JVC AV32D25EJW, AV32D25EUW, HV32D25E, HV32D25EJW, HV32D25EUW Service manual & schematics
...
52068200212
HV-32D25EUW
HV-32D25EJW
SERVICE MANUAL
COLOUR TELEVISION
BASIC CHASSIS
HV-32D25EUW
MK
HV-32D25EJW
CONTENTS
SAFETY PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
SPECIFIC SERVICE INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
SERVICE ADJUSTMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17
COPYRIGHT © 2002 VICTOR COMPANY OF JAPAN, LTD.
No.52068
2002/12
HV-32D25EUW
HV-32D25EJW
SPECIFICATION
Item
Dimensions (W x H x D) 94.6cm x 56.2cm x 55.1cm
Mass 58.0kg
TV RF System CCIR B/G, I, D/K, L/L’
Colour System PAL / SECAM / NTSC
*The EXT terminals also support the NTSC 3.58MHz/4.43MHz system.
Stereo System A2 (B/G, D/K) / NICAM (B/G, I, D/K, L)
Teletext System FLOF(Fastext), TOP, WST(World Standard system)
Receiving Frequency VHF
UHF
CATV
Intermediate Frequency VIF
SIF
Colour Sub Carrier
Frequency
Power Input AC 220V~AC240V, 50Hz
Power Consumption Max 300W / Avg. 160W
Aerial Input 75 ohm unbalanced, coaxial
Picture Tube Visible size 76 cm(measured diagonally) Aspect ratio 16:9
High Voltage 31.0kV 0.2kV (At beam current : 0uA )
Speaker MAIN
EXT-1 (Input/Output) 21 pin Euro connector (SCART socket)
EXT-2 (Input/Output) 21 pin Euro connector (SCART socket)
EXT-3 (Input/Output) 21 pin Euro connector (SCART socket)
EXT-4 (Input) Component
EXT-5 (Input) Video 1V(p-p), 75 ohm RCA pin jack x 1
DIGITAL AUDIO INPUT OPTICAL x 1
AUDIO OUT (Variable) 0~1V(rms), Low Impedance RCA pin jack x 3
SURROUND REAR OUT 7.5W + 7.5W, 8 ohm (push terminal)
Headphone jack Stereo mini jack (Ø3.5mm)
Remote Control Unit RM-C61 (AAA/R03 Dry cell battery x 2) : HV-32D25EUW
PAL
SECAM
NTSC
CENTER
WOOFER
video
Audio (L/R) 500mv(rms) (-4dBs), High Impedance RCA pin jack x 2
Audio (L/R) 500mv(rms) (-4dBs), High Impedance RCA pin jack x 2
S-Video Mini DIN 4-pin
47MHz ~ 470MHz
470MHz ~ 862MHz
116MHz ~ 172MHz / 220MHz ~ 469MHz
38.9MHz(B/G, D/K, I) / 33.95MHz(L’)
33.4MHz(5.5MHz:B/G) / 32.9MHz(6.0MHz:I) / 32.4MHz(6.5MHz:L,D/K) /
40.45MHz(6.5MHz:L’)
4.43MHz
4.40625MHz / 4.25MHz
3.58MHz / 4.43MHz
10W + 10W, 13 cm x 6.5 cm oval x2
7.5W, 16 cm x 4 cm oval x 1
18W, 13 cm round x 1
• Video input, Audio L/R inputs and RGB inputs are available.
• TV broadcast outputs (Video and Audio L/R) are available.
• Video input, S-Video (Y/C) input, Audio L/R inputs and RGB inputs are available.
• Video and Audio L/R outputs are available.
• T-V LINK functions are available.
• Video input, S-Video (Y/C) input and Audio L/R inputs are available.
RCA pin jack x 3
Y : 1V(p-p), 75 ohm
Pb / B-Y: 0.7V(p-p), 75 ohm
Pr / R-Y : 0.7V(p-p), 75 ohm
Progressive-scanning signals(626p or 525p) are available
Y : 1V(p-p) Positive (Negative sync provided), 75 ohm
C : 0.286V(p-p) (burst signal), 75 ohm
COAXIAL x 1 (Dolby Digital is available.)
RM-C62 (AAA/R03 Dry cell battery x 2) : HV-32D25EJW
HV-32D25EUW HV-32D25EJW
Content
47MHz ~ 470MHz (IRELAND only)
470MHz ~ 862MHz
-
-
Design & specifications are subject to change without notice.
Manufactured under license from Dolby Laboratories Licensing Corporation.
"Dolby" and the double-D symbol ( )are trademarks of Dolby Laboratories Licensing Corporation.
2
21-pin Euro connector (SCART) : EXT-1/EXT-2/EXT-3
PinNo. Signal Designation Matching Value EXT-1 EXT-2 EXT-3
1 AUDIO R output 500mV(rms) (Nominal),
Used (TV OUT) Used (LINE OUT) NC
Low impedance
2 AUDIO R input 500mV(rms) (Nominal),
Used Used Used
High impedance
3 AUDIO L output 500mV(rms) (Nominal),
Used (TV OUT) Used (LINE OUT) Not used
Low impedance
4 AUDIO GND Used Used Used
5 GND (B) Used Used Used
6 AUDIO L input 500mV(rms) (Nominal),
Used Used Used
High impedance
7 B input 700mV
8 FUNCTION SW
(SLOW SW)
Low : 0V-3V, High : 8V-12V,
High impedance
, 75 ohm Used Used Not used
(B-W)
Used Used Used
9 GND (G) Used Used Used
10 SCL Not used Used (SCL2) Used (SCL3)
11 G input 700mV
, 75 ohm Used Used Not used
(B-W)
12 SDA Not used Used(SDA2) Used(SDA3)
13 GND (R) Used Used Used
14 GND (YS) Used Not used Not used
15 R / C input R : 700mV
C : 300mV
16 Ys input
(FAST SW)
Low : 0V-0.4V, High : 1V-3V,
75 ohm
(B-W)
(P-P)
, 75 ohm
, 75 ohm
Used (R) Used (C2/R) Used (C3)
Used Used Not used
17 GND (VIDEO output) Used Used Used
18 GND (VIDEO input) Used Used Used
19 VIDEO output 1V
(Negative going sync),
(P-P)
Used (TV OUT) Used (LINE OUT) Not used
75 ohm
20 VIDEO / Y input 1V
(Negative going sync),
(P-P)
Used Used Used
75 ohm
21 COMMON GND Used Used Used
HV-32D25EUW
HV-32D25EJW
(P-P= Peak to Peak, B-W= Blanking to white peak)
[Pin assignment]
20 18 16 14 12 10 8 6 4 2
21 19 17 15 13 11 9 7 5 3 1
3
HV-32D25EUW
HV-32D25EJW
SECTION 1
SAFETY PRECAUTIONS
1.1 HV-32D25EUW
(1) The design of this product contains special hardware,
many circuits and components specially for safety purposes. For continued protection, no changes should be made
to the original design unless authorized in writing by the
manufacturer. Replacement parts must be identical to
those used in the original circuits. Service should be performed by qualified personnel only.
(2) Alterations of the design or circuitry of the products should
not be made. Any design alterations or additions will void
the manufacturer's warranty and will further relieve the
manufacturer of responsibility for personal injury or property damage resulting therefrom.
(3) Many electrical and mechanical parts in the products have
special safety-related characteristics. These characteristics are often not evident from visual inspec tion nor can the
protection afforded by them necessarily be obtained by
using replacement components rated for higher voltage,
wattage, etc. Replacement parts which have these special
safety characteristics are identified in the parts list of Service manual. Electrical components having such fea-
tures are identified by shading on the schematics and
by ( ) on the parts list in Service manual. The use of
a substitute replacement which does not have the same
safety characteristics as the recommended replacement
part shown in the parts list of Service manual may cause
shock, fire, or other hazards.
(4) Don't short between the LIVE side ground and ISO-
LATED (NEUTRAL) side ground or EARTH side
ground when repairing.
Some model's power circuit is partly different in the GND.
The difference of the GND is shown by the LIVE : ( ) side
GND, the ISOLATED (NEUTRAL) : ( ) side GND and
EARTH : ( ) side GND.
Don't short between the LIVE side GND and ISOLATED
(NEUTRAL) side GND or EARTH side GND and never
measure the LIVE side GND and ISOLATED (NEUTRAL)
side GND or EARTH side GND at the same time with a
measuring apparatus (oscilloscope etc.).
If above note will not be kept, a fuse or any parts will be
broken.
(5) If any repair has been made to the chassis, it is recom-
mended that the B1 setting should be checked or adjusted
(See ADJUSTMENT OF B1 POWER SUPPLY).
(6) The high voltage applied to the picture tube must conform
with that specified in Service manual. Excessive high voltage can cause an increase in X-Ray emission, arcing and
possible component damage, therefore operation under
excessive high voltage conditions should be kept to a minimum, or should be prevented. If severe arcing occurs, remove the AC power immediately and determine the cause
by visual inspection (incorrect installation, cracked or melted high voltage harness, poor soldering, etc.). To maintain
the proper minimum level of soft X-Ray emission, components in the high voltage circuitry including the picture tube
must be the exact replacements or alternatives approved
by the manufacturer of the complete product.
(7) Do not check high voltage by drawing an arc. Use a high
voltage meter or a high voltage probe with a VTVM. Discharge the picture tube before attempting meter connection, by connecting a clip lead to the ground frame and
connecting the other end of the lead through a 10k 2W
resistor to the anode button.
(8) When service is required, observe the original lead dress.
Extra precaution should be given to assure correct lead
dress in the high voltage circuit area. Where a short circuit
has occurred, those components that indicate evidence of
overheating should be replaced.
Always use the manufacturer's replacement components.
(9) Isolation Check
(Safety for Electrical Shock Hazard)
After re-assembling the product, always perform an isolation check on the exposed metal parts of the cabinet (antenna terminals, video/ audio input and output terminals,
Control knobs, metal cabinet, screw heads, earphone
jack, control shafts, etc.) to be sure the product is safe to
operate without danger of electrical shock.
a) Dielectric Stren gth Tes t
The isolation between the AC primary circuit and all metal
parts exposed to the user, particularly any exposed metal
part having a return path to the chassis should withstand
a voltage of 3000V AC (r.m.s.) for a period of one second.
(. . . . Withstand a voltage of 1100V AC (r.m.s.) to an ap-
pliance rated up to 120V, and 3000V AC (r.m.s.) to an appliance rated 200V or more, for a period of one second.)
This method of test requires a test equipment not generally found in the service trade.
b) Leakage Current Check
Plug the AC line cord directly into the AC outlet (do not use
a line isolation transformer during this check.). Using a
"Leakage Current Tester", measure the leakage current
from each exposed metal part of the cabinet, particularly
any exposed metal part having a return path to the chassis, to a known good earth ground (water pipe, etc.). Any
leakage current must not exceed 0.5mA AC (r.m.s.).
However, in tropical area, this must not exceed 0.2mA AC
(r.m.s.).
Alternate Check Method
Plug the AC line cord directly into the AC outlet (do not
use a line isolation transformer during this check.). Use
an AC voltmeter having 1000 ohms per volt or more sensitivity in the following manner. Connect a 1500 ohm
10W resistor paralleled by a 0.15µF AC-type capacitor
between an exposed metal part and a known good earth
ground (water pipe, etc.). Measure the AC voltage across
the resistor with the AC voltmeter. Move the resistor connection to each exposed metal part, particularly any exposed metal part having a return path to the chassis, and
measure the AC voltage across the resistor. Now, reverse the plug in the AC outlet and repeat each measurement. Any voltage measured must not exceed 0.75V AC
(r.m.s.). This corresponds to 0.5mA AC (r.m.s.).
However, in tropical area, this must not exceed 0.3V AC
(r.m.s.). This corresponds to 0.2mA AC (r.m.s.).
AC VOLTMETER
(HAVING 1000Ω/V,
OR MORE SENSITIVITY)
0.15uF AC-TYPE
PLACE THIS PROBE
1500Ω 10W
GOOD EARTH GROUND
ON EACH EXPOSED
METAL PART
4
HV-32D25EUW
HV-32D25EJW
1.2 HV-32D25EJW [UK VERSION]
(1) The design of this product contains special hardware and many circuits and components specially for safety purposes. For
continued protection, no changes should be made to the original design unless authorized in writing by the manufacturer. Replacement parts must be identical to those used in the origina l circuits. Service should be performed by qualified personnel
only.
(2) Alterations of the design or circuitry of the product should not be made. Any design alterations or additions will void the manu-
facturer's warranty and will further relieve the manufacturer of resp onsibility for personal injury or property damage resulting
therefrom.
(3) Many electrical and mechanical parts in the product have special safety-related characteristics. These characteristics are often
not evident from visual inspection nor can the protection afforded by them necessary be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified
in the Parts List of Service Manual. Electrical components having such features are identified by sh ading on the schematics
and by ( ) on the Parts List in the Service Manual. The use of a substitute replacement which does not have the same safety
characteristics as the recommended replacement part shown in the Parts List of Service Manual may cause shock, fire, or other
hazards.
(4) The leads in the products are routed and dressed with ties, clamps, tubing’s, barriers and the l ike to be separated from liv e
parts, high temperature parts, moving parts and / or sharp edges for th e prevention of electric shock and fi re hazard. When
service is required, the original lead routing and dress should be observed, an d it should be confirmed that they have been
returned to normal, after re-assembling.
WARNING
(1) The equipment has been designed and manufactured to meet international safety standards.
(2) It is the legal responsibility of the repairer to ensure that these safety standards are maintained.
(3) Repairs must be made in accordance with the relevant safety standards.
(4) It is essential that safety critical components are replaced by approved parts.
(5) If mains voltage selector is provided, check setting for local voltage.
5
HV-32D25EUW
HV-32D25EJW
SECTION 2
SPECIFIC SERVICE INSTRUCTIONS
2.1 MAIN DIFFERENCE LIST ITEM HV-32D25EUW HV-32D25EJW
POWER CORD QMPK160-185-JC QMPN130-185-JC
REMOTE CONTROL UNIT RM-C61-1C RM-C62-1C
LCT1272-001A-U
INST BOOK
RATING LABEL LC11548-003A-U LC11364-018A-U
EURO LABEL AEM1064-034-E AEM1064-035-E
2.1.1 FEATURES
• DIST (Digital Image Scaling Technology) employs an interpolat ion method that doubles the scanning lines to realize 1250-line
flicker-free picture making it especially suitable for reproducing high-resolution pictures even on large-scre en displays.
• New chassis design enables use of an interactive on-screen control.
• Pure flat CRT produces fine textured picture in every detail.
• With AUDIO/VIDEO/COMPONENT input terminals.
2
C bus control utilizes single chip ICs.
•I
• By means of AUTO PROGRAM, the TV stations can be selected automatically and the TV channels can al so be rearranged
automatically.
LCT1273-001A-U
LCT1274-001A-U
LCT1271-001A-U
6
2.2 SYSTEM BLOCK
HV-32D25EUW
HV-32D25EJW
IC004
MEMORY
IC201
SYNC.SEP.
IC101
COMPONENT SW
TU002
SUB TUNER
SDA 0
SCL 0
IC001
MICRO COMPUTER
SDA 2
SCL 2
SDA 1
SCL 1
DOLBY PWB AV SW PWB
MICOM
PWB
IC301
PROCESSOR
TU001
MAIN
TUNER
TONE/VOL
(MAIN L/R)
MAIN
PWB
RGB
IC601
IC501
MULTISOUND
PROCESSOR
IC101
AV SW
IC003
A-D CONVERT
SDA 3
SCL 3
IC201
DIGITAL
ENHANCER
SDA 3
SCL 3
IC651
TONE/VOL
(SUB L/R)
IC631
TONE/VOL
(CENTRE/WOOFER)
DIST PWB
IC101
DIST
7
HV-32D25EUW
HV-32D25EJW
2.3 FUNCTIONS
2.3.1 FRONT CONTROL & REAR (SIDE) TERMINAL
Refer to the pages in brackets for details.
Remote control sensor
Power lamp (GREEN : Operation, RED : Stand-by)
Main power button
Headphone jack (mini jack)
Channel up/down & Volume +/- buttons
Volume button
EXT-5 terminal
S
E
P
X
L
T
5
R
S
E
P
X
L
T
5
R
2.3.2 REAR TERMINAL
Woofer terminal
AUDIO OUT terminal
SURROUND REAR terminal
EXT-1 terminal
EXT-2 terminal
EXT-3 terminal
EXT-4 terminal
Aerial socket
DIGITAL AUDIO IN terminal
8
2.3.3 REMOTE CONTROL UNIT
RM-C62 : HV-32D25EJW RM-C61 : HV-32D25EUW
HV-32D25EUW
HV-32D25EJW
123
456
7809
MULTI
FREEZE
SUB-P
123
456
7809
FREEZE
SUB-P
Muting button
Number buttons
ZOOM button
3D sound button
Information button
TV button
buttons
Standby button
Colour buttons
OK button
buttons
VCR/DVD/Teletext control button
VCR DVD switch
(Text) button
PIP button
FREEZE button
SUB-P / button
SWAP button
MULTI button
Muting button
Number buttons
ZOOM button
3D sound button
Information button
TV button
buttons
Standby button
Colour buttons
OK button
buttons
VCR/DVD/Teletext control button
VCR DVD switch
(Text) button
PIP button
FREEZE button
SUB-P / button
button
button
9
HV-32D25EUW
HV-32D25EJW
2.4 DISASSEMBLY PROCEDURE
2.4.1 REMOVING THE SUB WOOFER UNIT & THE REAR COVER
(1) Unplug the power cord.
(2) Remove the SUB WOOFER CORD from the TERMINAL
AV TERMINAL BOARD.
(3) Pull up the SUB WOOFER UNIT on the top of the REAR
COVER upward.
(4) Remove the 13 screws [A] as shown in the Fig. 1
(5) Withdraw the REAR COVER toward you.
2.4.2 REMOVING THE SIDE CONTROL JACK ASSEMBLY
*Remove the REAR COVER.
(1) Remove the 1 screw [B] as shown in the Fig.1.
(2) While slightly raise the SIDE CONTROL JACK ASSEMBLY,
remove the 2 claws under the SIDE CONTROL JACK
ASSEMBLY.
(3) Disconnect the connector F and CN8016 as shown in Fig.
2.
2.4.3 REMOVING THE SIDE CONTROL PWB
* Remove the REAR COVER.
* Remove the SIDE CONTROL ASSEMBLY.
(1) Remove the 3 claws [C] from back side of the SIDE
CONTROL JACK ASSEMBLY as shown in Fig. 2.
(2) Pull out the SIDE CONTROL PWB.
(2) Remove the 4 screws [G] attaching the SIDE SPEAKER.
(3) Follow the same steps when removing the other hand
speaker.
2.4.8 REMOVING THE AV TERMINAL BOARD
* Remove the REAR COVER.
(1) Remove the 8 screws [H] as shown in the Fig. 1.
(2) Remove the 3 claws [ I ] under the CHASSIS as shown in
Fig. 3
(3) Remove the AV TERMINAL BOARD slightly in the
direction of arrow [J] as shown in Fig. 3.
(4) After re moving the 1 clow [K] on the connector for SUB
WOOFERS pull out the connector for SUB WOOFER.
(Fig. 4)
J
AV
TERMINAL
BOARD
AV SW PWB
I
C
SIDE
F Connector
CN8016 Connector
CONTROL
PWB
C
(Back view)
Fig.2
2.4.4 REMOVING THE MAIN CHASSIS
* Remove the REAR COVER.
(1) Slightly raise the both sides of the MAIN CHASSIS by
hand and remove the two claws under the both sides of
the MAIN CHASSIS from the front cabinet
(2) Withdraw the MAIN CHASSIS backward.
(If necessary, take off the wire clamp, connectors etc.)
2.4.5 REMOVING THE POWER & DEF. PWB
* Remove the MAIN CHASSIS.
(1) Remove the 3 screws [D] as shown in Fig. 1.
(2) Remove the POWER & DEF. PWB upper.
(If necessary, take off the wire clamp, connectors etc.)
2.4.6 REMOVING THE CENTER SPEAKER
* Remove the REAR COVER
* Remove the MAIN CHASSIS.
(1) Remove the 2 screws [E] as shown in Fig. 1.
(2) Remove the CENTER SPEAKER. If necessary, detach
the cables.
2.4.7 REMOVING THE SIDE SPEAKER
*Remove the REAR COVER
(1) Remove the 2 screws [F], and remove the speaker
adapter as shown in Fig. 1
NOTE:
When removing the 2 screws marked [F] of the speaker
adapter remove the lower side screw first, and then
remove the upper one
I
Fig.3
WOOFER
CORD
K
AV TERMINAL BOARD
K
CONNECTOR for
SUB WOOFER
SUB WOOFER
CORD
Fig.4
2.4.9 CHECKING THE PW BOARD
(1) Pull out the MAIN CHASSIS. (Refer to REMOVING THE
MAIN CHASSIS)
(2) Erect the MAIN CHASSIS vertically so th at you can easi ly
check the back side of the PW board.
CAUTION:
• When erecting the MAIN CHASSIS, be careful so that
there will be no contacting with other PW board.
• Before turning on power, make sure that the wire connector
is properly connected.
• When conducting a check with power supplied, be sure to
confirm that the CRT EARTH WIRE (BRAIDED ASS.Y) is
connected to the CRT SOCKET PW board.
2.4.10 WIRE CLAMPING AND CABLE TYING
(1) Be sure to clamp the wire.
(2) Never remove the cable tie used for tying the wires
together. Should it be inadvertently removed, be sure to tie
the wires with a new cable tie.
10
HV-32D25EUW
HV-32D25EJW
F
FRONT CABINET
Fig. 2
SIDE CONTROL JACK
ASSEMBLY
SPEAKER
ADAPTER
G
( 4)
SIDE
O
CRT S
PWB
FRONT
CONTRO
PWB
MAIN
CENTER
SPEAKER
PWB
CKET
LINE FILTER PWB
MICOM
PWB
L
CLOW
AV SW
PWB
D
( 3)
DOLBY PWB
12
CLOW
Fig.4
POWER & DE
DEF OSC PWB
EHT PWB
DIST PWB
SPEAKER
F. PWB
CHASSIS BASE
AV TERMINAL
BOARD
H
(
8)
B
E
( 2)
REAR COVER
A
(
Fig.1
SUB WOOFER
13)
POWER
CORD
UNIT
SUB WOOFER
CORD
11
HV-32D25EUW
HV-32D25EJW
2.4.11 REMOVING THE CRT Note:
• Replacement of the CRT should be performed by 2 or more
persons.
• After removing the REAR COVER, CHASSIS etc.,
(1) Putting the CRT change table on soft cloth, the CRT
change table should also be covered with such soft cloth
(shown in Fig. 5).
(2) While keeping the surface of CRT down, mount the TV set
on the CRT change table balanced will as shown in Fig. 6.
(3) Remove 4 screws marked by arrows with a box type
screwdriver as shown in Fig. 6.
Note:
Since the cabinet will drop when screws have been
removed, be sure to support the cabinet with hands.
(4) After 4 screws have been removed, put the cabinet slowly
on cloth (At this time, be carefully so as not to damage the
front
surface of the cabinet) shown in Fig. 7.
Note:
• The CRT should be assembled according to the
opposite sequence of its dismounting steps.
• The CRT change table should preferably be smaller
that the CRT surface, and its height be about 35cm.
CRT CHANGE TABLE
CLOTH
CRT
CHANGE
TABLE
Fig.5
CRT
Fig.6
APPROX.
35cm
BOX
TYPE
SCREW
DRIVER
CRT
CABINET
CRT
CHANGE T ABLE
Fig.7
CAUTION
The woofer unit is mounted on the TV. Always move the TV and woofer unit together when removing the TV from the box, or when
moving the woofer unit.
If the TV is tilted during movement the woofer unit may fall. Be careful to keep the TV level when moving it.
Do not grip the woofer unit when moving the TV.
Do not place objects on the woofer unit duct.
LIFTING CAUTION
FREE WOOFER UNIT
KEEP STAY UNIT
12
2.5 REPLACEMENT OF MEMORY ICs
2.5.1 MEMORY ICs
This TV use memory ICs. In the memory ICs, there are
memorized data for correctly operating the video and deflection
circuits. When replacing memory ICs, be sure to use ICs written
with the initial values of data
2.5.2 PROCEDURE FOR REPLACING MEMORY ICs
(1) Power off
Switch the power off and unplug the power cord from the
wall outlet
(2) Replace ICs.
Be sure to use memory ICs written with the initial data
values
(3) Power on
Plug the power cord into the wall outlet and switch the
power on.
(4) Setting of receive channels
Set the receive channel.
For setting, refer to the OPERATING INSTRUCTIONS.
(5) Setting of SERVICE MENU
a) Press the INFORMATION key and the MUTE key of
the REMOTE CONTROLUNIT simultaneously.
b) The SERVICE MENU screen of Fig. 1 will be
displayed.
c) When a desired number is selected, the following
menu will come up respectively.
Verify the setting items of the SERVICE MENU and reset
where necessary. for setting, refer to the SERVICE
ADJUSTMENTS.
(6) User settings
Check the user setting values of Table 1, and if setting
value is different, set the correct value.
For setting, refer to the OPERATING INSTRUCTIONS.
SERVICE MENU
SERVICE MENU
1. IF
3. AUDIO
5. VSM PRESET
7. VNR
9. SHIPPING(OFF)
1-9 : SELECT i : EXIT
2. V/C
4. DEF
6. STATUS
8. IP
0. BUS FREE
Fig.1
Names of key key
INFORMATION
MUTING
OK
FUNCTION UP/DOWN
FONCTION -/+
Fig.2
HV-32D25EUW
HV-32D25EJW
OK
13
HV-32D25EUW
HV-32D25EJW
2.5.3 USER SETTING VALUES (SHIPPING VALUES) Setting item Setting value Setting item Setting value
MAIN POWER SW OFF PICTURE SETTING
SHIPPING CHANNEL PR1 PICTURE MODE BRIGHT
PRESET CHANNEL See ; OPERATING
INSTRUCTIONS.
ZOOM MODE PANORAMIC TINT NORMAL
SUB POWER ON
DISPLAY INDICATED INSTALL
SOUND LEVEL 10 LANGUAGE ENGLISH
PICTURE FEATURES
DIGITAL VNR AUTO SOUND
DIGIPURE PRO AUTO BASS CENTRE
COLOUR SYSTEM TV : Depends on PR/CH
EXT : AUTO
PICTURE TILT CENTRE DIGITAL SURROUND SURROUD OFF
N/S CANCEL CENTRE 3D PHONIC
4: 3 AUTO ASPECT PANORAMIC
PIP POSITION Right below
FEATURES
SLEEP TIMER OFF
BLUE BACK ON DOLBY DIGITAL
CHILD LOCK
ID NO
0000
ALL CH
DECODER (EXT-2) ALL CH: OFF
DUBBING EXT-1---->EXT-2
EXT SETTING
OFF
ID
NON(SPACE)
S-IN
NON(SPACE)
COLOUR TEMP NORMAL
EDIT PRESET CHANNEL ONLY
OTHER : NON (SPACE)
TREBLE CENTRE
BALANCE CENTRE
TV SPEAKER
SUB WOOFER
LEVEL
VOLUME
HEAD PHONE
VOLUME
TV SPEAKER
OUTPUT
TV SPEAKER
REAR SPEAKER
SUB WOOFER
TEST TONE
CENTRE
RIGHT
SURROUND
DELAY TIME
LEFT
L/C/R
OFF
CENTRE
MAX
20
OFF
MAIN
L/C/R
ON
OFF
OFF
MAX
MAX
MAX
MAX
0
14
Table 1
2.5.4 SERVICE MENU SETTING ITEMS Setting item Setting value Setting item Setting value
1.IF 1.VCO
2.ATT ON/OFF
2. V/C 1.CUT OF R 12.TWN CONT
2.CUT OF G 13.COLOUR
3.CUT OF B 14.HUE
4.DRIVE R 15.BY GAIN
5.DRIVE G 16.TWN COL
6.DRIVE B 17.TWN TINT
7.TWN HI R 18.B OF MR
8.TWIN HI B 19.B OF MB
9.BRIGHT 20.B OF SR
10.CONT 21.B OF SB
11.TWN BRIG
3.AUDIO
(Do not adjust)
4.DEF 1.FREE-RUN 7.EW-PIN
5.VSM PRESET 1.CONT
1.ERR LIMIT
2.A2 ID THR
3.Q-PEAK SOUND SYSTEM
4.SOUND LEVEL
SOUND SYSTEM
2.V-SHIFT 8.COR-UP
3.V-SIZE 9.COR-LO
4.H-CENT 10.V.S-COR
5.H-SIZE 11.V-LIN
6.TRAPEZ
2.BRIGHT
3.SHARP
4.COLOUR
5.HUE
6.WDR R
7.WDR G
8.WDR B
6.STATUS (Do not adjust)
7.VNR
(Do not adjust)
8.IP
(Do not adjust)
9.SHIPPING (Do not select under the adjustment)
1.MYLV 10.MCCOR
2.ONMVF 11.CLTL
3.MYCOR 12.YNGA
4.MYGA 13.COR_OF
5.YEGON 14.LPF_OF
6.YEGL 15.YCTL
7.YLTL 17.YNCON
8.MCLV
9.MCGA
PPA001 - PPA008
PPB001 - PPB036
PPC001 - PPC007
ADS001 - ADS034
IPA001 - IPA120
IPB001 - IPB088
IPC001 - IPC044
IPD001 - IPD058
HV-32D25EUW
HV-32D25EJW
Table 2
15
HV-32D25EUW
HV-32D25EJW
2.6 REPLACEMENT OF CHIP COMPONENT
2.6.1 CAUTIONS
(1) Avoid heating for more than 3 seconds.
(2) Do not rub the electrodes and the resist parts of the pattern.
(3) When removing a chip part, melt the solder adequately.
(4) Do not reuse a chip part after removing it.
2.6.2 SOLDERING IRON
(1) Use a high insulation soldering iron with a thin pointed end of it.
(2) A 30w soldering iron is recommended for easily removing parts.
2.6.3 REPLACEMENT STEPS
1. How to remove Chip parts
[Resistors, capacitors, etc.]
(1) As shown in the figure, push the part with tweezers and
alternately melt the solder at each end.
2. How to install Chip parts
[Resistors, capacitors, etc.]
(1) Apply solder to the pattern as indicated in the figure.
(2) Grasp the chip part with tweezers and place it on the
solder. Then heat and melt the solder at both ends of the
chip part.
(2) Shift with the tweezers and remove the chip part.
[Transistors, diodes, variable resistors, etc.]
(1) Apply extra solder to each lead.
SOLDER
SOLDER
(2) As shown in the figure, push the part with tweezers and
alternately melt the solder at each lead. Shift and remove
the chip part.
Note :
After removing the part, remove remaining solder from the
pattern.
[Transistors, diodes, variable resistors, etc.]
(1) Apply solder to the pattern as indicated in the figure.
(2) Grasp the chip part with tweezers and place it on the
solder.
(3) Fi r st solder lead A as indicated in the figure.
A
B
C
(4) Th en solder leads B and C.
A
B
C
16
HV-32D25EUW
HV-32D25EJW
SECTION 3
SERVICE ADJUSTMENTS
3.1 ADJUSTMENT PREPARATION
(1) There are 2 ways of adjusting this TV: One is with the REMOTE CONTROL UNIT and the other is the conventional method
using adjustment parts and components.
(2) The setting (adjustment) using the REMOTE CONTROL UNIT is made on the basis of the initial setting values. The setting
values which adjust the screen to the optimum condition can be different from the initial setting values.
(3) Make sure that connection is correctly made AC to AC power source.
(4) Turn on the power of the TV and measuring instrument for warming up for at least 30 minutes before starting adjustment.
(5) If the receive or input signal is not specified, use the most appropriate signal for adjustment.
(6) Never touch parts (such as variable resistors, transformers and condensers) not shown in the adjustment items of this service
adjustment.
(7) Preparation for adjustment (presetting):
Unless otherwise specified in the adjustment items, preset thefollowing functions with the REMOTE CONTROL UNIT:
Setting position
Setting item Setting value
PICTURE MODE NORMAL
DIGITAL VNR AUTO
DIGIPURE PRO AUTO
SLEEP TIMER OFF
TONE BALANCE CENTRE
DIGITAL SURROUND OFF
BLUE BACK OFF
ZOOM MODE FULL
3.2 MEASURING INSTRUMENT AND FIXTURES
• DC voltmeter (or Digital voltmeter)
• Oscilloscope
• Signal generator (Pattern generator) [PAL/SECAM/NTSC]
• Remote control unit
17
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HV-32D25EJW
3.3 ADJUSTMENT LOCATIONS
TOP
SIDE CONTROL PWB
MAIN PWB POWER&DEF PWB
DOLBY PWB
F
CN8016
FRONT CONTROL PWB
POWER SW
POWER
LED
D8801
F8901
POWER CORD
MICOM PWB
AV SW PWB
CN004
IC8851
LF8901
FRONT
FRONT
W
CN001
LINE FILETER PWB
W
LF9901
IC9931
X
X
P
P
MAIN
TUNER
CN013
CN008
DIST PWB
CN006
CN007
CRT SOCKET PWB
CN005
R2533
R2528
(SOLDER SIDE)
CN002
DEF OSC PWB
CN003
X-RAY ADJ
EHT ADJ
EHT
PWB
CN009
CN2010
EHT
PWB
FOCUS
SCREEN
T551
HYT
S1
15
1 GND
2 N.C.
3 X-ray
4 N.C.
5 B1
18
TP-R
TP-G
TP-E1
TP-B
TOP
R3040
FOCUS
(HORIZONTAL)
HV-32D25EUW
HV-32D25EJW
3.4 BASIC OPERATION IN SERVICE MENU
3.4.1 TOOL OF SERVICE MENU OPERATION
Operate the SERVICE MENU with the remote control unit.
3.4.2 SERVICE MENU ITEMS
With the SERVICE MENU,various settings (adjustments)can be made,and they are broadly classified in the fo llowing items of settings:
1.IF This mode adjusts the setting values of the IF circuit.
2.V/C This mode adjusts the setting values of the VIDEO / CHROMA circuit.
3.AUDIO This mode adjusts the setting values of the SOUND circuit.
It is not requirement to adjustment. (Setting only)
4.DEF This mode adjusts the setting values of the DEFLECTION circuit for each aspect mode given
5.VSM PRESET This mode adjusts the initial setting values of Bright, Standard & Soft. (VSM: Video Status Memory)
6.STATUS It is no requirement to adjustment.
7.VNR This mode adjusts the setting values of the DIGITAL circuit.
It is not requirement to adjustment. (Setting only)
8.IP This mode adjusts the setting values of the IP circuit.
It is not requirement to adjustment. (Setting only)
9.SHIPPING(OFF) Don't select under the adjustment.as this menu is set in "ON" after the inspection.
Note:
When users press the MAIN POWER button, the JVC logo appears.
If they press any keys, the LANGUAGE menu appears.
10.BUS FREE It is not requirement to adjustment.
19
HV-32D25EUW
HV-32D25EJW
3.4.3 BASIC OPERATION IN SERVICE MENU (1) How to enter SERVICE MENU
Press the [INFORMATION] key and the [MUTE] key of the
REMOTE CONTROL UNIT simultaneously, and the
SERVICE MENU screen of Fig. 1 will be displayed.
(2) Selection of SUB MENU SCREEN
Press one of keys [1~5] of the REMOTE CONTROL UNIT and
select the SUB MENU SCREEN (See Fig. 3), form the
SERVICE MENU.
SERVICE MENU ---> SUB MENU
•1. IF
•2. V/C
• 3. AUDIO (Do not adjust)
•4. DEF.
• 5. VSM PRESET
•6. STATUS (Do not adjust)
•7. VNR (Do not adjust)
•8. IP (Do not adjust)
• 9. SHIPPING (OFF) (Do not adjust)
• 0. BUS FREE (Do not adjust)
SERVICE MENU
SERVICE MENU
1. IF
3. AUDIO
5. VSM PRESET
7. VNR
9. SHIPPING(OFF)
1-9 : SELECT i : EXIT
2. V/C
4. DEF
6. STATUS
8. IP
0. BUS FREE
Fig.1
Names of key key
INFORMATION
MUTING
OK
OK
(3) Method of Setting
1) Method of Setting 1.IF
[1.VCO] : It must not adjust without signal.
Key Function
(a) [1] Select 1.1F
(b) [1] Select 1.VCO (CW)
Make sure that the arrow position between the ABOVE REF and BELOW REF.
(c) [INFORMATION] Return to the SERVICE MENU screen.
2) Method of setting 2.V/C, 3.AUDIO, 4.DEF and 5.VSM PRESET.
Key Function
(a) [2~5] Select one from 2.V/C, 3.AUDIO, 4.DEF and 5.VSM PRESET.
(b) FUNCTION UP /
Select setting items.
DOWN ( )
(c) FUNCTION -/+
Set (adjust) the setting values of the setting items.
( )
(d) OK Memorize the setting value.
(Before storing the setting values in memory, do not press the CH, TV, POWER ON
/ OFF key if you do, the values will not be stored in memory.)
(e) INFORMATION Return to the SERVICE MENU screen.
3) Do not setting 6.STATUS, 7.VNR, 8.IP, 9.SHIPPING (OFF) and 0.BUS FREE.
FUNCTION UP/DOWN
FONCTION -/+
Fig.2
(4) Release of SERVICE MENU
After completing the setting, return to the SERVICE MENU, then again press the [INFORMATION] key.
20
SERVICE MENU
SERVICE MENU
1. IF 2. V/C
3. AUDIO 4. DEF
5. VSM PRESET 6. STATUS
7. VNR 8. IP
9. SHIPPING (OFF) 0. BUS FREE
1-9 : SELECT : EXITi
HV-32D25EUW
HV-32D25EJW
1. FREE-RUN
2. V-SHIFT
3. V-SIZE
4. H-CENT
5. H-SIZE
6. TRAPEZ
7. EW-PIN
8. COR-UP
9. COR-LOW
10. V-S.CR
11. V-LIN
PICTURE MODE
BRIGHT
STD
SOFT
COLOR TEMP
COOL
NORM
WARM
4. DEF
DEF FULL 1250i
1. V-SHIFT
- / +
- / +
: STORE i : EXIT
OK
5. VSM PRESET
VSM PRESET NORMAL
1.CONT
OK
: STORE i : EXIT
1.IF(VCO)
IF SERVICE MENU
1. VCO
2. ATT ON/OFF
1-2 : SELECT i : EXIT
2. V/C
V/C
1. CUT OF R
OK
- / +
- / +
: STORE i : EXIT
AUDIO
1. ERROR LIMIT 0100
ERROR LIMIT =
C_AD_BITS =
OK
: STORE i : EXIT
PAL
3. AUDIO
Do not move
1. CUT OF R
2. CUT OF G
3. CUT OF B
4. DRIVE R
5. DRIVE G
6. DRIVE B
7. TWN HI R
8. TWIN HI B
9. BRIGHT
10. CONT
11. TWN BRIG
Do not adjust
1. ERR LIMIT
2. A2 ID THR
3. Q
PEAK
4. SOUND LEVEL
12. TWN CONT
13. COLOUR
14. HUE
15. BY GAIN
16. TWN COL
17. TWN TINT
18. B OF MR
19. B OF MB
20. B OF SR
21. B OF SB
1. CONT.
2. BRIGHT
3. SHARP
4. COLOUR
5. HUE
6. WDR R
7. WDR G
8. WDR B
Fig.3 SERVICE MENU SCREEN
21
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HV-32D25EJW
3.5 ADJUSTMENTS
3.5.1 CHECK ITEM
Item
B1 POWER
SUPPLY
Check
Mesuring
instrument
Signal
generator
DC voltmeter
Remote
control unit
Test point Adjustment part Description
CN0S1
connector
pin-1 (GND)
2. V/C -->
1. CUT OF R
(1) Receive any broadcast.
(2) Select 2. V/C from the SERVICE MENU.
(3) Select 1. CUT OF R.
(4) Press the [YELLOW] key to display a signal
CN0S1
connector
pin-5 (B1)
[POWER & DEF
horizontal line.
(5) Connect the voltmeter between 5pin (B1), and 1pin
(GND) of the connector CN0S1.
(6) Confirm that the voltage is DC185V 2V.
PWB]
VCO Check Remote
control unit
IF SERVICE MENU
1. VCO
2. ATT
1-2 : SELECT
VCO( CW)
TOO HIGH
ABOVE REF
JUST REF
BELOW REF
TOO LOW
MAIN SUB
i : EXIT
****
MHz
: EXIT
1. IF -->
1. VCO
The arrow position
mean AFC voltage level.
• Under normal conditions, no adjustment is required.
(1) Receive any broadcast.
(2) Select 1.IF from the SERVICE MENU.
(3) Select 1.VCO.
(4) Check the arrow position of MAIN between the
“ABOVE REF.” and “BELOW REF.” .
(5) Check the arrow position of SUB between the
“ABOVE REF.” and “BELOW REF.”.
22
3.5.2 HIGH VOLTAGE
HV-32D25EUW
HV-32D25EJW
Item
HIGH VOLTAGE Signal
3.5.3 X-RAY PROTECTOR
Item
X-RAY
PROTECTION
Mesuring
instrument
generator
HV voltmeter
Remote
control unit
Mesuring
instrument
Signal
generator
DC voltmeter
Test point Adjustment part Description
CRT anode
Chassis GND
Test point Adjustment part Description
CN0S1
connector
pin-1 (GND)
CN0S1
connector
pin-3 (X-RAY)
[POWER & DEF
PWB]
2. V/C -->
1. CUT OF R
EHT VR (R2528)
[EHT PWB]
X-RAY VR (R2533)
[EHT PWB]
(1) Receive any broa dcast.
(2) Select 2. V/C from the SERVICE MENU.
(3) Select 1. CUT OF R.
(4) Press the [YELLOW] key to display a signal
horizontal line.
(5) Connect a HV voltmeter between CRT ANODE
and chassis GND
(6) Adjust EHT VR so that the voltage is 31.0kV
0.2kV.
(1) Receive any broa dcast.
(2) Co nnect a DC voltmeter between pin1 and pin3 of
the connector CN0S1.
(3) Adjust X-RAY VR so that the voltage value is 4.9V
0.2V.
3.5.4 HORIZONTAL FREQUENCY
Item
HORIZONTAL
FREQUENCY
Mesuring
instrument
Signal
generator
Remote
control unit
Test point Adjustment part Description
4.DEF -->
1. FREE-RUN
(1) Receive the cross-hatch signal.
(2) Set the FULL mode.
(3) Select 4. DEF from the SERVICE MENU.
(4) Select 1.FREE-RUN.
(5) Adj ust so that the movement of the picture slows
most while watching the picture.
(6) Press th e [OK] key and memorized the set data.
23
HV-32D25EUW
HV-32D25EJW
3.5.5 FOCUS
Item
FOCUS Signal
Mesuring
instrument
generator
Remote
control unit
FOCUS1
FOCUS2
Test point Adjustment part Description
FOCUS 1 VR
[HVT]
FOCUS 2 VR
(R3040)
[CRT SOCKET
PWB]
(1) Receive the cross-hatch signal
(2) Set the FULL mode.
(3) By turning the FOCUS 1 VR, adjust the picture so
that the “ “ part horizontal line may become
thinnest.
(4) By turning the FOCUS 2 VR, adjust the picture so
that the most outside vertical line may become
thinnest.
(5) Carry out adjustment by repeating the steps 3 and
4 above.
(6) Make sure that the screen is darkened, the lines
remain in good focus.
FOCUS1
SCREEN
3.5.6 VSM PRESET ADJUST SETTING
Item
VSM PRESET
setting
SETTING VALUES OF VSM PRESET
1.CONT+12+5-8---
2.BRIGHT-200---
3.SHARP00-2---
4.COLOUR 0 0 -2 - - -
5.HUE 000- - -
6.WDR R - - - -4 0 +8
7.WDR G - - - 0 0 0
8.WDR B - - - +8 0 -1
Mesuring
instrument
Remote
control unit
BRIGHT STD SOFT COOL NORMAL WARM
Test point Adjustment part Description
5. VSM PRESET -->
1. CONT
2. BRIGHT
3. SHARP
4. COLOUR
5. HUE
6. WDR R
7. WDR G
8. WDR B
PICTURE MODE COLOUR TEMP
(1) Select 5. VSM PRESET from the SERVICE MENU.
(2) Select the PICTURE MODE to BRIGHT.
(3) Adjust to bring the set values of 1. CONT to 5. HUE
to the values shown in the table.
(4) Press the [OK] key and memorize the set value.
(5) Respectively select PICTURE MODE for SOFT
and STD, and make similar adjustment as step 3
and 4 in above.
(6) Select the COLOUR TEMP to COOL.
(7) Adjust to bring the set values of 6. WDR R to 8.
WDR B to the values shown in the table.
(8) Press the [OK] key and memorize the set value.
(9) Respectively select COLOUR TEMP for WARM
and NORMAL, and make similar adjustment as
step 7 and 8 in above.
24
HV-32D25EUW
HV-32D25EJW
3.5.7 VIDEO / CHROMA CIRCUIT ADJUSTMENT The setting (adjustment) using the remote control unit is made on the basis of the in itial setting values. The setting values which adjust the screen to the optimum condition can be different from the initial setting values.
Setting item
(Adjustment item)
TV EXT-1 / EXT-2 / EXT-3 / EXT-5 EXT-4
PAL SECAM PAL SECAM NTSC 625i 525i 625p 525p
1.CUT OF R 8888888888[0][0][0][0]
2.CUT OF G 8888888888[0][0][0][0]
3.CUT OF B 8888888888[0][0][0][0]
4.DRIVE R 6464646464[0][0][0][0]
5.DRIVE G 6464646464[0][0][0][0]
6.DRIVE B 6464646464[0][0][0][0]
7.TWN HI R 6767676767[-1][-1][-4][-4]
8.TWN HI B 6767676767[-1][-1][-1][-1]
9.BRIGHT 141 141 141 141 141 [-5] [-5] [-1] [-1]
10.CONT 7070707070[0][0][0][0]
11.TWN BRIG 76 76 76 76 76 [0] [0] [0] [0]
12.TWN CONT 77777[0][0][0][0]
13.COLOUR 60 60 [0] [0] 60 [0] [0] [0] [0]
14.HUE [32] [32] 32 32 32 [68] [68] [0] [0]
15.BY GAIN [43] [43] [0] [0] [43] [0] [ 0] [0] [0]
16.TWN COL 6 6 [0] [0] 6 - - - -
17.TWN TNT [32] [32] 32 32 32 - - - -
18.B OF MR [08] [08] [08] [08] [08] [08] [08] [08] [08]
19.B OF MB [08] [08] [08] [08] [08] [08] [08] [08] [08]
20.B OF MR [08] [08] [08] [08] [08] [08] [08] [08] [08]
21.B OF MB [08] [08] [08] [08] [08] [08] [08] [08] [08]
Mark [ ] : Fix (Do not move)
Item
WHITE
BALANCE
(Low light)
H. LINE OFF
R. LEVEL (
R. LEVEL (
Mesuring
instrument
Signal
generator
Remote
control unit
REMOTE CONTROL UNIT
123
)
456
)
789
Test point Adjustment part Description
2. V/C -->
1. CUT OF R
2. CUT OF G
3. CUT OF B
(1) Re ceive the black and white pattern signal (col our
off).
(2) Set the FULL mode.
(3) Select 2. V/C from the SERVICE MENU.
(4) Sel ect 1. CUT OF R and set each value to initial
SCREEN VR
[HVT]
setting value.
(5) Press the [YELLOW] key to display a signal
horizontal line.
(6) Turn the SCREEN VR fully counterclockwise, then
slowly turn it clockwise to where a red, blue or
green colour is faintly visible.
(7) Adjust the other 2 colours to where the single
horizontal line appears white.
(8) Turn the SCREEN VR to where the single
horizontal line glows faintly.
(9) Press the [2] key to release the holizontal line
mode.
(10) Press the [OK] key and memorized the set value.
0
(YELLOW)
G.
LEVEL ( )
B. LEVEL ( )
B. LEVEL ( )
G. LEVEL (
)
H. LINE ON
25
HV-32D25EUW
HV-32D25EJW
Item
WHITE
BALANCE
(High light)
R. LEVEL (
R. LEVEL (
Mesuring
instrument
Signal
generator
Remote
control unit
REMOTE CONTROL UNIT
123
)
456
)
789
Test point Adjustment part Description
2. V/C -->
4. DRIVE R
5. DRIVE G
6. DRIVE B
• Proceed to the following adjustment after having
completed the adjustment of LOW LIGHT WHITE
BALANCE.
(1) Receive the black and white pattern signal (colour
off).
(2) Set the FULL mode.
(3) Select 2. V/C from the SERVICE MENU.
(4) Select 4. DRIVE R, and 6. DRIVE B and set each
value to initial setting value.
(5) Produce a white screen.
(6) Press the [OK] key and memorize the set value.
G.
LEVEL ( )
B. LEVEL ( )
B. LEVEL ( )
G. LEVEL (
0
)
SUB SCREEN
WHITE
BALANCE
(High light)
R. LEVEL (
Signal
generator
Remote
control unit
MAIN
screen
(LEFT) (RIGHT)
REMOTE CONTROL UNIT
123
)
456
SUB
screen
2. V/C -->
7. TWIN HI R
G.
LEVEL ( )
B. LEVEL ( )
(1) Receive the black and white pattern signal (colour
off).
(2) Select the Twin screen mode by pressing the [PIP]
key.
(3) Select 2. V/C from the SERVICE MENU.
(4) Select 7.TWIN HI R.
(5) Adjust so that the white level on the right screen in
the same manner as for left screen.
(6) Press the [OK] key and memorize the set value.
26
R. LEVEL (
)
7
8
0
9
B. LEVEL ( )
G. LEVEL (
)
HV-32D25EUW
HV-32D25EJW
Item
SUB
BRIGHTNESS
Mesuring
instrument
Signal
generator
Remote
control unit
SUB CONTRAST Signal
generator
Remote
control unit
SUB SCREEN
SUB
BRIGHTNESS &
SUB CONTRAST
Signal
generator
Remote
control unit
PAL
SUB COLOUR
Signal
generator
Oscilloscope
Remote
control unit
Test point Adjustment part Description
TP-R
TP-E
[CRT SOCKET
PWB]
Cy G
2. V/C -->
9. BRIGHT
(1) Re ceive the black and white pattern signal (col our
off).
(2) Select 2. V/C from the SERVICE MENU.
(3) Select 9. BRIGHT.
(4) Set the inital setting value.
(5) If the brightness is not the best with the initial
setting value, make fine adjustment until you get
the best brightness.
(6) Press th e [OK] key and memorize the set value.
2. V/C-->
10. CONT
(1) Re ceive the black and white pattern signal (col our
off).
(2) Select 2. V/C from the SERVICE MENU.
(3) Select 10. CONT.
(4) Set the inital setting value.
(5) I f the contrast is not the best with the initial setting
value, make fine adjustment until you get the best
contrast.
(6) Press th e [OK] key and memorize the set value.
2. V/C -->
11. TW BRIG
12. TW CONT
(1) Re ceive the black and white pattern signal (col our
off).
(2) Select the Twin screen mode by pressing the [PIP]
key.
(3) Select 2. V/C from the SERVICE MENU.
(4) Select 11.TW BRIG.
(5) Set the inital setting value.
(6) Adjust 11.TW BRIG so that the right screen
becomes the same as for the left screen.
(7) Adjust 12. TW CONT so that right screen becomes
the same as for the left screen.
(8) If brightness was changed, adjust it one more time.
(9) Press th e [OK] key and memorize the set value.
2. V/C -->
13. COLOUR
[Method of adjustment without measuring
instrument]
(1) Re ce ive PAL broadcast.
(2) Select 2.V/C from the SERVICE MENU.
(3) Select 13.COLOUR.
(4) Set the initial setting value for PAL COLOUR.
(5) If the colour is not the best with the initial set value,
make fine adjustment until you get the best colour.
(6) Press th e [OK] key and memorize the set value.
[Method of adjustment using measuring instrument]
(1) Receive a PAL full field colour bar signal (75%
white).
B
(2) Select 2.V/C from the SERVICE MENU.
(3) Select 13.COLOUR.
(4) Set the initial setting value for PAL COLOUR.
(5) Connect the oscilloscope between TP-R and TP-E.
(6) Adj ust PAL COLOUR and bring the val ue of (A) in
the illustration to 5V (voltage difference between
white (W) and red (R)).
(7) Press th e [OK] key and memorize the set value.
(-)
W(75%) Y Mg R
(A)
V(W-R)
(+)
27
HV-32D25EUW
HV-32D25EJW
Item
SECAM
SUB COLOUR
Mesuring
instrument
Signal
generator
Oscilloscope
Remote
control unit
Test point Adjustment part Description
TP-R
TP-E
[CRT SOCKET
PWB]
2. V/C -->
13. COLOUR
[Method of adjustment without measuring
instrument]
(1) Receive SECAM broadcast.
(2) Select 2.V/C from the SERVICE MENU.
(3) Select 13.COLOUR.
(4) Set the initial setting value for SECAM COLOUR.
(5) If the colour is not the best with the initial set value,
make fine adjustment until you get the best colour.
(6) Press the [OK] key and memorize the set value.
[Method of adjustment using measuring instrument]
(1) Receive a SECAM colour bar signal.
(2) Select 2.V/C from the SERVICE MENU.
(3) Select 13.COLOUR.
(4) Set the initial setting value for SECAM COLOUR.
(5) Connect the oscilloscope between TP-R and TP-E.
(6) Adjust SECAM COLOUR and bring the value of (A)
in the illustration to 4V (voltage difference between
white (W) and blue (B)).
(7) Press the [OK] key and memorize the set value.
(-)
(A)
V(W-B)
NTSC
SUB COLOUR
W(75%)
Signal
generator
Oscilloscope
Remote
control unit
W Y CY G Mg R B
B
TP-R
TP-E
[CRT SOCKET
PWB]
(A)
(+)
2. V/C -->
13. COLOUR
(-)
V(W-R)
(+)
[Method of adjustment without measuring
instrument]
(1) Input a NTSC 3.58MHz COMPOSITE VIDEO
signal from the EXT terminal.
(2) Select 2.V/C from the SERVICE MENU.
(3) Select 13.COLOUR.
(4) Set the initial setting value for NTSC COLOUR.
(5) If the colour is not the best with the initial set value,
make fine adjustment until you get the best colour.
(6) Press the [OK] key and memorize the set value.
[Method of adjustment using measuring instrument]
(1) Input a NTSC 3.58MHz COMPOSITE VIDEO
signal (full field colour bar with 75% white) from the
EXT terminal.
(2) Select 2.V/C from the SERVICE MENU.
(3) Select 13.COLOUR.
(4) Set the initial setting value for NTSC COLOUR.
(5) Connect the oscilloscope between TP-R and TP-E.
(6) Adjust NTSC COLOUR and bring the value of (A)
in the illustration to 3V (voltage difference between
white (W) and red (R)).
(7) Press the [OK] key and memorize the set value.
-NTSC 4.43MHz COLOUR-
When NTSC 3.58MHz COLOUR, set, NTSC 4.43MHz
COLOUR will automatically set.
28
HV-32D25EUW
HV-32D25EJW
Item
NTSC 3.58MHz
SUB TINT
Mesuring
instrument
Signal
generator
Oscilloscope
Remote
control unit
W Y CY G Mg R B
Test point Adjustment part Description
TP-R
TP-E
[CRT SOCKET
PWB]
2. V/C -->
14. HUE
[Method of adjustment without measuring
instrument]
(1) Input a NTSC 3.58MHz COMPOSITE VIDEO
signal (full field colour bar with 75% white) from the
EXT terminal.
(2) Select 2. V/C from the SERVICE MENU.
(3) Select 14. HUE.
(4) Set the initial setting value for NTSC HUE.
(5) If the colour is not the bwst with the initial set value,
make fine adjustment until you get the best colour.
(6) Press th e [OK] key and memorize the set value.
[Method of adjustment using measuring instrument]
(1) Input a NTSC 3.58MHz COMPOSITE VIDEO
signal (full field colour bar with 75% white) from the
EXT terminal.
(2) Select 2.V/C from the SERVICE MENU.
(3) Select 14.HUE.
(4) Connect the oscilloscope between TP-R and TP-E.
(5) Adj ust NTSC COLOUR and bring the value of (A)
in the illustration to -1V (voltage difference between
white (W) and yellow (Y)).
(-)
(A)
(+)
(6) Press th e [OK] key and memorize the set value.
-NTSC 4.43MHz TINT-
When NTSC 3.58MHz TINT, set, NTSC 4.43MHz TINT
will automatically set.
29
HV-32D25EUW
HV-32D25EJW
Item
SUB SCREEN
SUB COLOUR &
SUB TINT
Mesuring
instrument
Signal
generator
Test point Adjustment part Description
TP-R
TP-E
[CRT SOCKET
Oscilloscope
PWB]
Remote
control unit
Cy G
W(75%) Y Mg R
B
(A)
2. V/C -->
16.TWN COL
17.TWN TNT
(1) Receive PAL colour bar signal to right and left
screen.
(2) Select the Twin screen mode by pressing the [PIP]
key.
(3) Select 2. V/C from the SERVICE MENU.
(4) Select 16. TWIN COL.
(5) Connect the osilloscope to TP-R.
(6) Adjust so that the colour difference (A) on the right
screen in the same manner as for left screen.
(7) Press the [OK] key and memorize the set value.
(8) Receive SECAM colour bar signal to right and left
screen.
(9) Adjust so that the colour difference (A) on the right
screen in the same manner as for left screen.
(10) Press the [OK] key and memorize the set value.
(11) Input a NTSC 3.58MHz COMPOSITE VIDEO
signal to right and left screen.
(12) Adjust so that the colour difference (A) on the right
screen in the same manner as for left screen.
(13) Select 17. TWIN TNT.
(14) Adjust so that the colour difference (B) on the right
screen in the same manner as for left screen.
(15) Press the [OK] key and memorize the set value.
<PAL COLOUR>
W(75%)
<SECAM COLOUR>
W Y Cy G Mg R B
(A)
R
30
(B)
<NTSC COLOUR>
(A)
HV-32D25EUW
HV-32D25EJW
3.5.8 DEFLECTION CIRCUIT ADJUSTMENTS The setting (adjustment) using the remote control unit is made on the basis of the in itial setting values. The setting values which adjust the screen to the optimum condition can be different from the initial setting values.
When the FULL mode has been established, the setting of other aspect modes will be done automatically.
There are 2 modes of the adjustment (1) 1250i mode and (2) 1500i depending upon the kind of signal (vertical frequency
50Hz/60Hz). FIrst adjust the 1250i mode, then adjust the 1500i mode.
Note:
Proceed to the following adjustment after having completed the VIDEO / CHROMA adjustments. (BRIGHT and CONTRAST)
4. DEF
ASPECT FULL
SCAN MODE 1250i (fv=50Hz) 1500i (fv=60Hz) 900i (fv=50Hz)
1.FREE-RUN 70 0 0*
2.V-SHIFT 21 -2 1*
3.V-SIZE 59 0 6*
4.H-CENT 50 3 0*
5.H-SIZE 26 0 1*
6.TRAPEZ 30 0 0*
7.EW-PIN 28 0 0*
8.COR-UP 6 0 0*
9.COR-ROW 6 0 0*
10.V-S.CR 28 0 0*
11.V-LIN 40 0 0*
Mark * : Fix (Do not move)
Item
Mesuring
instrument
V.POSITION Signal
generator
Remote
control unit
Test point Adjustment part Description
4.DEF -->
2.V-SHIFT
(1) Receive a circle pattern sign al.
(2) Set the FULL mode.
(3) Select 4. DEF from the SERVICE MENU.
(4) Select 2.V-SHIFT.
(5) Adjust to make “A”=“B”.
(6) Press th e [OK] key and memorize the set value.
A
B
31
HV-32D25EUW
HV-32D25EJW
Item
Mesuring
instrument
V.SIZE Signal
generator
Remote
control unit
Screen
size
Test point Adjustment part Description
Screen size
Picture size 100%
4.DEF -->
3.V-SIZE
Picture
size
100%
(1) Receive a cross-hatch signal.
(2) Select 4.DEF from the SERVICE MENU.
(3) Select 3.V-SIZE.
(4) Adjust to make the vertical screen size 92% of the
picture size.
(5) Press the [OK] key and memorize the set value.
H.POSITION Signal
generator
Remote
control unit
CD
4.DEF -->
4.H-CENT
(1) Receive a circle pattern signal.
(2) Select 4.DEF from the SERVICE MENU.
(3) Select 4.H-CENT.
(4) Adjust to make “C”=“D”.
(5) Press the [OK] key and memorize the set value.
H.WIDTH Signal
generator
Remote
control unit
32
4.DEF -->
5.H-SIZE
(1) Receive a circle pattern signal.
(2) Select 4.DEF from the SERVICE MENU.
(3) Select 5.H-SIZE.
(4) Adjust to make the horizontal screen size 92% of
the picture size.
(5) Press the [OK] key and memorize the set value.
HV-32D25EUW
HV-32D25EJW
Item
Mesuring
instrument
SIDEPIN Signal
generator
Remote
control unit
Test point Adjustment part Description
4.DEF -->
7.EW-PIN
(1) Receive a cross-hatch signal.
(2) Select 4.DEF from the SERVICE MENU.
(3) Select 7. EW-PI.N
(4) Adj ust so that the first vertical lines at the left and
right edges on the screen are straight.
(5) Press th e [OK] key and memorize the set value.
Straight
TRAPEZIUM Signal
generator
Remote
control unit
Parallel
4.DEF -->
6.TRAPEZ
(1) Receive a cross-hatch signal.
(2) Select 4.DEF from the SERVICE MENU.
(3) Select 6. TRAPEZ.
(4) Set the initial setting value.
(5) Adj ust so that the vertical lines at the left and right
edges on the screen are in parallel.
(6) Press th e [OK] key and memorize the set value.
33
HV-32D25EUW
HV-32D25EJW
Item
Mesuring
instrument
CORNER PIN Signal
generator
Remote
control unit
Straight Straight
V.S-SHAPE
CORRECTION &
Signal
generator
V.LINEARITY
Remote
control unit
Test point Adjustment part Description
4. DEF -->
8. COR-UP
9. COR-LOW
(1) Receive a cross-hatch signal.
(2) Select 4. DEF from the SERVICE MENU.
(3) Select 8.COR-UP.
(4) Set the initial setting value.
(5) Adjust to bring the straight line at the upper corner.
(6) Select 9.COR-LOW.
(7) Set the initial setting value.
(8) Adjust to bring the straight line at the lower corner.
(9) Press the [OK] key and memorize the set value.
4. DEF -->
10. V-S.CR
11. V-LIN
• When the vertical linearity has been deteriorated
remarkably, perform the following steps.
• Do not adjust PANORAMIC & SUBTITLE mode.
(1) Receive a cross-hatch signal.
(2) Select 4. DEF from the SERVICE MENU.
(3) Select 11.V-LIN.
(4) Set the initial setting value.
(5) Select 10.V-S.CR.
(6) Set the initial setting value.
(7) Adjust 11.V-LIN and 10.V-S.CR so that the spaces
TOP
of each line on TOP, CENTER and BOTTOM
become uniform.
CENTER
BOTTOM
3.5.9 AUDIO ADJUSTMENT
Do not adjust 3. AUDIO adjustment of the SERVICE MENU as it requires no adjustment.
If values had changed for the some reason, set the initial values in the following table.
3. AUDIO (Do not adjust)
Setting item Variable range Initial setting value (fixed)
1. ERROR LIMIT 0000H ~ 0FF0H 0100
2. A2 ID THR 0000H ~ 00FF 19H
3. Q-PEAK (Do not adjust) --- ---
4. SOUND SYSTEM F00FH ~ FFFFH FFFFH
34
HV-32D25EUW / HV-32D25EJW
STANDARD CIRCUIT DIAGRAM
NOTE ON USING CIRCUIT DIAGRAMS
HV-32D25EUW
HV-32D25EJW
1.SAFETY
The components identified by the symbol and shading are
critical for safety. For continued safety replace safety critical
components only with manufactures recommended parts.
2.SPECIFIED VOLTAGE AND WAVEFORM VALUES
The voltage and waveform values have been measured under the
foll owin g conditions.
(1)Input signal : Colour bar signal
(2)Setting positions of
each knob/button and
variable resistor
(3)Internal resistance of tester
(4)Oscilloscope sweeping time
(5)Voltage values
Since the voltage values of signal circuit vary to some extent
according to adjustments, use them as reference values.
: Original setting position
when shipped
:DC 20k
:H
:V
:Others
:All DC voltage values
/V
20µS/div
5mS/div
Sweeping time is
specified
3.INDICATION OF PARTS SYMBOL [EXAMPLE]
In the PW board
:R1209
R209
Ty pe
No indication
MM
PP
MPP
MF
TF
BP
TAN
(3) Coi ls
No unit
Others
(4)Power Supply
Respective voltage values are indicated
(5) Test poi nt
:Test point
(6)Connecting method
:Ceramic capacitor
:Metalized mylar capacitor
:Polypropylene capacitor
:Metalized polypropylene capacitor
:Metalized film capacitor
:Thin film capacitor
:Bipolar electrolytic capacitor
:Tantalum capacit or
µ
:[
H]
:As specified
:B1
:9V
:Connector
:R ecept acle
:B2 (12V)
:5V
:Only test point display
:Wrapping or soldering
4.INDICATIONS ON THE CIRCUIT DIAGRAM
(1)Resistors
Resistance value
No uni t :[
K
M
Rated allowable power
No indication :1/ 16 [W]
Others :As specified
Ty pe
No indication
OM R
MFR
MPR
UNFR
FR
Composition resistor 1/2 [W] is specif ied as 1/2S or Comp.
(2)Capacitors
Capacitance value
1 or higher :[pF]
less than 1
Withstand voltage
No indication :DC50[V]
Others :DC withstand voltage [V]
AC indicated
Electrolytic C apacitors
47/50[Example]:Capacitance value [µF]/withstand voltage[V]
]
:[K
]
:[M ]
:Carbon resistor
:Oxi de metal film resistor
:Metal film resistor
:Metal plate resistor
:Uninflammable resistor
:Fusible resistor
:[µF]
:AC with stand voltage [ V]
(7)Ground symbol
:LIVE side ground
:ISOLATED(NEUTRAL) side ground
:EARTH ground
:DIGITAL ground
5.NOTE FOR REPAIRING SERVICE
This model's power cir cuit is partly differen t in the GND. The
difference of the GND is shown by the LIVE : ( ) side GND and the
ISOLATED(NEUTRAL) : ( ) side GND.Therefore, care must be
taken for the following points.
(1)Do not touch the LIVE side GND or the LIVE side GND and the
ISOLATED(NEUTRAL) side GND simultaneously. If the above
caution is not respected, an electric shock may be caused.
Therefore, make sure that the power cord is surely removed from
the receptacle when, for example, the chassis is pulled out.
(2)Do not short between the LIVE side GND and ISOLATED(NEUT RAL)
side GND or never measure with a measuring apparatus measure
with a measuring apparatus ( oscilloscope, etc.) the LIVE side GND
and ISOLATED(NEUTRAL) side GND at the same time.
If the above precaution is not respected , a fuse or any parts will be broken.
Since the circuit diagram is a standard one, the circuit and
circuit constants may be su bject to c han ge for i mpro vement
without a ny n otice.
NOTE
Due improvement in performance, some par t numbers show
in th e ci rcuit dia gra m may not agree wi th those i ndicate d in
the part list.
When ordering parts, please use the numbers that appear
in th e Parts List.
2-1
HV-32D25EUW
HV-32D25EJW
CONTENTS
SEMICONDUCTOR SHAPES
BLOCK DIAGRAM
...........................................................................................................................
......................................................................................................
2-2
2-3
CIRCUIT DIAGRAMS
MAIN PWB CIRCUIT DIAGRAM.....................................................................................................
AV SW PWB CIRCUIT DIAGRAM................................................................................................... 2-8
CRT SOCKET PWB CIRCUIT DIAGRAM........................................................................................
DLST PWB CIRCUIT DIAGRAM................................................................................................... 2-
DOLBY PWB CIRCUIT DIAGRAM................................................................................................
DEF OSC PWB CIRCUIT DIAGRAM............................................................................................. 2-18
POWER & DEF PWB CIRCUIT DIAGRAM....................................................................................
EHT PWB CIRCUIT DIAGRAM..................................................................................................... 2-20
LINE FILTER PWB CIRCUIT DIAGRAM....................................................................................... 2-15
MICOM PWB CIRCUIT DIAGRAM................................................................................................
FRONT CONTROL PWB CIRCUIT DIAGRAM..............................................................................
SIDE CONTROL PWB CIRCUIT DIAGRAM..................................................................................
2-4
2-9
10
2-16
2-19
2-21
2-22
2-23
PATTERN DIAGRAMS
MAIN PWB PATTERN.................................................................................................................. 2-24
POWER & DEF PWB PATTERN................................................................................................... 2-26
CRT SOCKET PWB PATTERN..................................................................................................... 2-27
FRONT CONTROL PWB PATTERN............................................................................................. 2-27
SIDE CONTROL PWB PATTERN................................................................................................. 2-27
DOLBY PWB PATTERN............................................................................................................... 2-28
EHT PWB PATTERN.................................................................................................................... 2-29
LINE FILTER PWB PATTERN...................................................................................................... 2-29
DEF OSC PWB PATTERN............................................................................................................ 2-29
MICOM PATTERN........................................................................................................................ 2-30
AV SW PWB PATTERN................................................................................................................ 2-31
DIST PWB PATTERN.................................................................................................................. 2-32
VOLTAGE CHART
......................................................................................................................... 2-33
SEMICONDUCTOR SHAPES
TRANSISTOR
BOTTOM V IEW
E
C
B
ECB
IC
B OT TO M V I EW FR O NT V I EW TO P V I EW
OUT
E
IN
IN OUTE
CHIP IC
N
N
BCE
(G)(D)(S )
FRONT VI EW
1 N
TOP VIEW
ECB
1
ECB
1 N
TOP VIEW
CHIP TR
1
C
BE
N
2-2
N
1
N
N
BLOCK DIAGRAM
HV-32D25EUW
HV-32D25EJW
RF
SPLITTER
EXT-1
EXT-2
EXT-3
HEADPHONE
EXT-5
MAIN PWB AV SW PWB DOLBY PWB
TV1 V
TV2 A
SIF
MONO
IC101
AV S W
MULTI SOUND
PROCESSOR
TV1 L/R
MAIN CV/Y
SUB CV/Y
IC501
MAIN C
SUB C
IC105
A-D/D-A
CONVERT
L/R
IC702
2L COMB FILTER
IC701
MAIN
CHROMA DECODE
MAIN HD/VD
SUB HD/VD
IC801
SUB
CHROMA DECODE
TU001
MAIN TUNER
TU002
SUB TUNER
TV2 V
SIDE
CONTROL PWB
Y/C
V
L
R
IC802
2L COMB FILTER
DIST PWB
IC201
SYNC SEP
Y
MAIN
Y/RY/BY
SUB
Y/RY/BY
IC101
DIGITAL SIGNAL
PROCESSOR
IC604
MAIN TONE/VOL
IC651
SUB TONE/VOL
IC631
CENTER S.WOOFER
TONE/VOL
SUB HD/VD
MAIN
Y/RY/BY
IC101
COMPONENT
SW
MAIN HD/VD
SUB
Y/RY/BY
DIGITAL AUDIO
IC001
3D NR&
A-D CONVERT
IC005
SDRAM
IC003
A-D CONVERT
4M
13.5M
MAIN HD/VD
8
Y/RY/BY
Y/RY/BY
8
27M
SUB HD/VD
IC101,IC201
DIST
PROCESS/
D-A CONVERT
AUDIO OUT
H
V
IC102
IC404
AUDIO
AMP
IC602
IC601
AUDIO OUT
MAIN PWB
R/G/B
PROCESSOR
DEF OSC
IC0161
DISTORTION
CORRECT
J001
COAXIAL IN
J002
OPTICAL IN
J003
AUDIO OUT(L)
AUDIO OUT(R)
IC551
ROTATION
IC301
RGB
IC0101
DEF OSC
ROTATION
COIL
SUB WOOFER
SP L
SP R
J004
CENTER
+
SURROUND L
+
SURROUND R
CRT SOCKET PWB
R
G
B
YVM
IC3101
R OUT
IC3201
G OUT
IC3301
B OUT
Q3701~Q3706
VM OUT
VM COIL
CRT
EXT-4
AC IN
Y
Cb
Cr
L
R
IC8851
REMOCON
RECEIVER
POWER SW
S8901
REMOCON
FUSE
F8901
FRONT CONTROL PWB
LF8901
MICOM PWB
POWER&DEF.PWB
SDA
SCL
D901
Y/Cb/Cr
IC001
MICRO COMPUTER
T901
IC901
POWER
REG
IC003
SDRAM
IC004
MEMORY
PC901
VOLTAGE
FEEDBACK
B1
IC951
ERROR
AMP
T551
HVT
Q521
H.OUT
V.O UT
SCREEN
HV
FOCUS
H.DY
V.D Y
IC401
EHT PWB
IC2503
X-RAY PROTECT
IC2501
HV CONTROL
2-3
HV-32D25EUW
HV-32D25EJW
HV-32D25EUW
HV-32D25EJW
CIRCUIT DIAGRAM
MAIN PWB CIRCUIT DIAGRAM (1/4) SHEET1
SHEET 4
SHEET 2
32V9VM_SW1
TU001
QAU0270-001
MAIN TUNER
.0022
C001
R003
R002
C010
/10 80%
1
R015
R005
R014
R004
C006
.01
.1
100
100
C003
OPEN
C004
M_SW0
TU001-16
1.8
M_MONO
A.MUTE
SCL1
M_SW0
SDA1
M_SW1
AFC1
VTV1
32V
SDA1
SCL1
R012
47k
AGC
R013
47k
C014
.033
SL
SR
A2.GND
OPEN
0
OPEN
0
C008
/16
.1
L003
10
C009
Y001
GND
/10
1000
0
QQL244K-100Z
L002
10
C007
/50
10
GND
GND
L001
27
QQL244K-270Z
GND
C002
10
C005
GND
2200
R001
OPEN
/50
CN008
QGB1505J1-25
/10
/16
GND
GND
D_STAT
D_CLOCK
M_SW0
C011
.01
D_DATA
D_READY
32V
M_SW1
R007
2.2k
R006
0
R008
1k 1k
D_MUTE
C654
SUB_MUTE
1000p
GND
VTV1
M_MONO
SDA1
AFC1
SCL1
AGC
VTV1
SDA1
AGC
AFC1
Y902
C655
OPEN
SCL1
0
M_MONO
R009
Q001
2SC2412K/QR/-X
C922
100
/16
C923
100
/16
Y901
OPEN
M_R
M_L
C013
10
M_L
/50
IC907
AN78L05-T
GND
C924
.1
LR_CEN
SHEET 2
M_R
M_L
SDA2
SDA2
M_R
C012
.01
SCL2
SCL2
SUBW_SW
M_SIF
SDA2
SHEET 4
18V
SCL2
SHEET1
SHEET 4
5V
Y614
OPEN
GND
C925
OPEN
HP_R
HP_L
SUB_WOO
CENTRE
CENTRE
A.MUTE
AMP_MUTE
SUB_WOO
A_MUTE
D_MUTE
POWER
SUB_MUTE
18V
A.GND
CN018
QGB1505J1-25
SUBW_SW
SUBW_SW
SUB_MUTE
R666
OPEN
GND
IE_MUTE
LR_CEN
SUB_MUTE
LR_CEN
Y601
OPEN
Y602
OPEN
POWER
POWER
A_MUTE
AMP_MUTE
A_MUTE
AMP_MUTE
D620
MA111-X
C634
/25
2200
QETM1EM-228
C646
10
R661
100k
Y619
OPEN
D_CLOCK
PROTECT
D_CLOCK
D616
MA111-X
2SA1037AK/QR/-X
R652
GND
/50
100k
R653
100k
MA111-X
D_STAT
D_STAT
Q620
D614
C921
.1
D_DATA
D_DATA
3.3
D610
MA111-X
GND
MA111-X
C645
10
D_READY
D_READY
C647
/50
10
C643
/50
C648
10
/50
DTC323TK-X
GND
D627
C644
10
/50
/50
C920
1000
A.GNDA.GND
SHEET 2
HP_L
HP_L
D619
MA111-X
R660
0
Q623
/25
HP_R
HP_R
IC906
AN78L18-T
A.MUTE
R625
4.7K
R627
4.7K
R628
100k
R629
4.7K
MA111-X
MA111-X
MA111-X
MA111-X
A.GND
GND
D607
MA111-X
MA111-X
R630
100k
D617
D629
D615
D624
D623
MA111-X
SHEET 4
PW_MUTE
R601
4.7K
R603
4.7K
R605
4.7K
R606
100k
D604
MA111-X
R614
100k
D608
R626
100k
100
A.GND
D626
MA111-X
C919
/50
IE_MUTE
IE_MUTE
R602
100k
R604
100K
Q601
2SA1037AK/QR/-X
R667
4.7k
D622
MA111-X
D621
MA111-X
MA111-X
D618
D625
MA111-X
2SA1037AK/QR/-X
R669
4.7k
Y615
OPEN
R654
QRL039J-101
100
DTC323TK-X
R613
100k
33
D606
MA111-X
Q611
2SA1037AK/QR/-X
R668
4.7k
R655
100k
D628
OPEN
Q624
R662
100k
Y618
Y609
Y610
IC601
AN7585
AUDIO OUT
(CENTER/SURROUND)
R607
C601
10k
10
/50
C602
3.3
Q604
DTC323TK-X
DTC144EKA-X
DTC144EKA-X
Q612
/50
Y622
Y603
Y623
/50
C603
10
/50
Q603
DTC323TK-X
R617
10k
Q605
R623
10k
Q608
IC602
AN7585
AUDIO OUT
(MAIN)
C618
R638
10k
R639
47k
A.GND
OPEN
0
OPEN
Y616
R619
47k
A.GND
R622
8.2k
R624
47k
A.GND A.GND A.GND
C617
R631
/50
10
/50
10
C619
/50
10
Q613
DTC323TK-X
Q614
DTC323TK-X
R640
8.2k
A.GND A.GND
Q616
2SC2412K/QR/-X
DTC144EKA-X
R656
10k
C651
/50
Q602
OPEN
OPEN
0
DTC323TK-X
R649
0
R650
0
R651
0
C652
OPEN
Q615
DTC144EKA-X
C653
10
A.GND
MAIN PWB
SMK-1001A (1/4)
R608
10k
R609
10k
Y617
0
0
R618
8.2k
A.GND A.GND
Q606
2SC2412K/QR/-X
R637
8.2k
Q609
2SC2412K/QR/-X
10k
R632
10k
A.GND
R657
8.2k
C631
10
Q617
R616
8.2k
HS601
GG30028-001A-H
QETM1VM-228
OPEN
C610
D602
MA3330/L/-X
0
Q621
OPEN
C626
OPEN
C627
OPEN
D612
MA3330/L/-X
Y604
0
Y613
0
A.GND A.GND
R647
OPEN
A2.GND
D603
MA3330/L/-X
R615
OPEN
HS602
LC31910-002A
C611
1000
/25
C612
1000
/25
C613
1000
/25
C615
OPEN
A2.GND
QETM1EM-338
C629
3300
D613
MA3330/L/-X
C632
OPEN
SL
R663
22k
SR
R664
22k
A2.GND
C628
/25
1000
/25
R665
22k
C630
1000
/25
CN0SC
QGA2501C5-03Z
CN0SL
QGA2501C5-04Z
CN0SW
QGA2501C5-03Z
A2.GND
CN0SR
QGA2501C5-03Z
24V
A2.GND
STB_5V
28.5V
SHEET 4
SHEET 4
SHEET 4
14V
OPEN
C649
/50
Y608
C604
100
OPEN
/50
C616
/50
10
Y606
0
C650
OPEN
Y612
0
GND
C622
OPEN
C623
OPEN
R634
OPEN
A.GND
A.GND
Q618
2SC2412K/QR/-X
C635
/35
2200
R611
OPEN
D601
OPENOPEN
C609C607
MA3330/L/-X
A2.GND
Q607
OPEN
/35
2200
QETM1VM-228
C621
R635
OPEN
D611
MA3330/L/-X
R646
8.2k
C633
/50
10
Q619
OPEN
R620
OPEN
R621
OPEN
A2.GND
R645
OPEN
A.GND
R612
OPEN
C624
OPEN
C625
OPEN
R636
OPEN
R644
OPEN
Q622
OPEN
C608
OPEN
Y607
Y611
OPEN
GND
GND
C605
OPEN
C606
OPEN
R610
OPEN
A2.GNDA.GND
C614
10
/50
100
C620
R633
10k
R641
10k
R643
8.2k
/50
R642
47k
A.GND
DOLBY PWB
2-4
HV-32D25EUW
HV-32D25EJW
MAIN PWB CIRCUIT DIAGRAM (2/4) SHEET2
AV SW PWB AV SW PWB DIST PWB
CN006 CN007
QGB1505J1-25 QGB1505J1-35
GND
32V
SHEET 4
SHEET 1
SHEET 4
SHEET 3
SHEET 4
SHEET 1
SHEET 4
ATT
VTV1
M_MONO
M_SIF
PW_MUTE
HP_MUTE
3.3V
HP_L
HP_R
M_L
M_R
SCL1
SDA1
SCL2
SDA2
A.MUTE
MSP_RES
TEXT_CV
D609
MA111-X
AFC2
9V
5V
HP_L
HP_R
M_L
M_R
SCL1
SDA1
SCL2
SDA2
A.MUTE
MSP_RES
TEXT_CV
MSP_RES
SCL2
SDA2
AV_LINK
SHEET2
CN005
QGC2507C1-96
GND
GND
MIX_AREA
GND
GND
GND
C437
/25
C123
100
C124
GND
YW_OUT
RYW_OUT
/6.3
QQL26AK-100Z
C435
1000
/6.3
PQ15RW11
IC908
R922
GND
GND
Q101
R104
R101
OPEN
2.2k
GND
R105
OPEN
R102
R108
2.2k
0
R109
0
/16
.01
Q111
R111
R114
2.2k
OPEN
GND
R115
OPEN
R112
2.2k
R116
R119
OPEN
0
M_CIN
M_CV/YINB1YC_GND
YC_GND
GND
R1
G1
YS1
SC_R1
SC_G1
SC_B1
SC_YS1
RGBGND
RGBGND
YC_GND
S_CV/YIN
S_CIN
GND
S_C
S_CV/Y
M_C
M_CV/Y
AD_HD
R216
YC_GND
IC202
TC7W08F-X
220
S_C
S_CV/Y
HP_R
HP_L
M_CV/Y
M_C
EXT4BY
EXT4RY
A.MUTE
M_R
M_L
EXT4Y
SC_R2
SC_G2
SC_YS2
L201
QRN143J-0R0X
SC_B2
SC_R1
SC_YS1
SC_G1
SC_B1
IC201- 13 , 15
3.4
IC201- 22 , 23
3.0
NR_HD
R215
220
IC201- 1 , 3
4.0
R208
IC201- 2 , 4
10k
5.0
R212 R211
NR_VD
AD_VD
10k 10k
QFVF1HJ-104Z
EXT4Y
EXT4RY
EXT4BY
R2G2B2
SC_B2
SC_G2
SC_R2
SDA1
SCL1
GND
R207
10k
C205
.1
NCB31CK-104X
C206
.1
RGBGND
TEXT_CV
TEXT_CV
C208
47
/25
C207
4.7
R209
100
R210
100
GND
GND
GND
CZ
YM_OUT
M_Y
GND
M_RY
RYM_OUT
BYM_OUT
M_HD
M_BY
IC201
TA1318N
VDM_OUT
HDM_OUT
GND
M_VD
GND
GND
S_Y
GND
YS_OUT
RYS_OUT
S_RY
S_BY
HDS_OUT
BYS_OUT
S_VD
S_HD
VDS_OUT
GND
CSB503F30
R205
GND
X201
NR_Y
YM_IN
GND
GND
GND
C201
GND
8.2k
RYM_IN
NR_RY
R204
100
R203
100
R202
100
R201
100
BYM_IN
NR_BY
R206
330
HDM_IN
NR_HD
GND
C202
2.20.01
VD_MIN
NR_VD
/50
GND
C203
100
GND
AD_Y
GND
YS_IN
/16
C204
0.01
GND
M_VD
M_HD
S_VD
S_HD
RYS_IN
AD_RY
GND
BYS_IN
AD_BY
VDS_IN
HDS_IN
GND
GND
GND
GND5V5V5VGND
GNDGND
AD_VD
AD_HD
C440
.1
/50
C101
.01
C102
.01
C103
.01
C104
.01
C105
.01
/16
C122
C106
1
/50
C107
1
/50 CB1
C108
1
/50 CB1
C109
.01
C110
.01
C111
1
/50 CB1
C112
1
/50 CB1
C113
1
/50 CB1
C114
.01
C115
.01
.01
GND
C116
1
/50
C117
1
/50
C118
1
/50
M_Y
M_RY
M_BY
S_Y
S_RY
S_BY
C121
100
3.3VD
3.3VD
GND
GND
GND
L433
10
QQL26AK-100Z
C439
1000
/6.3
CB1
CB1
CB1
3.4V
3.3VD
IC101
AN15851A-W
3.4V
SDA1
SCL1
SDA2
SCL2
GND
GND
SDA2
SCL2
SDA1
SCL1
R124
.1
100
C438
C436
OPEN
GND
HP_OUT
H_SYNC
/16
SDA1
VMOFF
VP_OUT
V_SYNC
BLKAREA
VMOFFYWRYW
1000
SCL1
C927
47
R123
100
R107
0
R117
0
R118
0
C120
.01
C119
.01
D907
OPEN
BYW_OUT
BYW
L432
10
27k
R113
2.2k
GND
VM_OUT
GND
VM
NRSA63D-471X
R920
1.5k
Q102
GND
R106
OPEN
Q112
GND
GND
IP_RST
GND
IP_ERR
/IP_RESET
9V
IP_ERR
HS908
OPEN
R921
470
MFR
C926
OPEN
GND
NR_Y
NR_RY
Q103
NR_BY
R103
2.2k
AD_Y
AD_RY
Q113
AD_BY
GND
9V
GND
GND
GND
2.5V
GND
2.5V
2.5V
C432
.1
C431
100
/16
QRN143J-0R0X
/10
C434
.1
/16
H_SYNC
V_SYNC
BLKAREA
VMOFF
YW
RYW
BYW
VM
2SC2412K/QR/-X
2SC2412K/QR/-X
2SC2412K/QR/-X
2SC2412K/QR/-X
2SC2412K/QR/-X
2SC2412K/QR/-X
L431
0
GND
C433
1000
/16
9V
3.3V
5V
H_SYNC
V_SYNC
BLKAREA
VMOFF
YW
RYW
BYW
VM
SHEET 4
SHEET 3
SHEET 4
SHEET 3
AV_LINK
SC_YS2
IP_RST
IP_ERR
AFC2
AV_LINK
SC_YS2
IP_RST
IP_ERR
AFC2
IC201- 6 , 33
1.0
IC201- 32
1.5
IC201- 31
1.5
MAIN PWB
SMK-1001A (2/4)
IC101- 7
1.0
IC101- 8
1.0
Q101- E
1.8
Q111- E
1.8
Q102- E
1.8
Q112- E
1.8
Q103- E
1.8
Q113- E
1.8
2-5
HV-32D25EUW
HV-32D25EJW
HV-32D25EUW
HV-32D25EJW
MAIN PWB CIRCUIT DIAGRAM (3/4) SHEET3
MICON_V
R406
100
OSD_VD2
R405
OPEN
GND
8910111213
GND
8910111213
GND
R335
OPEN
Q332
OPEN
GND
Q331
OPEN
GND GND
R352
3.9k
2SA1037AK/QR/-X
D351R350
OPEN560
C352
3.3
R351
470
Q356
2SC2412K/QR/-X
R357
1.5k
C355
GNDGND
0.0047
R306
4.7k
R307
OPEN
GND
POWER &
DEF. PWB
CN003
QGB1506L1-16
GND
PROTECT
DEF_HP
H_SYNC
V_SYNC
DEF_VP
OSD_VD
SDA1
SCL1
1000
C407
C402
OPEN
GND
IC401
TC74HC02AF-X
Vcc
C405
/10
1
CF3
123456
GND
/6.3
C406
/10
1
CF3
IC402
TC74HC14AF-X
Vcc
123456
GND
R334
OPEN
R333
OPEN
C351C350
0.1OPEN
CB3
GND
R355
2.2k
R356
3.3k
Q355
2SC2412K/QR/-X
R404
0
R408
47k
Q351
/50/16
.056
IC331
CXA1875AM-X
H_SYNC
OSD_VD
R409
10k
Q402
2SC3837K/NP/-X
GND
2SC2412K/QR/-X
R353
1.5k
C354
3.3
C353
/16
CB3
R332
OPEN
R336
0
SHEET3
SD
IC401
TC74HC02AF-X
R402
2.2k
D401
MA8030/H/-X
C325
/50
/50
C329
1
C328
IC301
AN5394FB
R302
100
OSD_YS
PROTECT
R413
IC402
/50
3.3
H_SYNC
1k
GNDGND
C327
V_SYNC
/50
3.3
R304
C324
220
DI
C326
100
SCL1
GND
R411
6.8k
IC402
/10
/50
3.3
SDA1
BLKAREA
R418
DEF_VP
R410
15k
82
C323
R324
22k OPEN
R305
100
VMOFF
R415
270
IC401
TC74HC02AF-X
R403
OPEN
GND
MICON_H
D321
OPEN
GND
/16 CB3
C302
C303
0.1
OSD_YS
IC401
TC74HC02AF-X
R416
150
2SC2412K/QR/-X
C401
OPEN
CH
R321
12k
R322
6.8k
/16 CB3
/16 CB3
C304
0.1
0.1
C305
0.0047
GND
IC402
IC402
Q403
C321
0.01
R323
2.2k
C322
1
GND
47
/50
C306
R311
R312
R313
/25
R414
100
C404
10p
CH
R412
1k
0
0
0
GND
R417
1.8k
C403
OPEN
GND
GND
CH
/16
1
C317
VMOFF
RGB_BLK
P_MUTE
RGB_H
R315R314
2.2k2.2k
/16
1
/16
1
NCB11CK-105X
NCB11CK-105X
C318
R316
2.2k
NCB11CK-105X
C319
2SC2412K/QR/-X
Q364
R370
4.7k
GND
D361
MA111-X
D362
MA111-X
C367
4.7
CF1
R386
R376
1.8k1.8k
MFR
MFR
C376
/16
4.7
CF1
GND
D371
MA111-X
R372
1.8k
R373
150
Q371
R371
2SA1022/BC/-X
150
GND
R381
150
2SA1022/BC/-X
R367
4.7k
MFR
R368
470
R369
/16
2.7k
MFR
GND
D381
MA111-X
R382
1.8k
R383
150
Q381
GND
R391
150
R364
4.7k
MFR
R361
R365
C364
820
/16
4.7
CF1
R366
1.8k
MFR
GND
D391
MA111-X
R392
1.8k
R393
150
Q391
2SA1022/BC/-X
GND
C361
OPEN
220
Q361
2SC3837K/NP/-X
R363
220
2SC3837K/NP/-X
R396
3.3k
MFR
2SC3837K/NP/-X
GND
C362
OPEN
R362
220
Q362
Q372
R374
C372
470
OPEN
GND
C371
/25
1
CF1
D372
MA111-X
GND
Q382
R384
470
2SC3837K/NP/-X
C363
OPEN
C373
OPEN
C381 C391
/25
11
CF1
GND
D382
MA111-X
GND
Q392
GND
Q363
2SC3837K/NP/-X
C374
OPEN
GND
/25
CF1
GND
R375
220
2SC3837K/NP/-X
R385
220
D392
MA111-X
R395
220
R394
470
GND
CN00E
QGA2501C1-10
CRT
SOCKET PWB
21V
RGB_CLP
D421
MA8150/M/-X
R421
R354
1.5k
R338
220
R308
4.7k
2.2k
IC402
R422
10k
GND
C342
/50
1
C343
/50
1
C344
/50
1
R344
1.5k
C_GM
SD
SCL1
SDA1
R337
1.8k
P_MUTE
D422
MA111-X
C421
0.001
Q352
/50
GND
R339
220
R309
4.7k
POWER_G%
NN
N
C_GM
RGB_CLP
DI
RGB_BLK
RGB_H
MICON_V
DEF_HP
GND
MICON_H
R328
1M
R342
3.9K
C341
/50
1
C345
.01
C347
0.0047
MICON_V
OSD_YS
R345
100
C331
R343
3.9K
R327
120k
BLKAREA
R346
0
R347
0
R348
100
R349
220
C346
47
R341
OPEN
IC401
TC74HC02AF-X
IC402
R401
1.5k
GND GND
.0047
R326
R325
56k
47k
C330
/50
4.7
/50
2.2
/25
R301
0
GND
21V
SCL1
SDA1
POWER_G%
9V
SHEET 2,4
5V
3.3V
ROTATE
NS_COR
NS_SW
BYWYWRYW
MICON_V%
MICON_H%
SCL1
SDA1
21V
PROTECT
POWER_G%
H_SYNC
V_SYNC
VMOFF
BLKAREA
OSD_YS
OSD_B
OSD_G
OSD_R
MAIN PWB
SMK-1001A (3/4)
VM
SHEET 2
SHEET 4 SHEET 2 SHEET 2SHEET 4 SHEET 4
2-6
HV-32D25EUW
HV-32D25EJW
MAIN PWB CIRCUIT DIAGRAM (4/4) SHEET4
SHEET 1
14V
21V
32V
IC901
POWER &
DEF PWB
POWER &
DEF PWB
CN002
QGB1506L1-16
CN001
QGB1506L1-16
PQ12RF1
D901
1SR35-400A-T5
C901 C902
100 100
/25 / 16
GND
GND
Y620
OPEN
Y621
0
12V
QRN143J-0R0X
QETM1EM-228
CE42050-001Z
GND
L907
82
QQL26AK-820Z
2200
QETM1EM-228
GND
QRN143J-0R0X
GND
HS914
CEHT11B-002QS
L904
OPEN
K903
QETM1EM-228
D904C912
SF5S4/25
L901
OPEN
K901
2200
K904
2200
SI-8033S/F1
GND
C907
IC904
C903
IC902
K902
CE42050-001Z
/25
GND
IC903
SI-8050S
GND
/25
GND
GND
R901
SI-8090S
D902
GND
RK34-LFC4
D903
SF5S4
QQR1127-003
C913
OPEN
0
GND
GND
HS913
CEHT11B-002QS
HS904
CM42862-A0A
L908
C914
/10
1200
QEZ0256-128
HS901
CEHT11B-002QS
QQR1127-003
C908
OPEN
QEZ0256-128
QRK126J-5R6X
L902
QQR1129-003
C904
OPEN
NRSA02J-152X
L905
1200
R911
5.6
R912
1k
GND
HS902
CM42862-A0A
C905
1000
HS903
CM42862-A0A
C909
/10
C915
OPEN
QRK126J-5R6X
R902
5.6
/16
R903 R904
1.5k
1.5k
GND
QRK126J-220X
R907
22
C910
R908
1k
GND
R913
OPEN
R914
NRSA02J-152X
OPEN
GND
1k
PTZ6.8B-X
QQL50AK-330Z
R905
OPEN
R906
1.5k
NRSA02J-152X
QQL26AK-220Z
L909
10
QQL50AK-100Z
C916
1000
D905
L903
/6.3
R909
OPEN
R910
1k
SHEET4
NS_SW
NS_SW
MICON_H
R730
1k
10k
R729
R717
R1141Q331B-X
SHEET 3
%MICON_V%
%MICON_H%
MICON_V
ATT
3.3k
R727
10k
10k
R719
IC703
R701
4.7k
GND
POWER_G%
POWER_G%
OSD_YS
0
1k
SUB_MUTE
R728
R726
10k
10k
R723
R725
R721
10k
C711
1
/50
SDA0
VssA2A1
IC701
AT24C-32D25EUW
OSD_YS
OSD_B
HP_MUTE
GND
R703
4.7k
SCL0
OSD_B
OSD_G
OSD_G
1k
R724
IC706
JLC1562BF-X
R722
1k
R720
1k
GND
TEST
SHEET 1,2
D991
MA111-X
MA111-X
IC905
PQ070XH02Z-W
D906
GND GND
C918
2200
NRSA63D-222X
MA111-X
/6.3
R917
2.2k
D992
MA111-X
1%
D994
C906
/16
470
L906
C911
/6.3
1000
GND
R915
0
C917
/6.3
1000
MA111-X
9V
D993
GND
NRSA63D-222X
R918
18k
R916
2.2k
5V
GND
SHEET 2,3
3.3V
1%
2.5V
D995
MA111-X
MA111-X
D996
POWER
CN00C
QGA2501F1-06
FOR ADJUST
220
D774
D773
MA3056/M/-X
MA3056/M/-X
R776
GND
GND
BUSFREE
QRK126J-100X
220
R775
SDA0
R736
R738
.22
C552
.22
220
220
MA3056/M/-X
R774
R773
D772
MA3056/M/-X
SCL1
SDA1
SCL0
SDA2
100
R753
GND
1k
1k
R551
10
C551
/16
/16
QRK126J-100X
C571
.47
C572
.47
220
R772
GND
D771
GND
GND
SCL2
100
R752
R735
10k
IC551
R552
120K
R553
68K
CH
CH
R554
5.6K
GND
2SA1037AK/QR/-X
IC571
R571
10
/16
/16
IP_RST
R751
1k
10k
R749
10k
R737
LA6515
GND
Q563
LA6515 PURITY
R572
180k
R573
68k
CH
R574
1k
CH
GND
SHEET 2
IP_ERR
IP_RST
IP_ERR
10k
R747
10k
R739
GND
R559
150K
R556
4.7K
R557
5.6K
GND
GND
SC_YS2
SC_YS2
M_SW1
1k
R748
1k
R745
R740
ROTATION
QRK126J-100X
R555
R579
150k
R576
18k
R577
4.7k
1k
R743
10k
R558
100K
33K
GND
GND
AV_LINK
0
R746
R566
10k
AV_LINK
AFC2
M_SW0
0
R744
JLC1562BF-X
GND
R560
MA3068/M/-X
D562
MA111-X
R578
100k
QRK126J-100X
R575
27k
AFC2
IC707
R741
R742
10
GND
D561
SHEET 2
MSP_RES
ATT
TEXT_CV
HP_MUTE
TEXT_CV
MSP_RES
ATT
HP_MUTE
IP_ERR
IP_RST
C715
.056
C716
/50
10
GND
GND
1k
GND
1.8k
Q561
2SA1037AK/QR/-X
GND
R568
2.2k
QRN143J-0R0X
Q571
2SA1037AK/QR/-X
C574
OPEN
GND
GND
SWITCH
Q572
2SC2412K/QR/-X
SWITCH
R583
680
1/2W
R716
R718
C560
100
R562
100
R582
10k
R584
18k
R585
100k
GND
1k
QRN143J-0R0X
R561
0
C553
/25
47
GND
CH
C554
/16
.22
CH
C555
/16
.22
R563
R565R567
2.7k5.6k
Q562
2SC2412K/QR/-X
R564
1k
GND
GND
R581
0
R580
10
CH
C575
/16
.47
C576
.47
C573
CH
/50
1
GND
/16
GND
/16
/16
GND
ROTATE
ROTATE
SCL2
SDA2
100
100
R731
R732
R715
OPEN
1k
1k
QRK126J-681X
NS_COR
NS_COR
OSD_R
OSD_R
C705
1
Vcc
A0
SHEET 1
SDA2
SDA1
SCL1
SCL2
R711
4.7k
R705
4.7k
R706
4.7k
SCL2
SDA2
SDA1
SCL1
SUBW_SW
MICOM PWB
CN004
Y701
QGB1232J1-50
0
GND
LR_CEN
MSP_RES
HP_DET
PROTECT
REMOCON
POWER_G%
KEY3
KEY2
POWER
KEY1
C701
OPEN
.1
ROTATE
SDA0
SCL0
SCL2
BUSFREE
SCL0
SDA0
SCL1
SDA1
SC_YS2
SDA2
A_MUTE
AMP_MUTE
MICON_V
MICON_H
OSD_YS
D_READY
D_DATA
OSD_B
D_STAT
OSD_G
D_CLOCK
OSD_R
AFC2
AV_LINK
IE_MUTE
AFC1
TEXT_CV
AGC
R754
R755
R756
/50
R757
R702
220
R704
220
28.5V
24V
SHEET 1
A2.GND
STB_5V
MAIN PWB
SMK-1001A (4/4)
CN0RT
QGA2501C5-03Z
CN0NS
QGA2501C5-04Z
NS_COR
AGC
AFC1
M_SW1
M_SW0
IE_MUTE
AGC
AFC1
M_SW0
IE_MUTE
M_SW1
SUBW_SW
SUB_MUTE
SUBW_SW
SUB_MUTE
LR_CEN
LR_CEN
POWER
POWER
A_MUTE
AMP_MUTE
A_MUTE
AMP_MUTE
PROTECT
PROTECT
D_STAT
D_CLOCK
D_CLOCK
D_DATA
D_STAT
SHEET 1
D_READY
D_DATA
D_READY
NS_SW
POWER
REMOCON
GND
CN00B
QJB003-062211
FRONT
CONTROL PWB
KEY3
KEY1
KEY2
HP_DET
CN016
QGA2501C5-06Z
SIDE
CONTROL PWB
2-7
AV SW PWB CIRCUIT DIAGRAM
QNZ0463-001
QNZ0465-001
QNN0349-002QNN0349-002
J004J004
QNN0348-001QNN0348-001
SIDE
CONTROL
PWB
J001
J003J003
J002
J001
AV_GND
CN00F
QGA2501C1-12
C107
1500p
C117
1500p
AV_GND
AV_GND
AV_GND
CE42681-001Y
C106
1500p
AV_GND
D113
MA3056/M/-X
D112
MA3056/M/-X
CE42681-001Y
C116
1500p
AV_GND
QQR0716-001Z
K101
K102
CE42681-001Y
D114
MA3039/H/-X
K103
K104
CE42681-001Y
K105
R301
75
R311
75
R321
75
C345
OPEN
R109
75
MA3056/M/-X
D103 R107 D104 R108
75 75
MA3056/M/-X
D102
MA3056/M/-X
D101 R105
R129
75
R127
75
C122
.0047
C301 R302
10 22k
C311
10
C321
10
C341
.0015
C342
.0015
R5
L5
V5
Y5
C5
HP_L
HP_G
HP_R
MA3056/M/-X
R106
75
75
C104
C103
.0047
.0047
C102
.0047
C101
R118
75
R117
75
R116
75
MA3056/M/-X
C114
.0047
.0047
C113
.0047
C112
.0047
C111
C124
.0047
Q301
2SC2412K/GR/-X
/50
D301
OPEN
R303 R304
22k 1K
D302
OPEN
/50
D303
OPEN
/50
.0047
R115D111
75
R312
22k
R313 R314
15k 2.2k
Q311
2SC2412K/GR/-X
2SC2412K/GR/-X
C105
470
/16
SC_YS1
SC_R1
SC_G1
SC_B1
SC_YS2
SC_G2
SC_B2
C331
100
/16
EXT4Y
R322
22k
EXT4CB
EXT4CR
R323 R324
Q321
15k 2.2k
R119
75
2SC2412K/GR/-X
Q232
2SC2412K/GR/-X
HV-32D25EUW
HV-32D25EJW
R341
R131R132
100180
OMF1R1/2
R134
100
R136
82k
R138
82k
Q201
sw
R204R207
15k27k
R217
27k
Q131R133
2SA933AS/QR/-T
DTC323TK-X
Q136
C150
/50
10
C151
/50
1
C152
/50
R205
33k
C153
.01
2SC2412K/GR/-X
R114R113
33k2.2k
C141
10
/50
C142
1
/50
C144
1
/50
Q211
R214
15k
R221
22k
2.2K
R342
2.2K
MUTING
Q137
DTC323TK-X
MUTING
MUTING
R208
10k
Q202
10
sw
C147
1
/50
C148
1
/50
C149R112
R215
33k
R218
10k
sw
sw
2SC2412K/GR/-X
2SC2412K/GR/-X
R222
47k
R223
82k
C214
.001
L4
R4
C131
100
/16
75
V1
D131
MA3120/M/-X
SLOW1
L1
R1
V3/Y3
L3
R103
2.2k
R104
33k
R3
V2/Y2
C3
V2_OUT
C115
470
/16
SC_R2/C2
AV_LINK
Q231
SW
R231
10k
SW
R232
10k
L2OUT
R2OUT
A.MUTE
V3/Y3
SDA2
SCL2
SLOW2
SLOW3
R202
47k
SLOW3
R201
22k
V2/Y2
L2
R2
L2
SC_R2/C2
R2
V1
L1
R1
C3
SLOW2
L3
R3
SLOW1
L4
R4
33k
R102
2SC2412K/GR/-X
82k
R203
47k
R206
C213
.001
R111
2.2k
R234
R242
33k
2.2k
R241
2.2k
R235
33k
2SC2412K/GR/-X
R212 R213
47k 82k
R211
22k
R216
47k
C125 Q212
.001
9V
R343
33K
R344
33K
R135
390
R137
390
Q138
2SA1037AK/QR/-X
C146
/50
.0133k
R225
33k
Q221
R224
15k
R226 R227
47k 27k
10
10
R139
100k
AV_GND
R151
R152
R153
R154R101
R155
R160
R145
R146
R147
R148
R149
R150
R141
R142
R143
C132
/50
C133
/50
R156
4.7k
sw
C343
1
/50
C344
1
/50
100
100
100
1002.2k 1
100
100
100
100
100
100
100
100
100
100
C143
.01
100
.01
C145
R228
10k
sw
Q222
2SC2412K/GR/-X
R191
1k
R194 R193
100 100
C181
1
/50
N
R190
1k
C183
1
/50
N
R192
5.6k
R144
100
/25
C182
10
N
C186
OPEN
V3
L3
Y3
R3
C3
S2-3
S-3
V2
L2
Y2
R2
C2
S2-2
S-2
V1
L1
Y1
R1
C1
D161
MA3120/M/-XCHMA3120/M/-X
C163
C162
1
/50
15p
R162
100
C161
10
/50
R161
75
V5
R165
R164
R6V6L6
EXT3
EXT2
EXT1
S2-1
100
R167
100
33k
L5
R189
5.6k
V4L4Y4R4C4
S-1
D162
/50
10
C164
2.2k
R163
CN007
QGB1505K1-35
MAIN PWB
C184
.01
RVL
EXT4TV1
IC101
CXA2069Q
AV
SELECT
100
R170
/50
1
C165
R169
75
R166
R168
R5Y5C5
R187
100
33k
2.2k
AV_GND
COUT1
R172
100
C166
.01
VGND
YOUT1
D.OUT
S2-4
S-4L5V5R5ADR
D163
R171
TRAP1
ROUT1
MAIN
SUB
TV2EXT5
MA3120/M/-X
C167
75
SC_G1
SC_B1
Q101
2SC2412K/GR/-X
R188
2.2k
VOUT1
LOUT1
CIN1
BIAS
YIN1
MUTE
COUT2
TRAP2
ROUT2
V/YOUT2
LOUT2
VCC
VOUT3
ROUT3
YOUT3
LOUT3
COUT3
DCOUT
AGND
SDA
SCL
5.6k
R173
NNN
/50
1110
C168
AV_GND
SC_R1
SC_YS1
/25
SC_B2
C185
47
/50
C179
.01
C178
10
/50
N
C177
10
/25
C172 C173
100
/16
R176
220
R175
220
C170 C171
10 10
/50 /50
L2OUT
EXT4Y
R178
R2OUT
82k
EXT4CB
R177 R179
390 390
Q105
DTC323TK-X
MUTING
R180
82k
A.MUTE
EXT4CR
Q104
DTC323TK-X
MUTING
5.6k
R174
/50
C169
R250
1K
R251
1K
SC_R2/C2
SC_G2
SC_YS2
R185
100
M_R
N
C612
2.2
R186
2.2K
.01
VIDEO
BUFFER
R182
100
2SA1037AK/QR/-X
M_L
/50
Q102
2SC2412K/GR/-X
VIDEO
BUFFER
R183
150
R1/2
Q103
MUTING
M_CV/Y
N
N
C174
470
Q106
2SC1740S/QR/-T
M_C
HV-32D25EUW
HV-32D25EJW
A.MUTE
M_C
M_CV/Y
N
C611
2.2
C176
2.2
C175
2.2
/16
R184
75
MA3120/M/-X
R181
100k
MHP_L
/50
S_C
/50
/50
D164
M_L
M_R
S_R
S_L
S_CV/Y
V2_OUT
SDA2
SCL2
A.MUTE
R157
4.7k
TV2_M
TV2
C190
100
/16
AV_GND
S_C
SDA2
SCL2
MHP_R
S_CV/Y
AV_LINK
Y502
QUY153-050Y
VTV1
S_L
S_R
MHP_L
MHP_R
L_MONO
M_SIF
SIF_GND
C901
100
AV_GND
/16
R686
100
MSP_RESET
RF_GND
C508 C507
.01 0
CH
L501
OPEN
R685
100K
IC101- 20 , 63
1.0
TU002 - 16
1.8
Y602
QUY160-150Y
DIG_GND
Y601
QUY153-050Y
AV_GND SIF_GND
IC901
AN77L08-T
C903
.01
SIF_GND
100
R515
C521
100
R514
C520
R512
R513
OPEN
OPEN
100
R511
C519
100
R510
C518
R509 R508
OPEN OPEN
R501
OPEN
L502
R519R507
OPEN
01k
CH
R502
Y603
OPEN
0
CH CH
C506 C505
OPEN OPEN
Q603
2SA1037AK/QR/-X
C684
OPEN
VTV1
AFC2
M_SIF
RF_GND
SPRT_ATT
1
/10
1
/10
1
/10
1
/10
C515
1
QRN143J-0R0X
SIF_GND
HP_L
IC101- 53
2.0
SIF_GND
C523
10
/50
CH CH
CH CH
CH
/10
SIF_GND
L503
0
Y501
AMP
C503
OPEN
R505
OPEN
C504
10
/50
HP_G
HP_R
C902
L_MONO
100
/16
C524
10
/50
C522
.1
/16
C517
10
/50
C516
.1
NQR0389-003X
R503
OPEN
0
Q501
OPEN
R504
OPEN
SIF_GND
K501
C501
OPEN
DTC323TK-X
Q602
DTC323TK-X
QGB1505K1-25
NRSA63J-0R0X NRSA63J-0R0X
R607
0
AV_GND
C526C525
10.1
/50/16
C527
.001
C509C513C514
C510
.01.01.110
/16/50
Q502
BUFFER
2SC2412K/GR/-X
R506
1k
C502
.01
C679
R681
Q601
100
0
R682
22K
R683
0
C681
100
/16
R684
22K
CN006
MAIN PWB
AV_GND
AV_GND RF_GND
AV_GND RF_GND
R608
0
C614C613
OPENOPEN
C529
.001
C528
CH CHCH CH
.001
IC501
MSP3415DQGB3GHX
MULTISOUND
PROCESS
CH
CH
C512
C511
2p 2p
X501
CE42546-001Z
C676
R675
OPEN
330K
CH
/16
IC662
D681
MA3150/M/-X
C677
R680
OPEN
330K
CH
IC662
BA4558F-X
D682
MA3150/M/-X
Y001
NRSA63J-0R0X
RF_GNDAV_GND
RF_GND
Y002
NRSA63J-0R0X
C530
.001
DAC_L
DAC_R
R521 R520
OPEN OPEN
C534
.1
SIF_GND
R673
0
CH
R677 R678
0 33K
C675
OPEN
CH
HP_GND
HP_G
/16
DIG_GND
100 .01
R676
OPEN
R674
33K
C674
OPEN
R679
OPEN
R672
10K
LC001
NQR0431-001X
SPRT_ATT
SDA2
SCL2
K502
DIG_GND
C683 C678
/16
R671
10K
C673
100
/16
R006
OPEN
R001
100
C010
C011
.01
47
/16
R007
C001
C002
.0022
10
OPEN
/50
R002
R003
C004
27
L001
1000
QQL244K-270Z
10
L002
QQL244K-100Z
C006
10
10
L003
QQL244K-100Z
AFC2
TV2
R004
R005
R522
10k
Q503
DTC144EKA-X
100
R516
C531
.01
LC501
NQR0389-003X
R517
100
R518
100
C671
1
/10
C672
1
/10
C532
.1
/16
NQR0431-001X
CH CH
L504
QQL244K-4R7Z
C533
100
/16
SDA2
SCL2
MSP_RESET
4.7
DAC_L
C535
2200p
DIG_GND
DAC_R
SMK-0S001A
AV SW PWB
C012
.1
RF_GND
RF_GND
TU002
QAU0301-001
C007
OPEN
100
100
/16
C003
.1
/16
C005
.01
/50
C008C009
.110
/16/50
100
100
TV2_M
R008
NRSA63J-0R0X
UD001
QAU0308-001
/50
2-8
CRT SOCKET PWB CIRCUIT DIAGRAM
HV-32D25EUW
HV-32D25EJW
POWER &
DEF PWB
CN300J
QGA2501C5-05
MAIN PWB
CN300E
QGA2501C1-10
POWER &
DEF PWB
CN300A
QGA2501C5-04
GND
C3003
OPEN
C3051
OPEN
QQL26AJ-102Z
C3053
OPEN
D3051 C3052
OPEN OPEN
C3002C3001
QETM2EM-476QETM2EM-476
L3001
R3051
OPEN
/16
R3052
OPEN
LC3701
OPEN
GND
Y3704
NRSA63J-0R0X
Y3703
NRSA63J-0R0X
R3012R3010
18k8.2k
R3011C3004
R3013
OPEN
3.9k47
R3054
OPEN
Q3052
OPEN
R3053
OPEN
Q3051
OPEN
C3702
/50
10
C3701
0.001
C3714 R3703
OPEN 3.3k
R3706
470
R3702
27k
R3701 Q3701
100
R3705
390
LC31930-001A
LC31930-001A
LC31930-001A
2SC1906-T
C3705
OPEN
H3101
QQL26AJ-102Z
Q3702
2SA1005/MLK/-T
R3724
100
R3707
3.9k
C3706
OPEN
R3708
OPEN
R3113
0
L3002
QQL26AJ-102Z
MA8100/M/-X
H3201
R3213
0
L3003
MA8100/M/-X
H3301
R3313
0
L3004
QQL26AJ-102Z
MA8100/M/-X
QCB32HK-102Z
C3703
NCF21HZ-104X
D3701
1SS355-X
R3704
3.3k
R3101
R3102
R3103 C3105
680 18p
D3103
R3201
R3202
R3203 C3205
680 18p
D3207
D3203
MA8100/M/-X
R3301
R3302
D3303
C3720
IC3101
1.5k
1.5k
C3101
10 0.01
1.5k
1.5k
C3201
10 0.01
1.5k
1.5k
R3303C3305
68018p
C3301
C3704
0.0047
Q3704 Q3703
2SA562TM/Y/-T
TDA6120Q/N2
10
/50
K3701
CE41492-001Z
2SC1959/Y/-T
C3102
0.01
C3103
47
IC3201
C3202
0.01
C3203
47
IC3301
C3303
47
C3302
0.01
C3709
10
C3707
QFM72DK-103
C3717C3718
QFM72DK-103
QFM72DK-103
C3711
/160
22
C3708
QFM72DK-103
R3112R3212R3312
R3104
22k
C3107
OPEN
C3104 D3102
/25/50
TSA6120Q/N2
R3204
22k
C3207
OPEN
C3204 D3202
/25/50
TSA6120Q/N2
R3304
22k
C3307
OPEN
/25
C3304 D3302
0.01
/250
R3710
1.8k
!
220220220
3W
1SR124-400A-T2
3W
1SR124-400A-T2
3W
1SR124-400A-T2
QFLC1HJ-222Z
R3714
47
R3711
47k
1/2W
C3710
/160
22
R3712
47k
1/2W
R3715
47
R3713
680
!
FR3201
100
C3212
0.33
FR3301
100
C3312
0.33
R3716
QRT029J-8R2
C3712
K3704
QUY153-050Y
Q3705
2SJ584LS-CB11
K3703
QUY153-050Y
K3702
CE42050-001Z
Q3706
2SK2417
K3705
QUY153-050Y
C3713
QFLC1HJ-222Z
C3110
C3113
C3114
C3115
FR3101
100
C3210
C3213
C3214
C3215
C3310
C3313
C3314
C3315
1SS244-T2 1SS244-T2
D3101
1SS244-T2
C3106C3112
100.33
/250
D3201
1SS244-T2
!
C3206
/250
10
!
D3301 D3305
C3306
10
/250
1SS244-T2
S
D
R3719
1W
18
R3110
47
R3210
47
D3206
1SS244-T2
R3310
47
D3306
C3719
0.33
D3702
RH1S-T3
H3705
CEHS12B-002Q
R3720
22
3W
D3703
RH1S-T3
H3706
CEHS12B-002Q
118
L3101
QQL244K-3R3Z
D3105
1SS244-T2
D3106
1SS244-T2
116
L3201
D3205
1SS244-T2
110
L3301
R3721
22
3W
R3722
10
3W
TP-R
NCZ1008-473X
NCZ1008-473X
NCZ1008-473X
NCZ1008-473X
C3108
OPEN
R3106R3105
01k
R3207
270
R3307
270
TP-G
NCZ1008-473X
NCZ1008-473X
NCZ1008-473X
NCZ1008-473X
QQL244K-3R3Z
C3208
OPEN
R3206R3205
01.5k
TP-B
NCZ1008-473X
NCZ1008-473X
NCZ1008-473X
NCZ1008-473X
QQL244K-3R3Z
C3308
OPEN
R3306R3305
01.5k
R3723
22
3W
R3725
22
3W QCS32HJ-330Z
Y3702
OPEN
QAF0056-501Z QAF0056-501Z
R3107
270
R3502
VM
COIL
CN30VM
QGA2501C5-03Z
C3716
Y3701
QUY160-100Y
SG3201
QAF0056-501Z
SG3301 SG3101
C3008
OPEN
SG3001
OPEN
SK3001
QNZ0464-001
CRT SOCKET
POWER &
DEF PWB
R3028
1k
R3029
1M
C3011
/250
10
D3009
RM2C-LFA1
CN30E2 CN30E8
CE41507-001P CE41507-001P
QUY153-050Y
TP-E1
L3011
QQR0621-002Z
CN30E9
R3501
OPEN
OPEN
Y3003
QUY153-050Y
CN30E6 CN30E7
OPEN OPEN
FBT
R3009
QRZ0107-152Z
CN3OSC
QGZ0017C1-01Z
C3009
QFZ9027-103
!
QUY153-050Y
L3012
QQR0621-002Z
Y3002
QUY153-050Y
Y3005
CRT SOCKET PWB
SMK-3001A
!
V01
!
S76LUV350X96
PICTURE TUBE
(ITC)
POWER &
DEF PWB
FBT
OPEN
Y3007
OPEN
Y3008
OPEN
Y3009
OPEN
Y3010
R3041
OPEN
Y3001
OPEN
Y3004
QUY160-150Y
R3040
QVP0038-206
QUY160-100Y
Y3006
CN30S4
NC
2-9
HV-32D25EUW
HV-32D25EJW
HV-32D25EUW
HV-32D25EJW
DIST PWB CIRCUIT DIAGRAM (1/6) SHEET1
VCC9A
VCC9AMAD
LC017
DGND
QB020
DGS
RB209
OPEN
TEXT_CV
AGND
AGND
RB236
BYS_OUT
BYS_OUT
QB003
PNP1
GND9AMAD
VCC9AMAD
VCC9AMAD
QB007
PNP1
RB025
1.2k
QB011
PNP1
RB038
1.2k
KB022
NRSA02J-0R0X
RB235
0
IC002
TC7WH34FU-X
YS_OUT
RYS_OUT
YS_OUT
RYS_OUT
GND9AMAD
VCC9AMAD
VCC9AMAD
GND9AMAD
GND9AMAD
OPEN
VDS_OUT
VDS_OUT
EFP5
CB006
0.1
GND9AMAD
QB004
NPN1
RB013RB012
8201.2k
CB010
GND9AMAD
GND9AMAD
QB008
NPN1
RB026
820
NCB31AK-474X
NCF31AZ-105X
NCB31AK-474X
NCB31AK-474X
CB014
0.1
GND9AMAD
GND9AMAD
QB012
NPN1
RB040
RB039
820
RB208
LC013
BYM_OUT
HDS_OUT
HDS_OUT
RB014
0
0.1
RB027
0
VCC3A
0
VCC3D
CB201
0.1
PS
RB203
OPEN
OPEN
EFS1
AGND
YM_OUT
RYM_OUT
YM_OUT
RYM_OUT
BYM_OUT
SHEET 5
RB207
OPEN
LC012
EFS1
VDM_OUT
DGND
HDM_OUT
VDM_OUT
VCC3A
HDM_OUT
VCC5A
RB064
0
CB021
0.47
CB022
0.47
CB023
RB065
0
1_SDA
IC006
OPEN
0.47
VCC3D
MAGND
MAGND
B2
LB005
CORE3
1_SCL
RB066
OPEN
CB054
OPEN
VDD
GND
CE
VOUT
CB055
OPEN
CB056
OPEN
MAGND
CB030
0.1
0.1
CB031
0.1
CB032
0.1
CB033
CB034
0.1
CB035
0.1
CB036
0.1
CB037
CB039
LC019
0.01
EFP5
CB040
CB041
47/16
NCB30JK-105X
NBE71CM-476X
LC020
EFP5
CB043
0.1
1_YMIN
1_RYMIN
1_BYMIN
RB229
100k
G1
B1
R2
G2
YS1
R2G2B2
G1
B1
YS1
1_YMIN
1_RYMIN
1_BYMIN
CKIN
HREFO
HDM_IN
VDM_IN
GND9AMAD
RB001
CB001
39K
10/16
RB003
56
RB002
56K
RB015
39K
CB007
10/16
RB017
56
RB016
56K
RB028
CB011
39K
10/16
RB030
56
RB029
56K
SCL3
SDA3
PLL_HIN
CB002
QB001
12p
CH
NPN1
LB001
RB004
L18
820
CB003
CB004
RB005
15p
22p
1k
CH
CH
RB020
2.7k
QB005
NPN1
RB019
RB018
1k
QB009
NPN1
RB032
560
RB031 RB034
1k 560
CKIN
CKIN
HREFO
NQL085J-101X
LB002
100
560
CB008
CB009
120p
120p
CH
CH
RB033
2.7k
NQL085J-101X
LB003
100
CB013
CB012
120p
120p
CH
CH
SDA3
SCL3
SDA2
SCL2
HREFO
SCL3
SDA2
SCL2
RB212
10k
SDA3
RB009
RB007
820
12k
CB005
47/16
QB002
NPN1
RB010
RB008
RB006
1.2k
330
6.8k
RB011
820
RB022
820
QB006
NPN1
RB024
330
RB021
RB023
560
820
RB035
820
QB010
NPN1
RB037
330
RB036
820
RB201
0
RB202
0
VCC3D
2SK1374-X
RB211
10k
DGS
QB021
2SK1374-X
RB210
OPEN
TEXT_CV
1_SCL
1_SDA
DIST PWB (1/6)
[A-D CONVERTER]
MAD3
MAD2
MAD1
MAD0
CB052
0.1
VCC5D
VCC5D
LC025
EFP5
DGND
DGND
CB051
100/6.3
MGND
RB055
RB053 RB054
0
CB027
0.1
CB028
LC018
0.1
EFP5
CB029
47/16
1
CB038
0.1
HK
3.3K
RB057
1
CB042
0.1
CB044
47/16
MGND
MGND
RB230
100k
RB228
100k
R1
M_CV/YIN
R1
M_CV/YIN
LC016
OPEN
M_CIN
M_CIN
RB225
RB226
RB227
S_CV/YIN
AGND
S_CV/YIN
CB045
RB058
0.1
1.5M
RB067
0
RB059
OPEN
0
LC014
0
LC015
OPEN
CH
CB204
0
OPEN
CH
CB205
OPEN
AGND
S_CIN
AGND
AGND
S_CIN
0 OPEN
CB026
0.1
OPEN
RB068
OPEN
CH
CB203
OPEN
RA001
ADMC7
BYM_IN
M_CV/YIN
M_CV/YIN
MAD5
MAD4
NCF31AZ-105X
1
CB025
RA101
ADMC5
ADMC6
RYM_IN
M_CIN
M_CIN
YC_GND
IC005
MAD6
TC90A90FG
ADMC4
YM_IN
S_CV/YIN
YC_GND
MSM514265E-60TS
MAD8
MAD7
IC001
RA101
ADMC2
ADMC3
S_CIN
YC_GND
S_CV/YIN
SHEET1
SMK-0Z001A
VCC9ASAD
VCC9A
LC029
EFP5
RAS
NWE
CNRM7
CNRM6
CNRM5
CNRM4
CNRM3
CNRM2
CNRM1
CNRM0YNRM0
0.1
CB053
DGND
MAD2
ADMY1
YNRM3
MAD3
RA101
ADMY0
RGBGND
YNRM2
MAD4
TEXT_CV
TEXT_CV
YNRM1
RA004
VSYNCM
MAD5
YM_OUT
GND
MAD6
47
RB060
CLKM
YM_OUT
MAD7
100
RB061
HSYNCM
RYM_OUT
GND
MAD8
RA015
RA101
RA101
100
RB062
VSYNCM
BYM_OUT
RYM_OUT
BYM_OUT
DGND
HDM_OUT
VDM_OUT
HDM_OUT
VDM_OUT
LC021
EFP5
GND
CAS
YNRM4
YNRM5
YNRM6
YNRM7
CAS
RAS
NWE
MAD1
MAD0
RA017
RA101
ADMC1
S_CIN
RB063
OPEN
100
RB052
ADMC0
GND
RA002
R1G1B1
R1
RA016
100
0.1
CB024
RB051
0.1
CB046
RA101
RA003
ADMY2
ADMY3
ADMY4
ADMY5
ADMY6
ADMY7
R2G2B2
YS1
B1B2G2G1R2
YS1
RGBGND
A
VCC5D
VCC5D
CB050
47/16
CB049
0.1
RA014
YNRM7
YNRM6
YNRM5
YNRM4
CB048
RA101
RA013
0.1
YNRM3
YNRM2
YNRM1
YNRM0
RA101
RA006
CNRM7
CNRM6
CNRM5
CNRM4
CB047
RA101
RA005
0.1
CNRM3
CNRM2
CNRM1
CNRM0
RA101
1_SDA
1_SCL
YM_IN
BYM_IN
RYM_IN
CB236
0
RB224
VDS_OUT
HDS_OUT
VDS_OUT
CB233
CB234
GND
GND
GND
YM_IN
RYM_IN
BYM_IN
HDM_IN
YS_OUT
RYS_OUT
BYS_OUT
GND
GND
YS_OUT
RYS_OUT
BYS_OUT
HDS_OUT
A
VDM_IN
OPEN
33P
33P
VDM_IN
HDM_IN
GND
CB235
RB223
GND
OPEN
470
CH
CH
SRGB2/OTH
MRGB2/OTH
YS_IN
GND
YS_IN
RYS_IN
RYS_IN
BYS_IN
RYS_IN
BYS_IN
YS_IN
HDS_IN
VDS_IN
BYS_IN
AGND
AGND
AGND
GND
VDS_IN
MAIN PWB
RB151
RB152
RB153
RB154
RB156
NRSA02J-0R0X
VDS_IN
HDS_IN
DGND
HDS_IN
0
0
0
0
RB155
0
0
VCC5A
VCC5A
NRSA02J-0R0X
KB004
GND
GND
GND
LC022
OPEN
VCC9ASAD
RB112
OPEN
LC023
OPEN
VCC9ASAD
RB123
OPEN
LC024
OPEN
RB124
OPEN
KB002
KB014
NRSA02J-0R0X
DGND
DGND
KB015
NRSA02J-0R0X
DGND
DGND
VCC5D
VCC5D
CB223
100/6.3
LC011
EFP5
PS
OPEN
CB232
5V
5V
5V
GND9ASAD
QB101
RB101
NPN2
OPEN
RB102
OPEN
RB114
AGND
LC010
EFP5
PS
OPEN
CB229
GND
GND
RB105
RB103
220
100
RB106
RB104
470
OPEN
QB103
NPN2
RB116
270 100
100
RB115RB113
RB117
OPENOPEN
470
RB118
3.9k
QB105
NPN2
RB127 RB132
270 100
RB125
100
RB126
RB128
470
OPEN
RB129
3.9k
AGND
AGND
AGND
AGND
VCC3A
VCC3D
VCC3D
1_SCL
1_SDA
OPEN
DB001
CB225
100/6.3
EFP5
LC008
LC009
PS
CB228
GND
CH
EFP5
CORE2
PS
KB003
0.1
CB226
OPEN
GND
GND
SCL1
3.4V
3.4V
3.3VD
3.3VD
3.3VD
270
RB108
OPEN
CB103
CB102
OPEN
RB107
3.9k
CB108
OPEN
CH
CB114
OPEN
CH
SCL2
SDA2
CH
CB221
OPENOPEN
CB222
SCL2
SDA2
SDA1
CH
LB007
L2R2
CH
CH
CB101
39P
QB107
RB119
CB109
CH
LB008
L2R2
CB107
CB111
39P
CH
QB108
RB130
CB115
CH
LB009
L2R2
CB117
CB113
39P
QB109
RB204
RB205
1_DEFH
1_DEFV
1_AREA
GND
GND
VMOFF
HP_OUT
VP_OUT
MIX_AREA
CB104
CB105
CH
47P
3P
CH
IMX
CB144
0.1
270
OPEN
CB112
0.1
RB121
CB110
47P
CH
RB120
3P
OPEN
CH
IMX
270
3P
IMX
0
0
VMOFF
RB160
CB145
22k
0.1
RB159
100k
CB118
OPEN
0.1
CB116
47P
CH CHCH
RB131
OPEN
RB162
CB146
22k
0.1AGND
RB161
100k
GND
DGND
DGND
IC004
TC7WH34FU-X
KB020
CORE2
CB210
OPEN
1_YOUT
1_VMOUT
1_PROUT
1_PBOUT
GND
GND
GND
GND
YW_OUT
RYW_OUT
BYW_OUT
VM_OUT
GND
GND
CB106
RB109
OPEN
RB158
RB157
100k
RB237
RB238
OPEN
CH
0.1
RB110
100
22k
OPEN
I/PRST
IP_ERR
/IP_RESET
RB122
1.2k
QB104
PNP2
RB133
1.2k
QB106
PNP2
Vcc
VCC9A
I/PERR
NBE71CM-476X
CORE2
KB021
9V
9V
RB111
1.2k
QB102
PNP2
RB134
0
CB119
NCB31EK-473X
CB120
RB135
NCB31EK-473X
0
CB121
RB136
NCB31EK-473X
0
GND9ASAD
GND9ASAD
LPF
VCC3D
CB202
0.1
PS
DGND
DGND
RB206
4.7k
VCC2.5
CB219
47/16
LC006
EFP5
PS
CB220
0.1
GND
GND
2.5V
CB208
100/6.3
AGND
LC005
EFP5
PS
CB209
0.1
CN005
GND
GND
2.5V
VCC3A VC3ASAD
CB140
10/16
CB122
LB112
OPEN
GND9ASAD
GND9ASAD
GND9ASAD
GND9ASAD
AGND
AGND AGND
AGND GND2
AGND
AGND SGND
AGND
AGND
AGND
AGND DGND
AGND
AGND
AGND
AGND DGND AGND DGND
AGND
LC030
EFP5
SGND
CB131
0.1
CB141
OPEN
LB110
LB111
OPEN
CB132
OPEN
0.1
CB142
OPEN
1000p
HK
CB143
OPEN
CB133
RB142
0.1
10k
RB143
OPEN
100
RB144
100
RB145
CB134
0.1
CB135
0.1
KB008
NRSA02J-0R0X
SGND
AGND
KB009
AGND
SGND
OPEN
SGND
SGND
KB012
DGND
DGND
NRSA02J-0R0X
SGND
SGND
KB013
NRSA02J-0R0X
SGND
SGND
RB240
0
SA2 S A2
AGND
AGND
RB241
0
GND2
AGND
AGND
RB242
0
DGND
DGND
SGND
RB243
0
DGND
DGND
AGND
AGND DGND
RB244
0
SA2
AGND
DGND
AGND
RB245
0
DGND
AGND GND2
DGND
AGND GND2
RB246 RB253
00
DGND
AGND DGND
RB219
0
LC001
OPEN
1_YOUT
CB215
RB220
OPEN
LC002
1_PROUT
1_PBOUT
1_VMOUT
OPEN
CB216
OPEN
CB217
OPEN
AGND
LC031
RB141
1k
CB136
RB247
0
RB248
0
SA2
RB249
0
SA2
RB250
0
SA2
RB251
0
SA2
RB252
0
SA2
0
RB221
LC003
OPEN
CB218
OPEN
RB150
EFP5
CB130
0.1
GND
VD
BAIN
GND
VD
VD
GND
GAIN
SOGIN
GND
VD
VD
GND
RAIN
A0
SCL
SDA
REFBYPASS
VD
GND
0.1
RB146 RB147
OPEN OPEN
AGND
AGNDAGND
GND9AMAD
GND9AMAD
GND1DSD
GND1DSD
DGND
AGND
AGND
0
RB222
CB126
NCB31EK-393X
CB127
0
3900p
HK
CB129
0.1
VD
GND
GNDGND
CLAMP
MIDSCV
AD9883AKST-110
VD
GND
VSOUT
SOGOUT
100
RB148
RB254
0
AGND
RB255
0
AGND
AGND
RB256
0
AGND
RB257
AGND
0
DGND
RB258
0
AGND DGND
AGND DGND
0
LC004
OPEN
VMOUT
PBOUT
VMOUT
PBOUT
PVD
HSOUT
SA2
SA2
PROUT
47
RB149
RB139
0.1
CB128
PVD
DATACK
RA011
RA101
PROUT
100
RB140
GND
FILT
IC003
GND
VDD
0.1
CB137
AGNDAGND
AGND
DGND
DGND
DGND
DGND
GND1DSDDGND
GND1DSD
YOUT
YOUT
3.3k
RB138
100
VC3DSPLAD
RB137
0
VD
VD
GND
GND
GND
COAST
HSYNC
VSYNC
RED6
RED5
RED4
RED3
RED2
RED1
RED0
RED7
RB260
0
MGND GND9AMAD
RB261
0
RB262
MGND
MGND
0
AGND
AGND
RB263
0
MGND
MGND
RB264
0
DGND
DGND GND2
RB265
0
DGND
RB266
0
GND2
1_DEFH
CB211
CH
33p
1_DEFV
CB212
CH
33p
1_AREA
CB213
CH
33p
VMOFF
CH
CB214
33p
AGND
AGND
I/PERR
I/PRST
CB139
10/16
SGND
CB124CB125
0.10.1
VDD
VDD
VDD
VDD
RA012
RA101
GND9AMADMGND
GND9AMAD
GND9AMAD
GND9AMAD
GND9AMAD
DGND
DGND
GND2
GND2DGND
GND2
DGNDGND2
DGND
RB213
RB214
OPEN
RB215
RB216
OPEN
RB217
RB218
OPEN
GND
BLUE0
BLUE1
BLUE2
BLUE3
BLUE4
BLUE5
BLUE6
BLUE7
GREEN0
GREEN1
GREEN2
GREEN3
GREEN4
GREEN5
GREEN6
GREEN7
GND
CB138
0.1
VCC3D
LC032
VC3DSAD
EFP5
GND
VDD
GND
GND
SGND
SGND
RB267
0
AGND
MGND
AGND
0
0
0
I/PERR
I/PRST
MGND
MAGND
MAGND
ADSPB0
RA007
ADSPB1
RA101
ADSPB2
ADSPB3
ADSPB4
RA008
ADSPB5
RA101
ADSPB6
ADSPB7
0.1
CB123
RB268
0
RB269
0
VMOFF
RA009
ADSY0
RA101
ADSY1
ADSY2
ADSY3
ADSY4
RA010
ADSY5
RA101
ADSY6
ADSY7
ADSPR0
ADSPR1
ADSPR2
ADSPR3
ADSPR4
ADSPR5
ADSPR6
ADSY7
ADSPR7
CLKS
HSYNCS
VSYNCS
AREA
DEFV
DEFH
ADSY6
ADSY5
ADSY4
ADSY3
ADSY2
ADSY1
ADSY0
ADSPB7
ADSPB6
ADSPB5
ADSPB4
ADSPB3
ADSPB2
ADSPB1
ADSPB0
ADSPR7
ADSPR6
ADSPR5
ADSPR4
ADSPR3
ADSPR2
ADSPR1
ADSPR0
CLKS
HSYNCS
VSYNCS
ADMY7
ADMY6
ADMY5
ADMY4
ADMY3
ADMY2
ADMY1
ADMY0
ADMC7
ADMC6
ADMC5
ADMC4
ADMC3
ADMC2
ADMC1
ADMC0
CLKM
HSYNCM
VSYNCM
MRGB2/OTH
SRGB2/OTH
LPF
ADSY7
ADSY6
ADSY5
ADSY4
ADSY3
ADSY2
ADSY1
ADSY0
ADSPB7
ADSPB6
ADSPB5
ADSPB4
ADSPB3
ADSPB2
ADSPB1
ADSPB0
ADSPR7
ADSPR6
ADSPR5
ADSPR4
ADSPR3
ADSPR2
ADSPR1
ADSPR0
CLKS
HSYNCS
VSYNCS
ADMY7
ADMY6
ADMY5
ADMY4
ADMY3
ADMY2
ADMY1
ADMY0
ADMC7
ADMC6
ADMC5
ADMC4
ADMC3
ADMC2
ADMC1
ADMC0
CLKM
HSYNCM
VSYNCM
MRGB2/OTH
SRGB2/OTH
LPF
SHEET 2
SHEET 5
SHEET 3
SHEET 3SHEET 3 SHEET 2
SHEET 6
SHEET 3
SHEET 2
2-10
HV-32D25EUW
HV-32D25EJW
DIST PWB CIRCUIT DIAGRAM (2/6) SHEET2
OPEN
GND
CE
DQ4
DQ5
DQ6
RB327
OPEN
X102
OPEN
CB303
100/4
VIN0_2
IC104
TC7WH74FU-X
IC106
DGND
DQ7
RB326
OPEN
LB108
OPEN
LB113
OPEN
NRSA02J-0R0X
CB333
0.1
CB335
0.1
VIN0_2
NEX50GM-107X
DGND
VC3DDR
VC1.9B1IP
VC1.9B1IP
CB332
0.1
0.1
CB337
0.1
CB365
NBE71CM-476X
VCC3D
LB109
0
NRSA02J-0R0X
VCC2.5
VCC2.5
LB107
0
VC2.5IP
VC2.5IP
RB325
0
CB330
8200p
DGND
DGND
CB331
0.1
CORE3
LB104
ADSPR6
ADSPR7
ADSPR5
ADSPR3
ADSPR4
ADSPR1
ADSPR2
ADSPR0
ADSPB7
CB334
0.1
ADSPB6
ADSPB4
ADSPB5
ADSPB1
ADSPB3
ADSPB0
ADSPB2
ADSY7
ADSY5
ADSY2
ADSY6
ADSY4
ADSY3
ADSY1
ADSY0
CB336
ADMC7
ADMC3
ADMC5
ADMC6
ADMC4
ADMC2
ADMC1
ADMPB01
ADMC0
ADMPB00
CB357
0.1
RB349
DGND
100
RB350
CB358
1k
OPEN
CB359
220p
CH
DGND
VCC3D
RB351
0
CB360
0.1
DGND
PS
SHEET 1
SHEET 3, 4
ADSPR7
ADSPR6
ADSPR5
ADSPR4
ADSPR3
ADSPR2
ADSPR1
ADSPR0
ADSPB7
ADSPB6
ADSPB5
ADSPB4
ADSPB3
ADSPB2
ADSPB1
ADSPB0
ADSY7
ADSY6
ADSY5
ADSY4
ADSY3
ADSY2
ADSY1
ADSY0
HSYNCS
VSYNCS
HSYNCM
VSYNCM
4CLKM
ADMC7
ADMC6
ADMC5
ADMC4
ADMC3
ADMC2
ADMC1
ADMC0
ADMY7
ADMY6
ADMY5
ADMY4
ADMY3
ADMY2
ADMY1
ADMY0
I/PERR
I/PRST
VCC3D
RB378
IC109
100p
CH
CB374
OPEN
CB379
100p
CH
CB378
OPEN
RA115 RA116
RA101 RA101
RA135
RA134
RA133
VC3.3B1IP
VC3.3B1IP
LB105
OPEN
CB338
OPEN
VCC3.3B
VCC3D
LB106
0
NRSA02J-0R0X
CB301
100/6.3
DGND
NEX50GM-107X
DGND
RB347
100
VCC3.3B
VCC3.3B
DGND
DGND
CB302
100/4
OPEN
DQ0
PS
VCC1.9B
RB345
RB346
DGND
VDD
VOUT
DQ1
DQ2
RA0R0
RA0R0
RA0R0
CB339
OPEN
DGND
DGND
CB364
NBE71CM-476X
0
0
RB348
OPEN
S-80828CLNB-W
DQ3
VCC1.4B
VCC2.5
SD
VIN
VOUT
RB361
10k
CB371
NCF31AZ-105X
DGND
IC108
LP3964EMP-ADJ-X
SD
VIN
VOUT
RB365
10k
CB376
NCF31AZ-105X
DGND
DGND
CLKS
RB369
RB370
DGND
DGND
RB373
RB374
DGND
SDA3
SCL3
RST3
VCC1.4B
GND
SENSE
RB362
10k
VA3
RB364
CB375
2.2k
VA2
RB363
10k
VA2
DGND
VCC1.9B
GND
SENSE
RB366
47k
VA3
RB368
6.8k
VA2
RB367
10k
VA2
ADSPR7
ADSPR6
ADSPR5
ADSPR4
ADSPR3
ADSPR2
ADSPR1
ADSPR0
ADSPB7
ADSPB6
ADSPB5
ADSPB4
ADSPB3
ADSPB2
ADSPB1
ADSPB0
ADSY7
ADSY6
ADSY5
ADSY4
ADSY3
ADSY2
ADSY1
ADSY0
HSYNCS
VSYNCS
CLKS
HSYNCM
VSYNCM
4CLKM
ADMC7
ADMC6
ADMC5
ADMC4
ADMC3
ADMC2
ADMC1
ADMC0
OPEN
ADMPB01
OPEN
ADMPB00
ADMY7
ADMY6
ADMY5
ADMY4
ADMY3
ADMY2
ADMY1
ADMY0
OPEN
ADMY01
OPEN
ADMY00
IC107
LP3964EMP-ADJ-X
SHEET2
CB362
0.1
CB328
DQ111
DQ110
DQ111
DQ112
Vdd2533
VIN04
VIN07
VIN05
ADMY3
ADMY5
DGND
0.47
DQ100
DQ104
CB341
0.1
CB342
0.1
CB343
0.1
CB344
0.1
CB345
0.1
DGND
DGND
DQS0
DQS1
DQS2
DQS3
0.1
CB327
DQ109
DQ108
DQ107
SDVREF
Vss
DQ107
DQ108
DQ109
DQ110
SDVREF1
Vss
VIN03
VIN00
VIN09
I2CAD0
I2CAD1
ADMY7
ADMY1
ADMY00
RB302
RB301
RB305
100
RB306 RB307
100 1k
RB355
33k
VCC
GND
IC105
TC7S08F-X
DQ101
DQ107
DQ102
DQ109
DQ105
DQ106
DQ114
DQ115
DQ113
DQ110
DQ112
DQ108
DQ111
XWE
XCAS
XRAS
SD3A0
SD3A1
CB363
0.47
0.1
CB326
DQ106
DQ105
Vss
DQ105
DQ106
Vdd2533
TDI
I2CAD2
I2CSDA
I2CSCL
1k1k100
OPEN
RB304
RB303
XRST
VCC3D
CB361
0.1
RA117
RA118
*RA122
*RA122
RA119
RA120
*RA122
*RA122
RA121
RA122
*RA122
*RA122
RA124
*RA122
*RA122
CB380
100/4
NEX50GM-107X
RB339
100
RB340
100
RB341
100
RB342
100
RB324
47
AK
HK
CB329
0.33
DQ115
DQ114
DQ113
DQ112
VssA
DCKLF
DQ113
DQ114
DQ115
VddA
VIN56
Vdd18
VIN57
VIN55
VIN53
VIN54
VIN51
Vss
VIN52
VIN50
Vdd33
VIN47
Vss
Vdd12
VIN46
VIN44
VIN45
VIN41
VIN43
VIN40
VIN42
VIN37
Vss
VIN35
VIN32
VIN36
VIN34
VIN33
VIN31
VIN30
VIN25
VIN29
VIN24
Vdd33
VIN27
VIN22
VIN28
Vss
Vdd12
VIN26
VIN20
VIN21
TDO
VIN23
VIN19
VIN15
VIN17
TEST3
VIN18
VIN16
VIN14
VIN13
VIN11
Vss
VIN12
VIN10
Vdd33
nc
VIN08
Vdd18
VIN02
VIN06
VIN01
ADMY6
ADMY2
ADMY4
ADMY0
ADMY01
CB304
0.1
RB354
33k
RB352
1k
RB353
1k
CB355CB356
0.10.1
IC102
HY5DU643222AQ-5
CB346
0.1
SD3A12
SD3A11
SD3A7
SD3A3
SD3A4
SD3A5
0.1
CB325
DQ104
DQ103
DQ102
DQ101
DQ100
DQS2
DQS3
Vss
Vss
DQS2
DQ100
DQ101
DQ102
DQ103
DQ104
Vdd2533
XRST
Vdd12
Vss
FLG0
FLG1
SCK0
HSYNC0
VSYNC0
SCK1
0.1
100
RB308
CB305
0
RB377
DSDFS
HSYNCS
CLKS
VSYNCM
HSYNCM
4CLKM
SD3A7
SDA7
DQS3
TMS57128GJG
HSYNC1
VSYNC1
0
RB375
VSYNCS
RB343
SD3A5
150
CB324
SDA5
SCK2
CB306
VC3.3B2IP
Vdd12
IC101
Vdd33
0.1
0.1
SD3A3
SDA3
HCSYNC2
CB310
10/16
RB344
150
SD3A8
SDA8
VTSYNC2
DSDH
CLKR
CB354
0.1
DQ014DQ103
DQ010
DQ013
DQ011
CB353
DQ015
DQ008
DQ006
DQ007
CB352
DQ000
DQ001
DQ012
DQ003
CB351
CB350
DQ004
DQ002
DQ005
DQ009
CB349RA123
RB333
1.2K
RB335
1.2K
SD3A13
SD3A9
SD3A10
SD3A8
SD3A6
SD3A2
0.1
CB323
SD3A4
SD3A6
SD3A9
SD3A10
SD3A13
SD3A12
SD3A0
SD3A11
SD3A1
SD3A2
XRAS
XCAS
Vss
SDA0
SDA9
SDA6
SDA4
SDA12
SDA13
SDA10
SCK3
HCSYNC3
VTSYNC3
XROMCE
XROMOE
Vdd12
XROMWE
Vss
0.1
CB307
0
0
0
RB309
RB310
RB376
ROMCE
ROMOE
ROMWE
DSDV
DPCV
DPCH
VCC3.3B
LB101
CORE3
PS
CB311
0.1
DGND
SDCK
XCAS
XRAS
SDA2
SDA1
XSDCK
SDCKE
Vdd18
SDA11
CKREF
PCKDIV3
PCKDIV2
Vdd18
PCKDIV1
PCKDIV0
PVCORNG
TCK
Vss
1k
1k
OPEN
OPEN
OPEN
CB308 CB309
0.1 0 .1
RB315
RB314
RB313
RB312
RB311
RB316
RB318
100
AK
CB312
0.33
RB319
47
X101
NAX0539-001X
RA132
RA131
*RA122
*RA122
0.1
RA130
RA129
*RA122
*RA122
0.1
0.1
RA128
RA127
*RA122
*RA122
0.1
RA126
0.1
RA125
*RA122
*RA122
CB348
33/25
CB347
0.1
RB334
1.2K
RB337 RB338
470 470
VA3 VA3
RB336
1.2K
SDVREF
CB322
0.1
DQS1
DQS0
DQ015
DQ014
DQ013
DQ012
DQ011
DQ010
DQ009
DQ014
VOUT02
DQ008
SDVREF
Vss
DQ008
DQ009
DQ010
DQ011
DQ012
DQ013
SDVREF0
Vdd2533
VOUT06
VO06
DQ007
DQ006
Vdd2533
DQ005
DQ004
DQ003
DQ002
Vss
DQ001
DQ000
VIO27
VIO24
Vdd18
TEST2
VIO26
VIO25
VIO23
Vdd33
TEST1
VIO21
VIO20
VIO22
VIO17
Vss
VIO16
VIO15
VIO10
VIO12
VIO14
VIO11
VIO13
VIO06
Vdd33
VIO07
VIO05
VIO00
VIO01
VIO04
VIO03
Vss
VIO02
VOUT26
VOUT28
VOUT27
VOUT29
VOUT23
VOUT21
VOUT24
VOUT25
VOUT22
Vdd33
VOUT20
VOUT17
TMS
VOUT19
Vss
VOUT15
VOUT14
VOUT18
Vdd18
VOUT11
VOUT12
VOUT13
VOUT16
VOUT10
VOUT09
VOUT00
VOUT03
VOUT01
VOUT08
VOUT05
VOUT07
Vdd33
Vss
VO07
VO05
VO08
VO01
VO03
VO00
XWE
Vss
XWE
Vss
DQS0
DQS1
DQ015
VOUT04
TEST0
Vss
PCKLF
VddA
VssA
VO04
VO02
OPEN
RB317
OPEN
VC1.9B2IP
VCC1.9B
LB102
CORE3
CB313
HK
6800p
CB314
0.1
RB320
0
DGND
DDR
DDR
CB321
0.1
DQ007
DQ006
DQ005
DQ004
DQ003
DQ002
DQ001
DQ000
VI27
VI24
RB323
OPEN
VI25
VI23
RB322
OPEN
VI20
VI22
VI17
VI16
VI15
VI10
VI12
VI14
VI11
VI13
VI06
VI07
VI05
VI00
VI01
VI04
VI03
VI02
VO26
VO28
VO27
VO29
VO23
VO21
VO24
VO25
VO22
VO20
VO17
VO19
VO15
VO14
VO18
VO11
VO12
VO13
VO16
VO10
VO09
DDR
VI27
RA114
VI26
0.1
CB320
CB319
0.1
CB318
0.1
CB317
0.1
CB316
0.1
RB321
OPEN
CB315
0.1
RA101
VI25
VI24
VI23
RA113
VI22
RA101
VI21
VI20
VI17
RA112
VI16
RA101
VI15
VI14
VI13
VI26
RA111
VI12
RA101
VI11
VI10
VI07
RA110
VI06
VI21
RA101
VI05
VI04
VI03
RA109
VI02
RA101
VI01
VI00
RA108
RA101
VO29
VO28
VO27
RA107
VO26
VO25
RA101
VO24
VO23
RA106
VO22
RA101
VO21
VO20
VO19
RA105
VO18
RA101
VO17
VO16
VO15
RA104
VO14
RA101
VO13
VO12
VO11
RA103
VO10
RA101
VO09
VO08
VO07
RA102
VO06
RA101
VO05
VO04
VO03
RA101
VO02
RA101
VO01
VO00
DIST PWB (2/6)
[I-P CONVERTER]
SMK-0Z001A
IC103
MBV400TC90PFN20
VIO20
DPCPR9
DPCPR8
DPCPR7
DPCPR6
DPCPR5
DPCPR4
DPCPR3
DPCPR2
DPCPR1
DPCPR0
DPCPB9
DPCPB8
DPCPB7
DPCPB6
DPCPB5
DPCPB4
DPCPB3
DPCPB2
DPCPB1
DPCPB0
DPCY9
DPCY8
DPCY7
DPCY6
DPCY5
DPCY4
DPCY3
DPCY2
DPCY1
DPCY0
VCC3.3B
VIO24
VIO23
VIO22
VIO21
VIO20
VIO17
VIO16
VIO15
VIO14
VIO13
VIO12
VIO11
VIO10
VIO07
VIO06
VIO05
VIO04
VIO03
VIO02
VIO01
VIO00
VIO17
VIO16
VIO15
VIO14
VIO13
VIO12
VIO11
VIO24
ROMWE
XRST
RB330
VIO23
VIO22
VIO10
VIO07
VIO06
VIO05
VIO04
VIO03
VIO02
VIO01
VIO00
RB328
0
RB329
1k
A15 A16
A14
A13
A12
A11
A10
A9
A8
NC
NC
WE
RESET
NC
NC
RY/BY
A18
A17
A7
A6
A5
A4
A3
A2
BYTE
GND
A-1
DQ7
DQ14
DQ6
DQ13
DQ5
DQ12
DQ4
VCC
DQ11
DQ3
DQ10
DQ2
DQ9
DQ1
DQ8
DQ0
OE
GND
CE
A0A1
VIO21
DPCH
DPCV
DSDH
DSDV
DSDFS
CLKR
DQ7
DQ6
DQ5
DQ4
DQ3
DQ2
DQ1
DQ0
RB331
100
DGND
DPCPR9
DPCPR8
DPCPR7
DPCPR6
DPCPR5
DPCPR4
DPCPR3
DPCPR2
DPCPR1
DPCPR0
DPCPB9
DPCPB8
DPCPB7
DPCPB6
DPCPB5
DPCPB4
DPCPB3
DPCPB2
DPCPB1
DPCPB0
DPCY9
DPCY8
DPCY7
DPCY6
DPCY5
DPCY4
DPCY3
DPCY2
DPCY1
DPCY0
VCC3.3B
DGND
CB340
0.1OPEN
DGND
ROMOE
RB332
100
ROMCE
DPCPR9
DPCPR8
DPCPR7
DPCPR6
DPCPR5
DPCPR4
DPCPR3
DPCPR2
DPCPR1
DPCPR0
DPCPB9
DPCPB8
DPCPB7
DPCPB6
DPCPB5
DPCPB4
DPCPB3
DPCPB2
DPCPB1
DPCPB0
DPCY9
DPCY8
DPCY7
SHEET 3
DPCY6
DPCY5
DPCY4
DPCY3
DPCY2
DPCY1
DPCY0
DPCH
DPCV
DSDH
DSDV
DSDFS
CLKR
2-11
HV-32D25EUW
HV-32D25EJW
HV-32D25EUW
HV-32D25EJW
DIST PWB CIRCUIT DIAGRAM (3/6) SHEET3
VDD
VOUT
IC203
R1170H151B-X
CE
NCF31AZ-105X
CB424
VCC2.5
VCC2.5
DGND
DGND
RB473
GND
RB476
RB474
OPEN
5.6k
VA2
VA2
VCC1.5
DGND
DGND
VCC1.5
VC1.5DSD
VC1.5DSD
VA2
10k
RB475
10k
CB427
0.1
DIST PWB (3/6)
[DIGITAL ENHANCE]
SMK-0Z001A
DIGI/3D
VMOFF
DSDFS
DPCY0
DPCY1
DPCY2
DPCY3
DPCY4
DPCY5
DPCY6
DPCY7
DPCY8
DPCY9
DPCPB0
DPCPB1
DPCPB2
DPCPB3
DPCPB4
DPCPB5
DPCPB6
DPCPB7
DPCPB8
DPCPB9
DPCPR0
DPCPR1
DPCPR2
DPCPR3
DPCPR4
DPCPR5
DPCPR6
DPCPR7
DPCPR8
DPCPR9
CLKSW1
CLKSW2
VSYNCM
D_RST
DPCY0
DPCY1
DPCY2
DPCY3
DPCY4
DPCY5
DPCY6
DPCY7
DPCY8
DPCY9
DPCPB0
DPCPB1
DPCPB2
DPCPB3
DPCPB4
DPCPB5
DPCPB6
DPCPB7
DPCPB8
DPCPB9
DPCPR0
DPCPR1
DPCPR2
DPCPR3
DPCPR4
DPCPR5
DPCPR6
DPCPR7
DPCPR8
DPCPR9
CLKSW1
CLKSW2
VSYNCM
SDA3
SCL3
RB478
RB479
RB480
LPF
RA213
DSDFS
OPEN
DSDH
DSDV
DPCH
DPCV
RB455
OPEN
RB454
RB456
OPEN
CB429
RB452
0.1
OPEN
0
0
0
RB453
OPEN
OPEN
SDA3
SCL3
VCC3D
VCC3D
CB416
0.1
DGND
DGND
DPCH
RB448
0
RB483 RB482
VDD
SDA
SCL
NC
Q7
Q6
RB449
OPEN
RB407
100
VSYNCM
SDA3
SCL3
100 100
RA214
NRZ0040-102X
RB457
RB459
RB461
VCC3D
VCC3D
RB485
OPEN
DGND
DGND
DSDH
DPCV
DSDV
DSDFS
IC207
BU2098F-X
OPEN
A0
1K
A1
OPEN
A2
Q0
Q1
Q2
Q3Q4Q5
VSS
DGND
DGND
D_RST
DIGI/3D
DSDH
DSDV
DPCH
DPCV
LPF
SDA3
SCL3
RST3
SHEET 1
SHEET 2
SHEET 6
SHEET 1
SHEET 5
SHEET 2
NRSA02J-0R0X
RB429
CB413
RB470
RB469
RB471
RB430
RB431
RA203
OPEN
RA202
OPEN
RA201
RA103
DGND
IC209
TC7WH157FU-X
RB450
OPEN
LB201
RB435
OPEN
CB415
OPEN
RB460
RB458
0
RB444
RB445
RB446
RB447
SHEET3
VCC9A
VCC9A
RB502
1K
RB512
680
0.1
RB532
680
CB505
0.1
CB507
RB572
RB573 RB575
75 75
RB574 RB576
75 75
KB201
0
NRSA02J-0R0X
AGND
AGND
0
RB423
OPEN
RB424
10K
RB468
OPEN
560
0.1
680
0.1
0.1
0.1
680
CB573
CB574
RB467
OPEN
VOUT
CE
NCB21CK-474X
NCB21CK-474X
AGND
AGND
VCC3A
VCC3A
VDD
IC206
R1170H251B-X
GND
RB515
75
RB513
75
AGND
AGND
RB516RB514
7575
AGND
AGND
RB535
75
RB533
75
AGND
AGND
RB536RB534
7575
AGND
AGND
RB555
75
RB553 CB553
75
AGND
AGND
RB554
RB556
7575
AGND
AGND
RB581 RB579
AGND
AGND
10k 10k
RB577
0
RB578
0
RB582 RB580
4.7k 4.7k
RB425
10K
RB426
OPEN
RB422
10K
RB420
10K
DGND
DGND
RB525CB521
QB211
100OPEN
RB523
LB211
330
L2R2
RB524
1.8k
CB517
OPEN
CH
CB522
0.1
10k 10k
CB542
0.1
RB569 RB570
10k 10k
CB562
0.1
GND
TC7WH34FU-X
10k
PS
RB543
PS
AGND
AGND
CB557
OPEN
IC205
CB537
AGND
AGND
330
OPEN
RB563
330
AGND
AGND
RB592
330
CB575
Vcc
CB518
5p
LB231
L2R2
RB544
1.8k 680
CB538
5p
CB561
LB251
L2R2
RB564 RB567
CB558
5p
LB271
L2R2
RB593
CHPSCH
5p
VCC3D
VCC3D
RB465
100
VCC9A
VCC9A
RB521
CB515
6.8k
100/6.3
RB520
10k
AGND
AGND
CB513
33/6.3
EH9
CB514
33/6.3
EH9
CB535
100/6.3
33/6.3
CB533
EH9
CB534
33/6.3
EH9
CB555
100/6.3
33/6.3
EH9
CB554
33/6.3
EH9
AGND
AGND
RB517
680
RB518
680
VCC9A
VCC9A
RB541
6.8k
RB540
10k
AGND
AGND
RB537
680
RB538
680
VCC9A
VCC9A
RB561
6.8k
RB560
10k
RB557
680
AGND
AGND
RB558
680
CB578
RB583 RB584
RB585
MA111-X
RB586
RB505
1.2k
RB504
0
RB503 RB507
56k 2.2k
RB519
680
RB522
680
GND
RB539
680
RB542
680
CB536
2p
AGND
AGND
RB559
680
QB271 QB272
NPN2 NPN2
100 100
CB579
0.01
HK
RB587 RB588
180 180
2.2k
QB273
DB201
RB589
56
82
QB277
PNP2
RB506
10k
CB580
39p
CH
NPN2
VCC9A
VCC9A
CB516
CH
RB590
1.5k
RB598
120
TC7S66F-X
CB581
VC9AYDSD
VC9AYDSD
2p
CH
RB501
OPEN
GND
VCC
CB509
0.1
CH
CB556 RB562
2p 680
VCC9A
VCC9A
QB274
RB591
IC208
CB582QB276
8p
CH
AGND
AGND
LB205
CORE3
CB508
0.1
STANDBY
NPN2
1.0k
0.1NPN2
RB529 RB530
10k
VCC9A
VCC9A
CORE3
LB206
VC9ACYDSD
VC9ACYDSD
VCC
IC204CB503
TK15452V-X
RB549 RB550
RB466
100
DGND
DGND
NPN2
RB528
RB526
0
560
RB527
CH
680
CB520CB519
OPEN33p
AGND
AGND
QB212
IMX
VCC9A
VCC9A
RB546CB541
QB231
100OPEN
NPN2
RB548
RB545
470
RB547
CHCHCH
CB540CB539
AGND
AGND
100p33p
QB232
IMX
VCC9A
VCC9A
RB566
QB251
100OPEN
NPN2
RB568
RB565
470
1.8k
CB428
0.1
PS
CB576
RB464
680
CHCHCH
CB560CB559
100p33p
AGND
AGND
QB252
IMX
VCC9A
VCC9A
RB595CB577
QB275
560OPEN
NPN2
RB596
RB594
OPEN
1.8k
RB597
680
5p
AGND
AGND
DGND
DGND
100
YOUT
0
PBOUT
SHEET 1
0
PROUT
68
VMOUT
RB508
680
DEFV
DEFH
AREA
CLKR
SHEET 6
VC3A1DSD
VCC3D
VC3D1DSD
VC3D1DSD
VCC3D
LB202
CORE3
CB402
47/16
CB401
100/6.3
NBE71CM-476X
CB414
RB432
OPEN
RB433
OPEN
RB434
OPEN
RB436
OPEN
RB437
OPEN
RB438
OPEN
RB439
OPEN
RB440
OPEN
RB441
OPEN
RB442
100
RB443
100
100
100
100
100
RB472
OPEN
VDDS
OCLKR
VSS
odsda
smode
VSS
odsdb
userarea
VSS
DOVMON
VDDC
DOVM0
VSS
DOVM1
DOVM2
VDDC
DOVM3
DOVM4
0.1
DOVM5
VDDC
VSS
DOVM6
DOVM7
VDDC
vmdactest
VSS
idsda
VDDC
idsdb
iblank
VSS
CLKC
VDDS
HRSTC
VDDC
RHDC
VDDC
CLKB
BISTEN
VSS
HRSTB
VDDC
RHDB
VSS
VDDC
CLKA
VSS
HRSTA
VDDC
VSS
RHDA
VDDC
HDI
hdo
VDDS
hsync
VDI
vdo
vsync
VSS
fldindex
VSS
VRST
rhdr
OPEN
OPEN
OPEN
OPEN
OPEN
100
1K
0
0
DGND
DGND
RB428
1K
VDDC
DOVIDEOON
DIN_B0
VDDC
DPCPB0
VSS
DIN_B1
DPCPB1
RA204 RA205
OPEN OPEN
0.1
CB412
VSS
VDDS
DOY9
DOY8
DOY7
DIN_B2
DIN_B5
DIN_B3
DIN_B4
VSS
CB403
0.1
DPCPB2
DPCPB3
DPCPB4
DPCPB5
VDDC
DIN_B6
DPCPB6
VSS
DIN_B7
DPCPB7
DOY6
VDDS
DOY5
DIN_B8
DPCPB8
VDDC
DIN_B9
DPCPB9
DOY4
DIN_R0
DPCPR0
VSS
DIN_R1
DPCPR1
DOY3
VSS
CB411
VDDC
DIN_R2
DPCPR2
DOY2
DIN_R3
DPCPR3
0.1
DOY1
DIN_R4
DPCPR4
VSS
DIN_R5
DPCPR5
VDDC
VDDC
DOY0
DIN_R6
DPCPR6
VSS
DIN_R7
DPCPR7
DOB9
DIN_R8
DPCPR8
VDDC
DIN_R9
DPCPR9
0.1
CB410
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VDDS
DOB8
DOB7
DOB6
DOB5
DOB4
IC201
JCC5054
DIN_Y3
DIN_Y1
DIN_Y0
DIN_Y4
DIN_Y2
DIN_Y5
VSS
VDDS
DPCY0
DPCY1
DPCY2
DPCY4
DPCY5
DPCY6
DPCY3
DIN_Y6
VDDC
VDDC
DOB3
DOB2
DOB1
DOB0
DOR9
DIN_Y9
DIN_Y7
DIN_Y8
VDDC
VSS
HDR
VDR
SDA
SCL
SDAOUT
0.1
CB404
CH
DPCY7
DPCY8
DPCY9
RB401
100
RB403
RB402
100
SCL3
SDA3
DOR8
VSS
CB431
150p
100
RB404
470
VSS
VDDC
CS0
100
RB405
VDDC
VDDC
DOR3
DOR4
DOR5
DOR6
DOR7
VSS
I2CEXT1
VDDC
CS1
CS2
I2CEXT3
I2CEXT2
I2CEXT0
I2CHOLD
100
RB406
RA212
RA101
LPF
CLKSW2
CLKSW1
CB409
10K
RB415
RA211RA206 RA207 RA208 RA209 RA210
OPENOPEN OPEN OPEN OPEN OPEN
OPEN
0.1
RB427
NC
NC
VSS
VSS
VDDC
VDDS
DOR1
DOR2
DACVIDEOON
APVDY
IREFY
VREFY
APVSY
APVDPB
IREFPB
VBSPB
VREFPB
AOPBP
AOPBN
APVSPB
DPVS3
DPVD3
APVDPR
IREFPR
VBSPR
VREFPR
AOPRP
AOPRN
APVSPR
APVDVM
DPVSVM
DPVDVM
IREFVM
VBSVM
VREFVM
AOVMP
AOVMN
APVSVM
PLLFS0
PLLFS1
PLLAVS
PLLAVD
PLL_TEST
BP
MCLR
NDRST
VDDS
DACVMON
ND2
ND1
ND0
VSS
OPEN
RB416
RB418
0.1
100
RB417
CB405
RB408
10k
10K
10K
RB409
OPEN
DGND
DGND
RB411
RB413
VC3A1DSD
VC3A2DSD
VC3A2DSD
LB204
CB501
CORE3
47/16
DOR0
NC
NC
NC
NC
VBSY
NC
AOYP
AOYN
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
IS1
VSS
VDDC
IS0
VSS
CLKR
VDDS
VSS
RB410
100
CB406
OPEN
100
NBE71CM-476X
RB511
560
CB502
0.1
0.1
CB511
0.1
CB512
RB531
560
0.1
CB531
0.1
CB532
CB506
0.1
RB551
CB504
RB552
CB551
CB552
RB571
560
CB571
0.1
CB572
0.1 0.1
KB202
CORE3
GND1DSD
GND1DSD
GND2DSD
GND2DSD
RB421
0
RB462
LB207
NRSA02J-0R0X
RB419
OPEN
CB407
0.1
0
CB408
OPEN
2-12
HV-32D25EUW
HV-32D25EJW
DIST PWB CIRCUIT DIAGRAM (4/6) SHEET4
DIST PWB (4/6)
[3D YC SEP ARA TE]
SHEET 3
VCC5A
VCC9A
VCC3D
LC051
LC052
LC053
OPEN
AGND
0
SA2
AGND
OPEN
AGND
C101
OPEN
SMK-0Z001A
R101
OPEN
R102
OPEN
C001
L001
OPEN
0
N
R103
OPEN
R104
OPEN
AGND
AGND
C002
OPEN
AGND
AGND
AGND AGND
CH
C103
OPEN
R106
Q101
OPEN
OPEN
L101
R105
OPEN OPEN
OPEN
C102
C104
OPEN
OPEN
CH
CH
C105
OPEN
AGND
CF1
C106
OPEN
AGND
Q102
OPEN
R108
OPEN
R109
R107
OPEN
OPEN
VA3
VCVINYC
R110
OPEN
R111
OPEN
Q103
OPEN
L002
OPEN
C107
OPEN
VC5YC
C111
OPEN
SHEET4
IC253
OPEN
VDD
VOUT
CE
GND
VCAVDYC
VCAVDYC
C322
OPEN
R117
OPEN
Q105
OPEN
R118
OPEN
AGND
AGND
C004
OPEN
R121
OPEN
C320
OPEN
AGND
AGND
C319
OPEN
R119
OPEN
Q106
C318
OPEN
OPEN
R317
AGND
AGND
C317
OPEN
C316
OPEN
C009
OPEN
OPEN
OPEN
C110
R003
C003
OPEN
OPEN
AGND AGND
AGND
AGND
R113
R115
OPEN
OPEN
Q104
OPEN
R112
OPEN
C108
R114
OPEN
AGND
AGND
C138
OPEN
R116
OPEN
C323 C321
OPEN OPEN
C324
OPEN
OPEN
HK
N
C325
OPEN
AGND
AGND
C315
OPEN
AGNDAGND
AGNDAGND
R120
OPEN
C314
OPEN
C006C005
OPEN
AGND
AGND
AGND
AGND
VC2.5_1YC
VC2.5_1YC
C008
OPEN
OPEN
VC2.5_3YC
VC2.5_3YC
C010
OPEN
C313
OPEN
R316
OPEN
VC2.5_2YC
VC2.5_2YC
L004
L005
OPEN
AGND
AGND
C007
OPEN
AGND
AGND
R402
R431
OPEN
R432
R401
0
OPEN
OPEN
C431
OPEN
Q431
OPEN
Q401
OPEN
AGND
AGND
AGND
AGND
AGND
VCYOUTYC
R403
OPEN
R404
OPEN
C402
OPEN
CH
AGND
VCCOUTYC
R433
OPEN
R434
OPEN
C432
OPEN
CH
SYNCIN
C403C401
CH
OPENOPEN
R405
OPEN
L401
OPEN
C404
OPEN
CH
OPEN
C433
R435
OPEN
L431
OPEN
C434
OPEN
CH
R406
OPEN
R436
OPEN
R407
OPEN
R437
OPEN
OPEN
Q432
OPEN
R438
R439
OPEN
Q402
NPN1
VA3
R408
1k
R413
0
Q403
PNP1
R411
R415
OPEN
0
VA3
R412
R410
330
R409
1k
C405
270p
VA3
R440
OPEN
C435
OPEN
R443
OPEN
R441
OPEN
R442
OPEN
VA3
CH
Q404
270
PNP1
VA3
CH
Q433
OPEN
R445
OPEN
Q434
OPEN
R446
OPEN
C406
OPEN
CF1
AGND
R416
2.2k
LC401
R414
OPEN
C436
OPEN
CF1
AGND
R444
OPEN
OPEN
AGND
YCYOUT
SYNCOUT
SHEET 5
YCCOUT
R001
OPEN
R002
0
AGND GND1
OPEN
L003
AGND GND1
GND1
R301
OPEN
C301
OPEN
IC251
OPEN
X301
OPEN
C302
OPEN
CH CH
GND1
R302
OPEN
C326
OPEN
C309
OPEN
CH
R303
OPEN
C303
OPEN
GND1
OPEN
R315
R313
OPEN
OPEN
R308
OPEN
OPEN
R309
R310
OPEN
OPEN
C310
C327
OPEN
AGND
R307
OPEN
C308
OPEN
L301
GND1
OPEN
C304
OPEN
HK
R306
OPEN
GND1
C305
OPEN
C307
OPEN
C306
HK
OPEN
L302
OPEN
CH
OPEN
Q301
OPEN
R304
OPEN
R305
R314
R319
OPEN
SDA2
SCL2
RST3
SHEET 2
2-13
HV-32D25EUW
HV-32D25EJW
HV-32D25EUW
HV-32D25EJW
DIST PWB CIRCUIT DIAGRAM (5/6) SHEET5
SHEET 1
SHEET 4
M_CV/YIN
S_CV/YIN
MRGB2/OTH
SRGB2/OTH
SYNCOUT
SYNCIN
M_CIN
S_CIN
R1
R1
G1
G1
B1
B1
YS1
YS1
R2
R2
G2
G2
B2
B2
M_CV/YIN
M_CIN
S_CV/YIN
S_CIN
MRGB2/OTH
SRGB2/OTH
M_CV/YIN
M_CIN
VCC5A
L707
CORE3
R703
3.3k
R701
2.2k
Q701
PNP1
R702
AGND
2.2k
AGND
R706
3.3k
C725
R704
2.2k
OPEN
Q702
PNP1
R705
2.2k
AGNDAGND
NCB31AK-474X
C720
0.47
HK
AGND
NCB11CK-225X
C722
2.2
C724
0.01
HK
AGND
C728
100/6.3
QAX0305-001
C727
OPEN
OPEN
R716
27k
C721
0.01
R717
10k
R718
C723
0.015
Q705
OPEN
R727
OPEN
C726
.001
R726
X702
3.3k
HK
330
16.2MHz
HK
C719 C718
10p 10/16
AGND
X701
C701
0.1
R724
1k
Q704
OPEN
R725
1k
AGNDAGND
SHEET5
R2G2B2
L3R3
L3R3
L3R3
L704
L706
L705
MRGB2/OTH
CH
Y701
0
R715
R714
0.1750.1750.1
C717
C716
75
R713
C715
TB1274AF
IC701
AGND
C713
47/16
(MAIN)
HK
0.01
0.1
C703
47/16
0.01
AGND
AGND
HK
C706
C704
C705
AGND
L708
CORE3
VCC5A
0.1
C702
R723
100
C714
0.01
AGND
R707
AGND
7.5k
AGND
R1G1B1
L3R3
L3R3
L3R3
L703
L702
L701
75
75
R712
R711
R710
HK
0.1
0.1750.1
AGND
C712
C711
C710
AGND
C709
4.7/16
HK
100
100
47/16
0.01
R708
R709
C708
C707
AGND
L709
CORE3
R799
6.8k
AGND
YS1
S_CV/YIN
RYM_OUT
BYM_OUT
YM_OUT
CF1
BA05FP-X
VCC9A REG5V
IC803
C828
0.33
NCF31CZ-334X
HDM_OUT
VDM_OUT
CVOUT
VCC5A
VCC5A
R720
2.2k
R719
TEXT_CV
100
R721
100
Q703
PNP1
AGND
AGND
AGND
C826
22/25
S_CIN
REG5V
REG5V
L807
CORE3
NCB31AK-474X
C820
0.47
AGND
NCB11CK-225X
C822
2.2
R803
3.3k
R801
2.2k
Q801
PNP1
R802
AGND
2.2k
AGND
R804
2.2k
R805
2.2k
C825
AGND
OPEN
AGND
AGND
R806
3.3k
Q802
100/6.3
PNP1
16.2MHz
QAX0305-001
C819
CH
AGND
10p
X801
X802
OPEN
R816
27k
HK
C821
0.01
R819
10K
R817
10k
R818
3.3k
C823
C824
0.015
0.01
HK
HK
C801
C827
0.1
REG5V
R2G2B2
L3R3
L3R3
L3R3
L806
L805
SRGB2/OTH
C818
10/16
Y801
L804
75
75
R815
R814
R813
C813
47/16
0.1
0.1750.1
0
C817
C816
C815
TB1274AF
IC801
(SUB)
HK
47/16
0.1
0.1
C802
0.01
0.01
AGND
HK
C803
C806
AGND
C804
C805
AGND
CORE3
L808
R1
G1
B1
L3R3
L3R3
L3R3
L803
L802
L801
75
75
75
R812
R811
R810
C814
HK
0.01
AGNDAGND
AGND
0.1
0.1
0.1
C812
C811
C810
C809
AGND
AGND
YS1
YM_OUT
RYM_OUT
BYM_OUT
HDM_OUT
VDM_OUT
CVOUT
TEXT_CV
4.7/16
CF1
YM_OUT
RYM_OUT
BYM_OUT
HDM_OUT
VDM_OUT
CVOUT
TEXT_CV
RYS_OUT
BYS_OUT
YS_OUT
SHEET 1
SHEET 4
SHEET 1
AGND
AGND
C808
C807
47/16
7.5k
R807
AGND
L809
CORE3
0.01
100
100
HK
R808
R809
AGND
AGND
R899
6.8k
HDS_OUT
VDS_OUT
NQL092M-180X
SHEET 4
SHEET 3
SHEET 1
SHEET 4
L767
VCC5A
VCC5A
C767
47/16
R765 R767
470 6.8k
C771
0.1
R775 R777
470 6.8k
C776
0.01
R768
R766
560
12k
Q755
NPN1
R770
680
R769 R771
560 1.2k
R778
Q760R776
560
PNP112k
Q759
NPN1
R780
680
R779 R781
560 1.2k
C774
15p
L754
L27
C775
R784
10p
1.5k
CH CH
C794
C769 C770
56P 56P
C789
47/16
AGND
AGND
CH CH
CH
18P
R796
OPEN
C796
CH
18P
R797
OPEN
Q763
R787 R785
NPN1
1k 12k
Q762
NPN1
R788 R786R789
1k 5.6k1k
Q754
VCC9A
VCC9A
L761
10/16
Q753
NPN1
R759
820
R747
OPEN
C786
AGND
AGND
L22
C754
0.1
R748
0
C750
CH
18P
R753
R750
OPEN
12k
R751 L751
180 L6R8
C751 C752
C795
120p 82p
150p
CH
CH
L769
Q764
R755
100
D_RST
YCYOUT
YCCOUT
DIGI/3D
1_SDA
1_SCL
SCL2
SDA2
C753
47/16
R752 R754
220 6.8k
CH
C797
OPEN
CH
IMX
R798
22k
R790
22K
C756
0.01
C782
100/6.3
L763
L22
C783
100/6.3
L764
L100
L768 L868
CORE3 CORE3
L765
L100
R749
OPEN
HK
C755
0.01
HK
C778
0.1
0.1
C779
C757
HK
0.01
C758
0.01
HK
C759
0.47
NCB31AK-474X CH
C784
100/6.3
C780
0.01
HK
HK
C781
0.01
C785
100/6.3
IC702
TC90A69AF-X
R762
C787
R761
100
C764
0.01
HK
C763
0.01
330
CH
C761
680p
0.1 100/6.3
C760
0.01
HK
R760
100
HK
0.1
C762
NPN1
R764 L752
390 L6R8
C765 C766
R763
56P 56P
820
CH CH
Q758
NPN1
R774 L753
L762
L100
C788
390 L6R8
R773
820
C777
HK HK
0.01
L22
L766
L22
C768
Q756
0.1
PNP1
Q757
NPN1
R772
820
AGND
AGND
C772
0.1
Q761
NPN1
R782
820
AGND
AGND
CH
R783
470
C773
33p
0
R795
R794
10/1610/16
0
C790
C791
AGND AGND
AGND
YUV_SW
IC703
OPEN
VCC9A
VCC9A
AGND
AGND
C792
OPEN
AGND
R791
OPEN
Q793
OPEN
AGND
C793
OPEN
HK
Q791
OPEN
R792
OPEN
AGND
AGND
R793
OPEN
Q792
OPEN
AGND
C893
150p
L869R855
NQL092M-180X
100
180 L6R8
R851
CH
Q864
L851
C851
120p
CH
VCC5A
VCC5A
R864 L852
390 L6R8
C865 C866
56P 56P
CH
R874
390
R873
820
47/16
Q863
NPN1
R889
1k
CH
L853
L6R8
C869
56P
CH
C892
18P
R891
OPEN
C894
18P
R892
OPEN
C870
56P
CH
R887 R885
1k 12k
Q862
NPN1
R888 R886
1k 5.6k
CH
CH
C876
0.01
Q854
VCC9A
VCC9A
C880
L865
C850
CH
18P
OPEN
C852
R853
12k
C853
47/16
R852
R854
82p
220
6.8k
C895
OPEN
CH
R893
22k
R890
22K
R850
IMX
AGND
AGND
C886
10/16
Q853
NPN1
R859
820
100/6.3
L22
L861
L22
C881
100/6.3
0.1
C854
NCB31AK-474X
L862
L100
L863
L100
HK
C855
C878
0.01
0.1
HK
C856
0.01
C857
0.01
HK
C858
C879
0.01
0.1
HK
C859
0.47
C884
100/6.3
C882
0.01
HK
HK
C883
0.01
C885
100/6.3
IC802
TC90A69AF-X
C864
0.01
HK
C863
0.01
HK
CH
C861
680p
C887 C888
0.1 100/6.3
C860
0.01
HK
R860
100
100
R861
R862
330
C862
0.1
L864
NPN1
R863
820
Q858
NPN1
L100
C891
C877
0.01
HK
AGND
C867
47/16
R865 R867
470 6.8k
C871
0.1
R875
470
HK
R884
1.5k
R866
12k
R877
6.8k
C874
15p
L854
L27
C875
10p
CH CH
R868
560
Q855
NPN1
R870
680
R869
560 1.2k
R878
560
Q859
NPN1
R880
680
R879 R881
560 1.2k
CH
L866 L867
L22 L22
C868
Q856
0.1
PNP1
Q857
NPN1
C889
10/16
R872
R871
820
AGND
AGND
C872
Q860R876
0.1
PNP112k
Q861
C890
NPN1
10/16
R882
820
AGND
AGND
R883
470
C873
33p
DIST PWB (5/6)
[VIDEO/CHROMA DECODER]
SMK-0Z001A
2-14
HV-32D25EUW
HV-32D25EJW
DIST PWB CIRCUIT DIAGRAM (6/6) SHEET6
DIST PWB (6/6)
[H_PLL]
SMK-0Z001A
SHEET 1
CLKS
VCC3A
VCC3A
CB602
10/16
LC601
EFP5
0.1
GND2
GND2
0.0047
CB603
NCB21HK-472X
NC.DGND
OPEN
RB611
PFDinB
CB604
PFDout
RB610
CHHHCH
IC211
OPEN
0.47/50
RB612
270
GND2
GND2
RB613
220
0
VCC5D
VCC5D
GND2
VCC3D
VCC3D
RB614
OPEN
RB615
OPEN
CB608
OPEN
Vcc
GND
IC212
OPEN
RB621
0
GND2
GND2
RB618
OPEN
RB616
OPEN
RB619
RB617
OPEN
OPEN
RB620
OPEN
PLL_HIN
CB601
RB607
RB601
IC210
TLC2932IPW-X
RB602
RB603
CKIN
RB626
OPEN
IC214
CLKM
HREFO
OPEN
RB625
OPEN
GND2
GND2
0
RB604
0
3.3k
Rbias
VCOin
VCOVcc
VCOGND
VCOinB
fEX
fRef
VCOout
SELECT
DVcc
0
000
RB609
OPEN
RB608
RB606
0
RB605
GND2
GND2
VCC5D
CB605
OPEN
OPEN
CB606
CB621
OPEN
CB607
OPEN
GND2
GND2
SHEET6
LINE FILTER PWB CIRCUIT DIAGRAM
Y9901
OPEN
Y9902
QGA7901C1-02
FRONT
COTROL
PWB
CN900W
QFZ9075-104
OPEN
QFZ9075-473
C9901
!
.1
!
C9902
!
.047
LF9901
QQR1095-003
CN900X
WJK0050-005A
POWER &
DEF. PWB
Y9903
OPEN
Y9904
OPEN
VCC5D
RB623
LB601
0
OPEN
VC3D2DSD
VCC3D
RB622
LB602
CORE3
CB612
10/16
PS
0.1
CB611
DGND
22
X601
NAX0526-001X
CB609
OPEN
OPEN
CB610
IC213
OPEN
DGND
SHEET 3
CLKR
CLKSW2
CLKSW1
4CLKM
C9931
D9931
S1WB/A/60-4101
R9931
QRZ0216-4R7
!
QCZ9054-472
C9933
.0047
QCZ9054-472
QCZ9054-472
!
C9932
.0047
!
C9934
IC9931
!
QAL0425-001
L9941
QQL26AM-4R7Z
/400
22
330
C9942
/10
R9941
1/2W
1
C9992
OPEN.0047
CN900P
QJB003-033023
POWER &
DEF. PWB
QETM2GM-226
C9991
470p
!
QCZ9079-471
NCB11CK-225X
LINE FILTER PWB
SMK-9001A
IC9932
C9945
NCB11CK-225X
470
C9941
QTMN1CM-477Z
MM1565AF-X
/16
R9942 R9943
1.5 1.8
1/2W 1/2W
C9946C9944
OPEN
D9941
C9943
NCB11CK-225X
MA111-X
2-15
DOLBY PWB CIRCUIT DIAGRAM (1/2)
BCLK
SDTO
SDTI1
SDTI2
SDTI3
LRCLK
LFE_MIX
Y101
OPEN
LC101
NQR0313-009X
L
R
SR
SL
CEN
LFE
C126 C125
0.1 47
NEH71CM-476X
R135
R136
D102
MA111-X
47K
220
R134
R132
220
R131
/16
47K
47K
220
220
220
R130
R129
R127
IC105
AK4527BVQP
0.001
C124
47K
47K
220
R126
R125
R128
LIN+
RIN_
LIN_
RIN+
0.001
C123
LC102
NQR0313-009X
Y102
C121
47
/16
NEH71CM-476X
R124
3.3k
R122
100
OPEN
C122
0.1
R123
6.8k
C120
0.1
CDTO
CDTI
CCLK%
C119
47
/16
NEH71CM-476X
HV-32D25EUW
HV-32D25EJW
LRCLK
SDTO
BCLK
Y103
OPEN
LC103
NQR0313-009X
NCB31AK-474X
IC107
TA48M033F-X
C142
.1
CS%
NEH70JM-107X
C143
R109
1K
C111
C118
100
/6.3
.1
R112
56K
R111
1K
C114
100P
R108
10K
LC104
Y104
OPEN
0
0.01
CH
R113
10K
CH
C115
0.01
C113
120P
R114
4.7K
R110
C116
0.47
100
LOCK
WE%
I/O1
I/O2
I/O3
I/O4
I/O5
I/O6
I/O7
I/O8
CE%
OE%
OPEN
LC105
Y105
NQR0313-009X
LOCK
SDTI1
SDTI2
SDTI3
IC101
TC9446F-014
A2A3A4
A0
A5
LC10N
NQR0313-009X
HV-32D25EUW
HV-32D25EJW
NEH70JM-107X
C108
0.01
R107
4.7K
A6
A7
MIDIO
MICS%
MICK%
MIACK%
MILP%
A9
A10
A11
A12A1A13
A14
Y106
OPEN
C111C139
0.10.1
C107
100
A15
/6.3
DSP_RST%
A16
Y108
OPEN
LC107
AUTODATA
FORMAT
CHANNE
DIGITAL0
RST_DET
LC108
NQR0313-009X
C109
0.01
NAX0385-001X
R155
100
R106
ERR
2.2M
Y107
OPEN
X101
CH
C140
18P
CH
C141
22P
C149
0.1
C110
0.1
NQR0313-009X
SELECT3
R150
R163
R165
IC113
TC7WHU04FU-X
R161
4.7k
IC102
TC4066BF/N/-XE
SMF-
0D401A
10k OPEN
10k
10k
SMK-
0D001A
OPEN
OPEN
R162
18k
CH
C103
0.01
C150
47p
SELECT1
C106
0.01
R102
220
C101
100P
NQL085J-4R7X
R105
100
C105
47
/16
NEH71CM-476X
C102
1
J001
C104
0.1
R101
75
QNN0281-004
D_GND
J002
QNZ0523-001
/50
CH
L101
47
18V
R_IN
A_GND
D_5V
D_MUTE
Q101
C129
0.01
LIN+
C227
10
/16
C215
3900p
C216
3900p
C228
R223
10
/16
1K
NEH71CM-106X
RIN+
R215 R216
10K 10K
IC203
BA4558F-X
NEH71CM-106X
R217
10K
C218
56P
CH
C219
0.1
R220
NCB31HK-104X
IC203
BA4558F-X
R219
1k
R218
10K
CH
C223
56P
3D
3D_ON
3D_OFF
C203
56P
R224
1.5k
C225
C226
0.01
10
/50
NEH71HM-106X
NEH71EM-475X
R203
C201
4.7
/25
R201
100K
MA3091/M/-X
R202
100K
C202 R204
4.7 27k
NEH71EM-475X
27k
D201
/25
L_IN
5V
9V
CH
R205
6.8k
C224
47
/16
NEH71CM-476X
IC201
BA4558F-X
CH
R206
6.8k
C207
56P
C204
0.1
R207 R209
NCB31HK-104X
IC201
BA4558F-X
R208 R210
1K 1K
1K 1K
C208
0.018
C209
0.018
R211
1K
C210
1800P
IC202
BA4558F-X
IC202
BA4558F-X
C211
0.1
C213
0.47
NCB31AK-474X
C214
1800P
R212
1K
R213
1K
NCB31HK-104X
1k
LIN_
C229
10
/16
C221
3900p
C220
3900p
C230
10
/16
NEH71CM-106X
RIN_
NEH71CM-106X
L551
4.7
NQL085J-4R7X
C553
100 0.01
/6.3
NEH70JM-107X
Q103
DTC124EKA-X
10k
R501
R502
C551
L552
4.7
NQL034K-4R7X
IC108
TC7SET32F-X
DTC124EKA-X
3.3k
C552
.1
Q501
C559
0.01
NEH70JM-107X
Q502
DTC124EKA-X
C558
100
/6.3
R141
D104
MA111-X
D103
MA111-X
DTA124EKA-X
R115
10K
LC111
NQR0313-009X
SELECT1
SELECT3
TEST
R145
10K
Y111
OPEN10K
NQR0313-009X
NEH70JM-107X
C131
0.01
C132
100/6.3
Y109
OPEN
LC109
R160
0
220
R137
CS%
CCLK%
CDTO
CDTI
220
220
220
R140
R139
R138
IC109
UPD784216AGC180
C130
100P
R148
3.3k
ERR
DSP_RST%
MIACK%
MILP%
MICS%
MICK%
MIDIO
MIDIO
R116
100
D_READY
D_CLK
R117
100
D_COM
R118
100
TX
RX
OPEN
OPEN
OPEN
C145
CH
100P
R121
R120
R119
Q102
AUTODATA
LOCK
DIGITAL0
FORMAT
CHANNEL
ERR
RST_DET
CH
RESET%
R149
0
D101
MA111-X
R133
4.7k
R144
47k
C112
.1
Y110
0
X102
NAX0473-001X
LC110
OPEN
IC110
S-80828CNNB-W
DTC124EKA-X
TA48M033F-X
C146
.1
R150
IC111
R163
*
R164
10k
R165
*
D_STATUS
BUS3
*
BUS2
D_GND
D_READY
D_COM
D_READY
D_COM
BUS1
D_STATUK
D_CLK
D_CLK
D_STATUS
RX
TX
RESET%
BUS3
D_GND
D_GND
C134C133
1000.01
/6.3
TEST
BUS2
0
OE%A1I/O8
A16
A15
A14
A13
IS63LV1024-15T
I/O1
CE%A3A2
A0
CN00M
OPEN
D
DOLBY PWB
SMK-0D001A (1/2)
I/O7
I/O2
IC112
0
OPEN
LC113
Y113
I/O5
I/O6
A12
A11A8A10
A9
A8A7
C138
0.1
A6A5A4
WE%
I/O4
I/O3
LC112Y112
OPEN0
C137
100
/6.3
NEH70JM-107X
2-16
DOLBY PWB CIRCUIT DIAGRAM (2/2)
R743
4.7k
R753
100k
C733
1
D708
MA111-X
C734
1
C413
R425
IC404
BA4558F-X
R428
C412
IC402
NJM5532M-D-XE
C717
0.01
R721
10k
R720
100k
D705
D706
C730
10
/50
Q701
DTC124EKA-X
D703
MA111-X
D704
MA111-X
R748
4.7k
Q711
DTC144EKA-X
R701
10k
IC701
R719
10k
TC4066BF/N/-XE
R728
100k
C737
3300P
C714
10/50
IC702
CH
R716
18k
R718
C716
10k
1
R717
100k
DTC323TK-X
Q710
R740
100k
R737
R739
10k
22k
C736
1
/50
Q709
2SA1037AK/QR/-X
R729
100k
SW
R726
R727
100K
100K
NDC31HJ-470X
C715
47P
IC703
BA4558F-X
56P
56k
CH
MA111-X
MA111-X
NCB31HK-104X
CH
IC404
BA4558F-X
R424
56k
56P
R418
IC703
BA4558F-X
R722
10k
R730
10k
2SA1037AK/QR/-X
R735
10k
C443
27k
R427
27k
0
R416
R417
100k
CH
C719
47p
C729
10
/50
QGB1505K1-25
R741
100k
.1
R424
56k
R422
56k
R421
56k
R419 R420
56k 56k
0
NCB31HK-104X
CN018
R441
R723
HV-32D25EUW
HV-32D25EJW
NCB31HK-104X
C732
.1
L_IN
C403
0.01
R749
R750
10k
10k
R412
10k
.033
R_IN
D_5V
IC601
BD3869AF-X
C444
C703
10
/50
D701
MA3150/M/-X
D702
MA3150/M/-X
R606
5.6k
C604 C602
.1 .1.1
C605
.1
R601
390k
C606
.0022
R656
5.6k
C658
C657
.1
.1
R651
390k 390k
IC651
BD3869AF-X
C655
.0022
C656
C735
.0022
10
/50
C410
1
R631
5.6k
IC631
BD3869AF-X
C638
.0022
.0022
D_GND
D_MUTE
D_READY
D_GND
C635
C637
D_COM
.0022
.1
R632
390k
C607
C659
D_STATUS
C603
.1
D_CLK
R605
5.6k
R603
390k
C613
C608
1
1
R655
5.6k
C660
.1
R653
C654 C653
11
C636
.1
C634
C633
1
4.7/25
C652
22
/25
C632
22
CN008
QGB1505K1-25
C706
10
R710
/50
680
R711
680
C707
10
/50
Q705
MUTING
2SA1037AK/QR/-X
R747
4.7k
C601
/16
47
R602
470
SCL2
SDA1
R604
470
C612
/25
22
C651
47
/16
R652
SCL1
470
SDA1
R654
470
R657
10k
R658
10k
C631
47
/16TC4066BF/N/-XE
R632
470
SCL1
SDA1
R634
470
/25
H/P_L
D707
MA3150/M/-X
GND
NCB31HK-104X
C302
0.1
R301
2.2k
C304
56P
C303
.0022
C308
.0022
R304
2.2k
H/P_R
C310
0.1
NCB31HK-104X
R311
2.2k
C311
.0022
GND
C312
.0022
R319
2.2k
C440
NCB31HK-104X
R323
C321
2.2k
.0022
GND
GND
C320
.1
R328
8.2k
0.1
R303
22k
C309
R318
22k
IC303
BA4558F-X
C319
22P
CH
C724
.0022
C723
.0022
CH
IC302
BA4558F-X
CH
R327
IC303
BA4558F-X
C307
R305
22k
IC301
BA4558F-X
22P
CH
C313
22P
100k
CH
56p
R312
IC301
BA4558F-X
22k
R330
10k
R306
10k
R307
10k
IC302
BA4558F-X
R315 R314
10k 100K
R317
10k
C316
22P
J004
QNB0006-002
R715
100k
GND
C301
R302
10k
R308
100k
R309
100k
C305
R310
10k
R313
10k
R316
100K
R329
10k
CH
R320
22K
R322
10K 100K
R744
1
R324
22k
R325
100k
Q702
DTC323TK-X
MUTING
Q703
R745
22k
DTC323TK-X
MUTING
R746
1
R331
1.5k
D301
MA3091/M/-X
GND
GND
C306
47
/16
C314
1
C314
1
R321
C317
1
10k
R326
C318
12k
1
IC704
R705
10k
R708
10k
NCB31HK-104X
C442
.1
CH
C704
10P
CH
IC704
BA4558F-X
IC401
TC4066BF/N/-XE
R432
100k
Q403
R438
10k
C409
5600p
BA4558F-X
R704
15k
C705
10P
R707
15k
R433
100k
R411
27k
CH
R414
OPEN
IC402
NJM5532M-D-XE
R413
100k
5V
R731
Q706
100k
R733R732
22k4.7k
R734
22k
R736
100k
C414
1
R423
56k
C415
1
R442
1k
IC403
NJM5532M-D-XE
56p
C406
10k
R403
56p
C407
R408
1k
C731
27k
.1
10/50
C720
10k
IC403
NJM5532M-D-XE
9V
CH
R405
10k
R406
10k
CH
Q707
DTC323TK-X
Q708
DTC323TK-X
D401
MA3091/M/-X
C441
.1
NCB31HK-104X
R407
100K
DTC144EKA-X
R751
10k
Q712
H/P_R
C702
1
C701
1
R437
1.5k
R401
0
R402
R409
0
R752
4.7k
Q713
DTC144EKA-X
H/P_L
R702
10K
R709
100k
R703
10K
C417
47/16
C405
1
Q405
DTC144EKA-X
R439
22k
100K
DTC144EKA-X
Q404
R440
22k
MA111-X
C408
R410
10k
R415
10k
Q402
DTC124EKA-X
R706
100k
R430
100k
R431
100k
DTC144EKA-X
D402
1
DTC124EKA-X
SDA1
SCL1
Q401
NQL085J-100X
L701
10
R712
10k
GND
GND
22k
R713
10k
C710
10/50
DTC323TK-X
0
L702
10
NQL085J-100X
R714
680
Q704
D_READY
D_COM
D_STATUS
D_CLK
D_5V
D_GND
5V
D_MUTE
L_IN
R_IN
D
GND
GND
GND
GND
GND
GND
GND
GND
GND
J003
QNN0427-001
C708
.0022
C702
.0022
C725
1000p
D_GND
GND
D_GND
GND
GND
GND
GND
GND
L703
NQL085J-100X
R724
10k
D_GND
D_GND
D_GND
D_GND
D_GND
D_GND
D_GND
D_GND
C554
1000p
C555
1000p
C556
1000p
C557
1000p
C726
1000p
D_GND
D_GND
C727
1000p
GND
C711
.0022
SL
SR
3D
3D_ON
3D_OFF
18V
CEN
LFE
LFE_MIX
9V
D_READY
D_COM
D_STATUS
D_CLK
D_5V
D_GND
5V
D_MUTE
L_IN
R_IN
A_GND
J003
L
R
10
DOLBY PWB
SMK-0D001A (2/2)
MAIN PWB
2-17
DEF OSC PWB CIRCUIT DIAGRAM
HV-32D25EUW
HV-32D25EJW
HV-32D25EUW
HV-32D25EJW
C0101
OPEN
H.SYNC
DEF RST
R0104
10k
R0118
R0101
1k
C0168
0.01
1000
C0161
C0176
OPEN
/16
R0164
100
C0175
.0015
C0178
.1
POWER & DEF PWB
C0162
.01
IC0161
AN5441SA- W
R0163
100
C0179 C0180 C018 1 C 0182
.1 .1 .1 .1
R0174
3.9k
0.5%
C0177
100
/16
R0175
680
0.5%
IC0161- 18
1.5
Y0007
OPEN
IC0164- 19
2.0
5V
Y0008
NRSA63J-0R0X
R0225
10k
DEF RST
UDZS6.2B-X
IC0161- 17
3.2
IC0164- 12
12
R0223
100
R0224
100
D0222
IC0161- 26
4.0
D0223
UDZS6.2B-X
IC0212
CXA1875AM- X
C0212
10
/50
SDA
SCL
R0216R0217
220220
CN0009
47
H.DRIVE
QGB1505K1-35
IC0163
TA78L005AP-T
IC0102
BA12FP-X
C0119
47
/25
QEKC1EM-476Z
EW
EW FB
R0197
0
Y0009
SCL
SDA
R0161
220
C0184
C0183
OPEN
OPEN
C0120
47
/16
R0183
1k
C0173
0.015
C0167
0
R0196
OPEN
R0191
OPEN
OPEN
D0162
OPEN
C0169
100
/16
R0187
4.7k
470
R0162
220
R0172
C0163
4.7k
C0192
OPEN
/10
R0179
5.6k
R0188
100
0.5%
R0180
1.5k
0.5%
L0105
100
C0185
OPEN
C0164
.01
C0165
0.1
C0171
C0172
2.2/5 0
0.18
TF,5%
NRVA63D-562X
C0170
0.01
C0174
OPEN
N
R0190
47k
C0191
220p
R0193
OPEN
0.5%
R0177
R0178
R0171
OPEN
6.8k
330
R0186
R0192
0
0.5%
1k
QGA2501F1-03
5.6k
R0119
10k
IC0101
LA7860M-X
Q0101
*1
R0102
OPEN
R0106
12k
Q0102
*1
R0105
47k
R0103
680
Q0131
*1
C0132
1
C0102
.01
R0114
2.2k
CN00S4
R0135
5.6k
Q0135Q0103
*1*1
R0136
10k
R0131
1k
C0131
100p
CH
R0133
150
R0134
330k
R0143
470
C0133
/50
R0107
C0123
C0134
.015
.1
R0110
22k
C0104
C0103
.01
CH
NDC21HJ-122X
R0108
OPEN
NRVA63D-562 X
10k
R0109
6.8k
L0103
10
NQL092K-100X
.01
V.SYNC
C0135
.001
CH
C0136
.001
CH
CH
560p
C0106
.001
QEKJ1HM-475Z
R0113
5.6k
R0129
18k
0.5%
CH
C0107
C0108
4.7
.0012
/50
R0138
10k
C0111
2.2
R0112
1.8k
0.5%
100
R0111
15k
0.5%
C0121
C0109
R0116
/50
/16
C0137
.01
0.5%
1.8k
.001
CH
R0117
3.3k
NQL092K-100X
C0124
R0139
22k
C0110C0113
.001.0012
CH
NDC21HJ-122X
L0104
10
.01
C0122
C0114
/50
FBP
R014 2
D0163
MA111-X
!
QRK126J-101X
R0124
5.6k
C0115
.001
CH
R0121
1k
R0120
18k
R0123
100
QRG01GJ-470
10k
Q0132
*1
R0122
47
.01
C0138
150p
CH
CH
.001
R0126
10k
R0127
OPEN
C0116
.01
R0140
10k
R0141
4.7k
C0118
.01
C0117C011 2
4702.2
/16
HF
OSD VD
L0101
QQL01BK-470Z
1W
V DRIVE
IC0101- 1
2.0
IC0101- 24
4.0
IC0101- 16
5.5
IC0101- 30
2.5
IC0101- 18
4.5
C0166
OPEN
R0165
OPEN
H.DRIVE
R0166
OPEN
R0167
OPEN
R0169
OPEN
IC0162
OPEN
R0168
OPEN
R0170
OPEN
D0161
OPEN
C0190
R0194
OPEN
0.5%
R0195
OPEN
0.5%
IC0164
BA9756FS-X
R0765
180k
Q0752
Q0751
*1
*1
C0752
47
/25
R0754 R0756 R0757R0753
R0759
4.7k
R0767 R0752
1
/50
.0022
C0186
R0173
27k
C0187
1000/16
C0188
820p
NDC21HJ-821 X
/16
R0769
1k
R0770
47k
OPEN 10k
R0751
27k
C0754
R0768
0.056
OPEN
MY,5%
Q0754
C0751
*1
0.0015
R0755
33k
1/2W
2SC4632
Q0753
R0764
180k
1/2 W
R0763
180k
1/2W
C0753
.00755.6k 3.9k 3.9k3.3k
QFZ0122-75 2
R0762
180k
1/2W
1/2W
C0761
.0068
QFZ0122-68 2
R0761
180k
2kV
C0762
OPEN
D0751
ES1F-LFG2
T0751
QQR1096-001
C0763
D0752
ES1F-LFG2
Y0751
OPEN
OPEN
R0758
1k
QRZ0056-102 Z
CN000L
QUB572-18FPFX
POWER &
DEF PWB
CN000K
CE41507-001P0.5%
POWER &
DEF PWB
2-18
DEF OSC PWB
SMK-0H001A
36V
DAF
POWER & DEF PWB CIRCUIT DIAGRAM
HV-32D25EUW
HV-32D25EJW
QGA7901C1-02
QGA7901C1-02
CN00X
CNDEG
!
QFZ9075-473
!
TH901
QAD0133-9R0
C916
.047
R915
330
1/2W
L903
QQR1200-003
Y907
L901
OPEN
Y908
QRF154K-4R7
Y905 Y906
OPEN OPEN
BW
BW
L902
OPEN
R901
4.7
15W
HS901
LC30774-001A
R907
68k
3WOMR
QRL039J-683
IC901
STR-F6668B-F7
!
D901
D3SB60
C915
OPEN
C914
470p
MTZJ15B-T2
MAIN PWB MAIN PWB
QGB1506M1-16
CN00P
QGA2501C5-03Z
D968
*3
Q953
3WOMR
82k4782k
R905
C908
390p
2kV
QCZ0122-391
!
D905
EU2A-T2
R909
1.5k
1/2W
C912
.0015
PC123Y22
QRZ9046-825Z
2SC1627A/Y/-T
R971
T901
QQS0183-001
!
!
!
C999
.0022
QCZ9079-222
180
QRG01GJ-181
Y951
BW
Y952
BW
K951
OPEN
K952
BW
Y953
BW
K953
BW
K954
BW
K955
QQR0621-002Z
K956
QCB32HK-152Z
BW
R977
1k
D966
*3
3WOMR
R906
2
R908
2.2
!
PC901
R999
8.2M
RY951
!
QSK0099-001
RY952
!
QSK0099-001
C903
.0047
D909
BW
D908
D911
*3
K902
OPEN
C904
.0047
C905
.0047
!
R912
680
1/2W
R913
.15
QRM059J-R15
!
C906
330
QEZ0371-337
QRT029J-R39
D910
BW
QCZ9054-472
/400
/50
C910
R914
.39
D903
OPEN
QCZ0122-561
QQR0679-001
D906
MTZJ27B-T2
C911
560p
2kV
D907
*3
R911
3.3k
1/2W
QCB32HK-103
R902
470k
1/2W
R903
470k
1/2W
R904
BW
RG1C-LFA1
K901
C907
.01
/500
D902
C909
1500p
D904
EU2A-T2
C913
OPEN
QRL039J-823
QRZ9017-2R
/500
R910
OPEN
QCB31HK-152Z
CN001
BT
R972
0
R973 R970
OPEN OPEN
1WOMR
C951
820p
2kV QCZ0325-821
D951
RU4B-F1
D952
RU4B-F1
1500p
C953
/500
QCB32HK-152Z
!
D953
3
ICP-N38-
EU2-T
CP
C955
OPEN
HS951
C957 C956
D954
1500p 2200
FMX-G12S
/500
QCB32HK-152Z
D955
RU3YX-LFC4
C959
1500p
/500
QCB32HK-152Z
D956
FMX-G12S
RU3YX-LFC4
R952
1.8k
1/2W
!
C961
1500p
/500
D957
QFVF1HJ-684Z
D958
*3
D967
OPEN
1/2W
Q952
*1
C952
100
QEZ0568-107
CP953
Y
C954
220
CEHT11B-002QS
QEZ0257-228
C958
470
HS952
CEHT11B-002QS
CP951
QMFZ034-4R0Z-J1
CP
!
CP
CP952
ICP-N75-Y
C963
.68
QRA14CF-1202Y
A.GND
L942
QQL26AK-220Z
/250
/50
/25
/16
R956
12k
28.5V
24V
22
R969
100k
C960
2200
/35
QETM1VM-228
MF
POWER
STB5V
R976
4.7k
Q943
*1
R944
27k
R945
12k
D942
*3
Q941
*1
C943
10
/50
R968
15k
L951
46
QQLZ026-460
L952
22
QQL26AK-220Z
L953
24
QQLZ026-240
C962
2200
QETM1VM-228
R953
56k
QRA14CD-5602Y
R954
56k
QRA14CD-5602Y
R955
12k
QRA14CF-1202Y
C964
270P
R957
OPEN
C965
OPEN
R975
68k
D965
*3
QRL039J-681
/35
CN002
QGB1506M1-16
14V
Q942
*2
R946
6.8k
D944
*3
R947
33k
C970
100
/10
R951
680
IC951
SE-B3-LF12
21V
D943
R950 R974 D962
OPEN 10k
OPEN
Q954
DTC124ESA-T
R966
C969
47
2.2k
/25
R967
2.7k
D964
MTZJ5.1B-T2
R959
1.2
2WMFR
QRX029J-1R2
1
2WMFR
R960
QRX029J-1R0
R961
OPEN
1/4W,1%
R963
22k
1/2W
R964
47k
C967
100
/16
Q951
2SA1371/EF/Z1-T
C968
47
/25
D959
MTZJ33B-T2
D960
MTZJ15B-T2
R958
560
QRL029J-561
R962
3.9k
1/2W
D963
*3
2WOMR
C966
1
5V
*3
D961
*3
R965
33k
D969
*3
BT
/50
14V
21V
28.5V
24V
A.GND
MAIN PWB DEF OSC PWB
CN003
QGB1506M1-16
R419
150k
OSD_VD
DEF_HP
SCL0
SDA0
D407
MTZJ6.8C-T2
EW
C501
47
/25
QETN1EM-476Z
C413
10/50
Q501
*1
R501
2.2k
R502
270
1/2W
DEF_HP
FBP
H_SYNC
V_SYNC
H_DRIVE
EW_FB
QGB1505J1-35
CN009
H_DRIVE
EW_FB
SDA0
SCL0EWDEF_HP
H_SYNC
V_SYNC
OSD_VD
12V
FBP
IC401
LA7876NZ
HS401
LC31695-002A
1/4W,1%
R406
R405
6.8k
6.8k
1/4W,1%
IC401 3
80
IC401 4
60
RGP10J-5025-T3
!
!
!
/25
R466
82
2WOMR
D461
EU2A-T3
C463
OPEN
R551
4.7
C553
OPEN
TF
R409
820
1/4W,1%
R410
150
QRL029J-151
R411
3.3
2WMFR
QRX029J-3R3
R701
1.5
QRZ9009-1R
R702
1
QRZ9011-1R
R703
1
QRZ9011-1R
QFP32JJ-153
D555
RU1P-T3
G
Q552
OPEN
2WOMR
D701
RH1S-T3
5
D702
0
D703
0
C526
.082
QFZ0128-823
R467
82
2WOMR
QRL029J-820
C464
0.0047
QFLC2AJ-472Z
1SR124-400A-T2
QFZ0122-242
L552
OPEN
Y551
D
S
D404
*3
C409
1/50
MPP400V
D551
C554
.0024
BW
C555
OPEN
C411
OPEN
R413
OPEN
1/2W
R412
8.2
1/2W
!
QQR0679-001
TF
QT701
QFZ0197-104
K551
QQLZ026-240
QRF054J-470
R559
OPEN
1/2W
R560
OPEN
1/2W
C410
OPEN
QR1365-001
C527
.082
QFZ0128-823
C528
.1
MPP250V
L553
C535
QFP42JJ-682
R533
C556
100
/250
QEZ0568-107
QRG01GJ-220
L701
QQLZ028-272
L702
OPEN
R706
2.2
1WMFR
QRX01GJ-2R2
MPP400V
R704
22
L524
18
QQR1285-001
!
R407
3.3k
D401
RD100E/B/-T2
C401
10
/25
QENC1EM-106Z
N
R401
R402
6.8k
5.6k
C402
.0039
*1
R531
1k
2KV
C530
680
QCZ0122-681
L521
2.7
QQL26AM-2R7Z
D521
RK14-T3
500V
R469
2.2k
MY,5%
D405
*3
Q523
R532
100
D527
MTZJ15B-T2
2KV
Q521
2SB953/QP/-LB
R521
1
2WMFR
QRX029J-1R0
R522
47
1/2W
C521
1000
/25
10
R523
2WOMR
QRL029J-100
3.3
L522
QQL26AM-3R3Z
0.015
R470
MY,5%
10k
Q464
*1
D552
Q553
2SC1959/Y/-T
R418
4.7k
Q402
*1
*1
R416
100
D406
R417
MTZJ9.1B-T2
100k
Y555
OPEN
R504
82
3WOMR
QRL039J-820
R505
100
3WOMR
QRL039J-101
C503
2.2
/50
QEM61HK-225Z
C502
R503
82
.22
TF
QFVF1HJ-224Z
C412
.0022
R527
10k
Q502
2SC1627A/Y/-T
Y554
BW
R537
1k
Q401
*1
R415
R414
2.2k
10k
C534
47p
5%
R529
QCS31HJ-470Z
8.2k
D525
1SS81-T5
R530
6.8k
R528
47
C533
D526
.0068
R526
33k
D501
*3
Y553
OPEN
C532
.0068
QFLC2AJ-682Z
QCB32HK-561Z
MY100V
T501
QQR1269-001
C504
560p
500V
R506
1k
1/2W
MTZJ12C-T2
C531
680
QCZ0122-681
C505
390p
QCB32HK-391Z
C552
4.7
/50
LC31813-001A
2SC5904-RL
QEHR1EM-108Z
C461
BW
C536
.1
QFLC2AJ-104Z
Q554
2SA562TM/Y/-T
QCS32HJ-180Z
C404
.1
QFVF1HJ-104Z
HS521
Q522
R524
22
1/2W
R535
33
C407
100/35
QEHC1VM-107Z
C406
1000/35
C403
18p
/500
5%
R403
10k
QRA14CF-1002Y
!
V11CA-C1
R468
0
2SC1959/Y/-T
R461
1k
C462
OPEN
2SA562TM/Y/-T
!
R554
OPEN
1/4W,1%
D522
1%
Q462
Q461
!
!
D528
MTZJ15B-T2
R534
OPEN
D523
FMV-3FU-F1
RG2A-LFC4
QQR0679-001
QRL029J-333
QRL029J-222
R552
15k
1/4W,1%
R553
OPEN
1/4W,1%
R557
4.7k
D402
1SR35-400A-T2
QFZ0122-512
LC30521-001A
D524
K521
QQLZ030-801
R463
33k
2WOMR
R464
4.7k
R462
47
HS461
CEHT11B-001Q
R555
470
1/2W
LC21032-001A
QRM059J-R15
D557
MTZJ9.1B-T2
C408
100/35
QEHC1VM-107Z
D403
1SR35-400A-T2
R404
18
1/2W*
K401
QQR0621-002Z
C701
100
/250
QEZ0568-107
C522
.0051
MPP1.8kV
HS523
K522
QQR0679-001
R465
2.2k
2WOMR
G
10
HS551
D553
OPEN
R558
.15
1/4W,1%
R408
820
1/4W,1%
C702
10
/250
C703
1000
/25
C704
1000
!
!
C523
.0062
1.8kV MPP
QFZ0122-622
C524
L523
!
.015
QQR1230-001
C525
3.3
QFZ0197-335
L461
800
D
S
Q463
2SK2417
!
C551
/50
QRZ9017-4R7
Q551
2SK2771-01R-F1
D550
D
RU4DS-F1
G
S
D554
OPEN
Y552
BW
L551
OPEN
C705
470p
T551
QRA14CD-5601Y
R705
12k
1/2W
QCB32HK-471Z
QQR0915-002
QCS32HJ-561
QRA14CF-1803Y
QQH0149-001
R564
470k
CRT
CE41507-001P
CN0E3
L525
C529 R525
560p 820
500V
QRL029J-821
R565
180k
QTMN1HM-105Z
QTMN1HM-475Z
C561
1
/50
QFVF1HJ-824Z
R568
5.6k
2WOMR
R566
270k
QRA14CF-2703Y
C557
4.7
/50
C558
.82
C560 D556
.33
TF
QFVF1HJ-334Z
IC401 8 , 9
30
IC401 10
60
!
1SR35-400A-T2
R567
220k
QRA14CF-2203Y
SG551
QAF0046-242Z
C559
1
/50
QTMN1HM-105Z
HV
CN0HV
QGZ8005C1-06
CN00J
QGA2501C5-05Z
NC
CN00A
CRT
SOCKET PWB
QGA2501C5-04Z
L
CN00L
CE41507-001P
CN00K
DEF OSC PWB
Q463- D
200
!
QUB572-26FPFX
NOTE
BUS WIRE
OPTION (NON MOUNT)
POW & DEF PWB
SMK-2001A
Q522- B
18
Q522- E
1200
CN0S1
QGA2501C5-05Z
Q502- C
90
S1
Q502- B
5
EHT PWB
CN010
QGB1505J1-15
T701- 1
44
T701- 9
110
T701- 7
Q551- S
110 8
2-19
EHT PWB CIRCUIT DIAGRAM
NRSA63D-912X
R2515
330
Q2502
2SA1037AK/QR/-X
C2517
47/16
R2516
9.1k
C2506
.0027
C2515
0.1
TLC555ID-X
D2511
MA3150/M/-X
IC2501
CH
C2511
OPEN
R2514
2.7k
C2505
.01
R2513
2.2k
D2503
*3
R2521
3.9k
C2501
.1
R2512
2.2k
D2509
*3
C2504
OPEN
CH
R2510
0
IC2502
BA15218F-XE
R2509
D2502
MA3056/M/-X
R2508
1k
N
C2514
/16
47
QENC1CM-476Z
R2539
47k
100k
NRSA63D-912X
R2511
9.1k
D2501
MA3120/M/-X
R2507
2.2k
NRSA63D-222X
QVP0086-204Z
R2528
200kB
R2529
220k
NRVA63D-224X
2SC2412K/QR/-X
R2506
150k
C2513
4.7
/50
Q2505
HV-32D25EUW
HV-32D25EJW
R2527
220k
Q2501
10k
Q2504
R2504
3.3k
47k
R2538
C2503
680p
R2505
NRVA63D-224X
2SC2412K/QR/-X
2SC2412K/QR/-X
R2526
10k
D2508
*3
C2502
.1
D2510
C2512
.0047
R2503
680
R2502
CH
100
C2518
150p
HV-32D25EUW
HV-32D25EJW
*3
R2530
68
R2501
68
R2537
R2532
10k
CN2010
QGB1505K1-15
15k
POWER & DEF. PWB
Q2503
2SA1037AK/QR/-X
C2510
OPEN
CH
R2524
3.9k
D2504
*3
R2517
10k
C2507
470p
R2518
12k
CH
R2520
1.5k
R2519
100
C2508
470p
CH
C2516
0.1
R2523
3.9k
D2505
*3
R2522
1.5k
D2506
D2507
*3
C2509
R2542
10k
*3
.1
R2541
10k
R2540
D2512
MA111-X
IC2503
BA10339F-X
R2535
R2536
OPEN
OPEN
R2525
100k
47
R2533
5kB
QVP0086-502Z
R2534
10k
NRVA63D-103X
SMK-0E001A EHT PWB
2-20
MICOM PWB CIRCUIT DIAGRAM
CNJ1
QGA2501C1-09V
HV-32D25EUW
HV-32D25EJW
0
R042
C067
.1
MICOM PWB
SMK-0M001A
Q008
Q010
2SA1162/YG/-X
2SC2712/YG/-X
T_VLINK
R012
T_V
27k
T_VLINK
D002
MA111-X
R013
220
Q012
2SC2712/YG/-X
T_VLINK
D003
MA3068/M/-X
IC004
MBV160-32D25EUW
CN804
OPEN
Q009
R011
2SC2712/YG/-X
10K
R016
10k
T_VLINK
R017
10k
NQL034K-4R7X
C048
47
/16
R010
10k1k1k
Q011
2SC2712/YG/-X
R015
47k
L015
4.7
C049
.1
K004
K003
0
C050
.1
R140
OPEN
R009
10k
R008
R014
1k
NQR0389-003X
C056
.1
C057
.1
R007
R143
OPEN
C058
R141
OPEN
OPEN
C019
47
/16
C018
R139
OPEN
C020
.1
C021
47
/16
C022
.1
R006
1.5k
IC003
K4S641632E-TC75
OPEN
OPEN
OPEN
R078
R079
R080
OPEN
C066
OPEN
R082
OPEN
R083
OPEN
R084
OPEN
R085
OPEN
R086
220
R087
R165
OPEN
C055
.1
OPEN
R088
L016
4.7
NQL034K-4R7X
C051C052
47.1
C053
.1
C054
.1
R145
OPEN
R146
OPEN
NQR0389-003
R172
C027C028
4747
/16/16
R001
1k
C029
R002
/16
100k
R003
R004
R005
R018
R019
R020
4.7k
4.7k
R022
R024R025
OPEN
OPEN
R023
NQR0313-007X
1k
1k
1k
1k
1k
1k
OPEN
OPEN
R026
R028
4.7k
OPEN
R027
R029
NCB31EK-333X
R129
R130C024
C023
82k
100k.1
.033
NCB31EK-333X
R131
R132C026
82k
100k.1
K002
R133
0
10k
150p
CH
R151
18k
C030
LC001
4.7k
4.7k
C031
.1
R034
R035
R030
R032
R036
R037
R038
OPEN
OPEN
R039
R040
R041
R033
R031
C032
.1
L003
4.7
D004
OPEN
C025
.033
C060
R134
10
/16
OPEN
1k
R135
R136
10k
.1
L001
4.7
0
0
0
0
0
0
0
0
0
R046
2.2k
R137
2.2k
R138
2.2k
Q007
2SA1162/YG/-X
C046
C044
OPEN
.1
C059
10
/16
4.7
4.7
C062
0
L013
L014
.1
.1
.1
C047
C043
C045
4.7
L012
IC001
SDA6000-B12
0000000
C033 C034 C035
OPEN .1 .1
R053
R052
R051
R050
R049
R048
R047
LC002
NQR0431-001X
R181
R180
680
680
R182
680
R056
R055
K001
39
NRSA63J-390X
L022L019L018L017
1.51.51.51.5
R057
R058
R059
QAX0669-001Z
C041
27p
R124
100
C042
.1
L011
R061
R060
R062
2SC2712/YG/-X
R173
10k
R174
0
X001
C040
33p
CH
CH
OPEN
4.7k
OPEN
OPEN
10k
R118
R117
R116
R115
R067
R068
R114
00000000000000000
4.7
R071
R070
R069
L006
R156R155
100100
L021L020R158R154R153R152
1.51.5220470470470
C039
.1
4.7
0
L010
4.7
R066
R065
R064
R063
L005
R142
OPEN
R169
R147
4.7k
0
LC003
OPEN
R170
0
LC004
LC005
OPEN
D006
D005
D007
SW
R166
22K
MA3056/M/-X
MA3056/M/-X
MA3056/M/-X
D008
MA3056/M/-X
TA48M025F-X
IC901
C005 C003C004
2.2 2 .21000
/16
B1
TA48M033F-X
IC902
C008
2.2
/16
C002
/16
C001
470
.1
/6.3
/16
/6.3
B1
C006C007
2.247
/16
B1
R125
10k
D
Q015
Q014
2SK1374-X
2SC2712/YG/-X
INV
2SC2712/YG/-X
R120
3.3k
INV
10k
10k
R104
R103
R095
47k
D001
MA111-X
D
Q001
Q002
2SK1374-X
R123
6.8k
C014
.0068
NCB31HK-682X
R121
1.8k
IC002
S-80828CNNB-W
Vcc
C012
.1
Q022
2SC2712/YG/-X
SW
R168
470
Q021
2SC2712/YG/-X
R171
0
R167
10K
R126
4.7k
Q003
L009
4.7
10k
C061
10
/16
R113
1k
R112
1k
R110
0
R109
0
R108
1k
R107
L008
.1
C038
.1
4.7
C037
1k
R102
1k
R101
1k
R100
1k
R099
220
R098
220
R097
0
R096
220
R090
220
R089
0
R077
0
R076
0
R075
R074
R073
R072
L007
4.7
C036
0
.1
0
0
R127
10k OPEN
R128
10k
D
Q013
2SK1374-X
R122
10k
C015
OPEN
C017
OPEN
Y001
CH
OPEN
R119
8.2k
C016
OPEN
NQL034K-4R7X
10k
R111
10k
4.7k
4.7k
R148
R149
R144
2.2k
2.2k
10k
10k
R160
R161
R106
R105
R043
OPEN
R044
OPEN
MAIN PWB
CN004
QGB1232K1-50T
2-21
FRONT CONTROL PWB CIRCUIT DIAGRAM
HV-32D25EUW
HV-32D25EJW
HV-32D25EUW
HV-32D25EJW
Q8801
DTA124EKA-X
Q8803
DTA124EKA-X
Q8802
DTA124EKA-X
R8801
220
GND
FRONT CONTROL PWB
SMK-8001A
R8802
330
D8811
MA111-X
D8801
SPR-39MVWF
R8851
1K
IC8851
GP1U281Q
C8851
/16
.1
C8852
/16
100
D8851
MA3068/M/-X
R8551
OPEN
C8551
OPEN
C8552
OPEN
IC8551
R8552
R8553
CH
R8554
CH
OPEN
OPEN
OPEN
OPEN
Q8563
OPEN
R8559
OPEN
R8556
OPEN
R8557
OPEN
ROTATION
R8567
OPEN
R8558
OPEN
R8555
OPEN
R8566
OPEN
R8560
D8562
OPEN
OPEN
CH
CH
D8561
OPEN
Q8562
OPEN
C8554
OPEN
C8555
OPEN
R8561
OPEN
C8553
OPEN
R8565
OPEN
R8564
OPEN
R8563
OPEN
Q8561
OPEN
R8568
OPEN
C8560
OPEN
R8562
OPEN
LINE FILTER
PWB
CN800W
WJK0050-002A
QGAB801C1-02
CN80PW C8571
!
EUW QMPK160-185-JC
EJW QMPN130-185-JC
QQR1095-001
!
QSW0824-001
LF8901
!
Y8907
OPEN
Y8908
OPEN
F8901S8901
!
T3.15AH
QMF51D2-3R15J1
Y8905
OPEN
Y8906
OPEN
VA8901 C8901
OPEN
!
MF
.47
AC275V
QFZ9075-474
R8571
OPEN
OPEN
C8572
OPEN
IC8571
CH
CH
OPEN
R8572
OPEN
R8573
OPEN
R8574
OPEN
PURITY
R8579 R8578
OPEN OPEN
R8575
R8576
OPEN
R8577
OPEN
OPEN
R8580
OPEN
C8575
OPEN
C8576
OPEN
CH
CH
R8581
OPEN
C8573
OPEN
Q8572
OPEN
SWITCH
C8574
OPEN
Q8571
SWITCH
R8583
OPEN
OPEN
R8582
OPEN
R8584
OPEN
R8585
OPEN
CN800B
QGA2501C5-06
MAIN PWB
CN0RT
OPEN OPEN
CN0NS
2-22
SIDE CONTROL PWB CIRCUIT DIAGRAM
HV-32D25EUW
HV-32D25EJW
S8002
S8003
S8001
QSW0619-003Z
R8011
10k
R8012
10k
R8010
10k
C8001
.0 1
C8002
.0 1
J8001
QMS3004-C01
MY
MY
QQR0716-001Z
L8001
5. 6
QQL244K-5R6Z
L8002
R8001
100
5. 6
100
R8002
1/2W
L8003
1/2W
QNZ0438-001
R4IN
J8303
27
QQL244K-5R6Z
L8310
MY
.0047.0047
QQL244K-270Z
QQR0716-001Z
L8312
MY
C8311C8310
QNZ0438-001
L4IN
J8303
27
QQL244K-270Z
L8311
QNZ0438-001
V4IN
J8303
R8317
OPEN
V_GND
J8303
QNZ0438-001
R8316 R8315
OPEN OPEN
Y8001
OPEN
MAIN PWB
GND
CN8016
QGA2501C5-06Z
Y8002
Y8003
R8022
1k
C8321
A_GND
CN800F
/16
.1
V_GND
R8023
OPEN
.001
C8003
R8021
1k
QGA2S01C1-12
MAIN PWB
D8001
MA3039/M/-X
0
V_GND
( V4)
0
81
SIDE CONTROL PWB
SMK-8101A
2-23
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