RCA 50LB45RQ Schematic

Download

For qualified service personne_ only Version 1,,0 for 2012

Mode_, 50LB45RQ

Made for Today.

www.rca.com

Revision No. Revision Date Page Description 1 May, 2012 All Initial Release

Version 1.0

1.1 Basic Specifications

Diagonal Display Size Television System Channel Coverage

Temperature

Humidity

Power Supply

RF input

Connection

Interface

Video input

Audio input

Audio output Graphic input

Resolution

Component/HDMI mode

With stand

Dimensions

Without stand With stand

Weight

Without stand

Power Consumption

50 inches American TV standard ATSC/NTSC system

VHF:2-13 UHF:14-69 CAW:1-135

Storage Temperature is -20°C-+60°C (-4°F-+140°F) Operating Temperature is 0°C-+50°C (+32°F-+122°F) Storage Humidity: Less than 85% RH (No condensation) Operating Humidity: Less than 80% RH (No condensation) AC 100-120V, 60Hz Cable/Antenna x 1 AVx 1

Component x 1 HDMI x 4 AVx 1

Component x 1 PC Audio In x 1

Headphone x 1, Digital Audio Out x 1, Analog Audio Out x 1 RGB 15pin x 1

1920 x 1080

480i, 480p, 720p, 1080i, 1080p

45.9W x 30.4H x 12.2D

45.9W x 28.7H x 4.2D

51.1 LBS (23.2KGS)

42.3LBS (19.2KGS) less than 150W

Version 1.0

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. Itshows red when the TV isturned off and blue when turned on.

Remote Control Sensor: Remote control IRsensor, 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

1.3 Connection Interface

@ @

HEAD PHONE: Connect a 3.5mm headphone for personal audio. Digital Audio-out: 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 L/R: Connect double-channel coaxial cables for analog audio output.

Note: Di!(yt,_lAuo'/_;,-out _nd AUDIO OUYT:_UY ,_resupf._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 video jacks, such as a VCR or a DVD player. To access device connected to these jacks, press the INPUT button on your remote; then press the up/down arrow to select AV. Press the ENTER button at last to confirm.

• AUDIO-IN 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 R: Right audio channel connection. The right audio connector is usually red. COMPONENT Y/Pb/Pr: Connect a device that has component video jacks, such as a DVD player. To access device connected to the Y/Pb/Pr jack, press the INPUT button on your remote; then press the up/down arrow to select Component. Press the ENTER button at last to confirm.

,, Y/Pb/Pr (Component Video): They provide good picture quality because the video signal is separated into three components. Use three video-grade or component video cables for the connection. 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 or other device with a VGA output to this jack using a 15-pin, D-sub cable. PC INPUT Audio-In: Use to obtain sound when a PC is connected to TV. Use 3.5mm stereo mini-pin cable to connect PC to TV. ANT/CABLE: 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

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

Active Area

Bezel Opening Area Driver Element Pixel Number

Pixel Pitch(Sub Pixel) Pixel Arrangement

Display Colors Display Operation Mode

Surface Treatment

Specification

1095.84(H) x (V) 616.41 (50 diagonal)

1102.84(H) x 623.41(V)

a-si TFT active matrix

1920 x R.G.B. x 1080

0.1903(H) x 0.5708(V) RGB vertical stripe

16.7M

Transmissive mode / Normally Black Anti-Glare coating (Haze 3.5%),Hardness 3H

Unit

am mm

pixel

color

Note

(1)

(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

3.1 Inner Structure

Inside cabinet (front)

5 5

Version 1.0

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 2012)

4 RE46DZ2009 Power board IPB539 200W

5 RE261530458105 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

Jack List

Jack N01 1 Specification Description connection Note

CN25 10 Pin 2.54mm Main power To Power board

CN17 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 board Backiightcontrol

C NA3 4 Pin 2.54mm Amplifier power supply jack To power board

CNA1 4 Pin 2.54mm Speaker jack To Speaker

3.3 Power board connection

CON5

CON1

Jack List

Jack No.

CON1

CON5

CON2

CON3

CON2 CON3

specification, DeScdPt!0n connecti0n, NOte

2 Pin 3.96mm AC input lack To AC power supply

12Pin 2.0mm Backlight pcwersupFty To panel

10Pin 2.54mm Main board power supply To main board

4 Pin 2.54mm To main board

CON4 3Pin 2.0mm Backlight control jack To panel

Version 1.0

3,4 Connection Diagram

12Pin flat cable ..... 4

CON5

;u _ CON4

_ _ CON3 _

_ CON2

CON1

8Pin flat cable

50" LCD panel

Keyboard

J \

4Pin to 4.Pin

J _

AC 100o120V 60Hz

C c

LVDS double array cable

3Pin to 6Pin flat cable

flat cable

10Pin to 10Pin flat cable

IR board

5 Pin flatcable

4 Pin flat cable °°°,

CN17

CN5

CNA3 CN25

CN9

CNA1

oa o

Z uJ

E]_ Left speaker

[_ R_ght

Version 1.0

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. Ifthat 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 inchapter 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

4.2 Troubleshooting for Displaying

Note: Ifthe 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 broken-

down 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

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 ifthere is anything should not exist inthe 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 ifthere 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

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 ifthere 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

Note: The exception handles are prepared for qualified personal only.

5.1 Display Exceptions

5,1.1 Black screen and no display

Note: Ifthe troubleshooting guide can not help you with the obviation of faults, please change the non-conforming

materials to rework.

Check the external

power supply

No _ Yes

No _[s the power system _ Yes

Check and repair

the power module NO

signal of

380-400MHZ on

R140

N©

IsY1 or Flash(U16)

ReplaceY1 or FLASH

(U16) orQ23 NO

Replace the broken

component

Yes Yes

Yes

Replace DDR

(U17)or the

main chip (U8)

Version 1.0

5ol DispJay Exceptions

5.1.2 White screen

White screen

the

supply for panel works

check the voltage on the

PIN no.1-3 of

Yes

voltage on C-pole

is at low lew

Yes

Replace Q7

is voltage on S-pole

of Q7(5V or 3.3V)

No whether

Ithe jumper of CN2?,

is in good contact

Yes

Replace CN:_ or Check the power

jumper supply of 5V or :X :W

o mmu nica tio n between

i_normal

Replace relevant

resistor array

Yes

heck

pole of Q8 has a _.

level (0.6V) or the ,_

nt-end voltage of J

Replace the master

chip(U8)

Yes

whether

group signal of CNI?

No has an open circuit

short circuit

Replace Q8 or R27

Replace the master

chip(Ug)

Yes

Overhaul the PCB

and CN]? of

relevant lines

Version 1.0

5.1 Display Exceptions

5.1.3 Dazzling screen

Reset the driving voltage

Check if the LVDS

cable is bad

Change LVDS cable

Yes

e if the Yes ]

panel is bad? Change LCD panel

Check if the out network and the

normal

Check the power supply and clock circuit of U8

Change main board ]

___ Upgrade firmware or adjustLVDS MAP

Version 1.0

5,2 Audio Exceptions

5,2.1 No sound (completely)

No sound

Check if there

is audio input

Yes

<_, volume are

Yes

Does CNA1

_ve output signa

if the p1,2,3,34,35,36 of UA1 s ok?

Yes

Check ifp19of UA1 have high level voltage

Yes

Checkifthe p15,20 21,22 of UA1 have

signalinput?

Yes

Check external equipment

Set the mute and volume 1

Check the TV speakers 1

Audio power supply circuit 1 is bad, change main board

Check the MUTB/STB circuit,

if bad, change main board

Yes if F Yes

of Ual have PWAsi

_utput

Circuit between Ual and CAN1 is bad, change main board

Version 1.0

Circuit between U8and UA1 is bad, change main board

Change U8

Audio input circuit is bad,

change main board

Change UA1

5.2 Audio Exceptions

5.2.2 No sound (TV)

Refer to NO SOUND

Yes

Check if the circuit

betweenUT3andU8 sOK

Yes

Change U8, if that doesnt

work, change main board

Change UT3 1

Version 1.0

5,2 Audio Exceptions

5.2.3 No sound (HDMI)

Is the signal No _]]_1

source HDMI OK?

Unsupported signal, change

input signal of HDMI device

Yes

Check if the PC/AV

sound is normal

Refer to NO SOUND

Yes

<,_ Is the EDID(1) YeS>ill _

Upgraded firmware

Change U7or U8 or main board

Note (I): EDtD means Extended Display Identification Data

Version 1,0

5,3 Function Exceptions

5,3.1 TV function

rv can't scan channel/no picture}

No _d Check-Pv' RF signal

'_m (antenna,cable)

l by UT2, LT17

_ m_

<_Check !!p14an_-- I2C network is bad,

YesA

N___ UT3 s bad, change UT3

Change main board

Change U8

Note: (1) iF: Intermediate Frequency

(2)AGC: Automatic Gain Control

Version 1.0

5.3 Function Exceptions

5.3.2 HDMI no picture

No signal or image abnormal under HDMI )

Replace the signal

source

the in

signal source under

HDMI is norma

Yes

Overhaul the relevant

circuits between HDMI

input channel and U7

if the input

on the pin under relevant

HDMI channel of U7

are norma

Yes

Replace U7

output signal on the pin

under HDMI channel o

J7 are norma

Yes

Overhual the circuit between U8 and U7

No wheth_

signal on the pin _>

_relevant HDMI channelJ

Replace the master

chip(U8)

Version 1.0

5.3 Function Exceptions

5.3.3 YPbPr no signal

YPbPr no signal J

work, change main board

]

Check the YPbPr AV device |

or YPbPr cables

U8 surrounding circuits

are bad, change main board

U8 front circuits

are bad, change main board

Version 1.0

REC8(it is for version 2012) series main board has a USB SERVICE port, which is reserved for service use only. Please upgrade the firmware according to the instruction 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. Ifthere 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

6.3 Upgrade Color Balance Table and Backlight configuration file

1.When you finish to upgrade the basic software, it will display the software date in the factory main menu.

the software date

2. Download the color balance table file (CompQuality.bin) and backlight configuration files (ComScaling.bin) to the USB disk. The way of upgrading the color balance table is the same as upgrading the basic software, refer to 6.1/6.2.

NOTE: o The order of upgrading TV software: Firstly, basic main board software; Secondly, backlight configuration files and

color table.

o Make sure that there are two files in the USB disk (ComScaling.bin and CompQuality.bin), insert the USB disk

to the TV, and then press POWER button to turn on theTV, it will spend lOsto finish upgrading the software.

o When finish to upgrade the backlight configuration file, the TV will upgrade the color table automatically. o Pull out the USB disk after finishing upgrading software. o DO NOT power off or unplug theTV while upgrading, otherwise the upgrading will fail, and the main board will be unable to upgrade normally any more.

3. After finish to upgrade the software, the software date will change:

Color Table

In "VERSION INFO", it displays the panel model and Backlight Adjust.

Version 1.0

Adjust Color Balance Table (White Balance)

FACTORY MAIN MENU has a WB function, you can adjust the white balance in this menu by adjusting R/G/B value. Press

the remote control buttons "MENU"_"1147" to enter the factory menu (see below).

Choose "WB"(White Balance) and press OKto 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 automatically, 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

I 2 3 ¢ 5 d 7 8 _ I0 11 12

Main Board (SCH)

RE01TC81ELNA0 (2012)

10Kohm-@D2-_5%- M 6W 10Kohm-@D2-_5%- H 6W PMBT390_

POWER ON

CN25

IOPlN 2 5&I>H G

_%_STB

/17

GND

R215

100ttF-25V-+20%-6*7-105 0 htF- 0402-Y%_-+ 80%-20% -16_, 0 htF-0402-Y%_-+ 80%-2_ 1,-16_,

510oban-_02-+-_%- 1/I6W PMI3T39BI

GND

PVLU

4K7dun-0402-_S°>l,'l_V

AO34(_ 100uF-25V-_20%-6*7 105 0 htF-IMO2-Y5_,c+80%- 20%- 16_,

PMI3T39BI

_R2'46

--___----

G%_D

t VC?Panel

GND

CN3

3 PI2V

3PIN-25&D-H-M

NB3V D8

I I

UI _ZI 117H-ADJ(TR)EI

< VO_ ---_J

IT 2

OND IN5819-5 \_ NO 10ttF-)805-Y5V-+80%- 20%- 10V htF-Wo03 Y5V-+80%-20%- 10V

p3o,

VDDI2 _Q6 PMI3T39044KT°tIln-('_)2-_-_%-II6W

10Kohm-('_)2-_5%- 1,16¥V

GND

33VD

G%'D

470ttF-16_,c+2(P,b-8 I_ 105

0 0htF-0402-X7R-±I 0%- 50V 5K6ohm-0d02-_5%- 1,'I6W

0 0htF4MO2-X7R-±I 0%-50\,

(21

7 5

_%_STB

VDDI2 O)L

2' 2

OND

(HS010U-220K-045-G I0IC%lm>('_)2-±1%- 1/t 6W 3K%ban-0402-±t%- H6W

100ttF-16_,_20%-6*7-105

U4 _Z 1117H-ADJ(TR)E 1 A\'DD 12

I _vo_--_

G]N'D 100ttF-16_,c±2(P,b-6"7-105

htF-0603 -Y5_,c+ 8(P,b-20%- 10V

C6113 VO 2 ,

< VO

_RI6

l0ttF-0805-X5R-±I 0%- 63V AZI 117H-,ad)J(TR)E 1

120otm_-0402-=t %- 1/16_V 56ohm-0402-=5%- 1/16¥V

, T

RI2 G]XD

GND

VDDI8

N_3\

470t_16V-+20%-81- 105

7 100uF- 16V-_20%- 6" 7-105

G%'D

U3 AZ 1117H-3 3(TR)EI

] _ I

0 htF-0402-Y%_-+8@ b-2(P,b-16_, GND

33V STt3

0.1uF4?g02-YSV480%-20%-16V

l0ttF-0805-Y5_,C+80%-20%- 10\'

P5V

G%_D

0 htF-lMO2-Y5_,cq

0%-20%- 16_, G]XD

h_0603-YS_,_

U2 _ZI 117H-3 3(TR)Et

E 4

<vo_-_ 2H

1 T

I00ttF-16_,_+2(P,b-6"7-105

_8_ 1,-20%-10\, G%'D

UI3 _ZI 117H-3 3(TR)Et

lc_ E

<vo_--_J_

: 1 TCI3

G]XD 10ttF-0805-X5R-±I 0%-63V

htF-Wo03-Y5V-+ 80%-20%- 10V

4K7dun-('_}2-_S°>i,'l_V

BL ON R34

10Kotm_-0402-+__q>li16_V

PMI3T39{M PMI3T39_

510ohm-_02-_5%- 1/16W 1Kolm_-0402-+_5%-U1o%V

K;7

BALKLIGHT _)J

10Koban-0402-_5%- H6W PMBT3904 htF-0603-Y5_,c+ 80%-20%- 10\,

P5\

R31

R29 IKol?an-0402-_5%- Iit6W

33d_m-0402-_5%- I,'l 6_V

R32

GND

Pd5

--_----

G%_D

R36

G%_D

CN5

_1_

300oban-0402-+25%

GND 300oban-0402-+25%

GND

I 2 3 ¢ 5 (5 7 8 9 I0 11 12

? 3 ! ,_ . .. o.... ,. .............

.......... _ .. .J ..................

Main Board (SCH)

RE01TC81ELNA0 (2012)

DDC S(E T_

DID(" SDA Rg_;

p.&NEL ON DQ,:

KEY IN(} *ad5-_-

LINEOLT NL'TE B13:,

KEY INI

U8G

: GPY08

GPY1C

GPY!I

GPY12

MADIN1

MADIN3 : SFWP N

MADIN4

F2 BL ON

D I A SEV[

BA(KLIGHT ADJ

DVD EN

R8A66983B G#U0

LEDR

CN9

14PIN-2 0-D-H-G

52- STB

, _SV T

2 LE) R 3 LB3G

4 IR

5 GND 6 _ RII4

7 K1 RtI8

8 _ RII9 9 K3 RI20 I0 K.4 R122 II 1_ R124 12 KI3 RI07 ^'^ ^ _"_

%/X/" : 13 1(7 R126 14 GND 75ohm-O40Z-:k_/_ 1 q6W

3IC;ohm- (/v!LP_-+5%-1/1o%V 1Kohul-0402-+S£ 1,-1/16W 6K8ohm- (/vRP_-+5%-1/1o%V tKohm-0402-+5%- Ii16W 3IC;ot]m-(g02-+5%- 1/1o%V 75olnn-0d02-_Sq 1,-Ii16TV 75olnn-0d02-_Sq 1,-Ii16TV

33\ STB

_.Lc119

3IC;dm>{M02-+5%- H o%V 3K3dnn-{g02-+5%- [ 16W

33pF-0402-NPO-i5%-50V PMLIAI48L 4K7ot_n-0d02-_5%- H6W

G%'D 100ol}m-0402-+5%- H6W

P,318

./X/X.

10Kotm>0102-+5%- 1 16W 510ohul-0d02-_5%- lq6W PMBT39{_ 300ohul-0d02-_25% 0 htF-0d02-YST-+80° 1,-20°1,-1o%-

R28 ./X/X, 10Kotm>0_2-+5'V_ Ii16W

IKolnn-0_2-+5%- Ii16W PMBT3904 0 htF-0_2-Y5V-+80_ {,-209_-1o%"

LI0 ¢.-../.-..1%

I(T%05 I8030FR

¢_'D

IR IN

3.3V STB

3(£bhm-0d02-_25% 300ohm-0d02-£.5%

PSV

_Rt76

GND

S_ZSTB

'PSI9

GND GND

...... ........ - t 5 6 7 8

4 '5 o ,

............. J ..............

Main Board (SCH)

RE01TC81ELNA0 (2012)

RIC

A 3!

'R238

, 10Kobm-0402-_5%- H6W

, 10Kohln-Od02-_5_ _ H6W

I I / u16

I . I csa vo? 8

_vss Dn_ _

W25Q32BVSSTG

OND

BFTX

SFCS N

RPll 4*33dm>0402-_5%- H6W

LII ' >

10Kol_n-0402-_5%- Ii16W

33dlu|-0402-_5%- 1,16W

uss o+ R109 ./%/N. R1%7

usB D- _ ,/N/N. Tt0

M SDA M_L

4RTohm-0402-_5%- 1/10%V 4RTd]m-0402-_5%- 1/10%V

PI0

33\2D GND

5K6olml-0402-±l%- 1

R252 4K7ol?an-0402-_5%- H 6TV 4KTd:an-0402-_5%- [,q6W

SIDA[ FI,t_

R255 ./N/N. N(1A

Rm6

100olml-OgO2-+5_g Ut6TV L4,.:_ 100olin>( J_P_-_5q¢ l '16W

U8H

<,G15 DVD STB

<.GI6 D DAT

IVB2TMS <'_

SKSN

NL_2TCK :_-_

SbTK : NB2TDI FI

NB2TDO GI

sFrx

AsmPx__x

_F_I6

£16

_.EI 5

_DI6

_DI5

_.17t15

_HI6

XOUT25 "-'-_

._j15

DVDIR

AS1,VO

AstEMD0

TRST N

TgK

TN,_

TDO

N{2'INblm>{MO2-+5%- H 6W 25MHz-+20PPM-20PF-HC- 49S

YI 33pF-O!O2-NF'O-+5%- 50\,

R250 33pl:-0402-2x'PO-+5%- 50\

L, T IH,,o-

R249 220o1]m-0_2-=5%- 1/1o%V

33V STB

RESET N

/qf

J14

"-_ 100ot_n-( '}4(P--_%q,' 16W

NC;100Kd,an-{g02-_5%- [ 16W G_'D

G2X'D SGMS09-S_LN3 0 IuF-O_2-Y5V-+8(P ;-20%- 16V

RSA66983BG#U0

C49

TCK ]l _-] NC!0 IuF-B402-Y52'_+8d_' 6-20%-16_'

_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%- 16_,

(_'D

..... ......... ....... .......... ...... ....

...... ........ - ' i ' 5 6 ' 7 ' 8

I 2 3 4 5 6 8

Main Board (SCH)

RE01TC81ELNA0 (2012)

G%_D

(N15

RUS_-U K-O4WH

USB -%% _ FI ] o+Ii

_ #+

, . 16c-0603-Y5V-+ 80%-2ff%-10N _2

C111 PSi,D110 _D3]

L'L(E0505A015FR _xlb_'l S I_'_

-- UL(E0505 A015FR [ [

G%'D

YPbPri "f _N/Np R79 Y YPbtM Pb' R82 Pb

'N/NP . Pr IN

YPbtM th" _/N_ R8__

NC'Lbhm-( '_}2-_5%- 1/16_V NC'Lbhm-( '_}2-_5%- 1/16_V NC'_ohm-( '_}2-_5%- 1/16_V

AV1

75°1nn-0_--_5%- H6_vV i

OND

Y R @ LINE R

G%'D

1A\'.

__'-_-A\%8 + 13IX ) G%'D

CVBSI

Rg27 (_v_S 1

'N/N/'

_ 75dun-Od02-_5%- H 6W

330pF-0402-X7R-±l 0%- 50V 22ohm-Od02-_5%- 1/16_V

---1

O]ND

AVI L IN

ms0

A\4 LIN C12411 htF-0_3-Y5X--+80%-20%- 10\, 100Kotml-0402-_5%-1,t 6W 100Koiml-0402-_5%- I,i_V

_%_4052

t127

, AVI LIN

AVl

RI_ C1

22Koln n-0_2-_5%- 1/16_vV

T _ T 22K°ln'a-0402-+5%- 1/16W

R154 ] _ / 39Koln n-0402-+5%- M 6W

NCq 00pF-0402-XTR-±l _ 6-50V

l 1 I 39Kolnn-0402-+5%- H6W

NCq 00pF-0402-X7R-±I @;,-50V

G_7)

.................. T ............................

A\,3

YPbtM Y 3 CVBSI

CJ_D

AVI R IN

AVI L IN

G%R2&ID518030FR

ICS,ID518030FR ICS,ID518030FR

ICS,ID518030FR

CS_St

YPbthl Y

YPbth'l Pb

YPbPr 1 th

_ @ YPbth[ Pb @

FB4

_PbPH Y

60olnn-0402-+25% /

75olnn-0402-_5%_ 1 q6W _L

FB6 G_'D

YPbth'[ Pb _lPb'

60olnn-0402-_25% /

75olnn-0402-_5%_ l q6W _L

FB8 G_'D

YPbPH Pt

60olnn-0402-_25% /

75olnn-0402-_5_ t q6W _L

_._ YPbPr[ Ih 09

AV1LIN'

_R129

O_ND

5X 4052

',128

A\, [ RtN C127 ] ]

htF-0(_3-YSX--+80%-20%-I0V 100Ko[m_-0d02-_5%-1 I0%V 100Koi_n-0d02-_5%-I,16W 'Pd30

OND

AVI RIN"

R2'44

P_%__

0.16c-0402-Y5V-+ 80%-2@ 6-16% t00olun-0402-_5%- I,'I6W

UI4

AV1 RI_ 1

Y RI' 2

AINR0 3 y lX PC AI_ 4

D\]) t_ 5

V----7 sw 3x

2-%:::2....°

GND

G%'D

16 5V 40_2

15 Y LI'

14 D\_) U

13 A{NL0

12 AVI LIN"

11 PC AL'

10 _%%V0

9 AS%V1

PI2\, A\<PI22

R74

R91

R87'

± I

]l'c_

Cb4 R6 LINE R t292 < C89 R23 LINE L

tKoln n-gk!02-_5%- 1/16W 1Kolnn-0402-+5%- 1/16W

LINE OLTfR

220olm> 0402-_5%- 1,'t6W 47Kotun-( '_}2-_5%- I,'I6W

15Kohm-Od02-_5%- l,l 6_V

*R159

R218'

_--'W"

G%'D

LINE OUTL

- 1

GND Pd 60 C_'D 3IC_ohm-0402-i5%- t,'16_V Pd 79 3tC3ohm-0402-i5%- 1,'16_V IuF-O603-SL%'-+Sift,;-2ff_,;- 10V PMBT3904 PMBT3904 hk<0603-'£%'-+ 80%-_ff_,;- I0V 1Kohm-0402- _5_,;-1,16_g• 47Kohm-( '_12- _5£_- l,l 6_ •

47Kohm-0402-_5%- 1/16_V 47Kohn_-O_02-_5%- 1/16W 1Kohm-O_02-_5%- 1/16_V

IqKolm_-0402-_5%- 1/16W

GND

YRI

h_C-0_3 -Y5V-+ 80%-2de _t0V 100Kotun-( '_P_-_5%- I,'I6W 100Kohm-( '_2-_5%- l,16_V

5X 4052

TRY8

_R43

YH II

IuF-0603-Y5V- +80%-20%- 10\, 100Kolnn-0402-_5%- 1/16_vV 100Kolnn-0_2-_5%- 1/16_vV

GND

R73

YRI

RS,,,_, _ _Kotun-Od02-_5%- 1,'16W

..... II 39Kohm-O_02-_S£ _-1,16_•

R94 NC' 100pF-('_}2-NPO-_5%- 50V

YLI

.__99_Kot_n-( '_E- _Sq _-l,l 6%•

39Kotun-('_}2-_5%- 1,16W

GND N(7 t 0_)F-('_E-NPO-_5%- 50\,

5X 4052

t40

, Y LI'

_R72

--_=.--

G%'D

CNI4

_ PC ALI PC ALI RI7_w,,__ _ &_

CKTx3-35- ii -G R168

99_Kotun-('_E-_5%- 1,16W

HS VC4k 99_Kotun-('_E-_5%- 1,16W

VSVC_

I(_,%0518030FR 39Kolnn-0_;_5%- li16_vV

VGA DSDA ICS,ID518030FR

ICS,ID518030FR 39Kolnn-0_2-i5%- lq6W ICvlD518030FR

VGA DS(L

-%_J_}52

TRI31

c144

L PC AL'

po,L _.1 .

htF-0603-Y5V-+ 80%-20%-10\,

100Kolm>0402-_5%- 1/16W 100Kolnn-0402-_5%- 1/16W _'R132

---=.-- GND

33V STB (_--_ 2 D35l-OiqF-001- -G

FI TCI23 R1'46_ R1,7( 4KTolnn-(gO2-+-_%-M6W L21

SArS<' / ? _.24K7olm>0402-+5%-H6W

__L

-_ l/ _ VGA DSDA 12 I;O;I 2

G_9 SDA L_5 [ / DI_1SDA' / / I / • O-,i lo

t Hl3tcT //1/w

___

__z_ / / i /

c,_D c,_ / / I /

33p_-_2-_o-.__-5ov / / I /

>no,sm FO4 / / L--I _-l_-,/V_ ......

----1 t m05 t m06 /

4 _-_6./ ./ _ / ',_/

<; <; "; <;< / :'2K2°4n-O402-=5%-H6%

DDC S(& DI _ sI ! i _3 _ NSYNC+

RI57 Pd75 100otun-0402-_5%- UI6W

2K2olm>(H02-_5%- 1/16W

DDC S(TL 100olnn-0_2-_5%- H 6_V

-.__--

-%_J_}52

TR257

C14311 L

.... il " POAR'

I I

htF-0603-Y5\_ + 80%-20%- 10\, 100Kolnn-0402-_5%- 1/16_vV 100Kolnn-0402-_5%- 1/16_vV R258

--_=.--

OND

KX_0518030FR 60otun-Od02-_25%

_L75ohm-( '_}2-_5% -1/16_V

GND G%'D

,] D21 _5i

IC%_0518030FR

60otun-( '_}2-_25%

_L75otun-( '_}2-_5% -1,16W

GND G%'D

LII _ i BLUE+

RI61 IC%'L0518030FR

60otun-Od02-_25%

_L75ohm-( '_}2-_5% -1/16_V

GND G%'D

I 2 3 4 5 6 7 8

I ; 3 _ ...... i .... i .......... . . : ............................

Main Board (SCH)

RE01TC81ELNA0 (2012)

22ohm-0d02-_5%- 1/16W

9 ..... _V_Nlg(} (24911

22ohm-£N02-_5%- 1/16W

BLUE+ _4_R191 ('2501[

22ohm-0d02-_5%- 1/16W

YIN /v_RI93 ]

PbIN /vv_Pd95 (25311

22ohm-£N02-_5%- li16W

PrIN /vv_RI96 (25411

22ohm-£N02-_5%- Ii16W

0.22tiF-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

(270

:x_ F--- A,'DD33,

:_Dll _/_-_ GND

,::xAIIa*BI01_(99+(96 lCB_

__-- ZC104

GN]D O]ND

ltlF-0603-'£gV-+80q ;-20°/_ 10V

0.IuF-B:!O2-Y%--+8@ _-2ff'_;- 16V

0.[uF-04_2-Y%'-+80° _-2(Pi_ 16V

R8A66983B G#U0

RN6

U8B

LVOOU'_)P NI5 _ F_C/)+' 7 S LVOOIFf0M NI6 _ RXO0-' 5 6

RXOI+' 3 4

P15 P,,'_t+ RXOI-' :1 2

LVI_WT1M __P16 PO_1- 4"22_@an-0402-_5%- l i6W

RI5 R,W_2+

RN7

LVOOUT2M RI6 R,N_- RXO2+' 7 _ 8

TI4 _ RXO2-' 5 _ 6

LVOOUT3P R14 Dye3- RXOC-' 3 4

( RXOO+' i 2

T13 RXE4+ R13 _ 4"22°ba n-0402-_Sg/_ l '16TV

RN8

TI5 _+ RXD+' _ i

T16 _ RXO3+' 7 8

RXO2# 5 RXED-' 3

LV1OUTOP LI5 RXO0+ 1

LV1OUTOM LI6 Pv_C0- 4.2Z2oban_£k!02__5%_l. 16TV.

: LI3 DrOOl+

LV1OUT1P RN9

• LVIOUT1M LI4 PrOOf Pv'<Et-' 7 _. 8

MI5 RX02+ R)_t+' 5 _ 6

MI6 RXO2- _-' 3 4

RXE2+' 1 2

N13 RXO3+

: LVIOUT3P 4"22oban-0402-_5%- I.16_7

LV!OUT3M NI4 Dv_CI3-

RNI0

PI3 F_O4+ RXE3+' _

PI4 Pv_Og RXEO+' 7 8

RXEC-' 5 6

MI3 RXOC+ p04F_3_' "_ 4

K15 REFR LV!CKOM MI4 RXOC- i

4.22oba n-0402-_5%- I.16_V

D RNH

R8A66983B G#U0

RXO4+' 7 8

'R289 RXO¢' 5 6 _5KOot_n-0d02-_t %- H 6W RXE4+' 3 4

RXE42 i 2

4.22oba n-( '_2-_5%- l. 16_vV

(2_

(206

A_NR_ II B_

It k._-0603-Y5X:-+80%-20%- [ 0\ r hkF,-0603-Y%_-+ 80%- 20%- 10V

VCOML

&%'D

RXO0+ RXO0- RXOI+ RXOI-

P.XO2+ P.XO2- RXC)C-

P.XOG+

P.XCCr_ RXO3- RXE)- POE0+

RNEt- RNEI+

PO<E2- P,__+

_4_-(_+ RXEC- RXE3- RXE3+

RXQ4+ RXQ4- IT'E4+

U8E

DAO LOUT

DA1 ROUT

AINL3

AINR3 DA VCOM

i i _ ill i ii iiii: iii_

VCFIvN AULK

R8A66983BG#U0

IOKoban-0402-_5%- 1.16W IOKoban-0402-_5%- H6W

CI21

C78

AUDIO L

AUDIO R

__L (_°

LINE OLTL

LI>,EOUqR

SPDIF Po7 /vvk, GND

htF-0603-Y5_,c+ 80%-2@ b-I0\,

htF-0603-YST-+ 80%-20%- I0\, 10Koim>0402-_-f%- H6W

:Rs9

/1;>

kl>

hlF-06_3-YSV-+B0%-2{B 8- [OV 2K2ohm-0402-t5%- 1,'16TV R110 _ RI 11"

tY,29ohnl-0402-t5%- 1,'16TV _ i

3IC_oban-0402-_5%- 1,16W

GND

P-%_

300oban-0402-+25%

C81

pI_T3904 220ohul-0d02-_5%- 1/16W

0. h_0402-Y5T-+80"_ ;-20° _-10_;

CA'417

VCL'Panel _ 2 Vtg-Panel

4 GND 6 GND

_ P,XC_+'

9 io RNOI+'

P,XO2-' H _2 RXO2+' G2ND 13 14 GND P.XOG' ]5 16 R_OC+'

[ RXCG-' 17 18 P,XC_+' [

______('6_R_r_' _9 20 Pv'_+' ----F-(_9

/ F_I-' 21 22 P,,'_I+' [

/ R_-2-' 23 24 _+'

O2ND 25 26 GT'TD V

GX'D _ 7 28 R,'_C+' GND J_,_ RXE3-' 29 30 R,.N_3+' J_

...--r_(74 O'ND 31 [ 32 GND T C75 | _ 34 Di_l)bv | _L I \SELl 135 [ 36 V_%L2

V [ RXO4-' I 37 : 38 RXO4+' V

c,_> / RXE*' /39 / _ P0_4+' GND

NC,5pF_(IIO2_X7R_±I0%_501 ] NC'5pF-0402-X7R-±I 0%- 50V NC.5pF-_02-XTR-±Ie0 b 501 2"20PIN-20-D-H-NC 5pF-0402-XTR-±K_ ;- 50V

/ _t v, M33V

4KToban-0_2-1S%- H6W

i GND ............ ........ ] ........

% :! - . ........... • ..........

1 2 .......... ........... ........

1 2 3 ¢ _ 5 6

Power-Block

NDDI2

[

Main Board (SCH)

RE01TC81ELNA0 (2012)

I_0805-XSR-±t_

120olm>_3-_5%

A\,_D[2

I 12_1an-_3-_5%

L24

33VA

120o1_n-_3-_5% L26

63V

_',O h_-_O2-Y_%:-+8_ >2@ _ 1_,

I_-0805-XSR-±t_ _6 3V _ 7

NC' I_0805-X5R-±t_ _6 3V ND

L1 1111 ]]

.... TC, TC, TC,7OTC, ,----C173--[C14

v v

OND O%'D

AYPPI_YAIP_

120otm1-0603-_25% L_7 (..-W,V-..,/%

AVDD12W_

ION-0805-X5R-±I_ _6 3V

YPDgI.K _ L

-- --C76

G%'D

C182

0 h_2-Y%<+8_2_ l_,

0 h_2-Y5V-+8_ _2_ _ 16%_

A\DD33\

0 htF- 0_2-Y5_,_+ 8(Bb-20%-16V 0 hl_O402-YS_,L+ 8(P,b-20%- 16%"

10Kolmi-0_2-+5%- H 6TV 100olmi- 0_2-+5%- l,'I o%V GND

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

_-__C176

0 tuF-O402-Y5_,c+ 8(Bb-20%- 16V

1"_77i l

120olmi-0603-+25%

L?8

C_D

0 htF-(gO2-YS_,C+ 80%-20%- lo%"

0 h22-YS_,C+8_ b-20%- I6V

C179 0 h_-_02-Y%_-+80° >2@ _ 1 _ ,

0 h_-_02-Y%_-+8_ >2@ _ 1_,

OND

_L _L

TC 8-

0 htF-_O2-Y%,C+80%-20% -16% 0 htF-OdO2-Y%,C+ 80%-2@ b-16%

33VD

0olm>0603-+5%- t, 10W

L39

__li L2

-- --C188 TClB9 TcIg0 T

8YIDID}}A G%'D

120ohm-0603-+25%

33\ STB

0 htF- 0_2-Y%'- + 80%-20%- 16% 0 htF- 0_2-Y%< + 8(£,b-2(Bb-16%

\2+80%-20%-16%

CI86

}

V-+80%-20%- 16_, V-+8_ b-2_ b- 16_,

OND

0 htF-OdO2-Y%_-+80%- 2@ b-16%

CI93

C_'D

-- --C195

CI97

8,$V£ ¢7V

CI98

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10uF-0805-Xq{-±t 0%- 6 3\,

EXT CS

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G%'D

G6 H6

Jll

Kll

L8 L9

IvD N9 P9 K7

Jl3 K6

Nil I

E12

MI0

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Nil

NF M8 iN(} TI

El0

(2 (3

Ell

I96 E6

Nll

J12 K13 L12

G12 FI2

H14

vDuiz v,'x> T_D12 V_

T_D12 V_

"VI)D12 V,_S TI)D12 V,_S

"VI)D12 VSS TI)D12 V,_S

VDD12 VSS

AT_DI_LLA VSS

AVDD12PII_ VSS A'v_DI_LLC VSS

T_D12S_B V_S

x x_ i i ii i }

A'vgD12USB

7 x F x

AT_D12T£_X"

A'_Dm2'<aDC AVSS!2USB

A_D12_L_X"

AVSS!2VADC

AV_12VAL_ AV_!2VADC

VOCQ18 VO;Q18

A'v_D33"£_ AVSS33HDM[ A'v_D33HDMI AV_33HDM[ A'v_D33HDMI

A_D33TgLL

A'vgD33ADAC

A\rDD33A,_C AV_33ADAC

AVNS33AA_?

VOOQ33 [ VSS

VCt_33 _'SS

VCt3Q33

VC_'Q33

VC_Q33

_gDFUSE 1 \_DFUS_

F6 F7 G7 H7 HI0 HII J0 J8 J9 J10 K8 K9 KI0 FII KS

L6 L7 P2 T8 H8 H9

HI3

L10

(}8 G9 GI0

FI0

DI2

F4 KI2 Lll HI2

E3 E4 E5 D4

OND

, 1 2 3 5 6

1 2 3 4 5 6 8

84pad

Main Board (SCH)

RE01TC81ELNA0 (2012)

DDR2 i/f-Block

R141 100ohm4402@1%-1/16W

R143 100ohm4402@1%-1/16W

4*33otml-0402-_5%- Ii16W

RN1

l %/,,/, 2 aOA4

3 W 4 SOCAS

5 %A_ 6 SDAll

7 _ 8 SOAO Jt__

l "_V' 2 SDA10 JQ.

3%.,%/, 4 .... Ltd.:

5 _/_ () SDBAI K4ct

7 _7/, 8 .... L21_,_

1%A/' (NO2-_'_SW#t6W IAF 3 @ 4 SDSAQ N21__

5 @ 6 SDSA2 P]-s

7 _ 8 SDA3 TWO.

1 %/kF 0402-_'8;c,4iIdW MJ_ 3 ^.._.._ 4 SPA12 ]_[_.

5 %./_ 6 SOCKE 13_

7 _ 8 SDA7 N1;,

1 _/X/ O402-_5_lst_vV J3F> 3 W 4 SOAS K%_

,62 5 W 6 SDA2 Kly;

ODT 7 @ 8 SDODT K2k_

(LK @3otml-_-'r'L%-liI6W R2_. <LK NzN/N/. SDCLK N _:

R138 10ohm4)402-=5%-1/16W R139 10ohm43402-=5%-1/16W

\DD18

DI_acM A4 DI_acM CT_,S DI_acM AI 1 DR&M A0

DR&M AI0 DIL&M AI DRAM BA1 DRAM A9

DRAM WE DRAM BA0 DR_M B}d DRAM AB

DR_M A5 DR&M AI2 DRAM (NE DRAb{ ,%7

DR_M RA,S DR_M A6 DILkM DILkM

DILkM DILkM

-- -- C146

0.1uF-0402-Y5V-+80%-20

SDVREF0 _

C147

H4_

O_4D

Sh>rt wiring

U8A

Hi,_ SDA4 H3[_ SIX'AS

.r2_

SI)A10 SDA1

SDBA0

sDP,aS SDD_

SDA6 SDDQ1

SPA2 SD_4:

SI)ODT SDDQ3

SDDQ4

SDCLK SDDQ5

sDcIx N SDDQ6

SI)DQ7

SDD08

SDDCT)

SD_4m

SDDQ11

SDDQn

SDDQ!3

SDDQi4

!_v SDD¢5

SDDND

SD_v_J_-0 SDDNfl

SDVREF1

SODQS0

DD (L SDDQS0 N

sD_s_

SDDQS!N

}* R145

(_ 5 150°hm-0402"_1%-l/161_SA66983BGgU0

"< 7

G%'D

33ohm-0402-_5%-l/16W

i-[_2 SDA8 R137 _ DR4M A8

_N4 SODO0

_ SODO_ <_T4 SDDQ2 <_P3 SDDO3

_qT2 SDDO4

<aR4 SDDQ5

<_T3 sooos

_P4 SDDQ7

<_PS SDDO8

_c_5 SDDO9

<_R7 SODOIO

<xP6 SDDO11

<_LRO SDDO12

<{P7 SDD©13

_ _l'qS SDDQ14 <%_ SDD©15

<_P,5 SDDM0

_P6 SDDMI

_P5 SODOS0

1R7 SDDQS1

_ SDDQS1 N

TP6 TP7

SDDOS0 N

l ] SDDQSt

SD_q_S[N

DDR2-SDRAM (DDR2-800) (2-1ayers iGbit (64Mwords x 16bits)

SDDQS0 SDDQSI SDDQS0 N SDDQS1N

SODO0 G8 SODO5 G2 SODOI H7 SODOa K3 SODO6 H!

SDDO7 ]_)

SDDQ2 F!

SDDO3 F9 SDDO8 Cg SDDOll (]_

SDDO13 D7

SDDO14 D3 SODO9 DI

SDDO12 D9

SODOlO B1

I m

iii

SDDM0 SDDMI B3

DRacM(LK

DIt_n\IRtS

DI%&MC&S

DIt&MWE

DI%&MODT

U17

DQ_ m DQ2 A2

DQ3 A3

DQ4 A4

DQ5 A_

KS A6

DQ7 A7 DQ8 A8 DQ9 A9 DQ10 A10

DQll All DQ12 A12

DQ13 BA0

DQ14 BA1 DQ15 BA2 LDQS UDQS _D

/LDQS _DD

/lo_.) S VDD

LDZvl VDD

L_Zvi VDD

VDDQ

CK _DDQ

-- iON _DDQ

,_DQ

eKE _DDQ

VDDQ

/RAS VDIY4

iCAS VDIY4

/}XN _DDQ

ODT _DDQ

_7)DL

VSS

-- VSS V_

v_Q

-- V,_,Q NC VSSQ NC --

-- V,%Q

-- VSSQ NC --

-- v,_,Q NC-

-- V_DL NC --

cus tom)

M8 DRacM ,%0 NB DRacM AI M7 DR_M A2 i'.2 DR_M AB N8 DR_M ,%4 N3 DR_M A5 i',7 DR&b{ ,%6

P2 DIL_M ,%7 P8 DR_%{ A8 P3 DR&M A9 M2 DtL&M A10 P7 DR_I All R2 DRAM A12 L2 DRAM BA0 L3 DRAM BAt LI DRAM BA2

A1 El J9 ND

VDDI8

TOP VIEW rramxpkg. llxl]@a

E9 G1 G3 G7 G9 J1

.12 DRAM SDVREF0

A2 E2

RS R7 R3

VDDt8

R142 S C145

100ohm4_402-±1% 0 1uF-0402-Y5V-+80%-20%-16V

R144 I C148

100ohm4_402-±1%_0 1uF-0402-Y5V-+80%-20%-16V

OND

\1)DIS

NC/10uF-0805-X5R-±10%-6 3V G']ND 0 lu F-0402-Y5V-+80%-20%-16V

0 lu F-0402-Y5V-+80%-20%-16V 0 lu F-0402-Y5V-+80%-20%-16V 0 lu F-0402-Y5V-+80%-20%-16V

0 lu F-0402-Y5V480%-20%-I 6V

0 1u F-0402-Y 5V4 80%-20 %-16V 0 1u F-0402-Y5V480%-20%-I 6V 0 1u F-0402-Y5V480%-20%-I 6V 0 lu F-0402-Y5V480%-20%-I 6V

1 2 3 ¢ 5 6 8

1 2 3 ¢ 5 G

Main Board (SCH)

RE01TC81ELNA0 (2012)

17 NC --

GND

NC --

IS GND

G%'D

3 @(50 4 TU _%_

hlF-0603-".L%'-+80%-2(P. 6- 220ohm-Od02-_5%- 1/16W 220ohm-Od02-_5%- H6W 4K7olm>0402-+__%- H 6W 4K7olml-O_2-+2 %-H6W

OND

SDA

ii : 7

Dlrl

DW2

DVT- IOBCq'41F0

6 Ii. G_.D

7 TU SD_

8 _- S(K'

9 I1' O_'D 10

12 IF ACRP

13 IFN

R60

14 11_

R235 CI39

PI2V UI2 TU _%_

_VI _ VO _+i0 I 1_'_°hm-('_2-_5%- H 6W

01 _ 0 0htF- 0_2-X7R-±t 0%-50\,

C1 l_otun-( '_2-_5%- H6W

l 2LT r__

O%'I) _ R236 {7203

0 hff'-O_2-Y%_- +8(£.6-20%- 1o%"

UTC78D05L

100uF- 16V-+20%-6 7-105 0 htF-0_2-Y%'- +80%-20%- 16V

TU 5V

1 TU SDA

TU SCL

IF AC_7"

R2_'/N/N" 1 F;gN "/N/N"

0ohm-0d02-_5%- 1/16W | 0 0hff- 0402-Y5_,_+ 80%-20%- 16_, 2K2olml-O_2-+-_%- H 6W V

G%'D

IF+

IFACK_

IF-

TI2_

A16.___

AI_>

BI2;_

U8F

IFAGC

i iiiiiiiiii

]

i i

iiiiiiiii

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)

Diff. pairim_edancel00ohm

<ON3

G%_D

AI 5V

I Pd36

21 SHWL2

23 SHELIA tlP DET

+5V

G2"D

DIX"DATA

DK'CLK

Nc --

CE Remote

CK-

CK Stfidd

OK+

I)0-

B0 Stfield

I30+

D1St_ld

DI+

D2-

D2 Slfield

22 SHFAdB D2+

SHFAI1

471511051

19 AHP{_ 18 A1 _V 17 G2X'D 16 15 14 13 12 11 G2X'D 10 ARZQP

9 ARZQM

G%'D

ARZgP

6 ARZ1M 5 G%,'D

4 ARZ1P

3 ARX2M

2 G%'D

1 ARZ_P

ASDA ASCL

10Kol?a n-0402-_5%- 1/ 16W

Q_gl 47Kdm>0402-_5%- 1/16W

ARZQM 47Kolza n-0402-_5%- 1/ 15W

O'ND

<0N4

21 SHELL2 23 SHFJLL4 HP DET

÷5V

GXD

DIX'DATA

DDCC_K

NC--

_-ERemote

CK-

_TKShield

OK+ I)0-

D0 Stfield

D0+

D1-

D1St_ld

DI+

D2-

22 D2 Slfield

SHFAdB D2+ SHFAI1

471511051

19 _HP_ 18 _I {V 17 G%,'D 16 _A 15 _0L 14 13 CECl 12 BRXCM 11 G%'D 10 _R_QP

9 _RXQM

8 G%'D 7 _RXQP 6 _RX1M

5 G%'D

4 _R_IP

3 BRX2M

2 G%'D

1 #R_P

G%'D

R184 Pd65

10Kolm>0402-+5%- lq6W 47Kolm>0402-+5%- lq6W 47Kolm>0402-+5%- lq6W

OND

M3 3V

120olm>0603-+25%

HDNA 33V

OIND

4R7ohm-lM02-+5%- Ii16W 4R7ohm-lM02-+5%- Ii16W 4R7otml-0402-+5%- IiI_V 4R7otml-0402-+5%- IiI_V 4R7otml-0402-+5%- IiI_V 4R7otml-0402-+5%- IiI_V 4R7otml-0402-+5%- IiI_V 4R7otm_-0402-+5%- IiI_V

cHo o0+ ,/N/N R221 _,::

cHo o0- ,/N/N R222 ,a,3,

clio O1+ ,/_ P,223 B2__

clio D_- ,/N/N R224 ,a2:__

CH0 D2+ _/N R225 BI-_:

cHo o2- ,/N/N R226 AL_..

CN0 CLK+ ,/_/N R227 Eq,

CN0 CLK- _/_R228 A4

CH0 SCL C5 C]_.>

CH0 SDA C5 C1_>

PWR R20%N/N_

IKolm>0402-_S_glq6W

IVII2__

RXOM

RX1P

RX2P

1080 1082 1091 1094 1095 I097

T T T T T T

10uF4)805-X5R-± 10%-6 3V

01uF-0402-Y5V-+80%-Z0_/_FRM02-Y5V-+80%-20°/@11&_F-0402-Y5V-+80%-20%-16_1uF-0402-Y5V-+80%-20%-16V

0 1uF-0402-Y5V_80%-20%-16V 0 1uF-0402-Y5V_80%-20%-16V

_C4

0 0 hff:-0402-XTR-±t 0%- 50V 560olm_-0402-±t%- HoWV

AVDD33V

,-,

C214 N

C128

CI35 T

R186

C130

3Kohm-l>D2-_5%- 1.'I_ _-_'- 2200pF-O_(P_-X7R-±I0°_-53%,q3 4700pF-0402-X7R-±I 0%-50V

2K2ohu>0402-_5%- 116W 2 2tff'-0603-Y%'-+80%-20%- 10V

Diff. pairim_edancel00ohm

CON1

21 23 SHFd_2

- SHELIA tlP DET +5V

GND

DIX'DATA

DDCCLK

NC --

tZERemote

CK-

CK 5tfield

OK+ I)0-

D0 St_ield

120+ D1-

D1Nfield

DI+

D2-

22 D2 Slfield

SHFAd3 D2+ SHFA_I

471511051

OIND

CON2

21 SHFdd2 23 SHELIA HP DET

+5V

DIX'DATA

DDCC_K

NC --

tTERemote

CK-

_K Shield

(K+

I)0-

130 R_ld

DO+

D_ _ld

DI+

D2-

22 D2 Shield

SHELL3 D2+ SHELL1

471511051

19 18 17 16 15 14 13 12 11 10

8 7 6 5

G%'D

QHP# 01 _V

O_A 0_0_

0001 ORKOM

ORKOP ORKOM

ORKOP ORKIM

CRXlP

QRK_M

0RKaP

19 _HPP 18 _I {V 17 G%,'D 16 DSDA 15 _gQL 14 13 12 11 G%,'D

8 G%'D 7 6 5 G%'D

2 G_'D

0001 _R£QM

_R£QP _R£OM

_RXOP DRXIM

_R_IP _R_aM

_RX2p

G%'D

Ct 5X

85 _R199

10Kolm>0402-+5%- 1/16W 47Kolm>0402-+5%- 1/ 16W 47Kolm>0402-+5%- 1/ 16W

G%'D

> 1492

R208

10Kolm>0402-+5%- Ii16W 47Kolm>0402-+5%- Ii16W 47Kolm_-0402-+5%- Ii16W

BRXCM

BRXCP

BRXOM BRX0P

BRXIM

_RN1P

BRX2M BRX2P

ARXCM

AR_0P

ARXOM

AR_gP

AR_IN ARNIP

AR_N ARN_P

DD(B

VOC VCC

IN_n IN3Dlp

IKohm-0402-+5%- 1/16W 36Kohm-( _KP_-+5%-1/1oWV 36Kohm-0402-+5%- t/1o%V 1Kohm-0402-+5%- 1/1oWV

U7 PS421

G%'D

22uF-WoO3-Y%_-+80%-2ff_,6-10V

9R_aP

CRX2M

O HDN_ 33V

CRXIP

QRZIN

CRX0P

CRXOM

CRXCP CRXCM

DRX2P DRX2M

PRZIP

DRXIM

DRX0P

DRXOM

PRZQP

DRXCM

--___-----

G%'D

1Kolm_-0402-_5%- 1/ 16_vV

499d_n-0402-±t%- H6W

O_qD PS42Lad)DR0 _ I Title

I I

G2_,'D Date: 2011-01-07 Sheet of

] File: D:',ATSL'C,P10 HDIMI.Sc!fl2_c I INmmBv:

I 2 3 4 5 0

..... ©

o_7 _;_ s _ o,2__o_ °,2s _

c_s

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cl8 _ a_

Q°

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@°°3 _@002 _ _ ....

c_sTC] n_r/m C_cao

;;_i!i°;;

c_4

C_8C3

_2S9

_ EB_E'bUUU _ r_ c3 r_ _ n

[IIIIIIIIIIII] I_ ;,

_1_ ........ _,_ _d__F4°_?%_o/' _

_4_R42

Power board (SCH) RE46DZ1750

RT[

INPUT:ACI00V 240V/3A

CON2

i .........

2 .....i..............+i2v

3 .....]..............+12v

4 .....i GND

5 .....]..............GND

6 .....]..............12%

7 ....] 12%

.... GND

+5VSg PSON

QlO5

+5VL

R417

i R4i8 R419

_U40:_

I1 R421_

Ril6

Rill

Ci06

X _

+i2VSB @

R422

8[I03 Z_

+_11+

BL102

BLI04

NC CY3

±1'2,

LY2

R402

C401

C201

T,+

._ c207

+12VSN3A

O v+

C107 Rl12

RIIO

.... , __

+1_ ....-

- 4

_ __-- ]°_°L

+oi:4"_

]

RI05

<7 ].... T

..... \ 7

i+ k_ ].... ]1

+_ +i+++,++°+°+ft

'_ _++++++++++4-

F_ PS_ I +5VSB P@Ol._ A+_

R452

VPFC

RIO3 R102

L102 <

R104

QlO2

i i io.....

iii ....

TI T

EC402 EC403

_E_ PD202 ! _ _

T -- z+ i

NC I R232

Nc[

A A ,'% +12v

ic452 EC406 i

0 +12VO

L401

EC404

°+

C419 R516 R517

X N+

• i

U203

Z402 NC

CON3

2 ..... +24V

3 ..... i GND

4 ..... GND

_ : +24V

R23S R24_

NC NC EC208 R247 C

+SVSB

- kk

R424 NC _ 20 21

3_U402

+ T?

VER: 1.0 2012.02.10

Sheet 1 Of 4

Power board (SCH) RE46DZ1750

O q

80201

I,,I

R216

RS208 C202

11 ER28 13 i _

L202

L203

; 1

....

] _ _

R210

....t / 1

_c2oJ_

TT T_8 l

2o3]_'-_ -_____i' ....'i - c2o8-[-T

i 0 vcc

_i.....N_ _2o_{

D202

. . R221

VPFC

R207

VER: 1.0 2012.02.10

Sheet 2 Of 4

CON5

11 F_I

Power board (SCH)

o .... RE46DZ1750

0 VBL+

O Nr

O VBL PT

0 VBL

O NC

0 SGND D602

R629

oOO rNTVCrpT (VREF) __

PT C _ R638

,t +_+ °°o_, o_ . . o_o_

/ / __ " _ " _.... 1 '_'

V_F_ 1" T 'J ++2--1 -_- .....

/ / R604 C60 I

I ++_A.... _:.... _7o2 f__+

• • rll - - RT

.... o.... _i_

R601 CNT

2 13 U60I D 14

I l ' i ....'-+

+ i ........

i ON/OFF _._

CON4

C603

o.... It

104/400V/MPP

VBL

I SEN R628

D603 I

- - ] _ i:i00

I SEN

+12VD

R704

o7o_(

vccl

) ON/OFF

R709

C703 NC

if T301

ER28(4+4)

44:94

l VPFC

D303 RB05 RB06

E pQ302

c vcc

VER: 1.0 2012.02.10

r_ Sheet 3 Of 4

Power board (PCB) RE46DZ1750

_- 18.0mm --I_

JP1 EC405

,_ B1-53900227-ZH VER 1.2

ll3.0mm I:,

248.0mm

266.0mm

XXXXIPB740A VER1.0 2011 - Non Feb 27 175516 2012

Power board (PCB) RE46DZ1750

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Power board (PCB) RE46DZ1750

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Power board (PCB) RE46DZ1750

SIZE QTY SYM PLATED TOL

0.8 7 <S> YES

1.1 41 _ YES

1.7 # _ YES +/-0,0

I 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

0.7x2.8 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

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2.3 2 -I9 YES +/-0.0

I.O 35 _ YES +/-o.o

0.889 4 _ YES +/-O.O

1.5 8 "_ YES +/-0.0

1.4 I£' "_ YES +/-0.0

1.4 1 "1] NO +/-0.0

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26 323ZBDO02 25

23 1455731Z0 2Z 30557300Z 21 Z45573000 20 305573001

]9 Z45573100 ]8 145573Z00 ]7 145573000 ]6 LB42K1500 ]5 2450AL000 ]4

13 12 153297030 II Z550ALZO0

]0 Z550kL300 9 2550AL|00

8 _850kLO00

7 2550^L000 6 Z45O^LO00

I 171930|00

Rubberfoo_ 6 Stand base bracket l Standbase 1 NeckBracke_ l Washse[ Stand _racket 1 _G[}[: Washse[ l Washse_ 1 S6[}[: Neckcove_ 1 Stand neck l Cable damp 1 Backcover l HIF!; _aJn board 1 Powerboard 1

SMeldiack I ConnectoJ 1 _0 C MaJnborad bracket 2 568C Power board bracket 2 SGCC Wallmount bracket 4 S68C Ma_n bracket 2 SGC: Stand bracket ! SGCZ: Pane] I!

IR board I! Lens sensor I! F_,_,I,_ Speaker 12

! IJSOALO00 Frontcab_net ! _es

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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 14 I 15 I 16

RCA 50LB45RQ Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual