Download "user manual"

For qualified
service
Version 1,,0 for 2012
personne_
Mode_,
50LB45RQ
Made for Today.
www.rca.com
only
Revision No.
Revision Date
Page
Description
1
May, 2012
All
Initial Release
Version
1.0
1.1 Basic Specifications
Diagonal Display Size
50 inches
Television System
American TV standard
Channel Coverage
VHF:2-13
ATSC/NTSC
UHF:14-69
Storage Temperature
system
CAW:1-135
is -20°C-+60°C
(-4°F-+140°F)
Temperature
Operating
Temperature
Storage Humidity:
is 0°C-+50°C
(+32°F-+122°F)
Less than 85% RH (No condensation)
Humidity
Operating
Power Supply
RF input
Humidity:
AC 100-120V,
60Hz
Cable/Antenna
x 1
Less than 80% RH (No condensation)
AVx 1
Video input
Component
x 1
HDMI x 4
Connection
AVx 1
Interface
Audio input
Component
x 1
PC Audio In x 1
Audio output
Headphone
Graphic input
RGB 15pin x 1
Resolution
Component/HDMI
x 1, Digital Audio Out x 1, Analog Audio Out x 1
1920 x 1080
mode
480i, 480p, 720p, 1080i, 1080p
With stand
45.9W x 30.4H x 12.2D
Without
45.9W x 28.7H x 4.2D
Dimensions
stand
With stand
51.1 LBS (23.2KGS)
Without
42.3LBS
Weight
Power Consumption
Version
stand
(19.2KGS)
less than 150W
1.0
1
1,2 Product Function
Side Keypad
Buttons
If you cannot locate your remote, you can use the side keypad buttons on your TV to operate many TV features.
INPUT: Displays the Source Select List.
MENU:
Displays the TV Main Menu.
OH ,, : Scans up through the channel list. In the TV menu system, it acts like the up arrow on the remote control and
can be used to select menu options.
OH ,, : Scans down through the channel list. In the TV menu system, it acts like the down arrow on the remote control
and can be used to select menu options.
VOL+: Increases the volume. In the TV menu system, it acts like the right arrow on the remote control and can be used
to select menu options.
VOL-:Decreases
the volume. In the TV menu system, it acts like the left arrow on the remote control and can be used
to select menu options.
POWER (O): Turns the TV on and off.
Front Panel
Power/Standby Indicator: Blue and red dual-color LED. It shows red when the TV is turned off and blue when turned on.
Remote Control Sensor: Remote control IR sensor, which receives infrared ray sent by remote control.
_!
Remote Control Sensor
Power/Standby Indicator
(blue/red)
For more information
about TV function,
please
refer to the User's Manual.
Version 1.0
2
1.3 Connection Interface
@
HEAD PHONE:
Connect
Digital Audio-out:
@
a 3.5mm headphone
for personal audio.
Connect a coaxial cable for digital audio output.
HDMI1, 2, 3, 4: (High-Definition
Multimedia
Interface) It provides an uncompressed
digital connection
that
carries both video and audio data by way of an integrated mini-plug cable.
AUDIO OUTPUT
Note:
L/R: Connect double-channel
coaxial cables for analog audio output.
Di!(yt,_lAuo'/_;,-out _nd AUDIO OUYT:_UY
,_re supf._osed to be connected
to <_udk:;,povvey
ampfific;_ which prot_'des smoolher _<r_ndmorn powerful sound perfc, rmance.
AUDIO-IN
L/R, Video In: Connect
an AV device that has composite
or a DVD player. To access device connected
remote; then press the up/down
• AUDIO-IN
video jacks, such as a VCR
to these jacks, press the INPUT button on your
arrow to select AV. Press the ENTER button at last to confirm.
L: Left audio channel connection.
The left audio connector
is usually white. For mono audio
sources, be sure to use the left AUDIO INPUT.
,, AUDIO-IN
COMPONENT
R: Right audio channel connection.
Y/Pb/Pr:
Connect a device that has component
To access device connected
select Component.
,, Y/Pb/Pr
components.
The right audio connector
is usually red.
video jacks, such as a DVD player.
to the Y/Pb/Pr jack, press the INPUT button on your remote; then press the up/down
arrow to
Press the ENTER button at last to confirm.
(Component
Video): They provide good picture quality because the video signal is separated
Use three video-grade
or component
video cables for the connection.
into three
When using Y/Pb/Pr, make sure you
connect left and right audio cables to the Audio L and Audio R jacks.
PC INPUT VGA:
Connect your computer
PC INPUT Audio-In:
ANT/CABLE:
or other device with a VGA output to this jack using a 15-pin, D-sub cable.
Use to obtain sound when a PC is connected
to TV. Use 3.5mm stereo mini-pin cable to connect PC to TV.
Connect to receive the signal from your antenna or cable via coaxial cable.
SERVICE: For service use only. Do not connect any device.
Version 1.0
3
2.1 General Information
GENERAL
DESCRIPTION
OVERVIEW
V500HJI-L01
is a 50 TFT Liquid Crystal Display module with 12-CCFL Backlight unit and 2ch-LVDS interface.
This module supports 1920 x 1080 Full HDTV format and can display 16.7M colors (8-bit). The inverter module
for backlight isnt built-in.
FEATURES
-
High brightness (350 nits)
-- High contrast ratio (4000:1)
-- High color saturation (NTSC 72%)
-- Fast response time (Gray to gray average 8 ms)
-
Full HDTV (1920 x 1080 pixels) resolution, true HDTV format
-- DE (Data Enable) only mode
-- LVDS (Low Voltage Differential Signaling) interface
-- Optimized response time for 60 Hz frame rate
-- Ultra wide viewing angle : Super MVA technology
-- Rolls compliance
GENERAL
SPECIFICATIONS
Item
Unit
Specification
Active Area
1095.84(H) x (V) 616.41 (50 diagonal)
am
Bezel Opening Area
1102.84(H) x 623.41(V)
mm
Driver Element
a-si TFT active matrix
Pixel Number
1920 x R.G.B. x 1080
pixel
Pixel Pitch(Sub Pixel)
0.1903(H) x 0.5708(V)
am
Pixel Arrangement
RGB vertical stripe
Display Colors
16.7M
Display Operation Mode
Transmissive mode / Normally Black
Surface Treatment
Anti-Glare coating (Haze 3.5%),Hardness
Note
(1)
color
3H
(3)
Note (1) Please refer to the attached drawings in chapter 9 for more information about the front and back outlines.
Note (2) Please refer sec 3.1 and 3.2 for more information of Power consumption
Note (3) The spec. of the surface treatment is temporarily for this phase. CMI reserves the rights to change this feature.
Version 1.0
4
3.1 Inner Structure
Inside cabinet (front)
4
3
2
5
5
Version 1.0
5
Item List
1
RE32185B050
IR board
22F, 38.5X12.3X1.6mm
(1)
2
RE0340E011
Key board
22F, 107X12X1.6mm
(2)
3
RE01 TC81ELNA0
Main board
T.RSC8.1E
(It is for version
4
5
2012)
RE46DZ2009
RE261530458105
Power board
IPB539 200W
Speakers
8Ohm, 10W
Note: (1,2) 22F and dimensions refer to the PCB board.
3.2 Main board connection
CN9
CN17
CN25
CN5
CNA3
CNA1
(Continued in next page.)
Part NO.
Version 1.0
6
Jack List
Jack N01
1
Specification
Description
connection
Note
CN25
10 Pin 2.54mm
Main power
To Power board
C N 17
2x20 Pin 2,0ram
LVDS interface
To LCD panel
CN9
14 Pin 2.0mm
IR and keyboard jack
To IR board and keyboard
CN5
6Pin2.0mm
Inverter Jack
To LCD
panel inverter
C NA3
4 Pin 2.54mm
Amplifier power supply jack
To power board
CNA1
4 Pin 2.54mm
Speaker jack
To Speaker
board
Backiightcontrol
3.3 Power board connection
CON5
CON1
CO
Jack List
CON2
CON3
Jack No.
specification,
DeScdPt!0n
connecti0n,
CON1
2 Pin 3.96mm
CON5
12Pin 2.0mm
Backlight pcwersupFty
CON2
10Pin 2.54mm
Main board power supply
CON3
4 Pin 2.54mm
CON4
3Pin 2.0mm
AC input lack
To AC power supply
To panel
To main board
To main board
Backlight control jack
To panel
Version 1.0
7
NOte
3,4 Connection
Diagram
@
50" LCD panel
C
c
Z
12Pin flat cable ..... 4
J
LVDS double array cable
J
\
CN17
CON5
;u _
CON4
_o
_© _O
to 4.Pin
CON3 _
o
oq
CN5
7
4Pin
8o
oa
3Pin to 6Pin flat cable
J
©
O9
flat cable
_
@
CNA3
©
O9
_
CON2
CN25
'i
o
CON1
AC 100o120V
60Hz
10Pin
to 10Pin
Z
flat cable
uJ
oo
©
b-
CN9
o
uJ
8Pin flat cable
5 Pin flatcable
4 Pin flat cable
Keyboard
Version
rY
CNA1
°°°,
E]_
Left speaker
[_
R_ght
IR board
1.0
8
Note: Before opening the cabinet and working on the repairs, please read the troubleshooting and Q&A attached in the
user's manual, which has covered most of the problems caused by unproper using or settings to the TV set. If that does not
work, please carry out the easy troubleshooting before checking or replacing the main parts of the television. The
troubleshooting guides given below base on the situation in which the TV's functions are set and used properly.
Plus, if the easy troubleshooting can not help, please work on the repairing according to the procedures given in chapter 5,
Exception Handles.
4.1 Troubleshooting for Common Use
TV can not be turned on
• Check the connection and condition of wires and inlets that relate to power board, including the AC power inlet, the
power incoming wire, wires between power board and mainboard, etc.
o Check the diagram arround power board to see If there exists a short circuit or creepage.
• The power board may be bad. Please change the board for testing. If it cannot help, refer to the chapter 5 for more
intensive information.
• In addition, the malfunction of LCD panel can cause failure of power on. Please refer to 4.2 Troubleshooting for Displaying
for more information.
Auto turning off
o Check the sleep timer setting.
• Check the surrounding diagram of power board. The problem is most possibly caused by short circuit or wire breakage,
because this kind of malfunctions can cause excessive current, which will make the power board startup self-protection.
The screen goes black after a shorting blink
e If the TV screen can not display after the blink, that means the panel or other parts of equipment is broken (most likely by
unproper input voltage). Ensure the input voltage of every component, and then check the part that is suspected damaged.
o If this problem occurs repeatedly, check the surrounding diagram and connections of panel inverter board. Also, the
blacklight unit and LCD lamps should be checked out.
There exists afterimages after power off
• If the panel can work normally at the other time, it may be caused by bad mainboard. Upgrade to the latest software first,
if that does not work, attempt to change the mainboard.
There exists squeak when TV is working
e IListen to the squeak carefully to make sure where the noise comes from. If it is from speakers, the voice may be caused by
bad speakers. Change them for a try..
• If the noise comes from the inner parts of cabinet, it may be produced by abnormal AC current in power board. Change the
board and check its surrounding circuits for a try.
• Check the routing of wires inside the cabinet to suppress interference.
Version 1.0
9
4.2 Troubleshooting for Displaying
Note: If the troubleshooting given below can not help you, change the LCD panel for a try. But we strongly suggest you
regard changing the panel as the last step of fixing the display problem.
No display (including white screen, black screen, etc.)
• Check the power board output and main board input ports to make sure whether the TV has been turned on successfully,
because the failure in power on can lead to a no-display problem.
o If it is proved to have been electrified and turn on, check the LVDS cable first.
• Check if both of the two plugs of the flat cable between mainboard and power board have been well inserted into the slots.
Unstable power supply can also cause serious display problem.
• If the display problem only happens in one input mode, that may be caused by wrong version software. Update the new
software. If that can't help, change the main board for a try.
Screen tearing, or there exists moire on screen
• Bad LVDS cable and inappropriate panel driving voltage is still the biggest factor of this problem. So check them first.
e If the cable and voltage are correct, update the software for a try.
o Sometimes the fastening pieces can make unproper pressure to LCD panel, check them out.
• If the screen tearing happens in one or several input sources while the other source can display normally, it can be caused
by bad mainboard most likely. Please change the mainboard for a try.
• Refer to chapter 5 for more details and resolution ways.
Straight darWlight line(s) on screen
• If the bad line is very narrow, it is usually caused by LCD panel malfunction, change the panel for a try.
• If the lines link together and become a bad band, upgrade the software and then check the ports abd circuits of brokendown output mode(s).
e If the darWlight line ,or band, apprears in all the input modes, please change the LCD panel. But we suggest you check the
panel inlet board(which links the panel and mainboard though LVDS cable) first, because sometimes the liquid crystal
displaying unit is okay, while the inlet board has a transmitting problem, which also will lead to a displaying failure.
• Refer to chapter 5 for more details and resolution ways.
Color cast or interference
• If the cast or interference happens in only one input mode, check the output port(on mainboard) and transmitting network
(arround mainboard) of that mode.
• If the cast or interference happens in all the input modes, please exclude the malfunction according to easy troubleshooting
for No Display. If that can not help, refer to chapter 5 for more details and resolution ways. In addtion, most of this kind of
problems come from the bad mainboards.
Version 1.0
10
4.3 Troubleshooting for Audio
Note: Comparing with the display problem, the audio malfunctions are easier to work out. Constantly, if you have excluded
the possibility of bad speakers and bad connection of audio output, the problem generally comes from the audio processing
parts of mainboard. Please change mainboard for a try, or refer to chapter 5 for further information about repairing.
No Sound
o Check whether the speakers are broken first.
o Check the wire that links the mainboard and speakers. Watch if there is fracture or cladding material breakage.
• Check the joint of speakers and audio wire, watch if there is poor soldering or fake solder. Besides, the polarity mistake
can also lead to audio problem.
Volume too low
o Check whether there is a jam at the sound hole in front cabinet.
• Check whether one or more speakers are bad.
Sound channel loss or confounding
• Check whether the audio wires are installed reversedly. The left channel wire should be white and the right channel wire
is red.
• Check the audio output socket of mainboard to see whether it is wrongly inserted. If not, the mainboard audio output module
may be bad, refer to chapter 5 for more details and resolution ways.
• If the connection is stable and right, the mainboard audio output module may be bad, refer to chapter 5 for more details
and resolution ways.
Noise
o Check if there is anything should not exist in the speaker hollow space (such as screws).
• Check if the antihunting EVA is broken or missing.
• Check if the speakers are bad.
4.4 Troubleshooting for Keyboard
No key can work
e Check the wire between mainboard and keyborad, watch if there is fracture or cladding material breakage.
• Check the joint of mainboard and keyboard wire, watch if there is poor soldering ofrfake solder.
• Check the resistances that locate on the keyboard PCB. Watch if there is wrong or broken ones. Also, the poor soldering
of fake solder should be concerned and checked carefully.
o Check the other components of keyboard(such as capacitances and microswithes) are wrong or bad.
Version 1.0
11
Keys are sunken
• Check the screws that fasten the keyboard to the cabinet. They may be lost or getting loose.
• The key set may be bad, change them.
There is a reacting delay when operating the keys
o That is usually caused by bad keyboard, change it for a try.
Functions of keys are out of order
o Check the keyboard to see whether there is a short circuit between each soldering joint.
• Check all the resistances on PCB board.
o If a key is supposed to be able to achieve more than one functions, but it can achieve not all of them, that is usually
caused by wrong software. Please update the latest and correct software for a try.
• If you can't ensure where the problem comes from, change the keyboard for a try. If that still can't help, refer to chapter 5
for more details and resolution ways.
4.5 Troubleshooting for Remote Control
Note: If the troubleshooting can not help, please change the RC board. If that still can't solve the problem, please refer to
chapter 5 for more details and resolution ways with a will to mainboard repairing.
The RC (remote control, the same below) does not work
• Check the wire between mainboard and RC board, watch if there is fracture or cladding material breakage.
• Check the joint of mainboard and RC board wire, watch if there is poor soldering or fake solder. Also, the short circuit
can lead to this problem, too.
o Check the infrared senser that locates on the keyboard PCB. Watch if it is wrong or broken. Also, the poor soldering of
fake solder should be concerned and checked carefully.
• Check the other components of RC board are wrong or bad.
The LCD displays light in wrong color
• The short circuit is the most probable causation factor of this proble. Check the wire and joints for a judgement.
• Check the cable that links mainboard and RC board, watch if it is inserted with wrong location(similar with left-right channel
wire fault for audio).
o Check the LCD assembling, watch if its pins are in wrong location.
Version 1.0
12
Note: The exception handles are prepared for qualified personal only.
5.1 Display Exceptions
5,1.1 Black screen and no display
Note: If the troubleshooting guide can not help you with the obviation of faults, please change the non-conforming
materials to rework.
No
No
_
Yes
Check the external
power supply
No
_[s
the power system
Check and repair
the power module
_
Yes
NO
signal of
380-400MHZ
R140
N©
ReplaceY1
(U16)
Yes
IsY1 or Flash(U16)
or FLASH
orQ23
NO
,L
Replace the broken
component
Version 1.0
13
on
Yes
Yes
Replace DDR
(U17)or
the
main chip (U8)
5ol DispJay Exceptions
5.1.2 White screen
White screen
No
Yes
the
supply for panel works
check the voltage on the
PIN no.1-3 of
Yes
No
o m m u n ica tio n between
is voltage on S-pole
of Q7(5V or 3.3V)
Yes
i_normal
No
Ithe jumper
voltage on C-pole
is at low lew
whether
of CN2?,
No
is in good
Yes
Replace
Q7
heck
pole of Q8 has a
_.
level (0.6V) or the ,_
nt-end voltage of J
Replace CN:_ or
jumper
NO
contact
Yes
Check the power
supply of 5V or :X :W
Replace
resistor
Yes
No
Replace
Q8 or R27
group signal of CNI?
has an open
whethercircuit
short circuit
Yes
Replace the master
chip(Ug)
Replace
the master
chip(U8)
Version
relevant
array
Overhaul
the PCB
and CN]? of
relevant
lines
1.0
14
5.1 Display Exceptions
5.1.3 Dazzling screen
No
Reset the driving voltage
No
Check if the LVDS
cable is bad
Change LVDS cable
Yes
e if the
panel is bad?
Yes
]
Change
LCD panel
J
No
Check if the out
network and the
No
Change main board
]
normal
Check the power supply and
clock circuit of U8
Version 1.0
15
___
Upgrade LVDS
firmware
MAPor adjust
5,2 Audio Exceptions
5,2.1 No sound (completely)
No sound
1
No
Check if there
is audio input
Check external equipment
Yes
No
<_,
volume are
Set the mute and volume
1
Yes
Yes
Does CNA1
_ve output signa
Check the TV speakers
1
No
if the
p1,2,3,34,35,36
UA1 s ok?
of
Audio power supply circuit
1
is bad, change main board
1
Yes
Check ifp19of
UA1 have high
level voltage
No
Check the MUTB/STB circuit,
if bad, change main board
Yes
Checkifthe
p15,20
21,22 of UA1 have
signalinput?
Yes
if F
of Ual have PWAsi
_utput
Yes
Circuit
between
is bad, change
,4
No
No
Circuit between U8and UA1
is bad, change main board
Change U8
change
Audio
input main
circuitboard
is bad,
Version
Ual and CAN1
main board
1.0
16
Change
UA1
1
5.2 Audio Exceptions
5.2.2 No sound (TV)
Refer to NO SOUND
1
Yes
Check if the circuit
betweenUT3andU8
Yes
sOK
No
Change UT3
Version
1.0
17
1
Change U8, if that doesnt
work, change main board
5,2 Audio Exceptions
5.2.3 No sound (HDMI)
1
Is theHDMI
signalOK?
source
_]]_1 Unsupported signal, change
input signal of HDMI device
1
No
Yes
No
Check if the PC/AV
sound is normal
Refer to NO SOUND
Yes
<,_
Is the EDID(1)
Upgraded firmware
Note (I): EDtD means Extended Display Identification Data
Version
1,0
18
YeS>ill
_
Change U7or
or main board
U8
5,3 Function Exceptions
5,3.1 TV function
rv can't scan channel/no picture}
No
_d
Check-Pv' RF signal
'_m
l
_
<_Check
(antenna,
cable)
by UT2, LT17
m_
!!p14an_--
I2C network is bad,
YesA
N___
UT3 s bad, change UT3
Change main board
Change
Note: (1) iF: Intermediate Frequency
(2) AGC: Automatic Gain Control
Version
1.0
19
U8
1
5.3 Function Exceptions
5.3.2 HDMI no picture
\\
No signal or image abnormal
under
HDMI
)
J
No
Replace the signal
source
the in
signal source under
HDMI is norma
Yes
Overhaul the relevant
circuits between HDMI
input channel
No
if the input
on the pin under relevant
HDMI channel of U7
are norma
and U7
Yes
No
Replace
output signal on the pin
under HDMI channel o
J7 are norma
U7
Yes
No
Overhual
between
the circuit
U8 and U7
wheth_
signal on the pin
_relevant
HDMI channelJ
Replace the master
chip(U8)
Version 1.0
20
_>
\
5.3 Function Exceptions
5.3.3 YPbPr no signal
YPbPr no signal
J
]
Check the YPbPr AV device |
or YPbPr cables
J
U8 surrounding circuits
are bad, change main board
U8 front circuits
are bad, change main board
work, change main board
Version 1.0
21
REC8(it
is for version
upgrade
the firmware
2012) series main board
according
has a USB SERVICE
to the instruction
port, which
is reserved
for service
use only. Please
below.
6.1 Direct upgrading (do no need normal display)
STEP1
Get an empty USB disk with size not larger than 2GB, copy firmware file (CompBase.bin, or AIICompBase.bin) to the root
directry of disk.
Note: the size of USB disk can not be larger than 2GB, and before copying the firmware file, make sure the disk is empty.
And the file must be placed in the root directry.
STEP 2
Turn off the TV, insert the USB disk into the SERVICE jack on the side panel of TV and then turn on the TV. After turned on,
the TV's LED indicator will shine red and blue alternately. Wait for about one and half a minute to accomplish the upgrading.
Note: DO NOT power off or unplug the TV while upgrading.
6.2 Factory upgrading (need normal display)
STEP1
Get an empty USB disk with size not larger than 2GB, copy firmware file (AIICompBase.bin only) to the root directry of disk.
Note: the size of USB disk can not be larger than 2GB, and before copying the firmware file, make sure the disk is empty.
And the file must be placed in the root directry.
STEP 2
Turn on the TV, insert the USB disk into the SERVICE jack on the side panel of TV. Then press the remote control buttons
"MENU"--_ "1147" to enter factory menu (see below).
STEP 3
Choose "USB UPDATE" and press OK. If there are "CompBase.bin"
and "AlICompBase.bin" in the disk at the same time, be sure to select
"AIICompBase.bin" to update. The upgrading phenomenon is the same
to direct upgrading.
Note: DO NOT power off or unplug the TV while upgrading, otherwise
the upgrading will fail, and the main board will be unable to upgrade
normally any more.
Version 1.0
22
6.3 Upgrade
Color Balance Table and Backlight
1 .When you finish to upgrade
the basic software,
it will display
the software
configuration
date in the factory
file
main menu.
the software date
2. Download
the color balance
disk. The way of upgrading
table file (CompQuality.bin)
the color balance
table
and backlight
configuration
is the same as upgrading
files (ComScaling.bin)
the basic software,
to the USB
refer to 6.1/6.2.
NOTE:
o The order of upgrading
color table.
TV software:
Firstly, basic main board
software;
o Make sure that there are two files in the USB disk (ComScaling.bin
to the TV, and then press POWER button
o When finish to upgrade
the backlight
to turn on theTV,
configuration
o Pull out the USB disk after finishing
upgrading
o DO NOT power
while upgrading,
unable to upgrade
off or unplug theTV
normally
3. After finish to upgrade
backlight
and CompQuality.bin),
it will spend
lOsto
file, the TV will upgrade
finish upgrading
configuration
files and
insert the USB disk
the software.
the color table automatically.
software.
otherwise
the upgrading
any more.
the software,
Secondly,
the software
date will change:
Color Table
In "VERSION INFO", it displays the panel model and Backlight Adjust.
Version 1.0
23
will fail, and the main board will be
Adjust
Color Balance Table (White Balance)
FACTORY MAIN MENU has a WB function,
the remote control buttons "MENU"_"1147"
you can adjust the white balance in this menu by adjusting
to enter the factory menu (see below).
Choose
"WB"(White
Balance)
and press OKto
R/G/B
value.
enter the submenu.
Press left/right button to select the color temperature
mode: Warm, Normal, Cool.
Press Up/Down
button to select the R Drive/G Drive/B Drive/R Cutoff/G Cutoff/B
Cutoff.
Note:
1. The RGB Drive affects the white field mainly: the RGB Cutoff affects the black field mainly.
2. In WB menu, you can adjust the color temperature,
but the data cannot be updated to the TV system
you can write down the date that you want and contact the factory to update the software.
3. Color balance table upgrade is not available for models produced
before 2012.
Version 1.0
24
automatically,
Press
I
2
3
¢
5
d
7
8
I0
_
12
11
i
Main Board (SCH)
RE01TC81ELNA0
CN25
(2012)
PVLU
IOPlN 2 5&I>H G
100ttF-25V-+20%-6*7-105
0 htF- 0402-Y%_-+ 80%-20% -16_,
0 htF-0402-Y%_-+ 80%-2_ 1,-16_,
R215
_%_STB
_R2'46
4K7dun-0402-_S°>l,'l_V
t
10Kohm-@D2-_5%- M 6W
10Kohm-@D2-_5%- H 6W
PMBT390_
AO34(_
100uF-25V-_20%-6*7
105
0 htF-IMO2-Y5_,c+ 80%- 20%- 16_,
VC?Panel
GND
/17
POWER ON
510oban-_02-+-_%- 1/I6W
PMI3T39BI
CN3
Q8
3
PMI3T39BI
GND
GND
PI2V
3PIN-25&D-H-M
--___---G%_D
i
U3
AZ 1117H-3 3(TR)EI
_%_ STB
33V STt3
UI
NB3V
D8
VDDI2
O
_ZI 117H-ADJ(TR)EI
I
I
<
O) L
2'
VO_ ---_J
IT 2
2
1
OND
I
TT
0.1 uF4?g02-YSV480%-20%-16V
l 0ttF-0805-Y5_,C+80%-20%- 10\'
0 htF-0402-Y%_-+8@ b-2(P,b-16_,
OND
] _
GND
100ttF-16_,_20%-6*7-105
IN5819-5 \_
NO 10ttF- )805-Y5V-+80%- 20%- 10V
htF-Wo03 Y5V-+80%-20%- 10V
i
U2
_ZI 117H-3 3(TR)Et
P5V
U4
_Z 1117H-ADJ(TR)E 1
I
A\'DD 12
2
I _ vo_--_
p3o,
4
< vo_-_
2H
E
C1
T
1
G%_D
D
0 htF-lMO2-Y5_,cq
0%-20%-
16_,
G]XD
T
I00ttF- 16_,_+2(P,b-6"7-105
h_0603-YS_,_
_8_ 1,-20%-10\, G%'D
P5\
R29
G]N'D
100ttF-16_,c±2(P,b-6"7-105
R31
R32
htF-0603 -Y5_,c+ 8(P, b-20%- 10V
U6
VDDI2
_Q6
IKol?an-0402-_5%- Iit6W
33d_m-0402-_5%- I,'l 6_V
VDDI8
4K7dun-('_}2-_S°>i,'l_V
CN5
PMI3T39044KT°tIln-('_)2-_-_%-I
I6W
UI3
C6113
VO
2
,
<
GND
_1_
_ZI 117H-3 3(TR)Et
4
10Kohm-( '_)2-_5%- 1,16¥V
BL ON
VO
/
_RI6
T
< vo_--_J_
lc_
E
R34
10Kotm_-0402-+__q>li16_V
GND
PMI3T39{M
PMI3T39_
l 0ttF-0805-X5R-±I 0%- 63V
:
AZI 117H-,ad)J(TR)E 1
120otm_-0402-=t %- 1/16_V
56ohm-0402-=5%- 1/ 16¥V
1
GND
300oban-0402-+25%
GND 300oban-0402-+25%
TCI3
Pd5
7
G]XD
100uF- 16V-_20%- 6"7- 105
10ttF-0805-X5R-±I 0%- 63V
R36
htF-Wo03-Y5V-+ 80%-20%- 10V
0 0htF4MO2-X7R-±I 0%- 50\,
G%'D
(21
510ohm-_02-_5%- 1/16W
1Kolm_-0402-+_5%-U1o%V
K;7
BALKLIGHT _)J
N_3\
7
33VD
,
5
10Koban-0402-_5%- H6W
PMBT3904
htF-0603-Y5_,c+ 80%-20%- 10\,
,?
L2
--_----
T
G%_D
G%_D
G%'D
RI 2
470ttF-16_,c+2(P,b-8 I_
105
G]XD
470t_16V-+20%-81- *9
(HS010U-220K-045-G
I0IC%lm>( '_)2-±1%- 1/ t 6W
3K%ban-0402-±t%- H6W
105
GND
0 0htF-0402-X7R-±I 0%- 50V
5K6ohm-0d02-_5%- 1,'I6W
GND
I
2
3
¢
5
(5
7
8
9
I0
11
12
?
_
..........
3
..
.J
!
,_
.
..
o ....
,.
.............
..................
Main Board (SCH)
RE01TC81ELNA0
(2012)
CN9
U8G
DDC S(E
T_
DID(" SDA
Rg_;
:
52- STB
,
_SV
2
3
4
5
6
LE) R
LB3G
IR
GND
_
T
RII4
8
97
_
K1
K3
RII9
RtI8
RI20
I0
K.4
R122
II
12
1_
KI3
3.3V STB
3IC;dm>{M02-+5%- H o%V
3K3dnn-{g02-+5%- [ 16W
L9
R124
RI07 ^'^
^
_"_
%/X/"
:
13
1(7
R126
14
GND 75ohm-O40Z-:k_/_ 1q6W
3IC;ohm- (/v!LP_-+5%1/1o%V
1Kohul-0402-+S£ 1,-1/16W
14PIN-2 0-D-H-G
6K8ohm- (/vRP_-+5%-1/1o%V
tKohm-0402-+5%- Ii16W
3IC;ot]m- (g02-+5%- 1/1o%V
GPY08
GPY1C
GPY!I
LI0
3(£bhm-0d02-_25%
300ohm-0d02-£.5%
I(T%05 I8030FR
75olnn-0d02-_Sq 1,-Ii16TV
75olnn-0d02-_Sq 1,-Ii16TV
GPY12
¢.-../.-..1%
I(T%05 I8030FR
¢_'D
p.&NEL ON
DQ,:
KEY IN(}
*ad5-_-
LINEOLT NL'TE
B13:,
33\
STB
MADIN1
MADIN3
KEY
INI
:
IR IN
SFWP N
MADIN4
_.Lc119
33pF-0402-NPO-i5%-50V
PMLIAI48L
4K7ot_n-0d02-_5%- H6W
100ol}m-0402-+5%- H6W
G%'D
F2
BL ON
DI
A SEV[
PSV
o
_Rt76
L5
BA(KLIGHT
P,318
./X/X.
LEDR
ADJ
10Kotm>0102-+5%- 1 16W
510ohul-0d02-_5%- lq6W
PMBT39{_
300ohul-0d02-_25%
0 htF-0d02-YST-+80° 1,-20°1,-1o%-
DVD EN
R8A66983B
mm
GND
GND
S_ZSTB
G#U0
'PSI9
R28
./X/X,
10Kotm>0_2-+5'V_ Ii16W
IKolnn-0_2-+5%- Ii16W
PMBT3904
0 htF-0_2-Y5V-+80_ {,-209_-1o%"
......
........
-
t
5
6
GND
7
GND
8
4
.............
J
'5
o
,
..............
Main Board (SCH)
RE01TC81ELNA0
(2012)
U8H
RPll
4*33dm>0402-_5%-
<,G15
DVD STB
<.GI6
D DAT
H6W
IVB2TMS <'_
BFTX
SKSN
SFCS
N
LII
' >
:
SbTK
NL_2TCK
:_-_
NB2TDI
FI
NB2TDO
GI
DVD IR
A S1,VO
sFrx
AsmPx__x
A
RIC
I
I
I
/
I
.
'R238
,
10Kobm-0402-_5%- H6W
,
10Kohln-Od02-_5_ _ H6W
csa
AstEMD0
£16
TRST
3!
N
10Kol_n-0402-_5%- Ii16W
_.EI 5
u16
I
_F_I6
vo?
33dlu|-0402-_5%-
8
TgK
1,16W
TN,_
_DI6
_vss
Dn_
_
C49
TDO
_DI5
W25Q32BVSSTG
TCK
]l
_-]
NC!0 IuF-B402-Y52'_+8d_' 6-20%- 16_'
OND
_5_
NC!0 IuF-O402-Y5%_+80%- 20%- 16_'
--'_'_'_
NC,0 hlF-0402-YSX -+B0_%-2_ B- [6&
_6_L_7
NC!0 IuF-0402-Y5%_+8d4;-20%(_'D
uss o+
R109
./%/N.
R1%7
usB D-
_
,/N/N.
Tt0
N{2' INblm>{MO2-+5%- H 6W
25MHz-+20PPM-20PF-HC- 49S
4RTohm-0402-_5%- 1/10%V
4RTd]m-0402-_5%- 1/10%V
_.17t15
PI0
XOUT25
33\2 D
_HI6
"-'-_
YI
GND
R250
5K6olml-0402-±l%-
1
R255
Rm6
L, T
IH,,o-
33pl:-0402-2x'PO-+5%- 50\
R249
220o1]m-0_2-=5%- 1/1o%V
R252
4K7ol?an-0402-_5%- H 6TV
4KTd:an-0402-_5%- [,q6W
M SDA
M_L
33pF-O!O2-NF'O-+5%- 50\,
33V
STB
._j15
RESET N
SIDA[
N(1A
./N/N.
100olml-OgO2-+5_g Ut6TV
/qf
FI,t_
J14
L4,.:_
100olin>( J_P_-_5q¢ l '16W
"-_
G2X'D
100ot_n-(
'}4(P--_%q,' 16W[ 16W
NC;
100Kd,an-{g02-_5%SGMS09-S_LN3
G_'D
0 IuF-O_2-Y5V-+8(P
;-20%- 16V
RSA66983BG#U0
.....
......
........
.........
-
'
.......
i
'
..........
5
......
6
'
....
7
'
8
16_,
I
2
3
4
5
6
8
Main Board (SCH)
5X 4052
RE01TC81ELNA0
5X 4052
(2012)
TRY8
t40
>
G%_D
YH
YRI
YPbPri "f
YPbtM Pb'
#+
_N/Np R79
R82
'N/NP
.
_/N_
R8__
YPbtM th"
,
C111
PSi,D110
16c-0603-Y5V-+
80%-2ff%USB -%%
_
FI 10N ]
.
(N15
--
S I_'_
UL(E0505 A015FR
[
[
_R72
R73
YR
G%'D
YRI
NC'Lbhm-( '_}2-_5%- 1/16_V
NC'Lbhm-( '_}2-_5%- 1/16_V
NC'_ohm-( '_}2-_5%- 1/16_V
G%'D
RUS_-U K-O4WH
Y LI'
--_=.-GND
_2
o+Ii
_x lb_'l
100Kolnn-0402-_5%- 1/ 16_vV
100Kolnn-0_2-_5%- 1/ 16_vV
_R43
Y
Pb
Pr IN
_D3]
L'L(E0505A015FR
,
IuF-0603-Y5V- +80%-20%- 10\,
h_C-0_3 -Y5V-+ 80%-2de _ t0V
100Kotun-( '_P_-_5%- I,'I6W
100Kohm-( '_2-_5%- l,16_V
_
II
RS,
,, _, _ _Kotun-Od02-_5%-
G%'D
.....
II
R94
YL
1,'16W
39Kohm-O_02-_S£ _-1,16_•
YLI
NC' 100pF-('_}2-NPO-_5%- 50V
.__99_Kot_n-( '_E- _Sq_-l,l 6%•
39Kotun-( '_}2-_5%- 1,16W
AV 1
GND N(7 t 0_)F-( '_E-NPO-_5%Rg27
'N/N/'
CVBSI
_%_4052
75°1nn-0_--_5%-
H6_vV
5X 4052
330pF-0402-X7R-±l 0%- 50V
75dun-Od02-_5%- H
6W
22ohm-Od02-_5%1/16_V
_
i
50\,
(_v_S 1
t127
',128
---1
OND
AV1LIN'
A\4
O]ND
,
AVI L IN
AVI
22Koln n-0_2-_5%-
T
]
R154
_
_
l
T
/
I
1
A\, [ RtN
RIN"
C127 ] ]
PC
htF-0(_3-YSX--+80%20%- I0V
100Ko[m_-0d02-_5%1 I0%V
100Koi_n-0d02-_5%I,16W
_R129
AVl
C1
71
AVI
C12411
htF-0_3-Y5X--+80%-20%- 10\,
100Kotml-0402-_5%- 1,t 6W
100Koiml-0402-_5%- I,i_V
LIN
ms0
RI_
LIN
'Pd30
-%_ J_}52
CNI4
TRI31
TR257
>
>
/
c144
PC ALI
_
1/ 16_vV
O_ND
PC ALI
RI7_w,,__
po,L
_ &_
_.1
II
OND
CKTx3-35- i i -G
22K°ln'a-0402-+5%- 1/ 16W
39Koln n-0402-+5%- M 6W
NCq 00pF-0402-XTR-±l _ 6-50V
39Kolnn-0402-+5%- H6W
R168
.
L
PC
AL'
100Kolm>0402-_5%- 1/ 16W
100Kolnn-0402-_5%- 1/ 16W
99_Kotun-('_E-_5%- 1,16W
htF-0603-Y5\_
_'R132
L
C14311
....
il
I
htF-0603-Y5V-+ 80%-20%- 10\,
99_Kotun-('_E-_5%- 1,16W
HS VC4k
-%_ J_}52
"
POAR'
I
+80%-20%- 10\,
100Kolnn-0402-_5%- 1/ 16_vV
100Kolnn-0402-_5%- 1/ 16_vV
R258
NCq 00pF-0402-X7R-±I @ ;,-50V
VSVC_
G_7)
..................
Y R
@
P_%__
_PbPH
G%'D
VGA DSDA
0.16c- 0402-Y5V-+ 80%-2@ 6- 16%
t00olun-0402-_5%- I,'I6W
Y
A\,3
YPbtM
Y
3
60olnn-0402-+25%
/
75olnn-0402-_5%_ 1q6W
1A\'.
YPbthl
)
@
YPbth[
Pb
YPbth'[ Pb
@
AV1 RI_
1
16
5V 40_2
Y RI'
2
15
Y LI'
AINR0
3
14
D\_)
33V STB ( _--_
2
D35 l-OiqF-001-
Ih
09
G%R2&ID518030FR
/
FB8
ICS,ID518030FR
ICS,ID518030FR
YPbPH
y
lX
FI
SArS<'
U
PC AI_
4
13
A{NL0
D\])
5
12
AVI LIN"
11
PC AL'
10
_%%V0
9
AS%V1
6
V----7
G_'D
sw
3x
2-%:::2
....°
Pt
60olnn-0402-_25%
t_
_L
ICS,ID518030FR
CJ_D
TCI23
R1'46_
/
__L
/
PI2\,
t q6W
G_9
t
_L
SDA
L_5
_
/
DI_1SDA'
Hl3t
cT
__z_
c,_D c,_
33p_-_2-_o-.__-5ov
±
I
Cb4
Q1
R6
LINE R
t Koln n-gk!02-_5%- 1/ 16W
LINE OLTfR
VGA DSDA
12
I;O;I
/
/
I
/ •
O-,i
D21
/
>no,sm
t292 <
C89
4
FO4
R23
LINE L
1Kolnn-0402-+5%- 1/16W
<;
/
t
m05 t
_-_6./
<;
./
";
m06
_
GND
___
LII
G%'D
_
/
/
<;<
i
BLUE+
60otun-Od02-_25%
RI61
IC%'L0518030FR
_L75ohm-(
'_}2-_5% -1/16_V
/ L--I _-l_-,/V_
/
/
_5i
60otun-( '_}2-_25%
IC%_0518030FR
_L75otun-(
'_}2-_5% -1,16W
// i /
I
I
G%'D
lo
//1/w
/ /
/ /
'_}2-_5% -1/16_V
2
GND
]l'c_
----1
R91
_L75ohm-(
GND
[
A\<PI22
R87'
L21
4KTolnn-(gO2-+-_%-M6W
_.2 4K7olm>0402-+5%-H6W
l/
R74
G%'D
......
',_/
/ :' 2K2°4n-O402-=5%-H6%
LINE OUTL
*R159
R218'
220olm> 0402-_5%- 1,'t 6W
47Kotun-( '_}2-_5%- I,'I6W
15Kohm-Od02-_5%- l,l 6_V
-
GND
3IC_ohm-0402-i5%- t,'16_V
2
Pd 60
IuF-O603-SL%'- +Sift,;-2ff_,;- 10V
PMBT3904
1Kohm-0402- _5 _,;- 1,16_g•
47Kohm-0402-_5%- 1/16_V
_--'W"
G%'D
I
R1,7(
?
,]
GND
75olnn-0402-_5_
-G
KX_0518030FR
60otun-Od02-_25%
_lPb'
75olnn-0402-_5%_ l q6W
AVI L IN
YPbPr[
lq6W
OND
DS(L
-_
_._
39Kolnn-0_2-i5%-
GND
D7
G_'D
60olnn-0402-_25%
YPbPr 1 th
li16_vV
_L
AVI R IN
YPbth'l Pb
39Kolnn-0_;_5%-
UI4
Y
FB6
_
VGA
G%'D
CVBSI
CS_St
__'-_- A\%8 + 13IX
G%'D
I(_,%0518030FR
ICS,ID518030FR
ICS,ID518030FR
ICvlD518030FR
FB4
LINE R
--_=.--
---=.--
T ............................
R2'44
1
C_'D
3tC3ohm-0402-i5%-
Pd 79
PMBT3904
hk<0603-'£%'-+
DDC S(&
1,'16_V
_
sI
!
RI57
100otun-0402-_5%- UI6W
80%-_ff_,;- I0V
DDC S(TL
47Kohm-( '_12- _5£_- l,l 6_ •
1Kohm-O_02-_5%- 1/16_V
47Kohn_-O_02-_5%- 1/16W
IqKolm_-0402-_5%- 1/ 16W
DI
_3
i
_
NSYNC+
Pd75
2K2olm>(H02-_5%- 1/16W
100olnn-0_2-_5%- H 6_V
-.__-GND
3
4
5
6
7
8
I
;
3
_
......
i
....
i ..........
.
.
:
............................
Main Board (SCH)
RE01TC81ELNA0
(2012)
IOKoban-0402-_5%- 1.16W
U8E
IOKoban-0402-_5%- H6W
DAO LOUT
_7
AUDIO
L
AUDIO
R
CI21
LINE OLTL
22ohm-0d02-_5%- 1/16W
9 .....
(24911
_V_Nlg(}
22ohm-£N02-_5%- 1/16W
BLUE+
_4_R191
A_NR_
F---
A,'DD33,
:_Dll
YIN
/v_RI93
PbIN
AINL3
(270
:x_
_/_-_
DA1 ROUT
II
AINR3
B_
I t k._-0603-Y5X:-+80%-20%-
[ 0\ r
hkF,-0603-Y%_-+
10V
80%- 20%-
DA VCOM
GND
]
/vv_Pd95
htF-0603-Y5_,c+ 80%-2@ b-I0\,
htF-0603-YST-+ 80%-20%- I0\,
10Koim>0402-_-f%- H6W
(206
('2501[
22ohm-0d02-_5%- 1/16W
LI>,EOUqR
(2_
0.22t iF-0_2-XSR-±t 0%- 10V
t0Kot_n-0_)2-±l°i_ Iit6W
0 ItlF-(_O_-YSV-+80q 8-20° _-16%"
2 2uF- 0003-YSV-+80%-20%- 10V
i i _ ill i ii iiii: iii_
VCOML
(25311
C78
D'
22ohm-£N02-_5%- li16W
PrIN
/vv_RI96
VCFIvN
(25411
22ohm-£N02-_5%- Ii16W
,::xAIIa*BI01_(99+(96
AULK
lCB_
__-- ZC104
R8A66983BG#U0
GN]D
1
O]ND
ltlF-0603-'£gV-+80q ;-20°/_ 10V
0.IuF-B:!O2-Y%--+8@ _-2ff'_;- 16V
0.[uF-04_2-Y%'-+80°
C81
&%'D
_-2(Pi_ 16V
__L
:Rs9
(_°
/1;>
SPDIF Po7 /vvk, GND
R8A66983B
hlF-06_3-YSV-+B0%-2{B
LVOOU'_)P
NI5
_
F_C/)+'
7
S
LVOOIFf0M
NI6
_
RXO0-'
RXOI+'
35
6
4
P15
P,,'_t+
RXOI-'
:1
LVI_WT1M
__P16
PO_1-
RXO0+
RXO0RXOI+
RXOI-
2
RI5
R,W_2+
RI6
R,N_-
RXO2+'
7
_
8
LVOOUT3P
R14
TI4
Dye3_
RXOC-'
RXOO+'
RXO2-'
3
i5
_
4
26
T13
R13
RXE4+
_
LV1OUTOP
•
:
_
TI5
LI5
_+
RXO0+
LV1OUTOM
LI6
Pv_C0-
:
LV1OUT1P
LVIOUT1M
LI3
DrOOl+
LI4
PrOOf
LVIOUT3P
LV!OUT3M
MI6
MI5
RXO2RX02+
N13
RXO3+
NI4
Dv_CI3-
REFR
LV!CKOM
3IC_oban-0402-_5%t Y,29ohnl-0402-t5%-
1,16W
1,'16TV
_
RI 11"
pI_T3904
220ohul-0d02-_5%- 1/ 16W
0. h_0402-Y5T-+80"_ ;-20° _-10_;
i
P.XO2+
P.XO2RXC)CP.XOG+
4"22°ba n-0402-_Sg/_ l ' 16TV
RXO3+'
RXO2#
RXED-'
RXD+'
7
5
3
8
_
i
CA'417
_
VCL'Panel
P.XCCr_
RXO3RXE)POE0+
1
4.2Z2oban_£k!02__5%_l.16TV.
Pv'<Et-'
7
_-'
RXE2+'
R)_t+'
3
15
RN9
_.
4
62
_
[
RNEtRNEI+
PO<E2P,__+
8
GX'D
4"22oban-0402-_5%- I. 16_7
J_,_
...--r_(74
|
_L
I
PI4
Pv_Og
RXEO+'
RXEC-'
7
5
8
6
MI3
PI3
RXOC+
F_O4+
p04F_3_'
RXE3+'
"_
_
4
2
MI4
RXOC-
_4_-(_+
RXECRXE3RXE3+
V
c,_>
[
4.22oba n-0402-_5%- I. 16_V
RNH
D
'R289
_5KOot_n-0d02-_t %- H 6W
G#U0
RXO4+'
7
8
RXO¢'
RXE4+'
RXE42
5
3
i
6
4
2
4.22oba n-('_2-_5%-
RXQ4+
RXQ4IT'E4+
GND
P,XC_+'
H
13
]5
_2
14
16
RXO2+'
GND
R_OC+'
RXCG-'
17
18
P,XC_+'
[
_9
20 Pv'_+'
F_I-'
R_-2-'
O2ND
_
21
23
25
7
22
24
26
28
P,,'_I+'
_+'
GT'TD
R,'_C+'
RXE3-'
O'ND
30
32
34
36
R,.N_3+'
GND
Di_l)bv
V_%L2
J_
T
|
\SELl
29
31
_
135
RXO4-'
I
38
_
RXO4+'
P0_4+'
V
GND
/ RXE*'
/
6
io RNOI+'
37
/39
[
[
:
/
NC,5pF_(IIO2_X7R_±I0%_ 501
i
Vtg-Panel
GND
P,XO2-'
G2ND
P.XOG'
______('6_
R_r_'
/
/
2
4
_
9
NC. 5pF-_02-XTR-±Ie0
R8A66983B
R110 _
RN7
RNI0
K15
1,'16TV
GND
RN8
T16
8- [OV
2K2ohm-0402-t5%-
4"22_@an-0402-_5%- l i 6W
LVOOUT2M
(
kl>
G#U0
RN6
U8B
P-%_
300oban-0402-+25%
b 501
]
4KToban-0_2-1S%-
[
V
GND
C75
NC'5pF-0402-X7R-±I 0%- 50V
2"20PIN-20-D-H-NC
_t v,
----F-(_9
5pF-0402-XTR-±K_ ;- 50V
M33V
H6W
l. 16_vV
7
i
............
GND
%
1
2
:!
..........
...........
........
.
........
...........
]
........
•
..........
,
1
2
¢
3
_
5
6
5
6
Power-Block
NDDI2
[
L1
....
Main Board (SCH)
RE01TC81ELNA0
(2012)
I_0805-XSR-±t_
63V
v
1111
]]
TC, TC, TC,7OTC, ,
G6
H6
J7
Jll
Kll
L8
L9
IvD
----C173--[C14
v
N9
P9
K7
O%'D
OND
0 htF- 0_2-Y5_,_+ 8(Bb-20%- 16V
Jl3
K6
Nil I
0 hl_O402-YS_,L+ 8(P, b-20%- 16%"
E12
vDuiz
v,'x>
T_D12
T_D12
V_
V_
"VI)D12
V,_S
TI)D12
V,_S
"VI)D12
TI)D12
VSS
V,_S
VDD12
AT_DI_LLA
VSS
V_
VSS
AVDD12PII_
A'v_DI_LLC
VSS
VSS
T_D12S_B
V_S
V_
x
x_
120olm>_3-_5%
10Kolmi-0_2-+5%-
H 6TV
100olmi-
0_2-+5%-
l ,'I o%V
i
ii
i
HI0
HII
J0
J8
J9
J10
K8
K9
KI0
FII
KS
L5
L6
L7
P2
T8
H8
H9
}
GND
MI0
AVDD12W_
_-__C176
A\,_D[2
o
i
F6
F7
G7
H7
A'vgD12USB
7
x
HI3
F
x
0 tuF-O402-Y5_,c+ 8(Bb-20%- 16V
E8
I
12_1an-_3-_5%
L24
AT_D12T£_X"
A'_Dm2'<aDC
A_D12_L_X"
AYPPI_YAIP_
1"_77
i
l
L10
AVSS!2USB
AVSS!2VADC
AV_12VAL_
AV_!2VADC
ION-0805-X5R-±I_
_6 3V
(}8
G9
GI0
GII
FI0
120o1_n-_3-_5%
X7
0 htF-(gO2-YS_,C+ 80%-20%- lo%"
L26
C_D
_ L
YPDgI.K
0 h22-YS_,C+8_
b-20%- I6V
-- --C76
H5
0 h_-_02-Y%_-+8_
X7
C179 0 h_-_02-Y%_-+80°
J5
Nil
Nb
NF
M8
>2@ _ 1_,
>2@ _ 1_ ,
G%'D
OND
_L
ST
_L
_',O h_-_O2-Y_%:-+8_
>2@ _ 1_,
I_-0805-XSR-±t_
_6 3V
I
NC' I_0805-X5R-±t_
_ 7
_6 3V
l_,
0 htF-_O2-Y%,C+80%-20%
VOCQ18
VO;Q18
CI86
-16%
E9
0 htF-OdO2-Y%,C+ 80%-2@ b- 16%
0 h_2-Y5V-+8_
ND
_2_ _ 16%_
A\DD33\
O
120otm1-0603-_25%
}
El0
(2
(3
L_7 (..-W,V-..,/%
1
Ell
hlF-( MO2-YSV-+80%- 20%- 10_"
hlF-( MO2-YSV-+80%- 20%- 10_"
htF-O402-Y5V-+ 80%- 20%- 16V
_t£,-080_-X_R-=t 0%- 6 3V
__li
--
--C188
L2
TClB9 TcIg0
T
I96
E6
A'v_D33"£_
AVSS33HDM[
A'v_D33HDMI
A'v_D33HDMI
A_D33TgLL
AV_33HDM[
DI2
A'vgD33ADAC
A\rDD33A,_C
D2
AV_33ADAC
D5
V
120olmi-0603-+25%
L?8
8YIDID}}A
0 htF- 0_2-Y%'0 htF- 0_2-Y%<
33VD
<)
G%'D
+ 80%-20%- 16%
+ 8(£,b-2(B b-16%
11
AVNS33AA_?
Nll
G4
P5
CI93
0olm>0603-+5%t, 10W
L39
\2+80%-20%-16%
V-+80%-20%- 16_,
V-+8_ b-2_ b- 16_,
J12
K13
L12
i
C_'D
33\
iN(}
TI
_L
TC 8-
C182
0 h_2-Y%<+8_2_
33VA
O
_L
-- --C195
VOOQ33
VCt_33
[
F4
KI2
Lll
HI2
VSS
_'SS
VCt3Q33
VC_'Q33
VC_Q33
CI97
STB
V
120ohm-0603-+25%
E7
_gDFUSE 1
\_DFUS_
G12
FI2
OND
8,$V£
E3
E4
E5
D4
¢7V
0 htF-OdO2-Y%_-+ 80%- 2@ b-16%
EXT
CS
_,1_)
CI98
OND
H14
T
_7
OND
10uF-0805-Xq{-±t 0%- 6 3\,
G%'D
1
2
3
4
1
2
4
3
5
6
8
84pad
Main Board (SCH)
RE01TC81ELNA0
(2012)
DDR2
4*33otml-0402-_5%- Ii16W
RN1
DI_acM
A4
DI_acM
CT_,S
DI_acM
AI 1
DR&M
A0
DR&M
AI0
DIL&M
AI
i/f-Block
,%
U17
U8A
l
%/,,/,
2
aOA4
Hi,_
H3[_
.r2_
3
W
4
SOCAS
5
%A_
6
SDAll
7
_
8
SOAO
Jt__
l "_V'
3%.,%/,
2
4
SDA10
....
JQ.
Ltd.:
SDA4
SIX'AS
i
DRAM
BA1
DRAM
A9
DRAM
WE
DRAM
BA0
DR_M
B}d
DRAM
AB
5
_/_
()
SDBAI
7
_7/,
8
....
1%A/'
SDA1
i-[_2
L21_,_
(NO2-_'_SW#t6W
@
@
4
6
SDSAQ
SDSA2
7
_
8
SDA3
DRAM
(NE
DRAb{
,%7
DR_M
RA, S
DR_M
A6
1
3
_/X/
W
,62
5
W
6
SDA2
J3F>
K%_ SDA6
Kly;
DILkM
ODT
7
@
8
SDODT
K2k_
DILkM
(LK
DILkM
DILkM
0402-_'8;c,4iIdW
5
^.._.._
%./_
4
6
7
_
8
SPA12
SDA7
10ohm4)402-=5%-1/16W
R139
10ohm43402-=5%-1/16W
_:
SDD___N4
SDDQ1
SPA2
SD_4:
SI)ODT
SDDQ3
SDDQ4
SDDQ5
SDCLK
sDcIx N
<_T4
SODO0
SODO_
SDDQ2
<_P3
SDDO3
_qT2
SDDO4
<aR4
SDDQ6<_T3
SDDQ7
<_PS
SDDO8
SDDCT)
_c_5
SDDO9
SD_4m
<_R7
<xP6
SDDQ11
SDDO13
D7
SDDO14
SODO9
D3
DI
SDDO12
D9
SODOlO
B1
SDDQ!3
SDDQi4
C146
0.1uF-0402-Y5V-+80%-20
!_v
iii
x3
_
SD_v_J_-0
SDVREF1
C147
H4_ DD
100ohm4402@1%-1/16W
1
(L
SDDMI
150°hm-0402"_1%-l/161_SA66983BGgU0
A_
A6
DQ7
DQ8
DQ9
DQ10
A7
A8
A9
A10
DQll
DQ12
All
A12
DQ13
DQ14
DQ15
LDQS
BA0
BA1
BA2
UDQS
/LDQS
/lo_.) S
LDZvl
_D
_DD
VDD
VDD
L_Zvi
VDD
VDDQ
CK
iON
_DDQ
_DDQ
B3
DRacM(LK
J8
--
K8
K2
,_DQ
eKE
/RAS
_DDQ
VDDQ
VDIY4
iCAS
/}XN
VDIY4
_DDQ
_DDQ
_7)DL
SDD©13
_ _l'qS
SDDQ14
<%_
SDD©15
<_P,5
SDDM0
--
DIt_n\I
RtS
M8
DRacM ,%0
NB
M7
i'.2
N8
N3
DRacM
DR_M
DR_M
DR_M
DR_M
i',7
P2
DR&b{ ,%6
DIL_M ,%7
P8
P3
M2
P7
R2
DR_%{
DR&M
DtL&M
DR_I
DRAM
L2
L3
LI
DRAM BA0
DRAM BAt
DRAM BA2
_P6
TP6
--
TP7
DI%&M ODT
_P5
SODOS0
--
SDDOS0 N
1R7
SDDQS1
SDDQS1
l
N
]
TOP VIEW
rramx pkg.
SDDQSt
SD_q_S[N
llxl]@a
A8
A9
A10
All
A12
VDDI8
J9
ND
r
Cl
VDDt8
O
E9
G1
G3
R142
S
C145
100ohm4_402-±1%
0 1uF-0402-Y5V-+80%-20%-16V
G7
G9
J1
DRAM
.12
SDVREF0
VSS
V_
R144
DIt&M WE
SDDMI
AI
A2
AB
,%4
A5
A1
El
DI%&M C&S
?
R145
A4
DQ5
KS
<{P7
_
5
DQ4
VSS
sD_s_
}*
A3
ODT
SDDQS!N
7
DQ3
SDDO12
SDDNfl
SODQS0
SDDQS0 N
m
A2
SODOIO
SDDO11
SDD¢5
SDDND
SDVREF0
I m
_0
DQ_
DQ2
<_LRO
SDDQn
R143
(]_
A8
SDDQ5
sooos
_P4
SI)DQ7
SDD08
\DD18
100ohm4402@1%-1/16W
SDDOll
DR4M
SDDM0
sDP,
aS
N
R138
R141
_
N1;,
R2_.
SDCLK
--
Cg
MJ_
@3otml-_-'r'L%-liI6W
--
SDDO8
]_[_.
13_
SOCKE
O402-_5_lst_vV
4 SOAS
<LK NzN/N/.
33ohm-0402-_5%-l/16W
SDDQS0
SDDQSI
SDDQS0 N
SDDQS1N
AI2
]_)
F9
TWO.
A5
SDDO7
SDDO3
N21__ SDBA0
P]-s
DR&M
3
R137
G8
G2
H7
K3
H!
F!
IA F
DR_M
%/kF
SDA8
SODO0
SODO5
SODOI
SODOa
SODO6
SDDQ2
SI)A10
K4ct
3
5
1
cus tom)
DDR2-SDRAM
(DDR2-800)
(2-1ayers
iGbit (64Mwords
x 16bits)
I
C148
v_Q
V,_,Q
VSSQ
----
V,%Q
VSSQ
v,_,Q
--
V_DL
NC
NC
NC
--
A2
E2
100ohm4_402-±1%_0
1uF-0402-Y5V-+80%-20%-16V
OND
RS
NC -R7
NCR3
--
O_4D
Sh>rt
wiring
(_
"<
7
G%'D
\1)DIS
O
NC/10uF-0805-X5R-±10%-6
1
2
3V
3
G']ND
0 lu F-0402-Y5V-+80%-20%-16V
0
lu F-0402-Y5V480%-20%-I
0 lu F-0402-Y5V-+80%-20%-16V
0
1 u F-0402-Y
0 lu F-0402-Y5V-+80%-20%-16V
0
1 u F-0402-Y5V480%-20%-I
6V
0 lu F-0402-Y5V-+80%-20%-16V
0
1 u F-0402-Y5V480%-20%-I
6V
0
lu F-0402-Y5V480%-20%-I
6V
¢
5V4
80%-20
6V
%-16V
5
6
8
1
2
¢
3
5
G
Main Board (SCH)
RE01TC81ELNA0
(2012)
A
TI
15
16
1
17
NC
--
GND
NC
IS
G%'D
2
NC
TU 5V
-3
4
GND
@(50
TU _%_
hlF-0603-".L%'- +80%-2(P. 6220ohm-Od02-_5%- 1/16W
U8F
220ohm-Od02-_5%- H6W
4K7olm>0402-+__%- H 6W
4K7olml-O_2-+2 %-H6W
5
OND
6
SDA
Ii. G_.D
7
TU SD_
8
_- S(K'
TU
1
TU
SCL
SDA
TI2_
9
I1' O_'D
10
11
ii
:
7
Dlrl
DW2
12
IF ACRP
13
IFN
14
11_
R60
IF AC_7"
R235
UI2
01 _VI
A16.___ IFAGC
F;gN "/N/N"
|
V
G%'D
i
iiiiiiiiii
CI39
IF+
AI_>
IF-
BI2;_
TU _%_
__
VO
_+i0
l
__ 2LT
O%'I)
1
0ohm-0d02-_5%- 1/16W
0 0hff- 0402-Y5_,_+ 80%-20%- 16_,
2K2olml-O_2-+-_%- H 6W
DVT- IOBCq'41F0
PI2V
IFACK_
R2_'/N/N"
C1
I
]
H
6W50\,
01_'_°hm-('_2-_5%0htF- 0_2-X7R-±t
0%l_otun-(
'_2-_5%- H6W
r
_
i
R236
{7203
i
iiiiiiiii
0 hff'-O_2-Y%_- +8(£.6-20% - 1o%"
UTC78D05L
100uF- 16V-+20%-6 *7-105
0 htF-0_2-Y%'- +80%-20%- 16V
1
2
3
¢
5
6
8
1
2
¢
B
5
6
Main Board (SCH)
RE01TC81ELNA0
(2012)
,%
10Kohm-{}d02-__1%-Iit6W
330pF-_02-X7R-±I 0%- 50V
htF-0603-YST-+80%-20%- 10V
NC'Lbhm-0402-=5%- 1/ 16_V
q- (
LOUT
ROUT
1
2
3
¢
5
6
8
I
2
3
4
5
6
Main Board (SCH)
RE01TC81ELNA0
(2012)
AI 5V
©
G%_D
Diff. pairim_edancel00ohm
<ON3
21 SHWL2
23
SHELIA
19
18
17
16
15
14
tlP DET
+5V
G2"D
DIX" DATA
DK'CLK
Nc
CE Remote
12
11
CK Stfidd
OK+
I)0-
Pd36
ASCL
Q_gl
ARZQM
10Kol?a n-0402-_5%-
1/ 16W
47Kdm>0402-_5%-
1/16W
47Kolza n-0402-_5%-
1/ 15W
G2X'D
10
ARZQP
9
ARZQM
G%'D
B0 Stfield
I30+
D>
D1St_ld
DI+
D2D2 Slfield
SHFAdB
SHFAI1
I
ASDA
-- 13
CK-
22
AHP{_
A1 _V
G2X'D
ARZgP
ARZ1M
6
5
G%,'D
4
3
2
G%'D
Ii16W
Ii16W
IiI_V
IiI_V
4R7otml-0402-+5%4R7otml-0402-+5%4R7otml-0402-+5%4R7otm_-0402-+5%-
IiI_V
IiI_V
IiI_V
IiI_V
ARZ1P
ARX2M
0 0 hff:-0402-XTR-±t 0%- 50V
560olm_-0402-±t%- HoWV
cHo o0+
,/N/N
R221
_,::
cHo o0-
,/N/N
R222
,a,3,
clio O1+
,/_
P,223
B2__ RX1P
clio D_-
,/N/N
R224
,a2:__
CH0 D2+
_/N
R225
BI-_:
ARZ_P
1
D2+
4R7ohm-lM02-+5%4R7ohm-lM02-+5%4R7otml-0402-+5%4R7otml-0402-+5%-
471511051
RXOM
AVDD33V
,-,
_B
O'ND
G%'D
C214 N
RX2P
_C4
21
23
cHo o2-
,/N/N
R226
CN0
CLK+
,/_/N
R227
CN0
CLK-
_/_R228
AL_..
_P
<0N4
SHELL2
SHFJLL4
R184
19
18
17
_HP_
_I {V
G%,'D
16
15
14
_A
_0L
13
12
11
CECl
BRXCM
G%'D
10
9
8
_R_QP
_RXQM
G%'D
D0+
D1D1St_ld
7
6
5
_RXQP
_RX1M
G%'D
DI+
D2-
4
3
2
_R_IP
BRX2M
G%'D
D2 Slfield
D2+
1
#R_P
HP DET
÷5V
GXD
DIX'DATA
DDCC_K
NC-_-ERemote
CK_TKShield
OK+
I)0D0 Stfield
22
SHFAdB
SHFAI1
Eq,
Pd65
A4
R186
CH0
SCL
C5
C]_.>
CH0
SDA
C5
C1_>
C128
10Kolm>0402-+5%- lq6W
47Kolm>0402-+5%- lq6W
47Kolm>0402-+5%- lq6W
C130
CI35
PWR
IVII2__
R20%N/N_
T
3Kohm-l>D2-_5%- 1.'I_ _-_'2200pF-O_(P_-X7R-±I 0°_-53%,q3
IKolm>0402-_S_glq6W
4700pF-0402-X7R-±I 0%- 50V
2K2ohu>0402-_5%- 116W
2 2tff'-0603-Y%'-+80%-20%- 10V
HDNA 33V
M3 3V
L8
471511051
120olm>0603-+25%
OND
t
1080
1082
T
T
10uF4)805-X5R-±
10%-6
1091
1094
1095
I097
T
T
T
T
3V
0 1uF-0402-Y5V-+80%-Z0_/_FRM
02-Y5V-+80%-20°/@11&_F-0402-Y
5V-+80%-20%-16_1uF-0402-Y5V-+80%-20%-16V
0 1uF-0402-Y5V_80%-20%-16V
0 1uF-0402-Y5V_80%-20%-16V
OIND
Diff.
G%'D
pairim_edancel00ohm
IKohm-0402-+5%- 1/16W
Ct 5X
36Kohm-( _KP_-+5%-1/1oWV
36Kohm-0402-+5%- t/1 o%V
1Kohm-0402-+5%- 1/1 oWV
CON1
21
23
-
SHFd_2
SHELIA
19
18
17
16
15
14
tlP DET
+5V
GND
DIX'DATA
DDCCLK
22
SHFAd3
NC -13
tZERemote
12
CK11
CK 5tfield
10
OK+
9
I)08
D0 St_ield
7
120+
6
D15
D1Nfield
4
DI+
3
D22
D2 Slfield
1
D2+
QHP#
01 _V
G%'D
85
_R199
O_A
0_0_
10Kolm>0402-+5%- 1/ 16W
0001
ORKOM
i
47Kolm>0402-+5%- 1/ 16W
47Kolm>0402-+5%- 1/ 16W
G%'D
U7
PS421
ORKOP
ORKOM
G%'D
50
m
ORKOP
ORKIM
BRXCM
CRXlP
BRXOM
CRXIP
QRK_M
BRX0P
QRZIN
0RKaP
BRXIM
CRX0P
9R_aP
BRXCP
CRX2M
G%'D
O HDN_ 33V
G%'D
_RN1P
SHFA_I
CRXOM
VOC
471511051
BRX2M
IN_n
BRX2P
OIND
VCC
CRXCP
IN3Dlp
CRXCM
ARXCM
G%'D
>1492
CON2
21
SHFdd2
23
SHELIA
HP DET
+5V
DIX'DATA
DDCC_K
NC
tTERemote
CK_K Shield
(K+
I)0130 R_ld
DO+
DL
D_ _ld
--
19
_HPP
18
17
_I {V
G%,'D
16
DSDA
15
14
_gQL
0001
_R£QM
12
SHELL3
D2 Shield
D2+
DRX0P
ARNIP
DRXOM
AR_N
ARN_P
PRZQP
DRXCM
--___----G%'D
47Kolm>0402-+5%- Ii16W
47Kolm_-0402-+5%- Ii16W
1Kolm_-0402-_5%-
1/ 16_vV
DRXIM
G%'D
499d_n-0402-±t%-
_R_IP
_R_aM
3
1
AR_IN
_RXOP
6
2
22
DRXIM
G%'D
4
DI+
D2-
PRZIP
AR_gP
_R£QP
_R£OM
7
5
ARXOM
G%,'D
I0
9
8
DRX2P
DRX2M
10Kolm>0402-+5%- Ii16W
13
11
R208
AR_0P
H6W
=
G_'D
_RX2p
SHELL1
G%'D
471511051
DD(B
22uF-WoO3-Y%_-+80%-2ff_,6- 10V
PS42Lad)DR0
O_qD
I Title
_
I
I
G2_,'D
I
2
3
Date:
] File:
4
5
2011-01-07
D:',ATSL'C,P10 HDIMI.Sc!fl2_c
I
Sheet of
I INmmBv:
0
I
[IIIIIIIIIIII]
I_
_1_ ........ _,_ _d__F4°_?%_o/'
;;_i!i°;;
...... 0
m_
c_4
cl8 _ a_
Q°
.....
o_7
_;_ s _
_2S9
©
o,2_
_o_
_Z
C_8C3
°,2s _
_cl24
@°°3 _@002
c_s
c_sTC]
n_r/m
C_cao
_
_
_
c®
_
....
EB_E'bUUU
_ r_ c3 r_
_
n
_4_R42
;,
_
Power board (SCH)
RE46DZ1750
O
v+
RT[
I
INPUT:ACI00V
240V/3A
C201
._
c207
LY2
T,+
4
CON2
i
2
.........
.....
i..............
+i2v
3
.....
]..............
+12v
4
.....
i
5
.....
]..............
GND
6
.....
]..............
12%
7
....
]
....
R402
C401
+12VSN3A
i i.....
io
VPFC
GND
J
12%
GND
++
+5VSg
Ril6
PSON
C107
Rl12
R102
RIO3
iii ....
TI
Rill
L102
RI05
<
EC402
R104
CON3
T
2
.....
+24V
3
..... i
GND
4
.....
GND
EC403
QlO5
22
NC
_E_
PD202
!_
_
RIIO
QlO2
]
]i
....
+1_
Ci06
+5VL
,
X _
__
....-
T
i2
l
4
-- z+ i
NC
R417
<7
_
]....
__-- ]°_°L
Nc[
I R232
T
+oi:4"_
--
i
R4i8
R419
.....
•
_U40:
_
+i2VSB
i+ k_
@
R422
I1
]....
A
]1
A
,'%
8[I03
_++++++++++
4-
Z_
F_
+_11
+
PS_
I
._ A+_
+5VSB
R24_
NC
NC
EC208
+24V
R247
C
+SVSB
-
L401
'_
R23S
:
+12v
+_ +i+++,+
+°+°+ft
R421_
_
i
U203
NC
\ 7
R424
NC
_
EC404
ic452
EC406
i
C419
TT
P@Ol
R516
X
R517
°+
N+
3_U402
Z402
kk
+ T?
20
21
NC
BL102
© ++1'+I
BLI04
NC
VER: 1.0
CY3
±1'2,
0
R452
2012.02.10
+12VO
Sheet
1 Of 4
Power board (SCH)
RE46DZ1750
80201
I,,I
RS208
C202
VPFC
v+
O
q
©
L202
R207
L203
11
ER28
13
i
_
R216
\
;
]
1
....
_ _
P
....t
_c2oJ_
TT
T_8
2o3]
_'-_
/ 1
l
-_____
i' .... 'i -
i
0
_i .....
N_
D202
vcc
_2o_{
c2o8
-[-T
.
.
R221
R210
TT
!
VER: 1.0
2012.02.10
Sheet
2 Of 4
Power board (SCH)
RE46DZ1750
CON5
o ....
0
C603
o....
It
VBL+
104/400V/MPP
O
Nr
O
VBL
VBL
PT
A
O
O
0
NC
0
SGND
6
D602
0 VBL
R629
I
SEN
if
R628
T301
ER28(4+4)
8
io
D603
11
F_I
oOO rNTVCrpT (VREF)
B
0
I
__
44:94
PT
C
_
-
R638
-
]
_
i:i00
±
,t
/
/
V_F_
1" T
/
/
+_+
°°o_,
o_
.
"
_
"
__
C60
-_-
'_'
.....
I
I ++_A....
_:....
_7o2
•
rll
•
-
f__+
-
RT
....
R601
VPFC
o_o_
_.... 1
++2--1
'J
R604
.
l
o.... _i
_
D303
RB05
RB06
CNT
E
+12VD
pQ302
vccl
AD
R704
2
13
U60I
D
14
)
ON/OFF
I
i
ON/OFF
i ....'-+
+l i' ........
U
_._
vcc
c
I SEN
0
R709
o7o_(
q
C703
NC
CON4
VER: 1.0
r_
2012.02.10
Sheet
3 Of 4
Power board (PCB)
RE46DZ1750
I
£
JP1
EC405
,_
_-
B1-53900227-ZH
VER
1.2
18.0mm --I_
ll3.0mm
I:,
248.0mm
266.0mm
XXXXIPB740A VER1.0 2011 -
Non Feb 27 175516
2012
Power board (PCB)
RE46DZ1750
•
•
•
o
BoneR
•
...
iRon
ii
•
•
iBm
• •
" "'"
||m
""
m
-'-"
•
i • ill •
•
•
•
i
i
•
•
'i
;.:
•
m
mR
'i
•
iBm
in..
- =-••i
i
am
i..ili:
•
•
•
•
m
m
,,
•
l •
'
•
m_
ilion
"'"'".!_::
io n
)e_
,
•
i
4mmk
•
iii
I In
i i •
i
m m
moB
•
I
i
•
DO
•
•
•
i
olli
•
•
i
• •
m
•
i
.
mm
•
•
•
•
.
',
O
•
•
imam
mm
=
•
•
•
•
•
•
•
XXXXIPB740A VERI.O 2011 -
oR •
•mm
•
•
•
i
_
•
= =
• ••
•
i.!i ::::
ii
•
•
me
i. I
m iii
II
ill
inn
me
me
•
in
i o
•
..
•
•
•
Mon Feb 27 1756:51 2012
•
@_e_
•
•
•
in
in
i(
•
m _
i
(
• •
• •
•
•
•
•
•
iBm
•
•
Oi
•
'""
•
•
i
I
•
i
i
me
i
41P
•
•
•
i
iDleR
•
in
iiiii
iii
•
•
•
iOi
i
•
i
i
•
mini
•
.=.
•
•
•
ill
i
•
tl
i
in
•
•
_: i
imBuing
mini
i
•
•
•
•
....,'-
' i'
•
•
•
i
•
i lie
" "'"'"'" '
m
•
•
•
•
•
'i'i
,
miNi
iNneR
•
•
•
iii(lllllF
iBm
i
ill
in
mini
i
me
4llllll_
lOiRe
iBm •
•
•
m
•
i
i
inn
• •
•
T
i
•
•
i
i
#|_
•
me
•
/
Power board (PCB)
RE46DZ1750
(
I
•
O0
0.o.
_0
&
O
0__
e-O
_
•
•
Ou-
•
•
_
•
.,,
_
_W
•
y
V
O
I
O
--
•
O
•
•
•
•
O0
_"
•
• iBm
•
•
•
•
.
o"
. .z--- e •
•
•
_O
•
•
•w
•
•
amine
i
W
•
•
•
...
_0
•
•
•
••
•
690
00
O
•
O
•
o•
-•
-•
S
00000
•
1
g
• •
• •
no
•
0. • • .9o._
•
inn
m
ii
i i
ii
dbdl
•
6
O
o.ooo
i
•
mini
..
i
i
"-'
ins
•
•
".
_
-
•
inn
i
•
•
• •
nee
omen
iii4|||H)
iDLe
• e
minimUm
imBiBeR
g
•
•
imBiBeR
BBBNBNLB
•
mnm°i
millli
n
n
-•
n •
illi--''i
n
__
oO,
- -
n
mR
•i
•
•
•
•
•
"
w
•
n
i
i
i•
.:
/
•
•
cOo
•
_
!
in
•
ins
in
•
_)
•
•
lOOOOOOOO_
11
4
.
•
•
'
•
i
g i
O
•
O
•
•
in
gP
mmmmmefA_
nun
0
A
g
V
v
i
&
in
i
,
_
•
•
•
O
_ •
iininiin
n n
ii
..
A
IBF
O
•
•
•
•
•
•
•
•
•
•
_
J
l
u
l n
u n
•
• n u i 40001,
inure
i ,
,
i n
in
in
•
_.4ore, non
._nn
O•
O
W
W
•
.
•
M
,
.
i
•
•
•
M
.
mm
•
pi
•
• • i O
O
:
A
9
v
_
•
6
•
I
:
O
--
l
m_O
UmBra
alum
me•
nun
:
•
•
•
•
•
me e
•
•
•
0
•ill•
_
•-
•
•
----
_O
•
•
•
•
°me°
•
nil
••
• • oO_O
:
•
• no
_m on
n
• •no
nn
n
•
"i
.i
•
•
i
u in
•m4iF
i4i
°i:
_
"
go
n
',, o.._'_'.
ill
•
mien
'•n
....
mmmm.
a
AA
O_
•
qP
•_
•
.,
o
•
•
0°
m.,
•
I
-m_q__
•
•
AA
•__
o!
•
i_
inn
0
I
gO
(
•
O
on.
•
O
o_
A
a
•
•,dr
•
iiO
ego
•
•
•
••
• .
O
•
!
4OO_
•
_
•• e•
•
•
•
A
i
-.
O
•
_
•
XXXXIPB740A VERI.O 2011
•
u
.
•
qpi
•nul•n
"
.
• ._ ::::
n
i
_
_P
•
i
•
,., ,., _
ii-_
•
---i_i
on
_i
iii
_O
__
n
n
•
-.....
•
=m
'
O0_A
mum
..
n
i
i
-
iBm
inmm:
A•
URn
"
•
o9
lien
i
_•_Binning
A
_
i
"
-V
I
O
dh
-.-0
8G
•
(
•
....
i
n
o.O• o. • •
i
i
O
4
•
i
-----'_"
O
in
•
,
•
--
-- m _jb" m
• i _
iS
I
o+°
-
J
"
dl
O
O0
OOO0°
i0
"
w
•
u
imBiBing
i
--i_
O
go
....
O0
•
I
i
•
•
18,
•
•
O
.
•
Ion
O
i(
morn•
i
i
u
'
=ILIIII=
_
i.O
Rim
4OOOOOF
i
.
•
RAW
mR•numB
me
mini
•
nn
•
_
iiniil
O
i
•
mini
------.-- ---...
•
nimBi
iiniuiiiinin
• nil
.
O O
OI
o
_ . • .. oooooooo --.-"
OO
6
•
in
°
•
I
-•
,
O
nil
•
•
o
n
•
•
..O
"
•
•
i
•
.•
o:
I
•
•
w
•
•
F
i •
O0
i_
•
•
mm
•
•
jig
i
_Oo
I
Pt*
•
•
O
•
•
Mon Feb 27 1756:1,5 2012
Power board (PCB)
RE46DZ1750
n
n
i'--Ir
1
ui'i
r77r7
i ii ii i?i,,,
D
D
D
D
D
D
r7
i i
E°b[:"]
FIFIFIFI.... FIFIFI,, FI ,_, m
OFIFIFIFIFIFI
FIFIFIFI
FIFI_
_1
IrAqi
II
II
II-I.E_
_a_'
,q ,q'm ,q
lq,q,q,q| _ _|
_mO
_ _'__¥_'_
Fi,_,Fi II
L._I,_,
W
Fi,,[q_
'_'o _
i--I--I_,_
0
U''000FI
_
XXXXIPB740A VERI.0 2011 -
Mon Feb 27 1755:44
2012
nn II n_:_
_ _,
IIIIIIIII
> ._
OHD >
>
_HD
Eq
VBL+
¥8L÷
He
VBLVBLHC
_HD
VCC
C#T
PT
F81
F_2
Power board (PCB)
RE46DZ1750
!
I
I
I
O
XXXXIPB740A VERI.0 2011 -
Mon Feb 27 17"54:05 2012
Power board (PCB)
RE46DZ1750
SIZE
YES
1.1
41
_
YES
#
TOL
_
YES
+/-0,0
166
_
YES
+/-0.0
1.5
6
"_
YES
+/-0.0
1.2
47
Jr[
YES
+/-0.0
0.9
,50 #
YES
+/-0.0
5.5
6
-I
_
YES
+/-0.0
0.7x 2.8
3
"I
"L YES
+/-0.0
2.1
4
"_
YES
+/-0.0
1.5
15
"1"ff YES
+/-0.0
4
2
@
YES
+/-0.0
2
I
-I
_
YES
+/-0.0
_.z_._
4
_
YES
+/-o.o
2.3
2
-I
9
YES
+/-0.0
I.O
35 _
YES
+/-o.o
0.889
2012
PLATED
<S>
I
XXXXIPB740A VER1.0 2011 - Non Feb 27 1757:03
SYM
7
1.7
.+
QTY
0.8
4
_
YES
+/-O.O
1.5
8
"_
YES
+/-0.0
1.4
I£'
"_
YES
+/-0.0
1.4
1
"1]
NO
+/-0.0
I
2
I
_
I
4
I
_
I
_
I
•
I
e
I
9
I
lo
I
11
I
12
I
_3
I
14
I
1_
I
16
.e
(]
0
0
0
÷
O
F
F
E
E
26
323ZBDO02
Rubberfoo_
25
6
Stand base
24
23
1455731Z0
bracket
l
Standbase
1
NeckBracke_
l
2Z
30557300Z
Washse[
21
Z45573000
Stand _racket
1
20
305573001
Washse[
l
]9
Z45573100
Washse_
1
]8
145573Z00
Neckcove_
1
]7
145573000
Stand
neck
l
]6
LB42K1500
Cable
damp
]5
2450AL000
13
1
Powerboard
1
153297030
SMeldiack
II
Z550ALZO0
ConnectoJ
]0
Z550kL300
MaJnborad
9
2550AL|00
Power
8
_850kLO00
Wallmount
7
2550^L000
Ma_n
Z45O^LO00
Stand
6
I
1
board bracket
bracket
bracket
171930|00
Lens
_0 C
2
568C
2
SGCC
4
S68C
2
SGC:
bracket
!
SGCZ:
I!
IR board
I
Ic
I
HIF!;
I
bracket
Pane]
4
I
I
I
S6[}[:
l
_aJn board
12
_G[}[:
1
Backcover
]4
II
I!
sensor
I!
Speaker
F_,_,I,_
12
m
IJSOALO00
!
Frontcab_net
!
_es
A
1
I
2
I
s
I
4
I
5
I
6
I
7
I
8
I
9
I
10
I
11
I
12
I
13
I
I
I
14
I
I
I
I
I
15
I
16