Schematic Diagrams / CBA’s and Test Points...... 8-1
The LCD panel is manufactured to provide many years of useful life.
Occasionally a few non active pixels may appear as a tiny spec of color.
This is not to be considered a defect in the LCD screen.
Nominal specifications represent the design specifications. All units should be able to approximate these. Some
will exceed and some may drop slightly below these specifications. Limit specifications represent the absolute
worst condition that still might be considered acceptable. In no case should a unit fail to meet limit specifications.
All items are measured across 8Ω load at speaker output terminal with L.P.F.
Vertical
Vertical
-
6dB: Lch
-
6dB: Rch
VIDEO 1
VIDEO 2
x
y
%
%
°K8500
line
line
Hz
Hz
dB
dB
dB
8.5
6.5
0.29
0.30
400
350
50 to 12K
50 to 12K
60
60
60
10±5
10±5
-
0.29±0.03
0.30±0.03
<250
<300
-
-
45
45
45
1-1L4100SP
IMPORTANT SAFETY PRECAUTIONS
Prior to shipment from the factory, our products are strictly inspected for recognized product safety and electrical
codes of the countries in which they are to be sold. However, in order to maintain such compliance, it is equally
important to implement the following precautions when a set is being serviced.
Safety Precautions for LCD TV
Circuit
1. Before returning an instrument to the
customer, always make a safety check of the
entire instrument, including, but not limited to, the
following items:
a. Be sure that no built-in protective devices are
defective and have been defeated during
servicing. (1) Protective shields are provided
on this chassis to protect both the technician
and the customer. Correctly replace all missing
protective shields, including any removed for
servicing convenience. (2) When reinstalling
the chassis and/or other assembly in the
cabinet, be sure to put back in place all
protective devices, including but not limited to,
nonmetallic control knobs, insulating
fishpapers, adjustment and compartment
covers/shields, and isolation resistor/capacitor
networks. Do not operate this instrument or
permit it to be operated without all
protective devices correctly installed and
functioning. Servicers who defeat safety
features or fail to perform safety checks
may be liable for any resulting damage.
b. Be sure that there are no cabinet openings
through which an adult or child might be able to
insert their fingers and contact a hazardous
voltage. Such openings include, but are not
limited to, (1) spacing between the LCD module
and the cabinet mask, (2) excessively wide
cabinet ventilation slots, and (3) an improperly
fitted and/or incorrectly secured cabinet back
cover.
c. Antenna C old Chec k - With the instrument AC
plug removed from any AC source, connect an
electrical jumper across the two AC plug
prongs. Place the instrument AC switch in the
on position. Connect one lead of an ohmmeter
to the AC plug prongs tied together and touch
the other ohmmeter lead in turn to each tuner
antenna input exposed terminal screw and, if
applicable, to the coaxial connector. If the
measured resistance is less than 1.0 megohm
or greater than 5.2 megohm, an abnormality
exists that must be corrected before the
instrument is returned to the customer. Repeat
this test with the instrument AC switch in the off
position.
d. Leakage Current Hot Check - With the
instrument completely reassembled, plug the
AC line cord directly into a 230 V AC outlet. (Do
not use an isolation transformer during this
test.) Use a leakage current tester or a
metering system that complies with American
National Standards Institute (ANSI) C101.1
Leakage Current for Appliances and
Underwriters Laboratories (UL) 1410, (50.7).
With the instrument AC switch first in the on
position and then in the off position, measure
from a known earth ground (metal water pipe,
conduit, etc.) to all exposed metal parts of the
instrument (antennas, handle brackets, metal
cabinet, screw heads, metallic overlays, control
shafts, etc.), especially any exposed metal
parts that offer an electrical return path to the
chassis. Any current measured must not
exceed 0.5 milli-ampere. Reverse the
instrument power cord plug in the outlet and
repeat the test.
READING SHOULD
NOT BE ABOVE 0.5 mA
LEAKAGE
DEVICE
BEING
TESTED
TEST ALL EXPOSED
METAL SURFACES
ALSO TEST WITH
PLUG REVERSED
USING AC
ADAPTER PLUG
AS REQUIRED
ANY MEASUREMENTS NOT WITHIN THE
LIMITS SPECIFIED HEREIN INDICATE A
POTENTIAL SHOCK HAZARD THAT MUST
BE ELIMINATED BEFORE RETURNING THE
INSTRUMENT TO THE CUSTOMER OR
BEFORE CONNECTING THE ANTENNA OR
ACCESSORIES.
2. Read and comply with all caution and safety-
related notes on or inside the receiver cabinet, on
the receiver chassis, or on the LCD module.
3. Design Alteration Warning - Do not alter or add
to the mechanical or electrical design of this LCD
TV receiver. Design alterations and additions,
including, but not limited to circuit modifications
and the addition of items such as auxiliary audio
and/or video output connections, might alter the
safety characteristics of this receiver and create a
hazard to the user. Any design alterations or
additions will void the manufacturer's warranty and
may make you, the servicer, responsible for
personal injury or property damage resulting
therefrom.
CURRENT
TESTER
+
EARTH
GROUND
_
2-1LTVP_ISP
4. Hot Chassis Warning -
a. Some TV receiver chassis are electrically
connected directly to one conductor of the AC
power cord and maybe safety-serviced without
an isolation transformer only if the AC power
plug is inserted so that the chassis is
connected to the ground side of the AC power
source. To confirm that the AC power plug is
inserted correctly, with an AC voltmeter,
measure between the chassis and a known
earth ground. If a voltage reading in excess of
1.0V is obtained, remove and reinsert the AC
power plug in the opposite polarity and again
measure the voltage potential between the
chassis and a known earth ground.
b. Some TV receiver chassis normally have 85V
AC(RMS) between chassis and earth ground
regardless of the AC plug polarity. This chassis
can be safety-serviced only with an isolation
transformer inserted in the power line between
the receiver and the AC power source, for both
personnel and test equipment protection.
c. Some TV receiver chassis have a secondary
ground system in addition to the main chassis
ground. This secondary ground system is not
isolated from the AC power line. The two
ground systems are electrically separated by
insulation material that must not be defeated or
altered.
5. Observe original lead dress. Take extra care to
assure correct lead dress in the following areas: a.
near sharp edges, b. near thermally hot parts-be
sure that leads and components do not touch
thermally hot parts, c. the AC supply, d. high
voltage, and, e. antenna wiring. Always inspect in
all areas for pinched, out of place, or frayed wiring.
Check AC power cord for damage.
6. Components, parts, and/or wiring that appear to
have overheated or are otherwise damaged
should be replaced with components, parts, or
wiring that meet original specifications.
Additionally, determine the cause of overheating
and/or damage and, if necessary, take corrective
action to remove any potential safety hazard.
7. Product Safety Notice - Some electrical and
mechanical parts have special safety-related
characteristics which are often not evident from
visual inspection, nor can the protection they give
necessarily be obtained by replacing them with
components rated for higher voltage, wattage, etc..
Parts that have special safety characteristics are
identified by a ! on schematics and in parts lists.
Use of a substitute replacement that does not
have the same safety characteristics as the
recommended replacement part might create
shock, fire, and/or other hazards. The product's
safety is under review continuously and new
instructions are issued whenever appropriate.
Prior to shipment from the factory, our products
are strictly inspected to confirm they comply with
the recognized product safety and electrical codes
of the countries in which they are to be sold.
However, in order to maintain such compliance, it
is equally important to implement the following
precautions when a set is being serviced.
2-2LTVP_ISP
Precautions during Servicing
A. Parts identified by the ! symbol are critical for
safety.
Replace only with part number specified.
B. In addition to safety, other parts and assemblies
are specified for conformance with regulations
applying to spurious radiation. These must also be
replaced only with specified replacements.
Examples: RF converters, RF cables, noise
blocking capacitors, and noise blocking filters, etc.
C. Use specified internal wiring. Note especially:
1) Wires covered with PVC tubing
2) Double insulated wires
3) High voltage leads
D. Use specified insulating materials for hazardous
live parts. Note especially:
1) In sulation Tape
2) PVC tubing
3) Spacers
4) Insulators for transistors.
E. When replacing AC primary side components
(transformers, power cord, etc.), wrap ends of
wires securely about the terminals before
soldering.
F.Observe that the wires do not contact heat
producing parts (heat sinks, oxide metal film
resistors, fusible resistors, etc.)
G. Check that replaced wires do not contact sharp
edged or pointed parts.
H. When a powe r cord ha s been re place d, chec k th at
5~6 kg of force in any direction will not loosen it.
I.Also check areas surrounding repaired locations.
J. Use care that foreign objects (screws, solder
droplets, etc.) do not remain inside the set.
K. Crimp type wire connector
The power transformer uses crimp type
connectors which connect the power cord and the
primary side of the transformer. When replacing
the transformer, follow these steps carefully and
precisely to prevent shock hazards.
Replacement procedure
1) Remove the old connector by cutting the wires
at a point close to the connector.
Important: Do not re-use a connector (discard
it).
2) Strip about 15 mm of the insulation from the
ends of the wires. If the wires are stranded,
twist the strands to avoid frayed conductors.
3) Align the lengths of the wi res to be connected.
Insert the wires fully into the connector.
4) Use the crimping tool to crimp the metal sleeve
at the center position. Be sure to crimp fully to
the complete closure of the tool.
L. When connecting or disconnecting the internal
connectors, first, disconnect the AC plug from the
AC supply outlet.
M. When installing parts or assembling the cabinet
parts, be sure to use the proper screws and
tighten certainly.
2-3LTVP_ISP
Safety Check after Servicing
Examine the area surrounding the repaired location
for damage or deterioration. Observe that screws,
parts and wires have been returned to original positions. Afterwards, perform th e following t ests and c onfirm the specifi ed values in order to verify c ompliance
with safety standards.
1. Clearance Distance
When replacing primary circuit components, confirm
specified clearance dis tance (d) and (d') between sol dered terminals, and between terminals and surrounding metallic parts. (See Fig. 1)
Table 1 : Ratings for selected area
AC Line VoltageClearance Distance (d), (d’)
230 V
Note: This table is unofficial and for reference only.
Be sure to confirm the precis e values.
≥3mm(d)
≥6 mm(d’)
2. Leakage Current Test
Confirm the specified (or lower) leakage current between B (eart h ground, power cord plug prongs) and
externally exposed accessible parts (RF terminals, antenna terminals, video and audio in put and outpu t terminals, microphone jacks, earphone jacks, etc.).
Chassis or Secondary Conductor
Primary Circuit
d'd
Exposed Accessible Part
Z
AC Voltmeter
(High Impedance)
Fig. 1
Measuring Method : (Power ON)
Insert load Z between B (earth ground, power cord
plug prongs) and exposed accessible parts. Use an
AC v olt mete r to me asur e acr oss bo th termina ls of load
Z. See Fig. 2 and following table.
Table 2: Leakage current ratings for selected areas
AC Line VoltageLoad ZLeakage Current (i)
2kΩ RES.
Connected in
parallel
230 V
50kΩ RES.
Connected in
parallel
Note: This table is unofficial and for reference only. Be sure to confirm the precise values.
i≤0.7mA AC Peak
i≤2mA DC
i≤0.7mA AC Peak
i≤2mA DC
One side of
B
Power Cord Plug Prongs
One side of power cord plug
prongs (B) to:
Antenna terminals
A/V Input, Output
Fig. 2
RF or
2-4LTVP_ISP
STANDARD NOTES FOR SERVICING
Circuit Board Indications
1. The output pin of the 3 pin Regulator ICs is
indicated as shown.
Top View
Out
2. For other ICs, pin 1 and every fifth pin are
indicated as shown.
Pin 1
3. The 1st pin of every male connector is indicated as
shown.
Pin 1
Input
In
Bottom View
5
10
Pb (Lead) Free Solder
Pb free mark will be found on PCBs which use Pb
free solder . (Re fer to figure.) Fo r PCBs with Pb fre e
mark, be sure to use Pb free solder. For PCBs
without Pb free mark, use standard solder.
Pb free mark
How to Remove / Install Flat Pack-IC
1. Removal
With Hot-Air Flat Pack-IC Desoldering Machine:
1. Prepare the hot-air flat pack-IC desoldering
machine, then apply hot air to the Flat Pack-IC
(about 5 to 6 seconds). (Fig. S-1-1)
Fig. S-1-1
2. Remove the flat pack-IC with tweezers while
applying the hot air.
3. Bottom of the flat pack-IC is fixed with glue to the
CBA; when removing entire flat pack-IC, first apply
soldering iron to center of the flat pack-IC and heat
up. Then remove (glue will be melted). (Fig. S-1-6)
4. Release the flat pack-IC from the CBA using
tweezers. (Fig. S-1-6)
CAUTION:
1. The Flat Pack-IC shape may differ by models. Use
an appropriate hot-air flat pack-IC desoldering
machine, whose shape matches that of the Flat
Pack-IC.
2. Do not supply hot air to the chip parts around the
flat pack-IC for over 6 seconds because damage
to the chip parts may occur. Put masking tape
around the flat pack-IC to protect other parts from
damage. (Fig. S-1-2)
3. The flat pack-IC on the CBA is affixed with glue, so
be careful not to break or damage the foil of each
pin or the solder lands under the IC when
removing it.
Hot-air
Flat Pack-IC
Desoldering
CBA
Masking
Tape
Tweezers
3-1TVP_SN
Machine
Flat Pack-IC
Fig. S-1-2
With Soldering Iron:
1. Using desoldering braid, remove the solder from
all pins of the flat pack-IC. When you use solder
flux which is applied to all pins of the flat pack-IC,
you can remove it easily. (Fig. S-1-3)
Flat Pack-IC
Desoldering Braid
Soldering Iron
Fig. S-1-3
2. Lift each lead of the flat pack-IC upward one by
one, using a sharp pin or wire to which solder will
not adhere (iron wire). When heating the pins, use
a fine tip soldering iron or a hot air desoldering
machine. (Fig. S-1-4)
With Iron Wire:
1. Using desoldering braid, remove the solder from
all pins of the flat pack-IC. When you use solder
flux which is applied to all pins of the flat pack-IC,
you can remove it easily. (Fig. S-1-3)
2. Affix the wire to a workbench or solid mounting
point, as shown in Fig. S-1-5.
3. While heating the pins using a fine tip soldering
iron or hot air blower, pull up the wire as the solder
melts so as to lift the IC leads from the CBA
contact pads as shown in Fig. S-1-5.
4. Bottom of the flat pack-IC is fixed with glue to the
CBA; when removing entire flat pack-IC, first apply
soldering iron to center of the flat pack-IC and heat
up. Then remove (glue will be melted). (Fig. S-1-6)
5. Release the flat pack-IC from the CBA using
tweezers. (Fig. S-1-6)
Note: When using a soldering iron, care must be
taken to ensure that the flat pack-IC is not
being held by glue. When the flat pack-IC is
removed from the CBA, handle it gently
because it may be damaged if force is applied.
Sharp
Pin
Fine Tip
Soldering Iron
3. Bottom of the flat pack-IC is fixed with glue to the
CBA; when removing entire flat pack-IC, first apply
soldering iron to center of the flat pack-IC and heat
up. Then remove (glue will be melted). (Fig. S-1-6)
4. Release the flat pack-IC from the CBA using
tweezers. (Fig. S-1-6)
Fig. S-1-4
To Solid
Mounting Point
CBA
Hot Air Blower
or
Iron Wire
Soldering Iron
Fig. S-1-5
Fine Tip
Soldering Iron
Flat Pack-IC
Tweezers
Fig. S-1-6
3-2TVP_SN
2. Installation
1. Using desoldering braid, remove the solder from
the foil of each pin of the flat pack-IC on the CBA
so you can install a replacement flat pack-IC more
easily.
2. The “●” mark on the flat pack-IC indicates pin 1.
(See Fig. S-1-7.) Be sure this mark matches the 1
on the PCB when positioning for installation. Then
presolder the four corners of the flat pack-IC. (See
Fig. S-1-8.)
3. Solder all pins of the flat pack-IC. Be sure that
none of the pins have solder bridges.
Example :
Pin 1 of the Flat Pack-IC
is indicated by a " " mark.
Fig. S-1-7
Instructions for Handling Semiconductors
Electrostatic breakdown of the semi-cond uc tors may
occur due to a potential difference caused by
electrostatic charge during unpacking or repair work.
1. Ground for Human Body
Be sure to wear a grounding band (1 MΩ) that is
properly grounded to remove any static electricity that
may be charged on the body.
2. Ground for Workbench
Be sure to place a conductive sheet or copper plate
with proper grounding (1 MΩ) on the workbench or
other surface, where the semi-conductors are to be
placed. Because the static electricity charge on
clothing will not escape through the body grounding
band, be careful to avoid contacting semi-conductors
with your clothing.
<Incorrect>
CBA
Presolder
Flat Pack-IC
Fig. S-1-8
<Correct>
1MΩ
CBA
Grounding Band
1MΩ
CBA
Conductive Sheet or
Copper Plate
3-3TVP_SN
CABINET DISASSEMBLY INSTRUCTIONS
1. Disassembl y Flowchart
This flowchart indicates the disassembly steps fo r the
cabinet part s and the CBA in order to gain acces s to
item(s) to be ser vic ed. When r eassembling, follow the
steps in reverse order. Bend, route and dress the
cables as they were.
(1):Order of ste ps in Procedure. When reass embling,
follow the steps in reverse order.These numbers
are also used as the Identif ica tion ( lo cat io n) No. of
parts in Figures.
(2):Parts to be removed or installed.
(3):Fig. No. showing Procedure of Part Location.
(4):Identification of part to be removed, unhooked,
unlocked, released, unplugged, unclamped, or
desoldered.
S=Screw, P=Spring, L=Locking Tab, CN=Connec-
tor, *=Unhook, Unlock, Release, Unplug, or Desol-
der
2(S-2) = two screws (S-2)
(5):Refer to the following Reference Notes in the
Table.
4-1L4264DC
(S-1)
[11] Front Cabinet
(S-1)
[1] Rear Cabinet
(S-1)
(S-1)
[8] Function CBA
(S-8)
(S-1)
(S-1)
(S-1)
(S-1)
Fig. D1
(S-9)
[9] IR Sensor CBA
[7] LCD Module Assembly
(S-10)
[10] Speaker
(S-8)
[10] Speaker
(S-10)
(S-10)
(S-7)
(S-7)
[6] Inverter CBA
(S-7)
(S-6)
(S-6)
(S-7)
(S-6)
(S-7)
[3] Jack Shield
[5] Main CBA
(S-5)
(S-5)
[2] Jack Holder
(S-2)
(S-3)
(S-2)
(S-5)
(S-4)
[4] LCD Main CBA
Fig. D2
4-2L4264DC
Cable Wiring Diagram
To LCD Module Assembly
To LCD
Module
Assembly
To LCD
Module
Assembly
Inverter CBA
CN1403
CN1402
CN1401
CN1405
CN1404
LCD Main CBA
Main CBA
CN405
CN310A
CN301CN104
CN101B
CN101A CN102A
CN801
CN311A
CN102B CN103B
CN103A
CN313A
CN53
CN105
CN51
CN802
To Speaker
CN51ACLN53
To Speaker
Function CBAIR Sensor CBA
Fig. D3
4-3L4264DC
HOW TO INITIALIZE THE LCD TELEVISION
To put the program back at the factory-default,
initialize the LCD television as the following procedure.
How to initialize the LCD television:
1. Turn the power on. (Use main power on the TV
unit.)
2. To enter the service mode, press [STANDBY], [2],
[7], [1], and [MUTE] buttons on the remote control
unit in that order within 5 seconds.
- To cancel the service mode, press [STANDBY]
button on the remote control.
3. To initialize the LCD television, press “DISPLAY”
button on the remote control unit.
4. Confirm "FF" indication on the upper right of the
screen.
5-1L4100INT
ELECTRICAL ADJUSTMENT INSTRUCTIONS
General Note:
“CBA” is abbreviation for “Circuit Board Assem-
bly.”
NOTE:
Electrical adjustment s are r equir e d after repl acing
circuit components and certain me chanical parts. It is
important to perform these adju stments on ly after all
repairs and replace ments have b een co mplete d.
Also, do not attempt these adjust ments unless th e
proper equipment i s ava ilab le.
Test Equipment Required
1. DC Voltmeter
2. Pattern Generator
3. Color Analyzer
How to Set up the Service mode:
1. Turn the power on. (Use main power on the TV
unit.)
2. Press [ST ANDBY], [2], [7], [1], and [MUTE] buttons
on the remote control unit in that order within 5
seconds.
-To cancel the service mode, press [STANDBY]
button on the remote control.
1. Initial Setting
General
Enter the Service mode.
Set the each initial data as shown on table 1 be low.
C-BRT(NTSC)
C-CNT(NTSC)132
C-CLR-R(NTSC)154
C-CLR-B(NTSC)154
C-TNT(NTSC)148
C-SHR(NTSC)143
BRIGHT00
NORMAL065
DARK098
COR(C/D/S-1)VOL. p → 1131
COG(C/D/S-1)VOL. p → 2131
COB(C/D/S-1)VOL. p → 3131
DR(C/D/S-1)VOL. p → 4145
DG(C/D/S-1)VOL. p → 5143
DB(C/D/S-1)VOL. p → 6140
SBR(C/D/S-1)VOL. p → 70
SBB(C/D/S-1)VOL. p → 90
C-COR(C/D/S-2)VOL. p → 1131
C-COG(C/D/S-2)VOL. p → 2131
C-COB(C/D/S-2)VOL. p → 3131
C-DR(C/D/S-2)VOL. p → 4145
C-DG(C/D/S-2)VOL. p → 5143
C-DB(C/D/S-2)VOL. p → 6140
C-SBR(C/D/S-2)VOL. p → 70
C-SBB(C/D/S-2)VOL. p → 90
7F
LAST POWEROFF
SYSTEM
NCMON
ASPECTOFF
RUSSIANOFF
(on the remote
control)
MENU → 9
VOL. p
DAT A
VALUE
134
FF
PAL-BG
3. Flicker Adjustment
Adjustment Point: R977 (LCD Main CBA)
LCD Main CBA
R977
1. Enter the Service mode.
2. Press “2” button on the remote control unit.
The following screen appears.
3. If Flicker Adjustment is not fit, the screen become
the following.
FLASH
(Go and Off)
2. +B Adjustment
Purpose: To obtain correct operation.
Symptom of Misadjustment: The picture is da r k and
the unit does not operate correctly.
Test PointAdj. Point
TP401 (+B)
TP300 (GND)
M. EQ.Spec.
DC Voltmeter+21.0±0.3V DC
Note: TP401(+B), TP300(GND), VR649 --- Main CBA
1. Connect DC Volt Meter to TP401 and
TP300(GND).
2. Adjust VR649 so that the voltage of TP401
becomes +21.0±0.3V DC.
VR649
4. Adjust R977 so that flash stops.
6-2L4264EA
The following adjustment normally are not
attempted in the field. Only when replacing the
LCD Panel then adjust as a preparation.
4. White Balance Adjustment
Purpose: To m ix red, green a nd blue beam s co rrectly
for pure white.
Symptom of Misadjustment: White becomes bluish
or reddish.
Test Point Adj. PointModeInput
[RF/AV2(CVBS)]
Screen
Pattern Generator,
Color analyzer
VOL. p
buttons
M. EQ.Spec.
C/D/S-1
[AV1(RGB)]
C/D/S-2
Figure
x: 260 to 320,
y: 270 to 330
White Purity
(APL 80%)
or
(APL 40%)
It carries out in a darkroom.
Perpendicularity
L = 3 cm
INPUT: WHITE 80%
1. Operate the unit for more than 20 minutes.
2. Input the White Purity (APL 80% or APL 40%).
3. Set the color analyzer to the CHROMA mode and
bring the optical receptor to the center on the
LCD-Panel surface after zero point calibration as
shown above.
Note: The optical receptor must be set
perpendicularly to the LCD Panel surface.
4. [RF/AV2(CVBS)]
Enter the Service mode. Press “VOL p” button on
the remote control unit and select “C/D/S-1” mode.
[AV1(RGB)]
Enter the Service mode. Press “VOL p” button on
the remote control unit and select “C/D/S-2” mode.
5. [RF/AV2(CVBS)]
When “x” value and “y” value are not within
specification, adjust “DB (C/D/S-1)” or “DR (C/D/S-
1)”. Refer to “1. Initial Setting.”
Note: “DB(C/D/S1)” or “DR(C/D/S1)” must be
adjusted within ±10.
[AV1(RGB)]
When “x” value and “y” value are not within
specification, adjust “C-DB(C/D/S-2)” or “C-DR(C/
D/S-2)”. Refer to “1. Initial Setting.”
Note: “C-DB(C/D/S-2)” or “C-DR(C/D/S-2)” must
be adjusted within ±10.
6. Turn the power off and on again. (Main power
button on the TV unit.)
Color Analyzer
6-3L4264EA
BLOCK DIAGRAMS
System Control Block Diagram
AL+5V
FUNCTION CBA
KEY SWITCH
KEY SWITCH
CN51A
KEY-IN-144
KEY-IN-233
CN51
STAND BY
IR SENSOR CBA
D51
SENSOR
REMOTE
RCV51
CLN53
RCV-IN33
CN53
BACKLIGHT-SW
BACKLIGHT-ADJ
CN1401
BACKLIGHT-ADJ
1111
CN405
INVERTER CBA
TO LCD BACKLIGHT
BLOCK DIAGRAM
P-ON-H
PROTECT-1
P-ON-H1313
BACKLIGHT-SW
PROTECT-11212
1010
CN102A
KEY-IN-144
KEY-IN-255
TO POWER SUPPLY
BLOCK DIAGRAM
P-ON-H
P-ON-H2
PROTECT-1
PROTECT-2
RCV-IN11
BACKLIGHT-SW
BACKLIGHT-ADJ
PROTECT-11313
BUS-OPEN(NU)
33
22
2020
P-25V-ON
PROTECT-3
P-ON-H66
PROTECT-21414
AFT-IN1111
P-ON-H22222
PROTECT-31616
TO IF/VIDEO
BLOCK DIAGRAM
SCL
SDA
S-SW
AFT-IN
INPUT-0
S/C-JACK-MUTE
VOLUME77
A-MUTE(NU)
INPUT-099
S-SW1515
INPUT-11010
SCL1818
SDA1919
88
INPUT-1
FBIN
RAPID-SW
P-25V-ON2323
TO AUDI O
BLOCK DIAGRAM
SCL
SDA
VOLUME
SLOW-SW
SP-MUTE
INSEL-MUTE
S/C-JACK-MUTE
NICAM-RESET
MAIN CBALCD MAIN CBA UNIT
INSEL-MUTE
P-ON-L(NU)2424
S/C-JACK-MUTE
1616
SP-MUTE2020
1717
NICAM-RESET
FBIN2525
2222
SLOW-SW1919
RAPID-SW1818
RGB-CONTROL(NU)
2626
X151
10MHz
IC151
(MICRO CONPUTER)
CN301(NO CONNECTION)
5
DVP-RESET-PC8DVP-CLK-PC
DVP-SOUT-PC6DVP-SIN-PC7DVP-CS-PC4MPSEL-03
13
XIN
BUS-OPEN 2
11
XOUT
AL+5V
5
RESET
IC153
IC301
(LCD DRIVE /
SIGNAL PROCESS)
4
10
RESET
2DVP-RESET
79
83
MPSEL-0
DVP-RESET-PC
2DVP-CLK
5
REG+3.3V
3.3V<-->5V
CONVERTER
Q152
57
DVP-CLK
3.3V<-->5V
Q153
CN102B
2DVP-SIN
4
CONVERTER
Q154
59
DVP-SIN
93
16
92
RCV-IN
KEY-IN-2
KEY-IN-1
2DVP-SOUT
3
3.3V<-->5V
CONVERTER
Q155
585060
DVP-SOUT
52
89
22
26BUS-OPEN(NU)
PROTECT-1
BACKLIGHT-SW
BACKLIGHT-ADJ
2DVP-CS
2
3.3V<-->5V
3.3V<-->5V
CONVERTER
Q156
DVP-CS
90756
88
PROTECT-2
PROTECT-3
H-SYNK
19
CONVERTER
7
89
QH
FBIN
59
P-ON-H
P-ON-H2
91
AFT-IN
24
46
277845
28
SCL
SDA
S-SW
INPUT-0
INPUT-1
VOLUME
RXD-FLASH
BUSY-FLASH
SCLK-FLASH
CE-FLASH(NU)
EPM-FLASH(NU)
3039314432
CN104(NO CONNECTION)
SCLK3
BUSY2
RXD4
EPM(NU)6
CE(NU)5
CN103BCN103A
77
A-MUTE
CNVSS
TXD-FLASH
29
CNVSS9
TXD10
P-25V-ON
AL+5V
RESET8
87
RAPID-SW-IN
IC152
(MEMORY)
23
SLOW-SW-IN
20
RGB-CONTROL(NU)
7
WP
1
838525
58
84INSEL-MUTE
SP-MUTE
P-ON-L(NU)
SC-VIDEO-MUTE
EEP-SDA
EEP-SCL
33
34
6
5
SCL
SDA
CN105(NO CONNECTION)
EEP-SCL1
NICAM-RESET
EEP-SDA2
BUS-OPEN 4
CN105 IS
USED FOR
ADJUSTMENT
AT FACTORY
7-1
L4264BLS
IF/Video Block Diagram
VIDEO-Pr1
CN103A
VIDEO-Y2
TO
LCD BLOCKDIAGRAM
S-VIDEO-C5
VIDEO-Pb3
CN103B
CVBS18
S-VIDEO-Y6
CVBS29
AUDIO SIGNAL
MAIN CBA
VIDEO SIGNAL
TO AUDIO BLOCK
DIAGRAM
SIF
AUDIO
IC781 (INPUT SELECT)
Q781
3
BUFFER
4
5
WF8
SW
TO
AUDI O
BLOCK DIAGRAM
INPUT-0(INV)
INPUT-1(INV)
11
10
CONTROL
9
Q872
Q871
INPUT-0
INPUT-1
TO
SYSTEM CONTROL
BLOCK DIAGRAM
7
SIF
TU1
(TUNER UNIT)
6
AUDIO
17
16
AFT
VIDEO
9
SCL
Q744
WF6
BUFFER
Q752
15
VIDEO-Pr
WF5
BUFFER
Q751
11
VIDEO-Y
Q11
Q730
10
SDA
SCL
SDA
AFT-IN
RAPID-SW
TO SYSTEM
CONTROL
FBIN
BLOCK
DIAGRAM
Q734
SLOW-SW
S/C-JACK-MUTE
S-SW
JK722
VIDEO1
Q702
-IN
BUFFER
Q701
BUFFER
Q791
REG+5V
CY
JK721
S-VIDEO
-IN
Q743
Q792
JK751
8
SLOW-SW
Q731
16
RAPID-SW
Q753
19
VIDEO-OUT
WF2
WF3
BUFFER
7-2
WF7
WF4
BUFFER
BUFFER
Q754
7
20
VIDEO-IN
VIDEO-Pb
L4264BLIF
Audio Block Diagram
AUDIO SIGNAL
SP802
SPEAKER
L-CH
SP801
SPEAKER
R-CH
QUASI-PEAK
CHANNEL MATRIX
AUTOMATIC
FM/AM
PRESCALE
dBX/MNR
PANDA1
I2C READ
REGISTER
QUASI-PEAK
DETECTOR
SOUND
SELECT
NICAM
PRESCALE
DEEMPHASIS
D/A
CONVERTER
VOLUME
SOUND
SELECT
AVC
SCART
PRESCALE
A/D
CONVERTER
LOUD SPEAKER
CHANNEL MATRIX
SCART1
CHANNEL
MATRIX
VOLUME
D/A
CONVERTER
SP-L 1
CN802
CLN802
GND 2
JK801
IC801 (AUDIO AMP)
HEADPHONE
JACK
11
AMP
MUTE
(L-CH)
6
VOLUME
/STANDBY
CONTROL
14
AMP
(R-CH)
1
WF1
RF
SP-R 1
CN801
7
25
CLN801
GND 2
TO SYSTEM
CONTROL
BLOCK
S/C-JACK-MUTE
SP-MUTE
INSEL-MUTE
VOLUME
TO IF/VIDEO
BLOCK
DIAGRAM
INPUT-0(INV)
INPUT-1(INV)
IC831 (SOUND PROCESSOR)
MAIN CBA
A/D
(R-CH)
TUNER
AUDIO1
4
2
3
AUDIO2
1
SW CTL
INH
9 10
6
JK751
Q733
Q732
6
AUDIO2(L)
-IN2AUDIO2(R)
-IN
Q741
1
AUDIO2(R)
-OUT
Q742
AL+5V
3
AUDIO2(L)
-OUT
13
I2C READ
REGISTER
STANDERD
AND SOUND
DETECTION
DEMODULATOR
CONVERTER
I2C
AGC
2
13
SDA
TO SYSTEM
CONTROL
DECORDER
RESET
12
22
SIF
SCL
NICAM-RESET
BLOCK
DIAGRAM
SCART DSP
INPUT SELECT
43
AUDIO
TO IF/VIDEO
BLOCK
DIAGRAM
SCART1 OUTPUT SELECT
L-CH
R-CH
30
31
TUNER
AUDIO2
AUDIO1
IC871 (INPUT SELECT)
111512
AUDIO1(L)
JK723
-IN
(L-CH)
JK724
AUDIO1(R)
-IN
7-3
L4264BLA
LCD Block Diagram
LCD MODULE
OR(0)29
OR(1)28
OR(2)27
OR(3)26
OR(4)25
OR(5)24
OG(0)22
OG(1)21
OG(2)20
OG(3)19
OG(4)18
OG(5)17
OB(0)15
OB(1)14
OB(2)13
OB(3)12
OB(4)11
OB(5)10
ER(0)39
ER(1)38
ER(2)37
ER(3)36
ER(4)35
ER(5)34
EG(0)32
EG(1)31
EG(2)30
EG(3)29
EG(4)28
EG(5)27
EB(0)25
EB(1)24
EB(2)23
EB(3)22
EB(4)21
EB(5)20
VIDEO SIGNAL
LCD MAIN CBA UNIT
182
R
VIDEO
CVBSYC
CN310A
181
180
G
SIGNAL
179
OUTPUT
CONTROL
B
PROCESS
175
CN311A
TP322
TP323
174
173
169
168
167
166
R
NTSC/PAL
SEPARATION
165
BURST
161
160
G
LOCKED
TP318
159
TP319
155
158
CHROMA
DECODER
RCO
154
153
152
SECAM PDM
151
TP320
TP321
150
146
145
143
142
B
PAN E L
SIGNAL
PROCESS
TV
SIGNAL
PROCESS
85
84
XIN XOUT
X301
141
54MHz
140
139
TP316
TP317
135
134
133
132
131
R
130
129
128
TP312
TP313
121
120
127
123
122
G
119
116
115
TP314
TP315
114
113
106
B
IC301 (LCD DRIVE / SIGNAL PROCESS)
A/D
21
CN103B
VIDEO-Pr 1
A/D
33
44
2
VIDEO-Y
VIDEO-Pb 3
TO
IF/VIDEO
A/D
31
6
S-VIDEO-C 5
S-VIDEO-Y
BLOCK
DIAGRAM
A/D
134240
CVBS1 8
CVBS2 9
CN103A
INPUT
CONTROL
WF12
WF11
WF10
WF9
CN310A
LCD MODULE
STH1
POLLPCLKH1
979596
91
R904
R901
R902
LP 39
POL 38
STH1 37
ODDINV
105
R994
5
CLKH
ODDINV 8
EVENINV
STV1
104
103
EVENINV 2
CLKV
98
WF14
WF13
R905
R907
CN313A
STV1 14
PANEL+10.8V
VCOM
R977
Q971
IC981,
VCOM
CONTROL
2
CN311A
18
CLKV 16
VCOM 1
VCOM
VCOM 17
VCOM
VREF(0) 14
VREF(4) 10
VREF(1) 13
VREF(2) 12
VREF(3) 11
VREF(7) 6
VREF(5) 8
VREF(6) 7
VREF(8) 5
VREF(9) 4
7-4
L4264BLLCD
Power Supply Block Diagram
REG+3.3V
REG+1.8V
AL+3.3V
CN103B
PANEL-6V
1010PANEL-6V
CN103A
AL+5V
+3.3V
REG
IC101
AL+8V1414
AL+5V1313
AL+3.3V1111
Q508
+1.8V
IC102
AL+8V1515
PANEL+10.8V
PANEL+25V
PANEL+3.3V
LCD MAIN CBA UNIT
CN101B
PANEL+25V
PANEL+3.3V
PANEL+10.8V
77
44
11
CN101A
REG
P-25V-ON
AL+3.3V
REG+5V
AL+8V
TO LCD BACKLIGHT
BLOCK DIAGRAM
AL+21V
P-ON-L
P-ON-H2
CN1401
AL+21V11
CN405
PROTECT-3
PROTECT-1
PROTECT-2
AL+5V
AL+33V
+12V
P-ON-H
INVERTER CBA
AL+21V33
AL+21V22
AL+21V44
Q501
Q511
Q511
Q502
IC631
15
(
D505
SHUNT
REGULATOR
(
14
5
CAUTION !
Fixed voltage (or Auto voltage selectable ) power supply circuit is used in this unit.
If Main Fuse (F601) is blown, check to see that all components in the power supply
circuit are not defective before you connect the AC plug to the AC power supply.
Otherwise it may cause some components in the power supply circuit to fail.
Q503
Q504
16
T601
CAUTION !
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,
REPLACE ONLY WITH THE SAME TYPE T 4A , 250 V FUSE.
HOTCOLD
7
+5V
Q512
REG
Q505
12
IC504
+3.3V
13
REG
Q510
Q633
+5V
REG
IC507
+8V
REG
IC503
9
10
3
11
2
Q507
+B
TP401
1
4
(
D649
SHUNT
REGULATOR
(
IC603
ERROR
VOLTAGE
+B ADJ
VR649
1
4
IC601
2
3
ERROR
VOLTAGE
DET
MAIN CBA
2
3
DET
BRIDGE
RECTIFIER
D605
LINE
FILTER
L601
F601
AC601
AC CORD
T4A L 250V
NOTE :
The voltage for parts in hot circuit is measured using
HOT CIRCUIT. BE CAREFUL.
hot GND as a common terminal.
SWITCHING
REGULATOR
IC602
7-5
Q602
Q603
2
1
4
756
L4264BLP
LCD Backlight Block Diagram
BACK
1
CN1402
LIGHT
2
OVER VOLTAGE
PROTECTOR
Q1410,1411
CN1403
OVER VOLTAGE
PROTECTOR
Q1412,1413
BACK
1
LIGHT
2
Q1414,1415
2
17
6
OVER VOLTAGE
PROTECTOR
BACK
LIGHT
BACK
LIGHT
LCD MODULEINVERTER CBA
1
2
CN1404
IC1403
(AMP)
+
1012
8
(AMP)
IC1402
-
+
-
+
53
-
9
5
+
7
-
6
3
+
1
-
2
1314
-
+
OVER VOLTAGE
PROTECTOR
Q1416,1417
Q1418,1419
1
2
CN1405
OVER VOLTAGE
PROTECTOR
OVER VOLTAGE
PROTECTOR
Q1420,1421
T1401
9
3
10
425
8
1
RL1401
457
OSC
T1403
Q1407,
LOGIC
9
3
Q1408
SW/
SW CTL
Q1401
OVER
VOLTAGE
10
425
+10V
REG.
28
VCC
PROTECT
7
6
T1402
Q1405,
Q1406
9
3
SW/
SW CTL
Q1403
10
425
8
IC1401 (DC-AC INVERTER CONTROL)
1
7
6
262723
OUTPUT
LOGIC1
24
OUTPUT
LOGIC2
7
8
1
6
14
PWM2
9
10
T1404
3
425
13
12
11
PWM1
7
8
1
6
9
10
SLOW
START
STANDBY
PROTECT
MODE SW
1
15
16
Q1402
AL+21V
P-ON-H
TO
POWER
SUPPLY
BLOCK
DIAGRAM
PROTECT-1
TO
SYSTEM
CONTROL
BACKLIGHT-SW
BLOCK
DIAGRAM
BACKLIGHT-ADJ
7-6
L4264BLLB
SCHEMATIC DIAGRAMS / CBA'S AND TEST POINTS
Standard Notes
Many electrical and mechanical parts in this chassis have special characteristics. These characteristics often
pass unnoticed and the protection afforded by them cannot necessarily be obtained by using replacement
components rated for higher voltage, wattage, etc. Replacement parts that have these special safety
characteristics are identified in this manual and its supplements; electrical components having such features are
identified by the mark “!” in the schematic diagram and the parts list. Before replacing any of these components,
read the parts list in this manual carefully. The use of substitute replacement parts that do not have the same
safety characteristics as specified in the parts list may create shock, fire, or other hazards.
Notes:
1. Do not use the part number shown on these drawings for ordering. The correct part number is shown in the
parts list, and may be slightly different or amended since these drawings were prepared.
2. All resistance values are indi cated in ohms (K = 10
3. Resistor wattages are 1/4W or 1/6W unless otherwise specified.
4. All capacitance values are indicated in µF (P = 10
5. All voltages are DC voltages unless otherwise specified.
Note of Capacitors:
ML --- Mylar Cap. PP --- Metallized Film Cap. SC --- Semiconductor Cap. L --- Low Leakage type
Temperature Characteristics of Capacitors are noted with the following:
Tolerance of Capacitors are noted with the following:
Z --- +80~-20%
Note of Resistors:
CEM --- Cement Res. MTL --- Metal Res. F --- Fuse Res.
Capacitors and transistors are represented by the following symbols.
CBA Symbols
(Top View) (Bottom View)
+
Electrolytic Capacitor
(Bottom View)
Transistor or Digital Transistor
E C B
(Top View)
NPN Transistor
E C B
(Top View)
(Top View)
PNP Transistor
E C B
(Top View)
Schematic Diagram Symbols
Digital Transistor
E C B
NPN Digital Transistor
PNP Digital Transistor
E C B
8-1LC3P_SC
LIST OF CAUTION, NOTES, AND SYMBOLS USED IN THE SCHEMATIC DIAGRAMS ON
THE FOLLOWING PAGES:
1. CAUTION:
FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH THE SAME TYPE
FUSE.
2. CAUTION:
Fixed Voltage (or Auto voltage selectable) power supply circuit is used in this unit.
If Main Fuse (F601) is blown, first check to see that all components in the power supply circuit are not
defective before you connect the AC plug to the AC power supply. Otherwise it may cause some components
in the power supply circuit to fail.
3. Note:
1. Do not use the part number shown on the drawings for ordering. The correct part number is shown in the
parts list, and may be slightly different or amended since the drawings were prepared.
2. To maintain original function and reliability of repaired units, use only original replacement parts which are
listed with their part numbers in the parts list section of the service manual.
4. Voltage indications on the schematics are as shown below:
Plug the TV power cord into a standard AC outlet.:
2
(Unit: Volt)
1
5.0
(3.0)
3
(3.0)
5.0
Power on mode
Power off mode
5. How to read converged lines
1-D3
Distinction Area
Line Number
(1 to 3 digits)
Examples:
1. "1-D3" means that line number "1" goes to the line number
"1" of the area "D3".
2. "1-B1" means that line number "1" goes to the line number
"1" of the area "B1".
6. Test Point Information
: Indicates a test point with a jumper wire across a hole in the PCB.
: Used to indicate a test point with a component lead on foil side.
: Used to indicate a test point with no test pin.
: Used to indicate a test point with a test pin.
Voltage
Indicates that the voltage
is not consistent here.
3
2
1
AREA D3
1-B1
AREA B1
1-D3
ABCD
8-2LC3P_SC
Main 1/4 & IR Sensor Schematic Diagram
8-3
L4264SCM1
Main 2/4 Schematic Diagram
8-4
L4264SCM2
Main 3/4 Schematic Diagram
8-5L4264SCM3
Main 4/4 Schematic Diagram
CAUTION !
Fixed voltage (or Auto voltage selectable) power supply circuit is used in this unit.
If Main Fuse (F601) is blown , check to see that all components in the power supply
circuit are not defective before you connect the AC plug to the AC power supply.
Otherwise it may cause some components in the power supply circuit to fail.
CAUTION !
For continued protection against fire hazard,
replace only with the same type fuse.
NOTE:
The voltage for parts in hot circuit is measured using
hot GND as a common terminal.
8-6
L4264SCM4
Function Schematic Diagram
8-7
L4264SCF
Inverter Schematic Diagram
8-8
L4264SCINV
LCD Main 1/2 Schematic Diagram
8-9
L4264SCL1
LCD Main 2/2 Schematic Diagram
1 NOTE :
CN104, CN105, CN301 are used for adjustment at factory.
8-10
L4264SCL2
Main CBA Top View
Because a hot chassis ground is present in the power
supply circut, an isolation transformer must be used.
Also, in order to have the ability to increase the input
slowly, when troubleshooting this type power supply
circuit, a variable isolation transformer is required.
CAUTION !
For continued protection against fire hazard,
replace only with the same type fuse.
NOTE:
The voltage for parts in hot circuit is measured using
hot GND as a common terminal.
WF1
PIN 14 OF
IC801
CAUTION !
Fixed voltage (or Auto voltage selectable) power supply circuit is used in this unit.
If Main Fuse (F601) is blown , check to see that all components in the power supply
circuit are not defective before you connect the AC plug to the AC power supply.
Otherwise it may cause some components in the power supply circuit to fail.
VR649
+B ADJ
TP401
+B
TP300
GND
8-11
BL4100F01013-1
Main CBA Bottom View
Because a hot chassis ground is present in the power
supply circut, an isolation transformer must be used.
Also, in order to have the ability to increase the input
slowly, when troubleshooting this type power supply
circuit, a variable isolation transformer is required.
CAUTION !
For continued protection against fire hazard,
replace only with the same type fuse.
NOTE:
The voltage for parts in hot circuit is measured using
hot GND as a common terminal.
CAUTION !
Fixed voltage (or Auto voltage selectable) power supply circuit is used in this unit.
If Main Fuse (F601) is blown , check to see that all components in the power supply
circuit are not defective before you connect the AC plug to the AC power supply.
Otherwise it may cause some components in the power supply circuit to fail.
WF3
Q702
Emitter
WF2
Q701
Emitter
WF4
Q751
Emitter
WF5
Q752
Emitter
WF6
Q753
Emitter
WF7
Q754
Emitter
WF8
Q781
Emitter
8-12
BL4100F01013-1
Function CBA Top View
IR Sensor CBA Top & Bottom View
Function CBA Bottom View
BL4100F01013-4
BL4100F01013-3
8-13
Inverter CBA Top View
Inverter CBA Bottom View
8-14
BL4200F01011
WAVEFORMS
AUDIO
0.1V
0.5ms
S-VIDEO-Y
0.2V
S-VIDEO-C
0.2V
0.5V
CVBS2
0.2V
0.5V
CVBS1
0.2V
0.5V
WF1 ~ WF8 = Waveforms to be observed at
Waveform check points.
(Shown in Schematic Diagram.)
Input: PAL Color Bar Signal (with 1kHz Audio Signal)
WF1 Pin 14 of IC801
AUDIO
0.1V
WF2 Q701 EMITTER
0.5ms
WF4 Q751 EMITTER
B0.5V
WF5 Q752 EMITTER
5µs
WF7 Q754 EMITTER
CVBS2
0.2V
WF8 Q781 EMITTER
2020µ
s
S-VIDEO-Y
0.2V
WF3 Q702 EMITTER
S-VIDEO-C
0.2V
1010µ
2020µ
s
G0.5V
2020µ
s
CVBS1
0.2V
2020µ
s
WF6 Q753 EMITTER
1010µ
s
s
R0.5V
9-1
L4264WF
WF9 ~ WF14 = Waveforms to be observed at
Waveform check points.
(Shown in Schematic Diagram.)
Input: PAL Color Bar Signal (with 1kHz Audio Signal)
WF9
R994
WF12
R904
CTKH 1V20ns
WF10
R902
STH11V1µs
WF11
R901
LP1V10µs
WF13
R907
STV11V5ms
WF14
R905
POL1V20µs
9-2
CLKV1V10µs
L4264WF
WIRING DIAGRAMS
LCD MAIN CBA UNIT
CN103B
VIDEO-Pb
S-VIDEO-Y
VIDEO-Y
GND
S-VIDEO-C
VIDEO-Pr
153
CN103A
VIDEO-Pr
CN102A
RCV-IN
132547689
RCV-IN
CN102B
2
VIDEO-Y
VIDEO-Pb
BACKLIGHT-SW
BACKLIGHT-ADJ
BACKLIGHT-SW
BACKLIGHT-ADJ
SP-R2GND
CN801
1
51342
4
GND
S-VIDEO-C
KEY-IN-1
KEY-IN-2
51342
KEY-IN-1
KEY-IN-2
6
6
S-VIDEO-Y
P-ON-H
6
P-ON-H
GND
GND
CVBS1
CVBS2
AL+3.3V
GND
AL+8V
AL+5V
12
11
11
GND
AL+3.3V
NU
AFT-IN
12
11
NU
AFT-IN
SP-L2GND
1
14
13
13
AL+8V
AL+5V
PROTECT-1
PROTECT-2
14
13
PROTECT-1
PROTECT-2
AL+8V
15
15
AL+8V
S-SW
15
S-SW
8
9
7
10
9
7
8
101412
GND
GND
CVBS1
CVBS2
VOLUME
A-MUTE(NU)
INPUT-0
INPUT-1
10131211141517161918212022
8
9
7
10
INPUT-0
INPUT-1
VOLUME
A-MUTE(NU)
CN802
INSEL-MUTE
S/C-JACK-MUTE
RAPID-SW
172220
18
16
18
16
17
RAPID-SW
INSEL-MUTE
S/C-JACK-MUTE
GND
PROTECT-3
SCL
172220
18
16
SCL
GND
PROTECT-3
JK751
NICAM-RESET
SP-MUTE
NU
SLOW-SW
P-25V-ON
231921
1923212022
NU
SP-MUTE
P-25V-ON
SLOW-SW
NICAM-RESET
NU
SDA
BUS-OPEN(NU)
NU
P-ON-H2
23
231921
NU
NU
SDA
P-ON-H2
BUS-OPEN(NU)
123456789
P-ON-L(NU)
RGB-CONTROL(NU)
FBIN
262425
262425
FBIN
P-ON-L(NU)
RGB-CONTROL(NU)
CN101ACN101B
NU
NU
PANEL+10.8V
GND
GND
132547689
252426
262425
GND
GND
PANEL+10.8V
1011121314151617181920
GND
GND
CN51A
CN51
GND
PANEL+3.3V
GND
PANEL+3.3V
GND
GND
132
1
2
GND
GND
GND
GND
689
51342
GND
GND
KEY-IN-2
AL+5V
KEY-IN-1
4
5
3
4
5
AL+5V
KEY-IN-2
KEY-IN-1
PANEL+25V
GND
GND
7
GND
GND
PANEL+25V
21
GND
6
6
GND
PANEL-6V
10
10
PANEL-6V
CN405
AL+21V
153
FUNCTION CBA
AL+21V
AL+21V
2
GND
AL+21V
4
GND
6
GND
7
CLN53
CN53
GND
8
AL+5VNUNU
1
2
NU
AL+5V
MAIN CBA
BACKLIGHT-SW
GND
9
10
GND
RCV-IN
51342
5
3
4
NU
GND
RCV-IN
TU1 TUNER UNIT
BACKLIGHT-ADJ
PROTECT-1
12
11
13
IR SENSOR CBA
AUDIO(R)
-IN
AUDIO(L)
-IN
VIDEO
-IN
S-VIDEO
IN
CLN801
SP801
SPEAKER
132547689
NU
VCOM
VCOM
CN313A
< NO CONNECTION >
AL+5V2BUSY3SCLK4RXD5NU6NU7GND8RESET9CNVSS10TXD
CN104
1
1325476
GND
CN301
MPSEL-0
BUS-OPEN
NU
VGH
VGH
DVP-CS-PC
DVP-CLK-PC
SVP-SOUT-PC
SP802
PANEL+3.3V
PANEL+3.3V
8
DVP-SIN-PC
DVP-RESET-PC
CLN802
SPEAKER
1013121114151716191820
NU
NU
PANEL-6V
PANEL-6V
PANEL-6V
CN311A
132547689
1
GND
CN310A
GND
GND
STV1
GND
PANEL-6V
2
3
GND4GND
EVENINV
AC601
CLKV
VREF(8)
VREF(9)
5
CLKH
AC CORD
GND
GND
VREF(6)
VREF(7)
6
GND7GND
13254
NU
GND
XDON
GND
VREF(5)
8
9
GND
ODDINV
GND
CN105
EEP-SCL
EEP-SDA
BUS-OPEN
CN105 IS
USED FOR
ADJUSTMENT
AT FACTORY
< NO CONNECTION >
VREF(3)
VREF(4)
VREF(2)
VREF(1)
VREF(0)
PANEL+10.8V
PANEL+10.8V
VCOM
VCOM
GND
101312111415171619182120222324272625282930
10
OB (5)11OB (4)12OB (3)13OB (2)14OB (1)15OB (0)
EB (5)
16
17
GND
OG (5)18OG (4)19OG (3)20OG (2)21OG (1)22OG (0)
CN1402
EB (4)
EB (3)
EB (2)
EB (1)
23
24
GND
OR (5)25OR (4)26OR (3)27OR (2)28OR (1)29OR (0)
1
BACK
EB (0)
153
AL+21V
CN1401
2
LIGHT
GND
2
AL+21V
EG (5)
EG (4)
4
6
GND
GND
GND
AL+21V
AL+21V
2
1
CN1403
BACK
LIGHT
EG (3)
EG (2)
EG (1)
EG (0)
GND
33
323134353736393840
30
31NU32
333435
GND
PANEL+3.3V
PANEL+3.3V
PANEL+3.3V
978
10
GND
GND
BACKLIGHT-SW
1
CN1404
BACK
ER (5)
ER (4)
ER (3)
36NU37
PANEL+3.3V
PANEL+3.3V
BACKLIGHT-ADJ
2
LIGHT
ER (2)
STH1
121113
PROTECT-1
ER (1)
38
POL
P-ON-HP-ON-H
ER (0)
GND
39LP40
GND
1
CN1405
BACK
INVERTER CBA
2
LIGHT
< NO CONNECTION >
10-1
LCD MODULE
L4264WI
Cabinet
EXPLODED VIEWS
B6
A2
A3
B6
B6
A1
SP802
B6
L4
L1
CLN802
B14
L1
A7
Function CBA
L4
A
LCD1
B
L1
L1
L14
L1
C
Main CBA
B12
B21
B19
B3
B4
L3
B21
L2
L2
L2
L2
B21
L7
A4
L2
L2
A8
L2
L2
A10
L2
A10
A6
L19
A5
IR Sensor CBA
See Electrical Parts List
for parts with this mark.
SP801
L13
B14
L1
CLN801
L1
L1
Inverter CBA
L3
L3
L3
L1
B22
L20
L3
L16
L3
B10
AC601
B15
L3
L9
L3
L3
LCD Main CBA
L3
L3
B23
CN311A
CN310A
B
A
A9
CN313A
C
11-1L4264CEX
Packing
Some Ref. Numbers are
not in sequence.
Pac king Tape
Tape
S2
S4
Packing
Tape
X2-1X2-3X2-6
X1
X3
Tape
X5
S3
S6
Pac king Tape
Pac king Tape
S5
Pac king Tape
11-2L4264PEX
FRONT
S1
MECHANICAL PARTS LIST
PRODUCT SAFETY NOTE: Products marked with a
! have special characteristics important to safety.
Before replacing any of these components, read
carefully the product safety notice in this service
manual. Don't degrade the safety of the product
through improper servicing.
NOTE: Parts that are not assigned part numbers
(---------) are not available.
Ref. No.DescriptionPart No.
A1FRONT CABINET L4200EA1EM020125
A2BRAND BADGE L0230JA~FUNAI~0EM409021A
A3CONTROL PLATE L4200EA1EM220077
A4REAR CABINET L4200EA1EM020116
A5SENSOR/LED LENS L0301UB1EM220004
A6!RA TING LABEL L4264EE---------A7FUNCTION KNOB L4200EA1EM320157
A8REAR COVER L4200EA1EM320158
A9TIL T STAND ASSEMBL Y L0301UB1EMN20039A
A10CONNECTER CAP L4200EA1EM420585
B320V ST AND HOLDER L4200EA1EM320141
B4JAC K HOLDE R L4100E A1EM 120097
B6CLOT H(15X19 0XT 0. 5) L0100J A0EM407894
B1220V TILT ST AND HOLDER L4200EA1EM320145
B14SPEAKER HOLDER L0110UA0EM407855C
B19JACK SHIELD L4100EA1EM320140
B21CLOTH(10X180XT0.5) L0336JG0EM408827
B23CLOTH(12X125X T 0.5) L010 1JB0EM408489
CLN801SPEAKER WIRE WX1L4200-003WX1L4200-003
CLN802SPEAKER WIRE 2P 2PWX1L0300-007
L1SCREW P-TIGHT 3X12 WASHER HEAD+GCJP3120
L2SCREW P-TIGHT 3X12 BIND HEAD+ BLKGBHP3120
L4SCREW P-TIGHT M3*10 WASHERHEAD+GCJP3100
L7DOUBLE SEMS SCREW M4X12 + BLAKFPH34120
L13SCREW P-TIGHT M3*12 BIND+GBJP3120
L14SCREW P-TIGHT M3X8 BIND HEAD+GBJP3080
L19DOUBLE SEMS SCREW M4X9 + BLACK
LCD1LCD MODULE ASSEMBL Y UC000XF1FSA10101
SP801SPEAKER S0407F10DSD0807XQ002
SP802SPEAKER S0407F10DSD0807XQ002
L0130U A
PACKING
S1CARTON L4264EE1EM422444
S2STYROFOAM T OP L0301UB1EM020018A
S3STYROFOAM BO TT OM L0301UB1EM020019A
S4SET BAG L0301UB1EM320014
S5SERIAL NO. LABEL L4200EA---------S6STYROFOAM STAND BOTTOM L0301UB1EM020020A
S20BAG REMOCON STD REMOCON0VM406766
ACCESSORIES
X1BAG PO LYETHYLENE 235X36 5XT0. 030EM408420
X3REMOTE CONTROL 192/E RC001/N E309R DNE309RD
X5DRY BATTERY R6P/2S orXB0M451T0001
! have special characteristics important to safety.
Before replacing any of these components, read
carefully the product safety notice in this service
manual. Don't degrade the safety of the product
through improper servicing.
NOTES:
1. Parts that are not assigned part numbers (---------)
are not available.
2. Tolerance of Capacitors and Resistors are noted
with the following symbols.
C.....±0.25%D.....±0.5%F.....±1%
G.....±2%J......±5%K.....±10%
M.....±20%N.....±30%Z.....+80/-20%
LCD MAIN CBA UNIT
Ref. No.DescriptionPart No.
LCD MAIN CBA UNIT1ESA11998
MMA CBA
Ref. No.DescriptionPart No.
MMA CBA
Consists of the following:
MAIN CBA
FUNCTION CBA
IR SENSOR CBA
MAIN CBA
Ref. No.DescriptionPart No.
MAIN CBA
Consists of the following
CAPACITORS
C11CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C12ELECTROL YTIC CAP. 100µF/ 6.3V M orCE0KMASDL101
ELECTROLYTIC CAP . 100µF/ 6.3V M orCA0K101SP085
ELECTROLYTIC CAP . 100µF/ 6 .3V MCE0KMASTM101
C14CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C15ELECTROL YTIC CAP. 100µF/ 10V M orCE1AMASDL101
ELECTROLYTIC CAP . 100µF/ 10V M orCA1A101SP085
ELECTROLYTIC CAP . 100µF/ 1 0V MCE1AMASTM101
C16CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C17ELECTROL YTIC CAP. 1µF/ 50V M orCE1JMASDL1R0
ELECTROLYTIC CAP 1µF/ 50V M orCA1J1R0SP085
ELECTROLYTIC CAP 1µF/ 50V MCE1JMASTM1R0
C18CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C19CHIP CERAMIC CAP . B K 820pF/50VCHD1JK30B821
C20CHIP CERAMIC CAP . B K 820pF/50VCHD1JK30B821
C21ELECTROL YTIC CAP. 47µF/ 16V M orCE1CMASDL470
ELECTROLYTIC CAP . 47µF/ 16 V M orCA1C470 SP085
ALUMINUM ELECTROL YT IC CAP 47µF/ 16V M CE1CMASTM470
C501ELECTROL YTIC CAP. 22µF/ 50V M orCE1JMASDL 220
ELECTROLYTIC CAP . 22µF/ 50 V M orCA1J220S P085
ELECTROLYTIC CAP 22µF/ 50V MCE1JMASTM220
C502CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C503CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
C505ELECTROL YTIC CAP. 220µF/ 16V M orCE1CMASDL221
ELECTROLYTIC CAP . 220µF/ 16V M orCA1C221SP085
ELECTROLYTIC CAP . 220µF/ 16V MCE1CMASTM221
C506CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B10 3
1ESA11996
----------
----------
----------
----------
Ref. No.DescriptionPart No.
C507CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C509ELECTROLYTIC CAP . 100µF/ 10V M orCE1AMASDL101
ELECTROLYTIC CAP. 100µF/ 10V M orCA1A101SP085
ELECTROLYTIC CAP. 100µF/ 10V MCE1AMASTM101
C510CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C512CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C513ELECTROLYTIC CAP . 220µF/ 6.3V M orCE0KMASDL221
ELECTROLYTIC CAP. 220µF/ 6.3V M orCA0K221SP085
ELECTROLYTIC CAP. 220µF/ 6.3V MCE0KMASTM221
C514CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C517ELECTROLYTIC CAP . 330µF/ 50V M orCE1JMZPDL331
ALUMINUM ELECTROLYTIC CAP 330µF/ 50V
M or
ELECTROLYTIC CAP. 330µF/ 50V MCA1J331SP084
C518ELECTROLYTIC CAP . 470µF/ 16V M orCE1CMASDL471
ELECTROLYTIC CAP. 470µF/ 16V M orCA1C471SP085
ELECTROLYTIC CAP. 470µF/ 16V MCE1CMASTM471
C519CHIP CERAMIC CAP .(1608) B K 0.22µF/ 25VCHD1EK30B224
C524CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C527ELECTROLYTIC CAP . 10µF/ 50V M orCE1JMASDL100
ELECTROLYTIC CAP. 10µF/ 50V M orCA1J100SP085
ALUMINUM ELECTROLYTIC CAP 10µF/ 50V M CE1JMASTM100
C528CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C533CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C536ELECTROLYTIC CAP . 330µF/ 6.3V M orCE0KMASDL331
ELECTROLYTIC CAP. 330µF/ 6.3V M orCA0K331SP085
ALUMINUM ELECTROLYTIC CAP 330µF/ 6.3V MCE0KMASTM331
C539CHIP CERAMIC CAP.(1608) CH J 100pF/50VCHD1JJ3CH101
C601!MET ALI ZED FILM CAP. 0.1µF/ 250V orCT2E104MS037
!FILM CAP .(MP) 0.1µF/ 250V K orCT2E104 DC011
!LINE ACROSS CAP. 0.1U/250VCT2E104DC015C602!MET ALI ZED FILM CAP. 0.1µF/ 250V orCT2E104MS037
!FILM CAP .(MP) 0.1µF/ 250V K orCT2E104 DC011
!LINE ACROSS CAP. 0.1U/250VCT2E104DC015
C605CERAMIC CAP . B K 0.01µF/ 500VCCD2JKP0B103
C606CERAMIC CAP . B K 0.01µF/ 500VCCD2JKP0B103
C609CERAMIC CAP . BN 1000pF/2KV orCCD3DKA0B102
CERAMIC CAP. 1000pF/2KV orCA3D102PAN04
CERAMIC CAP RB 1000pF/2KV orCA3D102TE006
CERAMIC CAP. BL 1000pF/2KVCA3D102XF003
C610!CAP ELE LQ SERIES 150µF/ 400V/M/85CA2H151NC234
C611CERAMIC CAP .(AX) B 0.01µF/ 50VCCK1JKT0B103
C612ELECTROLYTIC CAP . 22µF/ 100V M orCE2AMASDL220
ALUMINUM ELECTROLYTIC CAP 22µF/ 100V MCE2AMASTM220
C613CERAMIC CAP . B K 100pF/1KV orCCD3AKD0B101
CERAMIC CAP. B K 100pF/1KV orCA3A101MR028
CERAMIC CAP. B K 100pF/1KVCCD3AKP0B101
C614ELECTROLYTIC CAP . 100µF/ 25V M orCE1EMASDL101
ELECTROLYTIC CAP. 100µF/ 25V M orCA1E101SP085
ALUMINUM ELECTROLYTIC CAP 100µF/ 25V MCE1EMASTM101
C615CERAMIC CAP .(AX) B K 0.01µF/ 50VCA1J103TU011
C616FILM CAP .(P) 0.0047µF/ 50V J orCMA1JJS00472
FILM CAP .(P) 0.0047µF/ 50V J orCA1J472MS029
POLYESTER FILM CAP . (PB FREE) 0.0047µF/
100V J
C630!ELECTROLYTIC CAP. 2200µF/ 35V M orCE1GMZPDL222
!ELECTROLYTIC CAP. 2200µF/ 35V M orCE1GMZNDL222
!ALUMINUM ELECTROL YTIC CAP 2200µF/ 35V MCE1GMZNTM222
C632ELECTROLYTIC CAP . 220µF/ 16V M orCE1CMASDL221
!ELECTROLYTIC CAP . 220µF/ 16V M orCA1C221SP085
!ELECTROLYTIC CAP . 220µF/ 16V MCE1CMASTM221C634!ELECTROL YTI C CAP. 2200µF/ 35V M(105°C ) or CE1GMA YTJ222
!ELECTROLYTIC CAP . 2200µF/ 35 V M(105° C)CA1G222SP090C635!ELECTROL YTI C CAP. 470µF/ 16V M orCE1CMASDL471
!ELECTROLYTIC CAP . 470µF/ 16V M orCA1C471SP085
!ELECTROLYTIC CAP . 470µF/ 16V MCE1CMASTM471
C636!CHIP CERAMIC CAP .(1608) B K 0.1µF/ 50VCHD1JK30B104
C637!ELECTROL YTI C CAP. 470µF/ 16V M orCE1CMASDL471
!ELECTROLYTIC CAP . 470µF/ 16V M orCA1C471SP085
!ELECTROLYTIC CAP . 470µF/ 16V MCE1CMASTM471
C639!SAFETY CAP . 2200pF/250V KXCA2E222MR050
C640ELECTROL YTIC CAP. 470µF/ 25V M o rCE1EMASDL471
ELECTROLYTIC CAP . 470µF/ 25V M orCA1E471SP085
ALUMINUM ELECTROL YT IC CAP 470µF/ 25V MCE1EMASTM471
C641!PCB JUMPER D0.6-P10.0JW10.0T
C642!ELECTROL YTI C CAP. 10µF/ 50V M orCE1JMASDL10 0
!ELECTROLYTIC CAP . 10µF/ 50 V M orCA1J100S P085
!ALUMINUM ELECTROL YT IC CAP 10µF/ 50V M CE1JMASTM100
C643ELECTROL YTIC CAP. 220µF/ 50V M orCE1JMASDL221
ELECTROLYTIC CAP . 220µF/ 50V M o rCA1J221SP085
ELECTROLYTIC CAP 220µF/ 50V MCE1JMASTM221
C645!ELECTROL YTI C CAP. 10µF/ 50V M orCE1JMASDL10 0
!ELECTROLYTIC CAP . 10µF/ 50 V M orCA1J100S P085
!ALUMINUM ELECTROL YT IC CAP 10µF/ 50V M CE1JMASTM100
C646FILM CAP . (P) 0.1µF/ 50V J orCMA1JJS00104
FILM CAP.(P) 0.1µF/ 50 V J orCA 1J104M S029
POL YESTER FILM CAP. (PB FREE) 0.1µF/ 100V JCA2A104DT018
C648!ELECTROL YTI C CAP. 1µF/ 50V M orCE1JMASDL1R0
!ELECTROLYTIC CAP 1µF/ 50V M orCA1J1R0SP085
!ELECTROLYTIC CAP 1µF/ 50V MCE1JMASTM1R0
C649CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C651CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C652!CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C653CHIP CERAMIC CAP. F Z 1µF/ 10VCHD1AZ30F105
C657ELECTROL YTIC CAP. 47µF/ 16V M H7 orCE1CMA VSL4 70
ALUMINUM ELECTROL YT IC CAP 47µF/ 16V H7CE1CMA VSM4 70
C673ELECTROL YTIC CAP. 470µF/ 6.3V M orCE0KMASDL471
ALUMINUM ELECTROL YT IC CAP 47µF/ 16V M CE1CMASTM470
C704CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C707CHIP CERAMIC CAP.(1608) CH J 1000pF/50V CHD1JJ3CH102
C708CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C710CHIP CERAMIC CAP.(1608) CH J 100pF/50VCHD1JJ3CH101
C711ELECTROL YTIC CAP. 47µF/ 16V M orCE1CMASDL 470
ELECTROLYTIC CAP . 47µF/ 16 V M orCA1C470 SP085
ALUMINUM ELECTROL YT IC CAP 47µF/ 16V M CE1CMASTM470
C712CHIP CERAMIC CAP.(1608) B K 5600pF/50VCHD1JK30B562
C713CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C714CHIP CERAMIC CAP.(1608) B K 5600pF/50VCHD1JK30B562
C715CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C716CERAMIC CAP .(AX) CH J 560pF/50VCCK1JJTCH561
C717CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C718CERAMIC CAP .(AX) CH J 560pF/50VCCK1JJTCH561
C719CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C720CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C721CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C722CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C723CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C730CHIP CERAMIC CAP.(1608) B K 0.047µF/ 50VCHD1JK30B473
C742ELECTROL YTIC CAP. 47µF/ 16V M orCE1CMASDL 470
Ref. No.DescriptionPart No.
ELECTROLYTIC CAP. 47µF/ 16V M orCA1C470SP085
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V M CE1CMASTM470
C743CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C745ELECTROLYTIC CAP . 47µF/ 16V M orCE1CMASDL470
ELECTROLYTIC CAP. 47µF/ 16V M orCA1C470SP085
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V M CE1CMASTM470
C746CHIP CERAMIC CAP. F Z 2.2µF/ 10VCHD1AZ30F225
C747ELECTROLYTIC CAP . 33µF/ 16 V M H7 orCE1CMA VSL33 0
ALUMINUM ELECTROLYTIC CAP 33µF/ 16V H7CE1CMAVSM330
C751ELECTROLYTIC CAP . 47µF/ 16V M orCE1CMASDL470
ELECTROLYTIC CAP. 47µF/ 16V M orCA1C470SP085
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V M CE1CMASTM470
C752CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C753ELECTROLYTIC CAP . 47µF/ 16V M orCE1CMASDL470
ELECTROLYTIC CAP. 47µF/ 16V M orCA1C470SP085
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V M CE1CMASTM470
C754CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C756ELECTROLYTIC CAP . 47µF/ 16V M orCE1CMASDL470
ELECTROLYTIC CAP. 47µF/ 16V M orCA1C470SP085
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V M CE1CMASTM470
C757CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C758ELECTROLYTIC CAP . 47µF/ 16V M orCE1CMASDL470
ELECTROLYTIC CAP. 47µF/ 16V M orCA1C470SP085
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V M CE1CMASTM470
C759CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C761ELECTROLYTIC CAP . 100µF/ 6.3V M orCE0KMASDL101
ELECTROLYTIC CAP. 100µF/ 6.3V M orCA0K101SP085
ELECTROLYTIC CAP. 100µF/ 6.3V MCE0KMASTM101
C762CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C767CHIP CERAMIC CAP .(1608) B K 0.1µF/ 50VCHD1JK30B104
C768ELECTROLYTIC CAP . 470µF/ 6.3V M orCE0KMASDL471
ELECTROLYTIC CAP. 470µF/ 6.3V M orCA0K471SP085
ELECTROLYTIC CAP. 470µF/ 6.3V MCE0KMASTM471
C781CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C782ELECTROLYTIC CAP . 47µF/ 16 V M H7 orCE1CMA VSL47 0
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V H7CE1CMAVSM470
C783ELECTROLYTIC CAP . 10µF/ 50V M H7 orCE1JMAVSL100
ALUMINUM ELECTROLYTIC CAP 10µF/ 50V H7CE1JMAVSM100
C784CERAMIC CAP .(AX) B 0.1µF/ 50VCCK1JKT0B104
C785ELECTROLYTIC CAP . 47µF/ 16 V M H7 orCE1CMA VSL47 0
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V H7CE1CMAVSM470
C787ELECTROLYTIC CAP . 47µF/ 16 V M H7 orCE1CMA VSL47 0
ALUMINUM ELECTROLYTIC CAP 47µF/ 16V H7CE1CMAVSM470
C791CHIP CERAMIC CAP .(1608) B K 0.01µF/ 50VCHD1JK30B103
C792ELECTROLYTIC CAP . 100µF/ 6.3V M orCE0KMASDL101
ELECTROLYTIC CAP. 100µF/ 6.3V M orCA0K101SP085
ELECTROLYTIC CAP. 100µF/ 6.3V MCE0KMASTM101
C801ELECTROLYTIC CAP . 470µF/ 16V M orCE1CMASDL471
ELECTROLYTIC CAP. 470µF/ 16V M orCA1C471SP085
ELECTROLYTIC CAP. 470µF/ 16V MCE1CMASTM471
C802ELECTROLYTIC CAP . 470µF/ 16V M orCE1CMASDL471
POL YESTER FILM CAP. (PB FREE) 0.1µF/ 100V JCA2A104DT01 8
C804FILM CAP .(P) 0.1µF/ 50V J orCMA1JJS00104
FILM CAP .(P) 0.1µF/ 50V J orCA1J 104MS02 9
POL YESTER FILM CAP. (PB FREE) 0.1µF/ 100V JCA2A104DT01 8
C810CHIP CERAMIC CAP. F Z 1µF/ 10VCHD1AZ30F105
C811ELECTROLYTIC CAP . 100µF/ 16V M orCE1CMASDL101
ELECTROLYTIC CAP. 100µF/ 16V M orCA1C101SP085
ELECTROLYTIC CAP. 100µF/ 16V MCE1CMASTM101
2005122013-2L4264EL
Ref. No.DescriptionPart No.
C812CHIP CERAMIC CAP. F Z 1µF/ 10VCHD1AZ30F105
C813PCB JUMPER D0.6-P5.0JW5.0T
C814PCB JUMPER D0.6-P5.0JW5.0T
C815ELECTROL YTIC CAP. 1µF/ 50V M orCE1JMASDL1R0
ELECTROLYTIC CAP 1µF/ 50V M orCA1J1R0SP085
ELECTROLYTIC CAP 1µF/ 50V MCE1JMASTM1R0
C818ELECTROL YTIC CAP. 470µF/ 16V M orCE1CMASDL471
ELECTROLYTIC CAP . 470µF/ 16V M orCA1C471SP085
ELECTROLYTIC CAP . 470µF/ 16V MCE1CMASTM471
C819CHIP CERAMIC CAP.(1608) B K 1000pF/50VCHD1JK30B102
C820CHIP CERAMIC CAP.(1608) B K 1000pF/50VCHD1JK30B102
C831CHIP CERAMIC CAP. F Z 0.01µF/ 50VCHD1JZ30F103
C832CHIP CERAMIC CAP.(1608) F Z 0.1µF/ 50VCHD1JZ 30F104
C833CHIP CERAMIC CAP.(1608) CH J 22pF/50VCHD1JJ3CH220
C834CHIP CERAMIC CAP.(1608) CH J 68pF/50VCHD1JJ3CH680
C835CHIP CERAMIC CAP.(1608) CH J 68pF/50VCHD1JJ3CH680
C836CHIP CERAMIC CAP. CH D 3pF/50V orCHD1JD3CH3R0
CHIP CERAMIC CAP . CH C 3pF/50V orCHD1JC3CH3R0
CHIP CERAMIC CAP . CJ C 3pF/50VCHD1JC3CJ3R0
C837CHIP CERAMIC CAP. CH D 3pF/50V orCHD1JD3CH3R0
CHIP CERAMIC CAP . CH C 3pF/50V orCHD1JC3CH3R0
CHIP CERAMIC CAP . CJ C 3pF/50VCHD1JC3CJ3R0
C838CHIP CERAMIC CAP.(1608) CH J 100pF/50VCHD1JJ3CH101
C839CHIP CERAMIC CAP.(1608) CH J 100pF/50VCHD1JJ3CH101
C840ELECTROL YTIC CAP. 10µF/ 16V M orCE1CMASDL 100
ELECTROLYTIC CAP . 10µF/ 16 V M orCA1C100 SP085
ELECTROLYTIC CAP . 10µF/ 16V MCE1CMASTM100
C841CHIP CERAMIC CAP. F Z 0.01µF/ 50VCHD1JZ30F103
C843ELECTROL YTIC CAP. 100µF/ 6.3V M orCE0KMASDL101
ELECTROLYTIC CAP . 100µF/ 6.3V M orCA0K101SP085
ELECTROLYTIC CAP . 100µF/ 6 .3V MCE0KMASTM101
C844CERAMIC CAP.(AX) B 0.01µF/ 50VCCK1JKT0B103
C845CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B10 3
C846CERAMIC CAP.(AX) B 0.01µF/ 50VCCK1JKT0B103
C847ELECTROL YTIC CAP. 10µF/ 16V M orCE1CMASDL 100
ELECTROLYTIC CAP . 10µF/ 16 V M orCA1C100 SP085
ELECTROLYTIC CAP . 10µF/ 16V MCE1CMASTM100
C848CHIP CERAMIC CAP.(1608) F Z 0.1µF/ 50VCHD1JZ 30F104
C850ELECTROL YTIC CAP. 10µF/ 16V M orCE1CMASDL 100
ELECTROLYTIC CAP . 10µF/ 16 V M orCA1C100 SP085
ELECTROLYTIC CAP . 10µF/ 16V MCE1CMASTM100
C851ELECTROL YTIC CAP. 3.3µF/ 50V M orCE1JMASDL3R3
ELECTROLYTIC CAP . 3.3µF/ 50 V M orCA1J3R3SP085
ALUMINUM ELECTROLYTIC CAP 3.3µF/ 50V M CE1JMASTM3R3
C852CHIP CERAMIC CAP.(1608) F Z 0.1µF/ 50VCHD1JZ 30F104
C853CHIP CERAMIC CAP.(1608) F Z 0.1µF/ 50VCHD1JZ 30F104
C854ELECTROL YTIC CAP. 10µF/ 16V M orCE1CMASDL 100
ELECTROLYTIC CAP . 10µF/ 16 V M orCA1C100 SP085
ELECTROLYTIC CAP . 10µF/ 16V MCE1CMASTM100
C855CHIP CERAMIC CAP. F Z 0.47µF/ 16VCHD1CZ30F474
C860ELECTROL YTIC CAP. 22µF/ 16V M orCE1CMASDL 220
ELECTROLYTIC CAP . 22µF/ 16 V M orCA1C220 SP085
ALUMINUM ELECTROL YT IC CAP 22µF/ 16V M CE1CMASTM220
C871ELECTROL YTIC CAP. 10µF/ 50V M orCE1JMASDL 100
ELECTROLYTIC CAP . 10µF/ 50 V M orCA1J100S P085
ALUMINUM ELECTROL YT IC CAP 10µF/ 50V M CE1JMASTM100
C872CERAMIC CAP.(AX) B 0.1µF/ 50VCCK1JKT0B104
C873CHIP CERAMIC CAP. F Z 1µF/ 10VCHD1AZ30F105
C874CHIP CERAMIC CAP. F Z 1µF/ 10VCHD1AZ30F105
C875CHIP CERAMIC CAP.(1608) F Z 0.1µF/ 50VCHD1JZ 30F104
C876CHIP CERAMIC CAP.(1608) B K 1000pF/50VCHD1JK30B102
C877CHIP CERAMIC CAP.(1608) B K 1000pF/50VCHD1JK30B102
VOLTAGE REGULATOR KIA78R08API/PNSZBA0SJY037
IC504VOLTAGE REGULATOR PQ070XF01SZHQSZBA0SSH054
IC507IC VOL TAGE REGULAT OR 5V KIA7805API/P or NSZBA0SJY041
VOLTAGE REGULATOR KA7805ANSZBA0SF3052
IC601!PHOT O COU PLER PS2 561L 1-1- A-V(L )QPEL561L11AV
IC602POWER SUPPLY IC MODULE MR2920-
IC603!PHOT O COU PLER PS2 561L 1-1- A-V(L )QPEL561L11AV
IC631LOW DROP VOL TAGE REGULAT OR
CLN53WIRE ASSEMBL Y 5P WX1L4200-004WX1L4200-004
JS51PCB JUMPER D0.6-P5.0JW5.0T
RCV51PHOTO LINK MODULE RPM7237-H9USESJRSRM006
INVERTER CBA
Ref. No.DescriptionPart No.
INVERTER CBA
Consists of the following:
CAPACITORS
C1401ELECTROLYTIC CAP . 47µF/ 35V M orCE1GMASDL 470
ELECTROLYTIC CAP . 47µF/ 35 V M orCA1G470S P085
ELECTROLYTIC CAP . 47µF/ 35V MCE1GMASTM470
C1402CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
1ESA10484
Ref. No.DescriptionPart No.
C1403ELECTROLYTIC CAP. 100µF/ 16V M orCE1CMASDL101
ELECTROLYTIC CAP. 100µF/ 16V M orCA1C101SP085
ELECTROLYTIC CAP. 100µF/ 16V MCE1CMASTM101
C1404CHIP CERAMIC CAP.(1608) B K 0.01µF/ 50VCHD1JK30B103
C1405CHIP CERAMIC CAP.(1608) B K 0.047µF/ 50VCHD1JK30B473
C1406CHIP CERAMIC CAP. CH J 220pF/50VCHD1JJ3CH221
C1407CHIP CERAMIC CAP.(1608) B K 6800pF/50VCHD1JK30B682
C1408CHIP CERAMIC CAP.(1608) B K 4700pF/50VCHD1JK30B472
C1409CHIP CERAMIC CAP.(1608) B K 6800pF/50VCHD1JK30B682
C1410CHIP CERAMIC CAP.(1608) B K 4700pF/50VCHD1JK30B472
C1412CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
C1413ELECTROLYTIC CAP. 0.22µF/ 50V M orCE1JMASDLR22
ALUMINUM ELECTROLYTIC CAP 2.2µF/ 50V M CE1JMASTM2R2
C1415ELECTROLYTIC CAP. 2.2µF/ 50V M orCE1JMASDL2R2
ELECTROLYTIC CAP. 2.2µF/ 50V M orCA1J2R2SP085
ALUMINUM ELECTROLYTIC CAP 2.2µF/ 50V M CE1JMASTM2R2
C1416CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
C1417ALUMINUM ELECTR OLYTIC CAP 470µF/ 35V
C1420ELECTROLYTIC CAP. 47µF/ 35V MCA1G470SP096
C1421CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
C1422CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1423CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1425CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1426ELECTROLYTIC CAP. 47µF/ 35V MCA1G470SP096
C1427CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
C1428CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1429CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1430CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1431ELECTROLYTIC CAP. 47µF/ 35V MCA1G470SP096
C1432CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
C1433CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1434CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1435CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1436ELECTROLYTIC CAP. 47µF/ 35V MCA1G470SP096
C1437CHIP CERAMIC CAP.(1608) B K 0.1µF/ 50VCHD1JK30B104
C1438CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1439CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1440CHIP CERAMIC CAP. B K 4.7µF/ 25VCHF1EK30B475
C1450CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1451CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1452CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1453CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1454CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
C1455CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
C1456CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1460CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1461CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1462CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
C1463CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
C1464CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1470CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1471CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1472CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1473CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
C1474CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
C1475CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1480CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1481CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1482CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1483CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
M or
ELECTROLYTIC CAP. 470µF/ 35V M orCE1GMZADL471
ELECTROLYTIC CAP. 470µF/ 35V MCE1GMZPDL471
CE1GMZNTM471
2005122013-8L4264EL
Ref. No.DescriptionPart No.
C1484CHIP CERAMIC CAP.(1608) B K 0.022µF/ 50VCHD1JK30B223
C1485CERAMIC CAP. SL D 10pF/3KVCCD3FDASL100
C1490CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1491CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1495CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1496CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
C1497CHIP CERAMIC CAP.(1608) B K 0.22µF/ 25VCHD1EK30B224
TRANSISTOR KTC3198-GR-AT/PNQS4KTC3198P
Q1403TRANSISTOR 2SC2120-O(TE2 F T) orQQS02SC2120F
TRANSISTOR 2SC2120-Y(TE2 F T)QQSY2SC2120F
Q1405FET TPC8405(TE12 L Q)QF2ZTPC8405Q
Q1406FET TPC8405(TE12 L Q)QF2ZTPC8405Q
Q1407FET TPC8405(TE12 L Q)QF2ZTPC8405Q
Q1408FET TPC8405(TE12 L Q)QF2ZTPC8405Q
Q1410TRANSISTOR 2SC2785(F) orQQSF02SC2785
BC1401PCB JUMPER D0.6-P5.0JW5.0T
RL1401POWER RELA Y SDT-S-112LMRMRNDC12QN014
T1401INVERTER TRANS ETJV25ZB12ACLTZ0 0CPMS004
T1402INVERTER TRANS ETJV25ZB12ACLTZ0 0CPMS004
T1403INVERTER TRANS ETJV25ZB12ACLTZ0 0CPMS004
T1404INVERTER TRANS ETJV25ZB12ACLTZ0 0CPMS004
2005122013-11L4264EL
LCD-A2005
L4264EE
2006-1-23
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