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1st Addition
SERVICE MANUAL
No.SZ12M1132LE350M
LCD COLOUR TELEVISION
MODEL : LC-32LE350M
In the interests of user-safety (Required by safety regulations in some countries) the set should be restored to its original condition and only parts identical to those specified should be used.
CONTENTS
SAFETY PRECAUTION
IMPORTANT SERVICE SAFETY
PRECAUTION................................................i
PRECAUTION FOR USING LEAD-FREE
SOLDER.........................................................ii
CHAPTER 1. OUTLINE
[1] OUTLINE...........................................1-1
CHAPTER 2. SPECIFICATIONS
[1] SPECIFICATION.................................2-1
CHAPTER 3.OPERATION MANUAL
[1] OPERATION MANUAL........................3-1
CHAPTER 4. DIMENSIONS
[1] DIMENSIONS......................................4-1
CHAPTER 6. ADJUSTMENT
[1] ADJUSTMENT....................................6-1
CHAPTER 7. TROUBLESHOOTING TABLE
[1] TROUBLESHOOTING TABLE .........................7-1
CHAPTER 8. OVERALL WIRING/BLOCK DIAGRAM
[1] SYSTEM BLOCK DIAGRAM............................8-1
CHAPTER 9. PRINTED WIRING BOARD ASSEMBLIES
[1] Main Unit .............................................9-1
[2] LED_IR Unit ..........................................9-3
CHAPTER 10. SCHEMATIC DIAGRAM
[1] DESCRIPTION OF SCHEMATIC
DIAGRAM ...........................................10-1
CHAPTER 5. REMOVING OF MAJOR PARTS
[1] REMOVING OF MAJOR PARTS...........5-1
Parts marked with "
" are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the
safety and performance of the set.
This document has been published to be used for
after sales service only.
The contents are subject to change without notice.
LC-32LE350M
SAFETY PRECAUTION
SAFETY PRECAUTIONSAFETY PRECAUTIONSAFETY PRECAUTIONSAFETY PRECAUTION
LC32LE240M
5GTXKEG/CPWCN
IMPORTANT SERVICE SAFETY PRECAUTION
Service work should be performed only by qualified service technicians who are thoroughly familiar with all safety checks and the
servicing guidelines which follow:
WARNING
All checks must be repeated with the AC cord plug connection
reversed. (If necessary, a nonpolarized adaptor plug must be used
only for the purpose of completing these checks.)
1. For continued safety, no modification of any circuit should be
attempted.
Any reading of 0.74 Vrms (this corresponds to 0.5 mA rms AC.) or
more is excessive and indicates a potential shock hazard which
must be corrected before returning the monitor to the owner.
2. Disconnect AC power before servicing.
BEFORE RETURNING THE RECEIVER (Fire &
Shock Hazard)
Before returning the receiver to the user, perform the following
safety checks:
DVM
AC SCALE
3. Inspect all lead dress to make certain that leads are not pinched,
and check that hardware is not lodged between the chassis and
other metal parts in the receiver.
1.5k ohm
10W
4. Inspect all protective devices such as non-metallic control knobs,
insulation materials, cabinet backs, adjustment and compartment
covers or shields, isolation resistor-capacitor networks, mechanical
insulators, etc.
5. To be sure that no shock hazard exists, check for leakage current in
the following manner.
•
Plug the AC cord directly into a 110-240 volt AC outlet.
•
Using two clip leads, connect a 1.5k ohm, 10 watt resistor paralleled by a 0.15 F capacitor in series with all exposed metal cabinet
parts and a known earth ground, such as electrical conduit or electrical ground connected to an earth ground.
•
Use an AC voltmeter having with 5000 ohm per volt, or higher, sensitivity or measure the AC voltage drop across the resistor.
•
Connect the resistor connection to all exposed metal parts having a
return to the chassis (antenna, metal cabinet, screw heads, knobs
and control shafts, escutcheon, etc.) and measure the AC voltage
drop across the resistor.
0.15 µF
TEST PROBE
TO EXPOSED
METAL PARTS
CONNECT TO
KNOWN EARTH
GROUND
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
SAFETY NOTICE
Many electrical and mechanical parts in LCD colour television have
special safety-related characteristics.
For continued protection, replacement parts must be identical to those
used in the original circuit.
These characteristics are often not evident from visual inspection, nor
can protection afforded by them be necessarily increased by using
replacement components rated for higher voltage, wattage, etc.
The use of a substitute replacement parts which do not have the same
safety characteristics as the factory recommended replacement parts
shown in this service manual, may create shock, fire or other hazards.
Replacement parts which have these special safety characteristics are
identified in this manual; electrical components having such features
are identified by " " and shaded areas in the Replacement Parts List
and Schematic Diagrams.
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
i
LC-32LE350M
PRECAUTIONS FOR USING LEAD-FREE SOLDER
Employing lead-free solder
• “PWBs” of this model employs lead-free solder. The LF symbol indicates lead-free solder, and is attached on the PWBs and service manuals. The
alphabetical character following LF shows the type of lead-free solder.
Example:
Indicates lead-free solder of tin, silver and copper.
Indicates lead-free solder of tin, silver and copper.
Using lead-free wire solder
• When fixing the PWB soldered with the lead-free solder, apply lead-free wire solder. Repairing with conventional lead wire solder may cause damage or accident due to cracks.
As the melting point of lead-free solder (Sn-Ag-Cu) is higher than the lead wire solder by 40 C, we recommend you to use a dedicated soldering
bit, if you are not familiar with how to obtain lead-free wire solder or soldering bit, contact our service station or service branch in your area.
Soldering
• As the melting point of lead-free solder (Sn-Ag-Cu) is about 220 C which is higher than the conventional lead solder by 40 C, and as it has poor
solder wettability, you may be apt to keep the soldering bit in contact with the PWB for extended period of time. However, Since the land may be
peeled off or the maximum heat-resistance temperature of parts may be exceeded, remove the bit from the PWB as soon as you confirm the
steady soldering condition.
Lead-free solder contains more tin, and the end of the soldering bit may be easily corroded. Make sure to turn on and off the power of the bit as
required.
If a different type of solder stays on the tip of the soldering bit, it is alloyed with lead-free solder. Clean the bit after every use of it.
When the tip of the soldering bit is blackened during use, file it with steel wool or fine sandpaper.
• Be careful when replacing parts with polarity indication on the PWB silk.
Lead-free wire solder for servicing
PARTS CODE
ZHNDAi123250E
ZHNDAi126500E
ZHNDAi12801KE
PRICE
RANK
BL
BK
BM
PART
DELIVERY
J
J
J
DESCRIPTION
0.3mm 250g (1roll)
0.6mm 500g (1roll)
1.0mm 1kg (1roll)
ii
LC-32LE350M
CHAPTER 1. OUTLINE
[1] OUTLINE
MAJOR SERVICE PARTS
PWB UNIT
Ref No.
N
N
N
N
N
Part No.
DKEYMG165FM01
RDENCA462WJPZ
DUNTKG238WE01
RUNTKB129WJZZ
RUNTKB130WJZZ
Description
MAIN Unit
POWER Unit
LED IR Unit
LED PWB A
LED PWB B
OTHER UNIT
Ref No.
N
N
Part No.
R1LK315T3HB60W
CLCDTA291WE01
Description
32-INCH Panel Hiraki
Panel Assembly
IC FOR EXCLUSIVE USE OF THE SERVICE
Ref No.
IC3104
Part No.
RH-iXD607WJQZQ
Description
Flash IC
1–1
Q'ty
1
1
LC-32LE350M
CHAPTER 2. SPECIFICATIONS
[1] SPECIFICATIONS
Specifications
Model LC-32LE350M
Item
Screen size
80 cm
Resolution
1,049,088 pixels (1366 g 768)
Video Colour System
PAL/SECAM/NTSC 3.58/NTSC 4.43/PAL 60
TV
TV-Standard
Function
Receiving VHF/UHF
Channel
CATV
PAL: B/G, D/K, I SECAM: B/G, D/K, K/K1 NTSC: M
48.00—863.25 MHz
S1—S41ch (including Hyperband)
TV-Tuning System
Auto Preset 99 ch
STEREO/BILINGUAL
NICAM: B/G, I, D/K A2 stereo: B/G
Viewing angles
H : 176º V : 176º
Audio amplifier/Speakers
10 W g 2 / 4 g 10 cm 2pcs
Terminals
Antenna input
UHF/VHF 75 q DIN type
INPUT 1
HDMI (HDMI input), AUDIO in ( 3.5 mm jack)
INPUT 2
VIDEO in, AUDIO in
INPUT 3
VIDEO in, AUDIO in, COMPONENT in
INPUT 4 (PC input) 15 pin mini D-sub, AUDIO in (common use with INPUT 1) ( 3.5 mm jack)
AUDIO OUT
AUDIO out
USB
USB
Headphone
3.5 mm stereo
OSD language
English/Simplified Chinese/Arabic/French/Portuguese/Russian/Persian/Thai/
Vietnamese/Indonesian
Power Requirement
AC 110—240 V, 50/60 Hz
Power Consumption
53 W (0.8 W Stand by)
Dimensions
without stand 735 (W) g 471 (H) g 113 (D) mm
with stand
735 (W) g 463 (H) g 167 (D) mm
Weight
7.9 kg (without stand) / 8.4 kg (with stand)
Operating Temperature
0°C — 40°C
s As a part of policy of continuous improvement, SHARP reserves the right to make design and specification changes for
product improvement without prior notice. The performance specification figures indicated are nominal values of production
units. There may be some deviations from these values in individual units.
2–1
LC-32LE350M
CHAPTER 3. OPERATION MANUAL
[1] OPERATION MANUAL
Part names
TV (Front)
Remote control sensor
POWER indicator
Light off
Lighted (Red)
Lighted (Green)
Power off.
The TV is in stand by mode.
The TV is on.
TV (Rear)
INPUT 1
AUDIO
IN
(R/L)
ANALOGUE RGB
(PC)
ANT
INPUT 4
COMPONENT/AV
R-AUDIO-L VIDEO/Y INPUT
R-AUDIO-L
AUDIO OUT
R-AUDIO-L
VIDEO
11
6
1
2
3
7
1 POWER (On/Off) button
2 MENU button
12
3 INPUT button
4 Channel up (r)/down (s) buttons
5 Volume up (e)/down (f) buttons
13 6 INPUT 1 (HDMI) terminal*
7 INPUT 4 terminal*
8 INPUT 3 terminals
9 AUDIO OUT terminals
10 INPUT 2 terminals
11 Antenna input terminal
12 USB terminal
13 Headphone jack ( 3.5 mm)
s The speakers do not output volume
when headphones are plugged in.
4
8
5
9
10
9
10
* The INPUT 1 and INPUT 4 terminals can both use the same audio input terminal. However, the proper item must be
selected in the “PC audio select” menu.
s The illustrations in this operation manual are for explanation purposes and may vary slightly from the actual operations.
3–1
LC-32LE350M
Remote control unit
12
13
1
2
3
14
4
5
15
6
16
7
17
8
18
9
10
19
11
Off
8 e (Mute)
Press e s Mutes sound.
Press e again s Restores sound.
Mute will be cancelled after 30 minutes. However, the TV
will not suddenly output loud sound as the volume level will
be set to 0 automatically. Increase the volume level by
pressing VOL k.
9 a/b/c/d (Cursor)
Select a desired item on the setting screen.
ENTER
Execute a command.
10 WIDE
Change the wide image mode.
11 Colour (Red/Green/Yellow/Blue)
The coloured buttons are correspondingly used to select the
coloured items on the screen.
1 POWER (STAND BY/ON)
To switch the power on and off.
2 DISPLAY
Display the channel or input information.
3 SLEEP
Set the Sleep timer.
0 hr. 30 min.
7 VOLk/VOLl
Set the volume.
(VOLk) Increase the volume.
(VOLl) Decrease the volume.
1 hr. 00 min.
2 hr. 30 min.
1 hr. 30 min.
2 hr. 00 min.
4 0–9
Set the channel.
5 A (Flashback)
Press A to return to the previous selected channel
or external input mode.
6 AV MODE
Select an audio and video setting.
12 ECO
Reduce overall power consumption based on user
preferences.
13 COLOUR ADJ. (FREEZE)
Freeze a motion picture on the screen and adjust the colour
tone of the still image.
14 PHOTO
Display your pictures directly on the TV screen.
15 INPUT (INPUT SOURCE)
Select an input source.
16 CHr/CHs
TV input mode: Select the channel.
(CHr) Increase the channel number.
(CHs) Decrease the channel number.
17 MENU
Display the menu screen.
18 MPX
Select the sound multiplex mode.
19 RETURN
MENU mode: Return to the previous menu screen.
3–2
LC-32LE350M
Attaching the stand
• Before attaching (or detaching) the stand, unplug the AC cord from the AC outlet.
• Before performing work spread cushioning over the base area to lay the TV on. This will prevent it from
being damaged.
1
Confi-rm the screws supplied with the TV.
Screws (m4)
(used in step 3)
2
Stand base
guide pins
Insert the stand base guide pins to the
stand holes on the rear of the TV. (1)
Screw driver
• Make sure the symbol on the stand base is
parallel with the triangle symbol located at
the back of the TV.
3
Soft cushion
Insert and tighten the 4 screws into the 4 holes
on the rear of the stand base. (2)
Screw
NOTE
• To detach the stand, perform the steps in reverse order.
• The TV position setting is set to 7 backward after attaching
the stand.
• Do not remove the plastic wrap before attaching the stand
base to protect it from scratches.
• The bottom area of the set (curvy area) must be beyond the
table’s edge to prevent the TV from damage.
3–3
INPUT 1
AUDIO
IN
(R/L)
ANALOGUE RGB (PC)
ANT
INPUT 4
COMPONENT/AV INPUT
R-AUDIO-L VIDEO/Y
R-AUDIO-L
AUDIO OUT
Guide pin holes
R-AUDIO-L
VIDEO
Table edge
LC-32LE350M
CHAPTER 4. DIMENSIONS
[1] DIMENSIONS
Unit MM
4–1
LC-32LE350M
CHAPTER 5. REMOVING OF MAJOR
PARTS
[1] REMOVING OF MAJOR PARTS
1. Remo ving of the Rear Cab in et Ass ’y a nd Stand Assembly
1.
R emove the 4 scr ews
and detach the S ta nd Base
2 . R emove the 2 scr ew
, 1 screws
3.
, 6 screws
R emove the 1 scr ew
.
and detech AC cord
.
4. Deta ch the Rear Cabinet Ass’y .
7
6
6
44
5
3
3
1
2
5–1
LC-32LE350M
2. Removing of the Bottom Bracket and speaker L/R
1. Remove 4 screw bottom bracket 1
2, Disconnect SP wayer & remove speaker from L / R panel bosses
3. Remove 1 screw from front angle L/R & remove front angle
2
3
4. Disconnect PD,LW,RA & remove 3 screw main unit 4
5. Disconnect LED wire & remove 4 screw sub main unit
5
5
LED WAYER
4
1
3
2
5–2
3
LC-32LE350M
3. Removing of the LCD Panel Module
1
1. Detech the 10 lock hook
2, and detech the LCD Module
refer figure 1.
2
Rear Cabinet Ass'y
1 Hook
1 Hook
1 Hook
1 Hook
1 Hook
1
Hook
1 Hook
1 Hook
1 Hook
1 Hook
2
Figure 1
KS-Bezel
Cab-A
Lock
Note:
Make sure perfectly detech lock
5–3
LC-32LE350M
CHAPTER 6. ADJUSTMENT
[1] ADJUSTMENT
[1] ADJUSTMENT PROCEDURE
1. Entering and cancel the adjustment process mode
1) While holding down the TV/VIDEO and Volume DOWN keys at the same time, plug in the AC cord to turn on the power. (“K” standing for inspection process mode is displayed on the upper left position of the screen.)
2) Press the Channel DOWN and Volume DOWN keys at the same time. (The adjustment process mode screen appears.)
3) To cancel it, turn off the power using the Power switch or remote control.
2. Remote controller key operation and description of display in adjustment process mode.
1. key operation
Remote controller key
CH (
/
)
VOL (+ / –)
Cursor ( / )
Cursor ( / )
INPUT button on remote controller
ENTER
Main unit key
CH (
/
)
VOL (+ / –)
— —— — — —
——————
Function
Changing channel (UP/DOWN)
Changing volume (UP/DOWN)
Turning a page (PREVIOUS/NEXT)
Changing a selected line setting (+10/-10)
INPUT button
Input source switching (toggle switching)
(TV-DAV-1/SAV-1 o AV-2 o COMPONENT o HDMI o PC)
——————
——————
* Input mode is switched automatically when relevant adjustment is started so far as the necessary input signal is available.
3. Software upgrading.
1) Plug off the LCD TV.
2) Insert the USB device to the USB terminal at the LCD TV.
(Make sure that the latest software is installed in the USB device).
3) Hold the LCD TV power key and plug on the LCD TV.
4) LCD TV is on and detecting the USB device.
USB device found
5) A few seconds later, the software upgrading will start automatically.
Do not power off
Chip Programming
6–1
LC-32LE350M
6) Let the process running & entering verification.
Verifying
Verified
7) Software is successfully installed when the following appears at the end of the process.
Please re-boot the system
Update Finished
8) Plug off the LCD TV and plug ON again as usual.
9) LCD TV is running with the latest software.
4. EDID DATA INPUT
4.1. HDMI EDID
A. HDMI EDID
NO.
1
ITEM
EDID INPUT
(HDMI)
CONDITION
PROCEDURE
Inspection mode
1.
Confirm the file
name/version.
2.
EDID data is input to IC1501 (HDMI1) Ć1
EDID data is input before HDMI operation checking.
(Without EDID data, HDMI will not function correctly)
B. ANALOG PC EDID
NO.
1
ITEM
EDID INPUT
(ANLOG PC)
CONDITION
Inspection mode
PROCEDURE
1.
2.
Confirm the file
name/version.
EDID data is input to IC508 (PC INPUT) at checker line.
Ć2
EDID data is input before Analogue PC operation
checking.
Ć1 HDMI EDID file name: edid_32LE340_HDMI1_111019.bin
Ć2
PC EDID file name
: 32LE340 PC EDID111019.bin
Main Software Package
Model
32LE350M
Main Software Filename
Softw are Package
ORCD_MM_Asia_Pack15_vXXX.bin
: XXX is Software version
If any changes of software, will be informed by MARUHEN.
6–2
LC-32LE350M
2. SIGNAL ADJUSTMENT
A.
PICTURE ADJUSTMENT
Confirmation of signal from generator (setting to spec level)
˖0.7Vp-p ± 0.02Vp-p (pedestal to white level)
PAL Composite signal
15K Component signal (50Hz)
˖Y level
33K Component signal
˖Y level
˖0.7Vp-p ± 0.02Vp-p (pedestal to white level)
˖0.7Vp-p ˖0.7Vp-p ± 0.02Vp-p
Pb, Pr level
˖0.7Vp-p ± 0.02Vp-p (pedestal to white level)
˖0.7Vp-p ˖0.7Vp-p ± 0.02Vp-Com
Pb, Pr level
a) Adjustment Mode
NO.
1
ITEM
CONDITION
Adjustment Mode
PROCEDURE
Press the test key at the test remote control
b) Component 15K 50Hz Signal Adjustment (COMP-SD)
NO.
1
ITEM
Setting
CONDITION
[Signal]
COMP 15K 50Hz
(576i)
100% Full-field
Colour Bar
PROCEDURE
ίFeed the COMPONENT 15K 50Hz (576i) 100% Full-field
Colour Bar signal(100% colour saturation) to
COMPONENT INPUT 3
[Terminal]
COMPONENT
INPUT 3
2
Auto Adjustment
Test Mode page 4
(COMP SD)
100% Whiteė
ĕBlack
At the related page, move cursor to [COMP SD ADJ], press
ENTER.
[OK] appears when finished.
c) Component 33K 60Hz Signal Adjustment (COMP-HD)
NO.
1
ITEM
Setting
CONDITION
[Signal]
COMP 33K 60Hz
(1080i)
100% Full-field
Colour Bar
[Terminal]
COMPONENT
INPUT 3
2
Auto Adjustment
Test Mode page 5
(COMP HD)
PROCEDURE
ίFeed the COMPONENT 33K 60Hz (1080i) 100% Full-field
Colour Bar signal(100% colour saturation) to
COMPONENT INPUT 3
100% Whiteė
ĕBlack
At the related page, move cursor to [COMP HD ADJ], press
ENTER.
[OK] appears when finished.
d) PC (ANALOG RGB) Signal Adjustment (PC-RGB)
NO.
ITEM
CONDITION
PROCEDURE
1
Setting
[Signal]
XGA 60Hz
100% Checkered
Pattern
[Terminal]
PC INPUT 4
ίFeed the XGA 60Hz 100% Checkered pattern signal
(100% colour saturation) to PC INPUT
䯲Please make sure SYNC is OFF.
2
Auto Adjustment
Test Mode page 6
(PC-RGB)
At the related
ENTER.
page,
move
[OK] appears when finished.
6–3
cursor
to
[RGB
ADJ],
press
LC-32LE350M
B. WHITE BALANCE ADJUSTMENT
a) White Balance Adjustment
NO.
1
ITEM
Setting
CONDITION
PROCEDURE
Backlight : MAX
AV Mode : DYNAMIC
Active Backlight : OFF
Set the luminance
meter on the centre
of the screen
For the details of white balance adjustment procedure, please refer to
white balance adjustment spec for Kameyama model.
1. Confirm the set condition.
2. Connect the white balance jig.
3. Through RS-232C command, adjustment mode screen is displayed.
2
Auto
Adjustment
[command]
Adjustment Mode
KRSW0001
KKT10037
[Adjustment Procedure]
1. Using the R/C, set the LCD TV to adjustment mode.
Setting
KYOF0001
OSDS0001
SBSL0016
3. Calculate min. brightness Lmin = Lmax / 5000.
Multi point adj. Mode
MSET0000
WBI20255
Point 2
WBI20229
MG2G****
MG2B****
MG2R****
Point 1
WBI10040
MG1G****
MG1B****
MG1R****
2.
Measure max. brightness Lmax.
4. Measure Point 2 brightness (Lhigh)
5. Set the reference value R,G,B of Point 2 (R2) = 3664 x (229 / P2)
where P2 = 255 x [(Lhigh – Lmin) / (Lmax – Lmin)]1/2.2
6. Set the specified gradation for point 2, fix the most faint colour to get
reference value, adjust others 2 colour to minus adjustment for
reference value of point 2.
7. Measure Point 1 brightness (Llow).
8. Set the reference value R,G,B of Point 1 (R1) = 640 x (40 / P1)
where P1 = 255 x [(Llow – Lmin) / (Lmax – Lmin)]1/2.2
9.Set the specified gradation for point 1. Set G of point 1 to the default
value [(R1 x G value of point 2 / R2), with fractions rounded] and adjust
RB to the reference value of point 1
Write
10. Adjusted value is writing at [command] MSET0003.
MSET0003
11. Set the G of point Max. to the default value (4080 x G value of point 2 /
R2). Set the R,B Max. value [Gmax – G value of point 2 + (R,B value of
point 2)]
Set Max.Level
MGMG****
MGMR****
MGMB****
12. Calculate the slope R2slope, G2slope, B2slope between MAX and Point2.
R2slope = (Rmax - Rhigh )/(4080-3664)
13.Calculate the correction value ‫پ‬Rhigh, ‫پ‬Ghigh, ‫پ‬Bhigh.
‫پ‬Rhigh = R2slope X (3840-3664)
14.Set the reference value R,G,B of point 2 (R2’)=R2+‫پ‬Rhigh
15. Calculate the slope R1slope, G1slope, B1slope between Point2 and Point1.
R1slope = (Rhigh - Rlow )/(3664-640)
6–4
LC-32LE350M
16.Calculate the correction value ‫پ‬Rlow, ‫پ‬Glow, ‫پ‬Blow.
‫پ‬Rlow = R1slope X (717-640)
17.Set the reference value R,G,B of point 1 (R1’)=R1+‫پ‬Rlow
18.Shut down the AC power.
䯲Initial value at RGB 2 point : 3664
䯲Initial value at RGB 1 point : 640
[Adjustment value]
侀Teaching set send by engineering dept is set as reference.
[Reference values for adjustment reference]
Equipment
:
Luminance meter [Minolta CA-210]
Level
Spec
Data
229
x=0.272
y=0.277
0.0010
0.0020
40
x=0.272
y=0.277
0.0045
0.0090
Point 2
ref.
values
Point 1
ref.
values
Adjustment
Spec.
Inspection
Spec.
Ref. : For inspection, set the LCD TV as below.
AV MODE
: [DYNAMIC] (Reset)
Aging Time
: Minimum 30 minutes
3. FACTORY SETTING
AC power is plug off after shipment setting is done.
Caution: Do not plug on again after shipment setting is done. If do, please re-do the shipment setting. Do not
off with remote control.
ITEM
CONDITION
PROCEDURE
Factory setting
AC power off to exit
the factory setting.
1. Setting is done with test remote control.
2. Press the ‘Factory Setting’ key on the remote control continuously.
3. When Green background appears on screen and ‘K’ mark
disappears, setting is completed.
The followings are initialised to factory setting:
1) User setting
2) Channel data (e.g. broadcast frequencies)
3) Manufacturer’s option settings
4) Password data
5) Setting values are set based on model destination
Model Name
Factory Setting
Key Name
Remote Control
Code
S-System Setting
OSD Language
Setting
A3KLG3VSZ/J/I/Y/B/N/M
M-Setting
100000001010110
B/G
ENGLISH
A3KLG3VSP
P-Setting
100000001011110
M
ENGLISH
**Please do inspection for A3KLG3VSP using NTSC signal.
6–5
LC-32LE350M
[2] USB Clone (Smart Loader)
1. Description
The Smart Loader is a function implemented in the service software to easily replicate the user settings of one TV into another.
These settings include (but not restricted to): picture and audio, turning set-up, language and country selection, PIN, child locked programs etc.
Factory adjustments are not copied as they are different for every TV.
The Smart Loader makes possible the user data to be stored in a memory device connected to the USB terminal of the TV that is used as reference
and later load those data into other TVs by using their respective USB terminal.
2. How it works
1. Enter USB clone menu (Smart Loader)
i)
Press panel key [INPUT] and [VOL+] and AC on, it will go to password entry OSD
---
ii)
Enter digit “369” then it will go to Smart Loader Menu
Smart Loader
SMLD Store
SMLD Restore
[
[
]
]
2. Smart Loader function
SMLD Store
1st AQUOS TV
i)
USB
2nd AQUOS TV
SMLD Store
‡
ii)
SMLD Restore
To copy all related data from TV -> USB and put under a fixed filename “SHP_SMLD.bin” (8kB).
SMLD Restore
‡
To restore the related data from USB -> TV.
iii) SMLD Store and Restore execution
‡
To execute SMLD Store or SMLD Restore, highlight at selected item and press Enter.
‡
When copying is in process, “WAIT” is displayed.
‡
After cloning process is done, “OK” is displayed.
If cloning process is not finished due to error (e.g. no pendrive detected), “NG” is displayed.
3. Exit USB Clone menu (Smart Loader)
i)
To exit Smart Loader menu, plug off AC Cord.
6–6
LC-32LE350M
[3] PUBLIC MODE SETTING PROCEDURE
1. How to start Public Mode
‡
There are the following two ways to get the public mode setup screen displayed.
1) Press the “INPUT” and “VOL (+)” keys on the set at once and turn on the power.
2) Get the password input screen displayed.
Procedure
‡ The input starts with the leftmost digit.
‡ Use the numeric keys [1] thru [9] and [10/0] keys on the remote controller.
The other keys are not acceptable.
‡ With a numeric-key input, “–” will change to “ “. The input position will move one digit to the right.
‡ With all the 3 digits entered, the password will be verified.
3) The 3-digit password is now verified.
The password [0] [2] [7] provides for the public mode screen. (This screen comes on with whatever adjustment process settings.)
With any other passwords, the screen changes to the normal mode.
In the adjustment process mode, turn on “PUBLIC MODE”. Also press the “CH (
)” and “VOL (+)” keys on the set at once and turn on the power.
2. How to exit Public Mode
There are the following ways to quit the public mode setup screen.
‡
Turn off “PUBLIC MODE” in the adjustment process mode. (
itself.
‡
Turn off the power with the “POWER” key. (
‡
Select “EXECUTE”.(
) m This way alone is not for quitting the setup screen, but for quitting the mode by
)
)
xxx “PUBLIC MODE” stays on in the adjustment process mode.
xxx The settings will be back to the factory ones.
3. Public Mode Setting Values
‡
With the factory settings made, the public mode settings get initialized. (The adjustment process remains intact.)
6–7
LC-32LE350M
4. Public Mode Menu
The guidance is not displayed onscreen.
Setup procedure
‡ To move the cursor up and down, use the “cursor UP/DOWN” key (remote controller) and “CH (
)/(
)” key (remote controller and set).
‡ To change the settings, use the “cursor RIGHT/LEFT” key (remote controller) and “VOL (+)/(–)” key (remote controller and set).
‡ To save new settings, keep the cursor at “Execute” and use the “cursor RIGHT/LEFT” key (remote controller) and “VOL (+)/(–)” key (remote controller and set).
PUBLIC MODE
POWER ON FIXED
MAXIMUM VOLUME
VOLUME FIXED
VOLUME FIXED LEVEL
RC BUTTON
PANEL BUTTON
MENU BUTTON
ON SCREEN DISPLAY
BLUE SCREEN
INPUT MODE START
INPUT MODE FIXED
232C POWON
START UP SCREEN
PICTURE IMPORT
RC PATH THROGH
RESET
EXECUTE
[
[
[
[
[
[
[
[
[
[
[
[
[
[
[
VARIABLE
60
VARIABLE
20
RESPOND
RESPOND
RESPOND
YES
NO
NORMAL
VARIABLE
DISABLE
OFF
OFF
OFF
]
]
]
]
]
]
]
]
]
]
]
]
]
]
]
<Example of image>
5. On Setting Items
1. POWER ON FIXED
Selection
Default
Explanation
Limit in setting
Exception
Remarks
Variable/Fixed
Variable
When set to “Fixed”, the power cannot be turned off with the power key on the remote control or main unit, and the image
reception state is kept (it does not enter the standby state).
The power can be turned off by shutting off power supply from AC.
‡ Power key on the main unit/remote control power supply key
‡ OFF timer/ON timer
None
‡ Selection of “FIXED” assumes use of STB, etc.
‡ When set to “Variable”, if the main power switch is set to off, the power is turned off after a wait of 1 second.
(Push-push switch only)
‡ Display ON/OFF in the hotel menu is controlled by the adjustment process “HOTEL POWERFIX”.
‡ When the power button is operated, a caution is displayed (it times out in 5 seconds).
(For the caution, refer to the power on fixed message sheet.)
* The caution is not displayed when in the adjustment process, hotel menu, default setting, MCL operation and auto preset
(Ch search operation).
The OSD display including the menu and this caution have priority over all others.
When “OSD display” (described below) is set to “Variable”, this caution is displayed as a special case.
2. MAXIMUM VOLUME
Selection
Default
Explanation
Limit in setting
Exception
Remarks
Adjustment from 1 to 60 (no loop)
60
Sound volume can not be adjusted higher than the preset value.
‡ When the sound volume is set lower than 59, only figures are displayed and the sound volume bar is not displayed.
‡ The maximum sound volume for ON-timer (Wake up timer) is limited also to the preset value.
‡ In the item “VOLUME” of adjustment process, the sound volume can be set freely irrespective of this setting.
‡ Setting is valid only for the speakers of the unit. (As for the headphone, the sound volume can be set up to 60 irrespective
of the limit.)
‡ In line output (sound volume variable), the sound volume can be adjusted from -60 to 0 irrespective of pre-adjusted value.
‡ When the sound volume is set higher than the MAX setting by the adjusting process or headphone, the sound volume control operation is prohibited for turn-up and the sound volume should be turned down to MAX in this state.
6–8
LC-32LE350M
8. ON SCREEN DISPLAY
Selection
Default
Explanation
Limit in setting
Others
Exception
Selection between “Yes”, “No” (loop provide)
Yes
The following OSD displays are made ineffective.
Displays of menu group, channel call, sound volume bar and direct key call
‡ Set time of the OFF-timer (SLEEP TIMER) is cleared.
‡ Setting of the no-signal power-OFF (AUTO POWER OFF) is cleared to “OFF”.
‡ Setting of the no-operation power-OFF is cleared to “OFF”.
‡ Keys falling under any of the following items become invalid.
1) Appearance of screen changes and the sound changes.
2) Personal functions which are hard to restore.
Ex.) Screen display, menu, OFF-timer, ON-timer, AV MODE, screen size switching, clock setting, treble emphasis,
AUDIO ONLY, sound changeover, LANGUAGE, CLOSED CAPTION
‡ Simple input switching is generated. Those which are restored soon after leaving as they are and may be requested for
change by customer are not prohibited.
Ex.) Brightness sensor (BACKLIGHT) and PIC. FLIP
‡ Such a caution which is displayed independently is displayed as it is.
Non-responding signal caution, TELE TEXT caution and power-ON fixing caution
9. BLUE SCREEN
Selection
Default
Explanation
Selection between “Yes”, “No”
No
When no signal inputs, selecting the background color.
Selected to “Yes”---Blue screen
Selected to “No”---No Blue screen
10.INPUT MODE START
Selection
Default
Explanation
About options
Limit in setting
Exception
Remarks
Selection between “Normal”, “TV (CH~)” “INPUT1~8” (loop provide)
Normal
In power-ON, the input source to be started or channel can be set.
(In standard mode, the operation follows the last memory.)
‡ All the input sources in the model are made selectable.
‡ When the input/output switchable input source is selected and the input source is set to output, the setting of input/output
switching is changed to input at the execution of hotel menu. In addition, the input/output switching by menu is prohibited.
‡ In TV mode, the display of all channels is stopped and it is treated as an input source. At this time, the channel to be set follows the last memory and the content of the last memory is included in the notation by options. Ex.) TV (CH2), TV (CH4)
etc.
‡ The order of appearance of options in the hotel menu should agree with the order of toggles by input switching key.
‡ The display of channel setting menu and the channel setting operation are prohibited (except for MCL).
None
‡ In setting at “Normal”, the setting of “Input mode fixed” is changed to “Variable” and selection should be prohibited.
11. INPUT MODE FIXED
Selection
Default
Explanation
Limit in setting
Selection between “Variable” and “Fixed” (loop provide)
– (Variable)
The input mode is fixed at the input source or the channel set at the “Input mode start” in 9 and other input sources and channels can be made non-selectable.
‡ With the execution of hotel mode, the input source is forced to change to that set by “Input mode start” and the channel
switching and input switching are prohibited thereafter.
‡ The following keys are invalidated.
CH
Exception
Remarks
, direct tuning button, FLASHBACK, input
*However, the keys (input switching and CH
, keys) of the unit for menu operation remain valid.
None
‡ In the following case, setting is cancelled and mode is changed to “Variable”.
When the setting of “Input mode start” is set to “Standard (Normal)”
12.232C POWON
Selection
Default
Explanation
Limit in setting
Exception
Remarks
“Enable” and “Disable”
Disable
When in the standby state, power ON by the RS-232C command is enabled or disabled.
None
None
RS-232C power ON command “POWR1_ _ _
”
6–9
LC-32LE350M
8. ON SCREEN DISPLAY
Selection
Default
Explanation
Limit in setting
Others
Exception
Selection between “Yes”, “No” (loop provide)
Yes
The following OSD displays are made ineffective.
Displays of menu group, channel call, sound volume bar and direct key call
‡ Set time of the OFF-timer (SLEEP TIMER) is cleared.
‡ Setting of the no-signal power-OFF (AUTO POWER OFF) is cleared to “OFF”.
‡ Setting of the no-operation power-OFF is cleared to “OFF”.
‡ Keys falling under any of the following items become invalid.
1) Appearance of screen changes and the sound changes.
2) Personal functions which are hard to restore.
Ex.) Screen display, menu, OFF-timer, ON-timer, AV MODE, screen size switching, clock setting, treble emphasis,
AUDIO ONLY, sound changeover, LANGUAGE, CLOSED CAPTION
‡ Simple input switching is generated. Those which are restored soon after leaving as they are and may be requested for
change by customer are not prohibited.
Ex.) Brightness sensor (BACKLIGHT) and PIC. FLIP
‡ Such a caution which is displayed independently is displayed as it is.
Non-responding signal caution, TELE TEXT caution and power-ON fixing caution
9. BLUE SCREEN
Selection
Default
Explanation
Selection between “Yes”, “No”
No
When no signal inputs, selecting the background color.
Selected to “Yes”---Blue screen
Selected to “No”---No Blue screen
10.INPUT MODE START
Selection
Default
Explanation
About options
Limit in setting
Exception
Remarks
Selection between “Normal”, “TV (CH~)” “INPUT1~8” (loop provide)
Normal
In power-ON, the input source to be started or channel can be set.
(In standard mode, the operation follows the last memory.)
‡ All the input sources in the model are made selectable.
‡ When the input/output switchable input source is selected and the input source is set to output, the setting of input/output
switching is changed to input at the execution of hotel menu. In addition, the input/output switching by menu is prohibited.
‡ In TV mode, the display of all channels is stopped and it is treated as an input source. At this time, the channel to be set follows the last memory and the content of the last memory is included in the notation by options. Ex.) TV (CH2), TV (CH4)
etc.
‡ The order of appearance of options in the hotel menu should agree with the order of toggles by input switching key.
‡ The display of channel setting menu and the channel setting operation are prohibited (except for MCL).
None
‡ In setting at “Normal”, the setting of “Input mode fixed” is changed to “Variable” and selection should be prohibited.
11. INPUT MODE FIXED
Selection
Default
Explanation
Limit in setting
Selection between “Variable” and “Fixed” (loop provide)
– (Variable)
The input mode is fixed at the input source or the channel set at the “Input mode start” in 9 and other input sources and channels can be made non-selectable.
‡ With the execution of hotel mode, the input source is forced to change to that set by “Input mode start” and the channel
switching and input switching are prohibited thereafter.
‡ The following keys are invalidated.
CH
Exception
Remarks
, direct tuning button, FLASHBACK, input
*However, the keys (input switching and CH
, keys) of the unit for menu operation remain valid.
None
‡ In the following case, setting is cancelled and mode is changed to “Variable”.
When the setting of “Input mode start” is set to “Standard (Normal)”
12.232C POWON
Selection
Default
Explanation
Limit in setting
Exception
Remarks
“Enable” and “Disable”
Disable
When in the standby state, power ON by the RS-232C command is enabled or disabled.
None
None
RS-232C power ON command “POWR1_ _ _
”
6 – 10
LC-32LE350M
13.RC PATH THROUGH
Selection
Default
Explanation
Limit in setting
Exception
Remarks
“Off”, “On: TV RCE”, “On: TV RCD”
Off
Remote control signal output from the pin 9 of the RS-232C terminal and signal reception is enabled or disabled.
When set to “ON: TV RCE”, TV also receives signals. With “ON: TV RCD”, the remote control signal is output from the pin 9,
but TV does not respond to the remote control.
When set to “ON: TV RCD”, TV does not accept the remote control.
None
6 – 11
LC-32LE350M
CHAPTER 7. TROUBLESHOOTING
TABLE
[1] TROUBLESHOOTING TABLE
[1] TROUBLESHOOTING TABLE
No power (front LED failure to light up) or no startup (front LED failure to turn from red to green)
Are the wire harnesses and other cables properly connected in
the set?
NO
Reconnect the wire harnesses and other cables properly in the
set.
YES
Is there the AC_CTRL and PNL_POWER signal input at pins
(126) and (127) of IC3301?
NO
Check the AC_CTRL signal line PNL_POWER signal line.
YES
Are the DC/DC converter outputs and the output voltages along
the control lines as specified?
NO
Check the DC/DC converters and the control lines. Replace
defective parts as required.
1)
2)
3)
4)
5)
6)
7)
M+5.6V (IC9603)
D+1.26V (IC9605)
D+5V (IC9610)
B4+5V (IC9603)
D+3.3V (IC9608)
D+1.8V (IC9609)
D+2.5V (IC9611)
8) B4+3.3V (IC9607)
7–1
LC-32LE350M
With [RF] signal input
No video onscreen (1)
No video in the UHF/VHF reception
Is there IF output from the tuner pin(10) of TU1101 as specified?
NO
Check TU1101 and its peripheral circuits.
YES
Is there VIF input at pin 74 & 75 of IC3301?
NO
Check the circuit between TU1101 & IC3301.
YES
Are there the signal outputs (pin 100-107, 109,110) of IC3301?
NO
Check IC3301 and its peripheral circuit.
YES
Check LVDS cable, LCD controller (incl. panel) and their peripheral circuits.
With <Video> signal input
No video onscreen (2)
No external input video onscreen <INPUT 2>
Is INPUT 2 selected on the input select menu screen?
NO
Select INPUT 2 on the input select menu screen to pick up the
right input signal.
YES
Is there the video signal input at pin (43) of IC3301?
NO
Check the line between pin (9) of J502 and pin (43) of IC3301.
YES
Are there the signal outputs (pin 100-107, 109,110) of IC3301?
NO
Check IC3301 and its peripheral circuits.
YES
Check LVDS cable, LCD controller (incl. panel) and their peripheral circuits.
7–2
LC-32LE350M
With <Component> signal input
No video onscreen (3)
No external input video onscreen <INPUT 3>
Is INPUT 3 selected on the input select menu screen?
NO
Select INPUT 3 on the input select menu screen to pick up the
right input signal.
YES
Are there the Y, Pb and Pr signal inputs at pins (36), (34) and
(38) of IC3301 respectively?
NO
Check the line between pins (15)/(17)/(19 )of J502 and pins (36)/
(34)/(38) of IC3301.
NO
Check IC3301 and its peripheral circuits.
YES
Are there the signal outputs (pin 100-107, 109,110) of IC3301?
YES
Check LVDS cable, LCD controller (incl. panel) and their peripheral circuits.
With <HDMI> signal input
No video onscreen (4)
No external input video onscreen <INPUT 1>.
Is INPUT 1 selected on the menu screen?
NO
Select INPUT 1 on the input select menu screen to pick up the
right signal input.
YES
Are there signal outputs from SC1501 to IC3301?
NO
Check peripheral circuits between SC1501 and IC3301.
YES
Are there the signal outputs (pin 100-107, 109,110) of IC3301?
NO
Check IC3301 and its peripheral circuits.
YES
Check LVDS cable, LCD controller (incl. panel) and their peripheral circuits.
7–3
LC-32LE350M
No audio heard (1)
No sound in the UHF/VHF reception.
Is the IF output from the tuner pin (10) of TU1101 as specified?
NO
Check TU1101 and its peripheral circuits.
YES
Is there the SIF signal input at pins (77), (78) of IC3301?
NO
Check IC3301 and its peripheral circuits.
YES
Is there audio signal intput at pin(6) of IC1701?
NO
Check connection between IC3301 and IC1701 and its
peripheral circuits.
NO
Check IC1701 and its peripheral circuits.
NO
Check circuit between IC1701 & P1701.
YES
Is the L-ch audio signal output at pin (26),(27) ，(30),(31)
of IC1701 normal?
Is the R-ch audio signal output at pin (10），(11), (14) ， (15),
of IC1701 normal?
YES
Are the audio signal L-ch and R-ch output at (3)/(4) and (1)/(2) of
P1701 normal?
YES
Check speakers and their peripheral circuits.
7–4
LC-32LE350M
No audio heard (2)
No external audio heard
<INPUT 2>
Is there the L-ch audio signal input from pin (7) of input terminal
J502 to pin (47) of IC3301?
Is there the R-ch audio signal input from pin (5) of input terminal
J502 to pin (48) of IC3301?
<INPUT 3>
Is there the L-ch audio signal input from pin (13) of input terminal
J502 to pin (49) of IC3301?
Is there the R-ch audio signal input from pin (11) of input terminal
J502 to pin (50) of IC3301?
YES
Is there the I2S signal output at pin (80), (81) of IC3301?
NO
Check IC3301 and its peripheral circuits.
YES
Is there audio signal input at pin(6) of IC1701?
NO
Check connection between IC3301 and IC1701 and its peripheral circuits.
YES
Is the L-ch audio signal output at pin(26), (27) ,(30),(31) of
IC1701 normal ?
NO
Check IC1701 and its peripheral circuits.
Is the R-ch audio signal output at pin(10), (11),(14),(15) of
IC1701 normal ?
YES
Are the audio signal L-ch and R-ch output at (3)/(4) and (1)/(2) of
P1701 normal?
NO
YES
Check speakers and their peripheral circuits.
7–5
Check circuit between IC1701 & P1701.
LC-32LE350M
No audio heard (3)
No HDMI sound heard. <INPUT 1>
(*INPUT 1 is digital audio.)
Does the HDMI image appear onscreen?
NO
Refer to “<INPUT 1> in No external input video onscreen
(HDMI)”.
No audio output from <INPUT 1>
NO
Check it if EDID is written or not.
YES
Are waveforms input in to the pin(3-6), (8), (9), (11), (12)
of IC3301 normally?
NO
Check peripheral circuits IC3301.
NO
Check connection between IC3301 and IC1701 and its peripheral circuits.
YES
YES
Is there audio signal input at pin(6) of IC1701?
YES
Is the L-ch audio signal output at pin(26), (27) ,(30), (31)
NO
Check IC1701 and its peripheral circuits.
NO
Check circuit between IC1701 & P1701.
of IC1701 normal?
Is the R-ch audio signal output at pin(10),(11),(14),(15)
of IC1701 normal?
YES
Are the audio signal L-ch and R-ch output at (3)/(4) and (1)/(2) of
P1701 normal?
YES
Check speakers and their peripheral circuits.
7–6
LC-32LE350M
No audio heard (4)
No sound from the HDMI sound input terminal.
(INPUT 1 analog audio)
YES
Is there the L-ch audio signal input from pin (2) of external input
terminal J506 (HDMI AUDIO IN) to pin (55) of IC3301?
Is there the R-ch audio signal input from pin (3) of external input
terminal J506 (HDMI AUDIO IN) to pin (56) of IC3301?
YES
Are I2S signal output from the pins (80), (81) of IC3301 normally?
NO
Check peripheral circuits of IC3301.
YES
Is there audio signal input at pin(6) of IC1701?
NO
Check connection between IC3301 and IC1701 and its peripheral circuits.
YES
Is the L-ch audio signal output at pin(26),(27),(30),(31)
of IC1701 normal?
NO
Check IC1701 and its peripheral circuits.
NO
Check circuit between IC1701 & P1701.
Is the R-ch audio signal output at pin(10),(11),(14),(15)
of IC1701 normal?
YES
Are the audio signal L-ch and R-ch output at (3)/(4) and (1)/(2) of
P1701 normal?
YES
Check speakers and their peripheral circuits.
7–7
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㪛㪩㪘㪤㩷㪠㪝
㪤㪪㪫㪍㪈㪇㪇㪭㪪
㪩㪼㪽㩷㪥㫆㪅㪠㪚㪊㪊㪇㪈
㪩㪟㪄㪠㪯㪛㪇㪊㪌㪊㪮㪡㪱㪱㪨
㪫㪜㪤㪧㩷㪪㪜㪥㪪㪦㪩
㪫㪟㪊㪊㪇㪈
㪤㪈㪈㪇㪊㪡㪈㪌
㪢㪜㪰㪆㪪㪮
㪪㪐㪇㪈㪄㪪㪐㪇㪎
㪢㪜㪰
㪢㪜㪰㪈㪆㪉㪆㪧㪦㪮㪜㪩㩷㪪㪮
㪠㪥㪧㪬㪫㪈
㪟㪧㪛㪇㪶㪠㪥㪆㪛㪌㪭
㪻㪸㫋㪸㩿㪋㪀
㪟㪛㪤㪠㩷㪈㩷㪪㪚㪈㪌㪇㪈
㪨㪪㪦㪚㪱㪘㪈㪎㪌㪮㪡
㪟㪆㪮㩷㪩㪜㪪㪜㪫
㪫㪬㪥㪜㪩
㪫㪬㪈㪈㪇㪈
㪩㪫㪬㪥㪨㪘㪇㪎㪊㪮㪡㪨㪱
㪘㪬㪛㪠㪦㪶㪦㪬㪫
㪘㪬㪛㪠㪦㩷㪘㪤㪧
㪠㪚㪉㪎㪇㪋
㪭㪟㪠㪰㪛㪘㪈㪍㪋㪛㪱㪄㪈㪰
㪠㪉㪪
㪫㪬㪥㪜㪩
㪠㪉㪪
㪟㪛㪤㪠
㪪㪧㪧㪉㪎㪇㪈
㪨㪧㪣㪞㪥㪙㪇㪐㪉㪮㪡㪱㪱㪰
㪪㪧㪶㪣
8–1
㪪㪧㪶㪩
㪪㪧㩷㪤㪬㪫㪜
㪪㪧 㪩
㪋㪆㪏㱅㪈㪇㪮
㪪㪧 㪣
㪪㪧㪶㪣
㪋㪆㪏㱅㪈㪇㪮
㪪㪧㪠㩷㪠㪆㪝
㪣㪭㪛㪪㩿㪏㪹㫀㫋㪀
㪪㪧㪠㩷㪝㪣㪘㪪㪟
㪠㪚㪏㪋㪇㪋
㪩㪟㪄
㪠㪯㪛㪉㪍㪌㪮㪡㪱㪱㪨
㩷
㪠㪩㪜㪤
㪠㪉㪚
㪠㪉㪚
㪯㪠㪥㪆㪯㪦㪬㪫
㪻㪸㫋㪸㩷㪘㩿㪏㪀
㪺㫃㫂㩷㪘㩿㪉㪀
㪜㪩㪩㪦㪩
㪦㪝㪣
㪧㪥㪣㩷㪪㪫㪙
㪣㪜㪛㪶㪩
㪣㪜㪛㪶㪞
㪪㪧㪠㩷㪝㪣㪘㪪㪟㩷
㪮㪩㪠㪫㪜
㪚㪟㪜㪢㪜㪩 㪣㪘㪥㪛
㪞㪧㪠㪦㪍
㪞㪧㪠㪦㪊㪎
㪠㪩㩷㪠㪥
㵘㵘㵘㵘
㪜㪜㪧㪩㪦㪤㩿㪛㪘㪫㪘㪀
㪠㪚㪏㪋㪇㪉
㪭㪟㪠㪩㪉㪋㪈㪉㪏㪘㪪㪄㪈㪰
㪠㪉㪚㩷
㪜㪜㪧㪩㪦㪤㩿㪟㪛㪚㪧㪀
㪠㪚㪏㪋㪇㪊
㪩㪟㪄
㪠㪯㪛㪈㪈㪇㪮㪡㪱㪱㪨
㪠㪉㪚㩷
㪯㪫㪘㪣㩿㪉㪋㪅㪇㪤㪟㫑㪀
㪯㪊㪊㪇㪈
㪩㪚㪩㪪㪚㪘㪉㪊㪐㪮㪡㪨㪱㪰
䊌䊈䊦㔚Ḯ
㪧㪉㪍㪇㪈
㪊㪇㩷㫇㫀㫅
㪉㪐㪑㩷㪈㪉㪭
㪧㪛
㪬㪩㪂㪈㪉㪅㪉㪭
㪞㪥㪛
㪧㪪㪶㪦㪥
㪜㪩㪩㪦㪩
㪦㪝㪣
㪪㪫㪙
㪬㪩㪂㪈㪉㪅㪉㪭
㪞㪥㪛
㪧㪪㪶㪦㪥
㪜㪩㪩㪦㪩
㪦㪝㪣
㪪㪫㪙
FFC
㪠㪩㩷㪩㪼㪺㫀㪼㫍㪼㫉
㪩㪤㪚㪈㪇㪈
㪣㪜㪛
㪛㪈㪌㪊㪆㪛㪈㪌㪉
㪻㪸㫋㪸㩷㪘㩿㪏㪀
㪺㫃㫂㩷㪘㩿㪉㪀
㩷
POWER UNIT
P151
5PIN
S
㪩㪚㪆㪣㪜㪛
㪧㪛
P101
5PIN
S
䊝䉳䊠䊷䊦
㪊㪉㩷㪑㩷㪮㪯㪞㪘
CN1 (2pin)
LED1_A
LED1 K
LED BAR
LED1_A
LED1_K
CN1
2pin
WIRING
㪪㪧㪶㪩
CHAPTER 8. OVERALL
㪪㪧㪠
LC-32LE350M SYSTEM BLOCK
LC-32LE350M
/
BLOCK DIAGRAM
[1] SYSTEM BLOCK DIAGRAM
LC-32LE350M
CHAPTER 9. PRINTED
WIRING
BOARD ASSEMBLIES
[1] MAIN Unit
Main ( A-Chip )
H
G
F
E
D
C
B
A
1
2
3
4
6
5
9–1
7
8
9
10
LC-32LE350M
Main ( B-Symbol )
H
G
F
E
D
C
B
A
1
2
3
4
6
5
9–2
7
8
9
10
LC-32LE350M
[2] LED_IR Unit
LED A -Symbol
LED A -Chip
H
G
F
E
D
C
B
A
1
2
3
4
6
5
9–3
7
8
9
10
LC-32LE350M
LED B -Symbol
LED B -Chip
H
G
F
E
D
C
B
A
1
2
3
4
6
5
9–4
7
8
9
10
LC-32LE350M
CHAPTER 10. SCHEMATIC
DIA-
GRAM
[1] DESCRIPTION OF SCHEMATIC DIAGRAM
1. VOLTAGE MEASUREMENT CONDITION:
1) The voltages at test points are measured on exclusive AC adaptor and the stable supply voltage of AC 110-240V. Signals are fed by a colour bar signal
generator for servicing purpose and the above voltages are measured with a 20k ohm/V tester.
2. INDICATION OF RESISTOR & CAPACITOR:
RESISTOR
1) The unit of resistance " " is omitted.
(K=k =1000 , M=M ).
2) All resistors are ± 5%, unless otherwise noted.
(K= ± 10%, F= ± 1%, D= ± 0.5%)
3) All resistors are 1/16W, unless otherwise noted.
CAPACITOR
1) All capacitors are F, unless otherwise noted.
(P=pF=
F).
2) All capacitors are 50V, unless otherwise noted.
CAUTION:
This circuit diagram is original one, therefore there may be a slight
difference from yours.
SAFETY NOTES:
1) DISCONNECT THE AC PLUG FROM THE AC OUTLET
BEFORE REPLACING PARTS.
2) SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS
POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS
OPERATING.
IMPORTANT SAFETY NOTICE:
PARTS MARKED WITH " " (
) ARE IMPORTANT
FOR MAINTAINING THE SAFETY OF THE SET. BE SURE TO
REPLACE THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE SAFETY AND PERFORMANCE OF THE SET.
10 – 1
LC-32LE350M
(MASTER)
LC-32LE350M
H
MAIN1 (TUNER)
TL1112
TU1101
NQA073WJQZ
C1108
1000P
50V
F
C1104
10u
16V
(PWB)
*C1105
10u
16V
330u
AIF-
SCL
SDA
9
10
11
8
TL1108
TL1106
TL1105
AIF+
TL1111
7
TL1110
NC
6
TL1109
NC
5
TL1107
4
(PWB)
CIL
*L1101
FB1101
0253TA
(PWB)
ASY
*C1107
IF_AGC
NC
3
TL1102
TL1101
C1103
0.1u
25V
3.3V
2
TL1104
RESET
1
TL1103
NC
G
10uH
(PWB)
*C1106
10u
16V
(PWB)
*R1114
3.3K
R1107
100
R1108
100
4.7K
*R1109
(PWB)
4.7K
*R1110
(PWB)
CCZ
*C1101
(PWB)
C
*
47P
4
C1116
0.1u
I2C_DAT
I2C_CLK
(PWB)
*R1112
0
(PWB)
*R1111
100
(PWB)
*C1117
0.022u
C1118
0.01u
E
IF_IN-
R1116
10K
IF_IN+
TUNER_RESET
16V
*R1113
47K
(PWB)
D
C
IF_IN-
IF_IN+
B
I2C_DAT
I2C_CLK
TAGC
A
DUNTKG165WE
1
2
3
4
6
5
10 – 2
7
8
9
10
LC-32LE350M
LE350_PP(2012.10.16)
TL1112
TO MAIN10(POWER)
D+3.3V
4.7K
1109
PWB)
D+3.3V
4.7K
*R1110
(PWB)
CCZ
*C1101
(PWB)
CCZ
*C1102
(PWB)
47P
47P
TO MAIN5(CPU)
TUNER_RESET
C1109
0.1u
IF_IN-
CZ
R1104
R1101
33
180
C1111
0.1u
VIFM
R1102
33
IF_IN+
CIL
L1102
C1115
180P
100nH
CZ
R1103
180
C1112
0.1u
VIFP
C1110
0.1u
C1113
22P
C1114
22P
I2C_DAT
I2C_DAT
I2C_CLK
I2C_CLK
TAGC
10
TAGC
11
12
13
14
15
10 – 3
16
17
18
19
LC-32LE350M
(MASTER)
LC-32LE350M
H
MAIN2 (HDMI-TERM)
G
F
TOP
INPUT1
" (HPD @ )8f$N ;E M M 3N G ’!&M W !J
SC1501
ZA347WJQZ
E
D1510
DB2S310L
24
20
22
2
1
4
25
6
3
8
5
7
10
12
11
9
D1516
DB2S310L
*TL1510
14
13
16
15
21
18
17
19
R1511
47K
CZ
*D1501
DB2S310L
Q1501
LTC044EEB
*R1507
47K
CZ
23
R1505
1K
*R1502
4.7K
1
3
(PWB)
*TL1507
R1516
*TL1513
2
*R1501
1K
4
*TL1504
(P
*R
*R1506
CZ
0
47K
*TL1501
D
*D1505
1SS226
1SS226
R1504
HDMI0_D0P
1
2
HDMI0_D1P
8
*SG1507
VXA187WJQZ
(PWB)
C
*SG1519
VXA187WJQZ
(PWB)
*SG1513
C1501
10u
16V
KZA837WJQZ
VXA187WJQZ
(PWB)
HDMI0_D2P
VXA187WJQZ
(PWB)
*SG1510
VXA187WJQZ
(PWB)
*SG1504
VXA187WJQZ
(PWB)
7
6
5
SCL
SDA
EEPROM
A1
A2
GND
VCLK
IC1501
BR24T02J
C1502
0.01u
25V
CZB
*SG1522
VXA187WJQZ
(PWB)
*SG1501
VCC
*TL1503
*TL1502
HDMI0_D1N
HDMI0_D2N
A0
1
2
3
4
*SG1516
VXA187WJQZ
(PWB)
B
A
DUNTKG165WE
1
2
3
4
6
5
10 – 4
7
10
*TL1505
2
2
R1503
47K
CZ
HDMI0_D0N
1
3
*D1508
3
4
3
1
(PWB)
(PWB)
HDMI0_CLKN
HDMI0_CLKP
8
9
10
LC-32LE350M
M)
LE350_PP(2011.11.12)
TO MAIN10(POWER)
D+5V
D+5V
BU+3.3V
Q1503
;E M M 3N G ’!&M W !J ;E 8~ $1$O I > 2A %\ !<%I D L $j !K
BU+3.3V
R1510
10K
CZ
*TL1506
*D1501
DB2S310L
LTC044EEB
*R1507
47K
CZ
Q1502
TO MAIN5(CPU)
LTC044EEB
(PWB)
HPD_+5V_IN
*R1509
0
(PWB)
HPD_CTRL
(PWB)
*R1508
0
CZ
*R1506
CZ
0
WP_CTRL
HDMI_DAT
HDMI_CLK
3
1
2
4
R1504
HDMI0_CLKN
10
HDMI0_CLKP
7
*TL1505
*TL1503
*TL1502
HDMI0_D0N
6
5
SCL
SDA
EEPROM
A1
A2
GND
CLK
1501
HDMI0_D0P
HDMI0_D1N
HDMI0_D1P
HDMI0_D2N
R24T02J
2
3
HDMI0_D2P
4
*D1502
1SS420
*R1546
27K
F
CZ
R1547
200
HDMI_CEC
HDMI_ARC
10
11
12
13
14
15
10 – 5
16
17
18
19
LC-32LE350M
(MASTER)
LC-32LE350M
H
MAIN3(TERMINAL)
CO
10
G
*TL540
9
*TL545
*TL566
*TL542
R549
75
TQ
(PWB)
*VA532
VXA005WJ
(PWB)
*VA533
VXA005WJ
R533
75
TQ
(PWB)
*VA519
VXA005WJ
(PWB)
*VA518
VXA005WJ
*TL565
*C530
56P
F
R548
75
TQ
R534
10K
(PWB)
*C531
1000P
USB:500mA max
J501
R532
12K
ZA284WJQZ
USB Atype Right Angle
CVBS1
2
*TL517
1
E
*VA506
VXA074WJ
39V
1.1pF
*VA505
VXA074WJ
39V
1.1pF
COMP1_Pb
3
USB_D0N
*TL516
+5V
CVBS_AUD_L
USB_D0P
*TL515
USB_DN
COMP1_Pr
GND
4
*TL514
USB_DP
*TL584
4
5
ON
1
*TL579
Vin
Vout
C503
10u
16V
KZA837WJQZ
IC510
C581
10u
16V
3479A50P
KZA837WJQZ
GND
2
*TL580
N.C.
*TL558
3
PC_R
*TL556
C582
0.1u
(PWB)
*TL553
*VA528
R582
75
TQ
(PWB)
*C549
5P
CH
R583
75
TQ
(PWB)
*C550
5P
CH
R584
75
TQ
(PWB)
*C551
5P
CH
VXA005WJ
*TL501
SC502
NB037WJQZ
PC_G
*TL560
1
2
3
5
*TL541
4
D
16
6
*VA529
VXA005WJ
11
7
8
12
9
13
14
15
*TL550
10
17
(PWB)
*TL555
*TL552
*TL544
*TL546
PC_B
(PWB)
*VA530
VXA005WJ
2
R577
10K
*TL547
3
*TL548
1
*TL549
(PWB)
*VA525
J506
JA024WJ
C
J
PC_AUD_L
C544
56P
R590
12K
(PWB)
C553
1000P
PC AUDIO
R578
J
10K
(PWB)
(PWB)
*D508
*VA501
VXA005WJ
VXA005WJ
EXA541WJ
R613
100
PC_AUD_R
C543
56P
R581
12K
*VA524
C548
1000P
R610
2.2K
VXA005WJ
(PWB)
*D509
(PWB)
*VA502
VXA005WJ
EXA541WJ
R614
100
*C560
47P
(PWB)
R611
2.2K
(PWB)
*D512
EXA541WJ
(PWB)
*D513
EXA541WJ
(PWB)
*VA503
VXA005WJ
*C561
47P
(PWB)
(PWB)
*VA504
VXA005WJ
B
A
1
2
3
4
6
5
10 – 6
7
8
9
10
20
*TL529
LC-32LE350M
LE350_PP(2012.10.16)
LA047WJQZ
J502
AV1_R
AV1_L
AV1_V
AV_OUT_R
AV_OUT_L
HP SIDE
J504
J0101SE
4
*TL537
*TL559
3
14
13
12
1
2
*TL524
C501
0.01u
(PWB)
*VA509
VXA005WJ
VXA005WJ
(PWB)
*VA515
(PWB)
*VA516
VXA005WJ
(PWB)
*VA510
VXA005WJ
*TL527
(PWB)
*VA531
VXA005WJ
(PWB)
*VA520
VXA005WJ
(PWB)
*VA532
VXA005WJ
*TL536
*TL564
*TL543
(PWB)
*VA507
*TL535
*TL565
2
6
7
11
*TL530
*TL528
*TL534
4
R510
R506
100K
R503
1K
1
5
3
*TL511
15
(PWB)
*VA511
*TL562
*TL529
16
5
VXA005WJ
6
*TL510
17
*TL538
*TL568
*TL545
18
7
8
VXA005WJ
19
*TL509
20
(PWB)
*VA508
9
*TL508
10
COMP_R
COMP_L
COMP_Y
COMP_CB
VXA005WJ
COMP_CR
100K
*R504
*C526
1000P
R536
10K
R528
100
1/4W
R547
75
TQ
TO MAIN5(CPU)
*C509
0.01u
(PWB)
*C533
1000P
R526
100
1/4W
R516
10K
(PWB)
*C518
1000P
R527
100K
*C504
10P
*C514
56P
*C517
56P
*C532
56P
R548
75
TQ
*C502
10P
0
*C527
1000P
COMP1_Y
COMP1_Pb
R513
10K
COMP1_Pr
CVBS1
(PWB)
*C515
1000P
*C508
0.01u
R525
100K
COMP_AUD_L
R511
12K
R515
12K
R535
12K
COMP_AUD_R
R508
33
R505
33
R502
10K
CVBS_AUD_L
HP_R_OUT
HP_L_OUT
HP_PLUG
COMP_AUD_R
MON_R_OUT
COMP_AUD_L
MON_L_OUT
COMP1_Y
COMP1_Pb
CVBS_AUD_R
CVBS_AUD_R
WP_CTRL
R/C
IR_PASS
UART_DEBUG_RX
PC_R
UART_DEBUG_TX
PC_G
PC_B
PC_HSYNC_IN
PC_R
(PWB)
*C549
5P
CH
D510
BAV70
(PWB)
(PWB)
*R633
10K
*R634
10K
PC_VSYNC_IN
PC_AUD_L
*TL567
1
PC_AUD_R
3
PC_G
2
R608
47K
(PWB)
*C550
5P
CH
R607
47K
R625
47K
R616
100
J
UART_232C_TX
*TL502
UART_232C_RX
*TL503
UART_DEBUG_RX
*TL578
R615
100
PC_B
(PWB)
*C551
5P
CH
UART_DEBUG_TX
USB_D0P
8
C565
10u
16V
KZA837WJQZ
VCC
7
VCLK
6
5
SCL
SDA
USB_D0N
HP_PLUG
IC508
C566
0.01u
25V
BR24T02J
A0
1
EEPROM
A2
A1
2
3
GND
4
TO MAIN9(AUDIO_AMP)
WP_CTRL
HP_R_OUT
HP_L_OUT
MON_R_OUT
MON_L_OUT
*C561
PC_VSYNC_IN
005WJ
PC_HSYNC_IN
47P
(PWB)
B)
03
(PWB)
*VA504
VXA005WJ
TO MAIN10(POWER)
D+5V
M+5.6V
BU+3.3V
(PWB)
*P501
NB047WJ
1
3.3V
UART TX
2
UART RX
3
GND
4
R/C
5
5V
11
12
13
14
15
10 – 7
TL505
UART_232C_TX
TL506
UART_232C_RX
TL507
6
IR PASS
10
TL504
7
16
17
18
19
LC-32LE350M
(MASTER)
LC-32LE350M
H
MAIN5 (CPU)
TO MAIN10(POWER)
CPU BU3.3V : 5.6mA(Max)
BU+3.3V
D+2.5V
D+3.3V
D+1.8V
CPU BU1.26V : 23.9mA(Max)
D+1.26V
G
D+5V
PANEL_POW
AC_CTRL
TO MAIN6(DDR)
A_DDR_DQS0P
A_DDR_DQS0P
A_DDR_D4
COMP1_PbINP
A_DDR_A0
A_DDR_A0
A_DDR_A2
A_DDR_A12
PC_AUD_R
C3373
2.2u
10V
KZA115WJ
AUD_R2
A_DDR_A4
A_DDR_ODT_HSS
A_DDR_RAS#_HSS
A_DDR_CAS#_HSS
A_DDR_A6
A_DDR_RAS#_HSS
A_DDR_A8
A_DDR_CAS#_HSS
A_DDR_A11
A_DDR_CLKP_400MHz
A_DDR_CLKP_400MHz
I2C_DAT
C3309
0.1u
WP_CTRL
I2C_CLK
C3310
0.1u
*Q3304
RT1N141C
VS
(PWB)
C3317
0.1u
FB3301
A192WJ
(PWB)
*R3369
10K
IR_PASS
UART_DEBUG_TX
C3319
1u
(PWB)
*C3379
0.1u
10V
UART_DEBUG_RX
POW_CHK
SPI_CLK
SPI_DI_DAT
VCC
1
UART_232C_TX
SPI_DO_DAT
8
SPI_CS0N
UART_232C_RX
R3343
2.7K
7
2
KEY1
HP_PLUG
KEY2
6
3
4
TO MAIN9(AUDIO_AMP)
GND
TEMP
C3344
0.01u
5
R3352
0
*IC3303
HC2G66DP
HP_L_MUTE
PSW_IN
TH3301
M1103J15
DDCA_CLK
DDCA_DAT
(PWB)
LED_G
USB_PLUG
HP_OUT_0L
R3319
1K
AD_SEL
HP_OUT_0R
HP_R
R3301
220K
C3301
220P
R3313
220K
C3303
220P
EEP_WP
HPD_+5V_IN
R3320
1K
R/C
HDMI_CEC
TO MAIN2(HDMI-TERM)
OUT
4
CD
3
1
GND
R3323
4.7K
Q3302
LTC014EEB
VS
R3324
22K
187
MADR[6]
188
MADR[8]
189
MADR[11]
190
MADR[13]
191
VDDC
192
DDCR_DA
193
VDDP
194
DDCR_CK
195
GND
196
USB0_DM
197
USB0_DP
198
AVDD_ALIVE
199
BYPASS
200
GND
201
SCK
202
SDI
203
SDO
204
SCZ
205
SAR0
206
SAR1
207
SAR2
208
GPIO10
209
DDCA_CK
210
DDCA_DA
211
GPIO6
212
GPIO7
IR_PASS
*IC3301
RH-IXD454WJQZQ
MST6100VS
213
GPIO8
214
GPIO9
215
IRIN
216
CEC
1
2
3
4
Pure NC Pins
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
TL3302
HW_RESET
20
21
22
23
24
25
26
27
28
29
30
31
32
C3325
0.047u
C3328
0.1u
C3323
0.1u
C3332
0.1u
R3306
56
VDD
2
HDMI0_D2N
PST8429U
4
FB3305
A192WJ
NC
5
HPD_CTRL
CT
3
GND
2
1
HDMI_CLK
HPD_+5V_IN
OUT
VDD
RESET IC
C3329
0.1u
10V
HDMI_DAT
*IC3306
BU4229G
WP_CTRL
(PWB)
HDMI_CEC
HDMI_ARC
2
3
4
6
5
10 – 8
7
8
9
PC_VSYNC_IN
PC_RINP
PC_GINP
10
PC_GINM
PC_SOGIN
PC_BINP
PC_HSYNC_IN
HDMI_ARC
HDMI_CLK
HDMI0_D2P
HDMI0_D2N
HDMI_DAT
HDMI0_D1P
HDMI0_D1N
HDMI0_D0P
HDMI0_D0N
HDMI0_CLKP
HDMI0_CLKN
HPD_CTRL
A
1
PWM0
VDDC
MADR[9]
MADR[4]
MADR[12]
AVDD_DDR
186
MADR[10]
MADR[2]
185
BADR[1]
MADR[0]
184
PWM1
MADR[7]
MADR[1]
MADR[5]
BADR[2]
MADR[3]
BADR[0]
AVDD_DDR
WEZ
MCLKE
MDATA[4]
DQMU
AVDD_DDR
CASZ
183
C3330
0.01u
CZB
IC3302
HDMI0_D1P
HDMI0_D2P
PWM0_OFL
A_DDR_A7
A_DDR_A9
A_DDR_A12
A_DDR_A3
A_DDR_A5
A_DDR_A1
A_DDR_A10
A_DDR_BA2_HSS
A_DDR_BA1_HSS
A_DDR_BA0_HSS
A_DDR_D4
A_DDR_CLKEN
A_DDR_D3
A_DDR_WE#_HSS
A_DDR_D6
A_DDR_D1
A_DDR_D11
A_DDR_D9
A_DDR_D12
A_DDR_D14
A_DDR_DQM1
DQML
DQSL
MDATA[3]
RASZ
182
R3325
1K
HDMI0_D0P
HDMI0_D1N
MDATA[1]
ODT
181
n@ .
VREF :
R3327
0
TL3301
HDMI0_CLKP
HDMI0_D0N
MDATA[6]
MCLKZ
180
MDATA[11]
AVDD_DDR
179
AVDD_DDR
MCLK
178
MDATA[12]
MDATA[5]
177
MDATA[9]
176
GND
HDMI0_CLKN
B
AVDD_DDR
A_DDR_CLKN_400MHz
A_DDR_CLKN_400MHz
USB_D0N
HP_L
MDATA[2]
175
A_DDR_WE#_HSS
A_DDR_WE#_HSS
USB_D0P
C
MVREF
174
A_DDR_CLKEN
A_DDR_CLKEN
R/C
MDATA[0]
173
RIN0P
AUD_L2
C3314
0.1u
MDATA[7]
172
AVDD_126
10V
KZA115WJ
A_DDR_A2
MDATA[13]
171
131
132
VSYNC0
C3372
2.2u
133
134
GIN0M
PC_AUD_L
135
GIN0P
AUD_R1
136
BIN0P
10V
KZA115WJ
137
SOGIN0
C3316
2.2u
AUD_L0
138
HSYNC0
AUD_L1
139
VDDC
AUD_R0
10V
KZA115WJ
140
NC
10V
KZA115WJ
C3315
2.2u
141
NC
PC_AUD_R
C3363
2.2u
142
NC
PC_AUD_L
CVBS_AUD_R
COMP_AUD_R
A_DDR_A10
MDATA[10]
170
NC
COMP_AUD_R
CVBS_AUD_L
COMP_AUD_L
143
NC
D
COMP_AUD_L
A_DDR_A0
AVDD_DDR
169
NC
CVBS_AUD_R
A_DDR_CAS#_HSS
MDATA[8]
168
NC
CVBS_AUD_L
10V
KZA115WJ
A_DDR_RAS#_HSS
A_DDR_A11
A_DDR_ODT_HSS
C3360
2.2u
A_DDR_ODT_HSS
A_DDR_A9
A_DDR_A12
AUDIO input
*C3305
12P
(PWB)
A_DDR_CLKN_400MHz
MDATA[15]
167
NC
A_DDR_A11
C3313
0.1u
QDSUZ
166
NC
PC_VSYNC_IN
A_DDR_A10
PC_VSYNC_IN
A_DDR_CLKP_400MHz
A_DDR_A8
A_DDR_A8
PC_HSYNC_IN
A_DDR_A3
A_DDR_A7
A_DDR_A7
A_DDR_A9
PC_HSYNC_IN
A_DDR_D5
A_DDR_A6
A_DDR_A6
PC_GINM
144
ARC
PC_RINP
C3375
0.047u
145
DDCDA_CK
C3367
0.047u
R3373
68
146
RXA2P
R3358
33
147
RXA2N
PC_BINP
148
R3332
0
C3369
0.047u
149
R3333
0
PC_R
PC_SOGIN
R3360
33
A_DDR_A2
A_DDR_A5
A_DDR_A5
C3354
1000P
C3307
0.1u
A_DDR_A4
A_DDR_A4
PC_GINP
C3377
1000P
PC_B
A_DDR_A3
C3368
0.047u
150
DDCDA_DA
PC input
R3359
33
PC_G
A_DDR_D2
DDR_VREF
A_DDR_A1
A_DDR_A1
COMP1_YINM
151
RXA1P
C3374
0.047u
R3303
1K
F
DQSU
165
R3331
0
R3371
68
A_DDR_D0
A_DDR_BA2_HSS
A_DDR_BA2_HSS
COMP1_PrINP
152
RXA1N
C3359
0.047u
R3305
1K
F
164
R3330
0
COMP1_Pr
R3356
33
A_DDR_D7
A_DDR_BA1_HSS
A_DDR_BA1_HSS
COMP1_SOGIN
C3356
0.047u
153
154
155
RXA0N
COMP1_YINP
C3376
1000P
R3355
33
COMP1_Pb
E
C3355
0.047u
157
RXA0P
COMP1_Y
A_DDR_D13
A_DDR_BA0_HSS
A_DDR_BA0_HSS
C3312
0.1u
A_DDR_D10
A_DDR_D15
A_DDR_D15
R3354
33
A_DDR_D8
A_DDR_D14
A_DDR_D14
VCOM0
A_DDR_D15
A_DDR_D13
A_DDR_D13
Component input
156
158
AVDD_33
68
159
R3335
0
R3357
C3366
0.047u
A_DDR_DQS1N
A_DDR_D12
A_DDR_D12
RCA_CVBS1_IN
160
R3334
0
CVBS1
C3308
0.047u
A_DDR_DQS1P
A_DDR_D10
A_DDR_D11
A_DDR_D11
R3304
33
161
MDATA[14]
A_DDR_D9
A_DDR_D10
RCA_CVBS2_IN
CVBS input
AVDD_
MEMPLL
RXACKP
C3350
0.047u
163
R3328
0
TP3307
R3316
33
C3311
0.1u
A_DDR_D9
AVDD_DDR
A_DDR_D8
A_DDR_D8
TO MAIN3(TERMINAL)
162
A_DDR_D7
A_DDR_D7
USB_PLUG
C3331
0.1u
C3327
0.1u
C3326
0.1u
C3324
0.1u
C3322
0.1u
C3321
2.2u
A_DDR_D6
A_DDR_D6
0.1u
C3320
0.1u
A_DDR_D5
A_DDR_D5
(PWB)
*C3362
DQSLZ
A_DDR_D4
DVDD_DDR
(PWB)
*C3361
0.022u
A_DDR_D3
A_DDR_D3
T_AGC
RXACKN
(PWB)
*R3349
0
A_DDR_DQM0
A_DDR_D2
A_DDR_D2
HOTPLUGA
F
A_DDR_D1
A_DDR_D1
TAGC
TP3308
A_DDR_D0
A_DDR_D0
(PWB)
*R3302
5.6K
C3318
10u
16V
KZA837WJQZ
C3306
0.1u
A_DDR_DQS1P
A_DDR_DQS1P
I2C_CLK
C3304
0.1u
A_DDR_DQS1N
A_DDR_DQS1N
I2C_DAT
C3302
10u
16V
KZA837WJQZ
A_DDR_DQS0N
A_DDR_DQS0N
TUNER_RESET
FB3304
A192WJ
FB3303
A192WJ
A_DDR_DQM1
HWRESET
VIFP
VIFM
FB3302
A192WJ
A_DDR_DQM0
A_DDR_DQM1
A_DDR_DQS0P
DDR_VREF
DDR_VREF
A_DDR_DQM0
TO MAIN1(TUNER)
A_DDR_DQS0N
POW_CHK
LC-32LE350M
LE350_PP(2012.11.05)
R3337
2
4
33K
(PWB)
*R3375
4.7K
(PWB)
*R3318
4.7K
3
1
R3321
2.7K
TO MAIN11(KEY)
LED_G
LED_R
FB3307
A192WJ
R3353
10K
FB3313
A192WJ
R3336
10K
AC_CTRL
INV_POW
LAMP_ERR
IR_PASS
PWM0_OFL
A_DDR_A7
A_DDR_A9
A_DDR_A12
A_DDR_A3
A_DDR_A5
A_DDR_A1
A_DDR_A10
A_DDR_BA2_HSS
R/C
FB3308
A192WJ
C3341
10u
16V
KZA837WJQZ
R3338
1K
KEY1
TP3308
TP3305
RXE_D0P
RXE_D0N
KEY2
0.1u
C3337
121
120
119
118
117
116
115
114
113
112
111
110
LVB2M
LVB2P
LVBCKM
LVBCKP
LVB3M
LVB3P
LVB4M
LVB4P
LVA0M
109
LVA0P
104
LVACKM
103
LVACKP
102
LVA3M
101
LVA3P
100
LVA4M
99
LVA4P
98
NC
97
PWM2
96
94
GPIO38
93
GPIO37
92
GPIO36
MST6100VS
88
87
VDDC
86
SPDIFO
85
GPIO26
84
GPIO25
83
GPIO24
82
I2S_OUT_SD
81
I2S_OUT_WS
80
TAGC
79
SIFM
78
SIFP
77
AVDD_PGA
76
VIFP
75
VIFM
74
PGA_COM
73
AVDD_REF
72
AVDD_DMPLL
70
XIN
69
Pure NC Pins
NC
68
NC
67
NC
66
AUOUTR0
65
AUOUTL0
64
AUOUTR1
63
AUOUTL1
AVDD_AU33
AUR4
44
45
46
47
48
49
AVDD_AU25
43
AUVAG
42
AUVRP
41
AUR1
40
GND
39
AUL1
38
AUR0
37
AUL0
36
VCOM
AVDD_33
35
CVBS0
RIN1P
34
CVBSOUT0
GIN1M
33
CVBS1
GIN1P
32
CVBS4
SOGIN1
31
CVBS2
BIN1P
30
CVBS3
AVDD_25
29
RIN0P
28
AVDD_126
GIN0M
27
VSYNC0
GIN0P
HSYNC0
BIN0P
VDDC
SOGIN0
NC
AUL4
50
51
52
53
54
TP3304
C3338
0.1u
C3334
0.1u
C3332
0.1u
AUR2
56
AUL2
55
SPI_WP
TO MAIN9(AMP)
AD_SEL
L_MUTE
LINE_OUT_L
USB_D0N
C3371
0.1u
C3370
0.1u
LINE_OUT_R
FB3306
A192WJ
FB3305
A192WJ
MONITOR_R
R3362
1K
LED_R
(PWB)
*C3378
220P
SPI_WP
(PWB)
*C3380
220P
R3364
220K
R3368
220K
I2S_OUT_SCLK
I2S_OUT_MCLK
HP_L_MUTE
C3342
0.1u
TP3001
C3343
0.1u
(PWB)
*R3376
0
S_STBY
I2S_OUT_MCLK
R3340
100
I2S_OUT_SCLK
R3341
100
I2S_OUT_LRCLK
R3342
100
I2S_OUT_DAT
R3344
100
I2S_MCLK
I2S_SCLK
I2S_LRCLK
I2S_DAT
L_MUTE
AC_CTRL
HP_PLUG
S_STBY
I2S_OUT_DAT
HEAT SINK
*E3301
RA912WJFW
I2S_OUT_LRCLK
T_AGC
FB3312
A192WJ
C3381
0.1u
C3382
0.1u
C3348
0.1u
LAMP_ERR
FB3314
A192WJ
LAMP_ERR
VIFM
C3346
0.1u
C3347
0.1u
TO MAIN10(POWER)
*Q3303
LTC014EEB
VS
VIFP
INV_POW
FB3315
A192WJ
INV_POW
PWM0_OFL
PWM0_OFL
FB3316
A192WJ
R3347
470
(PWB)
*R3348
1M
3
4
2
1
C3358
10P
X3301
24MHz
SCA239WJQZ
HP_OUT_0R
C3357
10P
I2C_CLK
3
I2C_DAT
HP_OUT_0L
4
1
LINE_OUT_R
2
R3350
4.7K
LINE_OUT_L
FB3317
A192WJ
C3345
0.1u
UART_232C_RX
UART_232C_TX
4
1
2
*R3370
0
3
4
1
2
R3351
4.7K
UART_DEBUG_TX
AUD_L2
(PWB)
DDCA_CLK
3
4
1
2
R3329
10
R3308
4.7K
*R3309
4.7K
R3310
4.7K
(PWB)
IR_PASS
DDCA_DAT
*R3307
4.7K
(PWB)
I2S_OUT_MCLK
C3339
0.1u
3
UART_DEBUG_RX
AUD_R2
*R3311
4.7K
R3312
4.7K
(PWB)
PWM0_OFL
*R3314
4.7K
R3315
4.7K
FB3311
A192WJ
FB3309
A192WJ
MONITOR_L
R3361
1K
TUNER_RESET
I2S_OUT_SCLK
C3364
10u
L_MUTE
USB_D0P
IC CONFIGURATION
C3365
10u
16V
FB3310
A192WJ
C3328
0.1u
58
57
SPI_DO_DAT
I2C_DAT
59
AUL3
SPI_DI_DAT
I2C_CLK
TCON_WP
RXE_D3P
61
60
SPI_CLK
SPI_DO_DAT
I2C_DAT
RXE_D3N
62
AUR3
SPI_CZ
RXE_CLKP
71
XOUT
I2C_CLK
I2C_DAT
RXE_CLKN
89
VDDP
SPI_CZ
*R3317
10K
RH-IXD454WJQZQ
RXE_D2N
RXE_D2P
90
GPIO28
TO MAIN7(FLASH)
D3301
DB2S310L
SPI_DI_DAT
I2C_CLK
91
I2S_OUT_MCK
*IC3301
*TL3337
SPI_CLK
RXE_D3P
95
USB1_DM
SPI_CS0N
RXE_D3N
RXE_D1P
106
105
I2S_OUT_BCK
26
C3353
100P
CCZ
R3430
10K
RXE_CLKP
RXE_D1N
107
LVA2P
USB1_DP
25
RXE_CLKN
108
LVA2M
Pure NC Pin
24
C3352
100P
CCZ
RXE_D2P
C3340
0.1u
AVDD_MOD
LVA1P
23
C3351
100P
CCZ
R3346
10K
122
LVB1P
123
LVB1M
124
VDDC
125
LVB0P
126
LVA1M
22
PSWIN
RXE_D2N
LVB0M
127
GPIO74
VDDP
128
AVDD_MOD
PWM0
129
AVDD_LPLL
130
GPIO75
131
GPIO76
132
KEY_2
R3345
1K
RXE_D1P
GPIO77
133
PWM1
134
VDDC
MADR[7]
135
MADR[9]
136
MADR[12]
137
MADR[5]
MADR[1]
138
MADR[3]
BADR[2]
139
MADR[10]
140
NC
EEP_WP
WP_CTRL
5
6
4
Q3301
UPUMD2
10
11
12
2
3
AUD_R1
AUD_L1
AUD_R0
AUD_L0
VCOM0
RCA_CVBS2_IN
RCA_CVBS1_IN
COMP1_PrINP
COMP1_YINM
COMP1_YINP
COMP1_PbINP
COMP1_SOGIN
PC_VSYNC_IN
PC_RINP
PC_GINM
PC_GINP
PC_BINP
PC_SOGIN
1
PC_HSYNC_IN
_
141
KEY_1
RXE_D1N
0.1u
C3336
0.1u
C3335
C3333
0.1u
1
(PWB)
*C3349
0.1u
10V
RXE_D0P
C3331
0.1u
3
2
PSW_IN
TO MAIN8(PANEL)
RXE_D0N
C3327
0.1u
4
13
14
15
10 – 9
16
17
18
19
LC-32LE350M
(MASTER)
LC-32LE350M
H
MAIN6(DDR
TO MAIN10(POWER)
D+1.8V
FL3501
NA119WJ
010
G
R3526
1K
F
TO MAIN5(CPU)
*R3529
DDR_VREF
R3525
1K
F
VREF_DDR_0.9V
0
A_DDR_DQM0
A_DDR_DQM1
R3501
56
A_DDR_DQS0N
A_DDR_DQS0P
A_DDR_D7
A_DDR_DQS1N
F
A_DDR_D0
A_DDR_DQS1P
A_DDR_D2
A_DDR_D0
A_DDR_D5
R3514
56
7
8
5
6
3
4
2
1
DDRA_D7
A_DDR_D11
DDRA_D0
A_DDR_D12
DDRA_D2
A_DDR_D9
DDRA_D5
A_DDR_D14
DDRA_D11
8
7
5
6
3
4
1
2
DDRA_D12
DDRA_D9
DDRA_D14
A_DDR_D1
A_DDR_D2
R3504
56
A_DDR_DQS0N
R3515
56
DDRA_DQS0N
A_DDR_D4
A_DDR_D3
A_DDR_D4
R3505
56
A_DDR_DQS0P
A_DDR_D3
DDRA_DQS0P
A_DDR_D1
A_DDR_D5
A_DDR_D6
R3506
56
A_DDR_DQM0
A_DDR_D6
DDRA_DQM0
7
8
5
6
3
4
1
2
A_DDR_D7
E
A_DDR_D8
DDRA_DQS1N
A_DDR_D15
A_DDR_D9
A_DDR_D10
A_DDR_D8
R3508
56
A_DDR_DQS1P
DDRA_DQS1P
A_DDR_D10
A_DDR_D11
A_DDR_D12
A_DDR_D13
R3509
56
A_DDR_DQM1
DDRA_D1
DDRA_D6
R3516
56
R3507
56
A_DDR_DQS1N
DDRA_D4
DDRA_D3
7
8
5
6
3
4
1
2
DDRA_D15
DDRA_D8
DDRA_D10
DDRA_D13
DDRA_DQM1
A_DDR_D13
A_DDR_D14
A_DDR_D15
D
A_DDR_BA0_HSS
R3502
56
A_DDR_BA1_HSS
A_DDR_WE#_HSS
A_DDR_BA2_HSS
A_DDR_CLKEN
A_DDR_A0
A_DDR_BA1_HSS
A_DDR_A1
A_DDR_BA0_HSS
1
2
3
4
5
6
7
A_DDR_A2
A_DDR_A3
C
A_DDR_BA2_HSS
A_DDR_A4
A_DDR_A5
A_DDR_A6
A_DDR_A7
A_DDR_CLKN_400MHz
DDRA_BA1_HSS
A_DDR_CAS#_HSS
A_DDR_RAS#_HSS
DDRA_A3
A_DDR_A7
A_DDR_ODT_HSS
A_DDR_A12
A_DDR_RAS#_HSS
2
3
4
5
6
7
8
2
3
4
5
6
7
8
DDRA_A5
DDRA_A0
DDRA_CAS#_HSS
DDRA_RAS#_HSS
DDRA_ODT_HSS
R3518
56
A_DDR_A8
A_DDR_A4
1
A_DDR_A9
1
DDRA_A10
R3503
56
A_DDR_A5
A_DDR_A12
B
A_DDR_ODT_HSS
A_DDR_A6
A_DDR_A10
DDRA_CLKN_400MHz
R3517
56
A_DDR_A9
A_DDR_A11
DDRA_CLKP_400MHz
R3520
56
DDRA_BA0_HSS
DDRA_A1
R3513
56
A_DDR_A3
DDRA_CLKEN
DDRA_BA2_HSS
R3512
56
A_DDR_A10
R3519
56
A_DDR_CLKP_400MHz
A_DDR_A0
R3511
56
A_DDR_A1
A_DDR_A8
8
(PWB)
*R3510
56
DDRA_WE#_HSS
A_DDR_A2
1
2
3
4
5
6
7
8
DDRA_A8
DDRA_A6
DDRA_A4
DDRA_A2
DDRA_A7
DDRA_A9
R3521
56
A_DDR_A11
DDRA_A11
DDRA_A12
A_DDR_CAS#_HSS
A_DDR_CLKEN
A_DDR_WE#_HSS
A_DDR_CLKP_400MHz
A_DDR_CLKN_400MHz
A
1
2
3
4
5
10 – 10
6
7
8
9
10
LC-32LE350M
MAIN6(DDR)
LE350_PP(2012.09.27)
C3508
10u
16V
KZA837WJQZ
1
C3502
0.1u
10V
DDRA_D11
DDRA_D12
K
2
3
7
8
9
DDRA_DQS1N
C3507
K
DDRA_DQM1
DDRA_D9
C3505
0.1u
10V
A1
A2
A3
VDD
NC
VSS
B1
B2
B3
DQ14
VSSQ
UDM
A
A7
A8
A9
VSSQ
/UDQS
VDDQ
B7
B8
B9
UDQS
VSSQ
DQ15
0.1u
10V
DDRA_D14
DDRA_D15
DDRA_D14
DDRA_D9
DDRA_D4
DDRA_D3
DDRA_D11
C1
C2
C3
VDDQ
DQ9
VDDQ
D1
D2
D3
DQ12
VSSQ
DQ11
B
C7
C8
C9
VDDQ
DQ8
VDDQ
D7
D8
D9
DQ10
VSSQ
DQ13
C
DDRA_D8
C3510
0.1u
K
10V
DDRA_D10
DDRA_D12
DDRA_D1
K
DDRA_DQS1P
DDRA_D13
DDRA_D6
D
DDRA_DQS0N
C3511
DDRA_D15
DDRA_DQM0
DDRA_D8
E1
E2
E3
VDD
NC
VSS
F1
F2
F3
DQ6
VSSQ
LDM
G1
G2
G3
VDDQ
DQ1
VDDQ
DQ4
VSSQ
DQ3
H1
H2
H3
E
E7
E8
E9
VSSQ
/LDQS
VDDQ
F7
F8
F9
LDQS
VSSQ
DQ7
G7
G8
G9
VDDQ
DQ0
VDDQ
DQ2
VSSQ
DQ5
H7
H8
H9
0.1u
10V
K
DDRA_DQS0P
DDRA_D6
DDRA_D7
DDRA_D10
DDRA_D13
DDRA_D1
C3503
0.1u
10V
F
DDRA_D0
C3512
K
G
IC3501
IXD391WJQZ
H
DDRA_D5
DDRA_D3
DDRA_D2
C3506
0.1u
10V
K
VDDL
VREF
J1
J2
DDRA_CLKN_400MHz
VSS
C3509
0.1u
10V
VSSDL
J
J3
(PWB)
*C3501
0.01u
K
CKE
/WE
K2
K3
25V
J7
/RAS
K7
K
CK
VDD
J8
J9
/CK
ODT
K8
K9
R3527
100
DDRA_CLKP_400MHz
R3528
100
DDRA_CLKEN
4
6
8
DDRA_RAS#_HSS
DDRA_BA2_HSS
DDRA_BA0_HSS
DDRA_CAS#_HSS
NC(BA2)
BA0
BA1
L1
L2
L3
A10
A1
M2
M3
VSS
A3
A5
N1
N2
N3
A7
A9
P2
P3
VDD
A12
NC
R1
R2
R3
/CAS
/CS
L7
L8
A2
A0
VDD
M7
M8
M9
A6
A4
N7
N8
A11
A8
VSS
P7
P8
P9
NC
NC
R7
R8
L
DDRA_CAS#_HSS
DDRA_BA1_HSS
DDRA_RAS#_HSS
DDRA_ODT_HSS
DDRA_ODT_HSS
DDRA_CLKN_400MHz
DDRA_WE#_HSS
DDRA_A0
M
C3517
0.1u
10V
DDRA_A10
DDRA_A0
DDRA_A2
DDRA_A1
DDRA_A8
2
N
DDRA_A4
DDRA_A3
DDRA_A6
4
DDRA_A5
DDRA_A6
DDRA_A4
6
DDRA_A2
8
P
DDRA_A7
DDRA_A8
DDRA_A11
DDRA_A9
C3504
0.1u
10V
DDRA_A11
K
DDRA_D4
DDRA_CLKP_400MHz
2
0.1u
10V
K
R
DDRA_A12
10
11
12
13
14
15
10 – 11
16
17
18
19
LC-32LE350M
(MASTER)
LC-32LE350M
H
MAIN7 (FLASH)
G
SPI_CZ
SPI_DO_DAT
SPI_WP
F
R3101
4.7K
WP
*TL3107
1
2
3
4
GND
*TL3106
*TL3101
*TL3103
SPI_WP
E
CS
SO/SIO1
RH-IXD464WJQZQ
D
*TL3111
*TL3110
IC3101
VCC
7
8
C3102
0.1u
10V
3.3
8
*TL3109
HOLD
6
5
*TL3108
SCLK
SI/SIO0
3.3
3.3
0
5
6
7
C
*TL3104
10V
CZB
IC3102
BR24T28F
*TL3105
SPI_CLK
SPI_DI_DAT
*TL3102
C3101
0.1u
A0
A1
1
2
0
A2
4
3
0
0
0
For DATA
I2C Address at A4
B
A
1
2
3
4
5
10 – 12
6
7
8
9
10
LC-32LE350M
(FLASH)
LE350_PP(2012.10.16)
TO MAIN10(POWER)
BU+3.3V
TO MAIN5(CPU)
SPI_WP
SPI_CLK
SPI_CZ
SPI_DI_DAT
SPI_DO_DAT
I2C_CLK
R3103
4.7K
C3103
0.1u
10V
5
3.3
8
VCC
*TL3113
3.3
*TL3112
WP
3.3
3.3
0
7
*TL3115
*TL3114
I2C_DAT
6
5
SCL
SDA
IC3103
IXD110WJQZ
4
A0
A1
A2
1
2
3
0
0
0
GND
4
0
0
For HDCP Key
I2C Address at A8
10
11
12
13
14
15
10 – 13
16
17
18
19
LC-32LE350M
(MASTER)
LC-32LE350M
H
G
MAIN8 (PANEL)
TO MAIN10(POWER)
PNL+12V
D+3.3V
F
TO MAIN5(CPU)
RXE_D0N
E
RXE_D0P
RXE_D1N
RXE_D1P
RXE_D2N
D
RXE_D2P
RXE_CLKN
RXE_CLKP
RXE_D3N
RXE_D3P
C
I2C_CLK
I2C_DAT
TCON_WP
B
A
1
2
3
4
5
10 – 14
6
7
8
9
10
LC-32LE350M
NEL)
LE350_PP(2012.08.27)
*TL3802
SC3801
NB080WJQZ
TL3806
1
C3801
0.1u
CZB
*R3801
(PWB)
*R3802
VCC
GND
6
GND
7
GND
TL3804
8
GND
TL3812
9
SELLVDS
TL3805
10
ODSEL
11
GND
12
RX0-
13
RX0+
14
GND
0
0
15
RX1-
16
RX1+
17
GND
18
RX2-
19
RX2+
20
GND
21
RXCLK-
22
RXCLK+
23
GND
24
RX3-
TL3811
25
RX3+
TL3813
26
GND
TL3814
27
NC/SDA
TL3815
28
NC/SCL
29
NC/GND
30
GND
TL3808
TL3809
TL3810
VCC
8
(PWB)
*R3803
0
(PWB)
7
2
0
*TL3801
6
3
*R3805
3
5
TL3807
1
VCC
vCC
4
*TL3803
(PWB)
VCC
2
(PWB)
*R3804
0
4
GND
5
(PWB)
*IC3801
HC2G66DP
10
11
12
13
14
15
10 – 15
16
17
18
19
LC-32LE350M
MAIN9(AUDIO_AMP)
H
TO MAIN10(POWER)
UR+12.2V
D+3.3V
D+5V
13V_DET
BU+5V
G
C1905
1u 10V
2
3
4
5
1
IC1902
C1909
F
9
8
7
6
14.66V
C1910
0.1u
CZF
10u
16V
NJU72014
10
C1902
16V 10u
EXA643WJQZ
*D1901
(PWB)
*C1906
4.7u
CKZ
(PWB)
R1908
10K
TL1904
VS
Q1901
LTC044EEB
C1903
1u CYB
R1907
(PWB)
*R1901
15K
C1904
1u CYB
R1906
1K
4
3
OUT
CD
IC1904
1K
C1921
1000P
50V
CZB
PST8429U
C1907
1000P
C1908
1000P
GND
VDD
1
2
E
TO MAIN5(CPU)
L_MUTE
MONITOR_R
R1915
6.8K
R1916
2.2K
MONITOR_L
HP_L_MUTE
HP_L
HP_R
AC_CTRL
S_STBY
C1702
10u
25V
KZA838WJQZ
D
C
1
2
K
C1701
10u
25V
I2S_MCLK
KZA838WJQZ
I2S_DAT
I2S_SCLK
(PWB)
*C1703
33u
I2S_LRCLK
25V
APF
C
(PWB)
*R1902
J 10K
TL1901
4
3
OUT
CD
(PWB)
*R1703
10K
IC1901
B
(PWB)
*R1704
10K
C1901
1000P
50V
CZB
PST8429U
GND
VDD
1
2
(PWB)
*R1701
10K
(PWB)
*R1702
10K
R1904
8.2K
R1903
3.3K
A
1
2
3
4
5
10 – 16
6
7
8
9
10
LC-32LE350M
O_AMP)
LE350_PP(2012.10.16)
TO MAIN3(TERMINAL)
MON_L_OUT
MON_R_OUT
HP_L_OUT
HP_R_OUT
(PWB)
CZ
*R1909
CZ
*TL1902
R1910
100K
0
TL1909
VS
Q1902
LTC044EEB
(PWB)
C1916
C1915
HPVDD
12
11
10
14
13
EN
15
AVDD
CPP
2
PGND
1
SGND
GND
16
VDD
C1920
1
10V
2.2u
10V
C1912
10V
1u
C1913
3
GND
1u
10V
INL-
1u
2
PST8429U
OUTL
C1911
C1922
1000P
50V
CZB
10V
1u
IC1903
INL+
3
CD
TPA6132A
INR+
4
OUT
IC1905
*C1918
0.1u
CZF
10u
16V
C1919
OUTR
G0
G1
HPVSS
6
7
8
10V
5
INR-
1u
R1918
2.2K
R1917
6.8K
9
CPN
4
C1914
1u
10V
(PWB)
*R1913
0
CZ
(PWB)
*R1911
0
C1917
CZ
2.2u
10V
CZ
R1914
10K
CZ
R1912
10K
*TL1903
C1702
10u
25V
KZA838WJQZ
C1716
C1710
0.1u
25V
PB337WJQZ
C1712
1u
25V
KZA621WJQZ
C1708
25V
1u
KZA621WJQZ
32
31
30
29
28
27
26
25
OUTPL
PVSSL
PVSSL
OUTML
OUTML
PVDDML
(PWB)
*D1703
14.66V
EXA643WJQZ
(PWB)
*C1723
(CH)
100P
(PWB)
*C1727
100P
(CH)
C1731
R1719
1000P
47K
(PWB)
*C1719
100P
(CH)
24
MUTEN
MONO
CYB
(PWB)
*C1721
100P
(CH)
NA961WJ
CKMOD
22
3
IC1701
PLIMIT1
19
21
20
6
4
5
PLIMIT2
C1711
0.1u
25V
CYB
3
Lch-
2
Rch-
1
Rch+
(PWB)
F
R1710
4.7K
R1709
68K
*C1724
100P
F
(CH)
C1732
TP1703
1000P
CYB
R1716
47K
18
(PWB)
*C1720
(PWB)
*C1722
100P
(CH)
100P
(CH)
*C1730
0.1u
17
R1711
220K
PVDDMR
OUTMR
15
*TL1703
*TL1704
F
C1718
1000P
*C1726
0.1u
16
OUTMR
*C1729
0.1u
(PWB)
*C1728
100P
(CH)
C1713
25V
1u
KZA621WJQZ
C1709
25V
1u
KZA621WJQZ
L1702
15uH
PB337WJQZ
14
13
PVSSR
PVSSR
12
OUTPR
11
OUTPR
(PWB)
*R1702
10K
R1714
10K
R1713
68K
R1717
10K
SLEEPN
10
LRCLK
R1720
0
Lch+
F
F
PROTN
PVDDPR
SCLK
9
7
MCK
(PWB)
*R1704
10K
(PWB)
*R1701
10K
GAIN
SDATA
8
(PWB)
*R1703
10K
DVSS
*C1725
0.1u
(PWB)
*R1718
56K
VHIYDA176DL-1Y
4
*TL1702
TP1702
TEST
P1701
*TL1701
23
AVSS
OUTPL
GND
1
REFA
2
C1707
1u
10V
(PWB)
*D1701
14.66V
EXA643WJQZ
PVDDML
(PWB)
*C1703
33u
CKZ
L1703
15uH
PB337WJQZ
KZA838WJQZ
25V
APF
0.22u
25V
25V
L1701
15uH
C1704
10u
25V
KZA838WJQZ
C1701
10u
25V
C1715
0.1u
CYB
CYB
C1714
0.1u
25V
CYB
L1704
15uH
PB337WJQZ
C1717
0.22u
25V
CKZ
(PWB)
*D1702
EXA643WJQZ
14.66V
10
11
12
13
(PWB)
*D1704
EXA643WJQZ
14.66V
14
15
10 – 17
16
17
18
19
LC-32LE350M
(MASTER)
LC-32LE350M
H
MAIN10 (POWER)
SC9601
NB098WJ
VS (PWB)
*Q9604
RT1N141C
TL9601
3
10u
25V
4
GND
5
GND
6
TL9603
10
F
*R9636
12K
CZ
C9611
R9607
22K
R9606
47K
*R9637
3.3K
CZ
0.033u
R9616
10K
TL9612
R9613
8.2K
TL9611
9
5
IC9603
VHD
D9606
DA101
16V
F
7
SS
8
*D9601
DA1010
6
R9624
47K
R9620
3.9K
F
F
*IC9606
S170B50U
(PWB)
*C9620
51P
50V
AP3503MP
FB
TL9604
8
PWM(OFL)
C9616
2200P
7
STB
(PWB)
*R9625
4.7K
*R9604
100
LAMP_ERR
PS_ON
R9641
10K
TL9602
EN
GND
C9601
TL9613
C9636
10u
16V
KZA837WJQZ
BS
Vin
SW
GND
(PWB)
1
2
3
4
R9609
27
L9603
10uH
PB014WJQZ
2.45A 48m
(PWB)
*C9618
C9610
0.1u
2200P
50V
C9614
10u
25V
KZA838WJQZ
25V
CZB
C9638
0.1u
25V
CYB
C9623
10u
16V
&8KZA837WJQZ
V
1
2
UR12.2V
EN
2
UR12.2V
GND
3
1
COMP
G
UR12.2V
NC
M+5.6V
TL9605
C9624
10u
16V
KZA837WJQZ
K
(PWB)
*R9617
2.2
CY
25V
C9639
TO MAIN5(CPU)
INV_POW
7
8
6
1/
(PWB)
*C9619
1000P
50V
AP3502MP
FB
SW
GND
COMP
EN
SS
BS
R9610
33
R
F
K
C962
4.7u
KZA761
Vin
R9601
10K
R9623
3.3K
F
IC9605
5
PANEL_POW
D
R9619
680
R9614
4.3K
LAMP_ERR
R9615
10K
F
C9617
2200P
C9612
0.033u
16V
PWM0_OFL
10
E
1
2
3
4
L9602
10uH
PB014WJQZ
2.45A 48m
(PWB)
*C9637
2200P
50V
K
(PWB)
*R9638
2.2
C9613
0.01u
K 25V
TL9606
&8
C9622
10u
16V
KZA837WJQZ
C9621
10u
16V
KZA837WJQZ
5
6
4
C9615
10u
25V
KZA838WJQZ
C
1
2
3
(PWB)
*C9625
1u 10V
KZA531WJQZ
(PWB)
*C9602
1u 25V
KZA621WJQZ
R9605
100K
VS
(PWB)
Q9607
KTA1535T
*Q9602
B
5
2
1
3
R9608
1K
6
4
TPC6110
(PWB)
*C9635
10u
25V
KZA838WJQZ
Q9601
RT1N141U
A
DUNTKG165WE
1
2
3
4
5
10 – 18
6
7
8
9
10
LC-32LE350M
10 (POWER)
LE350_PP(2012.10.16)
(PWB)
*R9626
4.7K
(PWB)
VS (PWB)
*Q9604
RT1N141C
VS *Q9605
RT1N141C
TO MAIN9(AUDIO_AMP)
*R9640
100
R9632
4.7K
R9641
10K
13V_DET
(PWB)
*R9625
4.7K
UR+12.2V
D+3.3V
*Q9606
2SC3928AR
(PWB)
*R9639
100
(PWB)
RHEX
*D9607
1
2
GND
3
3
On
5
1
2
GND
On
TO MAIN3(TERNIMAL)
C9633
1u 10V
Vout
Vin
D+5V 80mAmax
TL9610
RP130N50
KZA520WJQZ
C9631
1u 10V
Vout
Vin
NM Q
$r :
IC9610
3416C33N
5
1
2
3
VOUT
NC
VHIRP130N50-5Y
IC9607
KZA520WJQZ
C9629
1u 10V
S170B50U
GND
BU+5V
EXA684WJQZ
*IC9606
EN
D+5V
VHD (PWB)
*D9608
DA1010
D+5V
5
VHD
D9606
DA1010
(PWB)
KZA520WJQZ
NC
M+5.6V
4
NC
4
VIN
4
Z
BU+3.3V
R9622
8.2K
V
GND
2
3
4
AP3502MP
D+3.3V
R9633
22K
R9634
3.9K
R9635
10K
TO MAIN7(FLASH)
CIL
PB014WJQZ
TL9614
10V
4.7u
C9627
KZA761WJQZ
CS
5
GND
C9628
4.7u
10V
KZA761WJQZ
Vout
ON
3
3479A18P
2
4
Vin
IC9611
TO MAIN2(HDMI-TERM)
KZA520WJQZ
C9634
1u 10V
3416C25N
C9643
0.1u
1
1/2W
TWF
1/2W
TWF
TL9609
IC9609
BU+3.3V
D+3.3V 600mA
C9642
10u
16V
KZA510WJPZ
C9641
10u
16V
KZA510WJPZ
D+5V
BU+3.3V
1
R9631
1
R9630
1
0.1u
C9630
25V
Vin
2
27
R9621
GND
3
10u
25V
C9640
10u
25V
C9639
L9604
10uH
On
Vout
NC
5
SW
1
TO MAIN1(TUNER)
IC9604
4
5
FB
6
BS
EN
7
Vin
SS
8
COMP
0.033u
C9626
D9605
CRS02
VHD
C9632
2200P
(PWB)
*R9628
12K
1.8V 280mA
TL9608
D+1.26V 600mA
5
6
4
(PWB)
*D9602
DA1010
(PWB)
*D9603
DA1010
(PWB)
*D9604
DA1010
(PWB)
*Q9603
RN4982
1
2
TO MAIN6(DDR)
D+1.8V
TO MAIN5(CPU)
D+5V
D+3.3V
3
D+1.8V
(PWB)
(PWB)
*C9625
1u 10V
KZA531WJQZ
*R9629
4.7K
D+2.5V
D+1.26V
BU+3.3V
AC_CTRL
POW_CHK
07
535T
TO MAIN8(PANEL)
PNL+12V
(PWB)
*C9635
10u
25V
KZA838WJQZ
D+3.3V
TO MAIN11(KEY)
BU+3.3V
10
11
12
13
14
15
10 – 19
16
17
18
19
LC-32LE350M
MAIN11(
H
CH-UP
CH-DOWN
INPUT
3
1
2
4
3
4
1
G
2
S103
KA037WJ
3
S102
KA037WJ
4
S101
KA037WJ
(PWB)
*D101
EXA721WJQZ
16V
F
R101
8.2K
1/16W
R103
12K
1/16W
TO MAIN5(CPU)
E
TL101
KEY_1
TL102
KEY_2
TL103
PSWIN
TO MAIN10(POWER)
D
BU+3.3V
TO MAIN5(CPU)
TL104
R/C
TL105
LED_G
C
TL106
LED_R
P101
NB150WJ
RA
TO LED
1
BU+3.3V
B
GND
2
3
R/C
LED_G
4
LED_R
5
DUNTKG165WE
A
1
2
3
4
5
10 – 20
6
7
8
9
10
LC-32LE350M
AIN11(KEY/RC)
LE350_PP(2012.08.30)
INPUT
VOL-UP
3
1
4
2
3
4
1
1
2
2
3
4
1
S107
KA037WJ
2
S106
KA037WJ
3
MENU
S104
KA037WJ
4
VOL-DOWN
S103
KA037WJ
(PWB)
*D104
EXA721WJQZ
16V
R117
R113
12K
1/16W
8.2K
1/16W
3
1
4
2
POW
S105
KA037WJ
(PWB)
*D105
EXA721WJQZ
16V
10
11
12
13
14
15
10 – 21
16
17
18
19
1st Addition
PartsGuide
PARTS GUIDE
No. SZ12M1132LE350M
LCD COLOUR TELEVISION
LC-32LE350M
MODEL
CONTENTS
[1]
PRINTED WIRING BOARD
ASSEMBLIES
[2]
LCD PANEL
[3]
DKEYMG165FM01(MAIN Unit)
[4]
CABINET AND MECHNICAL
PARTS
[5]
LCD PANEL
[6]
SUPPLIED ACCESSORIES
[7]
PACKING PARTS ( NOT REPLACEMENT ITEM )
Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these
parts with specified ones for maintaining the safety and performance of the set.
This document has been published to be used
for after sales service only.
The contents are subject to change without notice.
LC-32LE350M
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[1] PRINTED WIRING BOARD ASSEMBLIES
1
Main Unit
DKEYMG165FM01
[2] LCD PANEL
1
R1LK315THB60W
CK
LCD PANEL 32
[3] DKEYMG165FM01(MAIN Unit)
P1701
SC9601
P101
SC3801
SC1501
S101
S102
S103
S104
S105
S106
S107
FB1101
FB3301
FB3302
FB3303
FB3304
FB3305
FB3306
FB3307
FB3308
FB3309
FB3310
FB3311
FB3312
FB3313
FB3314
FB3315
FB3316
FB3317
C1917
C1920
C3315
C3316
C3321
C3360
C3363
C3372
C3373
C1104
C9641
C9642
C3319
C9629
C9631
C9633
C9634
C9630
C1708
C1709
C1712
C1713
C1716
C1717
C9627
C9628
C9639
C9640
C503
C565
C581
C1501
C1902
C1909
C1915
C3302
C3318
C3341
C3364
C3365
C3508
C9621
C9622
C9623
C9624
C9636
C1701
C1702
C1704
QPLGNA961WJZZY
QPLGNB098WJZZY
QPLGNB150WJZZY
QSOCNB080WJQZY
QSOCZA347WJQZY
QSW-KA037WJZZY
QSW-KA037WJZZY
QSW-KA037WJZZY
QSW-KA037WJZZY
QSW-KA037WJZZY
QSW-KA037WJZZY
QSW-KA037WJZZY
RBLN-0253TAZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RBLN-A192WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA115WJZZY
RC-KZA510WJPZY
RC-KZA510WJPZY
RC-KZA510WJPZY
RC-KZA520WJQZY
RC-KZA520WJQZY
RC-KZA520WJQZY
RC-KZA520WJQZY
RC-KZA520WJQZY
RC-KZA620WJZZY
RC-KZA621WJQZY
RC-KZA621WJQZY
RC-KZA621WJQZY
RC-KZA621WJQZY
RC-KZA709WJQZY
RC-KZA709WJQZY
RC-KZA761WJQZY
RC-KZA761WJQZY
RC-KZA805WJQZY
RC-KZA805WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA837WJQZY
RC-KZA838WJQZY
RC-KZA838WJQZY
RC-KZA838WJQZY
AD
AD
AC
AE
AE
AC
AC
AC
AC
AC
AC
AC
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AB
AB
AB
AB
AB
AB
AB
AA
AB
AB
AB
AB
AA
AA
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
Plug
Plug
Plug
Socket
Socket
Switch
Switch
Switch
Switch
Switch
Switch
Switch
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Ferrite Bead
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor 2.2 10V Ceramic
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor 1 25V Ceramic
Capacitor 1 25V Ceramic
Capacitor 1 25V Ceramic
Capacitor 1 25V Ceramic
Capacitor 0.22 25V Ceramic
Capacitor 0.22 25V Ceramic
Capacitor 4.7 10V Ceramic
Capacitor 4.7 10V Ceramic
Capacitor
Capacitor
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 10V Ceramic
Capacitor 10 25V Ceramic
Capacitor 10 25V Ceramic
Capacitor 10 25V Ceramic
2
LC-32LE350M
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[3] DKEYMG165FM01(MAIN Unit)
C9601
C9614
C9615
L9602
L9603
L9604
L1701
L1702
L1703
L1704
L1102
X3301
FL3501
IC3103
IC3501
IC3301
C1113
C1114
C3357
C3358
C3351
C3352
C3353
C548
C553
C1115
C543
C544
C1707
C1903
C1904
C1905
C1911
C1912
C1913
C1914
C1919
C1109
C1110
C1111
C1112
C1116
C1710
C1711
C1714
C1715
C9638
C1731
C1732
C3101
C3102
C3103
C3304
C3306
C3307
C3309
C3310
C3311
C3312
C3313
C3314
C3317
C3320
C3322
C3323
C3324
C3326
C3327
C3328
C3329
C3331
C3332
C3333
C3334
C3335
C3336
C3337
C3338
C3339
C3340
C3342
C3343
C3345
C3346
C3347
RC-KZA838WJQZY
RC-KZA838WJQZY
RC-KZA838WJQZY
RCILPB014WJQZY
RCILPB014WJQZY
RCILPB014WJQZY
RCILPB337WJQZY
RCILPB337WJQZY
RCILPB337WJQZY
RCILPB337WJQZY
RCILQA007WJQZY
RCRSCA239WJQZY
RFILNA119WJZZY
RH-IXD110WJQZY
RH-IXD391WJQZQ
RH-IXD454WJQZQ
VCCCCY1HH220JY
VCCCCY1HH220JY
VCCCCZ1HH100DY
VCCCCZ1HH100DY
VCCCCZ1HH101JY
VCCCCZ1HH101JY
VCCCCZ1HH101JY
VCCCCZ1HH102JY
VCCCCZ1HH102JY
VCCCCZ1HH181JY
VCCCCZ1HH560JY
VCCCCZ1HH560JY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1AB105KY
VCKYCY1CB104KY
VCKYCY1CB104KY
VCKYCY1CB104KY
VCKYCY1CB104KY
VCKYCY1CB104KY
VCKYCY1EB104KY
VCKYCY1EB104KY
VCKYCY1EB104KY
VCKYCY1EB104KY
VCKYCY1EB104KY
VCKYCY1HB102KY
VCKYCY1HB102KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
AB
AB
AB
AC
AC
AC
AD
AD
AD
AD
AB
AD
AA
AA
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
Capacitor 10 25V Ceramic
Capacitor 10 25V Ceramic
Capacitor 10 25V Ceramic
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Crystal
Filter
IC CAT24C08
IC
IC MST6100VS-LF-Z1-SJ
Capacitor
Capacitor
Capacitor 10p 50V Ceramic
Capacitor 10p 50V Ceramic
Capacitor 100p 50V Ceramic
Capacitor
Capacitor
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor
Capacitor 56p 50V Ceramic
Capacitor 56p 50V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor 1 10V Ceramic
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor
Capacitor 0.1 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
3
LC-32LE350M
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[3] DKEYMG165FM01(MAIN Unit)
C3348
C3370
C3371
C3381
C3382
C3502
C3503
C3504
C3505
C3506
C3507
C3509
C3510
C3511
C3512
C3517
C3801
C9643
C3308
C3325
C3350
C3355
C3356
C3359
C3366
C3367
C3368
C3369
C3374
C3375
C9611
C9612
C9626
C501
C566
C1118
C1502
C3330
C3344
C9613
C9610
C1103
C1910
C1916
C1108
C1718
C1901
C1907
C1908
C1921
C1922
C3354
C3376
C3377
C3301
C3303
C9616
C9617
C9632
D510
D9605
D9606
D1510
D1516
D3301
TH3301
IC9611
IC9607
IC9609
IC9604
IC9605
IC9603
IC508
IC1501
IC3102
IC1902
IC1901
IC1904
IC1905
IC3302
IC9610
IC510
IC1903
IC3101
IC1701
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB104KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1AB473KY
VCKYCZ1CB333KY
VCKYCZ1CB333KY
VCKYCZ1CB333KY
VCKYCZ1EB103KY
VCKYCZ1EB103KY
VCKYCZ1EB103KY
VCKYCZ1EB103KY
VCKYCZ1EB103KY
VCKYCZ1EB103KY
VCKYCZ1EB103KY
VCKYCZ1EB104KY
VCKYCZ1EF104ZY
VCKYCZ1EF104ZY
VCKYCZ1EF104ZY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB102KY
VCKYCZ1HB221KY
VCKYCZ1HB221KY
VCKYCZ1HB222KY
VCKYCZ1HB222KY
VCKYCZ1HB222KY
VHDBAV70+++-1Y
VHDCRS10I30-1Y
VHDDA1010++-1Y
VHDDB2S310L-1Y
VHDDB2S310L-1Y
VHDDB2S310L-1Y
VHHM1103J15-1Y
VHI3416C25N-1Y
VHI3416C33N-1Y
VHI3479A18P-1Y
VHIAP3502MP-1Y
VHIAP3502MP-1Y
VHIAP3503MP-1Y
VHIBR24T02J-1Y
VHIBR24T02J-1Y
VHIBR24T28F-1Y
VHINJU72014-1Y
VHIPST8429U-1Y
VHIPST8429U-1Y
VHIPST8429U-1Y
VHIPST8429U-1Y
VHIRP130N50-5Y
VHIS172B50U-1Y
VHITPA6132A-1Y
VHIW25Q64CV-1Y
VHIYDA176DL-1Y
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AA
AA
AA
AA
AA
AC
AB
AB
AB
AB
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.1 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.047 10V Ceramic
Capacitor 0.033 16V Ceramic
Capacitor 0.033 16V Ceramic
Capacitor 0.033 16V Ceramic
Capacitor 0.01 25V Ceramic
Capacitor 0.01 25V Ceramic
Capacitor 0.01 25V Ceramic
Capacitor 0.01 25V Ceramic
Capacitor 0.01 25V Ceramic
Capacitor 0.01 25V Ceramic
Capacitor 0.01 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 0.1 25V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 1000p 50V Ceramic
Capacitor 220p 50V Ceramic
Capacitor 220p 50V Ceramic
Capacitor 2200p 50V Ceramic
Capacitor 2200p 50V Ceramic
Capacitor 2200p 50V Ceramic
Diode BAV70,215
Diode
Diode DA2J10100L
Diode DB2S31000L
Diode DB2S31000L
Diode DB2S31000L
Thermistor
IC MM3416C25NRE
IC MM3416C33NRE
IC
IC
IC
IC
IC BR24T02FJ-WE2
IC BR24T02FJ-WE3
IC BR24T128F-WE2
IC
IC IC-PST8429UR
IC IC-PST8429UR
IC IC-PST8429UR
IC IC-PST8429UR
IC RP130N501B-TR-FE
IC S-1172B50-U5T1G
IC TPA6132A2RTER
IC
IC
4
LC-32LE350M
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[3] DKEYMG165FM01(MAIN Unit)
R1504
R3329
R3338
R3337
R3350
R3351
R1516
R3501
R3502
R3503
R3514
R3515
R3516
R3517
R3518
R1720
R3327
R3328
R3330
R3331
R3332
R3333
R3334
R3335
R3352
R613
R614
R615
R616
R1107
R1108
R3340
R3341
R3342
R3344
R3527
R3528
R3303
R3305
R3525
R3526
R503
R1505
R1906
R1907
R3319
R3320
R3325
R3345
R3361
R3362
R9608
R1714
R9615
R9616
R9635
R502
R513
R516
R534
R536
R577
R578
R1116
R1510
R1717
R1908
R1912
R1914
R3336
R3346
R3353
R3430
R9601
R9641
R506
R510
R525
R527
R1910
R9605
R103
R117
R511
R515
VRK-SA1JF100JY
VRK-SA1JF100JY
VRK-SA1JF102JY
VRK-SA1JF333JY
VRK-SA1JF472JY
VRK-SA1JF472JY
VRK-SA1JF473JY
VRK-SB1FF560JY
VRK-SB1FF560JY
VRK-SB1FF560JY
VRK-SB1FF560JY
VRK-SB1FF560JY
VRK-SB1FF560JY
VRK-SB1FF560JY
VRK-SB1FF560JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF000JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF101JY
VRS-CZ1JF102FY
VRS-CZ1JF102FY
VRS-CZ1JF102FY
VRS-CZ1JF102FY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF102JY
VRS-CZ1JF103FY
VRS-CZ1JF103FY
VRS-CZ1JF103FY
VRS-CZ1JF103FY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF103JY
VRS-CZ1JF104JY
VRS-CZ1JF104JY
VRS-CZ1JF104JY
VRS-CZ1JF104JY
VRS-CZ1JF104JY
VRS-CZ1JF104JY
VRS-CZ1JF123JY
VRS-CZ1JF123JY
VRS-CZ1JF123JY
VRS-CZ1JF123JY
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AB
AB
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AB
AB
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
Resistor 10 1/16W Metal Composition
Resistor 10 1/16W Metal Composition
Resistor 1k 1/16W Metal Composition
Resistor 33k 1/16W Metal Composition
Resistor 4.7k 1/16W Metal Composition
Resistor 4.7k 1/16W Metal Composition
Resistor 47k 1/16W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 56 1/32W Metal Composition
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 0 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 100 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 1k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 10k 1/16W Metal Oxide
Resistor 100k 1/16W Metal Oxide
Resistor 100k 1/16W Metal Oxide
Resistor 100k 1/16W Metal Oxide
Resistor 100k 1/16W Metal Oxide
Resistor 100k 1/16W Metal Oxide
Resistor 100k 1/16W Metal Oxide
Resistor 12k 1/16W Metal Oxide
Resistor 12k 1/16W Metal Oxide
Resistor 12k 1/16W Metal Oxide
Resistor 12k 1/16W Metal Oxide
5
LC-32LE350M
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[3] DKEYMG165FM01(MAIN Unit)
R532
R535
R581
R590
R1103
R1104
R1547
R610
R611
R1916
R1918
R9633
R3324
R9607
R1711
R3301
R3313
R3364
R3368
R9609
R9621
R3343
R3321
R505
R508
R1101
R1102
R3304
R3316
R3354
R3355
R3356
R3358
R3359
R3360
R9610
R9623
R1903
R9620
R9634
R9614
R3347
R1710
R3101
R3103
R3308
R3310
R3312
R3315
R3323
R9632
R9624
R607
R608
R625
R1503
R1511
R1716
R1719
R9606
R3306
R3504
R3505
R3506
R3507
R3508
R3509
R3511
R3512
R3513
R3519
R3520
R3521
R3357
R3371
R3373
R9619
R1915
R1917
R1709
R1713
R101
R113
R1904
R9613
VRS-CZ1JF123JY
VRS-CZ1JF123JY
VRS-CZ1JF123JY
VRS-CZ1JF123JY
VRS-CZ1JF181JY
VRS-CZ1JF181JY
VRS-CZ1JF201JY
VRS-CZ1JF222JY
VRS-CZ1JF222JY
VRS-CZ1JF222JY
VRS-CZ1JF222JY
VRS-CZ1JF223FY
VRS-CZ1JF223JY
VRS-CZ1JF223JY
VRS-CZ1JF224JY
VRS-CZ1JF224JY
VRS-CZ1JF224JY
VRS-CZ1JF224JY
VRS-CZ1JF224JY
VRS-CZ1JF270JY
VRS-CZ1JF270JY
VRS-CZ1JF272FY
VRS-CZ1JF272JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF330JY
VRS-CZ1JF332FY
VRS-CZ1JF332JY
VRS-CZ1JF392FY
VRS-CZ1JF392FY
VRS-CZ1JF432JY
VRS-CZ1JF471JY
VRS-CZ1JF472FY
VRS-CZ1JF472JY
VRS-CZ1JF472JY
VRS-CZ1JF472JY
VRS-CZ1JF472JY
VRS-CZ1JF472JY
VRS-CZ1JF472JY
VRS-CZ1JF472JY
VRS-CZ1JF472JY
VRS-CZ1JF473FY
VRS-CZ1JF473JY
VRS-CZ1JF473JY
VRS-CZ1JF473JY
VRS-CZ1JF473JY
VRS-CZ1JF473JY
VRS-CZ1JF473JY
VRS-CZ1JF473JY
VRS-CZ1JF473JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF560JY
VRS-CZ1JF680JY
VRS-CZ1JF680JY
VRS-CZ1JF680JY
VRS-CZ1JF681FY
VRS-CZ1JF682JY
VRS-CZ1JF682JY
VRS-CZ1JF683FY
VRS-CZ1JF683FY
VRS-CZ1JF822JY
VRS-CZ1JF822JY
VRS-CZ1JF822JY
VRS-CZ1JF822JY
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AA
AB
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AB
AB
Resistor 12k 1/16W Metal Oxide
Resistor 12k 1/16W Metal Oxide
Resistor 12k 1/16W Metal Oxide
Resistor 12k 1/16W Metal Oxide
Resistor
Resistor
Resistor 200 1/16W Metal Oxide
Resistor 2.2k 1/16W Metal Oxide
Resistor 2.2k 1/16W Metal Oxide
Resistor 2.2k 1/16W Metal Oxide
Resistor 2.2k 1/16W Metal Oxide
Resistor
Resistor
Resistor
Resistor 220k 1/16W Metal Oxide
Resistor 220k 1/16W Metal Oxide
Resistor 220k 1/16W Metal Oxide
Resistor 220k 1/16W Metal Oxide
Resistor 220k 1/16W Metal Oxide
Resistor 27 1/16W Metal Oxide
Resistor 27 1/16W Metal Oxide
Resistor 2.7k 1/16W Metal Oxide
Resistor 2.7k 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 33 1/16W Metal Oxide
Resistor 3.3k 1/16W Metal Oxide
Resistor 3.3k 1/16W Metal Oxide
Resistor 3.9k 1/16W Metal Oxide
Resistor 3.9k 1/16W Metal Oxide
Resistor
Resistor 470 1/16W Metal Oxide
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 56 1/16W Metal Oxide
Resistor 68 1/16W Metal Oxide
Resistor 68 1/16W Metal Oxide
Resistor 68 1/16W Metal Oxide
Resistor 680 1/16W Metal Oxide
Resistor 6.8k 1/16W Metal Oxide
Resistor 6.8k 1/16W Metal Oxide
Resistor
Resistor
Resistor 8.2k 1/16W Metal Oxide
Resistor 8.2k 1/16W Metal Oxide
Resistor 8.2k 1/16W Metal Oxide
Resistor 8.2k 1/16W Metal Oxide
6
LC-32LE350M
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[3] DKEYMG165FM01(MAIN Unit)
R9622
R533
R547
R548
R549
R582
R583
R584
R526
R528
R9630
R9631
Q9607
Q3302
Q1501
Q1502
Q1503
Q1901
Q1902
Q9601
Q3301
J504
J506
J502
SC502
J501
TU1101
VRS-CZ1JF822JY
VRS-TQ2EF750JY
VRS-TQ2EF750JY
VRS-TQ2EF750JY
VRS-TQ2EF750JY
VRS-TQ2EF750JY
VRS-TQ2EF750JY
VRS-TQ2EF750JY
VRS-TW2ED101JY
VRS-TW2ED101JY
VRS-TW2HF1R0JY
VRS-TW2HF1R0JY
VSKTA1535T+-1Y
VSLTC014EEB-1Y
VSLTC044EEB-1Y
VSLTC044EEB-1Y
VSLTC044EEB-1Y
VSLTC044EEB-1Y
VSLTC044EEB-1Y
VSRT1N141U/-1Y
VSUPUMD2+++-1Y
QJAKJ0101SEZZ
QJAKJA024WJZZ
QJAKLA047WJQZ
QSOCNB037WJQZ
QSOCZA319WJQZ
RTUNQA073WJQZ
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AC
AB
AB
AB
AB
AB
AB
AR
Resistor 8.2k 1/16W Metal Oxide
Resistor 75 1/4W Metal Oxide
Resistor 75 1/4W Metal Oxide
Resistor 75 1/4W Metal Oxide
Resistor 75 1/4W Metal Oxide
Resistor 75 1/4W Metal Oxide
Resistor 75 1/4W Metal Oxide
Resistor 75 1/4W Metal Oxide
Resistor 100 1/4W Metal Oxide
Resistor 100 1/4W Metal Oxide
Resistor 1 1/2W Metal Oxide
Resistor 1 1/2W Metal Oxide
Transistor
Transistor LTC014EEBFS8TL
Transistor LTC044EEBFS8TL
Transistor LTC044EEBFS8TL
Transistor LTC044EEBFS8TL
Transistor LTC044EEBFS8TL
Transistor LTC044EEBFS8TL
Transistor RT1N141U-T111-1
Transistor
Jack
Jack
Jack
Socket
Socket
Tuner
[4] CABINET AND MECHNICAL PARTS
1
1-1
1-2
1-3
1-4
1-5
1-6
1-7
2
2-1
2-2
3
3-1
3-2
4
5
6
7
9
9
9
9
10
11
12
13
14
16
17
18
CCABBC190WJ01
GCABBC190WJ4A
JBTN-A960WJ4B
LANGKD438WJ4W
XEBS930P08000
PSPAHC470WJ00
PSPAHC676WJ00
PSPAHC677WJ00
CANGKD856WJ01
LANGKD856WJ4W
PSPAZC522WJ4Z
CANGKD857WJ01
LANGKD857WJ4W
PSPAZC522WJ4Z
GCOVAE341WJ4D
GCOVAE325WJ4B
LANGKD855WJ4W
LHLDWA101WJKZ
QACCBA119WJPZ
QACCZA213WJPZ
QACCZA214WJPZ
QACCZA215WJPZ
QCNW-N120WJQZ
QCNW-N178WJPZ
QCNW-N179WJQZ
QCNW-N180WJQZ
RSP-ZA633WJPZ
XBPS830P06WS0
XEBS830P12000
XBPS730P06WS0
AD
AA
AH
AB
AH
AB
AD
AN
AN
AA
AA
REAR CABINET ASSEMBLY (LC-32LE350M)
REAR CABINET (LC-32LE350M)
CONTROL BUTTON
VESA ANGLE (X2)
FOR VESA ANGLE (X2)
SPACER (X15)
SPACER (X5)
SPACER (X10)
FRONT ANGLE LEFT ASSEMBLY
FRONT ANGLE LEFT
LEG CUSHION
FRONT ANGLE RIGHT ASSEMBLY
FRONT ANGLE RIGHT
LEG CUSHION
AC CORD COVER
SIDE AV COVER (FOR LC-32LE350/550M ONLY)
BOTTOM ANGLE
AC CORD HOOK
AC CORD (FOR MIDDLE EAST)
AC CORD (EXCEPT FOR PHILIPINES/THAILAND)
AC CORD (FOR PHILIPINES)
AC CORD (FOR THAILAND)
RA WIRE
LVDS WIRE (FOR LC-32LE350M ONLY)
PD WIRE
L1 WIRE
SPEAKER (L/R)
SCREW FOR CAB-B (X6)
SCREW FOR CAB-B (X4)
PWB & ANG SCREW (X14)
[5] LCD PANEL
1
2
2-1
2-2
2-3
2-4
2-5
2-6
2-7
2-8
2-9
2-10
3
3-1
3-1
3-2
3-3
3-4
3-5
3-6
4
4-1
4-2
4-3
CLCDTA283WE01
CANGKD892WJ01
LANGKD892WJ4W
LHLDZC006WJ4Z
LHLDZC007WJ4Z
LHLDZC008WJ4Z
LHLDZC009WJ4Z
LHLDZC010WJ4Z
PSPAGC820WJZZ
PSPAGB109WJZZ
ZTAPEP079400E
ZTAPEP079715E
CCABAC989WJ01
GCABAC983WJ4A
GCABAC989WJ4A
HDECQB802WJ4A
HPNLSA443WJ4B
ZSFIM-60T550E
ZSFIM-60T800E
PSPAHC675WJ00
CCHSMA680WJ01
LCHSMA680WJ4W
LHLDWA360WJUZ
LHLDWA361WJUZ
AY
AD
AD
AD
AD
AD
AD
AC
AB
AB
BA
AD
AD
LCD PANEL UNIT WITH CAB-A (LC-32LE350M)
BEZEL ANGLE ASSEMBLY
BEZEL ANGLE
G8 HOLDER L (X2)
G8 HOLDER T (X2)
G8 HOLDER R (X2)
G8 HOLDER BL
G8 HOLDER BR
SPACER (X2)
SPACER (X2)
TAPE 7x400mm
TAPE 7x715mm
FRONT CABINET ASSEMBLY (LC-32LE350M)
FRONT CABINET (LC-32LE250M)
FRONT CABINET (LC-32LE350M)
LED COVER
SPEAKER SHEET (LC-32LE350M)
PROTECT SHEET (X2)
PROTECT SHEET (X2)
HIMELON
PWB CHASSIS ASSEMBLY
PWB CHASSIS
S-PWB HOLDER A (X2)
S-PWB HOLDER B (X2)
7
LC-32LE350M
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[5] LCD PANEL
4-4
4-5
5
5-1
5-2
6
6-1
6-2
7
7-1
7-2
8
9
10
11
12
13
15
16
17
18
19
20
21
22
LHLDWA363WJUZ
PSPAZC831WJZZ
CHLDZC012WJ01
LHLDZC012WJ4Z
PSHEPB282WJZZ
CHLDZC014WJ01
LHLDZC014WJ4Z
PSHEPB280WJZZ
CHLDZC015WJ01
LHLDZC015WJ4Z
PSHEPB281WJZZ
LHLDZC011WJ4Z
LHLDZC013WJ4Z
LX-BZ2312TPZZ
PGIDMA074WJZZ
PMIR-A335WJ4A
PRDARB097WJ4W
PSHEPB274WJ4A
PSHEPB275WJ4A
PSPAZD037WJ4Z
R1LK315T3HB60W
RUNTKB129WJZZ
RUNTKB130WJZZ
XBPS730P06WS0
XEBS830P12000
LED WIRE HOLDER
SPACER FOR SPK (X2)
SHADING FRAME TL ASSEMBLY
SHADING FRAME TL
TOP TAPE
SHADING FRAME LEFT ASSEMBLY
SHADING FRAME LEFT
LEFT TAPE
SHADING FRAME RIGHT ASSEMBLY
SHADING FRAME RIGHT
RIGHT TAPE
SHADING FRAME BOTTOM
SHADING FRAME TR
SCREW FOR CHASSIS (X6)
LGP
REFLECTION
HEAT SPREADER
DIFFUSION (X2) (FOR LC-32LE250/350M)
PRISM
LGP SPACER (X2)
PANEL HIRAKI
LED PWB A
LED PWB B
ANGLE SCREW (X2)
SCREW M3X12
AD
AB
AF
AE
AF
AF
AF
AG
AE
AB
BD
AQ
AH
AR
AB
CK
AZ
AZ
AA
AA
[6] SUPPLIED ACCESSORIES
X1 Remote control unit
X2 Operation manual
X3 AAA size battery ( g2)
Stand unit
X4 Stand base
NO.
PARTS CODE
X5 Screws (g 4)
PRICE NEW PART
RANK MARK RANK
X6 Antenna adapter
DESCRIPTION
[6] SUPPLIED ACCESSORIES
X1
X3
X2
X2
X2
X2
X2
X2
X2
X2
X2
X2
X4
X5
X5
RRMCGB072WJSA
NOT AVAILABLE
TINS-F757WJZZ
TINS-F758WJZZ
TINS-F759WJZZ
TINS-F760WJZZ
TINS-F761WJZZ
TINS-F762WJZZ
TINS-F763WJZZ
TINS-F764WJZZ
TINS-F765WJZZ
TINS-F766WJZZ
CCOVAE603WJ01
LX-BZA385WJF8
LX-BZA520WJF8
AU
AB
R/C GUN (LC-32LE350M)
BATTERY (X2)
OPERATION MANUAL (350M FOR INDONESIA/VIETNAM/THAIL
OPERATION MANUAL (350M FOR ASIA)
OPERATION MANUAL (350M FOR ASIA/MIDDLE EAST)
OPERATION MANUAL (350M FOR THAILAND)
OPERATION MANUAL (350M FOR INDONESIA)
OPERATION MANUAL (350M FOR VIETNAM)
OPERATION MANUAL (350M FOR MIDDLE EAST)
OPERATION MANUAL (350M FOR ASIA/MIDDLE EAST)
OPERATION MANUAL (350M FOR MIDDLE EAST)
OPERATION MANUAL (350M FOR PHILIPPINES)
KS-STAND
STAND SCREW (X2)
STAND SCREW (X2)
8
LC-32LE350M
[6] SUPPLIED ACCESSORIES
X6
X7
X7
X7
X7
QCNCWA969WJZZ
TGAN-B249WJZZ
TGAN-B383WJN1
TGAN-B636WJZZ
TGAN-B728WJZZ
AF
AC
AD
AD
AG
ANTENNA ADAPTOR (FOR PHILIPPINES)
WARRANTY CARD (FOR PHILIPPINES)
WARRANTY CARD (FOR VIETNAM)
WARRANTY CARD (FOR ASIA/MALAYSIA)
WARRANTY CARD (FOR INDONESIA)
[7] PACKING PARTS ( NOT REPLACEMENT ITEM )
NO.
PARTS CODE
PRICE NEW PART
RANK MARK RANK
DESCRIPTION
[7] PACKING PARTS ( NOT REPLACEMENT ITEM )
S1
S1
S2
S3
S4
S5
S6
S7
SPAKCH085WJZZ
SPAKCH086WJZZ
SPAKPB924WJZZ
SPAKXD903WJZZ
SPAKXD904WJZZ
SPAKPB925WJZZ
SSAKA0001PEZZ
CBATUA024WJ06
AE
AN
AC
AA
AG
PAKING CASE (LC-32LE350M) except INDONESIA
PAKING CASE (LC-32LE350M) INDONESIA
HOSO-PP
P-AD TOP
P-AD BOTTOM
STAND HOSO SACK
POLYETHYLENE BAG
SCREW & BATTERY PACK (except PHILIPPINES)
9
LC-32LE350M
[7] PACKING PARTS ( NOT REPLACEMENT ITEM )
[7] PACKING PARTS ( NOT REPLACEMENT ITEM )
S8
S9
TLABV0182AJZZ
TLABZD535WJZZ
AB
NO. CARD
CARTON LABEL (LE350M VIETNAM)
10
LC-32LE350M
11
LC-32LE350M
12
LC-32LE350M
13
EndPage
COPYRIGHT
SHARP CORPORATION
COPYRIGHT © 2012
XXXXBY
BYSHARP
CORPORATION
ALL RIGHTS RESERVED.
No part of this publication may be reproduced,
stored in a retrieval system, or transmitted in
any form
or by any
means, electronic,
mechanical,
COPYRIGHT
© XXXX
BYSHARP
CORPORATION
photocopying, recording, or otherwise, without
priorALL
written
permission
of the publisher.
RIGHTS
RESERVED.
No part of this publication may be reproduced,
stored in a retrieval system, or transmitted in
any form or by any means, electronic, mechanical,
photocopying, recording, or otherwise, without
prior written permission of the publisher.
RQ200
DEC2012 Printed in Malaysia
Design and Production Information
Design
:SEM
Production :SMM
SELVA SMM
SHARP MANUFACTURING
CORPORATION (M) SDN. BHD
PQA DEPARTMENT
Batu Pahat, Johor,
Malaysia
–1