LCDTelevision
Service Manual
Chassis: MT5380
Product Type: LHDN26W57US
Ver 1.0
Hisense Electric Co.,
August, 2009
Ltd.
(1) --ELCHW261
Contents
Contents ....................................................................................................................................................................... - 2 -
Service Manual ........................................................................................................................................................... - 3 -
1. Precautions and notices ..................................................................................................................................... - 3 -
1.1 Warning ................................................................................................................................................... - 4 -
1.2 Notes ....................................................................................................................................................... - 7 -
2. Product Function Specifications ....................................................................................................................... - 9 -
2.1 Product Function ..................................................................................................................................... - 9 -
2.2 Specifications ........................................................................................................................................ - 10 -
3. LCD Panel Spec .............................................................................................................................................. - 11 -
3.1 General Description .............................................................................................................................. - 11 -
3.2 General Features ................................................................................................................................... - 12 -
4. Chassis Layout and Overall Wiring Diagrams ............................................................................................... - 13 -
Boards and Chassis Layout ......................................................................................................................... - 13 -
5. Factory/Service OSD Menu and Adjustment .................................................................................................. - 14 -
5.1 To enter the Factory OSD Menu ........................................................................................................... - 14 -
5.2 Factory OSD Menu ............................................................................................................................... - 14 -
5.3 Designer Menu ...................................................................................................................................... - 15 -
5.4 To Exit the Aging Mode ........................................................................................................................ - 17 -
6. Software Upgrading ........................................................................................................................................ - 18 -
6.1 Get ready for upgrading ........................................................................................................................ - 18 -
6.2 Upgrading with the MtkTool ................................................................................................................ - 20 -
7. Troubleshooting .............................................................................................................................................. -24 -
7.1 Troubleshooting for Remote Control .................................................................................................... - 24 -
7.2 Troubleshooting for Function Key ........................................................................................................ - 25 -
7.3 TV won't Power On .............................................................................................................................. - 26 -
7.4 Troubleshooting for Audio .................................................................................................................... - 27 -
7.5 Troubleshooting for TV/VGA/HDMI input .......................................................................................... - 28 -
7.6 Troubleshooting for YPbPr input .......................................................................................................... -29 -
7.7 Troubleshooting for Video/S-Video input ............................................................................................. - 30 -
8. Explode View and Explode Born List ............................................................................................................. - 31 -
9. Schematic circuit diagram .............................................................................................................................. - 31 -
-2-
1. Precautions and notices
Service Manual
BEFORE SERVICING THE LCD TV,
READ THE SAFETY PRECAUTIONS IN
THIS MANUAL•
USE ONLY MANUFACTURER SPECIFIED REPLACEMENT PARTS WHEN
SERVICING.
USE OF NON-AUTHORIZED PARTS WILL VOID THE MANUFACTURE'S
WARRANTY
Proper service and repair is important to the safe, reliable operation of all Hisense
Electric Co., Ltd Equipment. The service procedures recommended by Hisense and
described in this Service Guide are effective methods of performing service operations.
Some of these service operations require the use of tools specially designed for the
purpose. The special tools should be used when and as recommended.
It is important to note that this manual contains various CAUTIONS and NOTICES
which should be carefully read in order to minimize the risk of personal injury to service
personnel. The possibility exists that improper service methods may damage the
equipment and pose risk of personal injury
• It is also important to understand that these CAUTIONS and NOTICES ARE NOT
EXHAUSTIVE. Service should only be performed by an experienced electronics
-3-
techician trained in the proper Television safety and service methods and procedures
Hereafter throughout this manual, Hisense Electric Co., Ltd will be referred to as
Hisense.
1.1 Warning
1.1.1
Critical components having special safety characteristics are identified with a a_ by the
Ref. No. in the parts list. Use of non-manufacturer's recommended parts may create
shock, fire, or other hazards.Under no circumstances should the original design be
modified or altered without written permission from Hisense. Hisense assumes no
liability, express or implied, arising out of any unauthorized modification of design.
Servicetech assumes all liability.
DANGER CAUTION
TO ENSURE THE CONTINUED RELIABILITY OF THIS PRODUCT, USE ONLY
ORIGINAL MANUFACTURER'S REPLACEMENT PARTS, WHICH ARE LISTED WITH
THEIR PART NUMBERS IN THE PARTS LIST SECTION OF THIS SERVICE GUIDE,
1.1.2.
All ICs and many other semiconductors are susceptible to electrostatic discharges (ESD).
Careless handling during repair can reduce life drastically. When repairing, be sure to
use anti-static table mats and properly use a grounding wrist stra. Keep components and
tools also at this same potential.
-4-
IMPORTANT:
Always disconnect the power cord from AC outlet before replacing parts or modules.
1.1.3
To prevent electrical shock, use only a properly grounded 3 prong outlet or extension
cord.
1.1.4
When replacement parts are required, be sure to use replacement parts specified by the
manufacturer or have the same characteristics as the original part. Unauthorized
substitutions may result in fire, electric shock, or other hazards and will void the
manufacturer's warranty.
1.1.5
Safety regulations require that after a repair the set must be returned in its original
condition. In addition, prior to closing set, check that:
-Note:
>All wire harnesses and flex cables are properly routed and secured with factory tape
and/or mounted cable clamps.
> All cables and connectors are properly insulated and do not have any bare wires/lead
exposed.
-5-
1.1.6
(1) Do not supply a voltage higher than that specified to this product. This may
damage the product and may cause a fire.
(2) Do not use this product:
> High humidity areas
> In an area where any water could enter or splash into the unit.
High humidity and water could damage the product and cause fire.
(3) If a foreign substance (such as water, metal, or liquid) gets inside the panel
module, immediately turn off the power. Continuing to use the product may cause fire
or electric shock.
(4) If the product emits smoke, and abnormal smell, or makes an abnormal sound,
immediately turn off the power. Continuing to use the product, it may cause fire or
electric shock.
(5) Do not pull out or insert the power cable from/to an outlet with wet hands. It may
cause electric shock.
(6) Do not damage or modify the power cable. It may cause fire or electric shock.
(7) If the power cable is damaged, or if the connector is loose, do not use the product:
otherwise, this can lead to fire or electric shock.
(8) If the power connector or the connector of the power cable becomes dirty or dusty,
wipe it with a dry cloth. Otherwise, this can lead to fire.
(9) Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer,
-6-
or sold with the apparatus. When a cart is used, use caution when moving the
cart/apparatus combination to avoid injury from tip-over.
1.2 Notes
Notes on Safe Handling of the LCD panel and during service
The work procedures shown with the Note indication are important for ensuring the
safety of the product and the servicing work. Be sure to follow these instructions.
• Before starting the work, secure a sufficient working space.
• At all times other than when adjusting and checking the product, be sure to turn OFF
the POWER Button and disconnect the power cable from the power source of the TV
during servicing.
• To prevent electric shock and breakage of PC board, start the servicing work at least 30
seconds after the main power has been turned off. Especially when installing and
removing the power board, start servicing at least 2 minutes after the main power has
been turned off.
• While the main power is on, do not touch any parts or circuits other than the ones
specified. If any connection other than the one specified is made between the measuring
equipment and the high voltage power supply block, it can result in electric shock or
may trip the main circuit breaker When installing the LCD module in, and removing it
from the packing carton, be sure to have at least two persons perform the work.
• When the surface of the panel comes into contact with the cushioning materials, be
-7-
sure to confirm that there is no foreign matter on top of the cushioning materials before
the surface of the panel comes into contact with the cushioning materials. Failure to
observe this precaution may result in, the surface of the panel being scratched by foreign
matter.
• Be sure to handle the circuit board by holding the large parts as the heat sink or
transformer. Failure to observe this precaution may result in the occurrence of an
abnormality in the soldered areas.
• Do not stack the circuit boards. Failure to observe this precaution may result in
problems resulting from scratches on the parts, the deformation of parts, and
short-circuits due to residual electric charge.
• Perform a safety check when servicing is completed. Verify that the peripherals of the
serviced points have not undergone any deterioration during servicing. Also verify that
the screws, parts and cables removed for servicing purposes have all been returned to
their proper locations in accordance with the original setup.
The lightning flash with arrowhead symbol, within an equilateral
triangle is intended to alert the user to the presence of uninsulated
dangerous voltage within the products enclosure that may be of sufficient magnitude to
constitute a risk of electric shock.
The exclamation point within an equilateral triangle is intended to alert
the user to the presence of important operating and maintenance (servicing)
instructions in the literature accompanying the set.
-8-
2. Product Function Specifications
2.1 Product Function
Front Cabinet
Input _l_tion
Volume Up
Volume Down
_Remote reviver
Channel Up
Channel Down
Power(On/Stand by)
-9-
Back Cabinet
AC INPUT
2.2 Specifications
-10-
Appendix
Model
Diagonal display size
Television system
Audio multiplex
Channem coverage
PC mode
YPbPr/YCbCr mode
HDMI mode
Resolution
Power source
Power consumption
Audio power
RF input
Video input
Connection
Interface
Graphic iHput Analog RGB 15pin x 1
ELCHW261
26 Inches
American TV standard ATSC/NTSC system
BTSC system
VRF: 2_,13 UHF: 14_,59 CATV:lN125
Digital Terrestrial Broadcast (8VSB): 2_-_59
Digital cable (64/256 QAM): 1-,135
640 x 480/50Hz,800 x 500/50Hz, 1024 x 768/50Hz
4801/50Hz,480P/50Hz,720Pi50Hz, lO80Z/50Hz
4BOI/50Hz,480P/50HzJ20Pi50H% l O801/50Hz
1366 x 768
AC 120 V, 60 Hz
75W
5W+5W
Cable/Antenna xl
VideoX1
S-VideoX1
ComponentX2
HDMIX2
AVAudio X 1
Audio input ComponentAudio X 2
VGAAudio Input X 1
Audio X 1
Audio output
Dimensions Width: 8.2 inches
Environmenta_ conditions Temperature 5_C,_3d_C(41F_@5F}Humidity:20%_80%RH, Atmospheric pressure:86kPa.-106kPa
Supplied accessories Remote Control Guide, Warranty Registration card
Desgn and specifications an subject to change without notice.
CUSTONERNOTICE: Use carefu ly when operating to prevent damage to the screen.
Coaxial Audio out x 1
Headphone audio outx i
Length: 26.5inches
Height: 20.3 inches
23.1 Ibs
Remote control, AC cord, Batteries, User Hanua[, Warranty Card, QSG,
3. LCD Panel Spec
Panel: M260TWRl\ROH SN 1061384
3.1 General Description
The M260TWR1 is a color active matrix thin film transistor (TFT)liquid crystal display
(LCD) that uses amorphous silicon TFT as a switching device. It is composed of a TFT
LCD panel, a timing controller, voltage reference, common voltage, DC-DC converter,
column driver; and row driver circuit. This TFT LCD has a 26-inch diagonally measured
active display area with WXGA resolution (1366 vertical by 768 horizontal pixel array).
_-,26" WXGA TFT LCD Panel
'!,_''ill
[]4U CCFLs Backlight System
mSupported WXGA (V:1.,366lines, H:768 pixels)resolution
mCompatible with RollS Standard
-11-
3.2 General Features
Product Summary
Screen Diagonal
Active Area
Pixels H x V
Pixel Pitch
Pixel Arrangement
Disp_a_ Mode
White Luminance
Contrast Ratio
Response Time
Logic Power Consumption
Boc ghtPowe,
i_:i:ii2iih, iii{i;{"
Outline DimensQB
Electrica_ Inte_ace (_ic)
Suppo_ Co_or .......
26
575J69 (H) x 323.712: (V)"
1,366. (x3) x 768
0.4215 (per one triiad)x:
RG,B. Medical Stripe ......
NormaililyWhite_ ii!!!i_I:!i!!ii:?
s00_ ....
36 typ]ca (Black pa_ern_ 60Hz)
typical (C,FL current 7mA)
3_900 tS@ica/
626 (W) x 373 (H) x 32 (T)*
8 bit LVDS
16.7 M
mm
cd,m_ (CCFL@7mA)
ms@c
v
wa_
watt
9
mm
80% typica[
_i_1 Viewing Direction
:Su_ace Treatment
...... *The gib_sities were not calculated in the thickness of the outline dimension.
6 o:'dock
Anti Glare + 3H
-12-
4. Chassis Layout and Overall Wiring Diagrams
Boards and Chassis Layout
No Description Part No. Type/Model PCB/Model
(1) Main Board 121477 RSAG2.908.1553-2\ROH RSAG7.820.1730\VER.D\ROH
(2) Power Board 122630 RSAG2.908.1498-2\ROH RSAG7.820.1646\VER.C\ROH
(3) Keypad Board 113354 RSAG2.908.1088\ROH RSAG7.820.1101 \VER.B\ROH
(4) IR Board 116295 RSAG2.908.1260-2\ROH RSAG7.820.1337\VER.B\ROH
-13-
5. Factory/Service OSD Menu and Adjustment
5.1 To enter the Factory OSD Menu
a. With factory RC (remote control)
1. Press "M" button and enter factory mode.
2. Press "Menu" button and enter factory OSD menu.
3. Press "CH+"/"CH-" button select the function menu, press "VOL+"/"VOL-" enter the selected
function menu. Press "VOL+"/"VOL-" button adjust values in the menu.
b. With user's RC
1. PowerTVOn
2. Press Menu button and call up User OSD Menu
3. Select Audio-> Balance
4. Enter 0->5->3 ->2 in sequence.
Note: If necessary, re-do number keys.
5. Factory OSD appears.
6. Press Menu again and leave factory OSD.
5.2 Factory OSD Menu
5.2.1 White Balance
Note: Different source has different WB values. Before adjusting, please change to desired source.
1. Auto Color
For VGA and Component Video sources, WB values must be adjusted.
Before adjusting, prepare the signal instruments such as DVD or K-8256 first, and find the video picture
with gray and color bars. Then please change to desired source.
source Timing Pattern Notes
1
2
Notes:
a, Press
b, Press
c, Select
d, Press
e, Close
ADC V{3A 1024"768 gray-3color For V{3A source
ADC HDTV 720P gray-3color For Component Video
"M" button and enter factory mode.
"Menu" button and enter factory OSD menu.
the item "Auto Color"
VOL+ button to auto color.
the OSD menu after 5 seconds.
-14-
5.2.2 Factory Option
Item Default Options
M-Can enter factory mode
1
MODE
M
M, U
with factory RC or user RC.
U-Can enter factory mode
Note: MODE "M" is only used for factory production.
5.2.3 Version Info
Item
Default Options Note
1 Version
2 Date
Note: Software version info of the TV,
readable only.
The date of current version
5.2.4 Clear the EEPROM
Item Meaning Note
Clean Clean data except
Protected _ data and Auto Color data
Clear partly
Notes
only with user' s RC.
Software version
Clean All Clear completely Clean all data
Note: The factory menu date varies according to different sources. Incase changing the factory
data by error, you can choose to "Clean Protected", by which you can resume the default value,
To clear the EEPROM:
a. Select the item "Cleall All".
b. Press VOL+ button to clear the EEPROMdata.
c. Close the OSD lllenu after 5 seconds.
d. Restart the TV.
5.3 Designer Menu
5.3.1 Video Mode
Standard:
TV AV S-Video Component VGA HDMI
R Gain 119 119 119 141 127 120
G Gain 125 125 125 145 120 122
B Gain 130 130 130 145 130 132
-15-
Offset:
TV AV S-Video Component VGA HDMI
R Offset 116 116 116 121 124 120
G Offset 124 124 124 125 126 128
B Offset 124 124 124 125 127 128
Cool:
TV AV S-Video Component VGA HDMI
R Gain 119 119 119 141 127 120
G Gain 125 125 125 145 120 122
B Gain 145 145 145 160 145 147
Warm:
TV AV S-Video Component VGA HDMI
R Gain 134 134 134 156 142 135
G Gain 125 125 125 145 120 122
B Gain 130 130 130 145 130 132
5.3.2 Video Curve:
TV AV S-Video Component VGA HDMI
Bright Max 600 650 650 700 700 650
Bright Min 0 0 0 0 0 0
Bright Mid 520 550 550 550 590 530
Contrast 650 600 600 550 600 600
Max
Contrast Min 0 0 0 0 0 0
Contrast Mid 500 480 480 460 440 470
Saturation 800 800 800 800 800 800
Max
Saturation 0 0 0 0 0 0
Min
Saturation 570 550 550 500 630 500
Mid
Hue Max 1000 1000 1000 1000 1000 1000
Hue Min 0 0 0 0 0 0
Hue Mid 471 471 471 471 471 471
-16-
5.3.3 Picture Mode
TV AV S-Video Component VGA HDMI
Vivid Bright 55 55 55 55 55 55
Vivid Contrast 55 55 55 55 55 55
Vivid 55 55 55 55 55 55
Saturation
Std Bright 50 50 50 50 50 50
Std Contrast 50 50 50 50 50 50
Std 50 50 50 50 50 50
Saturation
Hovie Bright 45 45 45 45 45 45
Hovie 45 45 45 45 45 45
Contrast
Hovie 45 45 45 45 45 45
Saturation
5.3.4 Volume Curve:
Min 20 Mid 80 Max
TV 0 24 34 49 80
AV/S-Video 0 23 30 47 67
component 0 23 30 47 67
HDMI 0 19 24 35 52
VGA 0 23 30 47 67
Note: Set Downmix to "Lt/Rt".
5.4 To Exit the Aging Mode
If There is a red "M" moving on the screen, it means the TV is in Aging mode. To exit the
Aging mode, use your user RC, and enter 8->0->8 ->7 in sequence.
Note:
The above "Factory/Service OSD Menu" are reference only, please refer to the actual units
to determine the appearances.
-17-
6. Software Upgrading
The software is upgraded by a burning toll-MtkTool, which can burn the program file *.bin to the
main board of the unit.
6.1 Get ready for upgrading
6.1.1 Install the driver
_L-2303 Briver
Double click the icon
PL-2303DriverInstallerSetupis:preparingtheInstallShield?
Wizard°_,,,hieh,,,_illguideyouthroughtherestofthesetup
process.Pleasewait.
Select the default value, the driver will be installed step by step.
6.1.2 Hardware connecting
Connect the unit to your pc with a USB-to-serial port cable. USB port connects to your pc, and
serial port to the TV's RS232 port.
, install the driver.
........._';'n_'_i'"'""_
USB connector: to PC.
-18-
Serial connector: to TV's RS232 ]
port.
J
For the first connecting, the pc will recognize and automatically install the USB device. The
process is just like the installation of a mini disk, see the following picture.
The -.vizard is installing software, Please wait....
_rzpi. _y_
Last $1,_)(1_) N e xt Nt_o['l',I) Ca.ncel_ _
Finish Finding New Hardware _/_¢Szard+_
The wizard has finished the " " n _-'sofN,'are mstallatlo :
Prolific IfSB-to-Serial Comm Port
If you close thev,Jzard, Please click rtmsn . '
-19-
6.2 Upgrading with the MtkTool
MTKtool is a green program needing no installation• It is saved in the folder
MTR_00L_20061027
• There are five folders/files in this folder altergether.
!_{_.__
_: fl_shin£ ini MtkTool. ird Shortcut to
[i_!7!):_'_ i_ L2:?'_ MtkTool, exe
........ A
!=_+_ i' [i :h_tkTool. exe
The MtkTool using log is restored in the MtkLog folder• It records the running time and date
whenever the tool is used. The log will be a txt file named by the date and time.
!!q start : 11:51:££, 2116-1£-2
_ MtkTool. exe
After connecting the TV with your PC, double click ......................................icon, open the
MtkTool.
If following error appears, it means the related port is not be set properly•
Ignore these errors, click "Confirm" and enter the MtkTool main interface, see the
following picture•
Flash chip model
Please refer to follow steps to update the software:
1--Select mode of Flash chip to MT538X as the below picture.
2--Refer to the next page instruction to select the communicate port.
3--Press the icon beside the baud rate and make sure it is green as the below picture.
4--Set the flash baud rate to 115200 as the below picture.
- 20 -
5--Click the browse button to select the *.bin file that will be updated.
6--Click the "start" button to update software.
LoadBinfile:
Backupfile:
Check Sun
_ Verify _ BlankCheck I_ HighSpeed
USB toUAFIT BridgeControllerI_ ShakeHand
Custom BurningAddress [HEX)
Custom BurningEnd:
DirectControl
-21 -
Open "Device Manager" and find which port is connected with the TV. In above picture, COM4
is connected to the TV; so, select "COM4" in the MtkTool main interface. Select the right baud rate
according to chip model. For this unit( chip model is MT538X), select 115200.
Note: Where or not click the "Auto Set Flash Baud Rate" in the "window" menu depends
on the chip type. If the flash chip does not support high speed transport, do not select this option;
otherwise, reserve the selected mood.
- 22 -
Fort Baud Rate
i Browse i _ Upgrade CheckSum
>7 USB to UART Bridge Conl:rol!e[ £hakeHand
Bumi"g AdS(eis! _ _[HEX]
Cu=OmBU'oiOgEnd: !HE×
....... ClearMSG
Click "Browse" button, find the upgrading program file, and select it. Press "Upgrade" button
and start upgrading.
The following interface appears on the screen, indicating upgrading successfully.
LoadBinfile: _ uild(hkense",PH_-, Browse
Backup file: 5ackLip:bin
Check Sum
Browse _ Backup
P i
W
.I,::A_,SorlL
_ I:JL;L,J. " IJ_:_b-< ]8I_;
, ,_)=ci --1) ILq IIYI I {¢41 li:]Ib [rla;I}]}881
_" II_:P..-')ll_<;h I b,<I.IZ<>MI
Verify BlankCheck
#_ USB to UART Bridge Controller
Custom Burning Address : 0
Custom Burning End:
_"-DirectControl
High Speed
ShakeHand
[HEX]
- 23 -
Clear MSG
7. Troubleshooting
7.1 Troubleshooting for Remote Control
YES
NO
YES
NO
NO
YES
YES
- 24 -
7.2 Troubleshooting for Function Key
YES
l YES
- 25 -
7.3 TV won't Power On
NO
NoI
NO
NO
NO
l
YES
Neither I
works
NO
Both
Work
- 26 -
7.4 Troubleshooting for Audio
YES
NO
YES
NO
YES
NO
NO
YES
l
- 27 -
7.5 Troubleshooting for TV/VGA/HDMI input
NO
NoI
YES
r-
- 28 -
7.6 Troubleshooting for YPbPr input
YES
NO
YES
- 29 -
7.7 Troubleshooting for Video/S-Video input
NO
y
YES
YES
NO
YES
-30-
8. Explode View and Explode Bom List
9. Schematic circuit diagram
-31 -
tm_ _
_z_ LT_
PARTS LISTELEMENT ELCHW261
No. Part No. Code Number Remark
1 122619 RSAG8.074.453\Z 17\ROH
2 1048975 RSAG8.640.065\ROH
3 116295 RSAG2.908.1260-2\ROH
4 1058744 RSAG8.038.1878\ROH
5 1061384 M260TWR1\ROH
6 122630 RSAG2.908.1498-2\ROH
7 1061396 RSAG4.114.126\ROH
8 1060591 RSAG8.081.577\ROH
9 1048779 RSAG6.150.452\ROH
10 1052031 RSAG8.074.526\Z1\ROH
11 121477 RSAG2.908.1553-2\ROH
12 1050067 RSAG8.038.1304\ROH
13 1059722 YS-05-E-I\ROH
14 1050054 RSAG8.632.022\ROH
Description Qty.
front cover 1
lens led 1
IR Board Unit 1
bracket 2
LCD Panel 1
Power Board unit 1
bracket unit 1
bracket 1
bracket unit 1
back cover 1
Unit 1
bracket 1
power cord 1
cover board 1
15 113354 RSAG2.908.1088\ROH
16 1052188 RSAG8.078.481\Z3\ROH
17 1055277 YDT4211E-5W8R-H\ROH
18 1036391 RSAG8.634.047\ROH
19 1049574 RSAG6.121.053\ROH
20 1059711 RSAG8.804.3509\ROH
21 1060565 RSAG8.804.3534\ROH
Key board unit 1
Key bracket 1
speaker 2
cover board 1
base unit 1
back label 1
side label 1
01 :INDEX/POWER IN
02:DIGITAL/ANALOG POWER
03:MT5380PERIPHERAL
04:DDR1 MEMORY
05: FLAS H/JTAG/UART
06:ANALOG PLL/USB2.0/TUNER
07:LINE OUT/HP
08:AMP/MUTE
09:LVDS/HEADPHONE
10:YPBPR INPUT
11 :VGA IN/LR
12:HDMI INPUT
13:AV/SV IN FROM AV BOARD
14:1R/KEY
] I
_MT5380_2LAYERS
2,3,4,5,6,7,8,9,10,I1,12,13,1@ND << _>_> /
2,7,8,9,13 +12V << _>_> +12V
2,6,7,8,9,11,t2,13 +5V << _>_> +5V
2,3,5,14 +3V3SB << _>_> +3V3SB
2,9,11,14 +5VSB << }>}> +5VSB
9 BRI_OUT<< }} BRI OUT
9 BRI_EXT << }} BRI EXT
3 OPWRSB_< }} OPWRSB
3 OPWMt << _>_> OPWMt
3 OPCTRL2<< _>_> OPCTRL2
+5V +12V
$C#1uF/16V iCl iCE2 i
R1
20K/0402
-tc3
T100nF/0402
___100nF10402 fT_470uF/16V 1%2nF10402
0PWRSB
HIGH = > OPEN FRAME POWER OFF
LOW = > OPEN FRAME POWER ON
R3
4K7/0402
0K/0402
OPWRSB
GPIO Definition
GPIO 0 SYSTEM EEPROM WP PROTECT
GPIO 1 HDMIEDIDWP
GPIO 3 USB POWER EN
GPIO 4 NC
GPIO 5 NC
GPIO 6 VGA DDC WP PROTECT
GPIO 7 HDMI HDP
GPIO 8 HDMI POWER SWITCH
GPIO 9 TCOM POWER CONTROL
xP1
7
11
TJC10-14A
ON/OFF
L1 121mH
BI ON/OFF
DIMMING
m
10 0402/I'
v2 _
+5V
/_+2%%3F/16V
-- R5
OR0!O4O2
+12V
+5VSB
+5VS
GPIO 10 USB POWER PROTECT
GPIO 11 NC
GPIO 12 TMDS351S2
3904/N_ i 4K7/O4021NC
POWER INPUT
GPIO 13 TMDS351S1
OPCTRL0 CEC FUNCTION
OPCTRL1 POWER LED
OPCTRL2 BLK ON/OFF
OPCTRL3 SOFT MUTE CONTROL
OPCTRL4 TRAP MODE
OPCTRL5 TRAP MODE
OPWRSB POWER IN ON/OFF
ADIN0 PWRDET
ADIN1,2 KEY BOAD
ADIN3 TUNER AFT
ADIN4 NC
OIRI IR
GPIO Definition
RF AGC NC
IF AGC IF AGC FOR TUNER
+5V O ___
C4
100nF/0402T
"_ ..,_L_ 10K!0402 -Lc5 -Lc6
OPWMt Rll V3 R12 --_0 nF/O4O_170uF/10IN C
+5V O -----
+3V3SB 10K/0402 '.--v'V.1oK!O402 4 l
1
R14 I R15. BL ON/OFF
4K_/0_0 904 OK/O402/NC
R9
'X/X/"
1K/0402
I |
4K7%0402 _904 10K!O402/NCwR13
RI_6 _ V4 R17
ORO/0402/NC
Back Li,qht Control --
• A B C "
R7
10K!0402/NC
R1O P
_/X/" 1 _ DII_IMING
R8 _ BRI OUT
BRI EXT
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
Title
INDEX/POWER IN
<Dec> 1
Size3 Document Number Ie(.
Date: Monday. June 01, 2009 _Sheet 1 of 14
+5V
GI
CE4
3
IN _ OUT
<
2
OUT
IR19 iCE 5 it9
AZ1117/ADJ
iiio4o?ou ,162oo ,o4o
i 100uF/16V
+5V
?
4,C 6vT 9oo o4o
__i0n_'0402!
CE1 3
N5
z OUT
1 AZ1117/ADJ
l
+12V
C31
+5VSB
i 3 IN _ OUT
I 100uF/16V
300R/0402
?
'R29
, + CEll
,180R/0402 _
_71N OUT
DV33
t
4
iC17
T00nF/0402/NC
f
100nF/040 t
100uF/16V
R33 --_-_'--
300R/0402
1.25 x (1+180/110) = 3.3v
N9
ADJ/GND I
N4
Vcc O/P
OCSET z _ # FB
uJ >>
L ___P1534
C20
-
+3V3SB
iC24
O/P
9
100nF/0402
CE20 i CE21 i _.L_C32
VTT
L
C8
I 4.7uF/10V
DDRV
_-_o-
75R/0402/NC 1 YoJ
75R/0402/NC 1Nf
5 T " 33uH
1
VD1
B340A
0.8 x (1+0.75K/2K) = 1.1V
+5V
t
CE14 i
100uF/16V _
DIGITAL POWER
+12V R37
100nF/040 1
R22o_
L3
ic13 ' R25
_ ]00nF/0402' 820R/0402
czi
___
_ MEM VREF_
logoc_I_L
---_ luF T
0nF/0402 /
R27
2K/0402
N7
Z
© OUT
b
<
,N
C25
100nF/0402
i 22uF/16V/NC
N10
IN OUT
R18
N2
GND VTT
SD PVIN
4K,,040 I
VSENSE AVIN _ 6
VREF VDDQ i
LP2996
VTT FOR DDR TERHINATOR
HEH VREF FOR DDR AND HT5381 VREF
+ CE9
.--_. 470uF/16V
Low ESR <125 mOHM
OUT <
LT 084
C27
63
Z
©
:R30 i021 I. 0E15 i 0E16
110R/0402--_0nF/0402___ 100uF/16VI 470uF/16V
R34
120R/0402
5
I
iC16 1C18
I100nF/0402 I10nF/0402
C12 L CE6
_._100nF/0402 I 100uF/16v
DV10
DDRV
1.25 x (1+120/110) = 2.6V
+5V TUNER
£4
DDRV
+5V
CE10 i
-- m
100nF/0402
100uF/16 1
_m
+5V
t
CE17 i
100uF/16V
I _6nF/04021AZll17/ADJ
AV25
[)
i _,N_OUT___T
CE18 __ C30
100uF/16_ -- --100nF/0402
1,3,4,5,6,7,8,9,10,11,12,13,14 GND
N3
C_
z OUT 2 _
IN _ OUT 4 T
<
C19
AZ1117/ADJ
N6
63
OUT
P_ IN _ OUT _ i
N8
C3
OUT
<
AZ1117/ADJ
ANALOG POWER
6
5
4
4
+5V
DV10
MEM_VREF
VTT
DDRV
DV33
AV33
+12V
AV25
AV12
+5V TUNER
+3V3SB
+5VSB
1,6,7,8,9,11,12,13
4,5
3,5
3,6,7,9,12
1,7,8,9,13
6,13
6,10,12
1,3,5,14
1,9,11,14
: | :R24
,180R/0402__c_C14 _ CE7
-- ;0nF/0402_ 100uF/16V
R28
300R/0402
1R03;R/040IC22 i 23 i CE12
R32 I00nF/042nF/040I 100uF/16V
100R/0402 ---" -- ---"
__ _ 1.25 x (l+lO0/lOO) = 2.5V
R35 iC28 ._T. C29 ICE19
100R/0402 ___10nF/0402-_0nF/04100uF/16V
R36 __ __
0R0/0402
-__-
--___-
1.25 x (1+180/110) = 3.3V
1.25 x (i+0/i00) = 1.25V
AV33
O
AV25
t
AV12
10% tolerance
GND
*5V I
DV10
MEM VREF
VTT
DDRV
DV33
AV33
+12V
AV25
AVt2
+5V TUNER
+3V3SB
+5VSB
00nF/0402
8D08
220uF/16 1 470uF/16V I I 100nF10402
78D0_
I 10nF/0402 _100nF/0402
Hisense Electric Co.,LTD
POWER SUPPLY +5V FOR TUNER
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
ritle
DIGITAL/ANALOG POWER
<Doc> 1
_iz;3 Document Number Ie_/.
• A B C D E
)ate: Monday, June 01, 2009 ISheet 2 of 14
HISENSE SHENZHEN R&D
OSDA0 ?f16
OSCL0 ?f)7
OSDA1 63
OSCL1 6?
OPWMt ?f14
OPWM2 ?f15
OXTALO
OXTALI 146
AVCC SRV 149
AVDD33 XTAL147
ADIN3 15,t
_C i ADIN2 152
37 ADIN1 151
0nF/040 F/0402
I 0 2.__ C38 PWRDET 150
_ AVDD33 REG88
_._C61 ORESET# 71
C XREG 87
OPWRSB 7?
--_nF
DV33
/
R48
1K/040,I
\
R56
2K7/0402/NC
\
\
"PWRDET
For 3.3V Tarp
N11B
OSDA0
OSCL0
OSDA1
OSCL1
OPWM0
OPWM1
OPWM2
VCXO
XTALO
XTALI
AVDD33SRV
AVDD33_XTAL
ADIN4
ADIN3
ADIN2
ADIN1
ADIN0
AVDD33 REG
C XREG-
ORESET
OPWRSB
MT5380 SMD LQFP
GPIO_0
GPIO_I
GPIO 3
GPIO-4
GPIO-5
GPIO_6
GPIO_7
GPIO8
GPIO 9
GPIO _0
GPIO 11
GPIO 12
GPIO 13
OPCTRL0
OPCTRL1
OPCTRL2
OPCTRL3
OPCTRL4
OPCTRL5
245 GPIO 0
?46 GPIO 1
?f19 GPIO 3
59 GPIO 6
6Q GPIO 7
717 GPIO 8
71,1 GPIO 9
714 GPIO 10
9? OPCTRL0 CEC
fll OPCTRLI
76 OPCTRL2
75 OPCTRL3
90 OPCTRL4
89 OPCTRL5
+3V3SB
OPCTRL4
_ 4K7/0402 R45 4K7/0402/NC
DV33
_%/%_4K7/0402/NC AOBCK R52 _/0402
R53[__x/N_4K7/0402 AOLRCK R54 _02/NC
Trap Mode OPWM2 AOBCK AOLRCK
Normal mode O O O
4K7/0402/NC OPCTRL5 R47_02
4K7/0402/NC OPWM2 R50 4K7/0402
ICE mode 0 0 i
Trap Mode OPCTRL5 OPCTRL4
Core Reset 1 us O 1
+3V3SB
/
" R38
i
150R/0402
f
C XREG
/ R42
100R/0402
The divider only for A version IC
R40
0_ C35
I 4.7uF/1OV
-
OXTALI
R55
1M/0402
G1 TXC
, I_1
60MHz
C41
--Z20pF/0402
Third-Tone Crystal
+3V3SB
I R39
CE22 ? 1K/0402
f "_ 220uF/16V I> ORESET#
, l
VD2
1N4148
Adjust the power on timing
q OXTALO
C42
--20pF/0402
L5
820nH
C43
---- lnF/0402
,- 004
+3V3SB
120R
iC39 I C40
I luF I100nF/0402
+3V3SB
120R i 1
_ luF 1 100nF/0402
C36
100nF/0402
AVCC SRV
AVDD33 REG
C44 C45
1,2,4,5,6,7,8,9,10,11,12,13,14GND
2,6,7,9,12 AV33
2,5 DV33
1,2,5,14 +3V3SB
2,5 DV10
12 OSDA1 << >> OSDA1
12 OSCL1 << >> OSCL1
14 OPCTRLI << >> OPCTRLI
12 GPIO_I << >> GPIO 1
DV33
+3V3SB
DV10
1 OPWRSB (( _ OPWRSB
1 OPCTRL2 << >> OPCTRL2
8 OPCTRL3 << >> OPCTRL3
5 GPIO_O << >> GPIO 0
6 GP_O_3 <<>> GP_O3
11 GPIO_6 (()) GPIO 6
12 GPIO_7 (()) GPIO 7
12 GPIO_8 (()_ GPIO 8
9 GP_o_9 <<>> GP_o9
6 GPIO_10 << >> GPIO 10
14 ADIN1 << }>) ADIN1
14 ADIN2 << >> ADIN2
6 ADIN3 << >> ADIN3
12 CEC (()) CEC
10PWM1 (()) OPWMt
7 AOBCK _ AOBCK7 AOLRCK AOLRCK
12 OSDA0 _ OSCL0
12 OSCL0
OSDA0
GND
_L
GPIO 0
R59
R60 10 ,0402
10K/0402/N_.._
HOLE/GND
H4
).o 2
AV33
R57
10K!040:
V6
3904
11_
R58 I£1 N12
__vcc No
OSCL_
OSDA0 5 I SCL NCSDA GND
AV33
4K7/0402
I 61
H5
v 6 _WPI NC
i
EEPROM 24C16
IIC ADDRESS "AO"
AV33
OSDA0
HOLE/GND
R62
4K7/0402
OSCL0
AV33
HOLE/GND
oo ,4o64i
HOLE/GND
H6
M20
@
machine
I-t2
HOLE/GND
Lo 2
+3V3SB L7
120RI C47
HOLE/GND
H3
SH1
._4xlW/HOUSING/._
M-RSAG7.070.201-H×
AVDD33 XTAL
C48
luF
100nF/0402
M2 M3 M4
MARK MARK MARK
Mll M12 M13 M14
ARROW ARROW Label Label
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
Title
PERIPHERAL
N11A
RDQS0 11
RDQM0 13
RDQ0 9
RDQI ,5
RDQ2 7
RDQ3 6
RDQ4 ,5
RDQ5 4
RDQ6 3
RDQ7 ?
RDQS1 17
RDQM1 1,5
RDQ8 1,9
RDQ9 ?f)
RDQI0 21
RDQ11 22
RDQ12 23
RDQ13 24
RDQ14 ?5
RDQI5 ?6
MEM VREF 53
RCS# 46
RDQS0 RA0
RDQM0 RA7
RDQ0 RWE
RDQ1 RBAO
RDQ2 RA6
RDQ3 RBA1
RDQ4 RA5
RDQ5 RRAS
RDQ6 RA8
RDQ7 RA10
RDQS1 RA4
RDQM1 RCAS
RDQ8 RA12
RDQ9 RCKE
RDQ10 RA11
RDQ11 RA9
RDQ12 RA3
RDQ13 RA1
RDQ14 RA2
RDQ15
RVREF0
RCS
RCLK0
RCLKO
MT5380 SMD LQFP
RN7 47x4
MEM ADDR12 1 iN/N/N. ,5 RA12
MEM ADDR11 ? iN/N/N. 7 RA11
MEM ADDR9 3 _ 6 RA9
MEM ADDR8 4 tN/_/N. 5 RA8
MEM ADDR7 1R_.,_x4 ,5 RA7
MEM ADDR6 ? iN/N/N. 7 RA6
MEM ADDR5 3 _ 6 RA5
MEM ADDR4 4 tN/_/N. 5 RA4
MEM WE# 1 iN/N/N. ,5 RWE#
MEM CAS# ? iN/N/N. 7 RCAS#
RN12 47x4
47 RA0
36 RA7
40 RWE#
43 RBA0
37 RA6
44 RBA1
3,5 RA5
42 RRAS#
35 RA8
4,5 RA10
39 RA4
41 RCAS#
32 RA12
31 RCKE
33 RA11
34 RA9
fil RA3
4,9 RA1
50 RA2
?,5 RCLK0#
?9 RCLK0
Add serial resistors for DRAH
MEM DQ0 -- VDD VSS
MEM DQI -- VDDQ VSSQ
MEM DQ2 DO1 DQ14
MEM DQ3 VSSQ VDDQ
MEM DQ4 DO3 DQ12
MEM DQ5 -- VDDQ VSSQ
MEM DQ6 DO5 DQ10
MEM DQ7 VSSQ VDDQ
MEM DQS0 -- VDDQ VSSQ
MEM ADDR13 LDQS UDQS
MEM DQM0 NC VSS
MEM WE# LDM UDM
MEM CAS# WE CLK
MEM RAS# CAS CLK
MEM CS# RAS CKE
MEM BA0 NC A12
MEM BA1 BS0 A11
MEM ADDRt0 BS1 A9
MEM ADDR0 A10/AP A8
MEM ADDRt A0 A7
MEM ADDR2 A1 A6
MEM ADDR3 A2 A5
DDRV
-- VDD VREF
MEM RAS# _'3 _,%/%. =6 RRAS#
MEM CS# 1 'N/N/N. ,5 RCS#
MEM BA0 2 _N/N/N. 7 RBA0
MEM BA1 3 *N/N/N. 6 RBA1
MEM ADDRt0 4 *N/N/_. fi RA1O
RN14 47x4
RCKE MEM CLKEN
MEM ADDR0 1R_v_X4,5 RA0
MEM ADDRt 2 _N/N/N. 7 RA1
MEM ADDR2 3 *_/N/N. 6 RA2
MEM ADDR3 4 *N/_/_. 5 RA3
RCLKORcLK0#j,,'_ "/N/N'R75"/N/N'22RME'iMEMCLK0#/CLK0R74100R
DDRV DDRV
i_ CE23 : 1C49150 i51 i52 i53 i54 i55 iC561C57
1 100uFl16V --_0nF,0402 _00nF10402--_0nF,0402 _00nF10402--_0nF,0402 _00nF/0402--_0nF/0402T100nF/0402T 47uF/10v
I
I
N13
DQ0 DQ15
DQ2 DQ13
DQ4 DQ 11
DQ6 DQ9
DQ7 DQ8
NC NC
NC NC
CS NC
A3 A4
VDD VSS
16M x 16 DDR TSOP-66
R-TSOP66N-0.650-11.76-HX ---
DDR#1
R71
,./N/N. R-RESC1608N-HX
22R
_ _ _ -" R73 " " _ \
'.. - 22R _ _ _
DDRV
1,2,3,5,6,7,8,9,10,11,12,13,1GND
(( _ GND
_L
2 MEM VREF
2,5 DDR_7
2 VTT
.L
6,5
64
63
6?
61
6O
,5,9
,57
,56
RR
,54
51
48
47
46
45
44
41
40
39
3,5
37
36
35
34
MEM DQ15
MEM DQ14
MEM DQ13
MEM DQ12
MEM DQ11
MEM DQI0
MEM DQ9
MEM DQ8
MEM DQS1
MEM VREF
MEM DQM1
MEM CLK0#
MEM CLK0
MEM CLKEN
MEM ADDR12
MEM ADDR11
MEM ADDR9
MEM ADDR8
MEM ADDR7
MEM ADDR6
MEM ADDR5
MEM ADDR4
Add serial resistors for DRAH
RDQ0
RDQI
RDQ2
RDQ3
RDQ4
RDQ5
RDQ6
RDQ7
RDQS0
RDQM0
RDQM1
RDQS1
RDQ8
RDQ9
RDQI0
RDQ11
RDQ12
RDQ13
RDQ14
RDQ15
fiRNl_/N/N47x4 4 MEM DQ0 4RN_x4R
6 _ 3 MEM DQI 3 ./N/N/" 6
7 'N/N/N. ? MEM DQ2 2 ./W 7
_R_;_4.1 MEMMEMDQ3DQ4 1R_4_
6 _ 3 MEM DQ5 3 ./N/N/" 6
7 'N/N/N. 2 MEM DQ6 2 ./W 7
7 ./N/N_ ? MEM DQ9 3 ./N/N/" 6
6 ./N/N/_ 3 MEM DQI0 ? ./N/_/" 7
?1 _ 78 MEMMEMDQI5DQI4 1? _
MEM WE# 4 R_,/_x45
MEM CAS# 3 _ 6
MEM RAS# ? _ 7
+IV3D
R-RESCA3216-8N-HX +IV3D
Ill MEMvTTDDRvVREF
MEMMEM BA0cs# 1R_4 5,5
MEM BA1 3 _ 6
MEM ADDRt0 ? ./N/_/' 7
+IV3DMEMADDR4 _N_4_
MEM ADDR5 3 ./N/_/_ 6
MEM ADDR6 2 ./N/N/' 7
MEM ADDR7 1 ./N/N/" ,5
MEM CLKEN R72 75R/NC
MEM ADDR12 1R17I)l,_sv7_X4,5
MEM ADDR11 2 _N/N/N. 7
_/N/N.
MEMMEMMEMADDRoADDR8ADDR9 iRN_4_
MEM ADDRt 3 ./N/N/_ 6
MEM ADDR2 2 ./N/N/_ 7
MEM ADDR3 1 ./N/N/" ,5
MEM VREF
iC 8 /
MEM ADDR13 _N/N/_
C60
R76 75R/NC
4.7uFIIOVINC
1 100nF/04_l-_ 00nF/0402 I
DDRV
T
Tc65- ooF,o4o2 T100nFI0402T100nF/0402Ic67IC68 TI 100uF/16vCE24--h4.ct910 v
VTT + 1V3D
1C74 ic75 i076 ic70 ic71 ic77 i078 1
I100nF/0402 T100nF/040T100nF/040T100nF/040T100nF/040T100nF/040T 4.7uF/10V T
CE26
100uF/16V
+IV3D
C79 IC80 IC81 IC82 IC83
100nF/040T100nF/040T100nF/040T100nF/040T100nF/0402
__L _L_+OE
T C73 FI10V"_0uF' 16v
A-E6.3-R-HX
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
Title
DDR MEMORY
s,_3 I Document<Doc> Number Ie(.o
Date: Monday TJune 0% 2009 ISheet 4 of 14
1 1 I [
POCE0#
POOE#
PDD0
PDD1
N11J
?fi?
POCE0 UORX
?ill
POOE UOTX
?fi0
PDD0
249
PDD1 OIRI
MT5380 SMD LQFP
JTDO
JTMS
JTRST
JTCI<
JTDO
95 UORX
94 UOTX
93 OIRI
253 JTMS
256 JTCK
265 JTDO
264 JTDI
JTDI
JTRST#
JTMS
JTDI
R82
33R/0402
JTRST#
JTCK
DV33
RN19
10K/NC
R-RESCA3216-8N-HX
' R83
> 10K!0402
POCE0# 1
R0/0402 2
GND 4
N14
' Q HOLD
3
W /VPP C
i. vo l
VSS D
M25P16/NS
DUAL LAYOUT
4HB
7 DV33
6 POOE#
fi PDD1
DV33
POCE0# _ PO0
PDD0
.RZ8. _ I cs#
0R0/0402 I
N15
DV33 1
DV33 _ I HOLD#
I
Ivoo
_ NC
_P02
_ P01
SO/PO7
MX25L1605/S25FL016A
SCLK I 11_ POOE#
PDD1
PO5
PO4
PO3 _ GND
GND I '"
WP#/ACC I 9 FRESET#
DV33
DV33
C84 _C85
100nF/O402_-']OnF/0402
1,2,3,4,6,7,8,9,10,11,12,13,14 GND
1,2,3,14 +3V3SB
2,3 DV33
2 DV10
2,4 DDRV
11 UORX UOTX
14 OIRI // l/ UORX
11 UOTX GPIO 0
3 GPIO_0
<<>>
+3V3SB
DV33
DV10
DDRV
OIRI
GND
_L
DVl0
Nlll
O
VCCK VCC210
4R
VCCK VCC210 --
57
VCCK VCC210 --
5R
VCCK VCC210 --
61
VCCK VCC210 --
7n
DVDD10 VCC210 --
164
DVDD10 VCC210 --
?15
VCCK VCC210 --
?nR
VCCK VCC210 --
VCCK VCC210
VCC310 3
VCC310 3
VCC310 3
E-PAD
MT5380 SMD LQFP
DDRV
) F
' I_I_o 4
--4TuF'l°vTlu I'-I
DDRV
m
_
DV33
DV33
1C87 ic88 ic89 ic90 1C91
20nF,0402ToonF,0402ToonF,04 4-7uF'lovT luF
I / O BYPASS
DVlO
UORX
UOTX
R86 0R0/0402
R87 0R0/0402
_ I ,
I
ic96 ic97 ic98 1c99
T100 nF//D0_(21(O I,:F/ac40T100 nF/04( T100 nF/0402
1C101 ic102 i ic103 ic104 ic105 ic106 ic107 ic108 ic109 iCl10 IClll
I4.7uF11 ovT1 uF i 100nF/040 100nF/040 100nF/0,02
IT IOOnF/O402T 100nF/0402 T 100nF/0402 T 100nF/0402 TIOOnF/O402_I_o_IOOnF/O402TOT
I
CORE BYPASS Near IC I
+3V3SB
XP2
TJC10-4A
XS13
L 1
R ?
/x
10P
t_
o_7
I
I
R319 UORX
./N/%
0R0/0402
R320 UOTX
JN/N#--
0R0/0402
D58
10P
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
Title
FLASH/JTAG/UART
<Dec> 1
Size3 Document Number Ie(.
Date: Monday, June 01, 2009 ISheet 5 of 14
• 5 4 3 2 1
N11D
USB VRT 65 I ] AVDD12 PLL
USB DP 66 I USB-DM AVDD12-TVDPLL 157 AVDD12 PLL
AVDD33 USB 67 I USB-DP AVDD12 FiDMPLL 155 AVDD12 PLL
AVDD12 USB 6,9 I AVDb33 USB AVDD12 APLL 16,3 AVDD12 PLL
2 AVDD12-USB AVDD12 SYSPLL 161 AVDD12 PLL
USB DM 65 I USB VRT AVDD12 ADCPLL I 162
#P _ TP0 - AVUU12- DMPLL 155 AVDD12 PLLTN0 AVDD12SKDPLL 156 AVDD12 PLL
MT5380 SMD LQFP
N11H
MPX0P 166
MPX0N 165
TP4
TUNER DATA 197
TUNER CLK 196
AV25
I luF
+5V
9
10_24016V_ C014tF/0402
SIFP AVSS25 SADC
SIFN
AF
TUNERDATA IF-AGC
TUNER CLK
MT5380 SMD LQFP
i lcl
T 4-7uF/10v T10nF/0402T100nF/0402
AVDD25 SADC
RF AGC
AVDD25 SADC R9O
C125 126 C127
AVSS25 SADC_ / GNU R91
= _ = ILl
T 10uH T _ ::
/ R-'NDC2012N-HX / 1N4148
165 AVDD25 SADC
167 AVSS25 SADC
195 RF AGC _)
R89 ICll 91 K/0402
L14 VD3
= IF AGC
N17 ,4 I
TP3
47nF/0402
ear chip
Near Tuner
f-'-I V,N svv 0132
I.I t -- -lOOo
SHDN FB _ _, R99
-- , I _4K7/0402
AP1522 / _ Ra ::
Vout = 1.25 x (1 + Rb/Ra)
u2 N
NC
NC
1 1 I [
GND
$_tz_ GND
GND
GNU
SCL
SDA
VCC
IFA OUT
IF AGC
IFD OUT1
IFD OUT2
GND
GND
GND
GND
NC
5
NC
7
1Q FAT iN0-
11 FAT INO+
TUNER CLKt
TUNER DATA1
O+5V_TUNER_I
IF AGC 1
0R0/0402
_N/N/'
0R0/0402
AV33
IIC123 MPX0P
110128 MPXON
10mA
iCE28 i0130
"_47uF/50V T 100nF/50V
+30V TUNER
9-
_L
R 1O0
1 10K/0402
Rb
USB VRT
AV12 L9
Near lC
10nF/0402
10nF/0402
R88
5K1/0402 1%
C112
100pF/0402/NC
120R __C118
120R
-- ,8
AfDU12 USB
4.7uF/10V
AfDD33 USB
10122 _L012o
4.7uF/10VI100nF/0402
10121 4-7uF/10 T T luF
00nF/0402
ull-1
RG AGC TP
TUNER /-F TP
131 / 120R
Cl _L c114
GND
GND
NC
NC
NC
NC
NC
NC
NC
IF+
SCL
SDA
GND
NC
AFT
S_F
CVBS
GND
GND
GND
GND
GND
GND
9
1Q
11
IF-
12
14
15
16
17
_4
VT(+30V)
IF AGC
BP(+5V)
AV12
GPIO 3
lc129
R 138
_/NA
0R0/0402/NC
I
_ DTVS203CH201A
AVDD12 PLL
iC115 lc116 1C117
T4.7uF/10V T10nF/0402 I100nF/0402
+5V
LIO
120R/NC
i CE27
AV33
N16
IN OUT _'_
IN OUT
FAT INO+ II FAT IN1+
FAT INO- II FAT IN1-
I 10nF/0402
TUNER CLKt
TUNER DATA1
+5V TUNER
+30V TUNER
120R
100nF/0402 i
R306
100K/0402/N(
R307 _L TPS2065/2061/NC
100K/0402/NC "_-
[_ll GNDOUT
I 41EN# OC#15
120R I
CE29 __C134
470uF/16V I100nF/0402
70uF/16V/NC
C246
10nF/0402
NEAR TUNER
C253
IF AGC 1
I
C302 C318
33pF/040_-- 33pF/0402
13 FAT IN1-
3 GPIO_3
13 FAT_IN1+ l/I/
3 GPIO_10
3 ADIN3 << }}
1
USB DP
USB DM
D2 _r]_D1
o.15P3_ h,o.15P
AV33
R308 -------
,) 100K/0402/NC
_ GPIO 10
0R0/0402/NC
c317
47pF/0402/Nc ADIN3
53
47pFlO4021NC
_.__C 131 'N/N/_ IF AGC R96_,
10nF/0402
Close to Tuner /4K7/0402,
_/X/"
i 560R/0402
560R/0402
|
i
i
R98 AV33
4K7/0402
R101 TUNER CLK/
R102
TUNER DATA
+5V TUNER
-%
xs1
220K10402
R97
4K7/0402
GND
AV12 _L
+5V
AV33
AV25
FAT iN1+
FAT iN1-
GPIO 3
GPIO 10
ADIN3
_ DVT-8ADC1-T41FOHS
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
]]tle
ANALOG PLL/USB2.0/TUNER
<Doc> 0
Size3 Document Number Ie_/.
Date: Monday TJune 0% 2009 _Sheet 6 of 14
• 5 4 3 2 1
XS3
?
AV2-L-A-P
,'j:y_/_'_i _
AIN0 L
AIN0 R
AINt L
AINt R
AIN2 L
AIN2 R
AIN3 L
AIN3 R
AVDD33 AADC
AVSS33 AADC
VIMD AADC
REFP AADC
REFN AADC
N11G
179 AINOL
176 AINOR
177 AINI_L
176 AIN1R
175 AIN2_L
174 AIN2R
17,3 AIN3L
177 AIN3 R
171 AVDD33 AADC
1f!,3 AVSS33 AADC
1f!l VMID AT,DC
lf!? REFP_AADC
lf!0 REFN AADC
MT5380 SMD LQFP
YPBPRL iN0
YPBPRR IN0
ASPDIF
AOMCLK
AOLRCK
AOBCK
AOSDATA0
AVDD33 ADAC0
AVDD33 ADAC1
AVSS33_ADAC0
AVSS33 ADAC1
AD/_C VCM
AVDD33_DIG
t_
_o2
2f)0 AOMCLK
?f)l AOLRCK
2f)? AOBCK
1,gf! AOSDATA0
1tiff ALIO
ALl
1f!7 AR10
AR1
1,91 AL20
AL2
1f!9 AR20
AR2
1,92 AVDD33 ADACO
1f!4 AVDD33 ADAC1
1,90 AVSS33 ADACO
1f!6 AVSS33 ADAC1
1f!5 ADAC VCM
170 AVDD33 DIG
C301
)÷
10uF/10V
O151
10uF/10V
D56
10P
R103
SPDIF OUT
_) TP5
_) TP6
R104
_X/N/'
20K!0402
R105
20_'4402
AV33
AVDD33 AADC
0E301 120R Z11uf _L0137
100uF/16_"
AV33
AVSS33
AADCT 100nF/0402
'_ Avo033oiG
120R i l
C145 C146 C147
4.7uF/10V T luF i100nF/0402
AIN0 L
AIN0 R
AVSS33 DIG
XS2
AV33 L17
120R Z 10J#8 I0136
Av33 | REFNA_OO1 1°°nF'°4°2
? L18f_ AVDD33 ADAC%
120R
• ' i I
AV33 L20
120R i l
C307
I} SPDIFOUT
100nF/0402
D3
XS12A
REFP AADC
O141 O142
AVSS33 ADAC
T IuF 0I 100nF/0402
AVDD33 ADAC1
C149 C150
AVSS33 ADAC
m luF --11100nF/0402
R 3 HPOUTR
wL?
A yL 1 _ HPOUTL
aND 5
VIMD AADC 1,2,9,11,14 +5VSB << >> +5VSB
l l 1'2'8'9'13 +12V <(<(>> +12V
C139 C140 1,2,6,8,9,1t,12,13+5V <(<(>> +5V
T4.7uF/10vT100nFIO4022,3,6,9,12 AV33 <<>> AV33
_L -L
ADAO VCM 13 AIN3 L _ AIN3 L
IO 1 13 AIN3_-R AIN3 R
143 O144 8 ALl_AMP //'_'_
.7uFIIOVZIOOnF/0402 8 ARI_AMP
MUTE 9
1,2,3,4,5,6,8,9,10,11,12,13,14GND << >>
__
XS12B
3 AOBCK \...... AOBCK
8 MUTE << >> MUTE
13 AL20 _ AR20
13 AR20
o_ _
',o _____
,,
o 8
]
+
GND
_L
ALI AMP
AR1 AMP
AL20
/
XS15
?
AV2-L-A-P
,'j:y_/_'_i_
YPBPRL iN1
YPBPRR IN1
Rl15
C315
)÷
10uF/10V
C314
R286
20K!0402
R262
_/N/'
20K!0402
33K/04"--'v_02_L158 _ I
Rl17 0E33 Rl18 .... _"_0pF/0402 _
ALtO _ + ..... ? N19A
100R10402 22u/FlI16V 10K10402 0R010402 ?, I .> 1 1
470;1F/60040T_22 K/0402 lnF/040; 4 7uF/C_;_N C._ bEF_A q._2V/+5V A
R132 R133
100R/0402 10K!0402 0R0/0402
470pF/0402
._ _ ,_ _ ,I, I'_'-.. N19'_ /
1_R122 O162---- / f " _O4558
R129
O166
0E37
22uF/16V
C168 C171
C170
+12V/+5V_A
CE34
÷(
22uF/16V
0E39
22uF/16V
AINt L
AINt R
R120
20R/04'VV_02I R121
OK!0402/NC
R137
R139
10K/0402/NC
ALl AMP
AR1 AMP
--___=.-
+12V
0E31
• _N/N/"
0E35
22uF/16V
10K!0402
ALIO
R108
1oo ,o4 o fi
470_16140_2116402
AR10 R120 R127
100R/0402 ] 10K!0402
O169 ._h < R125
470pF/0402-_ 22K!0402
?
Rl13
Rlll
33K/0402
R109
0R0/0402
__ C156
lnF/0402
--__=.--
Rl14
C154
Tooo ,oh
7uF/10V
33K'°4---"_°2_[_0159
R123 -r _0pF/0402 ,.,.__
:, "vv, _ 6 I _ .....
0R0/0402 I _ 7
I L-y oo4 8
--1oF,040 0164/VREF Zo2V_
___ -]-g7uF,lOV,NZ3-
+12V B
L21
t"mt"',
120R
Z 0E38
0uF/16V
_- R128
Z 0167 100K!0"x'/X/'402
100nF/0402
+12V_B
0E32
0E36
/ R 124
Rl10
20R/0402
Rl12
10K!0402/NC
22ou_/'16v/ m262°R/°4°2
0K!0402/NC
VREF_B
R135
100K!0402
F,
O165
--100nF/0402
HPOUTL
HPOUTR
+12V
(__ L22
0R0/0402 I 120R
+5V
0N0/0402/NC
/
+12V/+5V_A
R141 ?
f 47K/04"%/%_02 T T I
_ _0E41 __._c 172 R143 ,_ __._ 0173 ]+ 0E42
100uF/16V 100nF/0402 4714/040
Vll 2_' _100nF/0402_00uF/16V
___
VREF_A
XS4
/N R ?
L 1
GND .3
_L
VGAL IN
VGAR IN
10P
O152
• O153
D6
+
)÷
10uF/10V
10uF/10V
R106
_/N/'
20K!0402
R107
20K!0402
AIN2 L
AIN2 R
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 4O6,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
title
LINE OUT/HP
<Doc> 1
Size3 Document Number Ie_/.
Date: Monday, June 01, 2009 ]Sheet 7 of 14
+5V+12V
R147l
1K/0402/NCL
R155
0R0/0402/NC/]c
R148
220R/0402
R150
1K/0402
VD7
1 LJ 12
1N41V/8]
VD9
1N4148
R157
47K!0402
56K/0402<__
R156) _
.1. VD_ _
R151
-1N_I48/NC 1
0R0/0402
+ CE44
220uF/16V
OPCTRL3
1 4148]_
V8
nOFF MUTE1 bJ
? 39[
/ Ti
_ 1N4148
R158
0R0/040£ C175F"1
VD10 1N4148
I IOOnF/O402/NC
VD4
_ _- - 22_
lVD_4 __ 1%10410402
VD8
CE43
+5V +12V
R145 I R146
0R0/0402/NC l 0R0/0402
R149
' 4K7/0402
R153 "_ V9 _ _ M1%T4E
1,2,3,4,5,6,7,9,10,11,12,13,14 GND << >> GND
1,2,6,7,9,11,12,13 +5V <( >_ +5V
IR,52 3904/NO R'54-T-10uF/'Ov/NOI47K/0402 c
47K/0402 i
MTUE CIRCUIT
.J_
1,2,7,9,13 +12V (( _ +12V
14 ALI_AMP (<)> ALI AMP
14 ARI_AMP (()) AR1 AMP
9 MUTE << }} MUTE
3 OPCTRL3 << >> OPCTRL3
AR1 AMP 'N/N_
ALt AMP
R159
470R/0402
R 162
470R/0402
._LC.178
--_OpF/0402
C179
100pF/0402
TPA7266 R
TPA7266 L
R160 R161
>
10K/0402/NC 10K!0402/NC
C176
II
4.7uF/10V
C177
II
4.7uF/10V
+12V L23
121mH il
470uF/16V"T" - --luF
+5V
T
CE45 C180
/
MUTE
N20
17
2IN+ 2OUT+
NC1
1IN+
NC3
2OUT-
SGND
6
AMUTE1OUT+
7
Standby
VCC1
VCC2 1OUT-
TI
A7266SA
M-TO_220-15-TDA7266SA-NO-HX
NC2
PWGND
15 AMP-Rout+
14 AMP-Rout-
AMP-Lout+
4o
2 AMP-Lout-
XP3
3
2
1 I_D
Q1
4xl W/HOUSING
M-RSAG5.861.145-HX
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
Title
AMP/MUTE
<Dec> 1
Size3 Document Number Ie_z.
Date: Monday, June 01, 2009 ISheet 8 of 14
A0N 244
A0P 243
A1N 242
AlP 241
A2N 239
A2P 236
CK1N ?37
CK1P 236
A3N 236
A3P 234
A4N 233
A4P 232
A5N 230
A5P 229
A6N 226
A6P 227
CK2N ??6
CK2P ??5
A7N ??4
A7P ?P3
[I20 EEPROH for LUT]
N22
AT24C08-10TU-1.8
A1 WP
A2 SCL
A0 VCC
GND SDA q
V5V N23
LVDSVDD
L30
120R
) - _ i VIN VOUT__
: ii ©_ VOUT
CE49 C192
100uF/16 T T00nF/0402 _AIC1117-33
NllC
A0N
A0P
A1N
AlP
A2N
A2P
CK1N
CK1P
A3N
A3P
A4N
A4P
A5N
A5P
A6N
A6P
CK2N
CK2P
A7N
A7P
MT5380 SMD LQFP
ITCON SCL
TCON SDA
R177
AVDD33 LVDSA
AVDD33-LVDSB
AVDD33]LVDSC
AVDD33 VPLL
TP2
TN2
R169
1_0402
R172
1K/0402
R173
227 AVDD33 LVDS
231 AVDD33 LVDS
240 AVDD33 LVDS
219 AVDD33 VPLL
P8
VDD33
C187
----100nF/0402
2
R174
K/0402
N25
AIC1117-25
3
VIN VOUT
AV33 AV33
1 L24 1 I --I_
!:N']}:ELLJ-J+gVlII, '_i£:,L<R167/R1711@[:L{i[, fIt]It:HOS@;It{]Ii_Y._<t:3.3V
_,]'i'fR167/R171/c18611<jii£24 L£ i,I _i<LV )S V ) )ll<J_ 1,_',
120R AVDD33 LVDS | 120R
C181 C182 C183 I+ CE46
luF T4.7uF/10V 100nF/0402 / 100uF/16V
__L
+5Vc _ L26 _ 12OR
l L27 _ 12OR l SEL
LVDS OUT L28 _ 120_NC_ '4K7/0402/NC
+12v0 fk29 _._ 120_.01 i 0E47
TST PGM
CE50
100uF/16V
1
HI = > LVD8 POWER ON
LO = > LVD8 POWER OFF
GPIO 9
- OV33V
IC193
00nF/0402
ic195
R168
20K!0402 iC188
100K!040:
OV25V
I luF
[AS!C
VDD33
R175
VDT RC
C191
luF
-- -- 15K!0402
SEL
R176
1 _02
Iy04
[T-CON]
A0N
A0P
AtN
AtP
A2N
A2P
CK1N
CK1P
A3N
A3P
LVDS DE
"T" I1°°2Fl16v
---_C186._[,_
R17_2uF T
Contro!]
VDD25
PI
I T I N21 100nF/0402 0333A4P 30
R1671 I _ I I R 100nF/0402 3332 A5P 3?
56K!_0_ SI_D1 _ 00nF/0402 C330A6P 34
- I L-_--_- -uz J l I
___•__0189 IRF7314-- L --I-- O190
N24
AVDD33 VPLL
iC184 I C185
I luF 100nF/0402
DV33 DV33
LVDSVDD
LVDSVDD
0329 A3P
VDD33
GND
GND
SEL
BRI OUT
GND
CK1P
GND
B2P (<B2P
B2N _B2N
BtP (,<B 1P
BtN _<BtN
R163
4K7/0402/NC
R165
I I '_ I G1"I]I_'_ ''D1 _ lO0nF/040"; 3334 CK2P 36
,[ _ _2]_TD2 _._'_LVDSVDD 00nF/0402 C331A7P 38
I 100nF/0402 CE48
R164
4K7/0402/NC
A__I
R166
' 4K7/0402/NC
220uF/16vi 1 100nF/0402
I I
I I
i
100nF/0402
100nF/0402 C338
100nF/0402 0335 A0P
0336 A t P
100nF/0402 0337 A2P
100nF/0402
O
LVDSGND
RX0-
RX0+
RX1-
RX 1 +
LVDSVDD(2.5V)
RX2-
RX2+
Rxo - CM1671A-KQ
RXCLK+
RX3-
RX3+
LVDSGND
PLLVDD(2.5)
LVDS DE(TST AGE)
SELLVDS
RSDSVDD(2.5V)
RSDSGND
CLKP
CLKN
BOP
B0N
G2P
G2N
G1P
G1N
G0P
G0N
R2P
R2N
R1P
R1N
? "--I:
4
6
10
17
14
16
18
?0
??
24
XP4
1--
m
20x2
M-2P,_
]-2.00X2.00-180-HX
1,2,3,4,5,6,7,8,10,11,12,13,14 GND << >> GND
1,2,7,8,13 +12V <_ >) +12V
1,2,6,7,8,t1,t2,13 +5V <<>> +5V
2,3,6,7,12 AVS3 <<>> AVS3
1 LVDSVDD
3 LVDSVDD
fi GND 1
7 GND
,9 AI 1
11 BRI EXT
13 GND
15 A0N 031 c 100nF/0402
17 AtN 03201 100nF/0402
19 A2N C32_ 100nF/0402 I
?1 CK1N C324 I 100nF/0402
?3 A3N 032" 100nF/0402 I
_ GND
29 A4N 0322 100nF/0402
31 A5N 0323 100nF/0402
33 A6N 0327 100nF/0402
35 CK2N c326 100nF/0402
37 A7N c32_ 100nF/0402
B2P _
B2N _
B1P _
B1N _
B0P >>
B0N >>
G2P >>
G2N >>
GIP >>
GIN >>
G0P >>
G0N ))
CLKP _
CLKN _
R2P >>
R2N >)
R1P >)
R1N >)
R0P >)
R0N ]>_
STH)_ STH
V5V V33V POL ,,2,2"
TP1 _ POL
CKV CKV
STV /i STV
OE OE
GVOFF >>
B2P
B2N
BtP
BtN
BOP
B0N
G2P
G2N
GtP
GiN
G0P
G0N
CLKP
CLKN
R2P
R2N
RtP
RtN
R0P
R0N
GVOFF
2 DV33 <<>> DV33
3 GPlO_9<<>) GPlO9
BRI_EXT << >> BRI EXT
BRI_OUT << >> BRI OUT
AGND AFE
_1_
m
46
tC
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
3O
29
28
27
26
25
24
23
22
21
_- 2O
_- 19
18
17
16
15
_- 14
:_- 5
:_- 4
:_- 2
13
12
11
10
9
8
7
6
3
1
1'
!
,[
_B
XP5
45PIN
R178 _,
100uF/16T T 100nF/0402
100nF/0402
lO:U :6T
[Filter near T-CON]
V33V VDD33 V25V VDD25
tt
12°Rc196icl c19G19 02
luFTlu_ luF--lu_ -- --
i -
• A B C D E
1 1 100nF_100n_2 100_02 100_ 02
[Terminator
R181 100R/0402
A0N _ A0P
R184 100R/0402
AtN _ AtP
R186 100R/0402
A2N _ A2P
R187 100R/0402
CK1N _ CK1P
R189 100R/0402
A3N _ A3P
10K!0402 <
_B
near
R188
1K/0402
22R/0402
R0P (<ROP
R0N (<RON
STH
R179 22R/0402 TP1 _TH
R180 _ 22R/0402 POE (<POE
R182- 22R/0402 CKV _,.-
R183 _ 22R/04 OE OE
GVOFF <<GVOFF _ C204
STV STV
100nF/0402/NC
Debug port
V5V i
I I 3 I TCON SCL [
I 14 I TCON SDA _----
0 5 1 TST PGM
TJCl0-5A
Hisense Electric Co.,LTD
I-IISENSE SI-IENZI-IEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
Title
LVDS OUT / HEADPHONE
<Doc> 1
Size3 Document Number re(.
Date: Monday, June 01, 2009 _heet 9 of 14
V5V
""T"
CE53
2200uF/16V
soYo 107
YOP 1Oh
YON 1Q£
PBOP 114
PBRON 115
PROP 116
SOY1 11_
Y1P 11£
Y1N 170
PBtP 171
PBR1N 177
PR1P 123
TP20
TP19
N11E
SOY0 DVDD12 VGA
Y0P AVSS12_RGBADC
YON AVDD12 RGBADC
PBOP AVSS__RGBFE
PBRON AVDD12_RGBFE
PROP
SOY1 RP
Y1P RN
Y1N BP
PB1P BN
PBR1N GP
PR1P GN
TN1 HSYNC
TP1 SOG
MT5380 SMD LQFP
VSYNC
117 DVDD12 VGA
113 AVSS12 RGBADC
110 AVDD12 RGBADC
105 AVSS12 RGBFE
1@ AVDD12 RGBFE
104 RP
106 RN
96 BP
99 BN
1Q? GP
103 GN
96 VSYNC
97 HSYNC
1Q0 SOG
AV12
?
AV12
L34
120R
120R
AVDD12 RGBADC
0205 10206
T luF AVSS12 RGBADil00nF/0402
AVDD12 RGBFE
0209 10210
T lUFAvss12 RGBFEI100nF/0402
AV12
120R
DVDD12 VGA
i 0207 10208
I luF I100nF/0402
1,2,3,4,5,6,7,8,9,1t,12,13,14 GND
2,6,12 AV12
11
HSYNC
11
VSYNC
11
BP
11
BN
11
SOG
11
GP
11
GN
11
RP
11
RN
<<>>
<<>>--
/ VSYNC
GND
AV12
HSYNC
BP
BN
SOG
GP
GN
RP
RN
_L
XS5
AV3-L-Y-P
]'EAP,LY YPBPP, CO1NECTOP,
I
YO IN
PB0 IN
PRO IN
m
_B
_ _Dll
t_
._L
t_
-
_ VD12
L35
mY',
120R
_
L36
q fm¢_
120R
h,10P
q
h,10P
L37
120R
' R192 O213 I
,75R/0402 "--_pF/0402
75R/0402 i 15pF/0402
i'
i I
R196 O216
75R/0402 t15pF/0401,
R199 .--[--O218 I
I
I
I
I
I
1_/N/'0R0/0402 O211 II 4.7nF/0402 SOY0
- "X/N/'
R193 R194 C214 II10nF/0402 y0 N
0R0/0402 100R/0402
R197 R198 C217 II10nF/0402 PBRON
0R0/0402 100R/0402
1' EAP,LY HT5380
R190
R191 O212 II 10nF/0402 y0p
68R/0402
II
R195 O215
_N/N/_ II 10nF/0402 PBOP
68R/0402
II
R2OO_N/N/_ 0219 ii10nF/0402 PR0P
68R/0402
XS7
AV3-L-Y-P
Y1 iN
PBt iN
PR1 IN
_B
L67
120R 68R/0402
D21
k,10P
D
L65_ i R233_ O313 i i 10nF/0402 PB1P
120R i 68R/0402
i
R229 0309 I
75R/0402 -_pF/0402
-- I
T
D22
k,10P
._L
r D23
k,10P
L66 _ R234
120R 68R/0402
R230 ._[ O311
75R/0402 15pF/04021
R228 -- Z c242 i
75R/0402 15pF/04021
P
, _02 028° II 47nF/°4°2 SoY1
I
R236 R2310243II10nF,0402 1N
0R0/0402 100R/0402
I
I
I
I
I
i R237 R232 O310 I I 10nF/0402 PBR1N
0R0/0402 100R/0402
I
I
I
, _ O241 in 10nF/0402 PR1P
R235
0312II1°nF'°4°2 1p
II
II
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
]-itle
YPBPR INPUT
<Doc> 1
Size3 Document Number Ie_/.
Date: Monday, June 01, 2009 _Sheet 10 of 14
• 5 4 3 2 1
UOTX
UORX
R201
100R/0402
VGASDA IN
HSYNC#
VSYNC#
VGASCL IN
R205
100R/0402
HSYNC#
VSYNC#
_L
XS6
D-SUB15
Ir
6 RED GND
)
11 o o
1? o o
13 o o
14 o o
15 o o-
1 RED
7 GRN GND
)
? GRN
8 BLU GND
)
3 BLU
9
)
4
)
VD12
1N4148
k. 10P
_ jr D14
__----
t 680R/0402 I 120R
_ D016 </214 0228
680R/0402 I 120R
DI# <_ R22110402
__ _---
R211
R219 L42
= f.ym HSYNC
0K!0402 5pF/0402
L40
0232
5pF/0402
VGA PLUGPWR
VSYNC
+5V
VD11
1N4148
NEARLY VGA CON.
GRN
t 120R
_J[_D13
GRN GND _10P
BLU
t 120R
BLU GND _D15
RED
L38
-- A
1 75R/040_'_pF/0402
L39
L41
REO 120R
VGA_PLUGPWR
R204 L0222
R209 10226
75R/040T5pF/0402
R216 L0230
75R/040T5pF/0402
NEARLY IC
R202
l _/_/'0R0/0402 0220 1147nF/0402SOG
_ _1 10nF/0402 GP
68R/0402
0R0/0402 100R/0402
R212 R213 0227 J| 10nF/0402 BN
0R0/0402 100R/0402
_0229 10nF/0402 RP
10nF/0402 GN
10nF/0402 BP
I
II
t
R217 R2180231111onF,o4o2R.
0R0/0402 100R/0402
VGA_PLUGPWR
R210 /
10K!0402 f
VGAROMWP
VGASCL
VGASDA
GPIO 6
1,2,3,4,5,6,7,8,9,10,12,13,14 GND <_<__>_>
1,2,6,7,8,9,12,13 +5V <_<__>_>
lO w .c
10 HSYNC
10
SOG <<:
10
GP
10
GN
10
BP
10
BN
10
RP
10
RN
UoRxUOTX_ UORX
GP_O_6<<>>
VGA_PLUGPWR
VGA PLUGPWR
N26
7 WP NC
SOL NC
--_¢_ vcc NCI-i---I,
SDA G.oJ-----I i
E'-E'P"RO M _2"
N : WP ENABLE
L : WP DBABLE
R220 J
10K!04'%/X_02R222 _i i"__ 3904
10K!0402/NC _
1 v12
lC225
!
VGAROMWP
GND
+5V
VSYNC
HSYNC
SOG
GP
GN
BP
BN
RP
RN
UOTX
GPIO 6
100nF/0402
_L
VGASCL IN
D19
10P
R225
'N/N/"
100R/0402
R223
10K!0402
VGASCL
0233
-- --100nF/0402
VGASDA IN
D20
10P
R226
'N/N/"
100R/0402
R224
10K!0402
VGASDA
C234
100nF/0402
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 408,1angfeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:88-755-28532013
Title
VGA IN
<Doc> 1
Size3 Document Number Ie_/.
Date: Monday, June 01, 2009 _Sheet 11 of 14
1 [ T 1
N11K
RXOB 79
RXO _fl RX0 CB
RXOB R1 RX0-C
RX0 R2 RX0-0B
RX1B R3 RX0-0
RX1 R4 RX0-1B
RX2B R5 RX0-1
RX2 R6 RX0[2 EXTRESI_-Z_-_Tp21
RX0-2B
MT5390 SMD LQFP
OPWR-0_5V 73 OPWR 5V
AVDD33 HDMI 7R AVDD33 H
AVDD12_-CVCC 74 AVDD12 CVCC
C305 L
100nF/04_
D24
R324 _ R321
$K7/0402 R323 I 10K/0402
N27
EEPROM 24C02
R-SOICO8N-1.270-6.00-HX
R331
0R0/0402/NC HDMI EDID EEPROM -----
_t4 _o1_p
D27 Yk_l
D26 Yk_l
D29 Yk_l
D28 Yk_l
D31 rk"l
rk"l
HDMISOL 0 R305
HDMISDA 0 W
47K/0402
Rg]4
47K/0402
RXO 2
RXO 2B
RXO 1
RXO 1B
RXO 0
RXO 0B
RXOC
RXOCB
AV33 L43 AVDD33 H
12° _Ls266I
T _[_C237
I 'uF_ __L4ZuF"°vI'°°n_'°4°2
AV12 .----
L_120R i AVDD12 CVCCI
I luF I 4"7uF/10V 1 100nF/0402
AV33
?
OSCL1 V16 R322
OSDA1 3904 02
33P-J0402
OEO
HDMISCL 0
_5
POW6
HPD6
R281 100R/0402
R280 _V_ 100R/0402
R259 39K/0402 HDMI VCC0
R279 1 K/0402
C239 0240
-
R315
0K/0402
L61
120R
AV33 _y
AV33 _0 OnF/0402 I i 00_J-0402/N C 1
R329 10KJ0402/NC
10K/0402/NC
R325
"VV' 1 V14
4K7/0402/NC
lo
CE56 306
R327
POW1
R261
HDM_SDA 1
HDMISCL 1
RXICB
RX1O
RX1 OB
RX1 O
RX1 1B
RX1 1
RX1 2B
RX1 2
POW0
R263
100R/0402
AV33_HDMI
N28
AV33_HDMI
1
?
_C304
2.2uF/10V
BRGEN
PS321
©I _ i-
<
_ HPD SINK
I_ SDA_SINK
SCL SINK
12C CTRL EN
GND
VCC
GND
VCC
GND
$3/120 ADDR
S2/SCL CTL
SI/S_DA CTL
1.2.3A.5.6J.&9,10,11,13,14 GND <(_ _>_> GND
2.3.6,7,9 AV33 AV12
2,6.10 AV12
2,6.10 +3V3SB _ )_ +3V3SB
GPIO 1 GPlO
33 GPIO-7 _ 71--
s sp_o_6<<>> _p_o6
OSDA1 OSCL1
3 OSCL1
33 OSDAO _ _OSOLO OSCL0
AV33_HDMI
4_
39
38
,17
35
Z1
34
Y1
3?
3I
3n
29
Z3
?8
Y3
.-2.7--
26
Z4
?5
Y4
2,1
23
??
?I
R274 _/X/
- R271_
R269_N/N/ 100PJ0402 OSDAO
R276
__R266_/N/10OR/0402 OSOL0
IOK/0402
R270 _/X/
R272 _/X/
100R/0402 GPIO 7
100R/0402 OSDA1
100R/0402 OSCL1
RXCB
RXC
RXOB
RX0
RXIB
RX1
RX2B
RX2
AV33_HDMI
47K/0402 4K7/0402
R264 _ R278
AV33_HDMI
+SV
GPlO
CEC
OSDA0
_L
D44
_ o..?n47Dl__ 1 0.15P RX12
9 112,_1 1 0.15P RX1 2B
D45 _'m."l
9 112,_1 1 0.15P RX1 1
D46 _'m."l
9 112,_1 1 0.15P RX1 1B
D48 _'m."l
9 112,_1 1 0.15P RX1 0
D49 _'m."l
9 112,_1 1 0.15P RX1 0B
D50 _"k"l
9 112,_1 1 0.15P RX1C
D51 _"k"l
9 112,_1 1 0.15P RX1CB
HDMISCL 1 R304
HDM_SDA 1 W
47_0402
R287
47K/0402
OEO
HDMISOL 11
HDMISDA
POW1
HPD1
R285 100P-J0402
R284 _ 100P-J0402
R282 39_0402 HDMI VCC1
_^_
R283 1_0402
R326
_0402
RX1
__&
RX1 0B
RX1C 1_
AV33_HDMI
TC= 1c 911c= 1c 901c 961c= /c=
4.7uF/10V T00oF,0402_.jTOOnF,040=TOOnF,040_j.YOOnF,040=T00oF/0402_j.TOOnF/040=T00oF/040_tq00oF/0402
o
AV33_HDMI
Hisense Electric Co.,LTD
I Suite 406,1angfeng BId9,#2 Kefa Road Nanshan District,Shenzhen,China I
Fax:86-755-26532013
le HDMI INPUT
A2 <Doc> 1.1
• A B C D E "
pate: Monday_ June 01_2009 _Sheet 12 of 14 |
HISENSE SHENZHEN R&D
N11F
CVBS0 131
CVBS1 129
SY0 l?f!
SC0 177
VIP ATV 135
VIN ATV 133
VlNDC 134 VlNDC
D2SA_I 13f! D2SA
C292_C256
100nF/040Z00nF/0402
Near chip
XS9
SIDE_
SC0 IN
CVBS0
CVBS1
SY0
SC0
SY1
SC1
VIP ATV
VIN-ATV
DVDD25 VADC
DVSS25 VADC
GND TUNER
GD CVBS
GNDSV
AVDD25 VADC
AVSS25 VADC
AVDD25REF
AVSS25REF
AVDD25VFE
AVSS25VFE
MT5380 SMD LQFP
AV0 IN
AVLIN
AVRIN
AVLIN
AVRIN
L59
141
14?
13?
130
124
14,3
144
13,9
140
137
136
h,10P
DVDD25 VADC
DVSS25 VADC
GND TUNER
GND CVBS
GND SV
AVDD25 VADC
AVSS25 VADC
AVDD25 REF
AVSS25 REF
AVDD25 VFE
AVSS25 VFE
NEARLY AV CONNECTOR
L58
120R
D34
D35
L 10P
c,
- I
12o
D37
10P
XSlO
9
GND SYO IN _ i
__ I
1R247 i0273
5R/040217pF/040_
R249 C275 I
175R/0402T47pF/0402
R242
75R/0402
0270II
C271
D36
10P
FAT iN1+
FAT iN1-
Near Tuner
_B
10uFll0V
II 10uFll0V
I
I
I
I
_I_
iC268
Ic308
7 47pF/0402I
_ L52 C247
220nH 025" 33pF,040_--I--
._1._ C293 33pF/0402 390nil
47pF10402
Near IC
1_t
I
I
C261 '
I
7pF/0402
NEARLY HT538@
47pF/0402
i
i
i
R246
100R/0402 47nF/0402
R248 C274
100R/0402
R250 C276
0N0/0402
Near chip
C244 L45
33pF/0402 i
For digital Tuner filter
C260
47nF/0402
C262
i
luF
R241 C265
100N/0402
R243
'N/N/'
0R0/0402
R244
20"*'_402 AIN3 L
R245
,N/N/_ AIN3 R
20K!0402
C272
CVBS0
GND TUNER
47nF/0402
C269
II GNDCVBS
luF
II sco
47nF10402
luF
GND SV
CVBS1
_._E._. 0402
L46
220nH
390nH 220nH/NC
L49 i L50
L47
220nH
C255 _ _ 27pF/0402
+12V
t
120R
AL20
)+C291 __',,/N,f'R293 R295 _Tl°°pF/°4_l*I_ N29A
C294
AR20 + R292
l!u O
R95 VIP ATV
- ,N/N/_
I 0_0,0402_k0249
1(3248 T 100pF/0402/NC II'
-r_7p F/0402/N c,_L c250
| _. -m.--100pF/0402/NC
,11 _ JI VlN ATV
0R0/0402
+12V C
- VREF_C
R30O ?
f 47 04" 0 f I
CE61 ._L C300 R301 2.. ._LC299
I00uFI16T00nF/0402 47K/0402 l T 100nF/0402
R299
33_°4"_"_°2_
0296I _--2-
10uF,_ov10_04020_0,0402w-Fc ,3J+l_
logo7
- 1o ,040 -[-4.TuF,lOVl v_o
R297
33K/0402
R296 TI°°pF'_4_9:
0R0/0402VRF_ C 5 I+/
--_ C290 .--[-- C298 111" CO4558
lnF/0402
j_
C295
J
-_=.- I4-TuF/1OV L_V- c
XSll
LI 1
AV AUL OUT
AV AUR OUT
F
_D53
AV25
CE60
AVL + ( _
22uF/16V_ R294
IAVR÷( _
D54
10P
120R
AV25
C257 120R
4.7uF/10V
AV25
AV25
0K/0402/NC
_ 10K/0402/NC
1,2,3,4,5,6,7,8,9,10,11,12,14
DVDD25 VADC 1,2,7,8,9
i 1 1,2,6,7,8,9,1 t,12
C251 C252
m luF I100nF,0402DVSS25 VADC 6
AVDD25 VADC
C258 7
i 1 7
AVSS25 VADC
T luF 1 100nF/0402
AVDD25 REF
120R
i C263 1C264
AVSS25 REF
m luF i100nF/0402
AVDD25 VFE
120R
iC266 I C267
AVSS25 VFE
m luF I100nF'0402
R302
_N/N/_ AV AUL OUT
470R/0402
R303
"X/N/' AV AUR OUT
470R/0402
C259
GND _ >> GND
Av25 <<>> Av25
2,6
+5V+12V _ +5V
6
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1anofeng Bldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
]-itle
AV/SV IN FROM AV BOARD
._L
-
+12V
FAT_IN1+ _ >> FAT IN1+
FAT_IN1- << >> FAT IN1-
A_N3J_ <<>> A_N3[_
A_H3_R <<>> A_.3R
AL20
AR20AL20 _ AR20
<Doc> 1
Size3 Document Number Ie_/.
Date: Monday, June 01, 2009 ISheet 13 of 14
• 5 4 3 2 1
I I [ I
+3V3SB
TO KEY BOARD
R251 _-
R253 f XP7
10R/0402
1,2,3,4,5,6,7,8,9,10,11,12,13 GND << _>_> GND
1,2,3,5 +3V3SB _ +5VSB
1,2,9,1t +5VSB
+3V3SB
/
+5VSB
R255
10R/0402
PWR iR
C279 I CE54
_--_ 00nF/0402 "t " 22uF/16v
._L
ADIN1ADIN22K2/0402 t
OIRI
10R/0402
C277 -J--
C278
rD39',
i, 10PA
lnF,o4o_.____TnF,o4o2;
m
PWR iR
PW LED
,,1t
R258
IR
TO IR/LED BOARD
'gv" 3 _,,,_
R254
10R/0402 I TJCl0-4A
D40
10P
+3_ C62
+5_ I10uF/NC
)
TJC10-5A
10R/0402/NC
XP8
OPCTRLI
I
+5VSB
R256 l
4K7/0402 _ PW LED
_R2_51 1
1fio o2- mv15
3904
ADIN2ADIN1 _ ADIN2
5
OiRI << _>> OiRI
3
OPCTRLI << _>) OPCTRLI
ADIN1
Hisense Electric Co.,LTD
HISENSE SHENZHEN R&D
Suite 406,1angfengBldg,#2 Kefa Road Nanshan District,Shenzhen,China
Te1:86-755-26532018
Fax:86-755-26532013
title
IR/KEY/BLKON/DIMMING
Size Document Number
_ <Doe>
3ate: Monda June 01 2009 heet 14 of 14
A E
L__
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