RCA 26LA33RQ Schematic

@

a

For qualified service personne_ only
Version 1 ,_0

Mode_o
26LASSRQ

Changing Entertainment. Again.

www.rca.com

Revision No. Revision Date Page Description
1 May.24th, 2011 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

26 inches

American TV standard ATSC/NTSC system
VHF:2_13 UHF: 14_69 CATV: 1_135

Digital Terrestrial Broadcast (8VSB) : 2_69
Digital Cable (64/256QAM) : 1_135
Storage Temperature is _0°C_ +60°C
Operating Temperature is 0°C_+50°C

(-4°F_+ 140°F)

(_32°F_+ 122°F)
Storage Humidity: Less than 85% RH (No condensation)
Operating Humidity: Less than 80% RH (No condensation)

AC 110 V, 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, AV x 1
RGB 15pin x 1

1366 x 768

480i, 480p, 720p, 1080i

25.9" W x 18.7" H x 8. 0"D

25.9" W x 17.2" H x 4.3"D

19.8LBS (9.0KGS)

15.9LBS (7.2KGS)

less than 80W

Version 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.

-_ _ _-

I

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 a 3.5mm headphone for personal audio.
Digital Audio-out: Connect a coaxial cable for digital audio output.
HDMII, 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: .DigitalAudio-out and AUDIO OUTPUT L/R are supposed to be

connected to audio power amplifer, which provides smoother and more

powerful sound performance.

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 leftAUDIO INPUT.

• AUDIO-IN R: Right audio channel connection. The right audio connector is usually red.
COMPONENT Y/Pb/Pr: Connectadevicethathascomponentvideojacks, such as a DVD player.

To access device connected to the Y/Pb/Prjack, 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 withaVGAoutputtothisjackusinga15-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.

3

2.1 General Information

GENERAL DESCRIPTION

OVERVIEW

V260B2- P03 is a 26-inch TFT LCD cell with driver ICs and Ich-LVDS interface. This module supports

1366 x 768 WXGA format and can display 16.7M colors ( 6 bit+Hi FRC). The backlight unit is not built in

CHARACTERISTICS

CHARACTERISTICS ITEMS
Screen Diagonal in]

Pixels [lines]
Active Area [mm]

Sub Pixel Pitch [mm]
Pixel Arrangement

Weight g]
Physical Size mm]
Display Mode

Contrast Ratio

Glass thickness (Array/CF) [mm]
Viewing Angle (CR>10)

Color Chromaticity

Cell Transparency ]

Polarizer (CF side)

Polarizer (TFT side)

SPECIFICATIONS

26.0
1366" 768

575.769* 323.712

0. 1405 (H)_0. 4215 (V)

RGB vertical stripe
TYP. 850

592(W) x 339.8(H) x 1.84(D) Typ.
TN, Normally White
800:1 Typ.

(Typical value measured at CMOs module)

0.7/0.7

+80/ 80(H), +80/ 70iV) Typ.

(Typical value measured at CMOs module)
R 0.653, 0.326
GO. 272, 0. 587
B 0. 150, 0. 086
W0.311,0. 320

•Please refer to color chromaticity on p. 16

7.0_,OTyp.

(Typical value measured at CMOs module)

Anti Glare coating,

587.4(H) x 335.2(w). Hardness: 3H

587.4 (H) x 335.2 (w),
Hardness: 3H

4

3.1 Inner Structure

Inside cabinet (front)

4

3

5 5

Version 1.0

5

Item List

1 RE3240E010 IR board 22F, 45 x 15 x 1.6 mm (1)

2 RE0340E010 Key board 22F, 106.9 x 11.9 x 1.6 mm (2)

3 RE01TC81XLNA0 Main board T.RSC8.1X

4 RE46Q H1500 Power board FS P 150-4 H01 150W

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.)

Version 1.0

6

Jack List

Jack No, Specification Description Connection I 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 Backtightcontrol

CNA3 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

CON3

CON4

CON1

Jack List

CON1 2 Pin 3.96mm AC input jack To AC power supply

Amplifier power supply To main board

CON3 8 Pin 2.54mm Backlight power supply To LCD panel backlight inverters

CON4 13 Pin 2.54mm Main board power supply To main board

Version 1.0

7

8

3,4 Connection Diagram

Pin flat cable ......... {

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CON3

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o_

-_ _ CON4

CON1

8Pin flat cable

Keyboard

26" LCD panel

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6 Pin flatcable

r .....

4Pin to 4.Pin

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AC 110V

50/60Hz

flat cable

13Pin to 10Pin flat cable

IR board

5 Pin flatcable

4Pin flat cable °°°,

LVDS double array cable

CN17

CN5

CNA3 o
CN25 _ _

CN9

CNA1

E]_ Left speaker

[_ R_ght

Version 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 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

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 ifthere is anything should not exist in the speaker hollow space (such as screws).

• Check ifthe antihunting EVA is broken or missing.

• Check ifthe 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 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

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.

Can the LED No Yes the other Yes

Does the pin1 is UI6 FLASH

indicator light? of CN25 have 5VSB? power supply IC's

voltage OK? upgrading failed?

Yes

Check power board or
connecting wires

_ower board work

iormal after turning on the

No

Is the p2 of

< CN25(Pon) high

Ch20_t hu8_i_n tbr°;cimrC_itcft[°n_ e1
them or change main board m

1

CheckU16 and FLASH,
change the FLASH

Yes

No Yes

I hange the power IC 1

or main board

FLASH is bad, change
FLASH or main board

Change the bad RNL 1

Change U8 or main board

Version 1.0

13

5,1 DispJay Exceptions

5.1.2 White screen

- White screen "_

Do pin1-3 of

CN17have 12Vdrvi _

voltage?

No

Yes

No

<.. Check the voltage >

Check the power board

i Change Q8 or R27

_o___

i ChangeU8 or main

board

i

i

Check the LVDS

signal of CN17 open

or s_ort c rcu t?

if the open

circuit is caused by

bad PCB

Sho_ Yes

Check RN6_RN10 is normal? 1

$ 4

ChangeU8 1 ChangeRN6-RN10 1

Version 1.0

14

5.1 Display Exceptions

5.1.3 Dazzling screen

No

_ Reset the driving voltage

Check if the LVDS

cable is bad

No

Change LVDS cable

Yes

e if the Yes ]

panel is bad? Change LCD panel

J

No

Change main board 1

¢hk" t

Check the power supply and _Upgrade firmware or adjust
clock circuit of U8 P7 LVDS MAP

Version 1.0

15

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

No

if the

p13,p14,p37,p38 of

UA1 is ok?

Yes

Check ifp34of
UAI have high
tevel voltage

Yes

Checkifthe plg,
p32 of UA1 have
signal input?

No

No

No

Yes

No

1

Check external equipment

Set the mute and volume 1

Check the TV speakers 1

Audio power supply circuit 1
is bad, change main board

1

Check the MUTB/STB circuit,

if bad, change main board

Yes Check if p1,2 Yes

p35,36 of U20
have output wave

No

Circuit between U8 and CNA1
is bad, change main board

Version 1.0

Circuit between U8 and UA1
is bad, change main board

Change U8

Audio input circuit is bad,

change main board

Change UA1

1

16

5,2 Audio Exceptions

5.2.2 No sound (TV)

Refer to NO SOUND

1

Yes

Check if the circuit

between T1 and U8 is OK

Yes

Change U8, if that doesnt

work, change main board

No

Change T1 tuner 1

Version 1.0

17

5.2 Audio Exceptions

5.2.3 No sound (HDMI)

1

Is the signal No _]]_1

source HDMI OK?

1

Unsupported signal, change

input signal of HDMI device

Yes

Check if the PC/AV

sound is normal

No

Refer to NO SOUND

Yes

<_ Is the EDID(1) Yes>_l _

Upgraded firmware

Change U7 or U8
or main board

Note (I): EDtD means Extended Display Identification Data

Version 1.0

18

5.3 Function Exceptions

5.3.1 TV function

rV can't scan channel/no picture_'y_

Check if p7 No

of T1 have 120data

Check -['v' RF signal

(antenna, cable)

TI power supply circuit is bad

change main board

I2Cnetwork is bad,

change main board

Yes

Check if p12 ofT1

have normal voltage

No

IF(l) or AGC(2) circuit is most

likely bad, change main board

Yes

ofT1 has output
signal

No

T1 tuner is bad, change T1

Yes

Check if

between T1 output

U8 is OK

J

Yes

Note: (1) iF: Intermediate Frequency

(2)AGC: Automatic Gain Control

No

Change main board

Change U8 1

Version 1.0

19

5.3 Function Exceptions

5.3.2 HDMI no picture

HDMI no picutre or bad picture_'_

No

i Change U8 1

Redo the soldering

No ha Maintain u7 external

apparatus

Version 1.0

20

5.3 Function Exceptions

5.3.3 YPbPr no signal

YPbPr no signal J

work, change main board

]

Check the YPbPr AV device |

J

or YPbPr cables

U8 surrounding circuits

are bad, change main board

U8 front circuits

are bad, change main board

Version 1.0

21

REC7 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 AlICompBase.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

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510ohm-0d02-+_9_?,-1/I6TV
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DDC S(E T_

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M S(-L

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NC'O htF-IM02-Y5V-+80%- 20%- 16V

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NCq 00pF-O_2-XTR-±I (£ b-50V

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75olnn-0402-+5_ l qO,V ---L

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GND

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R2'44

P_%__

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AV1 RIN' 1

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AINR0 3 y lX
PC AR2 4

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14 D\Z) U

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LINE OUTR

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GND

5_ 4052

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VGA DSDA ICS,%0518030FR

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2K2olm>0402-+5q _-1/: 6%1:
tIC%[nn-0402-_Sq i,-1/:o%¥
3K3obm-(,vl,0_+_@/_1/io%¥

4K7olnn-0_2-+5%- 1.16W

301kt_an-0402-_2-5%,

RIll'

CBI

pMBI'3904
220ohn]-{MO2-_Sq> 1/1o_¥

> 0 hl_0402-YSV-+B0'_ _-209 _-_6U

%

1 2 3 ¢ _ 5 6

Main Board (SCH)

VDDI2

[

10uF-0805-Xq_-±i0q

120olm>0603-_25%

A\rDDI2

O

I

120olm>0603-+25%
L24

Power-Block

120olm>0603-+25%

L26

ST

33VA

O

I

NOD hff'-0402-Y-%_-+ 80%-2(P,6-16_,

10tff-0805-X5R-±t 0%- 6 3V _ 7

NC' 10tLF-0805-X5R-±t_ 6-63V ND

33\T)

O

I

63\,

120otml-0603-_25%

33\ STB

L37 _¢-'y--,/%

L1 1111 ]]

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

v v

OND G_'D

AV_12W_

0 htF- 0_2-Y5_,c+ 8(Bb-20%- 16V 0 htF-0402-Y5_,c+ 8(B b-20%- 1o%"

0 htF-0402-YS_,C+ 80%-20%- 16%"
0 htF-0402-YS_,C+ 80%-20%- 16%"
0 h_ 0_2-Y5_,_+ 8(Bb-20%- 16V

33\ STB

(LT LEa]4 i RI05

0 htF-0402-Y5V-+80q 6-20°_-1o%"
0 htF-0402-Y5V-+80_ 6-20°_-to%"

QI9 VDDI: STB

N-rots -_

S(2302L

RI06

"N/N/'--

10Kolml-O_2-+5%- H 6W 100olm1-0_2-+5%- H6W O'ND

120olm>0603-+25%
L?8

---2ZC176
0 htF-0402-Y5V-+g0q 6-20°_-1o%"

AV_l_YS_ i "177 1 1

10uF-0805-X5R-±I@6-6 3V --- T CI78 T C77

0 htF-(_2-Y5V-+80q 6-20° _-1o%"

----('76 TCI79 0 htF-0402-Y%_-+80%-20$g16_ ,

47

0 htF- 0402-Y%_-+ 80%-2(B g 16_,

X7

G%'D

OND

0olm>0603-+5%- t,' 10W
k_9

120olm>0603-+25%

_1_ _k i

0 htF- O_2-Y5V-+ 80qg20%- 16V 0 htF-0dO2-Y%,C+ 80%-20q g 16X,

0 htF-IMO2-Y%,c+ 80%-2@ g 16X,

0 htF-O_2-Y5V-+ 8_ 6-20%- 16V

AVDD33\

O

hlF-0dO2-Y5_,c+ 80%- 20%-16V -- -- 1 1 1 v)2
htF-0dO2-Y5_,c+ 80%- 20%-16V -- --C188 C189 CI90

hlF-IMO2-Y5X'c+80%-20%- 16X' T T T

_.tF-0805-Xq_-±t 0%- 6 3\,

X7

_L

CI86

}

1

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

-- _._9_ @7Y

V-+80%-20%- 16X, -- --C194
%'-[phone]o%,
V-+8(B b-2(Bb-16_,

11

CI93

-- --C195

i

CI97

V

O]ND 8,8V2 ¢7V

0luF-O402-Y%_-+80%-2@ &-16_, _CI98

END

EXT CS

10uF-0805-Xq_-±t 0%- 6 3\, ;

G%'D

G6
H6

J7

Jll

Kll

L8

15)
IvD
N9
P9
K7

Jl3
K6

Nil I

E12

NIl0

E8

GII

H5

J5

Nil

M0
NF
M8
N6
TI

El0

(2
(3

Ell

I96
E6

Nll

G4
P5

J12
K13
L12

vuu:z v,'x> F6

F7

"VI)D12 V,_S
VDD12 V,_S G7

H7
HI0

VDD12 V,_S
VDD12 V,_S HII

J6

VDD12 V,_S J8
VDD12 V,_S

Jl0
K8

VDD12 V,_S K9

V_ KI0
A_D1 _Ii_A VSS FI 1
AVDD12PLLB \'_ IL<;
A'v_D12PLLC V,_S L5

L6
L7

V,_S

P2
T8

V,_S

H8
H9

A'v_D12USB HI3

AV,_S12PLLA

A'v_D12\L4DC

A_D12'£&IX" AVSSI2USB L10
A'v_D12'vL4IX"

AVSS!2VADC G8

G9

AVS$1Tv'ADC
AVSS!2VAIX" GI0

FI0

V(IX218
VOOQ18

va:r0_s

E9

A_D33YLAIX" AVSq33HDI_R D2

A_D33HDMI AVSS33HDMI D3
A'v_D33HDMI

A'v_D33_v'PLL DI2

D5

A\rDD33AADC AVSS33ADAC

AVSS33AAIX2 E7

A\_D33USB V,_S F4

V_ KI2

Lll
HI2

V(XgQ33 v'SS
VOOQ33

V(XgQ33

VCILQ33

E3

VDDFUSE l
G12 VDDFUSE2 E5E4
FI2 D4

H14

x x x x x x x x x

_7

OND

4

, 1 2 3 : 6

1 2 3 4 5 6 8

84pad

Main Board (SCH)

R141
100ohm_402@1%-1/16W

R143
100ohmS402@1%-1/16W

DRa£_f .%4
DRa£_f CAS
DRa£_f AI 1
DR&M A0

DR&M AI0
DRkM AI
DRAb{ BA1
DRAM A9

DRAM WE
DR&M BA0
DR&M BA2
DRAM AB

DRAM A_
DR&M A12
DR¢M <KE
DRAM A7

DRkM Ra_S
DRkM A6
DRkM
DRkM

DRkM
DRkM

4*33otm1-0402-_5%- IildW

RN1

l _ 2 .... HI,

3 W 4 SOCA8 H3_

5 W 6 SDAll .12_

7 _ 8 SOAO J_
l '_,JN/ 2 SDA10 JQ.

3 _._._ 4 SOAI LI_.
5 %/NJ' 6 SOSAI K4_

3 @ 4 SDBAO ]'_2
5 @ 6 SOSA2 PJ-s

7 _ 8 SDA3 N_.

l %/,v _ {2_2-_'8_/16TV MI,
3 ^._,,,_ 4 80A12 N[_

5 w 6 SOCKE _4_

7 _ 8 SDA7 NI:, S

1 W 0402-_,8_Ist6W J3F_

3 W 4 SOA5 1<;3,_

,62 5 W 6 SDA2 Kly;

ODT 7 @ 8 SDODT K2k

(LK @3otml-O4/_?Bdk%-lii6W R%
(LK NW SDCLK N P_K

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

\DD18

-- -- C146

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

SDVREFO

1-

_ _ /

c147

7

OISD

Sh:)rt wiring

DDR2 i/f-Block

SDAIO
SDA1

SDR_I

SDR&2

SD_

i

SDR_S SD_

SDA6 SDD_I
SDA2 SDDQ2

SDODT SDDQ3

SDDQ4

SD(LK SDDQ5

S_IXN SDDC._

7 SDDQ7

SDDQ8

SDD_)

SD_m

SDDQ11

SDDQm

SDD_!3

SDDQ14

!_v SDDQ_5

SDDND

IVIS_ SDVREF0 SDDM!

i'3 SDVRF_I

SDDQS0

H4__ DD CL SDDQS0 N

sD_s_

SDI_S!_

?

R145

{_ 5 150°hm-0402"_1%-l/161_A68983BG#U0

G_'D

33ohm-0402_5%-l/18W

3{I_2 SDA5 R137 _ DR_2%{ AS

_N4 800o0
_R_ 80001
<_T4 SDDO2
_P3 SDDO3

_q2P2 $0DO4

<aR4 SDDQ5

<_T3 80005

___P4 $00o7

<_P8 SDDO5

_T5 $0DO9

_R7 S00010

<_P6 $00011

<_R6 SDDO12
_._P7 S00013

<j_2_8 80DQ14

,_P_8 SDDO15

<}LP_S SDDM0

£_6 SDDMI

_P5 800OS5

<_5 800085

1R7 SDDQS1

_ SDDQS1 N

TP6 TP7

SDDOS0 N

] SDDQSt

SDDOS[ N

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

SDDQSO
SDDQSI
SDDQSO N
SDDQSIN

80000
80005
80DO1 H7

s00o4 _B

$0DO6 H!

80DO7 ]_)

80DQ2 F!

SDDO3 F9
80DO5 {7'8
80D011 _2

SD0013 D7

SD0014 I)-3
so0o9 DI

800012 D9

so0o10 B1

I m

II I ooo15

8DDM0
80DM1 }?8

DR&M (LK

DRk:\I t_\S

DRAb{ C?_,S

DR<M WE

,140iii

50ohm4_402-_1%-1/16W

DR&M ODT

cus tom)

M8 DR&M ,%0
NB DR&M AI
M7 DR&M ,42
i',2 DR&M AB
N8 DR&M ,%4
N3 DR&M A5

R7 DRa2v{ ,%6
P2 DIt_i ,%7

P8 DRAM ,%8
P3 DRAM A9
M2 DEkM A10
P7 DRkM All
R2 DRAM A12
L2 DRAM BAO
L3 DRAM BAI
LI DRAM BA2

A1
El

ND

VDDI8

,i)

TOP VIEW
_-m pkg. llxl]_a

r

Cl

E9
G1
G3
G7
G9
J1

.12 DRAM SOVREFO

,12
E2

R8
R7
PG

VDDt8

O

R142 S 0145

100ohm4}402-±1% 0 1uF-O402-Y5V-+80%-20%-16V

T

R144 10148

100ohm4}402-±1%_O 1uF-O402-Y5V-+80%-28%-15V

OISD

A

\I)D18

O

NC/1OuF-0805-X5R-±10%-6 3V GND Olu F-0402-Y5V-+80%-20%-16V

Olu F-0402-Y5V-+80%-20%-16V
Olu F-0402-Y5V-+80%-20%-16V
Olu F-0402-Y5V-+80%-20%-16V

O 1 u F-0402-Y5V-_80%-20%-16V

O 1 u F-0402-Y5V-_80%-20%-16V
O 1 u F-0402-Y5V_80%-20%-16V
O 1 u F-0402-Y5V_80%-20%-16V
O lu F-0402-Y5V_80%-20%-16V

1 2 3 ¢ 5 6 8

1 2 3 ¢ 5 6

Main Board (SCH)

A

TI

_B

15

16

17 NC --

GND

NC

N_2-

18 GT,]D

1

G_'D

2

3 @(50
4 TU _%_

5

htF-0603-'12%'- +80%-2(P, b-
220ohm-Od02-_5%- 1/16TV
220ohm-Od02-_5%- H 6TV
4K7@an-{MO2-+__%-Iq6TV

5

4K7@an-0102-+2 %- I'I6TV

O'ND

SDA

x

iii / i_

x DIF1
5 x i

D\T- IOBCq'41F0

6 11,G_'D

7 TU SD_

8 TLJ S(K'

9 11'O_D
10

11

12 IF ACRP

13 IFN

R58 ,/X/X,
R59

./XA. •

14 11_

R235 CI39

PI2V UI2 TU _%:

_-_ VI _ VO _+i0 I 100ohln-('_}2-_5%- 1/16TV

G't _ 00 htF- 0_2-X7R-±t 0%- 50\,

C1 100ohm-('_}2-_5%- H6W

T i r T_- 0 0hlF- 0!02-XTR-±t 0%- 50\,

O%'I) _ R236 {7203

0 hff'-OtO2-Y%_- +8(P,b-20%- 1o%"

UT{778D05L

*

100uF- 16V-+20%-6 7-105
0 hff'-0_2-Y%'- +80%-20%- 1o%"

TU 5V

0V

1 TU SDA

Ttd _9_,

Ttd _DA

IF AC<"

R238"A/X" 1 FgN'A/X"

0ohm-0d02-_5%- 1/1oWV I
0 0hff'- 0t02-Y52,c+ 80%-20%- 16_,
2K2olmi-O_2-+-_%- H 6TV V

G_'D

IF+

IFAGC

IF-

Pa_

TI2_

AI¢>

A12_2

BI2;>

U8F

IFAG{-"

i i i i i i i i i i i

x

]

i i

iiiiiiiii

1 2 3 ¢ 5 6 8

1 2 3 ¢ 5 G

Main Board (SCH)

IKolnn-O_2-+__%- H 6W

0 h_0402-Y5_,c+80%-20%- 16_,

AUDIOL

10Kolml-O_2-_5%- Iit6W
330pF-_O2-X7R-±I0q b-50V

htF-0603-YSX--+80%-20%- 10V
NC'Lbhm-0402-=5%- 1/16_V

10tflz-0805-Y5V-+ 80%-20%- 10V
33Kohm-('_)2-_5%- H 6_V

28

30

10tiF-0805-XqR-±t 0%-6.3V
0471tF-0603-Y5_,c+ 80%-2(B b-16_,

UA1 CA17

AUDIO R RA14_ i II

IOKolnn-0402-*5%- Iit6W CAI

330pF-0402-X7R-±I 0%- 50V

htF-0603-Y5_,_+ 80%-2(Bb- 10\,

GND

LINE MUTE RM8

'N/N/'

5V STB

RM

G%_D

LOUT R_,I

RaJr RA2

6
4
2

3
5

7

(KS3 5-IC125

m

G%_D

NC'Oolnm 0033-+3%- 1/t0W
NC'Oolnn- 0603-+3%- 1/10W

(NAt

F-"'__H_O

2K2ohm-Wo03-_5%- Ii10W

100ohm-_02-+__%- Iit6W
0 htF-0dO2-Y5_,c+ 80%- 20%-16_,

_'RM7

}&_p MUTE'

G_'!','D

tA1 __ (

2A6

__ (241J334,12sc320
GkND470ttF-35V-+20%- 10* 13 105

8

-- -- CA15

CAle

tAP_

0 htF-0603-Y5V-+ 80%- 20%- 50V
CH8010U-220K-04_-G
(241 J334J2SC320
470uF-35V-=20%- 10" 13 105

I LLI

QA2 +24V +24\

+24\
OND

EA5 OND

T T T 0htF-0603-YS_,_+80%-20%-50\,

_-- 0 htF- 0603-YSX--+80%-20%- 50\,

47Kolnn-(g(P_-+3%-lq0%V G_'!','D | 470uF-35X--+20%-10*13 105
PMBT390_, _ SK34A- S_A_
47Koln n-0_2-+-5%- lq O%V _ 4PIN-2 5&D-H- -G

GND

LOUT

Ea3
q- ( ROUT

CNA3
1
2
3
4

,%

1 2 3 ¢ 5 6 8

I 2 3 4 5 6

Main Board (SCH)

Diff. pairig_edancel00ohm

<ON3

G%_D

AI 5X

©

I Pd36

21 SH_2

23 SHELIA tlP DET

+5V

G2"D

DIX"DATA

DK<LK

Xc --

CE Remote

CK-

CK Rfidd

OK+

I)0-

n0 Stfield

I30+

D>

D1St_ld

DI+

D2-

D2 Slfield

22 SHFAdB D2+

SHFAI1

471511051

19 AHP{_
18 A1 {V
17 G2N'D
16
15
14
13
12
11 G2N'D
10 AR_<Qp

9 AR_<QM

G%_D

AR_<gP

6 AR_<IM
5 G%,'D

4 AR_qP

3 ARX2M

2 G%'D

1 AR_<_p

A_A

ASCL

10Kolm>0402-_5%- Ii15W

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

AR_<QM47Kolm>@D2-_5%- Ii16W

OND

<ON4

21 SHELL2
23 SHFJ_LA tlP DET

÷5V

6_n

DIN'DATA

DDCCIX

XC--

_-ERemote

(K-

17KShield

<K+
I:)0-

D0 5tfield

D0+

D1-

D1St_ld

DI+

D2-

22 D2 Slfield

SHFAdB D2+
SHFAI1

471511051

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

9 _RXQM

8 G%'D
7 _RXQP
6 _RX1N

5 G%'D

4 _RX1P

3 BRX2M

2 G%'D

1 #R_P

G%'D

R184 Pd65

10Kolm>0402-+5%- lq6W
47Kolm>_2-+5%- lq6W
47Kolm>0402-+5%- lq6W

OND

M3 3V

L8

120olm>0603-+25%

HDNA 33V

t

OND

4R7ohm-lM02-+5%- Ii16W
4R7ohm-lM02-+5%- Ii16W
4R7otml-_02-+5%- IiI_V
4R7otm_-_02-+5%- IiI_V
4R7otm_-_02-+5%- IiI_V
4R7otm_-_02-+5%- IiI_V
4R7otm_-_02-+5%- IiI_V
4R7olm_-@D2-+5%- IiI_V

040 Do+ ,/_/_ R221 _:

O40 Do- ,/N/N R222 A;

040 [31+ ,/N/N R223 B2L

o40 D_- ,/N/N R224 aQ_.

CH0 D2+ _VN R225 BI_:

CN0 D2- ,/N/N R226 AL,

CNO CLK+ ,/N/N R227 B4,

CH0 CLK- _R228 A4

CH0 SCL 05 CI6_

CH0 SDA C5 CI_>

PWR R20%N/N_

IKdm>0402-_S_gli16W

IVII2__

0 0hff:-0402-XTR-±t if%-50V
560@an-0_2-±1%- HoWV

RXOM AVDD33V

RX1P N

(214

RX2P

EXT RKS _C4

_M m

PLL XFC A <<:

]%X(P

DEK'__KL C128 RI86

C130

C135 S - -

3Kohm-lM02-_5%- 1/16'vV_-_'-
2200pF-O_(P_-X7R-±I0°_-53%_q3
4700pF-0402-X7R-±I 0%-50V

2K2olmi-0402-_5%- 1/16W
2 2ttF-0603-Y%'-+80%-20%- 10V

1080 IC82 1091 1094 IC95 1097

T T T T T T

10 uF43805-X 5R-::= 10%-6 3V

01uF-0402-Y5V-+80%-2:0'F_.F'_402-Y5V-+80%-20°/g11&_F-0402-Y5V-+80%-20%-16_1uF-0402-Y5V-+80%-20%-16V

0 1uF-0402-Y5V_80%-20%-16V 0 1uF-0402-Y5V480%-20%-16V

Diff. pairi_oedanoel00ohm

CON1

21
23 SHELL2

- SHELIA tlP DET
+5V

6%'D

DIX"DATA

DDCCLK

XC --

CE Remote

CK-

(2K_field

OK+

1)O-

nO _ield

DO+
Db

D1N_ld

DI+

D2-

22 D2 Shield

SHF3d_ D2+
SHELL1

471511051

OND

CON2

21 SHF3!2
23 SHELIA HP DET

÷5V

6>'D

DIX'DATA

DDCrLK

XC-

tTERelnote

CK-

ffK Shidd

<K+

D0-

DO S_ld

DO+

DL

D_e_eld

DI+

D2-

22 D2 Shield

S_dd3 D2+
SHELL1

471511051

OND

19
18
17
16
15
14
13
12
11
10

9

8
7
6
5

4

3

2

1

G%'D

G%'D

G%'D

G%'D

G%'D

QHP#
ql _V

O_A
O_g_

Oggl
QRKQM

QRKQP
QRKOM

QRKOP
QRKIM

CRXlP

QRK_M

QRKaP

19
18
17
16
15
14
13
12
11
10

9

8
7
6
5

4

3

2

1

_HPP
Pl 8Y
G_ND
DSDA

G%'D

G%'D

G%'D

G%'D

gggl
_RXQM

_RXQP
_RXOM

_RXOP
DRXIM

_RX1P
_RXaM

_RX2p

G%'D

C[ 5X

85 R199

10Kolm>0402-+59g 1/16W
47Kolm>0402-+59g 1/16W

47KolmY0402-_5_g 1/ISW

G%'D

>92

R208

10Kolm>0402-+5%- Ii16W
47Kolm>_2-+5%- Ii16W
47KolmY0402-+5%- lil_vV

BRXCM

BRXCP

BRXOM
BRX0P

BRXIM

_RX1P

BRX2M
BRX2P

ARXCM

ARXQP

ARXOM

ARXgP

ARXIN
ARXIP

ARX_N
ARXaP

INIDln IN4D4p

IN1D3p z
VCr

INIDdn

=

G%'D

IKohm-0d02-+5%- 1/16W
36Kohm-( _(P_-+5%-1/1oWV
36Kohm-0402-+s%- t/1 o%V
1Kohm-0d02-+5%- 1/1oWV

U7
P_21

50

22t tF-Wo03-Y%_-+80%-2ff%- 10V

m

9R_aP

CRX2M

O HDN_ 33V

CRXIP

QR_IN

CRXOP

CRXOM

CRXCP
CRXCM

DRX2P
DRX2M

PR_IP

DRXIM

DRX0P

DRXOM

PR_QP

DRXCM

--___-----

G%'D

IKolmY0_2-+5%- Ii16W

499olun-0d02-±I%- H6W

Title

G2X'D Date: 2011-01-07 I Sheet of

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File: D:',ATK'C,P10 HDIMI.SclE_oc I D_awn By,:

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PCB-KEY-3292

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143292800
103292000

420807001

143296100

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122896020
262680000
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183292000
183292100

212896300
PCB-DYB-2898
23329801C10

252696000 Bracket 1

213223330 Connecter 4

31265500 ! Rubber 4

Y4 l 5 - 1604 Speaker 2

162292200 Bracket speak_ " 2
.CO*26-CIO-¥Z6061-LII Panel l

PCB- IR-4293 IRboard 1

t71930100 Lens sensor 1

I 12697000 Front cabinet 1

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