004 C2101

R4044
R4201
R2047
C7400

C4006 C4004 Q4203

C4105 C4201 R4007
C2215
CN708

R4041
R4042
C4007

R4203
C4203
R4205
C4204
R4204
C2002

R4206
R4005 R4015 R7404
R4009 C2001

R4043
R4008

R4060
R4061
R4062
C4005
J4001 C4011 C4008 C4009
D7400

J4002 C7402
R4010

C4051
R4013 C2302
C4010 CN403 C2303
Q7400

C2500

Q2301 R2302

K2500

L2500
Q2300
Q2302

R2304

R2305

R2500

C2301 R2301
IC250
J230
R2300

C2300

R2303

S1107
S1103 R1121
D1105

R1100 Q1100 R1101 R1102 R1103

CN110
R1108 S1105
R1107

R1106
R1109
S1101 S1117

EP110 S1109
S1119 S1115

JS110
S1121
(Switch board)

S1113
R1105

S1120

CN111
C1106
C1105
S1111
R1104

S1112
R1119
S1114

R1118 R1117 R1116 R1115 S1110

S1118
S1116
R1114

S1100 S1102 S1104

R1111 R1112
R1110 R1113
S1106 S1108

2-22
 DVD board Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)

forward side

C264
C263
CN452 CN453

IC705 D701

C707
C105

X451

C713

C709
C708
Q105

CN101

IC451

IC453
C301
X301

IC454
IC510
IC201

C303

C336
C558

IC302
IC505
C302

reverse side

CN701
CN702 CN703 CN704
TP291
K738
TP471 K737

K721
K723
K724
K725
K726
K727
K728
K456 TP473

C108
TP474

K750
K752
K754
K756
K758

IC703
K454
TP748
TP749

IC704

TP111
K455
K732
K733
K734
K735
K736

TP472

Q104
Q103
IC701 IC702
TP308
TP309

TP324
TP307
TP108

TP109

C106
K710

TP326
TP226

TP306
TP323
TP304

TP314
TP315
Q102
CN455

TP227

Q101 R107
TP381
TP417

TP751
TP105

TP104
TP103

TP102 TP208
TP300 TP101 TP207
TP203
TP202

TP204
IC452

IC509

TP462
TP461 TP301
TP201
TP460 R301
C339

TP459
TP458
TP457 TP338
TP456 TP335
TP455 TP334
TP454 TP333
TP329
TP321

TP453 TP332
TP452 TP331
CN201

TP451 TP330
TP205
TP206
CN451

IC305

TP328

IC301

TP325
TP221
TP231
TP220
TP292

CN301
TP320
TP380

2-23
Loader board Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade)

CN2

(Motor board)

C1
CN1
IC2

M2
C7
C5
C2

M1

C6

C3
IC1

D1

(Switch board)

SW7
TP1
TP2

CN3 (Sensor board)

SW8

R1

TP3
TP4
SW1
SW2

TP5
SW3

SW6
SW4
SW5

(Tray switch board)

2-24
Victor Company of Japan, Limited
Audio/Video Systems Category 10-1,1chome,Ohwatari-machi,Maebashi-city,371-8543,Japan

Printed in Japan
(No.MB505SCH) VPT