TCL L49E7800UDS User manual

Product Type LCD Smart TV Music Support MP3, AC3, HE-AAC, LPCM
Chassis MS1369K-LA Picture Support JPEG, BMP, PNG;
CPU ARM A9 1.2G Dual Core Support H.264, MPEG2, MPEG4, VC1, FLV
GPU Mail400*4
OS Android TV V4
Memory 1.25GByte DDR3 / 8GByte Flash File ---
UI Style MoVo TV style
OSD Language English/Portuguese/Spanish
PAL-N/M; NTSC-M Component Video Format ---
ISDB-T DVI Video Format Up to XGA for HDMI-PC
AV System PAL, NTSC HDMI Video Format Up to 4K×2K
TV Channels (Analog) Cable (1～125), Antenna (2～69) PC Compatibility ---
TV Channels (Digital) Antenna (7～69)
Power Supply AC 100V-240V 50/60Hz
Power Consumption（TV On）200W(max),180W(typ)
Power Consumption（Standby）≤0.5WBacklight Unit LED
Certification CB Panel supplier CSOT
Energy Efficiency Level --- Aspect Ratio 16:9
Wired Network Panel Size (inch) 54.6"
Wireless (Built-in Adapter) Display Resolution 3840*2160
Brightness (min.) (cd/m2) 310(min), 320(typ)
Contrast Ratio (Typ.) 3500:1(min), 4000:1(typ)
Response Time (Typ.) (G to G) (ms) 6.5(typ)
Auto Source --- Viewing Angle (Typ.) (H/V) 178°/178°
EPG Yes Life Time (Typ.) (hrs) 30,000
Subtitle/Closed Caption Yes Color 1.07 billion(10bit)
Parental Control Yes Refresh Rate 60Hz
Sleep Timer Yes
System Update Yes
Hotel Mode ---
Bottom Side
Input Method Smart IME
MHL ---
Teletext ---
Nicam ---
Lightsensor ---
3DTV Type ---
3D Format ---
Natural Light Technology ---
DCC（Dynamic Contrast Control）Yes
Backlight Adjustable Yes (0~100)
Color Temperature Normal, Cold, Warm
Picture Mode Standard, Dynamic, Studio, Movie, Personal
Picture Size Norma, Full, Zoom, Expand
Gamma Adjustable -3 to 3
Comb Filter 3D
Dynamic Noise Reduction 3D
Adaptive Deinterlacing 3D
Motion Compensation Yes
Speakers Integrated speakers (Bottom side)
Audio Power Output（THD=7%）2×8W
Smart Volume Yes
Smart Audio Standard, Music, Movie, News, User
Sound Control Balance, Bass, Treble
Sound Scene ---
SRS ---
Basic Function
Picture
Sound
Terminals
PRODUCT SPECIFICATION RELEASE
Model: L49E7800UDS/MS1369K-LA/CS4STA
Version：1.0 Issued On: 2014-12-29
Design and specifications are subject to change without notice!
TV System
Internet Link
Video
USB Device Media Format
Signal Format Capability
Basic Information
Panel Specification

GoLive TV --- I Camera ---
Zing TV --- Home Cloud ---
Zing MP3 --- Gesture Control ---
YouTube Yes GINGA Yes
Vimeo ---
TCL Appstore 3.0 (optional according to OEM brand)
Facebook ---
Twitter ---
Riptide GP (optional according to OEM brand)
Entermity Worrior 2 (optional according to OEM brand)
WebBrowser Chrome
Message Box Yes
Weather forecast ---
nSCreen ---
E-Sticker (optional according to OEM brand) Operation Manual English (Default)
Help (optional according to OEM brand) Remote Control and batteries RC651
TV Guard ---
Base Stand Integrated Packaging
Frequency (optional according to OEM brand) AC power cord 1 pcs
Face Rrecognize ---
Google Play Store Yes
Wireless Display Yes Wall Mount 1 pcs(WMB333)
Wireless Keyboard ---
Wireless Mouse ---
Game Controller 1 pcs(PC-8612RF gamestick)
Batteries 3 pcs
L1（mm）1092 Diagonal size（cm）123
W1（mm）51 Slim Edge Design---Up（mm）6.6
H1（mm）636 Slim Edge Design---Bottom（mm）8
L2（mm）603 Slim Edge Design---L&R（mm）6.6
W2（mm）222 Carton Dimensions LxWxH（mm）1265X145X806
H2（mm）673 Container Loading---20 feet（pcs）193
Net Weight With Stand（Kg）16.5 Container Loading---40 feet（pcs）411
Net Weight Without Stand（Kg）15.9 Container Loading--40 feet High（pcs）467
Gross Weight With Packaging（Kg）20 VESA Mounting Dimensions LxH（mm）400X200
Drafted by: Approved by:
Mechanical Key Specification
Special FunctionPre-Installed Application List
Essential Accessories（Default）
Optional Accessories
Mechanical ID Picture
Remote ID Picture

ALIGNMENT & ELECTRICAL TEST
PROCEDURE
MS1369K-LA
L55E6700UDS
L55E5700UDS
V1.0

CONTENTS
1POWER SUPPLY ........................................................................................................................................ 1
2ELECTRICAL TEST................................................................................................................................... 1
2.1 ABBREVIATIONS......................................................................................................................................1
2.2 PREPARATION..........................................................................................................................................2
2.3 KEY BOARD,IR RECEIVER AND RC.........................................................................................................2
2.3.1 To navigate the MENU using KEYBOARD ....................................................................................2
2.3.2 To navigate the MENU using REMOTE CONTROL......................................................................3
2.4 VIDEO FUNCTIONAL CHECK.....................................................................................................................3
2.4.1 HDMI..............................................................................................................................................3
2.4.2 RF ...................................................................................................................................................4
2.4.3 CVBS...............................................................................................................................................5
3VIDEO ALIGNMENT ................................................................................................................................. 5
3.1 ALIGNMENT CONDITIONS........................................................................................................................5
3.2 ADC CALIBRATION.................................................................................................................................5
3.3 WHITE BALANCE .....................................................................................................................................5
3.3.1 CUT-OFF ALIGNMENT ................................................................................................................6
3.3.2 White balance .................................................................................................................................6
4AUDIO ALIGNMENT ................................................................................................................................. 7
5SHOP INITIAL ............................................................................................................................................ 7
SHOP INITIAL SHOULD BE DONE AT THE LAST ALIGNMENT. .......................................................... 7
6FACTORY MENU ....................................................................................................................................... 7
6.1 HOW TO ENTER FACTORY MENU BY REMOTE CONTROL ...........................................................................7
6.2 TO GO BACK OR EXIT FACTORY MENU:....................................................................................................7
7SERVICE MENU ......................................................................................................................................... 7
7.1 HOW TO ENTER SERVICE MENU BY REMOTE CONTROL.............................................................................7
7.2 TO GO BACK OR EXIT SERVICE MENU:......................................................................................................7
8ALL THE P-MODE MENU AND SETTINGS: ........................................................................................ 8
8.1 MAIN\FACTORY ......................................................................................................................................8
8.1.1 White Balance…. ............................................................................................................................8
8.2 MAIN\SERVICE MEN ................................................................................................................................9
8.3 THE FOLLOWING IC SHOULD BE PRE-COPIED BEFORE SMT PROCESS: .....................................................9
8.3.1 How to use USB to update MS59KL.............................................................................................10

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MS1369K-LA is designed for LA Google TV, Dual core CPU and Four core GPU, using Android 4.0 OS and
UI 5.0 interface, ore based on intelligent digital cloud TV before increasing the MHL, WIDI and
USB3.0. Support mouse RCU, built-in WIFI and 3D function.
1Power supply
The Standard Power supply related to All the Models is +24V and +3.3V for the Main BD.
The signal of POWER_ON enables the +24V and the other Voltages as well.
If POWER_ON signal = 0V, +24V and the others are not available.
If POWER_ON signal = 3.3V, +24V and the other are available.
2 ELECTRICAL TEST
2.1 Abbreviations
HD
High Definition
SD
Standard Definition
VGA
Video Graphic Array
VESA
Video Electronics Standards Association
RC
Remote Control
TBD
To be determined
POWER BD.
1.1.1.1.1.1.1 M
A
I
N
B
O
A
R
D
P001
+3.3V_STB
GND for +3V_STB
+12V Or +24V
GND for +12V
POWER_ON
Main BD(MS1369)
BLON/OFF;PW_DIM
AC IN
Mains
120VAC

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2.2 Preparations
Connect FFC cable from LCD panel to P1403
Some models need to connect +24V supply cable to the Inverter unit of panel.
Connect DC/DC&CONTROL cable from Power Board to P001(Main board.).
Connect IR cable from P003 to IR Board.
Connect KEY cable from P002 to KEY Board
Connect SPEAKER cables to P701 & P702.
Connect WIFI dongle cable to P1003.
Connect 3D Bluetooth dongle cable to P905(Some module).
2.3 Key Board, IR receiver and RC
Apply 110V~240V AC to the mains input when power on.LED should be off during the
period of power on, whereas the LED shall be white if the TV enters into standby mode.
2.3.1 To navigate the MENU using KEY Board
A﹥To switch on/off the TV set:
Action: Press the Power key on the Key board
Observe: Power key is equal to the function of ON-OFF button on remote control.
B﹥To enter MENU Screen:
Action: Press the MENU key on keyboard.
Observe: Menu screen will be shown on the LCD screen.
C﹥During Menu Screen:
Action: Press Menu key
Observe: Menu key is equal to OK key on remote control.
Action: Press Vol- key
Observe: Vol- key is equal to LEFT key on remote control.
Action: Press Vol+ key
Observe: Vol+ key is equal to RIGHT key on remote control.
Action: Press PR- key
Observe: PR- key is equal to DOWN key on remote control.
Action: Press PR+ key
Observe: PR+ key is equal to UP key on remote control.

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2.3.2 To navigate the MENU using Remote Controller
A﹥To enter MENU Screen.
Action: Press MENU key on Remote Controller
Observe: Menu screen should be shown at the LCD screen.
B﹥During Menu Screen:
Action: Press UP key or DOWN key
Observe: Highlight will go up and down
Action: Press RIGHT or OK key
Observe: User will enter into the highlighted item.
Action: Press GO BACK key(shortcut key)
Observe: User will exit from the selection.
2.4 Video functional check
2.4.1 HDMI
2.4.1.1 DVI mode
Standard Monitor Format (VESA)
Connect HDMI cable with TMDS signal in VESA format to P304
Change the display source to HDMI1.
2.4.1.2 HDMI mode
Test Pattern
SMPTE
64-step greyscale
(Generated by Quantun881)
(Generated by Quantun881)
Format
640x480@60Hz
800x600@60Hz
1024x768@60Hz
1360x768@60Hz
1280x1024@60Hz
640x480@60Hz
800x600@60Hz
1024x768@60Hz
1360x768@60Hz
1280x1024@60Hz

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Connect HDMI cable with TMDS signal in VESA format to P304/ P302/ P301/P302.
Change the display source to HDMI 1/ HDMI 2/ HDMI 3// HDMI 4
Test
Pattern
SMPTE
64-step greyscale
(Generated by
Quantun881)
(Generated by Quantun881)
Format
4:3
16:9
1H
480i@60HZ
1080i@60Hz
2H
480p@60Hz
720p@60Hz/1080p@60HZ
2.4.1.3 MHL mode
Connect MHL cable to P302
Change the display source to HDMI 2
2.4.2 RF
2.4.2.1 Analog RF signal input
Connect Antenna cable to tuner port. And the TV standard is NTSC-M
Change the display source to TV Channels. The Tuner has two inputs, they are: Antenna
and Cable.
2.4.2.2 Digital RF signal input
Connect Antenna cable to tuner. The digital standard is ATSC.
Change the display source to TV Channels. And Tuner mode must is Antenna.
Test Pattern
Depended on
factory
Depended on
factory
Depended on
factory
Channel
Test Pattern
Depended on
factory
Depended on
factory
Depended on
factory
Channel
Picture Frequency
Channel band
VHF-L
VHF-H
UHF

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Picture Frequency
Channel band
VHF-L
VHF-H
UHF
2.4.3 CVBS
2.5.5.1 CVBS input
Connect AV cable with CVBS and audio L, R signal to P901 .
Change the display source to CVBS
Test Pattern
SMPTE RP-133
32-step greyscale
Format
NTSC M
(Generated by Chroma2327)
NTSC M
(Generated by Chroma2327)
3Video Alignment
On MS1368K-LA platform, Alignment items could be achieved by using serial port with
UART protocol, P1002 USB port could be used for UART purpose, pin definition is as
follows:
Pin 9----RXD;
Pin 8---TXD;
Before carry out the alignment, it is very important to make sure the Project ID is correct.
Alignment Conditions
In order to have defined conditions for the alignment procedure, the TV set should be
warmed up for 10 minutes.
3.1 ADC Calibration
MS1368K-LA is no need to do the ADC calibration..
3.2 White balance
Only the Normal Color Temperature must to be adjusted, the Warm & Cool data will be
changed according to the default offset, but these offset also should been changed according
to the manufacture condition. For more information about Color Temperature, please refer to
the Appendix 2,
The standard data will be confirmed by our PQ engineers, Now these data only is reference.

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3.2.1 CUT-OFF ALIGNMENT
Cut-off alignment is used to define the color co-ordinates for low luminance level. This
alignment has to be done for the following standards:
1. Insert a grey test pattern with 25IRE signal amplitude
2. Measure the color co-ordinates near the center of the screen
3. Adjust with “R_ Offset”, “G_ Offset” and “B_ Offset” to above color co-ordinates values.
3.2.2 White balance
This alignment has to be done for the following standards:
1. Insert a grey test pattern with 80IRE signal amplitude
2. Measure the color co-ordinates near the center of the screen.
3. Adjust with “R_ Gain”, “G_ Gain” and “B_ Gain” to the following color co-ordinates
values:
Source
HDMI
CMPT/AV/TV/PC
REMARK
Color Temp
Normal
Normal
R- gain
0~255
-127~+127
Need to adjust
G-gain
128
0
Not need to adjust
B-gain
0~255
-127~+127
Need to adjust
R-offset
0~255
-127~+127
Need to adjust
G-offset
128
0
Not need to adjust
B-offset
0~255
-127~+127
Need to adjust
The default values have a close relation with panel brightness. After white balance
alignment, a picture performance check should be done: the brightest scales of 16-
scale grey pattern should be distinguishable in vibrant mode (max contrast), and the
light output at OOB( out of box ) use whole white signal (white 100 IRE ),it should
be more than 350nits.
Before white balance alignment, we must make sure White Balance Init had been
done.
The white balance values in normal of HDMI are the base of other value, the other
sources are the offset on Norma of HDMI, so we must adjust normal of HDMI first,
then other source should be adjusted in the end.
Since the White Point and Offset alignments are influencing each other, an
interactive process maybe needed to get both alignments to the required values.

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White balance status: picture preset is vibrant, Dynamic Backlight & light sensor is
off.
Advises for adjust while balance: make sure values of “G GAIN” / G OFFSET
using default value ,the Normal temperature should been not adjust .but sometime the
Warm temperature maybe adjust.
4Audio Alignment
P204: DIGITAL AUDIO OUTPUT (Optical SPDIF OUTPUT)
5Shop initial
Shop initial should be done at the last alignment.
Enter the factory menu “Factory menu”
Choose “Reset Shop”and press “ok” key on the remote control
Shows “ok” on the screen, exit factory menu, Then power down
The Out Of Box Settings are according to the customer’s requirement.
6Factory Menu
6.1 How to enter factory menu by remote control
Menu On and inside to Picture Menu
Then inside Picture Setting Menu
And move the cursor to Vedio, select Contrast item.
Press the Password’9735’(should be finished in 3seconds)
Press “Go back”key on the remote control directly when FACTORY MODE HOTKEY
set ON (while the character "P" displaying on the blow-left of the screen).
6.2 To go back or exit factory menu:
Press “MENU”key on the remote; the “Cancel”key will exit factory menu directly.
7Service menu
7.1 How to enter service menu by remote control
Menu On and inside to Picture Menu
Then inside Picture Setting Menu
And move the cursor to Expet Setting, select Contrast item.
Press the Password “1950”
7.2 To go back or exit service menu:
Press “MENU”key on the remote; the “CLEAR”key will exit factory menu directly.
The service menu Item

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There is only one item: the project ID, press the Left or right can change the project ID and will display
this project hardware information.
8ALL THE P-MODE MENU AND SETTING:
8.1 Main\Factory
ITEM
STATE
COMMENT
REMARK
Factory mode
hotkey
OFF
when set On, we can enter
factory menu with
pressing”OK”on remote
control directly.
Factory out :OFF
Burning Mode
OFF
Aging mode ON:The
flashingcharacter‘PW’and
the time of aging display on
the below-left of the screen.
Only in TV source will
display noise picture
when WARM-UP set on
Disable on designer mode
Factory out :OFF
ADC
.........
No need
White Balance
........
For bright and low
luminance level adjust
Reset Shop
DO
Initialize production.
Do it at the last position
of the product line,
HOTKEY will be disable.
Reset All
DO
Factory mode data reset
It will be done before
shop initial if need
Power Mode
LAST
STB: Standby
ON: power on directly
when plugging in the wire.
LAST: For last memory
power on/off mode
Set “On” when aging in
the test, and set “Last”
when factory out.
USB Clone
..............
Use the USB to Clone
NVM Data From USB or
To USB. we can enter the
menu after pressing”OK”on
remote control directly.
Other
..............
8.1.1 White Balance….
White Balance…
ITEM
COMMENT
REMARK
White
balance Init
DO
Press ‘OK’on RC to
finish

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SOURCE
HDMI
CMP/PC
/AV
480i/1024*768
/NTSC-M
must adjust HDMI, the
other maybe not to change
Color
Temp
Normal
Normal
Each source must adjust normal first.
R GAIN
128(0~255)
0(-128~+128)
Normal of HDMI is the basic data of white
balance of every source and use the HDMI 1
source.
Normal of other source is the offset on normal of
HDMI too. The AV use the AV 1 source.
The parameter of ATV is same as AV and the
DTV is same as HDMI.
G GAIN
128(0~255)
0(-128~+128)
B GAIN
128(0~255)
0(-128~+128)
R Offset
128(0~255)
0(-128~+128)
G Offset
128(0~255)
0(-128~+128)
B Offset
128(0~255)
0(-128~+128)
Picture
Enhance
Off/On
If white balance init is not do, this item will be
On.
Picture
Related
.........
.......
No need to change anything, if change, you must
do White balance initial.
8.2 Main\Service menu
Service menu
ITEM
COMMENT
REMARK
Project ID
……
Need select the project ID
There are many Models
8.3 The following IC should be pre-copied before SMT process:
POSITION
IC BOM
BOM
FOR U602 (Main BD)
13-DRH5TQ-BCB1G
V8-MS69K01 -LF1RXXX
FOR U1201 (Main BD)
13-W25Q32-FVB
V8-6M40002-LR1VXXX
FOR U402 (Main BD)
13-W25Q16-00B
V8-MS69K01-LB1VXXX

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8.3.1 How to use USB to update MS1369K-LA
The software’s name should be MstarUpgrade.bin, this file must be located on USB
root directory and the names of the other files can not include the character
“upgrade”.
Power off the TV set. And then insert the U disk into the USB port .
Press “Power” key on key board all the time and power on the TV set, the set will
read the file(upgrade_loader.pkg) from USB automatically. During this period of
time, the LED light will be flashing all the time. The TV goes into standby mode
and upgrade is fail if the LED changes to white, you need Power on the TV by the
remote controllor and do the process of upgrade again .
The upgrate will be finished and will auto start the TV set after a few minutes.

Chassis Block Diagram
---- MS1369K-LA
Chassis Block Diagram

Chassis Block Diagram
Chassis Block Diagram ----6M40

Power Supply Block Diagram

Power Supply Block Diagram

DD-MM
.............
...........
DD-MM
DD-MM
DD-MM
...
...
...
...
...
...
...
...
...
...
...
...
...
...
...
...
DD-MM-YY
......
ADDRESS3
ON:
BY:
CHECKED
DRAWN
DESIGNATION
DATE DESCRIPTION Last modifNAMEIndex-Lab
SBU :
ON:
BY: OF :
PAGE:
A
123
THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING
45678
F
E
D
C
B
A
8 7 6 5 4 3 2 1
F
E
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C
B
FORMAT DIN A3
Last saved :
MS1369-LA(4KX2K V-by-one) Schematics
CDATE=2013-3-6
TELEPHONE=86-0755-33312742
ADDRESS1=ZHONG SHAN YUAN ROAD NO.1001
ADDRESS2=TCL INTERNANTIONAL E CITY TCL MULTIMEDIA BUILDING

GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
D1B
D1A
G2
G1
S2
D2B
D2A
S1 T
GND
GND
GND
GND
GND
GND
GND
GND
GND
T
GND
A
321
F
E
D
C
B
8 7 6 5
5
4 3 2 1
THIS DRAWING CANNOT BE COMMUNICATED TO UNAUTHORIZED PERSONS COPIED UNLES S PERMITTED IN WRITING
F
E
D
C
B
A
4678
FORMAT DIN A2
NOTE: PAGE: OF
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
GND/ADJ
OUT
VIN
4
GND/ADJ
OUT
VIN
4
T
T
T
T
GND
OUT
AGND
FB
EN
PGND
SW
VIN
PG
T
GND
GND
GND
GND
IN
ILIM
LG BST
SW
HG
GND
REF
SS
FB
IN3
PGND7
FREQ
FB
SS/TRK
EN
PGOOD
SW1
PGND2
PGND3
PGND4
PGND5
PGND6
BST
AGND
SW3
SW2
PGND1
PGND8 IN1 VCC IN2
VIN
EN/EN# NC
GND
VOUT
VIN
FB
SS
EN
FSW
GND
BST
LX
COMP
T
T
T
Vref=0.8V
Fixed OCP=5.5A
(Vin=3V-36V)
Change RD90 to adjust Fsw, Set Fsw=600kHZ
If Vout=12V Set RD95=51K RD96=3.6K RD91=68K CD97 /CD98/CD99=10uF/16V
If Input Voltage=24V,CD90/CD91=2.2uF/50V
If Input Voltage=12V,CD90/CD91=10uF/16V(NO:28-CC0106-KBX) RD93=22K
BOM COST=2.35RMB
If Vout=5V Set RD95=27K RD96=5.1K RD91=100K CD97 /CD98=22uF/10V(NO:28-CA0226-MBX ) And CD99 NC And LD90=4.7UH(NO:33-YLL479-MTX)
wise20130307
Vref=0.59V
Change RD80 to adjust OCP,Set OCP=7.6A
Change RD85 and CD83 to adjust Fsw, Set Fsw=500kHZ
(Vin=3V-28V) If Input Voltage=24V,CD80/CD81=2.2uF/50V
If Input Voltage=12V,CD80=10uF/16V AND CD81 NC
If Vout=12V,Set RD84=16K RD83=820R RD85=68K CD8B/CD8C/CD8D=10uF/16V
@max5A
If Vout=5V,Set RD84=9.1K RD83=1.2K RD85=47K CD8B/CD8C=22uF/10V And CD8D NC
Core Power
To IC Inter
3D Switch Control Circuit
Working frequency:1.2MHz
5V---1.5V/3A
(vin=2.7V~6V)
@max 320mA
close to D001
(6)
LDO
(5)
(5)
(5)
(5)
close to Socket
(5)
12
@max 2A
delete C062 wise20130306
wise20130307
@max 5A
@max4A
24V to 5V DC-DC circuit changed from RT8110D to MP2905 on 2013.03.01
2013.05.13
(6)
(5)
(5)
R052
10K
C014
470P
3V3SB
IR_IN
R060
220R IR_IN
0.1U
C013
0.1U
C012
0.1U
C015
F002
CMS06
D103
NC
DD93
B540C
1
2
3
4
5
6
7
P003
VDDC1V15
VDDC1V15
3V3
GND
GND3
GND
24V
CD9D
220P
NC/
DD92
SR34NC/
9
6
7
8
4
3
2
1
5
UD01
AOZ1284PI
RD9D
3K6
RD9C
51K
RD98
68K
RD9B
10R
RD9A
12K
RD99
100K RD97
82K
C077
100P
NC
CD104
10U
CD103
10U
CD102
10U
CD9F
0.047U
CD9E
1000P
CD9C
0.1U CD9B
2.2U CD8F
2.2U
CD8E 0.1U
R065 0R
NC
5
4 3
2
1
RT9711A
U007
R064
0R
NC
LOGO_OUT
R069
4K7
R068
2K
20
15
2
3
4
5
6
8
10
11
12
13
14
7
1
22
21
9
16 17 18 19
U008
MP8606DL
Q001
2N7002K
L009
0R
L008
0R
R030
1K
NC/
1
3
2
D001
NC/0BAV99
6.8UH
LD80
R048
150K
R021
16K
R049
82K
R001
3K3
C001
2U2
NC/
R008
1K
NC/
R050
47R
4K7
RD80
CD8A
1000P
9
10
5 6
7
8
4
3
2
1
MP2905
UD80
22U
CD8B
10U
C076
10U
C085
0.1U
C078
USB_5V
R026
10R
C036
0.47U
R031
0.1UF
C010
0.1U
R017
4K7
24V
C029
220U
35V
DIM_DC
C054
100P
R034
0R
NC/
R036
510R
R067
2K
R035
5K1
R032
5K1
R029
100K
C079
390P
NC/
R027
220K R066
100R
C047
1000P
C018
10U
C008
10U
C019
10U
C080
22U
NC/
C067
22U
NC/
L002
0.68UH
C071
0.1U
C037
0.1U
C033
2U2
1V5_DDR2
D101
FR2A C017
0.1U
LOGO
LED
3V3SB
LED
5
6
7
8
4
3
2
1
U001
MP2143
3V3SB 3V3SB
3V3SB
3V3SB
5V
3D_DIMMING 3D_DIMMING
R006
220R
C003
0.01U
R004
10K
R003
330R
R002
330R
R009
33K
R033
470K
100R
R019
NC/
L_SENSORL_SENSOR
R015
47K
3D_DIM
R124
10R
KEY_IN
BL_ON_OUT
C065
22U
1V5_DDR
5V_DDR_IN
C165
0.1U
NC/
KEY
3V3SB1
R020
100R
R014
22K
C005
0.01U C002
0.01U
GND2
LED_CTR
C007
0.1U
1
2
3
4
P103
1 2 3
4
U003
AS1117-3.3
LED_OUT
LIGHT_SENSOR
1 2 3
4
U002
AS1117-2.5
C060
100U
16V
3V3SB
5V
POWER_ON
POWER_ON
1
10
1112
2
34
56
78
9
P001
3V3
0.1U
C022
GND_3D_DIM
GND
3D_PWM
3V3SB
GND
24V/12V
GND
5V
0.1U
C006
C009
0.1U
24V/12V
DIM_PWM
LED
2V5
3V3SB
3D_CTRL
DIM
GND
GND
GND
GNDGND
C061
0.1U 0.1U
C025
F001
GND
0.1U
C011
1
2
3
4
P002
5V_2
GND
IR
2V5
5V
GND
GND
GNDGND
C021
0.1U
LOGO
L_SENSOR
3V3SB3
DIM_DC
GND
GND GNDBL_ON
GND1
C004
0.01U
BL_ON
...........
TEL:[phone]
NANSHAN DISTRICT.SHENZHEN.GUANGDONG 518067 CHINA
5TH FLOOR.TCL BUILDING.SOUTH NANHAI ROAD
WW R&D CENTER TCL MULTIMEDIA TECHNOLOGY HOLDING LTD.
C016
10U
GND
3V3SB
24V/12V_1
3D_PWM
L016
1UH
C064
22U
R815
4K7 B
C
E
Q801
BT3904
4K7
R816
5V
470R
R829
DIM_OUT
R817
10R
B
C
EQ803
BT3904
470R
R828
B
C
E
Q802
BT3904 0R
R825
NC/
3D_DIM_SW
KEY
DIM_OUT
POWER_ON_OUT
5V
C066
22U
C058
22U
C057
22U
C032
10U
C031
10U
C030
0.1U
R028
100K
R025
10R
5V VDDC1V15
VID1
5V
5V
22U
CD8D
22U
CD8C
8
7
6
5
2
4
1
3
A04832
QD80
1K2
RD83
6800P
CD83
0.1UCD87
2R2RD82
0.01UCD86
2.2U
CD81 0.1U CD82
150P
CD89
1U
CD88
2U2
CD85 2R2RD81
47K
RD85
0.1U
CD84
9K1
RD84
6R8
RD86
2.2U
CD80
24V/12V
5V
R061
10K
5V
LD91
6.8UH
24V
12V
CD101
0.1U
3D_DIM
IR