Sharp LC-19S7E-BK, LC-26S7E-BK, LC-32S7E-BK Service Manual

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SERVICE MANUAL
No.
LCD COLOUR TELEVISION
LC-19S7E-BK LC-26S7E-BK
MODELS LC-32S7E-BK
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.
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.
SAFETY PRECAUTION
IMPORTANT SERVICE SAFETY PRE-
CAUTION ............................................................2
Precautions for using lead-free solder ......….......3
CHAPTER 1. OPERATION MANUAL
[1] SPECIFICATIONS ..................................................4
[2] OPERATION MANUAL ...........................................5
[3] DIMENSIONS .......................................................10
CHAPTER 2. REMOVING OF MAJOR PARTS
[1] REMOVING OF MAJOR PARTS ..........................12
CHAPTER 3. ADJUSTMENT PROCEDURE
[1] ADJUSTMENT PROCEDURE ..............................20
[2] SERVICE MODE ...................................................26
[3]
SOFTWARE UPGRADE PROCEDURE...............27
CHAPTER 4. TROUBLESHOOTING TABLE
[1] TROUBLESHOOTING TABLE..............................28
CHAPTER 5. MAJOR IC INFORMATIONS
[1] MAJOR IC INFORMATIONS.................................46
CHAPTER 6. BLOCK DIAGRAM/WIRING DIAGRAM
[1] BLOCK DIAGRAM ...............................................61
CONTENTS
[2] POWER MANAGEMENT BLOCK DIAGRAM ......63
[4] WIRING DIAGRAM ...............................................65
CHAPTER 7. PRINTED WIRING BOARD
[1] MAIN UNIT PRINTED WIRING BOARD ................68
[2] POWER UNIT PRINTED WIRING BOARD ...........72
[3] KEY UNIT PRINTED WIRING BOARD .................76
[4] IR UNIT PRINTED WIRING BOARD .....................78
CHAPTER 8. SCHEMATIC DIAGRAM
[1] MAIN SCHEMATIC DIAGRAM .............................80
[2] POWER SCHEMATIC DIAGRAM ......................113
[3] KEY SCHEMATIC DIAGRAM .............................116
[4] IR SCHEMATIC DIAGRAM .................................118
CHAPTER 9. Parts Guide
[1] SPARE PARTS LIST............................................120
[2] CABINET PARTS ................................................186
[3] SUPPLIED ACCESSOORIES..............................190
[4] PACKING PARTS.................................................191
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SAFETY PRECAUTION
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
1. For continued safety, no modification of any circuit should be attempted.
2. Disconnect AC power before servicing.
CAUTION:
FOR CONTINUED PROTECTION AGAINST A RISK OF FIRE REPLACE ONLY WITH SAME TYPE FUSE.
19" F901 (T3.15AH/250V)
26"/32" F901 (T4AH/250V)
BEFORE RETURNING THE RECEIVER (Fire & Shock Hazard)
Before returning the receiver to the user, perform the following safety checks:
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.
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 220~240 volt AC outlet.
• Using two clip leads, connect a 1.5k ohm, 10 watt resistor paralleled
by a 0.15µF 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, sen-
sitivity 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.
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.)
Any reading of 1.05 V peak (this corresponds to 0.7 mA peak AC.)
or more is excessive and indicates a potential shock hazard which
must be corrected before returning the monitor to the owner.
DVM
AC SCALE
1.5k ohm
10W
0.15 µF
TEST PROBE
TO EXPOSED
METAL PARTS
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
SAFETY NOTICE
Many electrical and mechanical parts in LCD color television have
special safety-related characteristics.
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.
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.
For continued protection, replacement parts must be identical to those
used in the original circuit.
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.
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
CONNECT TO KNOWN
EARTH GROUND
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Precautions for using lead-free solder
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.
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CHAPTER 1. OPERATION MANUAL
[1] SPECIFICATIONS
Specification
Item
19" LCD COLOUR TV Model: LC-19S7E
26" LCD COLOUR TV Model: LC-26S7E
32" LCD COLOUR TV Model: LC-32S7E
LCD screen size 19"diagonal 26"diagonal 32"diagonal
Number of dots 3,147,264 dots(1366x768x3 dots)
Video Colour System PAL/SECAM/NTSC 3.58/NTSC 4.43/PAL 60
TV-Standard Analogue CCIR (B/G, I, D/K, L/L’)
VHF/UHF ATV : IRA-E69
Receiving
Channel
CATV S-band, S1–S41ch
TV-Tuning System Auto Preset 999 ch, Auto Label, Auto Sort
TV Function
STEREO/BILINGUAL STEREO/BILINGUAL
Backlight life 60,000 hours (at Backlight Standard position)
Viewing angles H : 176° V : 176°
Audio amplifier 3Wx2 5Wx2
Speaker (128.8 mmx40.2 mm)x2 (164.5 mm x 42 mm) x 2
Antenna UHF/VHF 75
SCART, SCART 1 SCART (AV input, RGB input, TV output-analogue only)
SCART 2 SCART (AV input, monitor output (analogue source - RF, SCART 1, SIDE AV)
PC IN VGA pin (AV input), Ø 3.5mm jack (Audio input)
Component Y/Pb(Cb)/Pr(Cr), RCA pin (L/R)
AV OUT RCA pin (AV output) , RCA pin (L/R)
HDMI / HDMI 1
HDMI 2 For 26” and larger
Rear
AV IN RCA pin (AV input) , RCA pin (L/R)
Headphones Ø 3.5mm jack (Audio output)
Side
Service Service socket
OSD language
Bulgarian, Croatian, Czech, Danish, Dutch, English, Estonian, Finnish, French,
German,Greek, Hungarian, Latvian, Lithuanian, Italian, Norwegian,
Polish, Portuguese, Romanian,Russian, Serbian, Slovak, Slovene, Spanish,
Swedish, Turkish, Ukrainian
Power Requirement AC 220–240 V, 50 Hz
Power Consumption
45W (Standby<0.3W) (Method IEC60107)
55W (Standby<0.3W) (Method IEC60107)
65W (Standby<0.3W) (Method IEC60107)
Weight
3.8 kg (Without stand),
4.0 kg (With stand)
7.3 kg (Without stand),
8.4 kg (With stand)
11.0 kg (Without stand),
12.4 kg (With stand)
Operating temperature 0°C to k40°C
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.
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[2] OPERATION MANUAL
Remote control unit
POWER: Press to turn on/off the TV from or to standby mode.
VIDEO: Press to select Component / Side AV / HDMI1 /HDMI2 /HDMI3 input
SCART: Press to select SACRT1 / SCART2 input
PC: Press to select PC input
TV: Press to select TV input
Number Key: 1. Press number button to direct access to TV channel
2. Press the pass code to activate the factory mode
3. Press to activate the Channel Lock (enter PIN code for Channel lock)
4. If channel list OSD active – jump to that channel in the channel list (not tune
the channel until OK is pressed)
EPG: Press this key to display electronic program guide screen in DTV mode.
PRE PR: Press to alternate between the currently viewed channel and previously viewed
channel (It should return to previous view if it comes from different signal
source)
SOURCE: 1. Press repeatedly to select the signal source:
2. The Source List should be activated and show on OSD.
3. 1st press displays current, subsequent presses advance
ASPECT: Press to toggle among screen format Automatic/ Panoramic / 4:3 / Movie
expand 14:9 / Movie expand 16:9 / 16:9 subtitle /
wide screen
DUAL: Press to select mono / stereo / DUAL ATV channel. Select Audio language for
DTV channel.
SLEEP: Press to show the sleep-timer slider in the right side of screen. 1st press displays
current, subsequent presses advance (Loops)
(5-180 minutes.)
PICTURE: Press to set the LCD TV to a predefined picture setting. User / Cinema / Sport /
Vivid / Hi-Bright
PR List: Press to display a list of channels and input sources.
SOUND: Press to set the LCD TV to a predefined sound setting. Off / Rock / Pop / Live /
Dance / Techno / Classic / Soft
VOL +/ -: Press to adjust the volume
MUTE: Press to toggle audio on and off. You can also press +/- VOL to restore the previous
volume level.
DISPLAY: Press to display information about the selected TV channel (Channel banner)
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TV (Front view)
TV (Rear view)
1 Power connector 2 HDMI /HDMI 1
3 PC IN (VGA/AUDIO) 4 SCART, SCART
5 SCART 2 (CVBS 6 Component (Video
7 Tuner Input
8 AV VIDEO and L/R Audio Output
9 SERVICE socket 10 Earphone Output
11 Composite ( AV IN, AV/LR) 12 HDMI 2 (For 26” and 32” only)
(Standby/On) indicator
Remote control sensor
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Preparation
Mount the TV Stand
1. Put the TV face down on a safe surface that
is covered by a soft and smooth cloth.
2. Adjust the TV stand to the base column of the TV.
3. Fasten screws by using a cross-head
Screwdriver(Not supplied).
Wall mounting
1. Put the TV face down on a safe surface that is
covered by a soft and smooth cloth.
2. Unscrew the 4 bolts that fasten the base
column to the TV by using a cross-head screwdriver. (not supplide)
3. Detach the stand from the bottom of the TV.
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preparation
Installation of batteries
1. insert two AAA batteries into Remote control.
Make sure (+) and (-) are facing the proper
direction.
2. Replace the cover.
NOTE
• If the remote control will not to be used for a long
time, remove the batteries to avoid remote control damage. CAUTION
Improper use of batteries can result in chemical leakage or explosion. Be sure to follow the instructions below.
• Do not mix batteries of different types. Different types of batteries have different characteristics.
• Do not mix old and new batteries. Mixing old and new batteries can shorten the life of new batteries or cause
chemical leakage in old batteries.
• Remove batteries as soon as they have worn out. Chemicals that leak from batteries can cause a rash. If you find
any chemical leakage, wipe thoroughly with a cloth.
• The batteries supplied with this product may have a shorter life expectancy due to storage conditions.
• If you will not be using the remote control unit for an extended period of time, remove the batteries from it. Note on disposing batteries:
The batteries provided contain no harmful materials such as cadmium, lead or mercury.
Regulations concerning used batteries stipulate that batteries may no longer be thrown out with the household
Rubbish. Deposit any used batteries free of charge into the designated collection containers set up at commercial
Businesses.
Using the remote control unit Bundling the cables
Use the remote control unit by pointing it towards the
remote control sensor. Objects between the remote control unit and sensor may prevent proper operation.
Remote control sensor
5m
30
30
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Appendix
troubleshooting
Problem Possible Solution
1. Connect power cord correctly.
2. Turn on power.
3. Connect signal cable correctly.
No picture
4. Press any button on the LCD TV.
Abnormal colours Connect signal cable correctly.
1. Connect signal cable correctly.
Twisted picture
2. Please use compatible signal.
Picture too dark Adjust brightness and contrast.
1. Please check if input signal is connected correctly.
Audio only, no images
2. TV-RF signal must not be lower than 50dB.
1. Connect signal cable correctly.
2. Adjust volume to proper level.
3. Connect audio signal cable correctly.
Picture only, no audio
4. TV-RF signal must not be lower than 50dB.
1. Please change battery.
Cannot use remote control
2. Turn off power for 10 seconds; and then restart power.
Cannot receive sufficient channels through antenna
Please use the Channel scan function to increase the number of channels not included in memory
No colours Please adjust the colour setup.
1. Check the connection of antenna/signal cable.
2. Check if channel is in play mode.
Blinking picture accompanied by ghost image
3. Press signal source and change input mode.
Adjust antenna.
Broken lines or segments
Keep the TV away from noise sources, such as automobiles, neon lights,and hair dryers.
Certain TV channels are blocked (Hope to acquire some channels)
Please use the Update scan method to add the channels not included in memory.
Overlapping images or ghost images
Please use multi-directional outdoor antenna. (If your TV is subject to the influence of nearby mountains or buildings).
Cannot use a function If the item you choose turns gray, that item cannot be selected.
Cannot receive programmes Please use the Update scan method to add the channels not included in memory.
Cautions regarding use in high and low temperature environments
• When the unit is used in a low temperature space (e.g. room, office), the picture may leave trails or appear slightly delayed. This is not a malfunction, and the unit will recover when the temperature returns to normal.
• Do not leave the unit in a hot or cold location. Also, do not leave the unit in a location exposed to direct sunlight or near a heater, as this may cause the cabinet to deform and the LCD panel to malfunction.
• Storage temperature: +5°C to +35°C.
information on the software license for this product
Software composition
The software included in this product is comprised of various software components whose individual copyrights are held by SHARP or by third parties.
Software developed by SHarp and open source software
The copyrights for the software components and various relevant documents included with this product that were developed or written by SHARP are owned by SHARP and are protected by the Copyright Act, international treaties, and other relevant laws. This product also makes use of freely distributed software and software components whose copyrights are held by third parties. These include software components covered by a GNU General Public License (hereafter GPL), a GNU Lesser General Public License (hereafter LGPL) or other license Agreement.
Acknowledgements
The following open source software components are included in this product:
•linuxkernel•modutils•glibc•zlib•libpng
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[3] DIMENSIONS
(1)19”
(2)26”
\
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(3)32”
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CHAPTER 2. REMOVING OF MAJOR PARTS
[2.1] REMOVING OF MAJOR PARTS(LC-19S7E-BK)
1. Assy/Panel Removal
Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it.
Front view
Fig.1
Back view
Fig.2
Step 1. Remove the Base Assy.
1. Remove the base as Fig.3.
Remove the 3 screws and pull out the base plate as Fig.3
Fig.3
2. Remove the 4 screws. Detach the BASE STAND as Fig.4.
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Fig.4
Step 2. Remove the REAR COVER Assy.
1. Remove the 11 screws. Detach the REAR COVER as Fig.5.
Fig.5
Step 3. Remove the Main, Power, IR, Key board,frame shielding and the Speakers.
Fig.6
1. Remove the 7 screws to move the frame shielding as Fig.7
Fig.7
2. Disconnect 5 cables to move the Scaler board as Fig.8.
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Fig.8
3. Remove the 5 screws and disconnect 5 cables. Detach the Power board as Fig.9.
Fig.9
4. Remove the 2 screws and disconnect 1 cable. Detach the IR board as Fig.10.
Fig.10
5. Disconnect 1 cable. Detach the Key board as Fig.11.
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Fig.11
6. Remove the 4 screws .Detach the Speakers as Fig.12
Fig.12
Step 4. Remove the Metal Frame.
Remove the 5 screws. Detach the Metal Frame as Fig.13
Fig.13
Step 5. Remove the Bezel Assy.
1. Remove the Bezel Assy as Fig.14
Fig.14
2. The below picture is panel as Fig.15
Fig.15
REMOVING OF MAJOR PARTS(LC-26S7E-BK&LC-32S7E-BK)
1. Assy/Panel Removal
Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it.
Front view
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Fig.1
Back view
Fig.2
Step 1. Remove the Base Assy.
1. Remove the base plate as Fig.3.
Remove the 4 screws and pull out the base plate as Fig.3
Fig.3
2. Remove the 4 screws. Detach the BASE STAND as Fig.4.
Fig.4
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Step 2. Remove the REAR COVER Assy.
1. Remove the 12 screws. Detach the REAR COVER as Fig.5.
Fig.5
Step 3. Remove the Main, Power, IR, Key board, and the Speakers.
Fig.6
1. Remove the 4 screws,and disconnect 5 cables to move the Scaler Board as Fig.7
Fig.7
3. Remove the 5 screws and disconnect 2 cables. Detach the Power board as Fig.8.
Fig.8
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4. Remove the 2 screws and disconnect 1 cable. Detach the IR board as Fig.9.
Fig.9
5. Remove the 2 screws and disconnect 1 cable. Detach the Key board as Fig.10.
Fig.10
6. Remove the 4 screws .Detach the Speakers as Fig.11
Fig.11
Step 4. Remove the Metal Frame.
Remove the 8 screws. Detach the Metal Frame as Fig.12
Fig.12
Step 5. Remove the Bezel Assy.
1. Remove the 8 screws,Detach the Bezel Assy as Fig.13
Fig.13
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2. The below picture is panel as Fig.14
Fig.14
2. Set Re-assembly
To re-assemble the whole set, execute all processes in reverse order.
Notes:
a. While re-assembling, make sure that all cables are placed and connected in their original position.
b. Pay special attention not to damage the EMC foams at the SSB shielding. Check that EMC foams are put
correctly on their places.
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CHAPTER 3. ADJUSTMENT PROCEDURE
PROCEDURE
[1] ADJUSTMENT PROCEDURE
1. OSD Menu
OSD tree - As following
Level 1 Level 2 Level 3 Level 4 remark Picture
Smart Picture
Fast menu have the same item
Personal
Vivid
Standard
Movie
Game
Eco
Contrast 0 to 100
Brightness 0 to 100
Color 0 to 100
Hue -50 to 50
Sharpness 0 to 10
Noise
Reduction
Off
Minimum
Medium
Maximum
Colour Temp
Cool
Normal
Warm
Adv.Picture
Dynamic
contrast
Dynamic
Backlight
MPEG artefact
reduction
Colour
enhancement
PC Mode HDMI Video Timing
Only
Off
On
Picture format
Auto Format
EU_VD only
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Super zoom
NonPC_Non1080ip only
4:3
Subtitle zoom
NonPC_Non1080ip only
Movie exp.14:9
NonPC_Non1080ip only
Movie exp.16:9
NonPC_Non1080ip only
Wide screen
Unscaled
PC_1080ip only
Horizontal shift 0 to 100
Vertical shift 0 to 100
Sound
Smart sound
Fast menu have the same item
Standard
News
Movie
Personal
Bass -8 to +8
Treble -8 to +8
Volume 0 to 100
Balance -8 to +8
Dual I / II
TV(RF) Only
Dual I
Dual II
Mono / Stereo
TV(RF) Only
Mono
Stereo
Surround
Off
On
Headphone
volume
0 to 100
Headphone Plugin only
Auto volume
Off
On
Delta Volume -8 to +8
Features
Sleeptimer 0~180
Clock
Cancel
HH
MM
Done
Time Widget
On timer
Activate
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Off
Once
Daily
Wizard
Time
Cancel
HH
MM
Done
Time Widget
Program No.
MinCH~MaxCH
Wizard
TV lock
Lock
Unlock
need check password
Set Code
password not set only
Change code
password set only
Phase 0 to 100 VGA Only
Clock 0 to 100 VGA Only
Auto Adjust VGA Only
Yes
Reset VGA Only, Reset
H&V Shift, Phase, Clock
Yes
Installation
Menu language
Czech,
Bulgarian, Danish, German, Greek, English, Spanish, French, Croatian, Italian, Hungarian, Dutch, Norwegian, Polish, Portuguese, Romanian, Russian, Slovak, Slovenian, Serbian, Finnish, Swedish, Turkish, Ukrianian, Estonian
Channel
installation
Automatic
installation
Auto store Wizard
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Analogue:
Manual
System
Wizard
EUROPE FRANCE UK WEST_EUROPE
EAST_EUROPE
PAL_BG_55MHZ
PAL_I_60MHZ
PAL_DK_65MHZ
Wizard
Search
Wizard
0~999Mhz
Wizard / this is OSD value,tuner stiil has limitation
Fine tune
Wizard
-1M~1M
Wizard
Store current
channel
Wizard
Store as new
channel
Wizard
Skip channel
Wizard
Decoder
TV(RF) Only force channel to SCART
Channel
All active
channel
Wizard
Status
None
Ext1
Ext2
Factory settings
Reset
Current
Software
Show F/W version and update Data
Installation
Off
On
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2. Picture check
1)Auto Color Adjust (B)
For CVI (YPbPr) source
General set-up:
Equipment : Quantum Data Pattern Generator 802G or 802R or 882;
Apply 576i, and the pattern TVBAR100 shown in figure 1.
Figure 1. TVBAR100
Alignment method:
Initial Set-up : Set Smart picture as “Standard”
Access to factory OSD first, then to enable AUTO-COLOR to get HD ADC OFFSET and HD ADC
GAIN. Check 32 Gray scales can be distinguishable
Process
~ Press MENU key
~ Press digit “1999” to enter factory mode (Fig. 2)
~ Press ↑, ↓ to move curser to “AUTO COLOR ” ~ Press OK to do “ADC GAIN” and “ADC OFFSET” ~ “SAVE” and “EXIT”
Figure 2. OSD in factory mode
For PC (DSUB) source
Set Smart picture as “Standard” and apply 1024x768 @60Hz mode with 50 Black and 50 White pattern at the factory mode Activate AUTO-COLOR function for auto ADC offset and gain setup.
Figure 3. 50-Black 50-White
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2). White Balance Adjustment (B)
General set-up:
Equipment Requirements: Color analyzer. Input requirements: For SZ factory:
Signal Type : RF signal
Set to PAL D/K system, frequency=184.25MHz ( for China
model ) with white pattern of 80%
Set to PAL B/G system, frequency=64.25MHz ( for AP
model ) with white pattern of 80%
Input Signal Strength : 10mV (80 dBuV) terminal voltage.
Input Injection Point : TV Tuner input
For FQ factory: Signal Type : CVI (YPbPr)
Using Quantum Data Pattern Generator 802G or 802R or 882;
Set to 576i with white pattern of 80% (flat patten)
Alignment Request in the center of the screen
Apply full white pattern, select smart setting to be Standard. Adjusting SCALER GAIN R G B to reach
W/D and luminance in factory mode as below.
Adjust Color Temp in the factory Mode OSD by adjusting GAIN R xxx G xxx B xxx in
factory mode (Fig. 4)
CIE1391 chromaticity (x,y) shall be
Color Temp. x y Cool
0.272 + 0.01 0.277+ 0.01
Normal
0.289 + 0.01 0.291 + 0.01
Warm
0.314 + 0.01 0.319 + 0.01
~ R/G/B Gain value <= 127 to avoid satsuation at 32-grey pattern.
~At TV Luminance at Normal >= 250 cd/m2 when contrast and brightness and color are 100%.
~At PC Luminance at Normal >= 250 cd/m
2
when contrast and brightness are 100%.
~
These group settings about color temp are also applied automatically into
HDMI1/CVI(for SZ factory)/SIDE AV/PC/TV(for FQ factory). That means TV/HDMI/CVI/PC are
used the same setting.
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[2] SERVICE MODE
Enter factory mode menu: Press the key “1999” on remote control.
Press ↑, ↓ to choose the value
Press OK to fix the value.
Press OK to exit the factory mode when choose “exit” value,
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[3] SOFTWARE UPGRADE PROCEDURE
Connect to TV USB port to upgrade the software firmware.
Please follow the following step to upgrade the firmware.
1. Copy the software firmware (*.bin) to USB Disk.
2. Insert the USB Disk to TV USB port.
3. Unplug the AC cord.
4. AC power on
5. Reboot TV to update SW automatically. During upgrade FW the front LED will red light blink.
6. When FW upgrade is finished LED will stop blinking and keep at (Blue + red) color.
After finish upgrade process.
7. Remove USB disk from TV.
8. Turn AC Off then On to reboot TV
Check the software version is correct or not. (Menu /Installation/Current software)
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CHAPTER 4. TROUBLESHOOTING TABLE
[1] TROUBLESHOOTING TABLE19”
Power unit operation check.
LINE_FILTER_UNIT: ↓ YES
POWER_UNIT
YES
YES
YES
Are the power cord and harness in the unit properly connected?
NO
Connect the power cord and harness properly, and turn on the
p
ower.
Is F901 normal?
NO
LINE_FILTER_UNIT: Isn't C908, RV901, L902, C900, C901, etc. out of order? Moreover, whether the short-circuit with the circumference circuit is checked.
Is BD901 (+320V) output?
* When power on/off switch is on ‧‧‧ About +400V
Does the circuit operate normally? Check circuit around (FB901, Q906, ZD904, IC901 etc ).
NO
Is a voltage of +5.3V applied to pin (3,4) of connector (CN902)?
Does the switching circuit operate normally? Check circuit around the primary side (T901, ZD906, D901, D903, Q903, D904, IC901, IC902, D905 etc.), the secondary side (D905, L904, etc.), the DC_DET circuit (IC902, ZD903, IC901, ZD902, etc.), and the protection circuit.
NO
Is a voltage of +18V applied to pin (8,9) of connector (CN902)?
NO
Does the inverter circuit operate normally? Check circuit around (Q801, ZD801, ZD802, Q805, Q806, IC801, T801, L801, L802, etc.), and the protection circuit.
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The sound is not emitted from the speaker though the picture has come out.
No sound output in all modes? TEREMINAL UNIT:
YES
YES
YES
YES
YES
No sound (during the reception of TV(ANALOG) broadcasting)
Does not the sound go out though the picture has come out when UHF/VHF is received? TEREMINAL UNIT:
YES
YES
No sound from external input devices (1)
Is the audio signal output of pin (84) (DACOUTL0) and pin (85) (DACOUTR0) of IC U4201 normal?
NO
Check IC U4201 and its peripheral circuits.
Is audio signal input to pin (5)(LIN), pin (6)(RIN) of IC U6102 (AMP)?
NO
Check the line between IC U6101 and IC U6102.
Is MUTE/SHUTDOWN circuit [AMP_MUTE, AMP_STBY] normal?
Is the audio signal output of pin (3,4) (LOUT+) and pin (1,2) (ROUT+) of CN6101 (AUDIO-CONNECTOR) normal?
NO
Check the AMP_MUTE and AMP_STBY. (Q6106, etc.)
NO
Check IC U6102 and its peripheral circuits.
Check Speaker Box (right and left) and wire harness.
Is the SIF signal output from pin (13) of TUNER (TU1101)?
Is the SIF signal sent to pin 54(SIFP) and pin 55(SIFM) of IC U4201?
NO
Check the tuner and its peripheral circuits. Replace as required.
NO
Check IC U4201 its peripheral circuits. .
Refer to No sound output in all modes”.
Is the audio signal output of pin (9) (OUTL) and pin (11) (OUTR) of IC U6101 normal?
NO
Check IC U6101 and its peripheral circuits.
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Does not the sound of the audio signal input to SCART1 go out?
TEREMINAL UNIT:
YES
YES
No sound from external input devices (2)
Does not the sound of the audio signal input to YPbPr (Component) go out? MAIN UNIT:
YES
YES
No sound from external input devices (3)
Does not the sound of the audio signal input to PC(VGA) go out? MAIN UNIT:
YES
YES
Is the audio signal properly sent to pin (6) (YPbPr2_AU_INL) and pin (2) (YPbPr2_AU_INR) of SCART1(CN1901)?
Check the setting of an external input device that connects of CN1901.
NO
Is the audio signal properly sent to pin (72) (AUL1) and pin (73) (AUR1) of IC U4201?
NO
Check the line between CN1901 and IC U4201
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (8) (YPbPr1_AU_INL) and pin (10)( YPbPr1_AU_INR) of CN1201?
NO
Check the connection to CN1201 and the external input device
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (70) (AUL0) and pin (71) (AUR0) of IC U4201?
NO
Check the line between CN1201 and IC U4201. .
Is the audio signal properly sent to pin (2) (PC_AU_INL) and pin (3) (PC_AU_INR) of CN1702?
NO
Check the connection to CN1702 and the external input device.
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (75) (AUL2) and pin (76) (AUR2) of IC U4201?
NO
Check the line between CN1702 and IC U4201.
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No sound from external input devices (4)
Does not the sound of the audio signal input to “AV side” go out? MAIN UNIT:
YES
YES
No sound from external input devices (5)
Does not the sound of the audio signal input to HDMI go out?
YES
The audio signal is not output (1)
The audio signal of UHF/VHF is not output from SCART1.
TEREMINAL UNIT:
NO
NO
Is the audio signal properly sent to pin (4) (SIDE_AU_INL) and pin (6) (SIDE_AU_INR) of CN1207?
NO
Check the connection to CN1207 and the external input device.
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (77) (AUL3) and pin (78) (AUR3) of IC U4201?
NO
Check the line between CN1207 and IC U4201.
Refer to No sound output in all modes”.
Is picture of the signal input from HDMI displayed?
NO
Refer to Does not the picture of the HDMI signal input to HDMI go out?”.
Is audio signal output from IC U4201 pin(82)(SCAL) and pin(83) (SCAR) sent to pin (13)(INL) and pin (15)(INR) of IC U1901?
Is audio signal output from IC U1901 sent to pin (3) (SCAUD_LOUT) and pin(1)(SCRAUD_ROUT) of SCART1(CN1901)?
YES
Check the connection to SCART1 and external devices.
YES
Check the line between IC U4201 and IC U1901
Check IC U4201 and its peripheral circuits.
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The audio signal is not output (2)
No audio signal output from LINE_AUDIO_OUTPUT terminal. TEREMINAL UNIT:
NO
NO
The audio signal is not output (3)
No sound from HEADPHONE_OUTPUT terminal.
MINI AV_UNIT:
YES
YES
YES
Is the audio signal output from IC U4201 pin(80) (LINEOUTL) and pin(81) (LINEOUTR) sent to pin(13)(INL) and pin(15)(INR) of IC U1201?
Is audio signal output from IC U1201 sent to pin(4)(AUD_LOUT) and pin (6)(AUD_ROUT) of connector(CN1205)?
YES
Check the connection to CN1205 and external devices.
YES
Check the line between IC U4201 and IC U1201.
Check IC U4201 and its peripheral circuits.
Is the audio signal output from IC U6103 to pin(2) (HPL) and pin (3) (HPR) of headphone terminal CN1204?
Is the HP_DET signal input into pin (93) of IC U4201 from pin (5) of a headphone terminal (CN1204)?
NO
Check the connection to CN1204 and external headphone is plug in well.
NO
Check the line between IC U6103 and CN1204.
Check IC U4201 and its peripheral circuits.
Is the audio signal output from IC U4201 pin (84)(DACOUTL0) and pin(85) (DACOUTR0) sent to pin(15)(INR) and pin(13)(INL) of IC U6103?
NO
Check the line between IC U4201 and IC U6103.
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No picture on the display (1)
The picture doesn't appear in all modes. MAIN UNIT:
NO
YES
YES
PANEL_UNIT:
YES
YES
No picture on the display (2)
Does not the picture come out when VHF/UHF is received? TERMINAL UNIT:
MAIN_UNIT: ↓YES
YES
Is LCD controller's control signal normal?
Is the above-mentioned LVDS signals output to connector
NO
Check the line between IC U4201 and CN7502.
NO
Control signals BRIGHT_ADJ, INVERTER_ON_OFF, PANEL_PWR, and it peels off and whether normality is checked.
Check the panel module.
Similarly, is the LVDS signal input to connector of the panel
NO
FFC cable is checked.
Is LVDS signal output from 1st_channel and 2nd_channel of IC U4201 in each mode? (RXO0+/RXO0-),( RXO1+/RXO1-),( RXO2+/RXO2-),( RXO3+/RXO3-),( RXOC+/RXOC-)
Check IC U4201 and its peripheral control circuits.
Is picture signal input from pin (16) of TUNER (TU1101) to pin 35(CVBS0) of IC U4201?
Is TUNER_CVBS signal output from pin (16) of TUNER (TU1101)?
NO
Check whether I2C is normally accessed between TU201 and IC U400.
NO
Check the line between IC U4201and TU1101.
Refer to The picture doesn't appear in all modes.
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<External input SCART1>No picture on the display (3)
Does not the picture of the CVBS signal input to SCART1 go out? TERMINAL UNIT:
MAIN_UNIT: ↓YES
YES
<External input SCART1>No picture on the display (4)
Does not the picture of the R/G/B video signal input to SCART1 go out?
TERMINAL UNIT:
MAIN_UNIT: ↓YES
YES
<External input AV3(Composite)>No picture on the display (5)
Does not the picture of the composite video signal input to SIDE AV(Composite) go out? TERMINAL UNIT:
MAIN_UNIT: ↓YES
YES
Is CVBS signal sent to pin (20) of SCART1 (CN1901)?
NO
Check the setting of an external input device that connects of CN1901.
Refer to The picture doesn't appear in all modes.
Is CVBS signal sent to pin (31) of IC U4201?
NO
Check the line between IC U4201 and CN1901.
Is RGB signal sent to pin (15)/SCR, (11)/SCG, (7)/SCB, of SCART1 (CN1901)?
NO
Check the setting of an external input device that connects of CN1901.
Refer to The picture doesn't appear in all modes.
Is RGB signal sent to pin (17)/RIN0, (15)/GIN0, (13)/BIN0 of IC U4201?
NO
Check the line between IC U4201 and CN1901.
Is CVBS signal sent to pin (2) of SIDE AV (CN1207) ?
NO
Check the setting of an external input device that connects of CN1207.
Refer to The picture doesn't appear in all modes.
Is CVBS signal sent to pin (33) of IC U4201?
NO
Check the line between IC U4201 and CN1207.
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<External input HDMI1>No picture on the display (6)
Does not the picture of the HDMI signal input to HDMI1 go out? MINI AV_UNIT:
YES
NO
YES
YES
YES
<External input VGA>No picture on the display (9)
Does not the picture of the PC IN(ANALOG) video signal input to VGA(15pin-D-SUB terminal) go out? TERMINAL_UNIT:
MAIN_UNIT: ↓YES
YES
<External input AV1(Component)>No picture on the display (10)
Is the HOT_PLUG detection function of pin (19) of a HDMI terminal (CN1501) normal?
NO
Check the line between pin 50 of IC U1503 and CN1501.
Refer to The picture doesn't appear in all modes.
Check the connection and setup with the external HDMI devices.
Are EDID data pin (6)(SCL) of IC U1501 (EEPROM), pin (5)(SDA) accessed, and is it read from pin (15), pin (16) of a HDMI terminal(CN1501)?
NO
Is access possible in the re-writing or exchange of EDID data of IC U1501?
Check CN1501, IC U1501 and peripheral circuits.
Is TMDS signal input into pin(RX_B2+, RX_B2-)/D2±_2,(RX_B1+, RX_B1-)/D1±_2, (RX_B0+, RX_B0-)/D0±_2, (RX_BC+, RX_BC-
Check the line between IC U1503 and CN1501.
NO
Is R/G/B/H/V signal sent to pin (1)/R, (2)/G, (3)/B, (14)/H, (13)/V of VGA (CN1401)?
NO
Check the setting of an external input device that connects of CN1401.
Refer to The picture doesn't appear in all modes.
Is R/G/B/H/V signal sent to pin (11)/RIN1, (10)/GIN1, (8)/BIN1, (3)/HSYNC1, (4)/VSYNC1 of IC U4201?
NO
Check the line between IC U4201 and CN1401.
Is TMDS signal input into pin(RX_BC2N, RX_BC2P)/D2± _2,(RX_B1N, RX_B1P)/D1±_2, (RX_B0N, RX_B0P)/D0±_2, (RX_BCKN, RX_BCKP)/CLK±_2 of IC U4201?
Check the line between IC U1503 and IC U4201.
NO
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Does not the picture of the component video signal input to Component go out?
TERMINAL_UNIT:
MAIN_UNIT: ↓YES
YES
< During external connect ion > No pi ctu r e on the mo ni to r (1)
No picture appears on SCART1 - connected monitor during the tuner (U/V) reception.
TERMINAL_UNIT:
↓NO
NO
< During external connect ion > No pi ctu r e on the mo ni to r (2)
AVOUT:
No picture from SCART1 appears on AVOUT-connected monitor. NOTE: Normally, if the screen during display is sent to SCART1, no picture is sent to AVOUT.
TERMINAL_UNIT:
↓NO
NO
Is Component Y/Pb/Pr signal sent to pin (2)/Y, (4)/Pb, (6)/Pr of AV1(CN1201) ?
NO
Check the setting of an external input device that connects of CN1201.
Refer to The picture doesn't appear in all modes.
Is Component Y/Pb/Pr signal sent to pin (25)/GIN2, (23)/BIN2, (26)/RIN2 of IC U4201?
NO
Check the line between IC U4201 and CN1201.
Is CVBS signal output into pin (19) of CN1901 (SCART1)?
YES
Check the setting of an external input device that connects of CN1901.
Refer to The picture doesn't appear in all modes.
Is TUNER_CVBS signal output into pin (21) of CN1901 (SCART1)?
YES
Check the line between CN1901 and U4201 PIN(38)/CVBSOUT2.
Checklist:
1) Is the Signal Type (item) in MENU-Option-Input Select equal to Signal Type of an external device? Set it to “CVBS”
2) Is ANT-CABLE disconnected or connected improperly? Connect it correctly as per the operation manual.
3) The picture is sent to the monitor in a CVBS signal if the source during display is ATV, CVBS of SCART1, SIDE AV.
When sent by component, etc., that signal is not sent to the monitor.
4) When the monitor picture is not sent and is not displayed on the monitor, refer to No picture for each terminal.
5) The video output from SCART1 is not the monitor output (output of the picture now watching).
The
p
icture of the last selected TV channel is always sent to SCART1. (Specification
)
Is CVBS signal output into pin (2) of CN1205?
YES
Check the setting of an external input device that connects of CN1205.
Refer to The picture doesn't appear in all modes.
Is CVBS signal output from pin (39) of IC U4201 into pin (2) of CN1205 ?
YES
Check the line between CN1205 and IC U4201.
Checklist:
1) Is the Signal Type (item) in MENU-Option-Input Select equal to Signal Type of an external device? Set it to “CVBS”
2) The picture is sent to the monitor in a CVBS signal if the source during display is TV, CVBS of SCART1, SIDE AV.
When sent by component, etc., that signal is not sent to the monitor.
3) When the monitor picture is not sent and is not displayed on the monitor, refer to No picture for each terminal.
4) The video output from SCART1 is not the monitor output (output of the picture now watching).
The
p
icture of the last selected TV channel is always sent to SCART1. (Specification
)
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TROUBLESHOOTING TABLE26&32”
Power unit operation check.
LINE_FILTER_UNIT: ↓ YES
POWER_UNIT
YES
YES
YES
YES
Are the power cord and harness in the unit properly connected?
NO
Connect the power cord and harness properly, and turn on the
p
ower.
Is F901/F902 normal?
NO
LINE_FILTER_UNIT: Isn't RV901,L901,C904,L902,C903,C902,RV903, etc. out of order? Moreover, whether the short-circuit with the circumference circuit is checked.
POWER_UNIT: BD901, FB905, C905, etc. out of order? Moreover, whether the short-circuit with the circumference circuit is checked.
Is BD901 (+320V) output? (Set the main power SW to OFF.)
* When power on/off switch is on ‧‧‧ About +400V
Does the PFC circuit operate normally? (L906, Q901, D902, D903, IC901 and etc. And, the circuit around the protection circuit etc. is checked.)
NO
Is a voltage of +5V applied to pin (12,13) of connector (CN902)? (Set the main power SW to OFF.)
Does the switching circuit operate normally? Check circuit around the primary side (T901, IC931, Q931, ZD931, ZD930, ZD980, ZD981, etc.), the secondary side (D935, L980, etc.), the AC_DET circuit (IC932, IC982, etc.), and the protection circuit.
NO
Are +24V output as for the power on/off switch when it is on?
NO
Does the inverter circuit operate normally? Check circuit around the primary side (T902,Q951,Q952,IC951, D951,D952, etc.), the secondary side (D955, L932, ZD967, IC952, IC953, etc.), the STANDBY circuit (Q988, etc.), and the protection circuit.
Similarly, is +12V output as for the power on/off switch when it is on?
NO
Check +12V circuit of D956, L931, etc.
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The sound is not emitted from the speaker though the picture has come out.
No sound output in all modes? TEREMINAL UNIT:
YES
YES
YES
YES
YES
No sound (during the reception of TV(ANALOG) broadcasting)
Does not the sound go out though the picture has come out when UHF/VHF is received?
TEREMINAL UNIT:
YES
YES
Is the audio signal output of pin (84) (AUOutL) and pin (85) (AUOutL) of IC U4201 normal?
NO
Check IC U4201 and its peripheral circuits.
Is audio signal input to pin (5)(LIN), pin (6)(RIN) of IC U6102 (AMP)?
NO
Check the line between IC U6101 and IC U6102.
Is MUTE/SHUTDOWN circuit [AMP_MUTE, AMP_STBY] normal?
Is the audio signal output of pin (3,4) (LOUT+) and pin (1,2) (ROUT+) of CN6101 (AUDIO-CONNECTOR) normal?
NO
Check the AMP_MUTE and AMP_STBY. (Q6106, etc.)
NO
Check IC U6102 and its peripheral circuits.
Check Speaker Box (right and left) and wire harness.
Is the SIF signal output from pin (13) of TUNER (TU1101)?
Is the SIF signal sent to pin 54(SIFP) and pin 55(SIFM) of IC U4201?
NO
Check the tuner and its peripheral circuits. Replace as required.
NO
Check IC U4201 its peripheral circuits.
Refer to No sound output in all modes”.
Is the audio signal output of pin (9) (OUTL) and pin (11) (OUTR) of IC U6101 normal?
NO
Check IC U6101 and its peripheral circuits.
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No sound from external input devices (1)
Does not the sound of the audio signal input to SCART1 go out? Does not the sound of the audio signal input to SCART2 go out?
TEREMINAL UNIT:
YES
YES
YES
No sound from external input devices (2)
Does not the sound of the audio signal input to YPbPr (Component) go out? MAIN UNIT:
YES
YES
Is the audio signal properly sent to pin (6) (YPbPr2_AU_INL) and pin (2) (YPbPr2_AU_INR) of SCART1(CN1901)?
Is the audio signal properly sent to pin (6) (SCHF_AU_INL) and pin (2) (SCHF_AU_INR) of SCART2(CN1902)?
Check the setting of an external input device that connects of CN1901.
NO
Check the setting of an external input device that connects of CN1902.
NO
Is the audio signal properly sent to pin (1) (NO) and pin (1) (NO) of IC U1702/U1701?
Is the audio signal properly sent to pin (3) (NC) and pin (3) (NC) of IC U1702/U1701?
NO
NO
Check the line between CN1901 and IC U1701/U1702.
Check the line between CN1902 and IC U1701/U1702.
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (8) (YPbPr1_AU_INL) and pin (10)( YPbPr1_AU_INR) of CN1201?
NO
Check the connection to CN1201 and the external input device.
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (70) (AUL0) and pin (71) (AUR0) of IC U4201?
NO
Check the line between CN1201 and IC U4201.
Is the audio signal properly sent to pin (72) (AUL1) and pin (73) (AUR1) of IC U4201?
Check the line between IC U1701/U1702 and IC U4201.
NO
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No sound from external input devices (3)
Does not the sound of the audio signal input to PC(VGA) go out? MAIN UNIT:
YES
YES
No sound from external input devices (4)
Does not the sound of the audio signal input to “AV side” go out?
MAIN UNIT:
YES
YES
No sound from external input devices (5)
Does not the sound of the audio signal input to HDMI 1/”HDMI side” go out?
YES
Is the audio signal properly sent to pin (2) (PC_AU_INL) and pin (3) (PC_AU_INR) of CN1703?
NO
Check the connection to CN1703 and the external input device.
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (75) (AUL2) and pin (76) (AUR2) of IC U4201?
NO
Check the line between CN1703 and IC U4201.
Is the audio signal properly sent to pin (4) (SIDE_AU_INL) and pin (6) (SIDE_AU_INR) of CN1206?
NO
Check the connection to CN1206 and the external input device.
Refer to No sound output in all modes”.
Is the audio signal properly sent to pin (77) (AUL3) and pin (78) (AUR3) of IC U4201?
NO
Check the line between CN1206 and IC U4201.
Refer to No sound output in all modes”.
Is picture of the signal input from HDMI 1/HDMI side displayed?
NO
Refer to Does not the picture of the HDMI signal input to HDMI 1/HDMI side go out?”.
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The audio signal is not output (1)
The audio signal of UHF/VHF is not output from SCART1. TEREMINAL UNIT:
NO
NO
The audio signal is not output (2)
The audio signal of UHF/VHF/MONITOR is not output from SCART2. TEREMINAL UNIT:
NO
NO
The audio signal is not output (3)
No audio signal output from LINE_AUDIO_OUTPUT terminal.
TEREMINAL UNIT:
NO
NO
Is audio signal output from IC U4201 pin(82)(LINEOUTL1) and pin(83)(LINEOUTR1) sent to pin (13)(INL) and pin (15)(INR) of IC U1901?
Is audio signal output from IC U1901 sent to pin (3) (SCLAUO1) and pin(1)(SCRAUO1) of SCART1(CN1901)?
YES
Check the connection to SCART1 and external devices.
YES
Check the line between IC U4201 and IC U1901.
Check IC U4201 and its peripheral circuits.
Is the audio signal output from IC U4201 pin(80) (LINEOUTL0) and pin(81) (LINEOUTR0) sent to pin(13)(INL) and pin(15)(INR) of IC U1201?
Is audio signal output from IC U1201 sent to pin(3)( SCLAUO2) and pin(1)( SCRAUO2) of SCART2(CN1902)?
YES
Check the connection to SCART2 and external devices.
YES
Check the line between IC U4201 and IC U1201.
Check IC U4201 and its peripheral circuits.
Is the audio signal output from IC U4201 pin(80) (LINEOUTL0) and pin(81) (LINEOUTR0) sent to pin(13)(INL) and pin(15)(INR) of IC U1201?
Is audio signal output from IC U1201 sent to pin(4)(AUD_LOUT) and pin (6)(AUD_ROUT) of connector(CN1205)?
YES
Check the connection to CN1205 and external devices.
YES
Check the line between IC U4201 and IC U1201.
Check IC U4201 and its peripheral circuits.
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No picture on the display (1)
The picture doesn't appear in all modes. MAIN UNIT:
NO
YES
YES
PANEL_UNIT:
YES
YES
No picture on the display (2)
Does not the picture come out when VHF/UHF is received?
TERMINAL UNIT:
MAIN_UNIT: ↓YES
YES
Is LCD controller's control signal normal?
Is the above-mentioned LVDS signals output to connector
NO
Check the line between IC U4201 and CN7503.
NO
Control signals BRIGHT_ADJ, INVERTER_ON_OFF, PANEL_PWR, and it peels off and whether normality is checked.
Check the panel module.
Similarly, is the LVDS signal input to connector of the panel
NO
Wire harness is checked.
Is LVDS signal output from 1st_channel and 2nd_channel of IC U4201 in each mode? (RXO0+/RXO0-),( RXO1+/RXO1-),( RXO2+/RXO2-),( RXO3+/RXO3-),( RXOC+/RXOC-)
Check IC U4201 and its peripheral control circuits.
Is picture signal input from pin (16) of TUNER (TU1101) to pin 35(CVBS0) of IC U4201?
Is TUNER_CVBS signal output from pin (16) of TUNER (TU1101)?
NO
Check whether I2C is normally accessed between TU1101 and IC U4201.
NO
Check the line between IC U4201and TU1101.
Refer to The picture doesn't appear in all modes.
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<External input AV side(Composite)>No picture on the display (5)
Does not the picture of the composite video signal input to AV side(Composite) go out? TERMINAL UNIT:
MAIN_UNIT: ↓YES
YES
<External input HDMI1>No picture on the display (6)
Does not the picture of the HDMI signal input to HDMI1 go out? MINI AV_UNIT:
YES
NO
YES
YES
Is CVBS signal sent to pin (2) of AV side(CN1206) ?
NO
Check the setting of an external input device that connects of CN1206.
Refer to The picture doesn't appear in all modes.
Is CVBS signal sent to pin 33 (CVBS1) of IC U4201?
NO
Check the line between IC U4201 and CN1206.
Is the HOT_PLUG detection function of pin (19) of a HDMI terminal (CN1501) normal?
NO
Check the line between pin 50 of IC U1503 and CN1501.
Refer to The picture doesn't appear in all modes.
Check the connection and setup with the external HDMI devices.
Are EDID data pin (6)(SCL) of IC U1501 (EEPROM), pin (5)(SDA) accessed, and is it read from pin (15), pin (16) of a HDMI terminal(CN1501)?
NO
Is access possible in the re-writing or exchange of EDID data of IC U1501?
Check CN1501, IC U1501 and peripheral circuits.
Is TMDS signal input into pin(RX_B2+, RX_B2-)/D2±_2,(RX_B1+, RX_B1-)/D1±_2, (RX_B0+, RX_B0-)/D0±_2, (RX_BC+, RX_BC-)/CLK
Check the line between IC U1503 and CN1501.
NO
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<External input HDMI2>No picture on the display (7)
Does not the picture of the HDMI signal input to HDMI2 go out? MINI AV_UNIT:
YES
NO
YES
YES
<External input VGA>No picture on the display (8)
Does not the picture of the PC IN(ANALOG) video signal input to VGA(15pin-D-SUB terminal) go out?
TERMINAL_UNIT:
MAIN_UNIT: ↓YES
YES
Is the HOT_PLUG detection function of pin (19) of a HDMI terminal (CN1601) normal?
NO
Check the line between pin 35 of IC U1503 and CN1601.
Refer to The picture doesn't appear in all modes.
Check the connection and setup with the external HDMI devices.
Are EDID data pin (6)(SCL) of IC U1602 (EEPROM), pin (5)(SDA) accessed, and is it read from pin (15), (16) of a HDMI terminal(CN1601)?
NO
Is access possible in the re-writing or exchange of EDID data of IC U1602?
Check CN1601, IC U1602 and peripheral circuits.
Is TMDS signal input into pin(RX_A2+, RX_A2-)/D2±_1,(RX_A1+, RX_A1-)/D1±_1, (RX_A0+, RX_A0-)/D0±_1, (RX_AC+, RX_AC­)/CLK±_1 of IC U1503?
Check the line between IC U1503 and CN1601.
NO
Is R/G/B/H/V signal sent to pin (1)/R, (2)/G, (3)/B, (14)/H, (13)/V of VGA (CN1401)?
NO
Check the setting of an external input device that connects of CN1401.
Refer to The picture doesn't appear in all modes.
Is R/G/B/H/V signal sent to pin (RIN1)/R, (GIN1)/G, (BIN1)/B, (HSYNC1)/H, (VSYNC1)/V of IC U4201?
NO
Check the line between IC U4201and CN1401.
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< During external connect ion > No pi ctu r e on the mo ni to r (1)
No picture appears on SCART1 - connected monitor during the tuner (U/V) reception.
TERMINAL_UNIT:
↓NO
NO
< During external connect ion > No pi ctu r e on the mo ni to r (2)
SCART2:
No picture from SCART1 appears on SCART2-connected monitor. NOTE: Normally, if the screen during display is sent to SCART2, no picture is sent to SCART2.
TERMINAL_UNIT:
↓NO
NO
Is CVBS signal output into pin (19) of CN1901 (SCART1)?
YES
Check the setting of an external input device that connects of CN1901.
Refer to The picture doesn't appear in all modes.
Is TUNER_CVBS signal output into pin (21) of CN1901 (SCART1)?
YES
Check the line between CN1901 and TU1101.
Checklist:
1) Is the Signal Type (item) in MENU-Option-Input Select equal to Signal Type of an external device? Set it to “CVBS”, “RGB”, “AUTO”.
2) Is ANT-CABLE disconnected or connected improperly? Connect it correctly as per the operation manual.
3) The picture is sent to the monitor in a CVBS signal if the source during display is ATV, CVBS of SCART1-2, AV side.
When sent by component, etc., that signal is not sent to the monitor.
4) When the monitor picture is not sent and is not displayed on the monitor, refer to No picture for each terminal.
5) The video output from SCART1 is not the monitor output (output of the picture now watching).
The
p
icture of the last selected TV channel is always sent to SCART1. (Specification
)
Is CVBS signal output into pin (19) of CN1902 (SCART2)?
YES
Check the setting of an external input device that connects of CN1902.
Refer to The picture doesn't appear in all modes.
Is CVBS signal output from pin (A13) of IC U4201 into pin (19) of CN1902 (SCART2)?
YES
Check the line between CN1902 and IC U4201.
Checklist:
1) Is the Signal Type (item) in MENU-Option-Input Select equal to Signal Type of an external device? Set it to “CVBS”,.
2) The picture is sent to the monitor in a CVBS signal if the source during display is TV, CVBS of SCART1-2, AV side.
When sent by component, etc., that signal is not sent to the monitor.
3) When the monitor picture is not sent and is not displayed on the monitor, refer to No picture for each terminal.
4) The video output from SCART1 is not the monitor output (output of the picture now watching).
The
p
icture of the last selected TV channel is always sent to SCART1. (Specification
)
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CHAPTER 5. MAJOR IC INFORMATIONS
[1] MAJOR IC INFORMATIONS
1. MAJOR IC INFORMATIONS
1.1. U4201 (MST9A885GL)
GENERAL DESCRIPTION The MST9A885GL is a high performance and fully intergrated IC for multi-function LCD monitor/TV with resolution up to SXGA
(1280x1024)/WXGA+(1400x990). It is configured with an integrated triple-ADC/PLL,an integrated DVI/HDCP/HDMI receiver.a multi-standard TV video and
audio decoder,a video de-interlacer,a scalling engine,the MStarACE-3 color engine,an on –screen display controller,an 8-bit MCU and a built –in output
panel interface.By use of external frame buffer,3-D video decoding and processing are fulfilled for high-quality TV applications.To futher reduce system
costs,the MST9A885GL als integrates intelligent power management control capability for green-mode requirements and spread-mode requirements and
spread-spectrum support for EMI management.
FEATURES
Single display LCD TV controller with PC &multimedia display functions
Input supports up to SXGA & 1080P
Panel supports up to SXGA(1280x1024) /WXGA+(1440x900)
TV decoder with 3-D comb filter
Multi-standard TV sound demodulator and decoder
10-bit triple-ADC for TV and RGB/YPbPr
10-bit video data processing
Integrated DVI/HDCP/HDMI compliant receiver
High-quality scaling engine & 3-D video de-interlacer
3-D video noise reduction
MStarACE-3 picture/color processing engine
Embedded On-Screen Display (OSD) control er engine
Built-in MCU supports PWM & GPIO
Built-in dual-link 8-bit LVDS transmitter
5-volt tolerant inputs
Low EMI and power saving features
256-pin LQFP
NTSC/PAL/SECAM Video Decoder
Supports NTSC M, NTSC-J, NTSC-4.43, PAL (B,D,G,H,M,N,I,Nc), and SECAM
Automatic TV standard detection
Motion adaptive 3-D comb filter for NTSC/PAL
8 configurable CVBS & Y/C S-video inputs
Supports Teletext level-1.5, WSS, VPS,Closed-caption, and V-chip
CVBS video output
Video IF for Multi-Standard Analog TV
Digital low IF architecture
Stepped-gain PGA with 26 dB tuning range and 1 dB tuning resolution
Maximum IF analog gain of 37dB in addition to digital gain
Programmable TOP to accommodate different tuner gain to optimize noise and linearity performance
Multi-Standard TV Sound Decoder
Supports BTSC/NICAM/A2/EIA-J demodulation and decoding
FM stereo & SAP demodulation
L/Rx4, mono, and SIF audio inputs
L/Rx3 loudspeaker and line outputs
Supports sub-woofer output
Built-in audio output DAC’s
Audio processing for loudspeaker channel, including volume, balance, mute, tone, EQ,and virtual stereo/surround
Optional advanced surround available (Dolby1, SRS2, BBE3… etc) Note
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  Digital Audio Interface
I2S digital audio input & output
S/PDIF digital audio input & output
HDMI audio channel processing capability
Programmable delay for audio/video synchronization
  Analog RGB Compliant Input Ports
Three analog ports support up to 150MHz
Supports PC RGB input up to SXGA@75Hz
Supports HDTV RGB/YPbPr/YCbCr
Supports Composite Sync and SOG(Sync-on-Green) separator
Automatic color calibration
  DVI/HDCP/HDMI Compliant Input Port
Supports TMDS clock up to 225MHz @ 1080P 60Hz with 12-bit deep-color resolution
Single link on-chip DVI 1.0 compliant receiver
High-bandwidth Digital Content Protection(HDCP) 1.1 compliant receiver
High Definition Multimedia Interface (HDMI)1.3 compliant receiver with CEC support
Long-cable tolerant robust receiving
Support HDTV up to 1080P
Auto-Configuration/Auto-Detection
Auto input signal format and mode detection
Auto-tuning function including phasing,positioning, offset, gain, and jitter detection
Sync detection for H/V Sync
Digital Video Input
One 4:2:2 ITU-R BT.656 8-bit digital video input port
High-Performance Scaling Engines
Fully programmable shrink/zoom capabilities
Nonlinear video scaling supports various modes including Panorama
Video Processing & Conversion
3-D motion adaptive video de-interlacer
Edge-oriented adaptive algorithm for smooth low-angle edges
Automatic 3:2 pull-down & 2:2 pull-down detection and recovery
MStar 3rd Generation Advanced Color Engine(MStarACE-3) automatic picture enhancement gives:
-Brilliant and fresh color
-Intensified contrast and details
-Vivid skin tone
-Sharp edge
-Enhanced depth of field perception
-Accurate and independent color control
sRGB compliance allows end-user to experience the same colors as viewed on CRTs and other displays
Programmable 12-bit RGB gamma CLUT
3-D video noise reduction
Frame rate conversion
On-Screen OSD Controller
16/256 color palette
256/512 1-bit/pixel font
128/256 4-bit/pixel font
Supports texture function
Supports 4K attribute/code
Horizontal and vertical stretch of OSD menus
Pattern generator for production test
Supports OSD MUX and alpha blending capability
Supports blinking and scrolling for closed caption applications
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  LVDS/TTL Panel Interface
Supports 8-bit dual link LVDS up to SXGA(1280x1024) / WXGA+(1440x900)
Supports 8-bit single TTL panel
Supports 2 data output formats: Thine & TI data mappings
Compatible with TIA/EIA
With 6/8 bits options
Reduced swing for LVDS for low EMI
Supports flexible spread spectrum frequency with 360Hz~11.8MHz and up to 25% modulation
  Integrated Micro Controller
Embedded 8032 micro controller
Configurable PWM’s and GPIO’s
Low-speed ADC inputs for system control
SPI bus for external flash
Supports external MCU option controlled through 4-wire double-data-rate direct MCU bus
  External Connection/Component
SD/MMC/MS/MSPro card reader interface to support JPEG playback
Two USB controllers (1.1 OTG and 2.0 host) with the flexibility for connecting external storage devices or PictBridge
16-bit data bus for external frame buffer (DDR DRAM)
All system clocks synthesized from a single external clock
1.2. U6102 (TPA3124D2PWPR)
Description
The TPA3124D2 is a 15-W(per channel);efficient,class-D audio power amplifier for driving stereo speakers in a single-ended configuration;or a
mono speaker in a bridage-tied-load configuration .The TPA3124D2 eliminates the need for an external heat sink when playing music.
The gain of amplifier is controlled by two gain select pins.The gain selections are 20.26.32and 36dB.
The patented start-up and shutdown sequences minimize pop noise in the speakers without additional circuity.
Features 10-W/Ch Into a 8-Ω Load From a 24-V Supply
15-W/Ch Into a 4-Ω Load From a 22-V Supply 30-W/Ch Into a 8-Ω Load From a 22-V Supply
Operates From 10V to 26V
Can Run From +24V LCD Backlight Supply
Efficient Class-D Operation Eliminates Need For Heat Sinks
Four selectable,Fixed-Gain Settings
Internal Oscillator(No External Components Required)
Single-Ended Analog Imputs
Thermal and Short-Circuit Portection With Auto Recovery
Space-Saving Surface Mount 24-Pin TSSOP Package Advanced Power-Off Pop Reduction
Applications
Flat Panel Televisions
DLP TVs
CRT TVs Powered Speakers
1.3. U1503 (TMDS261)
Description
The TMDS261 is a two-port digital video interface (DVI) or high-definition multimedia interface (HDMI) switch that allows up to two DVI or HDMI
ports to be switched to a single display terminal. Four TMDS channels, one hot-plug detector, and a digital display control (DDC) interface are
supported on each port. Each TMDS channel supports signaling rates up to 3 Gbps to allow 1080p resolution in 16-bit color depth.
The TMDS261 provides an adaptive equalizer for different ranges of cable lengths. The equalizer automatically compensates for intersymbol
interference [ISI] loss of an HDMI/DVI cable for up to 20 dB at 3 Gbps
Features
2:1 Switch Supporting DVI Above 1920 × 1200 · 64-Pin TQFP Package: Pin-Compatible With and HDMI HDTV Resolutions up to 1080p With
TMDS25116-bit Color Depth · Robust TMDS Receive Stage That Can Work
Designed for Signaling Rates up to 3 Gbps With Non-Compliant Input Common-Mode
HDMI1.3a Spec Compliant HDMI Signal
Adaptive Equalization to Support up to 20-m HDMI Cable
TMDS Input Clock-Detect Circuit · High-Definition Digital TV
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DDC Repeater Function –– LPClaDsma
<2 mW Low-Power Mode – DLP®
Local I2C or GPIO Configurable
Enhanced ESD. HBM: 10 kV on All Input TMDS, DDC I2C, HPD Pins
3.3-Volt Power Supply
Temperature Range: 0°C to 70°C
64-Pin TQFP Package: Pin-Compatible With TMDS251
Robust TMDS Receive Stage That Can Work With Non-Compliant Input Common-Mode HDMI Signal
1.4. U1901,U1201,U6101,U6103 (DRV601RTJR)
General description
The DRV601 is a stereo line driver designed to allow the removal of the output dc-blocking capacitors for reduced component count and cost. The
device is ideal for single supply electronics where size and cost are critical design parameters.
The DRV601 is capable of driving 2 Vrms into a 600-Ω load at 3.3 V. The device has external gain setting resistors, that support a gain range of -
1V/V to -10V/V, and line outputs that has ±8-kV IEC ESD protection. The device has independent shutdown control for the right and left audio
channels.
The DRV601 is available in a 4 mm ´ 4 mm Thin QFN package.
Features
External Gain Setting Resistors
Space Saving Package
-20-Pin, 4 mm ´ 4 mm Thin QFN, Thermally Optimized PowerPAD™ Package
Ground-Referenced Outputs Eliminate DC-Blocking Capacitor
-Reduce Board Area
-Reduce Component Cost
-Improve THD+N Performance
-No Degradation of Low-Frequency Response Due to Output Capacitors
Wide Power Supply Range: 1.8 V to 4.5 V
2 Vrms/Ch Output Voltage into 600 Ω at 3.3 V supply
Independent Right and Left Channel Shutdown Control
Short-Circuit and Thermal Protection
Pop Reduction Circuitry
Applications
Set-Top Boxes
CD / DVD Players
DVD-Receivers
HTIB
PDP / LCD TV's
1.5. U7101 (TPS62203DBVRG4)
DESCRIPTION
The TPS6220x devices are a family of high-efficiency
synchronous step-down converters ideally suited for portable systems powered by 1-cell Li-Ion
or 3-cell
NiMH/NiCd batteries. The devices are also suitable to operate from a standard 3.3-V or 5-V voltage rail.
With an output voltage range of 6 V down to 0.7 V and up to 300 mA output current, the devices are ideal to power low voltage DSPs and processors
used in PDAs, pocket PCs, and smart phones.
Under Nominal load current,the devices operate with a fixed switching frequency of typically 1 MHz .At light load currents,the part enters the power
save mode operation,the switching frequency is reduced and quiescent current is typically only 15uA;therefore, it achieves the highest efficiency
over the entire load current range.The TPS 6220X needs only three small external components.Together with the SOT23 package,a minimum
system solution size is achieved.An advanced fast response voltage mode control scheme achieves superior line and load regulation with small
ceramic input and output capacitors.
FEATURES
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High Efficiency Synchronous Step-Down Converter With up to 95% Efficiency
2.5-V to 6-V Input Voltage Range
Adjustable Output Voltage Range From 0.7 V to V1
Fixed Output Voltage Options Available
Up to 300 mA Output Current
-MHz Fixed Frequency PWM Operation
Highest Efficiency Over Wide Load Current Range Due to Power Save Mode
15-μA Typical Quiescent Current
Soft Start
100% Duty Cycle Low-Dropout Operation
Dynamic Output-Voltage Positioning
Available in a 5-Pin SOT23 Package
APPLICATIONS
PDAs and Pocket PC
Cellular Phones, Smart Phones
Low Power DSP Supply
Digital Cameras
Portable Media Players
Portable Equipment
1.6. U7103 (SC4524BSETRT)
DESCRIPTION
The SC4524B is a constant frequency peak current-mode step-down switching regulator capable of producing 2A output current from an input
ranging from 3V to 16V. The switching frequency of the SC4524B is programmable up to 2MHz, allowing the use of small inductors and ceramic
capacitors for miniaturization, and high input/output conversion ratio. The SC4524B is suitable for next generation XDSL modems, high-definition
TVs and various point of load applications.
Peak current-mode PWM control employed in the SC4524B achieves fast transient response with simple loop compensation. Cycle-by-cycle
current limiting and hiccup overload protection reduces power dissipation during output overload. Soft-start function reduces input start-up current
and prevents the output from overshooting during power-up.
FEATURES
Wide input range: 3V to 16V
2A Output Current
200kHz to 2MHz Programmable Frequency
Precision 1V Feedback Voltage
Peak Current-Mode Control
Cycle-by-Cycle Current Limiting
Hiccup Overload Protection with Frequency Foldback
Soft-Start and Enable
Thermal Shutdown
Thermally Enhanced 8-pin SOIC Package
Fully RoHS and WEEE compliant
APPLICATIONS
XDSL and Cable Modems
Set Top Boxes
Point of Load Applications
CPE Equipment
DSP Power Supplies
LCD and Plasma TVs
1.7. U1801 (STMPS2171STR SOT23-5L)
DESCRIPTION
The STMPS2141, STMPS2151, STMPS2161,STMPS2171 power distribution switches are intended for applications where heavy capacitive
loads and short circuits are likely to be encountered. These devices incorporate 90 mΩ N-channel MOSFET high-side power switches for power-
distribution. These switches are controlled by a logic enable input.
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FEATURES
90 m high-side MOSFET switch
500/1000 mA continuous current
Thermal and short-circuit protection with overcurrent logic output
Operating range from 2.7 V to 5.5 V
CMOS- and TTL-compatible enable inputs
Undervoltage lockout (UVLO)
12 μA maximum standby supply current
Ambient temperature range, -40°C to 85°C
8 kV ESD protection
Reverse current protection
Fault-blanking
1.8. U1602,U1401,U1501 (IC AT24C02BN-SH-T 8-SOIC)
DESCRIPTION
The AT24C02B provides 2048 bits of serial electrically erasable and programmable read-only memory (EEPROM) organized as 256 words of 8
bits each. The device is optimized for use in many industrial and commercial applications where low-power and low-voltage operation are
essential. The AT24C02B is available in space-saving 8-lead PDIP, 8-lead JEDEC SOIC, 8-lead Ultra-Thin Mini-MAP (MLP 2x3), 5-lead SOT23,
8-lead TSSOP, and 8-ball dBGA2 packages and is accessed via a Two-wire serial interface. In addition, the AT24C02B is available in 1.8V (1.8V
to 5.5V) version.
FEATURES
Low-voltage and Standard-voltage Operation
– 1.8 (VCC = 1.8V to 5.5V)
Internally Organized 256 x 8 (2K)
Two-wire Serial Interface
Schmitt Trigger, Filtered Inputs for Noise Suppression
Bidirectional Data Transfer Protocol
1 MHz (5V), 400 kHz (1.8V, 2.5V, 2.7V) Compatibility
Write Protect Pin for Hardware Data Protection
8-byte Page (2K) Write Modes
Partial Page Writes Allowed
Self-timed Write Cycle (5 ms max)
High-reliability
Endurance: 1 Million Write Cycles
Data Retention: 100 Years
8-lead PDIP, 8-lead JEDEC SOIC, 8-lead Ultra-Thin Mini-MAP (MLP 2x3), 5-lead SOT23, 8-lead TSSOP and 8-ball dBGA2 Packages
Lead-free/Halogen-free
Available in Automotive
Die Sales: Wafer Form, Waffle Pack and Bumped Wafers
1.9. U4402 (W25X16AVSSIG SO-8 208mil)
DESCRIPTION
The W25X16A (16M-bit) Serial Flash memory provide a storage solution for systems with limited space, pins and power. The 25X series offers
flexibility and performance well beyond ordinary Serial Flash devices. They are ideal for code download applications as well as storing voice, text
and data. The devices operate on a single 2.7V to 3.6V power supply with current consumption as low as 5mA active and 1μA for power-down.
All devices are offered in space-saving packages.
The W25X16A array is organized into 8,192 programmable pages of 256-bytes each. Up to 256 bytes can be programmed at a time using the
Page Program instruction. Pages can be erased in groups of 16 (sector erase), groups of 256 (block erase) or the entire chip (chip erase). The
W25X16A has 512 erasable sectors and 32 erasable blocks. The small 4KB sectors allow for greater flexibility in applications that require data
and parameter storage. (See figure 2.)
The W25X16A supports the standard Serial Peripheral Interface (SPI), and a high performance dual output SPI using four pins: Serial Clock, Chip
Select, Serial Data I/O and Serial Data Out. SPI clock frequencies of up to 100MHz are supported allowing equivalent clock rates of 200MHz
when using the Fast Read Dual Output instruction. These transfer rates are comparable to those of 8 and 16-bit Parallel Flash memories.
A Hold pin, Write Protect pin and programmable write protect, with top or bottom array control features, provide further control flexibility.
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Additionally, the device supports JEDEC standard manufacturer and device identification.
FEATURES
Family of Serial Flash Memories
– W25X16A: 16M-bit / 2M-byte (2,097,152)
– 256-bytes per programmable page
– Uniform 4K-byte Sectors / 64K-byte Blocks
SPI with Single or Dual Outputs
– Clock, Chip Select, Data I/O, Data Out
– Optional Hold function for SPI flexibility
Data Transfer up to 200M-bits / second
– Clock operation to 100MHz
– Fast Read Dual Output instruction
– Auto-increment Read capability
Flexible Architecture with 4KB sectors
– Sector Erase (4K-bytes)
– Block Erase (64K-byte)
– Page program up to 256 bytes <2ms
– More than 100,000 erase/write cycles
– More than 20-year data retention
Low Power Consumption,Wide Temperature Range
– Single 2.7 to 3.6V supply
– 5mA active current, 1μA Power Down(typ)
– -40° to +85°C operating range
Software and Hardware write Protection
– Write-Protect all or portion of memory
– Enable/Disable protection with /WP pin
– Top or bottom array protection
Space Efficient Packaging
– 8-pin SOIC 150-mil
– 8-pin SOIC 208-mil
– 8-pin PDIP 300-mil
– 16-pin SOIC 300-mil
– 8-pad WSON 6x5-mm
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2. Detailed ICs Information
2.1. U4201 (MST9A885GL)
2.1.1 Pin Diagram
2.2. U6102 (TPA3124D2PWPR)
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2.2.1 Fuction Block Diagram
2.3. U1503 (TMDS261)
2.3.1 PAG Package
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2.4. U1901,U1201,U6101,U6103 (DRV601RTJR)
2.4.1 Function Block Diagram
2.4.2 Pin Connections and short description
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2.5. U7101 (TPS62203DBVRG4)
2.5.1 Block Diagram
2.5.2 Pin Connections and short description
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2.6. U7103 (SC4524BSETRT)
2.6.1 Block Diagram
2.6.2 Pin Connections and short description
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2.7. U1801 (STMPS2171STR SOT23-5L)
2.7.1 Block Diagram
2.8. U1602,U1401,U1501 (IC AT24C02BN-SH-T 8-SOIC)
2.8.1 Block Diagram
2.9. U4402 (W25X16AVSSIG SO-8 208mil)
Page 60
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60
2.9.1 Pin Connections and short description
Page 61
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61
CHAPTER 6. BLOCK DIAGRAM/WIRING DIAGRAM
[1] 19” BLOCK DIAGRAM
Page 62
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62
26”&32” BLOCK DIAGRAM
Page 63
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63
[2] 19”Power Management
U4101(WT6703F)
U4401(HY5DU281622FTP-5-C)
U4203(M24C32-WMN6TP)
18V_PWR_SW
Q6103
+18V_SW
SI4835
+3V3_STBY
Q7101
U7109
AME1117A CGTZ
+5V_STBY
FB4403
U4403(S25FL032A0LMF1001)
U4402(MX25L1605AM2I-12G)
FB4404(NC)
FB7101( NC)
5V_PWR_SW
+3V3
U7107
SC4524B(NC)
FB7111(NC )
U6102(TPA3124D2PHPR)
FB7113(NC)
U4201(MST9A885GL)
U1901(DRV601RTJR)
U4201(MST9A885GL)
U4201(MST9A885GL)
U6101(DRV601RTJR)
U1201(DRV601RTJR)
U6103(DRV601RTJR)
(NC)
AVDD_AU
AVDD_USB2
AVDD_VIF5
AVDD_VIF2
AVDD_VIF1
AVDD_MemPLL
U4201(MST9A885GL)
AME1117A CGTZ
+2V6
U7105
DMC U4404 (HY57V641620FTP-6-C) NC
FB7115(NC)
FB7116
VDDP
AVDD_MPLL
AVDDA
VDDC
U7103
SC4524B
VDDM
FB7117
+1V2
FB7114
FB7118(NC)
U7106
SC4524B(N C)
FB7109(NC)
+18V
FB7112
+5V2
Q7109 SI4835
PANEL_PWR
FB7108
OT_PWR_SW
FB7106( NC)
PANEL_VCC
5V_SW
FB7107
FB7105(NC)
TU1101(TUN-TAFT-S710)
TU1103(STM-6C3/235E)
FB1803( NC)
USB5V
FB1801
5V_SW
U4201(MST9A885GL)
U4201(MST9A885GL)
U1801(STMPS2171STR)
U4201(MST9A885GL)
U4201(MST9A885GL)
U4201(MST9A885GL)
U1503(TMDS261PAGT)+3V3_HD_SW
U4201(MST9A885GL)
U4201(MST9A885GL)
MVREF-D
(TPS62203 )
SI4835
U7101
AME1117AC G
U7108
FB7119(N C)
+3V3_SW
+3V3_STBY
Page 64
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64
26”&32”Power Management
U4101(WT6703F)
U4401(HY5DU281622FTP-5-C)
U4203(M24C32-WMN6TP)
24V_PWR_SW
Q6103
+24V_SW
SI4835
+3V3_STBY
Q7101
U7109
AME1117ACGTZ
+5V_STBY
FB4403
U4403(S25FL032A0LMF1001)
U4402(MX25L1605AM2I-12G)
FB4404(NC)
FB7101 (NC)
5V_PWR_SW
+3V3
U7107
SC4524B(NC)
FB7111(NC)
U6102(TPA3124D2PHPR)
FB7113(NC)
U4201(MST9A885GL)
U1901(DRV601RTJR)
U4201(MST9A885GL)
U4201(MST9A885GL)
U6101(DRV601RTJR)
U1201(DRV601RTJR)
U6103(DRV601RTJR)
AVDD_AU
AVDD_USB2
AVDD_VIF5
AVDD_VIF2
AVDD_VIF1
AVDD_MemPLL
U4201(MST9A885GL)
AME1117ACGTZ
+2V6
U7105
FB7115(NC )
FB7116
VDDP
AVDD_MPLL
AVDDA
VDDC
U7103
SC4524B
VDDM
FB7117
+1V2
FB7114
FB7117(NC)
U7106
SC4524B(NC)
FB7110(NC)
+24V
FB7109(NC)
+12V
FB7112
+5V2
Q7109
SI4835
PANEL_PWR
FB7108
OT_PWR_SW
FB7106(NC)
PANEL_VCC
5V_SW
FB7107(NC)
FB7105
TU1101(TUN-TAFT-S710)
TU1103(STM-6C3/235E)
FB1803(NC)
USB5V
FB1801
5V_SW
U4201(MST9A885GL)
U4201(MST9A885GL)
U1801(STMPS2171STR)
U4201(MST9A885GL)
U4201(MST9A885GL)
U4201(MST9A885GL)
U1503(TMDS261PAGT)+3V3_HD_SW
U4201(MST9A885GL)
U4201(MST9A885GL)
MVREF-D
(TPS62 203)
SI4835
U7101
AME1117ACG
U7108
FB7119 (NC)
+3V3_SW
+3V3_STBY
Page 65
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65
[3] WIRING DIAGRAM(19”)
089G179E30H904 9JR8900000008 FFC CABLE 30P 280mm P1.0 117201-30466
095G801411F906
9JR9500000045
HARNESS 7P+4P-4P+5P 270mm+160mm 75375
095G 82511F905 9JR9500000046 HARNESS 11P-10P 140mm 75361-HF
Page 66
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66
WIRING DIAGRAM(26”)
095G8018 30974 FP 9JR9500000051 HARNESS 30P-15*2P 270mm 75370
095G801411F907
9JR9500000048
HARNESS 7P+4P-5P+4P 280mm+640mm 75373
095G 82513F916 HARNESS 13P-12P 130mm 75372
Page 67
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67
WIRING DIAGRAM32“)
095G8018 30982 FP 9JR9500000069 HARNESS 30P-15*2P 320mm 75413
095G801411F909
9JR9500000068
HARNESS 7P+4P-5P+4P 340mm+800mm 75415
095G 82513F924 9JR9500000067 HARNESS 13P(SCN) - 12P 250mm 75414
Page 68
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68
CHAPTER 7. PRINTED WIRING BOARD
[1] MAIN UNIT PRINTED WIRING BOARD
MAIN UNIT(TOP SIDE)(19”)
Page 69
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69
MAIN UNIT(BOTTON SIDE)(19”)
Page 70
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70
MAIN UNIT(TOP SIDE)(26”&32”)
Page 71
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71
MAIN UNIT(BOTTOM SIDE)(26”&32”)
Page 72
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72
[2] POWER UNIT PRINTED WIRING BOARD
POWER UNIT(TOP SIDE)(19”)
Page 73
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73
POWER UNIT(BOTTOM SIDE)(19”)
Page 74
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74
POWER UNIT(TOP SIDE)(26’&32”)
Page 75
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75
POWER UNIT(BOTTOM SIDE)(26’&32”)
Page 76
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76
[3] KEY UNIT PRINTED WIRING BOARD
KEY UNIT (TOP SDIE)(19”) KEY UNIT (BOTTOM SIDE)(19”)
Page 77
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77
KEY UNIT (TOP SDIE)(26”&32”) KEY UNIT (BOTTOM SIDE)(26”&32”)
Page 78
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78
[4] IR UNIT PRINTED WIRING BOARD
IR UNIT (TOP SIDE)(19”) IR UNIT (BOTTOM SIDE)(19”)
Page 79
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79
IR UNIT (TOP SIDE)(26”&32”) IR UNIT (BOTTOM SIDE)(26”&32”)
Page 80
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80
CHAPTER 8. SCHEMATIC DIAGRAM
[1] MAIN SCHEMATIC DIAGRAM(19”)
01. D-SUB INPUT
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B
B
C C
D D
E E
3C 1041NC 1A 1041C 2
B
2041C
2
B
3041C
4D
5041
C
6C
6041
C
6C 7041C 6C 8041C 6
C
9041
C
4B 0141C 5B 1141C 6B
2141C
2A 1041D 4B 2041D 5B 3041D 5
B
4041
D
3
C 1
041
BF
5C 2041BF
5C 3041BF
5C 4041BF 2B 1041R 2B 2041R 2B
3041R
2B 4041R 3B 5041R 3B 6041R 2
B
7041R
1
C
5141R
1C
6141
R
1C
7141
R
1C 8141R 2D 9141R 3D 0241R 3D 12
41R
3
D
2241R
4
C
3241R
5C 4241R 5C 5241R 6C 6241R 6
C
7241
R
6
C
8241
R
6C 9241R 4A 0341R 1A 1341R 1A 2341
R
1B 1041U
2D 1041DZ
3D 2041D
Z
2
D 3041
DZ
2D 4041DZ
4D 5041DZ
SH
V5_AGV
BGR
SV
B
G
LCSCDD
ADSCDD
R
7LCS_2
PSI
7ADS_2
PSI
5PW_BUSD_CDD
7+NIG
7+NIB
8,7BGR_SH
7GOS
8,7BGR_SV
7+NIR
01ADS_PSI
01LCS_PSI
8LCS_1
PSI
8ADS_1
PSI
Y
BTS_V5+
YBTS_3V3+
DS
E_3
V3+
V5AGV
V5AGV
YBTS_V5+ WS_V5+
2041C
)CN( P33
10
41D
C45TAB
1
3
2
5041
C
V61
N001
4041R
W61/1 MHO 01
7141R
W61/1 %5-+ MHO 0
V05 N19041C
03T121-FK2102BCH1041BF
1 2
V61 N747041C
2341
R
)CN(50R0
2141C
)CN(N001
2041D
)CN(99VAB
3
1
2
)CN(K017041
R
W61/1 MHO 0749241R
Am007/R032041BF
1 2
%5 W61/1 R748241R
1341
R
W01/1 MHO 0
1041
C
V61
N001
ZD1404
BZX84-C5V6
1 3
V61 N746041C
5241R
W
61/1 %1-+ MHO 57
ZD1401
BZX84-C5V6
1 3
4241R
W61/1 %1-+ MHO 57
4041D
)CN(99VAB
3
1
2
ZD1403
BZX84-C5V6
1 3
3041D
)CN(99VAB
3
1
2
%5 W61/1 R746241R
8141R
W61
/1 %5-+ MHO 0
3041C
)CN( P33
%5 W61/1
R0011241R
1041
R
W61/1 MHO K7.2
6041R
)CN(K22
V61 N748041C
Am007/R033041BF
1 2
3241R
W61/1 %1-+ MHO 57
9141R
%5 W61/1 2K2
5041R
%5 W61/1 K01
0341R
%5 W61/1 K01
ZD1402
BZX84-C5V6
1 3
Am007/R034041BF
1 2
3041
R
W61/1 MHO K7.2
%5 W61/1 R0012241R
5
141R
W61/1 %5-+ MHO 0
2041
R
W61
/1 MHO 01
1041
U
PT6NMW-20C42
M
1 2 3 4 5
6
7
8
0A 1A 2A
ADSDNG
LCS
PW
CCV
1141C
)CN(N001
1
041
NC
51BD
1
6
2
7
3
8
4
9
5
11
21
31
41
51
01
1716
%5 W61/1 R747241R
6141R
W61/1 %5-+ MHO
0
ZD1405
BZX84-C5V6
1 3
0241R
%5 W61/
1 2
K2
0141C
)CN(N001
Page 81
2008-03-14
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81
02. VIDEO INPUT AND CVBS OUTPUT
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
01
01
11
1
1
A
A
B B
C C
D D
E
E
F F
G
G
H
H
EDIS PIHC OT DESOLC EB DLUOHS TNEMECALP
TUO SBVC
CN 3021NC :oediv-S tuohtiW
CN 7021NC :oediv-S htiW
CN
7021NC 3021NC : anihC/PA SPILIHP
CN 6021NC 302
1NC : UE SPILIHP
5521C 12
21C
: an
ihC
/PACN 6521C
CN 7021R : UE
VA edis ro VA raer ylno nehw R0 esU
1A A1021N 1B A2021N 2D A3021N 2C B3021N 2F 4021NC
01E
5021
NC
1G 602
1NC
1C
7
021NC
2B 1021C 3B 2021C 3B 30
21C
4
B
4021C
4B 5021C 4B 602
1C
4B 7021C 2A 8021C 3A 9021C 3A 0121C 4A 11
21C
4A 2121C 4A 3121C 4A 4121C 7A
8121C
8A 9121C 9A 0221C 2B 1221C 3C 2221C 3C 3221C 2F 4221C 2F
522
1C
2F 6221C 8E 7221C 8E 8221C 9E 9
221C
9E 03
21C
5G 1321C 6G 2321C 6G
332
1C
6G 4321C 6G 5321C 7G 6321C 7G 7321C 7G 8321C 8F 9321C 8F 042
1C
8G 1421C 8G 2421C 8G 3421C 9G 4421C 9G 5421C
01G 6421C
01G 7421C 3G 8421C 3G
942
1C
3E 0521C 3E 152
1C
3D 2521C 3E 3521C 3C 4521C 2B 5521C 2B 6521C 8E 752
1C
7B 9521C 8B 0621C 9B 1621C 7A 5021D 8A 6021D 8A 7021D 9A 8021D 8C 9021D 7B 0121D 8B 1121D 9B 2121D
2B 1021BF 3B 2021BF 3B 3021BF 2A 4021BF 3A 5021BF 3
A
6021BF
3C 7021B
F
2F 8021B
F
2F 9021B
F
8D 0121BF 2D 2121BF 2E 3121BF 2G 4121BF 9G 8221BF 9G
9221B
F
9E 1021
Q
9E
2021
Q
7G 3021Q 2B 1021R 3B 2021R 3B 3021R 4B 4021R 4B
502
1R
4B
602
1R
4B
7021R
2A 8021R 2A 9021R 3A 01
21R
4A 1121R 4
A 2121R 4A 312
1R
4A 412
1R
3C 5121R 2C 6121R 2E 7121R 8E 8121R 8E 9121R 8
E 0221R 8E 122
1
R
9E 222
1R
9E 3221R 9E 4221R 5G 5221R 5G 6221R 7
F 7221R 5G 8221R 6G
922
1R
7G
032
1R
7G
1321R
7G 2321R 7
F 3321R 8G 4321R 8G 5321R 8G 6321R 8G
732
1R
9G
832
1R
9G 9321
R
9G 0421R 9G 1421R 2D 2421R 2E 3421R 3D
4421R
3E 542
1R
3C
642
1R
6G 7421R 6G 8421R 3G 9421R 2G 1521R 8C 2521R 7G 1021U
1Y
1YOS
+1BP
+1Y
+1RP
1RP
1
BP
1Y1RP
1
BP
RPH
NI_TED_PH
LNI_UA_EDIS
RNI_UA_EDIS
SBVC_VA_EDIS
LPH
TUOR_DUA
TUOL_DU
A
0C_VS_EDIS
0Y_VS_EDIS
BCSGCSRC
S
2YOS
+2BP
+2Y
+2RP
SBVC_VA1SBVC_VA
7+1RP
7+
1Y
7+1BP
71YOS
51LNI_UA_EDIS
51RNI_UA_EDIS
7SBVC_VA
7TED_D
H
41LPH
41
RPH
TUOSBVC
2
1
,7
RtuoeniL7
L
tuoeniL7
ETUM_PMA41,7
70C_VS
70Y_VS
7MOCV_VA
71SBVC_VA
51L_1VA
51R_1VA
7+2RP
7+2Y
7+2BP
72YOS
RCS3
GCS
3
BCS3
1SBVC_VAS7,3
DSE_3V3+
WS_V5+
WS_3V3+
DSE_3V3+
%5 W61/1 R742121
R
0421R
%5 W61
/1
K00
1
%5 W61/1 K742321R
0321C
Fp74
)
CN(R033121BF
1 2
4021NC
)CN(111100-8051JS2
1
8
7
2
3
4
5
%5 W61/1 R744021R
%5 W61/1 R743121R
8221R
%5 W61/1 K22
A1021NC
10-20-4.8-5V
A
2
1
4
3
6
5
%5 W61/1 R745021R
7221C
V61 N001
Am007/R039221B
F
1 2
%5 W61/1 K017421R
)
CN(R
034121B
F
1 2
7421C
V05 P001
%5 W61/1 R745121R
2121D
)CN(99VAB
3
1
2
1021Q
6021NC
)CN
(89-3
80-078-501
5
2
1
4
3
6
5
5
221C
)CN(8N6
9321
R
W61/1 MHO K33
C1256 47pF
6121R
W61/1 %1-+ MHO 57
8321R
W61/1 MHO K33
)CN(R744421R
9021R
W61/1 %1-+ MHO 57
V61FU2.24421C
W61/1 MHO K337321R
422
1C
)CN( P001
Am007/R031021BF
1 2
3021Q
)CN(C748CB
3
2
1
0121D
)CN(99VAB
3
1
2
2221R
W61/1 %1
-+ MHO 57
W
61/1 MHO 09121R
V01 U13321C
8221C
V01/Fu01
6221C
)CN(8N6
5021N
C
89-380-078-501
5
2
1
4
3
6
5
2021C
)CN( P01
8021R
W61
/1 %1-+ MHO 57
V52 U17321C
2221C
)CN( P033
Am007/R038221BF
1 2
)CN(N743521C
A2021NC
)CN(56-3XX-4D8-5015
2
1
4
3
6
5
V61 N743221C
5321C
V05 P033
)CN(R02
19021B
F
1 2
%5 W61/1 R746021R
W01/1 MHO K743321R
5321R
W
61/1 MHO 01
3021R
W61/1 %1-+ MHO 57
3
221R
%1 W61/1 R001
0521C
)CN( P033
+
9221C
V61
Fu0
74
0221R
%5 W61/1 K93
V01/Fu017521C
C1255 47pF
W6
1/1 MHO
K33
6321
R
9521C
)CN(N001
502
1D
)C
N(99VAB
3
1
2
%5 W61/1 K741321R
V01 U14321C
1021U
RJTR106VR
D
141019
46812162021
18
1 3
2
71 5 7 31 51
9
11
/SDR
SVDD
PVDD
NCNCNCNCNCNCTH1
/SDL
P1C N1C
DNGP
DNGS SSVP S
SVS LNI RNI
LTUO RTUO
7021NC
4A-290-578-5015
2
1
4
3
6
5
4321R
W61/1 MHO 0
1
+
1421C
V01/F
u022
V61 N745021C
V05 P333421C
A
m007/R036021B
F
1
2
8421C
)
CN( P033
8021C
)CN(
P01
8121C
)CN(N00
1
6021D
)CN(99VAB
3
1
2
Am007/R034021BF
1 2
V05 N17021C
)CN(R02521R
V61 N744021C
%5 W61/1 K018421R1521R
)CN(%1 R57
GG
YC
A3021NC
)CN(KCAJ
7 8
9 01
11
21
1021R
W61/1 %1-+ MHO 57
)
CN(R745421R
1321C
V05/Fp0022
6321C
V05 P033
V6
1FU2.25421
C
9221R
%5 W61/1 K22
9021C
)CN(
P01
)CN(R 0747021R
)CN(R0218021BF
1
2
2021R
W61/1 %1-+ MHO 57
)CN(R032121BF
1 2
0121C
)
CN( P0
1
1121D
)CN(99VAB
3
1
2
V61 N746021C
V
6
1
N741121C
V61 N742121C
W61/1
MHO 074412
1R
9421C
)CN(N
74
V61 N743121C
1421R
%5 W61/1 K001
%5 W61/1 R0016221R
3
421R
)CN(%1-+R57
0121BF
03T121-FK2102BCH
12
3021C
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9
121
C
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0421C
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W01/1 %5-+ MHO 33 7221R
02
21C
)CN(N001
Am007/R032021BF
1 2
6421C
V05 P001
8021
D
)CN(99VA
B
3
1
2
0621C
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0121R
W61/1 %1-+ MHO 57
B3021NC
)CN(KCAJ
2
1
4
3
6
5
1521C
)
CN( P033
9321C
V61 N00
1
W61/1 MHO 0748121R
1
221R
%5 W61/1 K51
)CN(%5 W61/1
K01
0321
R
V05 N14121
C
%5 W61/1 R00152
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Am007/R037021BF
1 2
Am007/R033021BF
1 2
202
1Q
SP/KTR-S6093N2
1
23
9021D
)CN(L23SAB
7021D
)CN(L23SA
B
C1221 47pF
1021C
)CN( P0
1
9421
R
)CN(R74
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R
2321C
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002
2
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1
2
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1/1 R741121R
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1621C
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W61/1 %5-+ MHO 33
W61/1 %5-+ MHO 0 6421R
8321C
V52 U1
Page 82
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
82
03. SCART
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
01
01
11
11
A A
B B
C C
D D
E E
F
F
G
G
H
H
p-pV
2
5D 9191C 6D 8191C 6C 6191C 6C 5191C 4C 3191C 4A 8091C 3B 1091C 3C 1091NC
9
E 7291C 8E 6291C 6E 5291C 8E 4291C 8E 3291C 7D 2291C 7D 1291C 5E 0291C
01
E 7391C 7C 5391C 01E 3391C 7D 2391C 8D 1391C 9E 0391C 9D 9291C 9E 8291C
8D
3091Q 6C 2091Q 5C 1091Q 6E 3091BF 6D 2091BF 6B 1091BF 3E 4491C 3D 3491C 5C
4191R 6C 3191R 6C 2191R 6C 1191R 6C 0191R 4C 9091R 3B 5091R 4A 1091R
7D
2291R 6E 1291R 6D 0291R 6E 9191R 6D 8191R 3E 7191R 3D 6191R 5C 5191R
8E
0
391R 8D 9291R 9D 8291R 8D 7291R 8D 6291R
7E 5291R 7E 429
1R
7E 329
1R
7
D 1
0
91U 3E 7391R 01E 6391R 01D 5391R 01E 4391R 01E 3391R 9E 2391R 9D 1391
R
TUOL_DU
ACS
TUOR_DUACS
7RACS
7LACS
7ETUM_PMA_CS
7,2
1SBVC_VA
S
2RCS
2GCS
2BCS
51RNI_UA_2rPbPY
51LNI_UA_2rPbPY
7WSF_CS
7SF_CS
7TUOSBVCS
WS_3V3+
WS_V5+
C1913 47pF
9291CV01 U1
1391CV52 U1
4191R
%1 W61/1 R001
4391R %5 W61/1 K2
2
5091R
W61/1 %1-+ MHO 57
7391C
V05/Fp0022
9191C V05 P001
1391R
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SP
/KTR-S6093N2
1
23
6291R
W01/1 %5-+ MHO 33
V61 N7
48091
C
1291C
V61 N00
1
0391CV01 U1
5191R
W61/1 %5-+ MHO 33
%5 W61/1 R579091R
5391R
%5 W61/1 R001
3391C
V05/Fp0022
+
5191C
V05 Fu01
V05 P334291C
6391R
%5 W61/1
R001
9191R
W01/1 %5-+ MHOK1
C1944 47pF
2291R
W61/1 MHO 01
V
01/Fu015391
C
0191R
W61/1 MHO 074
7
291C
V05 P033
4291
R
W61/1 MHO K33
%5 W61/1 R741091R
V05 P333291C
3391R
%5 W61/1 K22
5291R W61/1 MHO K33
1091BF
03T121-FK2102BCH
12
R191675R 1/16W 5%
W61/1 MHO 03191R
3091B
FAm00
7/R03
1
2
8291R
%5 W61/1 K01
8291C
V05 P033
7191R
%5 W61/1 K01
52
91CV61FU2.2
0291C V05 P001
2391R
%5 W
61/1 K01
2291C
V61 N001
0
291R
W61/1 MHO K33
0391R %5 W61/1 K74
C1901 47pF
9291
R
%5 W6
1/1 K7
4
1091U RJTR106VRD
141019
46812162021
18
1 3
2 71
5 7
3
1
51
9 11
/SDR
SVDD
PVDD
NCNCNCNCNCNCTH1
/SDL
P
1C
N1C
DNG
P
DNGS
SSVP SSVS LNI RNI
LTU
O
RTUO
6291C V52 U1
8191CV61FU2.2
2091Q
4093TBMM
1191R
%5 W61/1 K93
TRACS1091NC
1
2
3
4
5
6
7
8
9
01
11
21
31
41
51
61
71
81
91
02
12
6191C
V61 N001
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W
61/1 MHO 0
1
1291R
W
61/1 MHO K3
3
2091BFAm007/R03
12
7391R
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3091Q C748CB
3
2
1
219
1R
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+
2391C
V01/Fu022
C1943 47pF
8191
R
W01/1 %5-+ MHOK1
7291R
W01/1 MHO K
74
Page 83
2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
83
04. TUNER
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B
B
C C
D D
E E
RENUT GXRENUT GL
2A 1011C 3A 4011C 4
A 5011C
3
A
6011
C
3D 8011C 4D 9011C 2B 0111C 3B 1111C 4B 2111C 4B 3111C 4
D 4111C
3
A
5111
C
3D 7111C 2B 8111C 3
C 9111C
4B 0211
C
3B 7211
C
3B 8211C
3D 1011BF 4A 1011L 2C 1011Q 4D 5011R 4
D
6011R
3B 7011
R
3B 8011
R
5D 9011R 2B 3111R 4
A 4111R
4A 5111R 4D 6111R 2B 7111R 2D 9111R 3B 0211R 3
C 12
11R
3
D 2211R
3
C 3211R
3B 4211R
1A 1011UT
6A 2011UT
LCS_T
ADS_
T
SA_T
V
5_T
C
GA_
T
S_M
A_M V_M
V_M
SA_T
ADS_T
LCS_T V5_T S_M
CGA_T
A_M
SBVC_VT
FIS_VT
21,8,7ADS_C2I
21,
8,7LCS_C2I
7PFI
S
7MFIS
7ONOMUA
7MOCV_RENU
T
7SBVC_RENUT
WS_V5+
WS_V5
+
7211C
Fp74
V61 N749011C
)
CN(N0010211C
2011UT
532/3
C6-MTS
1 2 3 4 5 6 7 8 9 01 11 21
131415
16
)PT(TB
)PT(FI
C
N
SA
ADS LCS
V5
+
FIS
CGA
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71
81
91
02
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01 11 21
31 41 51 61
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1/1 MHO 07011R
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R
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R
V6
1 N0012111C
1211R
)CN( K001
Page 84
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
84
05. HDMI INPUT1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
01
01
11
11
A A
B B
C C
D D
E E
F
F
G
G
H
H
TW o/w ta esUF3076
rewoP CDD roF
1A 2051NC 7A 0151C 7A 9051C 4E 5051C 4E 4051C 4B 3051C 4B 2051C
1C 1061NC
7A
1151
C
5A 9151C 9A 7151C 9A 6151C 8A 5151C 8A 4151C 8A 3151C
8A 2151
C
8B 02
51
C
11E
72
51C 11E 6251C 5D 5251C 7D
4251C
3E
3251C 3B
22
51C
8B 125
1C
5C 2051D 5A 1051D 3B 1051BF 2G 7051D 2F 6051D 4F 5051D 7B 405
1D
7B 3051D
6D 3151Q 6E 9051Q 7C 8051Q 5F 3051Q 3C 2051Q 2C 1051Q 6A 3051BF
3D 2051B
F
11D 1051R
2D 8051R 2D 7051R
4A
6051R
2B
5051R 2B 4051
R 2B
3051R
1
1
D 2051R
4D 6151R 01E 5151R 01E 4151R 01E 3151R 01E 2151R
3
C 1151R 2C 0151R 2
E
9051R
4D 7151
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1D 4251R
01F 3
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2251R
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7D 7251R
6D
6251R
01F 525
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C
6451R 9C 5451R
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1451R
7C 0451R 5F
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R
01C 8451R 9C 7451R 8F 6551R 8F 5551R 8F 4551R 9G 3551R 9D 0551R 01C
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8
F 4651
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KLC_CDD
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Page 85
2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
85
06. LIPS&INVERTER I/F
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B B
C C
D D
E
E
SP ro
F
3C 1027NC
4
A 1027C
4B 4027C 4D 6027C 4D 7027C 4D 2127C 4D 3127C 4C 1027BF 4C
2027BF
4
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4
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4C
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3A 1027Q 3B 2027Q 3
A 1027R
3A 2027R 4A 3027R 3A 5027R 3B 6027R 4
B 80
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3
B 90
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4C 2127R 4C
3127R
4D 4127R 3A 7127R
JDA_THGIRB
FFO_NO_RETREVNI
FFO_NO_RETREVNI
JDA_THGIRB
JDA_LB7
NE_LB7
8,7YBDNATS
WS_
V5+
3V3+
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3
4
5
6
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8
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+
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V52
Fu074
Page 86
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
86
07. SCALER MST6B885GL-A
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
0
1
01
1
1
11
A A
B B
C C
D D
E E
F F
G
G
H
H
632niP ,222niP ,202niP ,591niP ,681niP ,661niP ,69niP
CDDV rof V2.1+
84niP
5
42ni
P ,
7
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P
ADDVA rof WSV3.3+
LLPM_DDVA rof WSV3.3
+
242niP ,902niP ,371niP ,901niP ,89niP
PDDV rof WSV3.3+
UA_DDVA rof V3.3+
LLPmeM_DDVA rof V3.3+
MDDV rof V6.2+
421niP
261niP
2BSU_DDVA rof V3.3+
96niP ,46niP
451niP,941niP,341niP ,831niP ,231niP ,721niP ,111niP
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1FIV_DDVA rof V3.3+
25niP
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TESER NO REWOP
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F3076TW o/w ta esU
CN 2034R :F3076TW htiW
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1D 4224C
1D 32
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8624R 8F 7624R 8F 6624
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146
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211
311
521 421 321 221 12
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711
222
168
105
208
169
170
171
175
176
177
178
179
0
8
1
281
91
1
236
202
223
173
188
189
194
109
195
212
312
41
2
512
61
2
712
81
2
912
02
2
122
186
184
622
72
2
822
92
2
032
132
232
332
432
532
166
10496203
205
206
98
2074647
48
1
5
7
5
3
52
25
2
193
042
14
2
51 6
1
93
45
58
64
65 55
62
66
7
6
86
69
0
7
1
7
2
7
37 4
7
57 6
7
77 87
08 18 28 38 48 58 68 78
18
1
3
81
174
185
97
167
237
248
251
103
001
1
01
102
291
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611 51
1
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11
70
1
801
15
1
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1
441
04
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112
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52
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204
197
198
187
190
65
1
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4241434544
196
199
200
201
129
526159
149
154
242
110
135
19
9
9
172
16
1
162
361
46
1
165
752
GND
PK
CBXR
GND
NKCBXR
CGA
T
N0BXR P
0BXR
AVDD_DVI
N1BXR P
1BXR
AVSS_VIF4
BGULPH
TXER
AD_BDCDD KC_BDCDD
1CNYSH 1CNYSV
PMALCV PFER M
FER
1NIB
1NIGOS
1NIG 1N
IR
3MOCV
0NIB
2MOCV
0NIR
AVDD_ADCAVSS_VIF2
0C
NYSH
0CNYSV
2CNYS
V
2NIB
2NIGOS
2NIG 2NIR
1C 1Y 0C 0Y
3
SBVC
2SBVC 1
SBVC
1MO
CV
0
SBV
C
0MOCV
AVDD_ADC
2TUO
SBVC
]0[DOIPG
]1
[DOIP
G
]2[DOIPG
]3[DOIP
G
]4[DOIP
G
]
5[DOI
PG
]6[DOIPG
]7[DOIPG
72RV
GND
]
1[SQD
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41[ATAD
M
GND
]
21[AT
ADM
VDDM
]11[ATADM ]
01[ATAD
M
]1[DR
AB
GND
VDDM
]7[ATADM ]6[ATADM
]4[ATADM
VDDM
]3[ATADM ]2[ATADM ]1[ATADM ]0[ATADM ]0[SQD 0MQD
FERVM EKLCM
ZKLCM
KLCM
CFAT
GND
VDDM
AVDD_MEMPLL
ZSA
C
ZEW
]0[RD
AM
]1[RD
AM
]2[RD
AM
]3[RDA
M
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VDDM
VDDC
]8[RD
AM
VDDP
SCK
ALE
GND
SDI
SCZ
SDO
SAR1
SAR2
SAR3
PWM0/MCUCFG0
PWM1/MCUCFG1
A
D_RCDD
AD
_ACDD
]6[RDA
M
VDDP
VDDP
GND
VDDC
OTG_DM
OTG_DP
PWM3/MCUCFG3
VDDC
VDDP
P3AVL
M3AVL
PKCAVL
MKCAVL
P2AVL
M2AVL
P1AVL
M1AVL
P0AVL
M0AVL
VDDP
INT
P
3BV
L
M3BVL
PKCBVL
MK
CBV
L
P2BV
L
M2BVL
P1BVL
M1BVL
P0BV
L
M0BVL
VDDP
RDZ
VDDP
DI[4]
DI[6]
DI[7]
VDDC
HWRESET
XOUT
XIN
AVDD_MPLL
2
1RV
PFIV
P
2BXR
N
2BXR
PWM2/MCUCFG2
CNYSHL
CNYSVL
0N
IG
0NIGO
S
1TU
OSBVC
P
FIS
AVSS_VIF1
AVDD_AU
MFI
V
MFIS
AVSS_VIF5
M
RVU
A
P
RVUA
FERVUA
AVDD_AU
0
LUA
0RU
A
1
LUA
1RUA
MOCUA 2LUA 2RU
A
3
LUA
3RU
A
0LTUOENIL 0R
TUOENI
L
1LTUOENI
L
1RTUOENIL
0LTUOCAD
0RTUOCAD
1LTUOCAD
1RTU
OCAD
KC_RCDD
KC_ACDD
SAR0
IRIN
ONOMUA
GND
GND
GND
GND
WRZ
]1[DA
]2[D
A
AD[3]
]1[BOIP
G
]5[RDAM
]7[RDAM
]9[RDAM ]01[
RDAM
]11[RDA
M
]0[DRAB
ZSAR
]31[ATADM
]9[ATADM ]8[ATADM
]5[ATADM
P4AVL
M4
AL
P4B
VL
M4BVL
KC
L
EDL
DI[5]
ICLK
DI[0]
OTG_VBUS
OTG_CID
1
MQD
GPIOB[0]
GPIOL[1]
GPIOL[0]
GPIOL[2]
GPIOL[4]
GPIOL[3]
GPIOT[0]
DI[1]
DI[2]
DI[3]
GPIOR[0]
AVDD_VIF2
AVDD_VIF5
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Page 87
2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
87
08. WT6703FSTANDBYMCU
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
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B B
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4A 1014C 4A 2014C 6B 3014C 7B 4014C 2B 5014C 2B 6014C 7D 8014C 6D 9014C 4D 0114C
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Page 88
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
88
09. FLASHROM&MEMORY
1
1
2
2
3
3
4
4
5
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Page 89
2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
89
10. KEY,IR,BD&COMPARE I/F
1
1
2
2
3
3
4
4
5
5
6
6
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Page 90
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11. PANEL I/F
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B B
C C
D D
E
E
5B 2057
R 5B 1057
R 1C 3057NC 6B 2057NC
4
B 1057NC
7B 7057
R 5
B
6057R 5B 5057
R 5
B 4
057R 5B 3057
R
2
C 7257
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6257R 1A 4157
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H_LENA
P
HG
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H_LEN
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R
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R
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LESD
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XR
+
2E
XR
+
CEXR
+COXR
+0OXR
+
1O
XR
+2OXR
+
3O
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R
+
0E
XR
+1E
X
R
-
3
EX
R
-1EXR
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OX
R
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R
-2EXR
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HGIH_LENAP
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+1E
XR
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+0OXR
-1OXR
+1OX
R
-2OXR
+2OXR
-2EXR
+2EXR
+COXR
-COXR
-CEXR
+CEXR
-
3OXR
+3OXR
-3EXR
+
3EXR
HGIH_LENAP
7LESDO
7+1OXR
7-1OXR
7+2OXR
7-2OXR
7+COXR
7-COXR
7+3OXR
7-3OXR
7+0OXR
7-0OXR
7+1EX
R
7-1EXR
7+2OXR
7-2OXR
7+1OXR
7-1OXR
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7-0OXR
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7-COXR
7+COXR
7+CEXR
7-CEXR
7+3OXR
7-3OXR
7+3EXR
7-3EXR
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2
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8
9
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02
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3
4
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6
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3
4
5
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Page 91
2008-03-14
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91
12. ITV I/F AND AOC HOTEL
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
01
01
11
1
1
A
A
B B
C C
D D
E E
F F
G G
H H
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leveL
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F
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TAB
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F/
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1 leveL VTI rof TROP
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4A 80
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304
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Page 92
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92
13. USB
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B B
C C
D D
E
E
retcennoc ot esolC
5D 1081NC
4
A 10
81C
4
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PD_2BSU7
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+
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Page 93
2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
93
14. AUDIO AMP
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
01
01
11
1
1
A
A
B B
C C
D D
E E
F F
G G
H H
esioN POP ecuder
2F
4016C 4A 3016C 3A 2016C 2A 1016C 11E 1016NC
3F 9016C 3F 8016C 3E 7016C 3
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5E 4116C 5F 3116C 5F 2116C 4F 1116C 4E 0116C 7F 9116C 7E 81
16C 7E 7116C 6E 6116C
5E 5116
C
8E 4216C 8E 3216C 7E 2216C 6E 1216C 7F 021
6C
9E 9216C 9E 8216C 9E 7216C 9F 6216C 9E 5216C
6C 4316C 6C 331
6C
5C 2316C
9G 1316C 9G 031
6C
8C 9316
C 7C 8316C 7C 7316C 9E 631
6C
6C 5316C
9C 4416C 9B
3
416C 9B 2416C 9B 1416C 8C 0416C
4A 1016D 4A 8416C 01C 7416C 01C 6416C 9C 5
416C
1
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Q
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Page 94
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15. AUDIO I/F AND SPIDF OUT
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
01
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A A
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C C
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CN 1371C, CN 2371C :anihC/PA
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9F 847
1
R
8
B 1071PT
7E 1071U 7F 2071U
LNI_
UA_
CP
LNI_U
A_1rPbPY
RNI_U
A_EDIS
LNI_UA_EDI
S
RNI_UA_C
P
R
N
I_
U
A_1rPbPY
RNI_
UA_2
rPbP
Y
LNI_UA_2rPbP
Y
70L
UA
70RU
A
72LUA
72RUA
73LU
A
7
3RU
A
LNI_UA_EDIS
2
RNI
_UA_EDIS
2
TUO_FIDPS7
2
5LUA
25RU
A
L_1VA2
R_1VA
2
WSO
IDUA7
71RUA
71LUA
5
RUA2
4RUA
5
LUA2
4LU
A
4LUA
4RUA
LNI_UA_2rP
b
P
Y3
RNI_UA_2rPbPY3
WS_V5+
WS_V5+
WS_V5+
V01 U17071
C
)
CN(
V01 U1127
1
C
C1737
10uF/10V(NC)
5071C
V
05 P065
6071B
F
Am0003/R021
1
2
0271C
V
05 P065
V01
U18171C
V01 U16071C
W
61/1
MHO
0
92
71R
5271R
)CN(W61/1 MHO 01
R1721 0R(NC)
2
071R
W61
/1 MHO K21
)
C
N
(K015071R
V01 U13071C
)CN(N
0015371C
6171R
W61/1 MHO K
21
32
71C
V
05 P06
5
R1741470K(NC)
7571
C
)CN(V05 P
001
2071
C
V
0
5
P
065
2271C
V05 P2
2
%5 W61/1 K019071R
1
371C
)CN(
P00
1
)CN(K
017071R
1071BF
Am0003/R021
1 2
40
71R
W61/1 MHO K
21
R1746470K(NC)
3
371
C
V05 P22
4071NC
)CN(N5-8-87G88
1
2
1071U
)CN(
4
E
RKCD7513
A5
S
T 1 2 3 4
5
6
ON
DNG
MO
CCN
+
V
N
I
)
CN(
V01
U14271C
V01 U18071C
%
5 W6
1
/1
K
011
0
71
R
R1747
2K2(NC)
5071BF
Am0003/R021
1 2
6071R
)CN(K21
417
1C
V0
5 P06
5
1
171C
)CN(P06
5
%5 W61/1 K011171R
W61/1 MHO 00371R
R1744470K(NC)
1071PTR TNIOP T
)CN(V01 U18
271
C
3
171
C
V05 P2
2
0
171R
W61/1 MHO K21
)CN(2K28471R
B1
0
21
NC
10-20-4.8-5VA
8
7
0
1
9
)CN(V01 U15271C
8071R
)
CN(K21
)CN
( MHO 0047
1R
%5
W
6
1
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R
6371C
V05 P22
7171
C
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C
mm5.3 P3 KCAJ HP
1 2
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R1745470K(NC)
%5 W61/1
K01317
1R
)CN
(%1 R57
7271R
1071Q
)
CN(C748CB
)CN(V01 U16
271
C
2171R
W
61/1 MHO K21
)CN(V61 2
U20171
C
V01 U15171
C
6171C
V05 P2
2
1071C
V
0
5 P22
3271R
)CN(%5 W61/1 K1
R1728 0R(NC)
2071
BF
A
m0003/R02
1
1
2
9271C
)
CN(
P2
2
R1743470K(NC)
8071BF
)CN(R021
12
9371C
)CN(V01/Fu01
)CN(N0014371C2271R
)
CN(R 019
2
07
1U
)CN(4ERKCD7513A5ST 1 2 3 4
5
6
O
N
DNG
MOCCN
+V
N
I
9
071C
)CN(P065
%5 W61/1 K015171R
6271R
)CN(W01
/1 R081
2371C
)
C
N(P0
0
1
)
CN(V61 2U22171
C
41
71R
W61/1 MH
O
K2
1
4271R )CN(%5 W61/1 K1
B2021N
C
)CN(56-3
XX-4
D8-5
015
8
7
01
9
9171
C
V
05 P22
4071C
V05 P22
8371C
)CN(V61 N001
0371C
)CN(P
22
R1742470K(NC)
)CN(V
01 U172
71C
Page 95
2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
95
16. DC-DC POWER
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
01
0
1
1
1
1
1
A A
B B
C C
D D
E
E
F F
G G
H
H
K065:6017R neht ,JDA 0226SPT esu FI3:8017C K001:70
17R p
0
81
:
9
01
7
C
p
3
deen 6117BF, CN 5117BF : F3076TW tuohtiW
cn 6117BF, deeN 5117BF : F3076TW htiW
2B 4017C 4B 3017C 4B 2017C 2B 1017C 6E 0117C 3B 9017C 3B 8017C 6B 7017C 6C 6017C 4B 5017C
4F 5117C 4D 4117C 7E 3117C 3F 2117C 7E 1117C 8D 0217C
4D 9117C 11C 8117C 8D 7117C 1F 6117C
01D 5217C 01D 4217C 9C 3217C 9D 221
7
C 9C 1217C 9F 2317C 9F 1317C 7E 9217C 7C 7217C 01C 6217C
7
C 3D 8317C 2D 731
7C 1C 6317C 01F 4317C 01F 3317C 1F 4417C 4C 3417C 3C 1417C 3D 0417C 3D 931
7
C 3F
1517
C
2F
0517C 2E 8417C 2F 741
7C
8B 0617C 01B 9517C 01B 8517C 1C 7517C 8B 6517C 2F 25
1
8E 4617C 9E 3617
C
01E 2617C 9E 1617
C
7B 1017BF
1E 6017D
3C 5017D 2C 401
7D
9C 201
7D 8F 10
17D
6
D 7017
BF 6D 601
7BF
6D 5017B
F 8A 5117BF
1
1C 4117BF 4F 3117BF
4C 2117B
F 4
E 1117BF 1C 9017BF
7E 8017
BF
7B
F 7C 71
17BF
8B 6117
B
F 5C 2017Q 6B 1017Q 2E 4017L 4C 3017L
01C
2017L 3A 1017L 01A 9117BF 8C 811
7Q 6E 8017Q 6E 4017Q 6C
3
017Q 3B 6017R 7B 5017R 6B 4017R 6B 3017R 6C 2017R 6B 1017R 6E 901
7E 5117R 7E 4117R 6E 3117R 3B 7017R 9D 1217R 01C 0217R 0
1C 9117R 01C 8117R 9D 7117R 6E 6117R
7R 2C 6217R 9B 5217R 9G 4217R 9F 3217
R 8F 2217R 4D 1317R 4C 0317R 3D 9217R 3D 8217R 2D 721
1F 6317R 2F 5317R
3F 4317R 3F 3317R 2F 2317R 9E 1417R 9E 0417R 6E 9317R 6E 8317R 9B 7317R
9B 8017U 2E 7017U 2C 6017U 9F 5017U 2A 1017
U
2F 3017DZ 3D 2017DZ 9C 1017DZ 9C 303
7U
9E 901
7U
WS_RWP_TO8,7
WS_RWP_V58,7
RWP_LENAP7
YBTS_3V3+
Y
BTS_V
5+
YBTS
_V5
+
WS_V5+
YBTS_V5
+
2V5+V81+
CCV_LEN
AP
YBTS_V5
+
WS_V5+
6
V2+
WS_V5+
WS_V5+
V81+
WS_3V3+
3V3+
3V3+
2V5+
WS_3V3+
2V1+
WS_V5
+
YBTS_V5+
WS_V5+
YBTS_3V3+
YBTS_V5+
WS_V5+
9517C
V61 N001
+
4317C
V01 Fu001
+
2017C
V52
Fu7
4
9117R
%1 W01/1 7K2
2017DZ
)CN(43ASS
1 2
4317R
)CN(%1-+ MHOK01
+
1517C
)CN(V01/Fu022
6017D
)CN(8414SL
8017BF
03T121-FK2102BCH
1 2
1317R
)
CN(MHOK0
1
6017BF
)CN(R021
12
4017D
)CN(84
14S
L
6
117R
W01/1 %5-+ MHOK1
W01/1 %1 R0027317R
4017L
)CN(Hu51
8117C
V61 N0
01
4017R
W01/1 MHO K65
7117R
W01/1 %5-+ MHOK65
5017R
W01
/1 MHO K
01
+
9217
C
V52 FU022
+
341
7C
)CN(V01 Fu0
01
3
117R
W01/1 MHO K65
8517C
V01/Fu01
4117R
)CN(50R0
5117R
W01/1 MHO K01
3017Q
C748CB
3
2
1
0317R
)CN(%1 W01/1 K34
2017Q
GIT1122NUM
+
6217C
V01/Fu02
2
%1 W01/1 R0013217R
8217R
)CN(K02
801
7U
Z
TGCA7111EMA
3
124
NIV
GND
TUOV
TH
2517C
)CN(P022
6017R W61
/1 MHO 0
5317R
)
CN(K51
0417C
)CN(Fp033
9117BF
)CN(R02
1
1 2
1217R
W01/1 %5-+ MHOK2.8
0
217R
W01/1 %1-+ K01
+
6517C
V05/FU01
1117BF
)CN(
R02
1
1 2
1017R
W01/1 MHO K7
4
2117BF
)CN(R021
1 2
8317C
)CN(V05/Fp022
7017U
)CN(B4254CS
259365 T65 = DI traP
8
2 1
4
5 7
63
BST
W
SNIV
GND
BFSS
PMOCCSOR
7117BF
03T121-FK2102BCH
12
1017D
3E-D1S
1017Q
YDD5384IS
1 2 3 4
8 7 6 5
S S S G
D D D D
1117C
V05 N001
4217C FP033
7017R
)CN(K00
1
0517C
)CN(N1
3017DZ
)CN(43ASS
1 2
R7126 100K(NC)
W01/1 %1 R0114217
R
5217C
V01/Fu0
1
+
6317C
)CN(V53 Fu07
4
741
7C
)CN(FP033
4117BF
03T121-FK
2102BCH
1 2
W01/1 %1 R0210417
R
5017D
)CN(8414SL
2217C
V05/Fp02
2
3017L
)CN(H
u51
1
017L
Hu53
9217R
)CN(MHO 2.2
611
7C
)CN(V
0
1
/Fu01
9317C
)CN(V05 2N2
2217R
)CN( MHO 0
9117C
)CN(V01/Fu01
2017
L
Hu51
1217C
V61 N022
C7109
180P 50V(NC)
2117C
)CN(V01/Fu01
3317R
)CN(%1 W01/1 2K32
8117BF
)CN(R021
1 2
3117B
F
)CN(R021
1 2
8417C
)CN(V61 N022
W01/1 %1 R0021417R
+
7017C
V52 FU001
8017Q
C748CB
3
2
1
3017
R
W01/
1 %5-
+ MH
OK65
+
7217C
V01/Fu022
2017D
8414SL
4417C
)CN(N3
3
5017U
ZTGCA7111EM
A
312
4
NI
V
GND
TUOV
TH
5017B
F
)CN(R021
12
7117C
V01/Fu01
7317C
)
CN(V61
N22
9017BF
)CN(R
021
12
3037U
TRTESB4254CS
8
2 1
4
5 7
63
9
BST
WSNIV
GND
B
FSS
PMOCCSOR
TH1
0117C
V52 N022
5117BF
)CN(R021
1 2
+
1617C
V05/FU
01
7217R
)CN(K65
2017R
W01/1 %5-+ MHOK1
4017Q
GIT
1122NUM
4617C
V61 N00
1
W01/1 %1 R0215217R
7017BF
03T121-FK2102BCH
12
8117R
%5 W8/1 2R2
0617C
V61 N001
1017DZ
43ASS
1 2
1017U
4G
R
VBD3022
6SPT 1 2 3
4
5
NI
DN
G
B
FNE
W
S
2
317
R
)CN(2R2
3217C
V05 2N2
90
17U
ZTGCA7111EMA
312
4
NIV
GND
TUOV
TH
1017BF
)CN(R021
1 2
+
2617C
V01 Fu001
+
1017C
V52
Fu7
4
8317R
W01/1 MHO K74
5117C
)CN(N001
0217C
V61 N33
+
2317C
V05/F
U01
9017Q
YDD5384IS
1 2 3 4
8 7 6 5
S S S G
D D D D
3317C
V61 N001
4117C
)CN(N001
6117B
F
03
T121-
FK2102BC
H
12
C7108
33P 50V(NC)
6317R
)CN(K65
1417C
)CN(V61 N022
7517C
)CN(N001
3617C
V61
N0
01
3
017C
V61
N001
6017U
)CN(A5254CS
8
2 1
4
5 7
63
BST
WSNIV
GND
B
FSS
PMOCCSOR
1
317C
V61 N001
9317R
W01/1 %5-+ MHOK65
5017C
V01/Fu0
1
311
7C
V61 N001
4017C
V01FU7.4
6017C
V61 N001
Page 96
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
96
[1]MAIN SCHEMATIC DIAGRAM(26”&32”) 01. D-SUB INPUT
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B B
C C
D D
E
E
3C 1041NC 1A 1041C 2
B 2041C
2
B 3041C
4D 5041C 7C 6041C 7C 7041C 7C 8041C 7C 9041C 5B 0141C 6B 1141C 7B
2141C
2A 1041D 5
B 20
41D
6
B 30
41D
7
B 4041D
3C 1041BF
5C 2041BF
5C 3041BF
5C 4041BF 2B 1041R 2
B 20
41R
2
B
30
41R
2B 4041R 3B 5041R 3B 6041R 2
B 7041R
1
C 5141R
1C 6141R 1C 7141R 1C 8141R 2D 9141R 3D 0241R 3D 12
41R
3
D 2241R
4
C 3241R
5C 4241R 5
C 52
41R
6
C 62
41R
6C 7241R 6C 8241R 6C 9241R 5A 0341R 1A 1341R 1A 2341
R
1
B 10
41U
2
D 1041D
Z
3
D 2041DZ
2D 3041DZ
2D 4041DZ
4D 5041DZ
S
H
V5_
AG
V
BGR
SV
B
G
LCSCDD
ADSCDD
R
8LCS_2
PS
I
8ADS_2
PS
I
5PW_BUSD_CD
D
8+NIG
8+NIB
9,8BGR_SH
8GOS
9,8BGR_SV
8+NIR
11ADS_PSI
11LCS_P
SI
9LCS_1PSI
9ADS_1PSI
YBTS_V5
+
YBTS_3V3+
DSE_3V3+
V5AGV
V5AGV
YBTS_V5
+
WS_V5+
2041C
)CN(
P33
10
41D
C45TAB
1
3
2
5041
C
)CN(V61
N001
3241R
G01LLAESAPG49
R140410 OHM 1/16W
R1417
0 OHM +-5% 1/16W
G01-T-BVDA499041C
G01LLAESAPG49 1041BF
1 2
RENUT7041C
2141C
)CN(N001
2041D
)CN(99VAB
3
1
2
)CN(K017041
R
W61/1 MHO 0749241R
35709891SNI2041BF
1 2
%5 W61/1
R748241R
1341R
W01/1 %5-+ MHO 0
1041
C
V61 N001
ZD1404
BZX84-C5V6(NC)
1 3
RENUT6041C
ZD1401
BZX84-C5V6(NC)
1 3
4041D
)CN(99
VAB
3
1
2
ZD1403
BZX84-C5V6(NC)
1 3
30
41D
)CN(99
VAB
3
1
2
%5 W61/1 R746241R
R1418
0 OHM +-5% 1/16W
3041C
)CN( P33
)CN(
%5 W61/1 R0011241R
R1401
2.7K OHM 1/16W
6041R
)CN(
K22
RENUT8041
C
35709891SNI
3041
BF
1 2
R1419
2K2 1/16W 5%(NC)
5041R
D017S-TFAT MACES
+LAP
RENU
T
0341R
D017S
-TF
AT MACES+LAP REN
UT
ZD1402
BZX84-C5V6(NC)
1 3
35
709891SNI
404
1BF
1
2
R1403
2.7K OHM 1/16W
)CN(
%5 W61/1 R0012241R
R1415
0 OHM +-5% 1/16W
R140210 OHM 1/16W
5241R
G01LLAESAPG49
1041
U
)CN(PT6
NMW
-20C42
M
1 2 3 4
5
6
7
8
0A 1A 2A
ADSDNG
LCS
PW
CCV
4241R
G01LLAESAPG49
1141C
)CN(N001
1041
NC
2HP-RH
-16P
V
1
6
2
7
3
8
4
9
5
11
21
31
41
51
01
1716
2341
R
)CN(50R0
%
5 W6
1/1
R747241R
R1416
0 OHM +-5% 1/16W
ZD1405
BZX84-C5V6(NC)
1 3
0241R
)CN(
%5 W61/1 2K2
0141C
)CN(N001
Page 97
2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
97
0.2 VIDEO INPUT AND CVBS OUTPUT
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
0
1
0
1
1
1
1
1
A A
B B
C C
D D
E E
F
F
G
G
H
H
EDIS PIHC OT DESOLC EB DLUOHS TNEMECALP
TUO SBVC
CN 94
2
1C 8
42
1
C
1
221C
:
anih
C/
P
A
CN 70
2
1R :
UE
K1
= XAM ECNATEPMI TUPTUO OIDUA
NC
: oediV
-S
htiW30
21
N
C :
o
e
diV-S t
uo
h
ti
W60
21
1B A102
1N
1A A202
1N
2D A302
1N
2C B302
1N
1E 4021NC
01E 5021NC 1C 6021NC 1F 7021NC
2A 1021C 3A 2021C 3A 3021C 4
A 4021C
4A 5021C 4A 6021C 4A 7021C 2B 8021C 3B 9021C 3B 0121C 4B 1121C 4B 2121
C
4B 3121
C
4B 4
121C
5
A
5121C
6
A 6121C
6
A 7121C
7A 8121C 7A 9121C 8A 0221C 2A 1221C 3C 2221C 3C 3221C 2E 4221C 2F 5221C 2F 6
221C
8D 7221C 8D 8221C 9D 9221C 9E 0321C 6F 1321C 6F 2321C 6F 3321C 6F 4321C 7F 5321C 7F 6321C 7F 732
1C
7F 8321C 8F 9321C 8F 0421C 8F 1421C 8F 2421C 8F 3421C 9F 4421C 9F 5421C 9F 6421C 9F 7421C 2A 8421
C
2A 9421C 3D 0521C 3E 1521C 3D 2521C 3E 3521
C
3
C 4521C
2F 5521C 3F 6521C 8D 7521C 5B 8521C 8A 9521C 9
A
0621C
01A 162
1C
01A 262
1C
6B 362
1C
6B 462
1C
7B 562
1C
5A 1021D 6A 2021D 6A 3021D 5A 4021D 7A 5021D 7A
6021D
7A 7021D 8A 8021D 5B 9021D 8A 0121D 9A 1121D
01A 2121
D
01A 3121D
6B 412
1D
6B 5121D 7B 612
1D
2A
1021B
F
3A 2021BF 3A 3021B
F
2B 4021BF 3B 5021B
F
3B 6021
BF
2C 7021BF 2E 8021B
F
2E 9021BF 8
D 0121BF
2D
2121BF
2E 3
1
21B
F
9F 82
21B
F
9F 9221BF
9D 1021Q 9D 2021Q 7F 3021Q 2A 1021R 2A 2021R 3A 3021R 3A 4021R 3A 5021R 3A 6
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LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
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03. SCART
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2008-03-14
LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
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LC-19S7E-BK LC-26S7E-BK LC-32S7E-BK
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