SHARP LC-39LE650V, LC-39LE650RU, LC-39LE650E, LC-39LE651E, LC-39LE651K Service Manual

LC-39/50LE650

160mm

125mm

100mm

80mm

63mm

50mm

A-data-1

Corporate Trademark

LC-39/50LE651
LC-39/50LE652

SERVICE MANUAL

S1stLC39LE650

Issued: 14

th

June 2013

1st Edition

Wi-Fi & 3D Ready / DVB-T / T2 / C / S / S2 PAL B/G / SECAM B/G, D/K, L/L’ SYSTEM COLOUR TELEVISION

LED LCD COLOUR TELEVISION

MODELS

LC-39LE650E/RU/V
LC-39LE651E/K/RU/V
LC-39LE652E/RU/V

LC-50LE650E/RU/V
LC-50LE651E/K/RU/V
LC-50LE652E/RU/V

In the interests of user safety (required by safety
regulations in some countries) the set should be re­stored to its original condition and only parts identical

to those speci ed should be used.

CONTENTS

ELECTRICAL SPECIFICATIONS ........................................................................................ 2

IMPORTANT SERVICE SAFETY PRECAUTIONS ......................................................................... 3

OPERATION MANUAL .................................................................................................................... 6

DIMENSIONS .................................................................................................................... 22

REMOVING OF MAJOR PARTS ..................................................................................................... 23

SERVICE ADJUSTMENTS ............................................................................................................. 33

PUBLIC MODE .................................................................................................................................... 44

SOFTWARE UPGRADING ............................................................................................................. 47

MAJOR ICs INFORMATION ..................................................................................................... 48

BLOCK DIAGRAMS ..................................................................................................................... 63

SCHEMATIC DIAGRAMS ....................................................................................................... 66

PRINTED WIRING BOARDS ......................................................................................................... 114

REPLACEMENT PARTS LIST ....................................................................................................... 121

CABINET AND MECHANICAL PARTS ............................................................................................ 141

PACKING OF THE SET ....................................................................................................................... 145

SHARP CORPORATION

1

This document has been published to
be used for after sales service only.
The contents are subject to chage without notice.

LC-39/50LE650

Appendix

LC-39/50LE651
LC-39/50LE652

Specifications

ELECTRICAL SPECIFICATIONS

Item

LCD Panel (

Resolution 6.220.800 dots (1.920 x 1.080 pixels)

Video Colour System PAL/SECAM/NTSC 3.58/NTSC 4.43/PAL 60

TV

Func­tions

Viewing angles H: 176°, V: 176°

Audio Ampli er 15 W + 15 W (Music power)

Speaker (96 mm x 30mm) x 2

Terminals

OSD language

Power Requirement AC 220–240 V, 50 Hz

Power Consumption (IEC62087 Method) 99W

Weight 10.7Kg

Operating Temperature 0 °C to +40 °C

LED TV) 39” BLACK TFT 50” BLACK TFT 60” BLACK TFT

TV Standard Analogue CCIR (B/G, I, D/K, L/L’)

Digital DVB-T (2K/8K OFDM)(H.264), DVB-C, DVB-C2 (L*654 only), DVB-T2(L*651/654

Receiving
Channel

TV-Tuning System Auto Preset 999 ch: non-Nordic / 9999 ch: Nordic (ATV: 99 ch), Auto Label, Auto Sort

STEREO / BILINGUAL NICAM/A2

TV Antenna VHF/UHF UHF/VHF 75 Ω Din type (Analogue & Digital)

SERVICE Ø 3.5 mm jack

SCART SCART (AV input, RGB input, TV output, Y/C input)

PC INPUT VGA (D-Sub 15pin), Ø 3.5 mm jack (shared with HDMI)

COMPONENTS COMPONENT IN: Y/PB(CB)/PR(CR), RCA (AUDIO R/L)

HDMI1 HDMI, Ø 3.5 mm jack (shared with PC INPUT), ARC, 3D.

HDMI2 HDMI, Ø 3.5 mm jack (shared with PC INPUT), 3D.

HDMI3 HDMI, Ø 3.5 mm jack (shared with PC INPUT), 3D.

HDMI4 HDMI, Ø 3.5 mm jack (shared with PC INPUT), 3D.

USB 1 USB 2.0 HOST (A Type)

USB 2 USB 2.0 HOST (A type)

USB 3 (WIFI) USB 2.0 HOST (A type) (Wi-Fi use only)

ETHERNET (10/100) Network connector

AV RCA connector (AV input)

S/PDIF OUT RCA S/PDIF digital audio output.

C. I. (Common Interface) EN50221, R206001, CI+ speci cation

Headphones Ø 3.5 mm jack (Audio output)

VHF/UHF E2–E69 ch, F2–F10 ch, I21–I69 ch, IR A–IR J ch (Digital: IR A ch–E69 ch)

CATV Hyper-band, S1–S41 ch

Satellite (652/654

series only)

39” LCD COLOUR TV,
Models:

LC-39LE650E/RU/V
LC-39LE651
LC-39LE652E/RU/V
LC-39LE654E/RU/V
LC-39LU651E
LC-39LM652E/V
LC-39LK652E
LC-39LX652E

only), DVB-S/S2 (L*652/654 only)

75 Ω F type (DVB-S/S2)

Czech, Danish, Dutch, English, Estonian, Finnish, French, German, Greek, Hungarian,
Italian, Latvian, Lithuanian, Norwegian, Polish, Portuguese, Russian, Slovak, Slovene,
Spanish, Swedish, Turkish, Ukrainian, Byelorussian, Romanian, Croatian, Serbian.

(0.24W Stby)

13.3 Kg (With stand)

E/K/RU/V

(Without stand)

50” LCD COLOUR TV,
Models:

LC-50LE650E/RU/V
LC-50LE651
LC-50LE652E/RU/V
LC-50LE654E/RU/V
LC-50LU651E
LC-50LM652E/V
LC-50LK652E
LC-50LX652E

121W

(0.24W Stby)

16.7Kg

20.1Kg (With stand)

E/K/RU/V

(Without stand)

60” LCD COLOUR TV,
Models:

LC-60LE650E/RU
LC-60LE651
LC-60LE652E/RU
LC-60LE654E/RU
LC-60LU651E
LC-60LM652E
LC-60LK652E
LC-60LX652E

175W

(0.24W Stby)

24.3Kg

29.6 Kg (With stand)

E/K/RU

(Without stand)

2

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

IMPORTANT SERVICE SAFETY PRECAUTION

Service work should be performed only by qualied service technicians who are thoroughly familiar with all
safety checks and the servicing guidelines which follow:

WARNING

1. For continued safety, no modication of any circuit should be attempted.

2. Disconnect AC power before servicing.

CAUTION: FOR CONTINUED PROTECTION AGAINST A RISK OF
FIRE REPLACE ONLY WITH SAME TYPE F101 (T4 AH / 250V)

BEFORE RETURNING THE RECEIVER (Fire & Shock Hazard)

Before returning the receiver to the user, perform the following safety checks:

1. Inspect all lead dress to make certain that leads are not pinched, and check that hardware is not lodged between the
chassis and other metal parts in the receiver.

2. Inspect all protective devices such as non-metallic control knobs, insulation materials, cabinet backs, adjustment and
compartment covers or shields, isolation resistor-capacitor networks, mechanical insulators, etc.

3. To be sure that no shock hazard exists, check for leakage current in the following manner.

• Plug the AC cord directly into a 220~240 volt AC outlet. (Do not use an isolation transformer for this test).

•Using two clip leads, connect a 1.5k ohm, 10 watt resistor paralleled by a 0.15µF capacitor in series with all exposed metal

cabinet parts and a known earth ground, such as electrical conduit or electrical ground connected to an earth ground.

•A true RMS reading multimeter should be used for this test, especially where the equipment uses a switch mode

power supply which may result in very non-sinusoidal leakage current.

•Connect the resistor connection to all exposed metal parts having a return to the chassis (antenna, metal cabinet,

screw heads, knobs and control shafts, escutcheon, etc.) and measure the AC voltage drop across the resistor.

All checks must be repeated with the AC cord plug connection reversed. (If necessary, a nonpolarized adaptor plug must

be used only for the purpose of completing these checks.)

Any reading of 1.05V peak (this corresponds to 0.7 mA. peak AC.) or more is excessive and indicates a potential shock
hazard which must be corrected before returning the monitor to the owner.

DVM

AC SCALE

1.5k ohm
10W

0.15 µF

TEST PROBE

TO EXPOSED
METAL PARTS

CONNECT TO
KNOWN EARTH
GROUND

SAFETY NOTICE

Many electrical and mechanical parts in LCD television have special safety-related characteristics.
These characteristics are often not evident from visual inspection, nor can protection afforded by them be necessarily
increased by using replacement components rated for higher voltage, wattage, etc.

Replacement parts which have these special safety characteristics are identied in this manual; electrical components
having such features are identied by “ “.

!

For continued protection, replacement parts must be identical to those used in the original circuit.
The use of a substitute replacement parts which do not have the same safety characteristics as the factory recommended

replacement parts shown in this service manual, may create shock, re or other hazards.

3

LC-39/50LE650

L F a

LC-39/50LE651
LC-39/50LE652

PRECAUTIONS FOR USING LEAD-FREE SOLDER

1 Employing lead-free solder

“ALL PWB” of this model employs lead-free solder. The LF symbol indicates lead-free solder, and is attached on the

PWBs and service manuals. The alphabetical character following LF shows the type of lead-free solder.

Example:

Indicates lead-free solder of tin, silver and copper.

L F n

Sn-Ag-Ni

Indicates lead-free solder of tin, silver and nickel.

2 Using lead-free wire solder

When xing the PWB soldered with the lead-free solder, apply lead-free wire solder. Repairing with conventional lead

wire solder may cause damage or accident due to cracks.
As the melting point of lead-free solder (Sn-Ag-Cu) is higher than the lead wire solder by 40°C, we recommend you to
use a dedicated soldering bit, if you are not familiar with how to obtain lead-free wire solder or soldering bit, contact our
service station or service branch in your area.

3 Soldering

As the melting point of lead-free solder (Sn-Ag-Cu) is about 220°C which is higher than the conventional lead solder by

40°C, and as it has poor solder wettability, you may be apt to keep the soldering bit in contact with the PWB for extended
period of time. However, Since the land may be peeled off or the maximum heat-resistance temperature of parts may be
exceeded, remove the bit from the PWB as soon as you conrm the steady soldering condition.

Lead-free solder contains more tin, and the end of the soldering bit may be easily corroded. Make sure to turn on and
off the power of the bit as required.
If a different type of solder stays on the tip of the soldering bit, it is alloyed with lead-free solder. Clean the bit after every
use of it.

When the tip of the soldering bit is blackened during use, le it with steel wool or ne sandpaper.

Be careful when replacing parts with polarity indication on the PWB silk.

Lead-free wire solder for servicing.

4

END OF LIFE DISPOSAL

A. Information on Disposal for Users (private households)

1. In the European Union

Attention: If you want to dispose of this equipment, please do not use the ordinary dust bin!

Used electrical and electronic equipment must be treated separately and in accordance with legislation that requires
proper treatment, recovery and recycling of used electrical and electronic equipment.
Following the implementation by member states, private households within the EU states may return their used
electrical and electronic equipment to designated collection facilities free of charge*. In some countries* your local
retailer may also take back your old product free of charge if you purchase a similar new one.
*) Please contact your local authority for further details.

If your used electrical or electronic equipment has batteries or accumulators, please dispose of these separately
beforehand according to local requirements.

By disposing of this product correctly you will help ensure that the waste undergoes the necessary treatment, recovery
and recycling and thus prevent potential negative effects on the environment and human health which could otherwise
arise due to inappropriate waste handling.

2. In other Countries outside the EU

If you wish to discard this product, please contact your local authorities and ask for the correct method of disposal.

For Switzerland: Used electrical or electronic equipment can be returned free of charge to the dealer, even if you don’t
purchase a new product. Further collection facilities are listed on the homepage of www.swico.ch or www.sens.ch.

B. Information on Disposal for Business Users

1. In the European Union

If the product is used for business purposes and you want to discard it:

Please contact your SHARP dealer who will inform you about the take-back of the product. You might be charged for
the costs arising from take-back and recycling. Small products (and small amounts) might be taken back by your local
collection facilities.

For Spain: Please contact the established collection system or your local authority for take-back of your used
products.

2. In other Countries outside the EU

If you wish to discard of this product, please contact your local authorities and ask for the correct method of disposal.

Attention: Your product
is marked with this
symbol. It means that
used electrical and
electronic products
should not be mixed
with general household
waste. There is a
separate collection
system for these
products.

End of life disposal

The battery supplied with this product contains traces of Lead.

For EU: The crossed-out wheeled bin implies that used batteries should not be put to the general household waste!
There is a separate collection system for used batteries, to allow proper treatment and recycling in accordance with
legislation. Please contact your local authority for details on the collection and recycling schemes.

For Switzerland: The used battery is to be returned to the selling point.

For other non-EU countries: Please contact your local authority for correct method of disposal of the used battery.

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

5

LC-39/50LE650

Introduction

LC-39/50LE651
LC-39/50LE652

Remote control unit

OPERATION MANUAL

1 NET (Page 37)

Access “AQUOS NET+” mode.

2 Alphanumeric buttons 0_9

Set the channel. Enter desired
numbers. Set the page in teletext
mode.

• When the five Nordic countries

(Sweden, Norway, Finland,
Denmark or Iceland) are selected

in the country setting from initial

auto installation (Page 9), DTV

services are four digits. When

another country is selected, DTV

services are three digits.

3 A (Flashback)

Return to the previously selected

channel or external input.

4 7 (Sound mode) (Page17)

Select a sound multiplex mode.

f Picture format (Page 31)

Change between different picture
formats.

5 i+/- (Volume)

Increase/decrease TV volume.

6 e (Mute)

TV sound on/off.

7 a/b/c/d (Cursor)

Select a desired item.

;

Execute a command.
ATV/DTV/SAT: Display “CH list” when
no other “MENU” screen is running.

T/S/V/U

Not used.

8 @

Main menu screen on.
Come back to last option selected
within MENU screen.

9 R/G/Y/B Colour buttons

The coloured buttons are
correspondingly used to select the
coloured items on the screen (e.g.,
EPG, MHEG-5, teletext).

10 m Teletext (Page 20)

ATV: Display analogue teletext.
DTV/SAT: Select MHEG-5 or teletext

for DTV/SAT.

11 [ Subtitle (Pages 17 and 20)

Switch subtitle languages on/off.

1

23

2

3

4

22
21

20

5

19

18

6

17
16

7

8

15

9

10

11

14

13

12

12 S/I/J/E/H (Pages 49 and

53)

Video/Music/USB REC files

reproduction buttons.

a SOURCE (Page 44)

Operating HDMI-CEC device.

13 USB REC (

Record a programme you are
watching.

Page 49)

14 ATV/DTV

Access TV mode.

RADIO

DTV/SAT: Switch between radio and
data mode.

• When only data broadcasting
(no radio broadcasting) is
transmitted by DVB, the radio
broadcasting will be skipped.

15 6 Back

ATV/DTV/SAT: Return to the previous

“Menu” screen.

NET: Return to the previous page
(This may not function for some
services).

16 Picture adjustment (Page 21)

Select picture settings.

ECO (Page 21)

Activate/deactivate low consumption

mode (ECO).

17 >

ATV/DTV/SAT: Exit the “Menu”
screen.

18 EPG (Page 18)

DTV/SAT: Display the EPG screen.

19 :r/s

ATV/DTV/SAT: Select the TV
channel.
NET: Scrolls pages up/down.

20 3D (Page 54)

Select between 3D and 2D image

viewing.

21 p Channel information (Page 15)

Display the station information

(channel number, signal, etc.) on the
screen.

Within MENU screen shows a hint

about item selected.

FAV

Define active station as favourite.

22 b (AV selection) (Page 17)

Select an input source.

23 a (Standby/On) (Page 17)

Important information:

Satellite services are only
available for the LE652/654

model series.

6

Operation Manual (Continued)

Introduction

4

TV (Front view)

*TV indicator status (Page 17)

TV (Side and rear view)

Remote
Control
Sensor

Volume

buttons

Illumination led*

Programme (channel)
buttons

Input
source

button

Menu
button

Power

button

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

3D infrared
emitter

18

17

1

16

PC IN

2

3

4

HDMI/PC
ANALOG
AUDIO
INPUT

SERVICE

SCART (AV / RGB / S-VIDEO)

5

ANT

SAT

6

7 8

10

9

12

11

15

14

13

1 Analog AUDIO input for DVI and PC
(Jack 3.5mm connector)

2 PC Input
3 COMPONENTS / AV terminals
4 SERVICE connector (jack 3.5 mm)
5 SCART (AV/RGB, Y/C Input) terminal
6 HDMI 1 (HDMI/DVI/ARC)
7 HDMI 2 (HDMI/DVI)
8 HDMI 3 (HDMI/DVI)

9 Antenna input terminal
10 SAT (Satellite antenna input) (Only

L*652 series)

11 Digital Audio Output terminal (SPDIF)
12 USB terminal (Wi-Fi use only)
13 USB terminal (USB REC / MEDIA

PLAYER / SOFTWARE / HDD READY
/ 3D GLASSES BATTERY)

14 HDMI 4 (HDMI/DVI)

15 HEADPHONES jack
16 COMMON INTERFACE slot
17 LAN terminal
18 AC INPUT terminal

WARNING

• Excessive sound pressure from earphones and headphones can cause hearing loss.

• Do not set the volume at a high level. Hearing experts advise against extended listening at high volume levels.

7

LC-39/50LE650

Preparation

LC-39/50LE651
LC-39/50LE652

Operation Manual (Continued)

Inserting the batteries

Before using the TV for the first time, insert the two supplied “AAA” size batteries. When the batteries become
depleted and the remote control unit fails to operate, replace the batteries with new “AAA” size batteries.

1 Open battery cover.

2 Insert two supplied “AAA” size batteries.

• Place batteries with their terminals corresponding to

the (+) and (-) indicators in the battery compartment.

3 Close the battery cover.

CAUTION

Improper use of batteries can result in chemical leakage or explosion. Be sure to follow the instructions below.

• Do not mix batteries of different types. Different types of batteries have different characteristics.

• Do not mix old and new batteries. Mixing old and new batteries can shorten the life of new batteries or cause

chemical leakage in old batteries.

• Remove batteries as soon as they have worn out. Chemicals that leak from batteries can cause a rash. If you fi nd

any chemical leakage, wipe thoroughly with a cloth.

• The batteries supplied with this product may have a shorter life expectancy due to storage conditions.

• If you will not be using the remote control unit for an extended period of time, remove the batteries from it.

• When replacing the batteries, use zinc-carbon batteries instead of alkaline ones.

Note on disposing batteries:

The batteries provided contain no harmful materials such as cadmium, lead or mercury.

Regulations concerning used batteries stipulate that batteries may no longer be thrown out with the household
rubbish. Deposit any used batteries free of charge into the designated collection containers set up at commercial

businesses.

Using the remote control unit

Use the remote control unit by pointing it towards the remote control sensor. Objects between the remote control
unit and sensor may prevent proper operation.

Remote control sensor

Cautions regarding the remote control unit

• Do not expose the remote control unit to shock. In addition, do not expose the remote control unit to liquids,

and do not place in an area with high humidity.

• Do not install or place the remote control unit under direct sunlight. The heat

may cause deformation of the unit.

• The remote control unit may not work properly if the remote control sensor of

the TV is under direct sunlight or strong lighting. In such cases, change the
angle of the lighting or the TV, or operate the remote control unit closer to the
remote control sensor.

8

Operation Manual (Continued)

Quick guide

Initial installation overview

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

Follow the steps below one by one when using the TV for the first time. Some steps may not be necessary
depending on your TV installation and connection.

1 2 3

Preparation

 Connect an antenna cable to

the antenna terminal (Page 8).

 If necessary, insert a CA

card into the CI slot to watch
scrambled broadcasts

(Page 8.)

Power on and

run the auto

installation

 Turn on the power using a on

the TV (Page 17).

 Run the initial auto installation

(Page 9).

Language, Energy
Efficiency, country, antenna
type settings, etc.

Watch TV

 Congratulations!

Now you can watch TV.

 If necessary, adjust the

antenna to attain maximum
signal reception (Page 14).

Connect

external devices

 Connect external

devices such as a
DVD player/recorder
as instructed (Pages
41, 42 and 43).

 Plug in the AC cord (Page 8).

Product shape varies in some countries.

Go to Next.

Start searching

channels

9

 Connect external

audio devices such as
speakers/amplifier as
instructed (Pages 41,
42 and 43).

LC-39/50LE650

Connecting external devices

LC-39/50LE651
LC-39/50LE652

Operation Manual (Continued)

E Before connecting ...

• Be sure to turn off the TV and any devices before making any connections.

• Firmly connect a cable to a terminal or terminals.

• Carefully read the operation manual of each external device for possible connection types. This also helps you get
the best possible audiovisual quality to maximise the potential of the TV and the connected device.

Introduction to connections

The TV is equipped with the terminals as shown below. Find the cable corresponding the TV’s terminal and connect
the device.

NOTE

• The cables illustrated in pages 41, 42 and 43 are commercially available items.

Audio device

(Page 43)

Video recording device

(Pages 42 and 43)

Game console or

camcorder (Page 42)

HDMI-ARC

Audio cable

Audio cable

SCART cable

Components cable

Audio cable

AV cable

HDMI device

(Page 42)

HDMI-certified cable

HDMI-certified cable

DVI/HDMI Cable

ø 3.5 mm stereo mini jack cable

10

Operation Manual (Continued)

Enjoying 3D image viewing

Display format for 3D and 2D images

Image for input signals Selectable mode Description

3D mode
(using the 3D
glasses)

2D→3D

• Converts normal 2D images into 3D images.

Side by Side

• Creates 3D images from 3D images displayed side
by side. The image is split into a left and right image,
and then the images are stretched and displayed
sequentially to create a 3D image.

Top and Bottom

• Creates 3D images from 3D images displayed
on the top and bottom. The image is split into a
top and bottom image, and then the images are
stretched and displayed sequentially to create a 3D
image.

2D mode
(without using
the 3D glasses)

Side by Side s 2D

• Creates 2D images from 3D images displayed
side by side. Only the left image is stretched and
displayed. The image does not appear in 3D.

Top and Bottom s 2D

• Creates 2D images from 3D images displayed on
the top and bottom. Only the top image is stretched
and displayed. The image does not appear in 3D.

Troubleshooting - 3D Images

NOTE

• These 3D glasses are only for use with SHARP LCD TVs supporting 3D.

Appendix

Troubleshooting

Problem Possible Solution

• No power.

• Check if you pressed

a

on the remote control unit.

If the indicator on the TV lights up red, press

a

.

• Is the AC cord disconnected?

• Check if you pressed a on the TV.

• The TV cannot be operated. • External influences such as lightning, static electricity, etc., may cause improper operation. In this

case, operate the TV after first turning off the power, or unplugging the AC cord and re-plugging
it in after one or two minutes.

• Remote control unit does not operate.

• Are batteries inserted with polarity (e, f) aligned?

• Are batteries worn out? (Replace with new batteries.)

• Are you using it under strong or fluorescent lighting?

• Is a fluorescent light illuminating the remote control sensor?

• Picture is cut off. • Is the image position correct?

• Are screen mode adjustments (Picture format) such as picture size made correctly? (Page 31.)

• Strange colour, light colour, or dark

colour, or colour misalignment.

• Adjust the picture tone.

• Is the room too bright? The picture may look dark in a room that is too bright.

• Check the “Picture” settings (Page 21).

• Power is suddenly turned off. • The TV’s internal temperature has increased.
Clean or remove any objects blocking the vent.

• No picture. • Are connections to external equipment correct? (Pages 41, 42 and 43)

• Is the input signal type selected correctly after connection? (Page 14)

• Is the correct input source selected? (Page 31)

• Is the picture adjustment correct? (Pages 21)

• Is the antenna connected properly? (Pages 7 and 14)

• No sound. • Is the volume too low?

• Make sure that headphones are not connected.

• Check if you pressed e on the remote control unit.

• The TV sometimes makes a cracking

sound.

• This is not a malfunction. This happens when the cabinet slightly expands and contracts
according to changes in temperature. This does not affect the TV’s performance.

Appendix

Troubleshooting

Problem Possible Solution

• No power.

• The TV cannot be operated. • External influences such as lightning, static electricity, etc., may cause improper operation. In this

• Remote control unit does not operate.

• Picture is cut off. • Is the image position correct?

• Strange colour, light colour, or dark

colour, or colour misalignment.

• Power is suddenly turned off. • The TV’s internal temperature has increased.

• No picture. • Are connections to external equipment correct? (Pages 41, 42 and 43)

• No sound. • Is the volume too low?

• The TV sometimes makes a cracking

sound.

Problem Possible solution

• 3D images are not displayed. • Is 3D mode set to “Automatic”? Press 3D to switch to 3D mode "Automatic".

• The 3D glasses turn off
automatically.

• Switching the 3D glasses button to
2D or 3D does not cause the LED
to light up green.

Information on the software license for this product

Software composition

• Check if you pressed

If the indicator on the TV lights up red, press

• Is the AC cord disconnected?

• Check if you pressed a on the TV.

case, operate the TV after first turning off the power, or unplugging the AC cord and re-plugging
it in after one or two minutes.

• Are batteries inserted with polarity (e, f) aligned?

• Are batteries worn out? (Replace with new batteries.)

• Are you using it under strong or fluorescent lighting?

• Is a fluorescent light illuminating the remote control sensor?

• Are screen mode adjustments (Picture format) such as picture size made correctly? (Page 31.)

• Adjust the picture tone.

• Is the room too bright? The picture may look dark in a room that is too bright.

• Check the “Picture” settings (Page 21).

Clean or remove any objects blocking the vent.

• Is the input signal type selected correctly after connection? (Page 14)

• Is the correct input source selected? (Page 31)

• Is the picture adjustment correct? (Pages 21)

• Is the antenna connected properly? (Pages 7 and 14)

• Make sure that headphones are not connected.

• Check if you pressed e on the remote control unit.

• This is not a malfunction. This happens when the cabinet slightly expands and contracts
according to changes in temperature. This does not affect the TV’s performance.

• If 3D mode is set to “Automatic” but no 3D images are displayed, check the display format of the

content being viewed. Some 3D image signals may not be recognised as 3D images automatically.
Press 3D to select the appropriate display format for the 3D image.

• Are the 3D glasses set to 3D mode?

• Is there an obstacle between the 3D glasses and the TV, or is something covering the infrared
receiver on the 3D glasses? The 3D glasses operate by receiving a signal from the TV. Do not place
anything between the 3D infrared emitter on the TV and the infrared receiver on the 3D glasses.

• Is there an obstacle between the 3D glasses and the TV, or is something covering the infrared
receiver on the 3D glasses? The 3D glasses turn off automatically after three minutes if no signal
is received from the TV. Do not place anything between the 3D infrared emitter on the TV and the
infrared receiver on the 3D glasses.

• Is the battery in the 3D glasses exhausted? If the LED light does not light after pressing the power
button for more than one second, the battery is exhausted. Recharge the battery via mini USB
connector.

The software included in this product is comprised of various software components whose individual copyrights are held by
SHARP or by third parties.

Software developed by SHARP and/or third part

The copyrights for the software components and various relevant documents included with this product that were developed or
written by SHARP are owned by SHARP and are protected by the Copyright Act, international treaties, and other relevant laws.
This product also makes use of freely distributed software and software components whose copyrights are held by third parties.

a

on the remote control unit.

a

.

LC-39/50LE650
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11

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Operation Manual (Continued)

Multimedia/Network Setup

Network Setup

Connecting to the network

To enjoy internet services, you need to connect the TV
to a router with a high speed connection to the internet.
You can also connect the TV to your Home network
server through a router or access point.
The TV connection to the router can either be wired or
wireless.

To access the TV internet confi guration go to

Setup→Multimedia/Network→Network settings→
Networking. The next screen is shown:

Press J to continue the installation.
Choose between Wired or Wireless connection.

NOTE

• If you choose a wired connection to the router, you need

an ETHERNET cable (not included, commercially available).

• If you do not have a broadband internet connection, consult

the store where you purchased your TV or ask your internet
service provider or telephone company.

• Wired and wireless connection cannot be used at the same

time. Use only one of the connection types.

• A wireless LAN connection and performance cannot be

guaranteed for all residential environments. In the following
cases, the wireless LAN signal may be poor or drop, or the
connection speed may become slower.

- When used in buildings made with concrete, reinforced
steel, or metal.

- When placed near objects that obstruct the signal.

- When used with other wireless devices that emit the same
frequency.

- When used in the vicinity of microwave ovens and other
devices that emit a magnetic fi eld, electrostatic charge, or
electromagnetic interference.

• A stable connection speed is required to play back streaming

content. Use a wired LAN connection if the wireless LAN
speed is unstable.

Wired installation

Use an ETHERNET cable to connect the LAN terminal
on the TV to your broadcast router as shown below.
This is recommended when enjoying services which
require stable connection speeds, such as streaming
media.

● Wired connection overview

PC (Home Media Server)


 Router (commercially available)
 ETHERNET cable (commercially available)
 Network (Internet)

● How to connect



lanimret NALretuoR

LAN

LAN

ETHERNET cable

1 Switch on the router (commercially available). Refer to

the router’s operation manual for switching on.

2 Connect the LAN terminal on the TV to the router

(commercially available) with an ETHERNET cable
(commercially available).

3 Go to Setup→Multimedia/Network→Network

settings→Networking.

4 Press OK and ▲/▼ to select “wired”, and then

press OK.

5 Select type of IP configuration:

Automatic: Automatic configuration of the IP

address via DHCP server or via multiple protocols
according to UPnP specification.

Manual: Enter your fixed static IP addresses

manually. (Ask your internet service provider).

6 Press OK.

Wireless installation

Use the SHARP (AN-WUD630) USB adapter with the
TV.

● Wireless connection overview



PC (Home Media Server)

 Wireless LAN router/access point


Wireless

 Network (Internet)

NOTE

• When using the SHARP wireless LAN adapter, try to provide

as much free space around the device for best performance.

• Make sure the firewalls in your network allow access to the

TV wireless connection.

AN-WUD630

LAN USB adapter

(Sold separately)

12

Operation Manual (Continued)

Multimedia/Network Setup

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• Operations cannot be guaranteed when used with access

points that do not have Wi-Fi® certification.

• A wireless LAN access point is required to connect the TV to

the Internet using a wireless LAN. See the operation manual
of your access point for setup.

● How to connect

1 Switch on your router/access point before starting

the network installation.

2 Connect the

USB Wi-Fi port on the TV.

• Do not use a wireless LAN adapter other than the AN­WUD630 Sharp wireless LAN adapter, as operations
cannot be guaranteed.

• If your wireless network is secured, have the
encryption key ready to enter on screen.

3 Go to Setup→Multimedia/Network→Network

settings→Networking.

4 Press OK and ▲/▼ to select “wireless”, and then

press OK.

The "Wireless" connection will be automatically selected
if the TV detects only the wireless USB adapter.

The TV starts to search for wireless routers/access points.

5 Select required router/access point and press OK.

As soon as ◄◄ is displayed , you can go back one
installation step by pressing this button.

6 If your network has an access code, it is necessary

to enter the code that allows access to the
network. A screen keyboard will appear to enter
the password.

Press OK.

7 Select IP address assignment method. You can

choose between: Automatic (DHCP) or Manual

(Input Static IP Address).

Automatic (DHCP): IP address is automatically

issued by a DHCP server on your home network.

• A DHCP server has to be set up on a device on
the network (WLAN router/access point).

Input Static IP Address: IP address is entered
manually. Use the RC alphanumeric buttons, to
input digits of IP address.

Press

J to continue.

Afterwards you will see a summary of the settings.
8 Press

J to confirm settings.

AN-WUD630

USB adapter to the

NOTES

• To connect your TV to the internet, you must have a

broadband internet connection.

• If you do not have a broadband internet connection, consult

the store where you purchased your TV or ask your internet
service provider or telephone company.

• There is no need to enter the security key for subsequent

connections to the wireless network.

If your access point is set to a stealth mode (Hidden
SSID, that prevents detection by other devices), you
need to use manual method to enter the SSID name for
desired access point.

1 Select Enter access point manually and press

OK. Introduce the SSID name using the on-screen

keyboard.

2 Select Adopt and press OK to fi x the name.
3 Select Encryption method and press OK.

Only if your access point is secured a WEP key or a
WAP password will be required.

4 Repeat the process from point 7 of previous

explanation.

To change wireless LAN connection settings, go to

Setup → Multimedia/Network → Network settings
→ Networking.

NOTES

• Any low bandwidth adapter (router, hub, wireless access

point,…) will show poor network connection and then, poor
streaming quality. It is recommended 56 Mbps or higher
bandwidth for full feature.

• Working in close proximity to other Wireless/Bluetooth

networks, may cause some trouble using a Wi-Fi adapter on
the internet connected TV. Because the wireless link cannot
be guaranteed, please try to change the Wi-Fi channel on
the Access Point (AP) to avoid interference. Please refer to
Access Point User Manual.

• Home Media (DLNA) requires external streaming media

software installed on a PC, inside the HOME Network, that
is not included with AQUOS NET+.

• Home Media (DLNA) server software as Windows Media

Player 11 (Windows Vista included) or Windows Media
Player 12 (Windows 7 included), TVersity (www.tversity.
com), Nero Media Home (www.nero.com), or Twonky Media
Manager (www.twonky.com) are preferred but others can
also be used. Visit the DLNA website (www.dlna.org) to see
the certifi ed media server list. Follow the server software’s
user manual for setup, share and stream media contents.

• Home Media (DLNA) (Video, Music and Photo) data is

organised in folders depending on the Server hierarchy;
options such as Artist, Genre, Composer, Ratings, Playlist
or Watch Folders may be present for sorting content, but
can be different depending on the selected Media Server.

• The “Play To” function of some PC Media Players may result

in very compressed video quality. For best video quality,
please use the USB Media Player function of the TV.

13

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Operation Manual (Continued)

TV menu options

AQUOS NET+ function

AQUOS NET+ option allows you to access to AQUOS
NET+ feature and Internet browser.

For this option it is necessary that the TV set is
connected to Internet (See page 47).

1 Press @ button, select AQUOS NET+ and

press OK. The next screen appears:

2 Press > to exit.

What is AQUOS NET+?

Operations in AQUOS NET

+

Basic Operation

The illustrations on this page are for explanation
purposes. They are subject to change without notice.

E Display the AQUOS NET+ screen

Press NET on remote control or select AQUOS NET+
on main menu to open AQUOS NET+ home page.

AQUOS NET+ screen is organised into 8 areas:



AQUOS NET+ title banner



User-defined Favorites



Recommended Apps



Interactive windows for direct brand communications

or maintenance functions



Media window

 Widget Area-real-time functions like date and time

or similar

Sharp Service Center
Interactive Search window

AQUOS NET+ is the feature that allows our Internet
connected TV sets to easily reproduce digital media
content coming from the Network. It provides access to
Internet services (Internet browser, YouTube, Facebook
and much more)

AQUOS NET+ provides a variety of services for each

country.

NOTES

• As AQUOS NET

over time to better serve its purpose.

• Some AQUOS NET

discontinued after some time.

+

is an online system, it can be modifi ed

+

services may be added, changed or

• Even in opern web-mode, users cannot download and save

fi les or install plugins.

DISCLAIMERS

• SHARP Corporation bears no responsibility regarding

the content and quality of the content provided by the
content service provider.

E Select a service

On AQUOS NET+ screen use▲/▼/◄/► to select the
desired service, and then press OK to start it.

• Press 6 to return to the previous page.

You can also use "Search" utility to fi nd specifi c services,
related to a search term.

•

Select "Search"

search page or start typing to directly search to
specific terms.

• T

o search for a specific keyword, the word is
entered using the virtual keyboard (1). The search
is executed by clicking Start Search (2). The history
of tthe last search terms can be found on the right
side (3).



and press OK to access the

14

Operation Manual (Continued)

TV menu options

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After searching for a specific term, the results are
categorized by their type (1), including the number
of search results. Categories can be hidden and
expanded on request by selecting the close button
(2) in the results overview.

Resting the cursor on a search result will bring up a
preview overlay (3) with information of the selected
content.

E User sections

The Home Screen is devided in 3 functional areas:

1 Interactive Media Area
This segment is used for the audio-visual
presentation of various types of content.

2 Favorite Apps Area
This area presents the top 8 apps of the user­defi ned favorite applications, including a link to
all user-defi ned favorite applications.

3 Recommended Apps Area
This area presents a selection of recommended
apps and also includes a link to the “all apps”
screen as described below.

In Area 2 and 3, please use ◄/►/▲/▼ to select a
service you want to access and press OK, direction
arrows appear around the service logo.

E Favorite Apps Screen

This screen gives an overview of all user-defi ned
favorites. Favorites can be selected in the all-apps
screen, as described below. The Top row of apps
is presented on the home-screen. The fi rst row
(1) is automatically presented in the favorite apps
section on the home screen.

Apps can be re-arranged by the user:

1

Move the cursor to the application that shall be moved.
2 Use Yellow color key to enter arrange-mode.
3 Move selected service to the desired position and

press the yellow color key again to confi rm the new
position.
To dismiss an application from the favorite Apps, place
the cursor on the respective app and press the RED
color-key on the remote control.

E Exit AQUOS NET+ screen

Press MENU button and select TV to return to tv mode.
You can also press AT V, DTV, SAT or RADIO button

to exit.

NOTES

• When connecting the TV to the Internet, a message which

requests a software update may be displayed in some
cases.

• Some services can request to the user to Login or create a

personal account. In this case, please follow the indication
on the screen.

• PREMIUM Video-on-Demand (VOD) services are available

in some countries.

• The illustrations on this page are for explanation purposes.

They are subject to change without notice.

• AQUOS NET+ screen language is adapted to the TV set

language previously selected.

• While AQUOS NET+ is active some TV menus or options

could be disabled.

Advance Operation

AQUOS NET+ uses alphanumerical characters within

some services, which can be introduced using the
remote numerical keys, in a similar way that people
use a mobile phone keypad. In order to make this

task easier, the LE650 is ready to use an external USB
keyboard (USB wired, USB-to-Wireless or USB-to­Bluetooth ready) to work only inside AQUOS NET+.

When an external keyboard is installed on TV set and
the user select AQUOS NET+, then the keyboard
mapping is:

(ENTER)/INTRO = OK (R/C). Used to enter inside

1 

any service or to fix data once inside.

2 ◄/►/▲/▼ (U/O/I/K, or u/o/i/k for not extended

keyboard). Used to move between services or scroll
pages on Left/Right direction.

3 ESCape =6 (Return R/C). Return to previous page

on services.

4  (Backspace). Erase last character entered.
5 A..Z,a..z,0..9, and some US symbols (period or dot,

commercial at @, underscore, hyphen, exclamation,
question, colon, opening parenthesis, closing
parenthesis, number, slash, backslash, space).
Used for Login, Passwords, Date, and so.

NOTES

• The TV does not support hot plug connection of USB
devices like a keyboard. If you wish to connect any other
device, please do it when the TV is Power Off or in Standby.

• Inside AQUOS NET+ services, please use standard US

characters only (Not extended characters or Special

Country Language dependent), in order to avoid problems
with the applications.

• Using external USB keyboard is not possible to exit from
AQUOS NET+. If necessary, use the END remote key.

• Some types of keyboard could show incompatibilities or
try to use functions not supported by the TV.

15

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Operation Manual (Continued)

Quick guide

Initial auto installation

When the TV is powered on for the first time after
purchase, the initial auto installation wizard appears.
Follow the menus and make the necessary settings one
after another.

Confirm the following before turning

on the power

E Is the antenna cable connected?
E Is the AC cord plugged in?

1 Press a on the TV.

• The initial auto installation wizard appears.

• The auto installation can also be called in the TV menu,

see Repeat initial installation on page 40.

• The routine of the first installation wizard depends on

the selected settings.

2 Setting the menu language.

Press

a/b/c/d to select the desired language.

5 Select broadcast settings.

Press ▲/▼ to move between different tune type.
Press OK to select the desired antenna.

Cable analogue: analogue broadcast via cable/

DVB-T: Digital broadcast.
DVB-C: Cable digital broadcast.
DVB-S: Satellite broadcast.

antenna.

(Only 652/654 series

(Only 752/754 series)

Proceed with J button.

6 Select subtitles and audio languages.

Press

a/b/c/d and OK to select the desired

languages and alternative languages for subtitles

and audio for DVB programmes.

)

Proceed with

J button.

3 Setting Energy Efficiency.

Decide how efficiently you want to operate your TV
set.

•Home Mode:
The emphasis for home use is on low energy
consumption.

•Shop Mode:

The picture settings are aligned to operate in the

presentation room. If the ambient brightness diminishes,

the energy consumption is not reduced.

This setting can be changed later in the MENU
Extras→Energy Efficiency.

Proceed with J button.

4 Selecting the TV location.

Press ▲/▼/◄/► to select your country or area.

• This setting screen only appears during the initial auto

installation.

Proceed with J button.

Proceed with

•

To set up audio commentary for the visually impaired, please
see Audio commentary on page 25.

J button.

Setting options for DVB-T reception

If you have not selected DVB-T antenna in the antenna
selection, continue with Setting options for DVB-C
reception on page 10.

7 Selecting tuner settings.

● Scrambled stations

You can specify if coded stations are to be searched

for in the search/update.
Select yes to save all scrambled stations.

•

These stations can only be received in connection with a CI

module and the appropriate CA Card.

•

If a CI module with a CA Card is already inserted for the station

search, all the stations which this module can descramble are

also saved when no is selected.

● Search method

Select Frequency search if you want to run the

station search independently of the channel grid.

●

Accept logical channel number

In various countries, digital stations are transmitted

with a preset channel number per station, known as
"Logical Channel Numbers" (LCN).

If you select yes, these default channel numbers will
be used and the channels will be sorted as per LCN.

16

Operation Manual (Continued)

Quick guide

LC-39/50LE650
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LC-39/50LE652

8 Supplying power to the antenna.

If you use a DVB-T antenna that requires a supply voltage

and which is not supplied via a power adapter, then select
yes (5V) for the antenna's power supply.

Press J button.
How to align your DVB-T antenna is described on

page 14.

9 Continue with Settings for all types of reception
(See page 13).

Setting options for DVB-C reception

If you have not selected DVB-C antenna in the
antenna selection, continue with Setting options for
DVB-S reception below.

The normal DVB-C settings are derived from the
selection of the location and do not need to be changed.

Press ▲/▼/◄/► to change each item to the appropriate
settings:

● Network selection

If several networks are available via DVB-C, you
can decide which network you want to receive your
channels from.

● Scrambled stations

You can specify if coded stations are to be searched
for in the search/update.

Select yes to save all scrambled stations.

•

These stations can only be received in connection with a CI
module and the appropriate CA Card.

•

If a CI module with a CA Card is already inserted for the station
search, all the stations which this module can descramble are
also saved when no is selected.

● Search method

If you select Frequency Search, a search is
performed for all receivable stations. With Network
Search, only the stations which the networks
supply are searched, either for all receivable
networks or only for the particular network specified
under Network ID.

● Start Frequency

The DVB stations are only searched for in the

frequency range above the start frequency.

● Network ID

Change this setting to register only the specified

network ID.

● Accept logical channel number

In various countries, digital stations are transmitted

with a preset channel number per station, known as
"Logical Channel Numbers" (LCN).
If you select yes, these default channel numbers will
be used and the channels will be sorted as per LCN.

NOTE

• The value of Frequency and Network ID should

be set to the value specified by the cable provider.

Press

J to continue.

Setting options for DVB-S reception

If you have not selected a DVB-S antenna in the
antenna selection, continue with Settings for all types
of reception on page 13.

Select the satellite system.

Specify how you receive which satellite(s) (single
satellite or type of satellite system). Ask your dealer in
this regard.

The normal DVB-S settings are derived from the
selection of the location and do not need to be changed
in most cases.

●

Single satellite

Reception of a single satellite via a connected LNC

(LNB). See page 11 for settings.

●

2 satellites on 22kHz switchbox

Reception of two different satellites with two LNCs

(LNBs) which are connected to the TV set by a 22
kHz switchbox. See page 11 for settings.

●

2 satellites on Toneburst switch

Reception of two different satellites with two LNCs

(LNBs) which are connected to the TV set by a
toneburst switch. See page 11 for settings.

●

Max. 4 satellites on DiSEqC multiswitch

The TV set controls a DiSEqC multiswitch to which

up to four LNCs (LNBs) for different satellites are
connected. See page 11 for settings.

●

DiSEqC one cable communal system

Select setting if the TV set is connected to a DiSEqC

single cable system (according to EN50494). Several
satellite receivers can be connected to one satellite
cable. See page 12 for settings.

●

Other communal installation

Select this setting if the TV set is connected to a

single-cable system (without DiSEqC). Several
satellite receivers can be connected to one satellite
cable. As opposed to a DiSEqC one cable system
there are restrictions in the range of certain reception
frequencies in common single-cable community
systems. See page 13 for settings.

Press

J to continue

17

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Operation Manual (Continued)

Quick guide

Setting options for Single satellite

Reception of a single satellite via a connected LNC
(LNB).

1 Select satellite.

Press

J to continue.

2 Select Dual Band (low/high) or Single Band.

Here you specify if you use a Dual Band (Universal)
LBN or Single LBN.

Setting options for 2 satellites on 22kHz
switchbox / 2 satellites on Toneburst switch

1 Select Satellite1/Satellite2

2 Select satellite name from list and press OK.
Press

3 Specify here the oscillator frequency for your LNB.

J to continue.

Press

J to continue.

3 Specify here the oscillator frequency for your LNB.

Normally you do not need to change the values
for high and low band, unless the LNB of your
satellite system uses a different oscillator frequency
(important for the frequency display).
If you use the setting Single Band in step Dual/
Single Band, you only have to define the LNB
frequency for the Low Band.

4 Press
See Setting options for all DVB-S reception on

page 13 to continue.

J to continue.

Normally you do not need to change the values
for high and low band, unless the LNB of your
satellite system uses a different oscillator frequency
(important for the frequency display).

4 Press OK to select frequency and press

continue.

See Setting options for all DVB-S reception on
page 13 to continue.

J to

Setting options for Max. 4 satellites on DiSEqC
multiswitch

Select DiSEqC multiswitch and adpat settings for this
selection.

18

Operation Manual (Continued)

Quick guide

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

● Repeat rate

The refresh rate determines how often a DiSEqC
command is output. A refresh is only necessary with
cascaded system.

● Control voltage

The control voltage controls the switch of the
polarisation level (horizontal/vertical) in non-DiSEqC
capable components (e.g., control of single LNBs
via DiSEqC multiswitch).

● 22kHz signal

The 22kHz signal controls the switching between
high and low band in the Band setting. The Position
setting controls the selection of the satellites in non­DiSEqC capable components.

● Toneburst

The Toneburst controls the selection of the satellites
in non-DiSEqC but Toneburst capable components
with the Position and Option settings.

Press OK to adopt settings and press J to continue.

1 Select Satellite1 to Satellite4.

Setting options for

DiSEqC one cable

communal system

1 Select which DiSEqC single cable system you are

using and press OK.

2 Select satellite name from list and press OK. Press

J to continue.

3 Specify here the oscillator frequency for your LNB

and press OK. Press

J to continue.

2 Select satellite name from list and press OK. Press

J to continue.

3 Specify here the oscillator frequency for your LNB.

Normally you do not need to change the values
for high and low band, unless the LNB of your
satellite system uses a different oscillator frequency
(important for the frequency display).

See Setting options for all DVB-S reception on
page 13 to continue.

Normally you do not need to change the values
for high and low band, unless the LNB of your
satellite system uses a different oscillator frequency
(important for the frequency display).

4 Select and adjust settings for DiSEqC single cable

communal installation.

Select the desired transmission channel and the
corresponding transmission frequency.

PIN protection

If your system is designed for it, it is possible to
protect your used transmission data from use by
other subscribers with a PIN.

Define/change PIN

Here you can determine and change the PIN for
PIN protection. Only possible when yes has been
selected for PIN protection.

Continue with Setting options for all types of
reception on page 13.

19

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Operation Manual (Continued)

Quick guide

Setting options for Other communal installation

1 Select satellite.

Press

J to continue.

2 Specify here the oscillator frequency for your LNB.

If your set is connected to a single-cable system

without external voltage supply, you can connect
the antenna supply (13V or 18V / max. 450mA)
with 13V or 18V.

● Scrambled stations

Select yes to save all scrambled stations.

• These stations can only be received in connection

with a CI module and the appropriate CA Card.

• If a CI module with a CA Card is already inserted

for the station search, all the stations which this
module can descramble are also saved when no
is selected.

●

Search method

If you select Frequency Search here, a search is
performed for all receivable stations. With Network
Search, from all receivable networks all the stations are
searched which are supplied by these networks.

●

Symbol rate

The symbol rate is specified by the satellite provider and
normally does not need to be changed.

●

Accept Logical Channel Number

This setting allows you to decide whether you want to
accept the Logical Channel Number (LCN).
Press

J to continue.

Continue with Setting options for all types of
reception below.

Setting options for all types of reception

Continue with Setting options for DVB-S reception
below.

Setting options for DVB-S reception

●

Network selection

If several networks are available via DVB-S, you
can decide which network you want to receive your

channels from.

●

Settings

If several satellites are received, the following settings
must be made for every satellite. The type of settings
available may differ depending on the selected satellite
or network.

●

Age related lock

Allows you to restrict programmes depending on the age
classification.

The information about age classification is provided by
the broadcasting station.
The stations locked can only be watched after entering
the access code (see page 24).

●

Time and date

Enter the correct values with the numeric buttons here.

● Network configuration

Here you can now specify if you wish to configure a
network "Configure now" (see page 47) or you wish
to configure it later "Do not configure or configure
later".

20

Operation Manual (Continued)

Quick guide

Positioning / aligning DVB-T

antenna

If you install a DVB-T/T2/S/S2 antenna for the first time
or relocate it, you should adjust the alignment of the
antenna to receive a good reception while checking the
antenna setup screen.

In normal TV mode, without other displays, a DVB-T
station is received and selected.

1 Select Setup.
2 Select Stations.
3 Select Manual Scan TV.

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

Position and align the antenna in such a manner that
maximum values for C/N and Level are obtained.
The value for BER should be as low as possible.

4 Select Search and press OK to start search.

21

LC-39/50LE650

LC-39LE650E/V LC-50LE650E/V
LC-39LE651E/K/V LC-50LE651E/K/V LC-60LE651E/K
LC-39LU651E LC-50LU651E LC-60LU651E
LC-39LE652E/V LC-50LE652E/V LC-60LE652E
LC-39LM652E/V LC-50LM652E LC-60LM652E
LC-39LK652E LC-50LK652E LC-60LK652E
LC-39LX652E LC-50LX652E LC-60LX652E
LC-39LE654E/V LC-50LE654E/V LC-60LE654E

LC-39/50LE651
LC-39/50LE652

DIMENSIONS

(881) / [1123] / [(1368)]

(859) / [1100] / [(1335)]

(517) / [654] / [(798)]

(590) / [727] / [(871)]

(457) / [485] / [(585)]

(483) / [620] / [(754)]

(73) / [74] / [(73)]

(337) / [406] / [(478)]

(83)
[88]

[(125)]

(242) / [265] / [(308)]

(41)
[41]

[(41)]

(200) / [200] / [(400)]

(200) / [400] / [(400)]

(183) / [206] / [(230)]

39”: ( )
50”: [ ]
60”: [( )]

22

1. Removing of major Parts 39”

LC-39LE650

1 / 5

LC32D44E-BK

Service Manual

CHAPTER 2.

REMOVING OF MAJOR PARTS

[1] REMOVING OF MAJOR PARTS

1. Remove the 4 lock screws and detach the Stand.

2. Remove the 14 lock screws , 1 lock screw , 1 lock screw and detach the AC cord cover and the Rear Cabinet.

2

1

3

4

2

front

CABINET

rear

CABINET

1

3

4

STAND

1.1. Remove the 4 lock screws  and detach the Stand.

1.2. Remove the 14 lock screws , 1 lock screw , 1 lock screw  and detach the AC cord cover and Rear Cabinet

REMOVING OF MAJOR PARTS

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

23

LC-39/50LE650

AC CORD

Power unit

P802

P801

[EL]

SC101

[LA]

[PD]

Main unit

[LV]

[PD]

[SP]

[LW]

[LA]

[RA]

[LW]

[LV]

SPEAKER -R

SPEAKER -L

LC-39/50LE651
LC-39/50LE652

1. Removing of major Parts 39” (Continued)

1.3. Disconnect all the connectors from all the PWBs.

24

1. Removing of major Parts 39” (Continued)

LC-39LE750

4. Remove the 4 lock screws and detach the POWER unit.

5. Remove the 4 lock screws and detach the MAIN unit.

6. Remove the 1 lock screws and detach the terminal BRACKET.

7. Remove the SPEAKER-L and SPEAKER -R .

7

8

6

5

9

1.4. Remove the 4 lock screws  and detach the POWER unit.

1.5. Remove the 4 lock screws  and detach the MAIN unit.

1.6. Remove the 1 lock screw  and detach the terminal BRACKET.

1.7. Remove the SPEAKER-L  and SPEAKER-R .

5

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

6

terminal

9

8

7

BRACKET

25

LC-39/50LE650

Service Manual

8. Remove the 4 lock screws and detach the stand BRACKET.

9. Remove the 2 lock screws and detach the control button HOLDER.

10. Detach the KEY unit and the piramid lighting DIFFUSER .

11

13

12

10

LC-39/50LE651
LC-39/50LE652

1. Removing of major Parts 39” (Continued)

1.8. Remove the 4 lock screws ⑩ and detach the stand BRACKET.

1.9. Remove the 2 lock screws ⑪ and detach the control button HOLDER.

1.10. Detach the KEY unit ⑫ and the pyramid lighting DIFFUSER ⑬.

11

control

button

HOLDER

KEY

unit

stand
BRACKET

13

12

piramid

lighting

DIFFUSER

10

26

1. Removing of major Parts 39” (Continued)

LC-39LE650

14

1.11. Detach the LCD module ⑭ from the front CABINET.

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

14

27

LC-39/50LE650

LC-50LE650

LC32D44E-BK

Service Manual

CHAPTER 2. REMOVING OF MAJOR PARTS

[1] REMOVING OF MAJOR PARTS

1. Remove the 4 lock screws and detach the Stand.

2. Remove the 14 lock screws , 1 lock screw , 1 lock screw and detach the AC cord cover and the Rear Cabinet.

2

1

3

4

STAND

LC-39/50LE651
LC-39/50LE652

2. Removing of major Parts 50”

2.1. Remove the 4 lock screws  and detach the Stand.

2.2. Remove the 14 lock screws , 1 lock screw , 1 lock screw  and detach the AC cord cover and Rear Cabinet

rear

CABINET

2

4

3

1

STAND

1 / 5

front

CABINET

28

2. Removing of major Parts 50” (Continued)

Service Manual

2.3. Disconnect all the connectors from all the PWBs.

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

AC CORD

P802

P801

Power unit

[EL]

SC101

[LW]

[LA]

[PD]

[LV]

[LW]

[LV]

Main unit

[PD]

[SP]

[RA]

SPEAKER -R

SPEAKER -L

29

LC-39/50LE650

LC-50LE650

7

8

6

5

10

9

LC-39/50LE651
LC-39/50LE652

2. Removing of major Parts 50” (Continued)

2.4. Remove the 4 lock screws  and detach the POWER unit.

2.5. Remove the 4 lock screws  and detach the MAIN unit.

2.6. Remove the 1 lock screw  and detach the side BRACKET.

2.7. Remove the 1 lock screw  and detach the bottom BRACKET.

2.8. Remove the SPEAKER-L  and SPEAKER-R .

5

POWER
unit

6

MAIN

unit

7

side
BRACKET

SPEAKER -R

bottom
BRACKET

10

SPEAKER -L

9

8

30

2. Removing of major Parts 50” (Continued)

LC-50LE650

Service Manual

9. Remove the 10 lock screws and detach the stand BRACKET.

10. Remove the 2 lock screws and detach the control button HOLDER.

11. Detach the KEY unit and the piramid lighting DIFFUSER .

12

14

13

11

2.9. Remove the 6 lock screws ⑪ and detach the stand BRACKET.

2.10. Remove the 2 lock screws ⑫ and detach the control button HOLDER.

2.11. Detach the KEY unit ⑬ and the pyramid lighting DIFFUSER ⑭.

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

14

13

piramid

lighting

12

KEY

control

button

HOLDER

DIFFUSER

unit

stand
BRACKET

11

31

LC-39/50LE650

LC-50LE650

15

LC-39/50LE651
LC-39/50LE652

2. Removing of major Parts 50” (Continued)

2.12. Detach the LCD module ⑮ from the front CABINET.

front
CABINET

15

LCD
module

32

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

SERVICE ADJUSTMENTS

1. Adjustment method after PWB and/or IC replacement due to repair

The unit is set to the optimum performance at the time of shipment from the factory.

If any value should become improper or any adjustment is necessary due to the part replacement, make an adjust-

ment according to the following procedure.

1.1. Procure the following units in order to replace the main unit:

MAIN UNIT DUNTKG135FNxx

NOTE: [Caution when replacing ICs in the main unit (IC0503, IC1507, IC1508, IC1509, IC1510)]

Before replacing the relevant part, procure the following parts in which the data have been rewritten.

Ref. Description Parts code IC + data Description new IC code for service

IC0503 PC EDID LE65x/75x RH-IXD660WJZZY VHIBR24T02J-1Y File: LE65x_VGA_v1.bin

IC1507 HDMI1 EDID LE65x/75x RH-IXD661WJZZY VHIBR24T02J-1Y File: LE65x_HDMI1_v1.bin

IC1508 HDMI3 EDID LE65x/75x RH-IXD663WJZZY VHIBR24T02J-1Y File: LE65x_HDMI3_v1.bin

IC1509 HDMI4 EDID LE65x/75x RH-IXD664WJZZY VHIBR24T02J-1Y File: LE65x_HDMI4_v1.bin

IC1510 HDMI2 EDID LE65x/75x RH-IXD662WJZZY VHIBR24T02J-1Y File: LE65x_HDMI2_v1.bin

2. Entering and exiting the adjustment process mode. Standard method.

1. By key-unit.

1. Unplug the AC power cord, plug the AC power cord and wait until pyramid led blue is iluminated and then:

2. Press and hold “V-” and “CH-” keys, simultaneously.

3. “SHARP FACTORY MENU” appears (see Figure 1).

4. Unplug the AC power cord to exit of adjustments process.

2. By own R/C

1. Turn on the TV set.

2. Press “MENU”.

3. Press “9”, ”9”, ”9”, “2”, “2”, “2” (to enter this code the time is limited to 5 sec. approx.)

4. “SERVICE MENU” appears (see Figure 1).

5. Press ◄/► cursor to select the desired function.

6. Press “OK on boxes to go to submenu.

7. Press “6” to return to “SHARP FACTORY” Main Menu.

8. Press”END” or “MENU” to exit of adjustments mode.

33

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

3. Remote control key operation in Service Mode (Adjustment process mode).

Remote Control key Keyboard unit Function

Cursor (◄/►) Moving an item by one (LEFT/RIGHT) on “Service Menu”.

Moving an item by one (LEFT/RIGHT) on SubMenus.

Moving a Slider Horizontal Bar to select a value on SubMenu Function.

Cursor (▼/▲ ) Enter on a SubMenu (▼).

Exit from a SubMenu (▲).

Exit of Service Mode (Adjustment mode).

OK Selecting a MENU on “Service Menu”

Selecting a SubMenu.

Executing a function on a SubMenu.

MENU MENU Exit of Service Mode (Adjustment mode).

Return to “Service Menu” from a SubMenu.

0..9

i ( k / l) VOL

P (r / s)

b

CH

INPUT

( k / l)

(r / s)

Enter numeric data on SubMenu Function.

Volume UP or DOWN.

Channel UP or DOWN (Only in ATV/DTV mode), otherwise no action.

No action

The required input mode should be switched previously to enter the Service Mode.

CAUTION: Use due care in handling the information described here lest the users should know how to enter the

adjustment process mode. If the settings are tampered with in this mode, unrecoverable system

damage may result.

4. Description of display

Figure 1: Main Service Adjustment Menu

Service

System

Data

In gure 1 the selected Menu is remarked by CYAN color, but same criteria is valid on internal SubMenus.
Please use the remote keys as is explained in “3. Remote control key operation in Service Mode” to access to all the options

described below.

GUI

Exception

Chassis
Options

Station

list

DVB

EPG

34

4. Description of display (continued)

ServiceMenu SubMenu Options1 Options2 Comments

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

SystemData Package

MainSystem
Rfs
Opt
MainBootloader
Standby
Controller
WiFiModule

GUI    Don’tuse

Exception WritetoUSB

Chassis

Options

ChassisDummy 0  Don’tuse

CiOptions 0

FactoryMode 0

InitialInst 0

MpegDeblocking 0

MpegDeringing 0

NoAudioDelay 0

0.1.18.1

1.18.0.0

1.18.0.0

1.18.0.0

0.93.2.0

0.0.23.2

0.0.0.0

















MAINVERSION
SoC






STM8VERSION

InsertaUSBFlash
memoryto
capturethe
exceptionfiles

0:normal
operation
1:disableCiPlus
0:normal
operation
1:factorymode(
KModeon)
0:TVsetstarts
normally
1:TVsetstarts
withinitial
installationmenu
Enable/Disable
mpegdeblocking
settingsforSD
services.
0:none
1:low
2:medium
3:high
Enable/Disable
mpegderinging
settingsforSD
services.
0:none
1:low
2:medium
3:high
Disableallaudio
delay
0:audiodelay
enabled
1:audiodelay
disabled

35

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

4. Description of display (continued)

ServiceMenu SubMenu Options1 Options2 Comm e n t s

NoAutoPowerOff 0



NoWSS 0



OldSwVersions 0



Panel200Hz 0  Don’tuse

0:autopoweroff
enabled(4h,
withoutsync)
1:allautopower
offfunctions
disabled
Disablewide
screensignaling
(WSS)evaluation
(Scartand
analoguetuner)
0:WSSevaluation
enabled
1:WSSinfois
ignoredforvideo
scaling.Insteadof
WSSinfouser
settingbecomes
active
Installingold
softwareversions
allowed
0:normal
operation‐only
newersoftwareis
accepted
1:oldersoftwareis
accepted,too

Panel3D 1Don’tuse

PanelHFlip 0  Don’tuse

PanelVFlip 0Don’tuse

RC5‐Mapping 0  Don’tuse

RC5‐Subsystem 0Don’tuse

Service1 0  Don’tuse

SysTimeSource 0



Selectthesource
ofthesystemtime
information
0:timesource
automatic
1:usetheinternal
realtimeclock
2:useNTP
(networktime
protocol)
3:usethetime
formDVB
transportstream

36

4. Description of display (continued)

ServiceMenu SubMenu Options1 Options2 Comm e n t s

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

WarmupMode

1 

StationList StationImport



StationExport

 

DeleteStation
List

Chassis    Don’tuse

DVB DVBInfo



Tuner1Info

Tuner2InfoDon’tuse

ATV/DVBTuner

ServiceInfoBox

0:normal
operation
1:automatically
switchonafter
poweron
InsertUSBFlash
memorytoimport
astationmapfrom
externalfile.
InsertUSBFlash
memorytosave
thecurrentTV
stationmapona
externalfile.
Deletethecurrent
TVstationmap.



VideoInfo VideoInfoBox

AudioInfo AudioInfoBox

PCRInfoDon’tuse

Common
Interface



EPG DVB Don’tuse

DeleteCI+

authentication

contexts

ShowCI+

information



CI+information

DeviceID

Validfrom

Validto

Don’tuse
(Engineering
Purpose)

Don’tuse
(Engineering
Purpose)
Don’tuse
(Engineering
Purpose)
Don’tuse
(Engineering
Purpose)
Don’tuse
(Engineering
Purpose)

ResetUpdate
Date

ClearEPG
database

 



ResetUpdateEPG
timer

ClearinternalEPG
database

37

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

4. Description of display (continued)

ServiceMenu SubMenu Options1 Options2 Comments

PQSettings 

PublicMode

ImportEPG
database

ExportEPG
database

PUBLICMODE 

PowerOnfixed Variable

Maximum
volume 100 0…100

Volumefixed Variable

Volumefixed
level 33 0…100

RCbutton Respond

Panelbutton Respond

MenuButton Respond

 



 

Variable

Fixed

Variable

Fixed

Respond

Norespond

Respond

Norespond

Respond

Norespond

Importexternal
EPGdatabasefrom
USBfile.

ExportEPG
internaldatabase
toaUSBfile.

Don’tuse
(Engineering
Purpose)
SeePublicMode
Description

Use◄/► toadjust
and“OK”tofix

value

Enternumberof
maximumvolume

Use◄/►toadjust
and“OK”tofix

value

Enternumberof
maximumvolume

Use◄/►toadjust
and“OK”tofix

value

◄/►toadjust

Use
and“OK”tofix

value

Use◄/►toadjust
and“OK”tofix

value

OnScreen
Display Yes

Inputmodestart Normal

InputTVmode
programnumber

0

Yes

No

Normal
ATV
DTV
HDMI1
HDMI2
HDMI3
HDMI4
SCART‐AV
VIDEO
PCIN
COMPONENTS

0…9999

38

Use◄/►toadjust
and“OK”tofix

value

◄/►toadjust

Use
and“OK”tofix

value

Enternumberof
program

4. Description of display (continued)

ServiceMenu SubMenu Options1 Options2 Comments

Inputmodefixed Variable

RCpaththrough Off

Hotelmode Off

RS232CPower
On

HDMILevel
PowerOn

Commit  

Reset  

Cancel

WhiteBalance MGAMMAReset

MGAMMA
Pattern

MGAMMAIN1

MGAMMAIN2

MGAMMAIN3

MGAMMAIN4

MGAMMAIN5

MGAMMAIN6

MGAMMAINR1

MGAMMAING1

Variable
Fixed

On
Off

On
Off

Disable

Disable

 



Pattern1
Pattern2
Pattern3
Pattern4
Pattern5
Pattern6

160 0...1023

320

480

640

800

960

571 0...4096

614

Enable
Disable

Enable
Disable



0...1023 Pattern2

0...1023 Pattern3

0...1023 Pattern4

0...1023 Pattern5

0...1023 Pattern6

0...4096

Use
and“OK”tofix

value

Use◄/►toadjust
and“OK”tofix

value
(Needadditional
Hardware)

Use
and“OK”tofix

value

Use◄/►toadjust
and“OK”tofix

value
(Needadditional
Hardware)

Use
and“OK”tofix

value
(Needadditional
Hardware)
Press"OK"to
confirmchanges
Press"OK"toreset
todefaultvalues
Press“OK”to
cancelanychange.
ResetGAMMA
adjustmentto
defaultvalues



Pattern1
modulation

modulation

modulation

modulation

modulation

modulation

Use
colortemp.

Use◄/► toadjust
colortemp.

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

◄/►toadjust

◄/►toadjust

◄/►toadjust

◄/► toadjust

39

LC-39/50LE650
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LC-39/50LE652

4. Description of display (continued)

ServiceMenu SubMenu Options1 Options2 Comments

MGAMMAINB1

MGAMMAINR2

MGAMMAING2

MGAMMAINB2

MGAMMAINR3

MGAMMAING3

MGAMMAINB3

MGAMMAINR4

MGAMMAING4

MGAMMAINB4

MGAMMAINR5

MGAMMAING5

MGAMMAINB5

MGAMMAINR6

MGAMMAING6

MGAMMAINB6

MGAMMA
COMMIT

FactoryInit OK:0

Inchsetting 39inch

50inch
60inch
Second39inch
Second50inch

Operation



hours
Operation

OK:0

hoursreset

675

1189

1228

1341

1801

1843

2000

2421

2457

2671

3033

3071

3338

3666

3686

4000



 

NotusedinM/P
NotusedinM/P

 



0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096

0...4096



◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.

◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.

◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.

◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.

◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.

◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.

◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.

◄/► toadjust

Use
colortemp.

Use◄/► toadjust
colortemp.
SavetheGAMMA

changesinNVM.
Press“OK”to
installFactoryInit
modeonnext
switch‐on.





Press“OK”toreset
counter

40

4. Description of display (continued)

ServiceMenu SubMenu Options1 Options2 Comme n t s

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

EraseNVM OK:0

SetAuto

OK:0

Installation

flag

LCDcontroller

testpatterns

NotestPattern
White
White50%
GreyScale
Red
Green
Blue
Black

SmartLoader

(CloneTV)

Hardware
adjustment

LoudData
SaveData

ForCVBSsignal
ForYCsignal
ForCOMPONENT
signal
ForVGAsignal

Noiselevel



information
Teletext



information

 

Press“OK”to
eraseNVM
Press“OK”to



setup
Autoinstallation

 

Press“OK”to
activateit

InsertUSBFlash



memoryandPress
“OK”

Press“OK”to

 



executedeADC
Adjustment

Don’tuse

Don’tuse

 

LocationofTV

set



(Listofcountries)

Use/to



select
uninstallation
countryandpress
“OK”tofixit.

41

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

6. White Balance Adjustment

Condition:

● AV MODE= Dynamic (backlight at max.).

● Select correct Inch setting (39”,50” or 60”) in “Inch setting” menu.

● Adjustments reference device: Minolta CA-210

● Adjustments target: x=0.274, y=0.284

High: adjustments spec ±0.001, inspection spec: ±0.002

Low: adjustments spec ±0.002, inspection spec: ±0.004

1. Press “◄ / ►” until selecting “White Balance” option.

2. Press “OK”.

3. “GAMMA” menu appears.

4. Press “◄ / ►” until selecting “MGAMMA RESET”.

5. Press “OK”, to restore default values.

6. Hold the default value for “MGAMMA G1”. (Note: next, try to get the (x, y) adjustments target, changing

“MGAMMA R1” and “MGAMMA B1” as follow).

7. Press “◄ / ►” until selecting “MGAMMA R1”.

8. Press “OK” to enter “Internal Adjustments Pattern 1”.

9. Press “◄ / ►” until you obtain the desired value.

10. Press “6” to return to previous menu.

11. Press “◄ / ►” until selecting “MGAMMA B1”.

12. Press “OK” to enter “Internal Adjustments Pattern 1”.

13. Press “◄ / ►” until you obtain the desired value.

14. Press “6” to return to previous menu.

(Note: In case of not being possible to achieve the desired (x, y) target, try to get it by changing also the

“MGAMMA G1”)

15. Press “◄ / ►” until selecting “MGAMMA R2”.

16. Press “OK” to enter “Internal Adjustments Pattern 2”.

17. Repeat from step 6 to 14 for the “MGAMMA R2” and “MGAMMA B2”.

18. Press “◄ / ►” until selecting “MGAMMA R3”.

19. Press “OK” to enter “Internal Adjustments Pattern 3”.

20. Repeat from step 6 to 14 for the “MGAMMA R3” and “MGAMMA B3”.

21. Press “◄ / ►” until selecting “MGAMMA R4”.

22. Press “OK” to enter “Internal Adjustments Pattern 4”.

23. Repeat from step 6 to 14 for the “MGAMMA R4” and “MGAMMA B4”.

24. Press “◄ / ►” until selecting “MGAMMA R5”.

25. Press “OK” to enter “Internal Adjustments Pattern 5”.

26. Repeat from step 6 to 14 for the “MGAMMA R5” and “MGAMMA B5”.

27. Press “◄ / ►” until selecting “MGAMMA R6”.

28. Press “OK” to enter “Internal Adjustments Pattern 6”.

29. Repeat from step 6 to 14 for the “MGAMMA R6” and “MGAMMA B6”.

30. Press “◄ / ►” until selecting “MGAMMACommit”.

31. Press “OK”, to save the new values.

NOTE:

For activating the W/B ag, only is necessary to send the order “Commit”. After this action, the “W” W/B ag will change
to “1”.

42

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LC-39/50LE652

7.Initialization to factory setting

Caution: When the factory settings have been ade, all user setting data, including the channel settings, are initialized.

The adjustments done in the adjustment process mode are not initialized. Keep this in mind when initializing these

settings.

1. Enter in Service mode.

2. Press “◄” or “►” key until selecting “Factory Init”.

3. Press OK key twice.

4. Turn off the TV set.

5. When turns on again, the TV restarts in “Initial Installation” menu.

The following settings will be back to their factory ones:

• User settings

• Channel data (e.g. broadcast frequencies)

• Maker option setting

• Password data

43

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8. Public Mode (Hotel mode)

1. How to Enter in the Public Mode (Hotel Mode).

There are two following ways to display the Public Mode setting screen.

Method 1:

Turn on the power and enter in the Service mode as usual and select [PUBLIC MODE].

Method 2:

Unplug the AC power cord.

Plug the AC power cord. When the LED light blue, press “VOL+” and “INPUT” keys at the same time.
Then, when you are asked for the password, enter “0027”.

After this sequence the TV will turn on showing the Public Mode setting screen. In another case, the screen is
erased, and it operates in the ordinary mode.

2. Public Mode Settings.

1. POWER ON FIXED [VARIABLE ↔ FIXED]

When it is set to “FIXED” the TV is impossible to be switch off by Main Switch or Remote Control.

2. MAXIMUM VOLUME [0 ↔ 100]

Is possible to set the maximum volume at limited level

3. VOLUME FIXED [VARIABLE ↔ FIXED]

Is possible to x the sound volume at limited level.
When “FIXED” is selected the sound volume before limited is xed.

4. VOLUME FIXED LEVEL [0 ↔ 100]

If “FIXED” has been selected, is possible to set a xed volume at the level that is chosen.

5. RC BUTTON [RESPOND ↔ NO RESPOND]

If “NO RESPOND” is selected, the remote control keys are inoperative.

6. PANEL BUTTON [RESPOND ↔ NO RESPOND]

If “NO RESPOND” has been selected, the set’s keys remain deactivated (Except POWER key).

7. MENU BUTTON [RESPOND ↔ NO RESPOND]

If “NO RESPOND” has been selected, “MENU” key, of remote control, is inoperative.

8. ON SCREEN DISPLAY [Yes ↔ No]

If “OFF” has been selected, the On Screen Display does not appear.

9. INPUT MODE START [ NORMAL → ATV → DTV→ HDMI1 → HDMI2 → HDMI3 → HDMI4 → SCART-AV
→ VIDEO → PC IN → COMPONENTS ]
When any other item than “NORMAL” has been selected, the sets will start in a selected input mode at the
next power-on.

10. INPUT TV MODE PROGRAM NUMBER [1-999]

If value is “0”, TV should start in the last program number selected by user if in the previous control ATV / DTV
is selected, this is the normal user TV behavior. If value is different from “0”, TV should starts in the specied

program number when it is switched on.

11. INPUT MODE FIXED [VARIABLE↔ FIXED]

“FIXED” has been selected, any channels and input modes other than those selected at the start mode cannot

be picked up.

44

8. Public Mode (Hotel mode) ( continued )

10. INPUT TV MODE PROGRAM NUMBER [1-999]

If value is “0”, TV should start in the last program number selected by user if in the previous control ATV / DTV
is selected, this is the normal user TV behavior. If value is different from “0”, TV should starts in the specied

program number when it is switched on.

11. INPUT MODE FIXED [VARIABLE ↔ FIXED]

“FIXED” has been selected, any channels and input modes other than those selected at the start mode cannot

be picked up.

12. RC PATH THROUGH [ON ↔ OFF] (Need additional Hardware)
When ON and RS-232 circuitry is really assembled , in pin #9 of RS-232 socket appears a feedback of the
remote signal (3.3v logic type).

13. HOTEL MODE [ON ↔ OFF]
If ON has been selected the HOTEL MODE is activated.

14. RS-232C POWER ON [ENABLE ↔ DISABLE] (Need additional Hardware)

When this option is set to “ENABLE” it means that TV should be able to be switched on from standby mode

through a RS232 command.

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LC-39/50LE652

15. HDMI LEVEL POWER ON [ENABLE ↔ DISABLE] (Need additional Hardware)
Enabling this option, the polling of HDMI signal presence in a given HDMI input is being monitored.
[TV in ON mode] If there isn’t HDMI signal present, after some seconds TV should go to standby
[TV in standby mode] If there is HDMI signal present, TV should switch on.

16. COMMIT
Select Commit and press OK to apply the change.

17. RESET
Cancel all Public Mode settings. (It returns to the factory settings)

3. Public Mode Menu.

Item Description Remarks (adjustment details, etc.)

PUBLIC MODE PUBLIC MODE Submenu Press ">" or "OK" to enter to PUBLIC MODE Submenu

1 Power On xed Variable Press ";" or "<" to change Variable/Fixed then press "OK"

2 Maximum volume 100 Enter number of maximum volume

3 Volume xed Variable Press ";" or "<" to change Variable/Fixed then press "OK"

4 Volume xed level 33 Enter number of maximum volume

5 RC button Respond Press ";" or "<" to change Respond/No respond then press "OK"

6 Panel button Respond Press ";" or "<" to change Respond/No respond then press "OK"

7 Menu Button Respond Press ";" or "<" to change Respond/No respond then press "OK"

8 On Screen Display Ye s Press ";" or "<" to change Yes/No then press "OK"

9 Input mode start Normal Press ";" or "<" to change Normal/ATV/DTV/HDMI1.. then press "OK"

10 Input TV mode program

number

11 Input mode xed Variable Press ";" or "<" to change Variable/Fixed then press "OK"

12 RC path through Off Press ";" or "<" to change On/Off then press "OK" (Need additional Hardware)

13 Hotel mode Off Press ";" or "<" to change On/Off then press "OK"

14 RS232C Power On Disable Press ";" or "<" to change Enable/Disable then press "OK" (Need additional

15 HDMI Level Power On Disable Press ";" or "<" to change Enable/Disable then press "OK" (Need additional

16 Commit Press "OK" to conrm

17 Reset Press "OK" to return to factory settings

0 Enter number of program

Hardware)

Hardware)

45

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

9. SMART LOADER

Description.

The Smartloader is a function implemented in the service software of SEE designed LE750 series intended to easily
replicate the user settings of one TV into another. These settings include (but not restricted to): picture and audio, tun­ing set-up, language and country selection, PIN, child locked programs… Factory adjustments are not copied as they
are different for every TV.
The Smartloader makes possible the user data to be stored in a memory device connected to the USB terminal of the
TV that is used as reference and later load those data into other TVs by using their respective USB terminal.

How it works.

In reference TV:

1. Insert a memory device in the USB slot.

2. Enter in service mode, select SmartLoader (Clone TV) menu.

3. Press “OK”.

4. Select “Save data” and press OK in the remote control.

5. Wait until “OK:0” is displayed, the le has been successfully created in the root directory of the memory device.
In case of error, an explanation message is shown.

In TV to be cloned:

1. Insert a memory device with a le in it obtained following the above procedure.

2. Enter in service mode, select SmartLoader menu.

3. Select “Load data” and press OK button in the remote control.

4. After some seconds, “OK: 0” is displayed. In case of error, an explanation message is shown.

5. Reboot the TV to load the new settings.

Very important: All the TVs must have the same software version and hardware.

46

SOFTWARE UPGRADING

● Recording

It is possible to set a pre-record and post-record time
for timer recordings made without auto time control
(DVB).
This minimises the risk that a part of broadcast is not
recorded due to the broadcast starting earlier and/or
finishing later.

● Hard disks

● Format external one

It is possible to re-format the hard disk in order to
solve some problems or to delete all data stored on it.
Select this option to start formatting.

Formatting the hard disk will erase all data stored
on it.

● DivX® VOD

● DivX® VOD Register

To activated this option you need to register the
code at www.divx.com/vod, download the VOD log
file and reproduce it in TV.

● DivX® VOD Deregister

Displays the deactivation code necessary to wite off
this TV at www.divx.com/vod.

Basic adjustment

The next screen will appear:

The software version that is currently installed is
displayed.

6 Press

V button to proceed. The TV searches for

a new software file on the USB stick.

If a new software version is available after the
search, a message appears:

New software Vx.xx

7 Press

V button to start loading the new software.

Or press END to end the wizard (the software will
not be updated).

•The updated percentage appears.

8 To make your TV completely ready for use again,

please switch it off and on with the mains switch.

If an Internet connection is available, new software can
be downloaded directly and installed in the TV set.

1 Press @ button.
2 With ◄/► select Setup and press OK.
3 Select Control → Software → Software

Update → Via Internet.

A message regarding data protection will be
displayed.

4 If you do not agree with data protection message,

please press

G to exit. If you agree, please press

V to continue.

The version of the software that is currently installed
will be displayed.

5 By pressing

V the TV connects to the Internet

and scans the update server for new software.

If a new software version is available, a message
appears.

6 Press

V to start loading the new software.

If you want to end the wizard, please press END.
7 To make your TV completely ready for use again,

please switch it off and on with the mains switch.

NOTES

• Please do not switch off the TV by the mains switch

during software updating.

• The total programming process can take up to 50 minutes

in total.

Software update via Internet

27

The next screen will appear:

The software version that is currently installed is
displayed.

6 Press

V button to proceed. The TV searches for

a new software file on the USB stick.

If a new software version is available after the
search, a message appears:

New software Vx.xx

7 Press

V button to start loading the new software.

Or press END to end the wizard (the software will
not be updated).

•The updated percentage appears.

8 To make your TV completely ready for use again,

please switch it off and on with the mains switch.

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

Software update via USB

It is possible to update the software on your SHARP TV.

1 Add the binary file to USB memory root.
2 Insert the memory in any USB side TV set

socket.

3 Press @ button.
4 With ◄/► select Setup and press OK.
5 Select Control → Software → Software

Update → Via USB.

The next screen will appear:

The software version that is currently installed is
displayed.

6 Press

V button to proceed. The TV searches for

a new software file on the USB stick.

If a new software version is available after the
search, a message appears:

7 Press

Or press END to end the wizard (the software will

New software Vx.xx

V button to start loading the new software.

not be updated).

•The updated percentage appears.

8 To make your TV completely ready for use again,

please switch it off and on with the mains switch.

Software update via Internet

If an Internet connection is available, new software can
be downloaded directly and installed in the TV set.

1 Press @ button.
2 With ◄/► select Setup and press OK.
3 Select Control → Software → Software

Update → Via Internet.

A message regarding data protection will be
displayed.

4 If you do not agree with data protection message,

please press

V to continue.

The version of the software that is currently installed
will be displayed.

5 By pressing

and scans the update server for new software.

If a new software version is available, a message
appears.

6 Press
If you want to end the wizard, please press END.
7 To make your TV completely ready for use again,

please switch it off and on with the mains switch.

NOTES

• Please do not switch off the TV by the mains switch

during software updating.

• The total programming process can take up to 50 minutes

in total.

G to exit. If you agree, please press

V the TV connects to the Internet

V to start loading the new software.

47

LC-39/50LE650

MAJOR ICs INFORMATION

LC-39/50LE651
LC-39/50LE652

MAJOR ICs INFORMATION

1. General ICs Information

DUNTKF135WE (Main Unit)

IC 1505: HDMI Switch 3 inputs to 1 output.

Part number: BU16028KV (ROHM)
Sharp code: VHIBU16028K-1Q

http://www.rohm.com/products/databook/video/pdf/bu16006kv-e.pdf

Features:

Supports 2.25 Gbps Signaling Rate for 480i/p, 720p, and 1080i/p

Resolution to 12-Bit Color Depth.

Compatible with HDMI 1.3a.
5V Tolerance to all DDC and HPD_SINK Inputs.
Integrated Switchable 50ΩΩReceiver Termination.
Integrated DDC buffer.
Integrated Equalizer circuit to adapt long cable.

IC 2701: Audio Power Amplifier.
Part number: STA333BW13TR (ST MICRO)
Sharp code: VHISTA333BW-1L.

http://www.st.com/internet/com/TECHNICAL_RESOURCES/TECHNICAL_LITERATURE/DATASHEET/CD00166760.pdf

Features:

Wide-range supply voltage, 4.5 V to 21.5 V.
Three power output configurations:

o 2 channels of ternary PWM (2 x 20 W into 8 Ω at 18 V) + PWM output.
o 2 channels of ternary PWM (2 x 20 W into 8 Ω at 18 V) + ternary stereo line-out.
o 2.1 channels of binary PWM (left, right, LFE) (2 x 9 W into 4 Ω +1 x 20 W into 8 at 18 V).

� FFX with 100-dB SNR and dynamic range.
Scalable FFX modulation index.
Selectable 32- to 192-kHz input sample rates.
I2C control with selectable device address.
Digital gain/attenuation +48 dB to -80 dB with 0.5-dB/step resolution.
Soft volume update with programmable ratio.
Individual channel and master gain/attenuation.
Dynamic range compression (DRC) or anti-clipping

mode.

Audio presets:

o 15 preset crossover filters.
o 5 preset anti-clipping modes.
o Preset night-time listening mode.

Individual channel soft/hard mute.
Independent channel volume and DSP bypass.
I2S input data interface.
Input and output channel mapping.
Automatic invalid input-detect mute.
Up to 5 user-programmable bi-quads by channel.
Three coefficients banks for EQ presets storing with fast recall via I2C interface.
Bass/treble tones and de-emphasis control.
Selectable high-pass filters for DC blocking.
Advanced AM interference frequency switching and noise suppression modes.

48

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

MAJOR ICs INFORMATION ( continued )

Sub channel mix into left and right channels.
Selectable high- or low-bandwidth noise-shaping topologies.
Selectable clock input ratio.
96-kHz internal processing sample rate.
Thermal overload and short-circuit protection technology
Video apps: 576 x fs input mode supported.

IC 2702: Headphone Amplifier.
Part number: TS488IQT (ST MICRO)
Sharp code : RH-IXD542WJZZY.

http://www.st.com/st-web-ui/static/active/en/resource/technical/document/datasheet/CD00083715.pdf

Ω Ω

Ω

Features:

Pop and click noise protection circuitry.
Operating range from VCC = 2.2 V to 5.5 V.
Standby mode active low (TS488) or high (TS489).
Output power:

– 120 mW at 5 V, into 16 Ω with 0.1% THD+N max (1 kHz).
– 55 mW at 3.3 V, into 16 Ω with 0.1% THD+N max (1 kHz).

Low current consumption: 2.7 mA max at 5 V.
Ultra-low standby current consumption: 10 nA typical.
High signal-to-noise ratio.
High crosstalk immunity: 102 dB (F = 1 kHz).
PSRR: 70 dB typ. (F = 1 kHz), inputs grounded at 5 V.
Unity-gain stable.
Short-circuit protection circuitry.

IC9552: USB 2.0 Hi-Speed Hub Controller
Part number: USB2514B-AEZG (SMSC)
Sharp code: VHI2514BAEZ-1Q

http://www.smsc.com/Downloads/SMSC/Downloads_Public/Data_Sheets/251xb.pdf

The SMSC USB251x hub is a family of low-power, OEM
configurable, MTT (multi transaction translator) 1 hub controller

IC products for embedded USB solutions. The “x” in the part

number indicates the number of downstream ports available. The
SMSC hub supports low-speed, full-speed, and hi-speed (if
operating as a hi-speed hub) downstream devices on all of the
enabled downstream ports.

Features

Full power management with individual or ganged power

control of each downstream port.

Fully integrated USB termination and pull-up/pull-down

resistors.

Supports a single external 3.3 V supply source; internal

regulators provide 1.2 V or 1.8 V internal core voltage.

On-chip driver for 24 MHz crystal resonator or external 24/48

MHz clock input.

Customizable vendor ID, product ID, and device ID.
ESD protection up to 4 kilovolts on all USB pins.
Supports self- or bus-powered operation.
USB251xB2 and USB251xBi products support the USB Battery Charging specification.
Package: 36-pin QFN (6x6 mm).

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IC 3501, IC3502 & IC 3503: 2Gb 16Bits DDR3-1600 SDRAM
Part number: MT41J128M16JT-125:K (MICRON)
Sharp code: RH-IXD538WJZZQ

http://www.micron.com/~/media/Documents/Products/Data%20Sheet/DRAM/2Gb_DDR3_SDRA M.pdf

DDR3 SDRAM uses double data rate architecture to achieve high-speed operation. The double data rate architecture is an 8n­prefetch architecture with an interface designed to transfer two data words per clock cycle at the I/O pins. A single read or write
operation for the DDR3 SDRAM effectively consists of a single 8n-bit-wide, four-clock cycle data transfer at the internal
DRAM core and eight corresponding n-bit-wide, one half-clock-cycle data transfers at the I/O pins. The differential data strobe
(DQS, DQS#) is transmitted externally, along with data, for use in data capture at the DDR3 SDRAM input receiver. DQS is
center-aligned with data for WRITEs. The read data is transmitted by the DDR3 SDRAM and edge-aligned to the data strobes.
The DDR3 SDRAM operates from a differential clock (CK and CK#). The crossing of CK going HIGH and CK# going LOW is
referred to as the positive edge of CK. Control, command, and address signals are registered at every positive edge of CK. Input
data is registered on the first rising edge of DQS after the WRITE preamble, and output data is referenced on the first rising edge
of DQS after the READ preamble.
Read and write accesses to the DDR3 SDRAM are burst-oriented. Accesses start at a selected location and continue for a
programmed number of locations in a programmed sequence. Accesses begin with the registration of an ACTIVATE command,
which is then followed by a READ or WRITE command. The address bits registered coincident with the ACTIVATE command
are used to select the bank and row to be accessed. The address bits registered coincident with the READ or WRITE commands
are used to select the bank and the starting column location for the burst access.
The device uses a READ and WRITE BL8 and BC4. An auto precharge function may be enabled to provide a self-timed row
precharge that is initiated at the end of the burst access.
As with standard DDR SDRAM, the pipelined, multibank architecture of DDR3 SDRAM allows for concurrent operation,
thereby providing high bandwidth by hiding row precharge and activation time.
A self refresh mode is provided, along with a power-saving, power-down mode.

Features:

VDD = VDDQ = 1.5V ±0.075V. 1.5V center-terminated push/pull I/O.
Differential bidirectional data strobe with 8n-bit prefetch architecture.
Differential clock inputs (CK, CK#).
8 internal banks.
Nominal and dynamic on-die termination (ODT) for data, strobe, and mask signals.
Programmable CAS READ latency (CL). Posted CAS additive latency (AL).
Programmable CAS WRITE latency (CWL) based on tCK.
Fixed burst length (BL) of 8 and burst chop (BC) of 4 (via the mode register set [MRS]).
Self refresh temperature (SRT).
Multipurpose register with Output driver calibration.

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IC9551: Adjustable Current Limited Load Switch with Fault Flag (USB1).
Part number: AAT4614IGU-2-T1 (SKYWORKS INC.)
Sharp code: RH-IXD309WJZZY

http://www.skyworksinc.com/uploads/documents/201939A.pdf

The AAT4614 Smart Switch is a current limited P-channel MOSFET power switch designed for high side load switching
applications. This switch operates with inputs ranging from 2.4V to 5.5V, making it ideal for both 3V and 5V systems. An
integrated current-limiting circuit protects the input supply against large currents which may cause the supply to fall out of
regulation. Reverse current blocking is provided to protect the load switch from reverse current potentials while the device is
shutdown.
The AAT4614 is also protected from thermal overload which is limited by power dissipation and junction temperatures. Current
limit threshold is programmed with a resistor from SET to ground and may be adjusted for levels up to 1.4A. The ultra -fast
current limit response to a sudden short circuit is a mere 1μs which reduces the requirements of local supply bypassing. An open
drain FAULT flag signals an over-current or over-temperature condition after a 4ms blanking time to prevent false reporting.
Quiescent current is a low 10μA and the supply current decreases to less than 1μA in shutdown mode.
The AAT4614 is offered in the 8-pin SC70JW, SOT23-6 and SOT23-5 packages, and is specified for operation over the -40°C to
+85°C ambient temperature range.

Features.

Input Voltage Range: 2.4V to 5.5V.
Programmable Over-Current Threshold.
Fast Transient Response:
1μs Response to Short Circuit.
10μA Typical while Enabled.
160mΩ Typical RDS(ON).
Only 2.4V Needed for ON/OFF Control.
Under-Voltage Lockout.
Reverse Blocking During Disable.
4ms Fault Blanking.
Fault Flag Open Drain Output.
Active Hi/Lo Enable Options.
Over-Temperature Protection.

IC9553: Low Dropout LDO (USB2)
Part number: S-1170B50UC-OUJTFG (SEIKO)
Sharp code: VHIS170B50U-1Y

http://datasheet.sii-ic.com/en/voltage_regulator/S1170_E.pdf

The S-1170 Series is a positive voltage regulator with a low dropout voltage (LDO), high output voltage accuracy, and low
current consumption developed based on CMOS technology.
A built-in low on-resistance transistor provides a low dropout voltage and large output current, a built-in overcurrent protector
prevents the load current from exceeding the current capacitance of the output transistor, and a built-in thermal shutdown circuit
prevents damage caused by the heat. An ON/OFF circuit ensures a long battery life. Compared with the voltage regulators using
the conventional CMOS process, a larger variety of capacitors are available, including small ceramic capacitors. Small SOT -89­5 and 6-Pin HSON(A) packages realize high-density mounting.

Features:

Output voltage: 1.5 V to 5.5 V, selectable in 0.1 V steps.
High-accuracy output voltage: ±1.0%.
Low dropout voltage (LDO): 120 mV typ. (3.0 V output

product, Iout =300 mA).

Low current consumption: During operation 80 µA typ.

160 µA max., During shutdown 0.1 µA typ. 1.0 µA max.

High peak current capability: 800 mA output is possible

(@ Vin >Vout(S) +1.0 V) *1

Built-in ON/OFF circuit.
High ripple rejection: 70 dB typ. (@ 1.0 kHz)
Built-in overcurrent protector: Overcurrent of output

transistor can be restricted.

Built-in thermal shutdown circuit.

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IC 3301: SOC Freeman Premier 2
Part number: FLI7560-AAB (ST MICRO)
Sharp code: RH-IXD514WJZZQ

http://www.st.com/st-web-ui/static/active/en/resource/technical/document/data_brief/DM00063486.pdf

The FLI7560 is a revolutionary new iDTV SoC that integrates two highly successful, market proven subsystems: STi710x
digital/front-end processing and multi-format audio/video decoding from the STB market, and Faroudja video/back-end
processing from the TV market. The FLI7560 is a high-performance, state-of-the-art SoC that can power
DTT/cable/satellite/IPTV iDTV designs for worldwide deployment. From the software compatibility extending from the mature
STi710x STAPI layer to the extensive video processing, tuning, and tools from Faroudja Labs, FLI7560 is an ideal solution for
addressing the next generation of iDTV design requirements.
The FLI7560 is the latest in a family of scalable performance and software-compatible H.264 SoCs that address mainstream and
performance segments of the iDTV market. Notably, it is a single-chip, 120 Hz TV solution incorporating Motion-Corrected
Temporal Interpolation (MCTi) Faroudja technology. It utilizes industry-leading vector estimation to interpolate in between
frames to correct film motion judder and panel motion blurring. Combining the artistic elements of film with the linear motion of
video, FLI7560 provides audiences with a uniquely enjoyable viewing experience.
FLI7560 implements the latest generation of Faroudja Video Optimized technologies, which allow a high degree of
customization for TV OEMs. Key technology improvements in this area include 14-bit color and contrast processing, upgraded
sharpness, upgraded temporal noise reduction, and new MPEG noise reduction. Furthermore, FLI7560 supports all connectivity
requirements to 3D sources and all mandatory 3D formats defined in the HDMI 1.4b specification.
Along with its high performance CPU, the FLI7560 is equipped with 256 Kbyte of level 2 cache to deliver the smoothest multi­instance Connected TV intuitive user experience. In addition, with its A/V decode, graphics engine, motion judder reduction and
motion blur removal features, and extensive network interface capability, FLI7560 enables 3DTVs to deliver rich applications
for convenient access to multimedia content, both from within the home, as well as from the web.

Features

ST231@450MHz for advanced HD video decoding (H.264/VC-1/MPEG2/…). Worldwide DTT broadcast video standards.
Dual ST231@450MHz for advanced multichannel audio decoding (MPEG-1/2, MP3, WMA, Dolby® Digital/Dolby Digital+,

AAC/AAC+/…)  Worldwide DTT broadcast audio standards.

Dual ST40 CPU@450MHz (delivers 1600+DMIPS) runs Linux and OS21  One CPU fully dedicated to application and user interface.
256 Kbyte level 2 cache --> For high performance Internet TV applications.
Faroudja® video processing for Main Video --> Vivid picture quality for the consumer.
Full support for HDMI 1.4b mandatory 3DTV input formats.
Horizontal/vertical image flip support all panel types.
Faroudja MCTi™ Frame Rate Conversion (FRC) for 2D and 3D content (film and video).
Higher performance for SMART TV with more responsive navigation.
3DTV support 120 Hz (line-interleaved) and 60L60R (frame-sequential).
Integrates auto 2D to 3D video/text conversion and depth control.
Worldwide analog audio demodulator.
14-bit Advanced Color Management (3D) and Contrast processing --> Ultimate video quality for OEMs and consumers.
High-quality graphics for rich, easy-to-use GUI.
Advanced security supporting embedded CA, CI/CI+ and DRM apps; copy protection support including HDCP, AES/DES/TDES,

RoviTM.

48-bit (3 x 16 or 1 x 16 + 1 x 32) DDR2/DDR31066 Mbps DRAM I/F --> Performance and flexibility with DRAM ICs.
Quad high-speed 10-bit LVDS outputs --> convenient connectivity to panel TCON.

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IC 3800: STANDBY CONTROLLER
Part number: STM8S105K4T6CTR (ST MICRO)
Sharp code: RH-IXD550WJZZY

http://www.st.com/st-web-ui/static/active/en/resource/technical/document/datasheet/CD00200092.pdf

Features

Core.

o 16 MHz advanced STM8 core with Harvard architecture and 3-stage pipeline.
o Extended instruction set.

Memories.

o Medium-density Flash/EEPROM:

 Program memory up to 32 Kbytes (data retention: 20 years at 55°C after 10k cycles).
 Data memory up to 1 Kbytes true data EEPROM (endurance 300k cycles).

o RAM: Up to 2 Kbytes.

Clock, reset and supply management.

o 2.95 V to 5.5 V operating voltage.
o Flexible clock control, 4 master clock sources:

 Low power crystal resonator oscillator.
 External clock input.
 Internal, user-trimmable 16 MHz RC.
 Internal low power 128 kHz RC.

Clock security system with clock monitor.
Power management:

o Low power modes (wait, active-halt, halt).
o Switch-off peripheral clocks individually.

Permanently active, low consumption power-on and

power-down reset.

Interrupt management

o Nested interrupt controller with 32 interrupts.
o Up to 37 external interrupt on 6 vectors.

Timers.

o 2x 16-bit general purpose timers, with 2+3

CAPCOM channels (IC, OC or PWM).

o Advanced control timer: 16-bit, 4 CAPCOM

channels, 3 complementary outputs, dead­time insertion and flexible synchronization.

o 8-bit basic timer with 8-bit prescaler.
o Auto wake-up timer.
o Window and independent watchdog timers.

Communications interfaces.

o UART with clock output for synchronous

operation, Smartcard, IrDA, LIN.

o SPI interface up to 8 Mbit/s.
o I2C interface up to 400 Kbit/s.

Analog-to-digital converter (ADC).

o 10-bit, ±1 LSB ADC with up to 10

multiplexed channels, scan mode and analog
watchdog.

I/Os.

o Up to 38 I/Os on a 48-pin package including

16 high sink outputs.

o Highly robust I/O design, immune against

current injection

Unique ID.

o 96-bit unique key for each device.

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IC8401: 2Gbit NAND FLASH
Part number: MT29F4G08ABADAWP:D (MICRON)
Sharp code: RH-IXD552WJQZQ

http://datasheet.elcodis.com/pdf2/69/78/697874/mt29f4g08abadawpd.pdf

Micron NAND Flash devices include an asynchronous data interface for high-performance I/O operations. These devices use a
highly multiplexed 8-bit bus (I/Ox) to transfer commands, address, and data. There are five control signals used to implement the
asynchronous data interface: CE#, CLE, ALE, WE#, and RE#. Additional signals control hardware write protection and monitor
device status (R/B#).
This hardware interface creates a low pin-count device
with a standard pinout that remains the same from one
density to another, enabling future upgrades to higher
densities with no board redesign.
A target is the unit of memory accessed by a chip enable
signal. A target contains one or more NAND Flash die. A
NAND Flash die is the minimum unit that can
independently execute commands and report status. A
NAND Flash die, in the ONFI specification, is referred to
as a logical unit (LUN). There is at least one NAND Flash
die per chip enable signal. For further details, see Device
and Array Organization.
This device has an internal 4-bit ECC that can be enabled
using the GET/SET features.

These devices use NAND Flash electrical and command
interfaces. Data, commands, and addresses are multiplexed onto the same pins and received by I/O control circuits. The
commands received at the I/O control circuits are latched by a command register and are transferred to control logic circuits for
generating internal signals to control device operations. The addresses are latched by an address register and sent to a row
decoder to select a row address or to a column decoder to select a column address. Data is transferred to or from the NAND
Flash memory array, byte by byte (x8) or word by word (x16), through a data register and a cache register. The NAND Fl ash
memory array is programmed and read using page-based operations and is erased using block-based operations. During normal
page operations, the data and cache registers act as a single register. During cache operations, the data and cache registers
operate independently to increase data throughput. The status register reports the status of die operations.

IC9501: Single Port 10/100 Fast Ethernet Transceiver
Part number: KSZ8081RNDTR (MICREL)
Sharp code: RH-IXD543WJZZY

http://www.mouser.com/catalog/specsheets/KSZ8081RNDCA.pdf

The KSZ8081RND is a single-supply 10BaseT-100Base-TX Ethernet physical-layer transceiver for transmission and reception
of data over standard CAT-5 unshielded twisted pair (UTP) cable.
The KSZ8081 is a highly-integrated PHY solution. It reduces board cost and simplifies board layout by using on-chip
termination resistors for the differential pairs and by integrating a low-noise regulator to supply the 1.2V core, and by offering

1.8/2.5/3.3V digital I/O interface support.
The KSZ8081RND offers the Reduced Media Independent Interface (RMII) for direct connection to RMII -compliant MACs in
Ethernet processors and switches
As the power-up default, the KSZ8081RND uses a 25MHz crystal to generate all required clocks, including the 50MHz RMII
reference clock output for the MAC.

Features:

Single-chip 10BaseT/100BaseTx IEEE 802.3 compliant Ethernet transceiver.
RMII v1.2 Interface support with a 50MHz reference clock output to MAC.
MDC/MDIO management interface for PHY register configuration.
Programmable interrupt output.
On-chip termination resistors for the differential pairs.
Baseline wander correction.
HP Auto MDI/MDI-X to detect and correct straight-through and crossover cable connections with disable and enable

option.

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Auto-negotiation to automatically select the highest link-up speed (10/100Mbps) and duplex (half/full).
Loopback modes for diagnostics.
Single 3.3V power supply with VDD I/O options for 1.8V, 2.5V or 3.3V.
Built-on 1.2V regulator for core.

IC1106: Silicon Tuner (Analog & DVB-T/C/T2)
Part number: Si2178-A20-GMR (SILICON LABS)
Sharp code: RH-IXD518WJZZY

http://www.silabs.com/Support%20Documents/TechnicalDocs/Si2178-short.pdf

The Si2178 integrates a PAL/SECAM/NTSC analog TV demodulator with a universal hybrid TV tuner supporting all worldwide
digital and analog TV standards. The Si2178 requires no external balun and offers the lowest-cost BOM for a hybrid TV tuner
with analog demodulator. By combining Silicon Labs' proven digital low-IF architecture with a 4th-generation RF front-end, the
Si2178 maintains the highest performance that exceeds MOPLL-based tuners, including industry-leading 2nd-order distortion
performance.

Compared with competing silicon TV tuners, the Si2178 delivers an unprecedented level of front -end integration, resulting in the
lowest number of external BOM components. No external tracking filters, wire-wound inductors, LNAs, SAW filters or
inductive power supply filtering components are needed. The Si2178 offers low power consumption as well as an option for
single or dual power supply operation. Also included is an internal power-on reset circuit, eliminating the need for external
brownout protection components or additional pins in module applications.

For next-generation digital TV broadcast standards, such as DVB-T2 and DVB-C2, that are sensitive to integrated phase noise,
the Si2178 offers industry-leading phase noise performance. A software-selectable cable mode is also included which offers high
return-loss performance.

As with prior-generation Silicon Labs TV tuners, the Si2178 delivers superior picture quality and a higher number of received
stations when compared to other silicon tuners and discrete MOPLL-based tuners. Both the tuner and analog demodulator
incorporate worldwide field testing experience from three previous generations in high-volume production, to deliver the highest
tolerance to real-world field reception conditions. The Si2178 also incorporates a harmonic-rejection mixer that delivers
excellent immunity to Wi-Fi and LTE interference across the full RF input frequency range, with no need for external filtering
components.

Features:

Worldwide hybrid TV tuner.

o Analog TV: NTSC, PAL/SECAM.
o Digital TV: ATSC/QAM, DVB-T2/T/C2/C, ISDB-T/C, DTMB.
o 42–1002 MHz frequency range.

Analog TV demodulator.

o Superior video SNR performance.
o Over modulation and ICPM tolerant.

Industry-leading margin to A/74, NorDig, D-Book, C-Book, ARIB, EN55020, Open Cable™ specifications.
Lowest BOM for a silicon hybrid TV tuner.

o No balum at RF input.
o No external SAW filters or wire-wound inductors.
o Integrated LNAs and complete tracking filters.

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Best-in-class real-world reception.

o Exceeds discrete MOPLL-based tuners.
o Industry-leading phase noise performance.
o High immunity to Wi-Fi and LTE interference.

Low power consumption.

o 3.3 V and 1.8 V power supplies.
o Single-supply option for 3.3 V-only operations.

Integrated power-on reset circuit.
Flexible output interface.

o Combined ALIF/DLIF output to SoC.
o Optional DLIF output to external demodulator.

IC1102: DVB-T/C Demodulator.
Part number: Si2165-D-GMR (SILICON LABS)
Sharp code: RH-IXD519WJZZY

http://www.silabs.com/Support%20Documents/TechnicalDocs/Si2165-short.pdf

The Si2165 is a compact standalone DVB-T/C digital TV. The analog front-end consists of two ADCs with wide dynamic range
(12-bit) to allow operation with standard IF (~36 MHz), Low-IF, or Zero-IF inputs. This enables the use of the Si2165 with any
TV tuner, either metal can or silicon tuner based.
The multi-standard demodulator supports all modes of DVB-T (EN 300 744), including hierarchical modes. The Si2165 also
supports ITU J.83 annex A/C and DVB-C (EN 300 429), including a user-configurable 31-tap equalizer. In addition to DVB-T's
legacy modes, the Si2165 also complies with DVB-H (EN 300 744 Annex F) specificities: 4K FFT, extended TPS, “native” and
“in-depth” de-interleavers. The Si2165 is able to receive DVB-H programs in fixed receiver applications (without decoding the
additional MPE FEC layer).
An embedded 32-bit DSP controls device operation. Sophisticated on-chip algorithms ensure optimum reception even under
difficult channel conditions, such as echoes outside the guard interval, pre-echoes, or strong impulse noise. For ease-of-use, DSP
firmware is preloaded into ROM (device is immediately active at power-up). Nevertheless, there is a possibility of downloading
additional patch code via the I2C interface (e.g., to adjust the demodulator to unexpected conditions or reception impairments).
Thanks to proprietary features, the Si2165 supports ultra-fast channel scanning for VHF/UHF terrestrial and cable DTV
channels. For supported tuners, the Quickscan algorithm for blindscan is running onto the embedded DSP (in order to limit the
host CPU load) and is provided as a downloadable patch file.
Serial or parallel master MPEG TS output modes are supported. Furthermore, a TS slave parallel mode is available via a GPIF
port and provides a glueless interface to Silicon Labs' MCU devices with embedded USB interface. The user can optionally
program a 32-PID hardware filter to reduce the output TS bit rate.
An internal I2C pass-through logic switch acts as an I2C repeater. This provides a “quiet” I2C bus to the RF front end.
A maximum of six general-purpose inputs/outputs are available; three GPIOs also feature Δ/Σ and interrupt output capabilities.
Best-in-class demodulation performance is achieved while still maintaining very low-power operation.
The Si2165 guarantees a low-cost system implementation due to its minimal BOM and very small package footprint.

Features:

DVB-T (ETSI EN 300 744) demodulator & FEC decoder.
ITU J.83 Annex A/C and DVB-C (EN 300 429) compliant demodulator & FEC decoder.
NorDig Unified 2.0, D-Book & C-Book 4.0 compliant.

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Suitable for low power design: 140 mW (typical, 36 MHz IF sampling mode).
Dual 12-bit ADCs: accept 1st IF, low IF, or zero-IF inputs.
DVB-T channel bandwidth: 5, 6, 7, 8 MHz.
DVB-C symbol rate: 1 to 7.2 MBaud.
DSP-based synchronization and control with embedded ROM code avoids need for code download at startup.
Supports patch code downloads for in-field upgradeability.
Independent AGC controls (for IF & RF),  plus RSSI measurement.
ACI filtering: fixed 8 MHz SAW filter even for 7 MHz channel.
Advanced performance for SFN networks.
Impulsive noise protection algorithm.
Ultra fast automatic UHF/VHF band scanning (QuickScan).
Master TS output modes, parallel or serial (with tri-state function).
Slave TS parallel output: external device polls data from an embedded FIFO, providing a seamless interface to any USB

controller.

On-chip PID filtering to reduce TS output bit rate.
Up to six GPIOs.
Two 5 V tolerant I2C control buses (host-side, tuner-side) with on-chip I2C repeater.
4, 16, 20, 24, or 27 MHz clock/crystal reference.

3.3V & 1.2 V power supplies only.

IC1103*: DVB-T/C/S/S2 Demodulator (Terrestial and Satellite).
Part number: Si2167-B20-GM (SILICON LABS)
Sharp code: RH-IXD523WJZZQ

http://www.silabs.com/Support%20Documents/TechnicalDocs/Si2167-B20-short.pdf

The Si2167-B20 integrates DVB-T, DVB-C, DVB-S, DVB-S2 (AMC-compliant), and DSS digital demodulators into a single
CMOS chip for terrestrial, cable, and satellite TV standards. Leveraging Silicon Labs' proven digital demodulation architecture,
the Si2167-B20 achieves superior reception performance for each media while minimizing front-end design complexity and cost.
Connecting the Si2167-B20 to a terrestrial and cable hybrid TV tuner, such as Silicon Labs’ Si217x, results in a high
performance and cost optimized TV front-end solution.

DVB-T and DVB-C demodulators are enhanced versions of proven and broadly used Si2167-A10 and Si2169/68 Silicon Labs
devices. Furthermore, ITU J.83 Annex B is also supported for US and South American cable networks. The IF input supports
standard IF (36 MHz) or low-IF.

For DVB-T and DVB-S/DSS, an innovative and advanced FEC decoding scheme is implemented resulting in higher
performance.

The satellite demodulation functionality allows demodulating widely deployed DVB-S, DIRECTV™ (DSS) legacy standards,
and new generation DVB-S2 satellite broadcast. A zero-IF interface allows for a seamless connection to market proven satellite
silicon tuners. Constant Coding Modulation (CCM), QPSK/8PSK demodulation schemes and broadcast profile are the main
specifications of the DVB-S2 demodulator. Silicon Labs' innovative LDPC and BCH decoding architecture delivers best-in-class
reception while exhibiting low power dissipation.

The Si2167-B20 offers an on-chip blind scanning algorithm for DVB-S/S2 and DVB-C standards (as well as blind lock
function). It also integrates DiSEqC™ 2.0 LNB interface for satellite dish control.

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The Si2167-B20 programmable Transport Stream interface provides a flexible range of output modes and is fully compatible
with all MPEG decoders or conditional access modules to support any customer application.

Features:

DVB-T (ETSI EN 300 744).

o COFDM demodulator and enhanced FEC decoder.
o NorDig Unified 2.2.1, D-Book 7.0 compliant.
o Supports all C.R., G.I., LP, and HP streams.

DVB-C (ETSI EN 300 429) / ITU J.83 Annex A/B/C.

o QAM demodulator and FEC decoder.
o 1 to 7.2 MSymbol/s.
o C-Book compliant.

DVB-S2 (ETSI EN 302 307 & TR102-376).

o QPSK/8PSK demodulator and FEC decoder.
o Broadcast profile: CCM, 64800 bits frame, single TS.
o 1 to 45 MSymbol/s (optimized for 2 to 32 MSymbol/s).
o DIRECTV™ AMC compatible.

DVB-S (ETSI EN 300 421).

o QPSK demodulator and enhanced FEC decoder.
o 1 to 45 MSymbol/s.

DIRECTV™ DSS compliant.
DiSEqC™ 2.0 interface and Unicable support.
I2C serial bus interfaces (master and host).
Three ADCs with independent IF and ZIF (differential) inputs for terrestrial/cable and satellite.
GPIOs and multi-purpose ports for independent AGCs (up to 4) to control satellite and T/C tuners.
Firmware control for upgradeability.
Flexible TS interface with serial or parallel single output.
Fast lock times for all media.
Only two power supplies: 1.2 and 3.3 V.

IC1103*: DVB-T/C/T2 Demodulator.
Part number: Si2168-A30-GM (SILICON LABS)
Sharp code: RH-IXD525WJZZQ

http://www.silabs.com/Support%20Documents/TechnicalDocs/Si2168-A20-short.pdf

58

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

MAJOR ICs INFORMATION ( continued )

The Si2168 integrates DVB-T2, DVB-T, and DVB-C digital demodulators into a single advanced CMOS technology mixed­signal die for next generation terrestrial and legacy cable TV standards. Leveraging Silicon Labs' proven digital demodulatio n
architecture, the Si2168 achieves excellent reception performance while significantly minimizing front-end design complexity,
cost, and power dissipation. Connecting the Si2168 to a terrestrial and cable hybrid TV tuner or digital only tuner, such as
Silicon Labs’ Si2176/56/46 devices, results in a high performance and cost optimized TV front-end solution.

Silicon Labs internally developed DVB-T2 demodulator can accept a standard IF (36 MHz) or low-IF input and support all
modes specified by the DVB-T2 standard. Main features of the DVB-T2 mode are 256 QAM with rotated constellations, SISO
and MISO support, FEF management, fully autonomous signal acquisition including automatic L1 signalling parsing, 600 kHz
acquisition range, support for all pilot patterns, and DVB-T/T2 auto-detection. The DVB-T and DVB-C demodulators are
enhanced versions of proven and broadly used Si2161/63/65/67 Silicon Labs devices.

The Si2168 offers an on-chip blind scanning algorithm for the DVB-C standards as well as blind lock. The Si2168 can use a
crystal, as a reference clock, or be driven by an external clock signal from the tuner.

The Si2168 programmable transport stream interface provides a flexible range of output modes and is fully compatible with all
MPEG decoders or conditional access modules to support any customer application.

Features:

DVB-T2 (ETSI EN 302 755).

o COFDM demodulator and FEC (LDPC + BCH) decoder.
o Bandwidth: 1.7, 5, 6, 7 or 8 MHz (and extended BW).
o Supports up to 255 PLP(s) and outputs the data PLP plus the common PLP on a single TS.
o NorDig-T2 Unified v2.2.1 and D-Book 7.0 compliant.
o Firmware control (loaded in ROM).

DVB-T (ETSI EN 300 744).

o COFDM demodulator and FEC decoder.
o NorDig Unified 2.2.1, D-Book 7.0 compliant.

DVB-C (ETSI EN 300 429) / ITU J.83 Annex A/C.

o QAM demodulator and FEC decoder.
o 1 to 7.2 MSymbol/s.
o C-Book compliant.

I2C serial bus interfaces (master and host).
GPIOs and multi-purpose ports for independent AGCs.
Firmware control for upgradeability.
Flexible TS interface with serial or parallel single output.
Fast lock times for all standards including DVB-T2.
Only two power supplies: 1.2 and 3.3 V.

59

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

MAJOR ICs INFORMATION ( continued )

IC1301: LNBs supply and Control IC.
Part number: LNBH23QTR (ST MICRO)
Sharp code: RH-IXD310WJZZY

http://www.st.com/st-web-ui/static/active/en/resource/technical/document/datasheet/CD00154977.pdf

Intended for analog and digital satellite receivers/sat-TV, sat-PC cards, the LNBH23 is a monolithic voltage regulator and
interface IC, assembled in PowerSSO-24 ePAD and QFN32 (5 x 5 mm.) ePAD, specifically designed to provide the 13/18 V
power supply and the 22 kHz tone signaling to the LNB down-converter in the antenna dish or to the multi-switch box. In this
application field, it offers a complete solution with extremely low component count, low power dissipation together with simple
design and I²C standard interfacing.

Features:

Complete interface between LNB and I²C bus.
Built-in DC-DC converter for single 12 V supply operation and high efficiency (typ. 93% @ 0.75A), with

integrated NMOS.

Selectable output current limit by external resistor.
Compliant with main satellite receiver systems specifications.
New accurate built-in 22 kHz tone generator suits widely accepted standards.
Fast oscillator start-up facilitates DiSEqC™ encoding.
Built-in 22 kHz tone detector supports bidirectional DiSEqC™ 2.0.
Very low-drop post regulator and high efficiency step-up PWM with integrated power NMOS allow low

power losses.

Two output pins suitable to by-pass the output R-L filter and avoid any tone distortion (R-L filter as per

DiSEqC™ 2.0 specs).

Overload and over-temperature internal protections with I²C diagnostic bits.
Output voltage and output current level diagnostic feedback by I²C bits.
LNB short circuit dynamic protection.
± 4 kV ESD tolerant on output power pins.

60

MAJOR ICs INFORMATION ( continued )

DUNTKG221WE01 (Touch & Led Unit)

IC5100: 8-Bit Flash Microcontroller
Part number: PIC16LF1503T-I /SL
Sharp code: RH-IXD572WJZZY

http://ww1.microchip.com/downloads/en/DeviceDoc/41607A.pdf

High-Performance RISC CPU:

C Compiler Optimized Architecture
Only 49 Instructions

3.5 Kbytes Linear Program Memory

Addressing.

128 bytes Linear Data Memory Addressing
Operating Speed:

o DC – 20 MHz clock input.
o DC – 200 ns instruction cycle.

Interrupt Capability with Automatic Context

Saving.

16-Level Deep Hardware Stack with Optional

Overflow/Underflow Reset.

Direct, Indirect and Relative Addressing

modes:

o Two full 16-bit File Select Registers

(FSRs).

o FSRs can read program and data

memory.

Flexible Oscillator Structure:

16 MHz Internal Oscillator Block:

o Factory calibrated to ±1%, typical.

Software selectable frequency range from 16

MHz to 31 kHz.

31 kHz Low-Power Internal Oscillator.
Three External Clock modes up to 20 MHz.

Special Microcontroller Features:

Operating Voltage Range:

o 1.8V to 3.6V (PIC16LF1503)
o 2.3V to 5.5V (PIC16F1503)

Self-Programmable under Software Control.
Power-on Reset (POR).
Power-up Timer (PWRT).
Programmable Low-Power Brown-Out Reset

(LPBOR).

Extended Watchdog Timer (WDT):

o Programmable period from 1 ms to

256s.

• Programmable Code Protection

• In-Circuit Serial Programming™ (ICSP™) via

Two Pins.

Enhanced Low-Voltage Programming (LVP).
Power-Saving Sleep mode:

o Low-Power Sleep mode.
o Low-Power BOR (LPBOR).

Integrated Temperature Indicator.

Low-Power Features (PIC16LF1503):

Standby Current:

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

o 20 nA @ 1.8V, typical.

Watchdog Timer Current:

o 300 nA @ 1.8V, typical

Operating Current:

o 30 uA/MHz @ 1.8V, typical

Peripheral Features:

Analog-to-Digital Converter (ADC):

o 10-bit resolution.
o 8 external channels.
o 2 internal channels:

 Fixed Voltage Reference and

DAC channels.

 Temperature Indicator

channel.

o Auto acquisition capability.
o Conversion available during Sleep.

2 Comparators:

o Rail-to-rail inputs.
o Power mode control.
o Software controllable hysteresis.

Voltage Reference module:

o Fixed Voltage Reference (FVR) with

1.024V, 2.048V and 4.096V output
levels.

o 1 rail-to-rail resistive 5-bit DAC with

positive reference selection.

12 I/O Pins (1 Input-only Pin):

o High current sink/source 25 mA/25

mA.

o Individually programmable weak pull-

ups.

o Individually programmable interrupt-

on-change (IOC) pins.

Timer0: 8-Bit Timer/Counter with 8-Bit

Programmable Prescaler.

Enhanced Timer1:

o 16-bit timer/counter with prescaler.
o External Gate Input mode.

Timer2: 8-Bit Timer/Counter with 8-Bit Period

Register, Prescaler and Postscaler.

Four 10-bit PWM modules.
Master Synchronous Serial Port (MSSP) with

SPI and I2C™ with:

o 7-bit address masking.
o SMBus/PMBus™ compatibility.

2 Configurable Logic Cell (CLC) modules:

o 16 selectable input source signals.
o Four inputs per module.

61

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

MAJOR ICs INFORMATION ( continued )

o Software control of

combinational/sequential
logic/state/clock functions.

o AND/OR/XOR/D Flop/D Latch/SR/JK.
o External or internal inputs/outputs.
o Operation while in Sleep.

Numerically Controlled Oscillator (NCO):

o 20-bit accumulator.
o 16-bit increment.
o True linear frequency control.
o High-speed clock input.

Selectable Output modes:

o Fixed Duty Cycle (FDC).
o Pulse Frequency Mode (PFM).

Complementary Waveform Generator

(CWG):

o 8 selectable signal sources.
o Selectable falling and rising edge

dead-band control.

o Polarity control.
o 4 auto-shutdown sources.
o Multiple input sources: PWM, CLC,

NCO.

62

39”/ 50” POWER UNIT BLOCK DIAGRAM (RDENCA459WJQZ)

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

D D

C C

B B

A A

CONFIDENTIAL

FSP RDD3

APPROVED:

FSP139-4F01

Date: 2012/10/9
File:

D:\LAYOUT\Summer 09\FSP139-4F01-R3(SHARP 39-50)\BD-FSP139-

4F01-BLOCK.SchDoc

CHECKED:

PCB File: BD-FSP139-4F01-BLOCK

size:A3 rev:

0

DESIGNER:

P/N:

線路圖 表單編號

:7000P-0106

LJ

Chlu

Vivian

TITLE:

全漢企業股份有限公司

FSP GROUP

R

FSP Technology Inc.

PartNumber

Sheet of1 1

CIRCUIT BLOCK DIAGRAM

INPUT

A. EMI FILTER AND RAW B+ CIRCUIT

PFC

CONTTROL

CIRCUIT

POWER

TRANSFORMER

PWM

DRIVER

CIRCUIT

B. MAIN POWER STAGE

CONSTANT VOLTAGE

CIRCUIT

C. SECONDARY OUTPUT

D.OUTPUT CONTROL

E.FEED-BACK CIRCUIT

CLAMP

NETWORK

POWER

TRANSFORMER

PWM/SWITCH

DRIVER

CIRCUIT

OPTO-ISOLATOR

RECTIFER CIRCUIT

&

FILTER

CONSTANT VOLTAGE

CIRCUIT

5Vs

G. SECONDARY OUTPUT

I.OUTPUT CONTROLH.FEED-BACK CIRCUIT

OVP DETECT

OPTO-ISOLATOR

OPTO-ISOLATOR

OPTO-ISOLATOR

J.FEED-BACK CIRCUIT

ON/OFF

POWER

PFC

F. STAND BY POWER STAGE

AUX. POWER

RECTIFER & CIRCUIT

FILTER

18V

FUSE

EMI

FILTER

MAIN

RECTIFIER

AC

OVP

5.75V

AUX. POWER

18V

BUCK

D to D

12V

24V

D203

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

63

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

39”/ 50” MAIN UNIT BLOCK DIAGRAM (LE650 Series)

SC1502
HDMI-1
ARC

SC1503
HDMI-2

SC1504
HDMI-3

SC1501
HDMI-4

MAIN UNIT BLOCK DIAGRAM
LC39/50LE750E

18.03.13

IC1507
R24T02J
2Kb EDID
MEMORY

HEAC1

CH HDMI CEC

CH1 HDMI 5V

CH1 CBL HPD

IC1508
R24T02J
2Kb EDID
MEMORY

CH HDMI CEC

CH3 HDMI 5V

CH3 CBL HPD

IC1509
R24T02J
2Kb EDID
MEMORY

CH HDMI CEC

CH4 HDMI 5V

CH4 CBL HPD

IC1510
R24T02J
2Kb EDID
MEMORY

CH HDMI CEC

CH2 HDMI 5V

CH2 CBL HPD

J2702
SPDIF
COAX.

J502
HDMI,PC INPUT
ANALOG
AUDIO IN

CH1 SCL/SDA

CH1 HDMI

CH3 SCL/SDA

CH3 HDMI

CH4 SCL/SDA

CH4 HDMI

CH2 SCL/SDA

CH2 HDMI

IC540

WC

WC

IC1505
BU16028K
HDMI SWITH
3 TO 1

WC

WC

D+5V

HEAC1

J9501
ETHERNET
(10/100)

T9501

CH1 HDMI 5V

CH2 HDMI 5V

CH3 HDMI 5V

IC3800
IXD550WJ
STBY IC
STM8S105K4T6CTR

1/2

IC1506

PHY MDI RP

PHY MDI RN

IC9501
KSZ8081RND

R MII

CH1/4 CBL HPD

CH HDMI CEC HDMI CEC

Q1505

CH4 HDMI 5V

CEC

IC3302
S80927NM
RESET IC

X3800

16MHz

SPDIF OUT

11

PHY MDI TP

PHY MDI TN

RESET OUTN

11

HDMI1 SW

HDMI2 SW

HDMI0

HDMI0 SCL/SDA

CH2 SCL/SDA

CH2 HDMI

D+3.3V

LINE IN5 L/R

TSD [0..7]

TS0CLK

TS0STRT

TS0VAL

RESET OUTN

I2C 2

IC1102
IXD519WJ
DVBT/C
DEMOD

X3301

30MHz

PWR ON
RSTN

ARC EN

CA1 CD1N

DLIF P/N

AGC IN

CA1 CD2N

I2C S

XOUT

CA1 RESETN

CA1 REGN

CA1 VS1N

X1101

24MHz

CA OUT STR CA OUT D[0..7]

CA OUT CLK

CA OUT VAL

9

I2C 2

RESET OUTN

IC1106
IXD518
SILICON
TUNER

C1105

15

IC4402

LCX244FT

CA IN D[0..7] CA OUT D[0..7]

LEVEL SHIFTER

8

EMI BE1N EMI A[1..14]

TNR CVBS

TNR SIFP

C1138

C1137

L1101

IC4401
LCX245

CA1 CE1N

CA1 IREQN

APCTL

AERIAL SENSE

IC104
S132B50
+5V REG.

DC ANTENNA OUT

SC4401
MA386WJ
PCMCIA CARD SLOT

E

TRT/R

EMID[0..7] CA1 D[0..7]

IC3301
IXD514WJ
SoC FPII
FLI7560-AAB

5V7

WAITN
CA1OUT CLK
CA1OUT VAL
CA1OUT START

CA1 WAITN
CA I CLK
CA IN VAL
CA IN STRT

EMIRWN

UART3 RX/TX

CTL2

CVBS1 RCA

VIN R1

CA1 OEN
CA1 VAL
CA1 IORDN
CA1 START

EMI OEN
EMI WEN
EMI IODN
EMI IOWRN

VIN G1

VIN B1

CTL1

IC4404
LCX244FT

LINE IN4 R/L

IC4403
5V REG
S170B50U

TV IN

CMD PWR1 CA1 VCC

TV FB

5V7

LINE IN1 L/R

TV R/G/B IN

SPK MUTE

USB A P/N

TVFS1

A CVBS OUT

LINE OUT 1L/R

P2705
SPEAKERS
CONNECTOR
SOUND 2.0

L +

L -

DIGITAL IN

I2SAOUT MCLK

I2SAOUT SCLK

I2SAOUT LRCLK

IC552
BH76206HFV

R +

R -

I2SAOUT D0

RESET OUTN

IC2701

STA333BW

I2C2 SDA/SCL

LINE 1 R/L

AUD MUTE

3D

BLINK

IR IN

KEYBOARD

PWR KEY

J2701
HEADPHONE
JACK

R

L

IC2702
IXD542WJ

EMIOEN

I2C 1

STB RSTN

STB SWIM

TVFS1

EMIRWN

D3806

L

EMI CSAN

D3805

+6dB

Q2602

BA [0..2]

DQ [16..31]

IC3502
MT41J128M16JT
DDR3-1600
2Gb

IC3800
IXD550WJ
STBY IC
STM8S105K4T6CTR

2/2

G

Q2604

A [0..14]

IC3501
MT41J128M16JT
DDR3-1600
2Gb

PC1

VCC12V

S

D

DQ [0..15]

BA [0..2]

CK/CKN

+6dB

R

PANEL CTL4 LVDS A

EMID [0..7]

EMI NAND RBN

IC8401
MT29F2G08A
2Gb
NAND FLASH
MEMORY

STM8 HSYNC

VP E2P

IC9552

IC9551

AAT4614

5V USB1

USB2514B

USB2 D P/N

IC9553

USB3 D P/N

5V USB2

Q1502

S170B50U

USB1 D P/N

LVDS C

LVDS D

PANEL VCC

LVDS B

DQ [0..15] B

CK/CKN B

IC3503
MT41J128M16JT
DDR3-1600
2Gb

3D

RED LED

IR IN

KEYBOARD

PWR KEY

BLUE LED

BU5V

VCC12V

5V7

VSOUND

PC1

OFL1

LCD BL ON

VGA VSYNC/HSYNC

VGA R/G/B

VGA 5V

VGA I2C

WC

IC503
R24T02J
2Kb EDID
MEMORY

BA [0..2] B

CK/CKN B

SC2603

LW
CONNECTOR

SC2601

LV
CONNECTOR

IC3303
BR24T64J
64Kb NVM
MEMORY

17

15

10

14

9

13

8

12

7

11

6

16

I2C 2

EEPROM WP

P3800

KEY UNIT CONNECTOR

RA

P9601

POWER SUPPLY CONNECTOR

PD

5

4

3

2

1

SC501

PC INPUT

TU1101
TUNER DVBT/C/ATV/T2

J551
SERVICE
TERMINAL

J552
HDTV1
JACK

SC552
SCART

64

J9551
STACKED USB TERMINAL
HDD/MULTIMEDIA
3D GLASSES/CHARGE

J9552
USB
TERMINAL
WIFI

39”/ 50” MAIN UNIT BLOCK DIAGRAM (LE651/652 Series)

MAIN UNIT BLOCK DIAGRAM
LC39/50LE751E
LC39/50LE752E
LC39/50LE754E

18.03.13

IC1507

R24T02J
SC1502
HDMI-1
ARC

SC1503
HDMI-2

SC1504
HDMI-3

SC1501
HDMI-4

2Kb EDID

MEMORY

HEAC1

CH HDMI CEC

CH1 HDMI 5V

CH1 CBL HPD

IC1508
R24T02J
2Kb EDID
MEMORY

CH HDMI CEC

CH3 HDMI 5V

CH3 CBL HPD

IC1509
R24T02J
2Kb EDID
MEMORY

CH HDMI CEC

CH4 HDMI 5V

CH4 CBL HPD

IC1510
R24T02J
2Kb EDID
MEMORY

CH HDMI CEC

CH2 HDMI 5V

CH2 CBL HPD

J2702
SPDIF
COAX.

J502
HDMI,PC INPUT
ANALOG
AUDIO IN

CH1 SCL/SDA

CH1 HDMI

CH3 SCL/SDA

CH3 HDMI

CH4 SCL/SDA

CH4 HDMI

CH2 SCL/SDA

CH2 HDMI

IC540

J9501
ETHERNET
(10/100)

WC

WC

IC1505
BU16028K
HDMI SWITH
3 TO 1

T9501

PHY MDI RP

PHY MDI RN

IC9501
KSZ8081RND

R MII

PHY MDI TP

PHY MDI TN

RESET OUTN

CA1 REGN

CA1 VS1N

CA OUT CLK

CA OUT STR CA OUT D[0..7]

CA OUT VAL

9

CA1 CD1N

CA1 CD2N

CA1 RESETN

11

15

IC4402

LCX244FT

CA IN D[0..7] CA OUT D[0..7]

LEVEL SHIFTER

8

EMI BE1N EMI A[1..14]

CA1 CE1N

CA1 IREQN

HDMI1 SW

HDMI2 SW

HDMI0

HDMI0 SCL/SDA

WC

CH2 SCL/SDA

CH2 HDMI

CH1/4 CBL HPD

CH HDMI CEC HDMI CEC

Q1505

X3301

D+3.3V

30MHz

PWR ON
RSTN

ARC EN

WC

CH1 HDMI 5V

CH2 HDMI 5V

CH3 HDMI 5V

CH4 HDMI 5V

CEC

IC3800

HEAC1

D+5V

IXD550WJ
STBY IC
STM8S105K4T6CTR

1/2

IC1506

SPDIF OUT

X3800

16MHz

IC3302
S80927NM
RESET IC

LINE IN5 L/R

TSD [0..7]

TS0CLK

TS0STRT

11

TS0VAL

I2C 2

TNR CVBS

DLIF P/N

TNR SIFP

RESET OUTN

C1138

C1137

AERIAL SENSE

IC1103
LE652:IXD523W
LE751:IXD525W
LE752:IXD523W
LE754:IXD541W

RESET OUTN

DISEQ IN/OUT

13-18V

I2C 2

XOUT

I2C S

IC1106
IXD518
SILICON
TUNER

I2C S

CLK OUT

IP IN/OUT

AGC IN

QP/QN OUT

IC1301

LNB

IXD310
LNB
CONTROLER

X1101
24MHz

C1105

L1101

DC ANTENNA OUT

ONLY LE652/752/754

IC4401
LCX245

APCTL

IC104
S132B50
+5V REG.

SC4401
MA386WJ
PCMCIA CARD SLOT

E

IC3301
IXD514WJ
SoC FPII
FLI7560-AAB

TRT/R

EMID[0..7] CA1 D[0..7]

5V7

WAITN
CA1OUT CLK
CA1OUT VAL
CA1OUT START

CA1 WAITN
CA I CLK
CA IN VAL
CA IN STRT

EMIRWN

UART3 RX/TX

CTL2

CVBS1 RCA

VIN R1

CA1 OEN
CA1 VAL
CA1 IORDN
CA1 START

EMI OEN
EMI WEN
EMI IODN
EMI IOWRN

VIN G1

VIN B1

CTL1

IC4404
LCX244FT

LINE IN4 R/L

IC4403
5V REG
S170B50U

TV IN

CMD PWR1 CA1 VCC

TV FB

5V7

LINE IN1 L/R

TV R/G/B IN

SPK MUTE

USB A P/N

TVFS1

A CVBS OUT

LINE OUT 1L/R

P2705
SPEAKERS
CONNECTOR
SOUND 2.0

L +

L -

DIGITAL IN

I2SAOUT MCLK

I2SAOUT SCLK

I2SAOUT LRCLK

IC552
BH76206HFV

R +

R -

I2SAOUT D0

RESET OUTN

IC2701

STA333BW

I2C2 SDA/SCL

LINE 1 R/L

AUD MUTE

3D

BLINK

IR IN

KEYBOARD

PWR KEY

J2701
HEADPHONE
JACK

R

L

IC2702
IXD542WJ

EMIOEN

I2C 1

STB RSTN

STB SWIM

TVFS1

EMIRWN

D3806

L

EMI CSAN

D3805

+6dB

Q2602

BA [0..2]

DQ [16..31]

IC3502
MT41J128M16JT
DDR3-1600
2Gb

IC3800
IXD550WJ
STBY IC
STM8S105K4T6CTR

2/2

G

Q2604

A [0..14]

IC3501
MT41J128M16JT
DDR3-1600
2Gb

PC1

VCC12V

S

D

DQ [0..15]

BA [0..2]

CK/CKN

+6dB

R

PANEL CTL4 LVDS A

EMID [0..7]

EMI NAND RBN

IC8401
MT29F2G08A
2Gb
NAND FLASH
MEMORY

STM8 HSYNC

VP E2P

IC9552

IC9551

AAT4614

5V USB1

USB2514B

USB2 D P/N

IC9553

USB3 D P/N

5V USB2

Q1502

S170B50U

USB1 D P/N

LVDS C

LVDS D

PANEL VCC

LVDS B

DQ [0..15] B

CK/CKN B

IC3503
MT41J128M16JT
DDR3-1600
2Gb

3D

RED LED

IR IN

KEYBOARD

PWR KEY

BLUE LED

BU5V

VCC12V

5V7

VSOUND

PC1

OFL1

LCD BL ON

VGA VSYNC/HSYNC

VGA R/G/B

VGA 5V

VGA I2C

WC

IC503
R24T02J
2Kb EDID
MEMORY

BA [0..2] B

CK/CKN B

SC2603

LW
CONNECTOR

SC2601

LV
CONNECTOR

IC3303
BR24T64J
64Kb NVM
MEMORY

17

15

10

14

9

13

8

12

7

11

6

16

I2C 2

EEPROM WP

P3800

KEY UNIT CONNECTOR

RA

P9601

POWER SUPPLY CONNECTOR

PD

5

4

3

2

1

SC501

PC INPUT

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

TU1102
SA034WJQZ
TUNER SAT.

TU1101
TUNER DVBT/C/ATV/T2

J551
SERVICE
TERMINAL

J552
HDTV1
JACK

SC552
SCART

65

J9551
STACKED USB TERMINAL
HDD/MULTIMEDIA
3D GLASSES/CHARGE

J9552
USB
TERMINAL
WIFI

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

SCHEMATIC DIAGRAMS

Description:

VOLTAGE MEASUREMENT CONDITION:

1. The voltages at test points are measured on the stable supply voltage of AC 230V. Signals are fed by a color bar
signal generator for servicing purpose and the above voltages are measured with a 20k ohm/V tester.

INDICATION OF RESISTOR & CAPACITOR:

RESISTOR

1. The unit of resistance “Ω ” is omitted. (K=kΩ=1000 Ω, M=MΩ).

2. All resistors are ± 5%, unless otherwise noted. (J= ± 5%, F= ± 1%, D= ± 0.5%)

3. All resistors are 1/16W, unless otherwise noted.

4. All resistors are Carbon type, unless otherwise noted.

C : Solid W : Cement
S : Oxide Film T : Special

N : Metal Coating

CAPACITOR

1. All capacitors are µF, unless otherwise noted. (P=pF=µµ F).

2. All capacitors are 50V, unless otherwise noted.

3. All capacitors are Ceramic type, unless otherwise noted.
(ML): Mylar (TA): Tantalum
(PF): Polypro Film (ST): Styrol

CAUTION:

This circuit diagram is original one, therefore there may be a
slight difference from yours.

IMPORTANT SAFETY NOTICE:

PARTS MARKED WITH “ ” ( ) ARE

IMPORTANT FOR MAINTAINING THE SAFETY OF
THE SET. BE SURE TO REPLACE THESE PARTS
WITH SPECIFIED ONES FOR MAINTAINING THE
SAFETY AND PERFORMANCE OF THE SET.

66

39” / 50” Main Unit Diagram 1/15 (SoC) (LE650 Series)

HDMI0_CLKN

HDMI0_SDA

HDMI0_SCL

HDMI_CEC

HDMI0_D0P

HDMI0_D1N

HDMI0_D1P

HDMI0_D2P

HDMI0_D2N

HDMI_HPD

CH2_DDC_SDA

CH2_DDC_SCL

CH2_HDMI_D2P

CH2_HDMI_D2N

CH2_HDMI_D1P

CH2_HDMI_D1N

CH2_HDMI_D0P

CH2_HDMI_CLKN

CH2_HDMI_D0N

CH2_HDMI_CLKP

HDMI0_D0N

HDMI0_CLKP

REG_OUT_VDDR

LVDS_B3P

LVDS_B3N

LVDS_B1P

LVDS_B1N

LVDS_A3P

LVDS_A3N

LVDS_A1P

LVDS_A1N

LVDS_D4N

LVDS_D3PLVDS_DCKP

LVDS_D2N

LVDS_D1N

LVDS_D0P

LVDS_C4N

LVDS_C3NLVDS_CCKPLVDS_C2P

LVDS_C1P

LR_OUT

LVDS_D1P

LVDS_D0N

LVDS_B4P

LVDS_B4N

LVDS_BCKP

LVDS_BCKN

LVDS_B2P

LVDS_B2N

LVDS_A4N

LVDS_A4P

2D/3D

LVDS_D4P

LVDS_D3N

LVDS_DCKN

LVDS_D2P

LVDS_C4P

LVDS_C3P

LVDS_CCKN

LVDS_C2N

LVDS_C0P

LVDS_C0N

DQ27

S1_LDQSN

DQ22

RASN

ODT

BA2 A0

A5A7

A9 A13

DQ30

S1_UDQS

S1_LDM

DQ17CK

CKN

A10

BA1

A12

A4

A1

A8

DQ13

DQ11

DQ2

S0_LDQSN

DQ14

S0_UDQS

DQ1

DQ19

DQ28

DQ3

DQ12

DQ23

DQ7

DQ20

DQ6

DQ0

DQ15

S0_LDM

S0_LDQS

S0_UDQSN

DQ5

DQ18

DQ29

S1_UDM

S1_LDQS

S1_UDQSN

DQ21

DQ4

DQ9

S0_UDM

DQ10

DQ8

DQ16

DQ31

DQ25

DQ26

DQ24

CASN

A3

RESET_DDR3

A2

WEN

A11

A6

CKE

BA0

DQ15-B

DQ13-B

DQ9-B

DQ11-B

S0_UDM-B

DQ0-B

S0_LDQS-B

DQ2-B

S0_LDQSN-B

DQ6-B

DQ4-B

RASN-B

ODT-B

CASN-B

BA0-B

A3-B

A5-B A7-B

A9-B

RESET-DDR3-B

A13-B

DQ12-B

S0_UDQSN-B

DQ14-B

S0_UDQS-B

DQ10-B

DQ8-B

S0_LDM-B

DQ1-B

DQ3-B

DQ7-B

DQ5-B

CK-B

CKE-B

CKN-B

A10-B

BA1-B

A12-B

A4-B

A1-BA6-B

A11-B

A8-B

A0-B

BA2-B

A2-B

WEN-B

TNR_SIFP

TNR_CVBS

CA_OUT_CLK

CA_OUT_D6

CA_OUT_D7

CA_OUT_D2

CA_OUT_VAL

CA_OUT_D4

CA_OUT_D5

CA_IN_D0

CA_IN_D1

CA_IN_D2

CA_IN_D4

CA_IN_CLK

CA_IN_STRT

CA_IN_VAL

CA1_CD2N

CA1_IREQN

EMI_NAND_RBN

EMIBE1N

EMI-CSAN

EMIOEN

EMIRWN

EMID7

EMID6

EMID5

EMID4 EMID3

EMID2

EMID1

EMID0

EMIA3

EMIA4

EMIA5

EMIA7

EMIA8

EMIA9

EMIA11

EMIA12

EMIA13

EMIA14

CI_REGN

NAND-CLE

NAND_ALE

CA_OUT_D3

EMIWEN

EMIIORDN

CA_OUT_D0

CA_OUT_STRT

EMIIOWRN

CA_IN_D7

CA_IN_D6

CA_IN_D3

EMIA2

EMIA1

EMIA10

EMIA6

CA1_CD1N

CA1_CE1N

CA1_IREQN

CA1_CD2N

CA_OUT_D1

CA1_RESETN

EMIRWN

EMIOEN

EMID7

EMID6

EMID5

EMID4

EMID3

EMID2

EMID1

EMID0

R_MII_RXD1

R_MII_TXEN

R_MII_RXDV

R_MII_RXD0

MII_MDC

MII_MDIO

R_MII_TXD1

R_MII_TXD0

R_MII_REFCLK

R_MII_RXER

R_MII_MDINT

RESET_OUTN

R_MII_RXD1

R_MII_TXEN

R_MII_RXDV

R_MII_RXD0

MII_MDC

MII_MDIO

R_MII_TXD1

R_MII_TXD0

R_MII_REFCLK

R_MII_RXER

LVDS_B0N

LVDS_B0P

LVDS_ACKN

LVDS_ACKP

LVDS_A2P

LVDS_A2N

LVDS_A0N

LVDS_A0P

HDMI2_SW

HDMI1_SW

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

LINE_1R

TV_IN

TV_FB

LINE_IN1R

LINE_IN1L

UART3_RXD

UART3_TXD

LINE_IN4_R

LINE_IN4_L

LINE_IN5_L

A_CVBS_OUT

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

TV_IN

TV_FB

LINE_IN1L

LINE_IN1R

UART3_TXD

UART3_RXD

CVBS1_RCA

VIN_R1

VIN_G1

VIN_B1

LINE_IN4_L

LINE_IN4_R

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

AUD_MUTE

AUD_HP_L

AUD_HP_R

R_MII_MDINT

AUD_HP_L

AUD_HP_R

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

USB_A_DM

USB_A_DP

TS0D7

TS0D6

TS0D5

TS0D4

TS0D3

TS0D2

TS0D1

TS0D0

TS0CLK

TS0VAL

TS0STRT

AERIAL_SENSE

VIN_R1

VIN_G1

CVBS1_RCA

VIN_B1

AERIAL_SENSE

APCTL

RESET_OUTN

TS0VAL

TS0STRT

TS0CLK

TS0D0

TS0D1

TS0D2

TS0D3

TS0D4

TS0D5

TS0D6

TS0D7

VGA_R

VGA_B

VGA_VSYNC

VGA_HSYNC

VGA_SDA

VGA_SCL

VGA_G

PWR_ON_RSTN

TDI

TMS

ASEBRKN

TCK

TDO

TRSTN

TDO

ASEBRKN

SPDIF_OUT

MODE0

MODE1

MODE2

MODE4

MODE3

MODE5

RESET_OUTN

UART2_TXD

UART2_CTS

UART2_RXD

UART3_RXD

UART1_TXD

UART1_RXD

UART2_TXD

UART2_CTS

UART2_RXD

UART2_RTS

TV_FS1

C_SW

IRIN

APCTL

SDA2_3V

SCL2_3V

LVDS_C1N

EEPROM_WP

LD_EN

OFL2

OFL1

LCD_BL_ON

REG_OUT_1V2

CA1_VS1N

SCL1_3V

SCL1_3V

SDA1_3V

SDA1_3V

SCL2_3V

SDA2_3V

AVLINK

ST8_RSTN

ST8_SWIN

EMIRWN

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI-CSAN

EMIOEN

EMIRWN

EMI_NAND_RBN

NAND-CLE

NAND_ALE

RESET_LAN

R_MII_MDINT

R_MII_REFCLK

R_MII_RXER

R_MII_RXD0

R_MII_RXD1

R_MII_RXDV

R_MII_TXD0

R_MII_TXD1

R_MII_TXEN

MII_MDC

MII_MDIO

SPI_CSN

SPI_MISO

SPI_CLK.

SPI_MOSI.

SPI_CLK.

SPI_CSN

SPI_MISO

SPI_MOSI.

TV_FS1

CA1_WAITN

Y

C

LINE_IN6_L

LINE_IN6_R

C

Y

LINE_IN6_L

LINE_IN6_R

A_CVBS_OUT

R_C_EN

B_C_EN

C_OUT

R_C_EN

B_C_EN

C_OUT

VGA_R

VGA_G

VGA_B

I2SAOUT_D0

SPDIF_OUT

TCK

TMS

TDI

CSN

CSN-B

AVLINK

C_SW

A14

A14-B

VP_E2P

SCN_EN

PWR_KEY

3D

MODE1

MODE3

MODE5

LIGHT_SENSOR

IRIN

ST8_SWIN

ST8_RSTN

UART3_RXD

UART3_TXD

SDA1_3V

SCL1_3V

RES

TV_FS1

PWR_KEY

KEYBOARD

ARC_EN

50/60HZ

CMDPWR1

LIGHT_SENSOR

RESET_LAN

PWR_ON_RSTN

BLINK

BLINK

VGA_5V

KEYBOARD

TRSTN

DIMMING

L/R

PWR_ON_RSTN

LINE_IN5_R

SDA2_3V

SCL2_3V

PANEL_CTL4

3D

CH4_CBL_HPD

CH1_CBL_HPD

CH3_CBL_HPD

SCL3_3V

SDA3_3V

SDA3_3V

SCL3_3V

SCL3_3V

SDA3_3V

FORMAT0

FORMAT1

SPK_MUTE

SPK_MUTE

EEPROM_WP

TL3309

R3359

249

1%

+3.3VA

D+3.3V

D+3.3V

D+3.3V

D+3.3V

+1.2VA

+1.2VA

+2.5VA

+2.5VA

+2.5VA

+2.5VA

+2.5VA

+2.5VA

+2.5VA

+3.3VA

+3.3VA

+3.3VA

+3.3VA

VCC1_5

VCC1_5

VCC1_5

+8V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+1.2V

D+2.5V

D+2.5V D+2.5V

D+2.5V

C3373

1u

C3375

1u

C3301
22u

6.3V
C33071uC33121uC33171uC3322

1u

D+3.3V

FB3301
A528WJ

C3302
22u

6.3V
C33131uC3308

1u

+1.2VA

D+1.2V

C3309

1u

D+2.5V

C3303
22u

6.3V

FB3302
A529WJ

+2.5VA

C33141uC33181uC33231uC33271uC3330

1u

C33101uC3319

1u

D+3.3V

C3304
22u

6.3V

FB3303
A529WJ

C3315

1u

+3.3VA

C3328

1u

C33111uC33201uC3324

1u

C3316

1u

VCC1_5

C3331

1u

470u

6.3V

C3305

C3306
1u

D+8V +8V

FB3304
A529WJ

D+1.2V

C33491uC33461uC33431uC3339

1u

680

2.5V

C3335

C3336

1u

C33401uC33441uC33471uC33501uC3352

1u

C3341

1u

C33511uC3353

1u

C3348

1u

C3337

1u

C3345

1u

D+1.2V

D+1.2V

C3321
22u

6.3V

D+2.5V

C3334

1u

C33261uC3329

1u

IXD514WJ

A1

B1

C1

D1

E1

F1

L1

M1

U1

V1

AC1

AD1

AJ1

AK1

AL1

AM1

AN1

AP1 AP2 AP3 AP4 AP5 AP6 AP11 AP12 AP17 AP18 AP23 AP24 AP31 AP32 AP33 AP34

AN34

AM34

AL34

AK34

AJ34

AD34

AC34

V34

U34

M34

L34

F34

E34

D34

C34

B34

A34A33A32A31A30A29A24A23A18A17A12A11A6A5A4A3A2

B2

C2

D2

E2

F2

L2

M2

U2

V2

AC2

AD2

AJ2

AK2

AL2

AM2

AN2

AN3 AN4 AN5 AN6 AN11 AN12 AN17 AN18 AN23 AN24 AN31 AN32 AN33

AM33

AL33

AK33

AJ33

AD33

M33

L33

F33

E33

D33

C33

B33B32B31B30B29B24B23B18B17B12B11B6B5B4B3

C3

D3

E3

F3

G3

K3

L3

M3

N3

T3

U3

V3

W3

AB3

AC3

AD3

AE3

AH3

AJ3

AK3

AL3

AM3

AM4 AM5 AM6 AM7 AM10 AM11 AM12 AM13 AM16 AM17 AM18 AM19 AM22 AM23 AM24 AM25 AM28 AM30 AM31 AM32

AL32

AK32

AJ32

AH32

AE32

AD32

V32

U32

T32

N32

M32

L32

K32

G32

F32

E32

D32

C32C31C30C29C28C25C24C23C22C19C18C17C16C13C12C11C10C7C6C5C4

D4

E4

F4

G4

H4

J4

K4

L4

M4

N4

P4

R4

T4

U4

V4

W4

Y4

AA4

AB4

AC4

AD4

AE4

AF4

AG4

AH4

AJ4

AK4

AL4

AL5 AL6

AL7 AL8 AL9 AL10

AL11 AL12

AL13 AL14 AL15 AL17

AL18 AL19

AL24

AL25 AL26

AL27 AL28 AL30 AL31

AK31

AJ31

AH31

AG31

AF31

AE31

AD31

AB31

AA31

W31

U31

T31

R31

P31

N31

M31

L31

K31

J31

H31

G31

F31

E31

D31D30D29D28D27D26D25D24D23D22D21D20D19D18D17D16D15D14D13D12D11D10D9D8D7D6D5

E5

F5

G5

H5

J5

K5

L5

M5

N5

P5

R5

T5

U5

V5

W5

Y5

AA5

AB5

AC5

AD5

AE5

AF5

AG5

AH5

AJ5

AK5

AK6

AK7 AK8 AK9 AK10

AK11 AK12

AK13 AK14 AK15 AK17

AK18 AK19

AK24

AK25 AK26

AK27 AK28 AK30

AJ30

AH30

AG30

AF30

AE30

AD30

AB30

AA30

W30

V30

U30

T30

R30

P30

N30

M30

L30

K30

J30

H30

G30

F30

E30E29E28E27E26E25E24E23E22E21E20E19E18E17E16E15E14E13E12E11E10E9E8E7E6

F6

G6

H6

J6

K6

L6

M6

N6

P6

R6

T6

U6

V6

W6

Y6

AA6

AB6

AC6

AD6

AE6

AF6

AG6

AH6

AJ6

AJ7 AJ8 AJ9 AJ10

AJ11 AJ12

AJ13 AJ14 AJ15 AJ16 AJ17

AJ18 AJ19

AJ20 AJ21 AJ22 AJ23 AJ24

AJ25 AJ26

AJ27 AJ28 AJ29

AH29

AG29

AF29

AE29

AD29

AA29

W29

T29

R29

P29

N29

M29

L29

K29

J29

H29

G29

F29F28F27F26F25F24F23F22F21F20F19F18F17F16F15F14F13F12F11F10F9F8F7

G7

H7

J7

K7

L7

M7

N7

P7

R7

T7

U7

V7

W7

Y7

AA7

AB7

AC7

AD7

AE7

AF7

AG7

AH7

AH8 AH9 AH10

AH11 AH12

AH13 AH14 AH15 AH16 AH17

AH18

AH20 AH21 AH22 AH23 AH24

AH25

AH27

AG28

AF28

AE28

AD28

AA28

U28

T28

R28

P28

N28

M28

L28

K28

J28

H28

G28G27G26G25G24G23G22G21G20G19G18G17G16G15G14G13G12G11G10G9G8

J8

K8

L8

M8

N8

P8

R8

T8

U8

V8

W8

Y8

AA8

AB8

AC8

AD8

AE8

AF8

AG8

AG9 AG10

AG11 AG12

AG13 AG14 AG15 AG16 AG17

AG18

AG20 AG21 AG22 AG23 AG24

AG26

AG27

AF27

AE27

AD27

AA27

V27

U27

T27

R27

P27

N27

M27

L27

K27

J27

H27H26H25H24H23H22H21H20H19H18H17H16H15H14H13H12H11H10H9

J9

K9

L9

M9

N9

P9

R9

T9

U9

V9

W9

Y9

AA9

AB9

AC9

AD9

AE9

AF9

AF10

AF11 AF12

AF13 AF14 AF15 AF16

AF18 AF19

AF21 AF23 AF24

AF26

AE26

AB26

AA26

Y26

W26

U26

T26

R26

P26

N26

M26

L26

K26

J26J25J24J23J22J21J20J19J18J17J16J15J14J13J12J11J10

L10

U10

V10

AD10

AE10

AE11

AE17

AE18

AE24

AE25

AD25

V25

U25

L25

K25K24K18K17K11

L11

M11

N11

P11

R11

T11

U11

V11

W11

Y11

AA11

AB11

AC11

AD11

AD12

AD13 AD14 AD15 AD16 AD17

AD18 AD19

AD20 AD21 AD22 AD23 AD24

AC24

AB24

AA24

Y24

W24

V24

U24

T24

R24

P24

N24

M24

L24L23L22L21L20L19L18L17L16L15L14L13L12

M12

N12

P12

R12

T12

U12

V12

W12

Y12

AA12

AB12

AC12

AC13 AC14 AC15 AC16 AC17

AC18 AC19

AC20 AC21 AC22 AC23

AB23

AA23

Y23

W23

V23

U23

T23

R23

P23

N23

M23M22M21M20M19M18M17M16M15M14M13

N13

P13

R13

T13

U13

V13

W13

Y13

AA13

AB13

AB14 AB15 AB16 AB17

AB18 AB19

AB20 AB21 AB22

AA22

Y22

W22

V22

U22

T22

R22

P22

N22N21N20N19N18N17N16N15N14

P14

R14

T14

U14

V14

W14

Y14

AA14

AA15 AA16 AA17

AA18 AA19

AA20 AA21

Y21

W21

V21

U21

T21

R21

P21P20P19P18P17P16P15

R15

T15

U15

V15

W15

Y15

Y16 Y17

Y18 Y19

Y20

W20

V20

U20

T20

R20R19R18R17R16

T16

U16

V16

W16

W17

W18 W19

V19

U19

T19T18T17

U17

V17

V18

U18

C3376

0.1u

C3377

0.1u

VREF1

VREF0

R3358

240

1%

R3370
240

1%

TL3311

C3365

0.1u

R3349

56

R3350

56

C3366

0.1u

R3351

56

C3367

0.1u

R3352

56

C3368

0.1u

R3353

56

C3369

0.1u

R3354

56

C3370

0.1u

R3355

56

C3371

0.1u

C3359

10u

C3360

0.1u

C3364

0.1u

C3362

10u

C3361

10u

C3363

0.1u

C3358

0.1u

C3355

10u

C3354

0.01u

R3366

10K

R3369

10K

D+3.3V

R3373

10K

R3377

10K

D+3.3V

R3376

10K

D+3.3V

R3374
10K

D+3.3V

R3375

10K

D+3.3V

R3378

10K

D+3.3V

R_MII_RXER

R_MII_REFCLK

R_MII_TXD0

R_MII_TXD1

MII_MDIO

MII_MDC

R_MII_RXD0

R_MII_RXDV

R_MII_TXEN

R_MII_RXD1

RESET_OUTN

R_MII_MDINT

A_CVBS_OUT

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

TV_IN

TV_FB

LINE_IN1L

LINE_IN1R

UART3_TXD

UART3_RXD

CVBS1_RCA

VIN_R1

VIN_G1

VIN_B1

LINE_IN4_L

LINE_IN4_R

SPDIF_OUT

AUD_HP_L

AUD_HP_R

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

R3361

10K

D+3.3V

R3363

10K

R3360

1.5K
1%

USB_A_DM

USB_A_DP

RESET_OUTN

TNR_CVBS

TNR_SIFP

AERIAL_SENSE

APCTL

RESET_OUTN

TS0VAL

TS0STRT

TS0CLK

TS0D0

TS0D1

TS0D2

TS0D3

TS0D4

TS0D5

TS0D6

TS0D7

VGA_5V

VGA_R

VGA_G

VGA_B

VGA_VSYNC

VGA_HSYNC

VGA_SDA

VGA_SCL

LINE_IN5_R

LINE_IN5_L

D+3.3V

C3325

0.1u

D3301

RB520S30

R3328

10K

D+3.3V

R3310

10K

R3322

10

R3323

10

R3324

22

R3308

10K

R3329

10K

R3325

10

R3320

10K

R3326

22

R3330

10K

R3321

10K

TL3301

TL3302

TL3304

TL3303

TL3305

TL3306

TL3308

R3356

10K

S80927NM

123

45

C3338

0.1u

C3333

0.022u

C3332

0.01u

*R3337

4.7K

R3335

4.7K

*R3333

4.7K

X3301

SCA238WJQZ

1

2

3

4

R3357

220

1%

*C3374

27P

*C3372
27P

+2.5VA

BR24T64J

1

A0

2

A1

3

A2

4

VSS5SDA

6

SCL

7

/WC

8

VCC

R3362
10K

TL3310

D+3.3V

R3314

22

R3315

22

R3316

22

R3307

4.7K

R3304

10K

R3319

22

R3309

4.7K

R3364

22

R3365
22

R3367

2.2K

R3368

2.2K

BU3.3V

R3347

2.2K

R3348

2.2K

D+3.3V

C3342

0.1u

R3331

10K

D+3.3V

DIMMING

OFL1

OFL2

LCD_BL_ON

REG_OUT_1V2

REG_OUT_VDDR

SCL2_3V

SDA2_3V

R3379

4.7K

R3380

4.7K

R3381

4.7K

R3382

4.7K

R3383

4.7K

D+3.3V

D+3.3V

ST8_SWIN

ST8_RSTN

UART3_RXD

UART3_TXD

RES

SDA1_3V

SCL1_3V

TV_FS1

LIGHT_SENSOR

IRIN

3D

AVLINK

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI-CSAN

EMIOEN

EMIRWN

EMI_NAND_RBN

NAND-CLE

NAND_ALE

RESET_LAN

R_MII_MDINT

R_MII_REFCLK

R_MII_RXER

R_MII_RXD0

R_MII_RXD1

R_MII_RXDV

R_MII_TXD0

R_MII_TXD1

R_MII_TXEN

MII_MDC

MII_MDIO

SPI_CLK.

SPI_CSN

SPI_MISO

SPI_MOSI.

R3384

4.7K

D+3.3V

R3385

4.7K

D+3.3V

TV_FS1

Y

C

LINE_IN6_L

LINE_IN6_R

C_OUT

B_C_EN

R_C_EN

VGA_R

VGA_G

VGA_B

R3386

33

C_SW

+3.3VA

KEYBOARD

PWR_KEY

R3847

10K

C3378

0.1u

PWR_ON_RSTN

BLINK

R523

100

*C3379

0.1u

TL3315

TL3316

TL3318

TL3319

TL3320

SDA3_3V

SCL3_3V

D511

EXA741WJQZ

SPK_MUTE

TL3325

TO ETHERNET (008)

TO SCART (005)

TO AUDIO AMP. INTERFACE (016)

TO USB (013)

TO DVBT (012)

TO PC INPUT (006)

TO STBY IC (010)

TO POWER SYSTEM (002)

TO HDMI (007)

TO NAND FLASH (015)

TO COMMON INTERFACE (014)

TO DDRIII (003,004)

TO LVDS (011)

TO ETHERNET LANII (009)

LC39/50LE650E
LC39/50LE750E

SoC

DUNTKG135WE02
DUNTKG135WE04

IC3301

IC3302

IC3303

N1 (03-05-2013)

I

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

67

11 12

13

14

15 16

LC-39/50LE650

LC39/50LE650E
LC39/50LE750E

System Power

N1 (29-04-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 2/15 ( System Power ) (LE650 Series)

DUNTKG135WE02

I

DUNTKG135WE04

PD

H

G

F

D+1.5V
DDR3 SoC

E

D

TL9629

C9608

VCC5V Stby

D+1.5V

22u

6.3V

P9601

NB224WJ

Dimming

BKL_PWM2

BKL_PWM1

BKL_EN

POWER ON

VCC12V

VSOUND

TL9612

C9609

22u

6.3V

GND

GND

5V7

5V7

GND

GND

C9610

G17

TO SoC 001

OFL1

LCD_BL_ON

TO LVDS CONN

OFL1

PWM2

TO STANDBY STM8

PC1

J9

G11

PIN8

D+8 POWER

D+8V

C9620

1u

25V

TL9630

VOUT

1

BD80GA3WEFJ

VO_S

2

GND

3

NC

4

IC9606

IXD533WJ

3.3V STBY

BU3.3V

TL9626

5

C9651

1u

4

C9648

0.1u

C9649

4.7u

BU5V

IC9608

IXD532WJ

BU33TD3WG

1

VIN

VSS

2

EN

3

VOUT

NC

D+2.5V POWER

D+3.3VD+2.5V

5

VOUT

1ON2

TL9621

GND

FB9617
A529WJ

C9625

10u
16V

4

VIN

IC9603

S170B25U

NC

3

VCC12V

FB9614
A529WJ

C9622

VIN

8

NC

7

NC

6

EN

5

C9621

1u

25V

KZA621WJQZ

10u

16V

TL9611

1

TL9601

2

TL9602

3

TL9603

4

TL9604

5

TL9605

6

TL9627

7

TL9606

8

9

TL9610

10

TL9628

11

TL9607

12

13

14

C9603

1000P

VCC12V

TL9618

TL9608

5V7

VSOUND

FB9605
A529WJ

5V_WF

5V7

FB9609
A528WJ

C9612

0.1u

25V

C9605

L9601

10u

10uH

16V

10u
16V

R9602

1K

R9622

1K

R9612

0

C9613
10u

16V

BU5V

FB9603
A529WJ

R9607

FB9601
A529WJ

FB9604
A529WJ

22

IC9601

BST

1

VIN

2

SW

3

PGND

4

BD9328EF

GND

COMP

R9613

10

SS

EN

FB

*R9649

100

*R9642

100

R9614

10K

PWM2

C9614

0.1u

8

7

R9617
2K

6

R9618

C9615

30K

0.01u

5

R9606
20K

1%

R9609

0

1%

REG_OUT_VDDR

OFL1

OFL1

TO SoC 001

C

B

D+1.2V
POWER

VCC12V

TL9631

FB9606
A528WJ

+12V

C9601
10u

16V

D+5V POWER

TO SoC 001

U25

C9636

5V7

FB9613

A529WJ

0.1u

C9637

1u
25V

IC9605

S132B50M

VIN

1

VSS

2

EN

3

VOUT

D+5V

TL9617

5

C9639

1u

NC

25V

4

R9757

2.2K

TL9632

R9616

0

REG_OUT_1V2

D+1.2V

C9619

22u

C9618

22u

6.3V

6.3V

R9760

10K

R9758

1%

0

R9759

4.7K
1%

+12V

9

10

11

12

FB

VREG

C9604

0.1u

C9602
10u

16V

13

14

15

16

GND

VREG

NC

VIN

GND

VIN2VIN3PGND

1

VOUT

IC9602

IXD534WJ

BD95841MUV

PGOOD

PGND

EN

BOOT

SW

4

R9611
0

8

7

C9611

SW

SW

0.1u

6

5

L9602

2.7uH

C9617

22u

6.3V

D+3.3V POWER

D+3.3V

TL9623

C9701

10u

6.3V

C9702

10u

6.3V

C9703

6.3V

C9704

6.3V

5V7

FB9701
A528WJ

IC9701

1

2

3

4

BD9328EF

BST

VIN

SW

PGND

GND

R9702

56

COMP

C9705

0.1u

25V

L9701

10u

10uH

C9623

10u

10u

16V

R9701

0

C9706
10u

16V

SS

EN

FB

C9709

C9708

0.1u

8

R9703
10K

7

6

5

22P

C9707
3300P

R9704
20K

R9705

7.5K

R9706

7.5K

1%

1%

1%

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

68

39” / 50” Main Unit Diagram 3/15 (DDR3 BLOCK II) (LE650 Series)

RASN-B

A6-B

A13-B

DQ6-B

CK-B

A1-B

A5-B

A0-B

A8-B

DQ11-B

BA2-B

A11-B

S0_UDM-B

S0_LDQS-B

DQ2-B

S0_LDQSN-B

DQ8-B

DQ4-B

S0_UDQS-B

DQ15-B

DQ13-B

WEN-B

A4-B

S0_UDQSN-B

DQ3-B

A2-B

DQ14-B

A12-B

S0_LDM-B

DQ12-B

CASN-B

A3-B

ODT-B

BA1-B

DQ7-B

DQ10-B

A10-B

DQ5-B

A7-B

DQ9-B

A9-B

RESET-DDR3-B

DQ0-B

CKN-B

DQ1-B

BA0-B

CKE-B

CSN-B

A14-B

001

VCC1_5

VCC1_5

R3501

110 1%

VREF0

VREF0

R3504

240

1%

IXD538WJ
MT41J128M16JT

A1

B1

C1

D1

E1

F1

G1

H1

J1

K1

L1

M1

N1

P1

R1

T1

T2

T3 T7

T8

T9

R9

P9

N9

M9

L9

K9

J9

H9

G9

F9

E9

D9

C9

B9

A9A8A7A3A2

B2

C2

D2

E2

F2

G2

H2

J2

K2

L2

M2

N2

P2

R2 R3

R7

R8

P8

N8

M8

L8

K8

J8

H8

G8

F8

E8

D8

C8

B8B7B3

C3

D3

E3

F3

G3

H3

J3

K3

L3

M3

N3

P3

P7

N7

M7

L7

K7

J7

H7

G7

F7

E7

D7

C7

C3504

0.1u

C3505

0.1u

C3508

0.1u

C3517

0.1u

C3518

0.1u

C3516

0.1u

C3510

0.1u

C3509

0.1u

C3513

0.1u

C3511

0.1u

C3507

0.1u

VCC1_5

VCC1_5

C3515

0.1u

C3512

0.1u

C3514

0.1u

C3506

10u

R3502

1K 1%

R3503

1K 1%

VCC1_5

LC39/50LE650E
LC39/50LE750E

DUNTKG135WE02
DUNTKG135WE04

IC3503

DDR3 BLOCK II

ZZ (18-06-2012)

I

H

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

G

F

E

D

C

B

14

15 16

A

1

2 3 4 5 6 7 8 9 10

11 12

13

69

LC-39/50LE650

A13

A7

A9

RESET_DDR3

A5

A2

A3

A0

BA0

BA2

WEN

ODT

CASN

RASN

DQ4

DQ6

S0_LDQSN

DQ2

S0_LDQS

DQ0

S0_UDM

DQ11

DQ9

DQ13

DQ15 DQ12

DQ14

S0_UDQSN

DQ10

S0_UDQS

DQ8

S0_LDM

DQ3

DQ1

DQ5

DQ7

A10

BA1

A12

A4

A1

A6

A11

A8

CKN

CK

CKE

S1_UDQSN

A0

A4

A10

BA1

WEN

A13

DQ24

A2

CKN

DQ21

S1_LDQS

A11

DQ29

DQ30

DQ22

ODT

CASN

DQ17

A7

CK

A6

DQ31

A12

DQ26

A8

A5

S1_UDQS

BA2

BA0

DQ28

S1_UDM

DQ19

S1_LDQSN

DQ18

CKE

DQ16

RESET_DDR3

S1_LDM

DQ27

DQ23DQ20

DQ25

A9

A3

RASN

A1

VREF1

CSN

CSN

A14

A14

C3521

0.1u

VCC1_5

C3523

0.1u

C3525

0.1u

C3527

0.1u

C3529

0.1u

C3531

0.1u

C3530

0.1u

C3528

0.1u

C3524

0.1u

C3522

0.1u

C3526

0.1u

001

IXD538WJ
MT41J128M16JT

A1

B1

C1

D1

E1

F1

G1

H1

J1

K1

L1

M1

N1

P1

R1

T1

T2

T3 T7

T8

T9

R9

P9

N9

M9

L9

K9

J9

H9

G9

F9

E9

D9

C9

B9

A9A8A7A3A2

B2

C2

D2

E2

F2

G2

H2

J2

K2

L2

M2

N2

P2

R2 R3

R7

R8

P8

N8

M8

L8

K8

J8

H8

G8

F8

E8

D8

C8

B8B7B3

C3

D3

E3

F3

G3

H3

J3

K3

L3

M3

N3

P3

P7

N7

M7

L7

K7

J7

H7

G7

F7

E7

D7

C7

R3529

220 1%

VREF1

C3546

0.1u

VCC1_5

VCC1_5

R3528

240

1%

R3526

1K
1%

C3533

0.1u

VCC1_5

IXD538WJ
MT41J128M16JT

A1

B1

C1

D1

E1

F1

G1

H1

J1

K1

L1

M1

N1

P1

R1

T1

T2

T3 T7

T8

T9

R9

P9

N9

M9

L9

K9

J9

H9

G9

F9

E9

D9

C9

B9

A9A8A7A3A2

B2

C2

D2

E2

F2

G2

H2

J2

K2

L2

M2

N2

P2

R2 R3

R7

R8

P8

N8

M8

L8

K8

J8

H8

G8

F8

E8

D8

C8

B8B7B3

C3

D3

E3

F3

G3

H3

J3

K3

L3

M3

N3

P3

P7

N7

M7

L7

K7

J7

H7

G7

F7

E7

D7

C7

R3533

240

1%

R3527

1K
1%

VCC1_5

R3532

220

1%

VCC1_5

VREF1

VREF1

VCC1_5

C3537

0.1u

C3542

0.1u

C3539

0.1u

VCC1_5

C3534

0.1u

C3538

0.1u

C3541

0.1u

VCC1_5

C3543

0.1u

C3535

0.1u

C3540

0.1u

C3536

0.1u

C3544

0.1u

FB3502
A528WJ

C3548

10u

6.3V

C3549

10u

6.3V

220u

6.3V

C3547

D+1.5V VCC1_5

VREF1

C3501

10u

6.3V

C3503

0.1u

C3502

0.1u

C3550
1000P

VCC1_5

LC39/50LE650E
LC39/50LE750E

DUNTKG135WE02
DUNTKG135WE04

IC3501

IC3502

DDR3 BLOCK

ZZ (18-06-2012)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 4/15 (DDR3 BLOCK) (LE650 Series)

I

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

70

39” / 50” Main Unit Diagram 5/15 (SCART) (LE650 Series)

UART3_TXD

UART3_RXD

TV_IN

ZA161WJ

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

*SG564
VXA187WJQZ

*R595
75

*R604

75

*C600

47P

*R608

10K

*R609

2K

*SG563

VXA187WJQZ

*C593

330P

*R596

1K

*C595
560P

*R605

47K

*C607

330P

*R611

47K

*R610

1K

*C608
560P

*SG565

VXA187WJQZ

*SG556

VXA187WJQZ

*R584

75

*C585

10P

*C586

10P

*R585

75

*R586

75

*C587
10P

*SG555
VXA187WJQZ

*SG554

VXA187WJQZ

*R591
1K

*C588

330P

*R590
1K

*C589

330P

*C594
560P

*C597

560P

*R606

47K

*R599

47K

*R592

75

*C590

10P

*C591

10P

*R593

75

*C592

10P

*R594

75

LA037WJQZ

1234 567

Y

8

B-Y

9

R-Y

10

R

11

L

12

CVBS

13 1415 16

UART3_RXD

G12

UART3_TXD

J12

*D556

EXA741WJQZ

JA024WJ

*R551
220

1%

*R552

220

1%

*C559

47P

*C560

47P

*SG553

VXA187WJQZ

*SG552

VXA187WJQZ

*SG551

VXA187WJQZ

*R578

22

*R579

22

*R580

22

*C574

0.1u

*C575

0.1u

*C576

0.1u

TV_RIN

AM5

TV_GIN

AL5

TV_BIN

AP3

A_CVBS_OUT

AJ8

*R597

22

*C596

68P

*C598

0.1u

TV_IN

AK6

*R607

10

TV_FB

AN6

TV_FS1

PIN 14

*C609

1u

*C610

1u

LINE_IN1L

AA4

LINE_IN1R

AB6

*C581

470P

*C582

470P

R574

10K

R573

330

C573
10u
16V

R572

330

R575

10K

D+3.3V

C572
10u
16V

LINE_1L

AJ3

LINE_1R

AH6

*SG559

VXA187WJQZ

*R589

75

*R600

22

*R601

22

*R602

22

*R603

22

*C601

0.1u

*C604

0.1u

*C603

0.1u

*SG560

VXA187WJQZ

*SG561

VXA187WJQZ

*SG562

VXA187WJQZ

*SG558

VXA187WJQZ

*SG557

VXA187WJQZ

*C599
68P

CVBS1_RCA

AK13

VIN_G1

AM11

VIN_B1

AK11

VIN_R1

AK10

LINE_IN4_L

AD6

LINE_IN4_R

AD2

*C605

1u

*C606

1u

*C611

0.1u

TV_FS1

PIN AE7

R613

75

C615
10u
16V

C614

0.1u

FB612

A529WJ

C616

0.1u

R614

470

*SG567

VXA187WJQZ

*SG568

VXA187WJQZ

*C569

0.1u

BH76206HFV

1

GND

2

VSAG

3

VOUT

4

VCC

5

VIN

6

STBY

*SG578

VXA187WJQZ

D559

EXA741WJQZ

D560

EXA741WJQZ

D561
EXA741WJQZ

D562
EXA741WJQZ

TO SoC (001)

TO SoC (001)

TO SoC (001)

TO SoC (001)

TO STANDBY SMT8(010)

TO SoC (001)

TO SOC (001)

LC39/50LE650E
LC39/50LE750E

DUNTKG135WE02
DUNTKG135WE04

*SC552

*J552

*J551

IC552

SCART

HDTV1

RS232
SERVICE

SCART

MINI-SCART

ZZB (10-12-2012)

I

H

G

F

E

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

D

C

B

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

71

LC-39/50LE650

VGA_R

VGA_G

VGA_B

VGA_VSYNC

WC

LINE_IN5_R

LINE_IN5_R

LINE_IN5_L

VGA_SCL

VGA_SDA

VGA_HSYNC

VGA_5V

NA816WJ

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

*R518
75

*R515

75

*R511

75

*R520

10K

*R514

10K

*R505

47K

*R506

47K

*R503

100

*R504

100

*C501

10u

6.3V

*D529

DAN202K

1

2

3

D+5V

*FB506

A529WJ

*C510

10P

*FB507
A529WJ

*C508

10P

*FB508
A529WJ

*C505

10P

*FB501

A529WJ

*FB502
A529WJ

*FB503
A529WJ

*FB504

A529WJ

*FB505

A529WJ

BR24T02J

1

A0

2

A1

3

A2

4

GND

5

SDA

6

SCL

7

WP

8

VCC

*C502

330P

*R509

470

*C503

330P

*R510

47K

*R508

470

*C504

560P

*R582

47K

*C506

560P

*R502

10K

*D501

*D503

EXA741WJQZ

*D504
EXA741WJQZ

*R512

22

*R516

22

*R519

22

*C512

0.1u

*C513

0.1u

*C514

0.1u

*C516

1u

*C517

1u

WC

HDMI

VGA_R

AL12

VGA_G

AP12

VGA_B

AJ11

VGA_VSYNC

AH14

VGA_HSYNC

AG14

VGA_SDA

AF15

VGA_SCL

AG16

*SG501

VXA187WJQZ

*SG502

*SG503

*R522

10K

VGA_5V

AG15

*J502

JA024WJ

*R526
22

*R525

22

*D502

EXA741WJQZ

LINE_IN5_L

AD4

LINE_IN5_R

AE3

*SG513

VXA187WJQZ

*SG514

STM8_HSYNC

R548
22K

TO SoC (001)

TO HDMI (007)

TO SoC (001)

TO STBY IC (010)

LC39/50LE650E
LC39/50LE750E

PC INPUT

*SC501

DUNTKG135WE02
DUNTKG135WE04

*IC503

N1 (19-02-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 6/15 (PC INPUT) (LE650 Series)

I

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

72

11 12

13

14

15 16

39” / 50” Main Unit Diagram 7/15 (HDMI) (LE650 Series)

CH3_HDMI_CLKN

CH3_HDMI_D0N

CH3_HDMI_CLKP

CH3_HDMI_D1N

CH3_HDMI_D1P

CH3_HDMI_D2N

CH3_HDMI_D0P

CH3_HDMI_D2P

CH4_HDMI_D0N

CH4_HDMI_D2N

CH4_HDMI_CLKN

CH1_HDMI_CLKN

CH1_HDMI_D0N

CH1_HDMI_CLKP

CH1_HDMI_D1N

CH4_HDMI_CLKP

CH1_HDMI_D1P

CH1_HDMI_D2N

CH1_HDMI_D0P

CH1_HDMI_D2P

CH4_HDMI_D2P

CH4_HDMI_D0P

CH4_HDMI_D1P

CH4_HDMI_D1N

CH3_HDMI_CLKN

CH3_HDMI_CLKP

CH3_HDMI_D0N

CH3_HDMI_D0P

CH3_HDMI_D1N

CH3_HDMI_D1P

CH3_HDMI_D2N

CH3_HDMI_D2P

CH1_HDMI_CLKN

CH1_HDMI_CLKP

CH1_HDMI_D0N

CH1_HDMI_D0P

CH1_HDMI_D1N

CH1_HDMI_D1P

CH1_HDMI_D2N

CH1_HDMI_D2P

CH4_HDMI_D2N

CH4_HDMI_D2P

CH4_HDMI_D1N

CH4_HDMI_D1P

CH4_HDMI_D0N

HEAC1

CH4_HDMI_CLKN

CH4_HDMI_CLKP

HDMI0_CLKN

HDMI0_CLKP

HDMI0_D0N

HDMI0_D0P

HDMI0_D1N

HDMI0_D1P

HDMI0_D2N

HDMI0_D2P

HEAC1

CH4_DDC_SDA

CH4_DDC_SCL

CH3_DDC_SCL

CH3_DDC_SDA

CH1_DDC_SCL

CH1_DDC_SDA

CH_HDMI_CEC

CH_HDMI_CEC

CH_HDMI_CEC

HDMI2_SW

HDMI1_SW

ARC_EN

SPDIF_OUT

CH4_HDMI_D0P

CH3_HDMI_5V

CH4_HDMI_5V

CEC

CH1_HDMI_5V

CH2_HDMI_5V

CH3_HDMI_5V

CH4_HDMI_5V

CH2_HDMI_5V

VP_E2P

CH1_HDMI_5V

CH_HDMI_CEC

CH1_DDC_SDA

CH1_DDC_SCL

CH4_DDC_SDA

CH4_DDC_SCL

CH3_DDC_SDA

CH3_DDC_SCL

HDMI0_SCL

HDMI0_SDA

CH2_DDC_SDA

CH2_DDC_SDA

CH2_DDC_SCL

CH2_DDC_SCL

CH_HDMI_CEC

CH1_DDC_SDA

CH1_DDC_SCL

CH4_DDC_SCL

CH4_DDC_SDA

CH3_DDC_SCL

CH3_DDC_SDA

CH2_DDC_SCL

CH2_DDC_SDA

CH2_HDMI_5V

CH2_HDMI_CLKN

CH2_HDMI_D0N

CH2_HDMI_D0P

CH2_HDMI_CLKP

CH2_HDMI_D1N

CH2_HDMI_D1P

CH2_HDMI_D2N

CH2_HDMI_D2P

CH4_CBL_HPD

CH4_HDMI_5V

CH3_HDMI_5V

CH1_HDMI_5V

CH1_CBL_HPD

CH3_CBL_HPD

CH4_CBL_HPD

HDMI_HPD

CH3_CBL_HPD

CH1_CBL_HPD

HDMI_CEC

ZA264WJQZ

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

202122

23

ZA264WJQZ

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

202122

23

ZA264WJQZ

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

202122

23

ZA264WJQZ

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

202122

23

BU16028V

1

SDA3

2

SCL3

3

GND

4

B31

5

A316VCC7B328A32

9

GND

10

B3311A33

12

VCC

13

B341434

15

GND

16

VSADJ

17

Y4

18

Z4

19

VCC

20

Y3

21

Z3

22

GND

23

Y2

24

Z2

25

VCC

26

Y1

27

Z1

28

GND

29

SCL_SINK

30

SDA_SINK

31

HPD_SINK

32

S1

33S234

NC

35

HPD1

36

SDA1

37

SCL1

38

B11

39

A1140VCC

41

B12

42

A1243GND

44

B13

45

A13

46

VCC

47

B14

48

A14

49

NC

50

HPD2

51

SDA2

52

SCL2

53

B21

54

A21

55

VCC

56

B22

57

A22

58

GND

59

B23

60

A23

61

VCC

62

B24

63

A24

64

HPD3

C1506

0.1u

C1507
1000P

C1508

0.1u
C1509
1000P

C1512

1000P

C1511

0.1u

C1513

0.1u

C1514

1000P

C1517

1000P

C1518

0.1u

220u
16V

C1520

D+3.3V

R1503

47K

R1505
47K

R1509

47K

R1511
47K

R1504

47K

R1506
47K

R1510

47K

R1512
47K

R1528

4.64K

R1513

1K

R1514

75

C1505

1u

6.3V

R1515

100

R1516

75

D1503

EXA741WJQZ

D1502
EXA741WJQZ

C1502

0.1u

R1502

10K

C1501

0.1u

D1501
EXA741WJQZ

R1501
10K

D1504

EXA741WJQZ

C1504

0.1u

D1506
EXA741WJQZ

R1508
10K

D1508

EXA741WJQZ

D1505

EXA741WJQZ

R1507
10K

C1503

0.1u

D1507

EXA741WJQZ

C1519

0.1u

FB1501

A529WJ

Q1501

2SC3928AR

R1517

220

1%

CH3_HDMI_5V

STM8

CH2_HDMI_5V

STM8

CH1_HDMI_5V

STM8

CEC

STM8

R1549

100

R1548
100

R1547

1K

R1545

100

R1546

100

Q1505

2N7002K

S

D

G

R1535
27K

R1532
22

BU5V

R1550

1K

VA1501VA1502

VXA074WJ

VA1503
VXA074WJ

VA1504

VXA074WJ

VA1505
VXA074WJ

VA1506

VXA074WJ

VA1507

VXA074WJ

VA1508

VXA074WJ

R1551

4.7K

R1552
10K

TC7SH08U

123

45

C1521

0.1u

D+3.3V

D+5V

R1554

0

R1555

4.7K

R1538

1K

R1539

1K

R1540

1K

BU3.3V

D1509

EXA741WJQZ

D1511

EXA741WJQZ

R1566

100

R1563

100

BR24T02J

1

CE02CE1

3

CE24GND

5

SDA

6

SCL

7WC8

VCC

D1513
DAN202K

1

2

3

C1522

0.1u

R1556

10K

D+5V

Q1502

RT1N441U

D+5V

D1514

DAN202K

1

2

3

C1523

0.1u

R1557

10K

BR24T02J

1

CE02CE1

3

CE24GND

5

SDA

6

SCL

7WC8

VCC

D+5V

D1515

DAN202K

1

2

3

C1524

0.1u

R1558

10K

BR24T02J

1

CE02CE1

3

CE24GND

5

SDA

6

SCL

7WC8

VCC

D+5V

D1516

DAN202K

1

2

3

C1525

0.1u

R1559

10K

BR24T02J

1

CE02CE1

3

CE24GND

5

SDA

6

SCL

7WC8

VCC

WC

001

CH4_HDMI_5V

STM8

R1567

100

R1568

100

R1569

100

R1570

100

R1571

100

R1572

100

R1574

4.7K

R1573

4.7K

D+3.3V

ESD7004

12345

678910

ESD7004

12345

678910

R1575
10

R1576
10

R1577

10

R1578
10

R1579
22

TO SoC (001)

TO STBY (010)

TO VGA (006)

LC39/50LE650E
LC39/50LE750E

HDMI

SC1501

DUNTKG135WE02
DUNTKG135WE04

SC1503

SC1502

SC1504

IC1505

IC1506

IC1507 IC1508 IC1509 IC1510

IC1511

IC1512

HDMI 4 HDMI 1

HDMI 3

HDMI 2

ZZB (12-11-2012)

I

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

73

11 12

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

13

14

15 16

LC-39/50LE650

ET_MDIO-E

ET_MDC-E

ET_RXD1-E

ET_RXD0-E

ET_COL-E

ET_TXEN-E

ET_TXD0-E

LAN_TXP

LAN_TXN

LAN_RXN

LAN_RXP

ET_TXD1-E

ET_TXD1-E

J9501

ZA131WJQZ

12345678

T9501

ZA143WJQZ

1

23

67

8

9

10 11 14 15 16

R9514
75

R951575R9516

75

R9517

75

C9512

1000P

KZA523WJQZ

2KV

*C9507

0.1u

*C9508

0.1u

*R9501

1K

V3.3_LAN

*R9505

33

*R9506

33

*R9507

4.7K

V3.3_LAN

*R9509

4.7K

*R9522

4.7K

*FB9503
A529WJ

*C9506

0.1u

V3.3_LAN

*C9505

22u

6.3V

*R9529

33

1

2

3

4

5

6

7

8

*R9530

33

1

2

3

4

5

6

7

8

R_MII_RXD1

L31

R_MII_TXEN

N26

R_MII_RXDV

L33

R_MII_RXD0

L32

R_MII_TXD1

M33

MII_MDIO

N27

MII_MDC

N28

R_MII_TXD0

M34

R_MII_REFCLK

P26

RESET_OUTN

AG23

*R9533

33

R_MII_RXER

L29

*C9521

12P

*FB9504

A529WJ

R_MII_MDINT

M26

IXD543WJ

KSZ8081RND

1

VDD_1.2

2

VDDA_3.3

3

RXM

4

RXP

5

TXM

6

TXP

7

XO

8XI9

REXT

10

MDIO

11

MDC

12

RXD1

13

RXD0

14

VDDIO

15

CRS_DV

16

REF_CLK

17

RXER

18

INTRP

19

TXEN

20

TXD0

21

TXD1

22

GND

23

SPEED

24

RST

*R9523

0

*R9520

0

*R9521

0

*R9518

0

*C9504

0.1u

*C9509

2.2u

4V

V3.3_LAN

*C9502

0.1u

*C9503

22u

*R9504

33

*R9503

33

*C9513

0.1u

25V

V3.3_LAN

*R9502

33

*FB9502

A529WJ

D+3.3V

*R9519

6.49K
1%

TL9501

TL9502

TL9503

TL9504

TL9505

CLOSE TO BGA

TO SOC (001)

TO LANII (009)

LC39/50LE650E
LC39/50LE750E

DUNTKG135WE02
DUNTKG135WE04

*IC9501

LAN I

N1 (30-04-2013)

LC-39/50LE651
LC-39/50LE652

39” / 40” Main Unit Diagram 8/15 (LAN I) (LE650 Series)

I

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

74

39” / 50” Main Unit Diagram 9/15 (STANDBY STM8S) (LE650 Series)

LC39/50LE650E
LC39/50LE750E

STANDBY STM8S

N1 (14-03-2013)

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

I

DUNTKG135WE02
DUNTKG135WE04

H

G

F

E

D

C

B

A

AG10

AH10

TO LAN II (009)

LAN 2

LAN 2

TO POWER (002)

POWER

TO SCART (005)

T3

AF10

BGA

BGA

AE7

AE9

AE8

K11

TO SoC (001)

ST8_RSTN

ST8_SWIN

WAKE_UP_LAN

LANII_SW

TV_FS1

TO SoC (001)

SDA1_3V

SCL1_3V

TV_FS1

PWR_KEY

KEYBOARD

TO PC INPUT (006)

STM8_HSYNC

TO LVDS (011)

BLINK

BU3.3V

BU3.3V

R3800

1.2K

ST8_RSTN

ST8_SWIN

BU3.3V

TL3816

30

31

32

C3815

0.1u

X3800

3

C3812

2

27P

R3834

BU3.3V

22K

R3835
0

C3817
1u

C3814

0.1u

4

1

C3811

27P

SCA244WJQZ

PC1

BU3.3V

IRIN

3D

*D3808

EXA741WJQZ

EXA741WJQZ

*D3809

R3836

NRST

1

PD7/CH4

UART2_TX

OSCIN

2

0

OSCOUT

3

VSS

4

VCAP

5

VDD

6

VDDIO

7

PF4

8

C3829

0.1u

UART2_RX

IC3800

LE75* IXD550WJ STM8S105K4T
SL210/SL220 IXD571WJ STM8S207K8T

VSSA

I2C_SDA

VDDA

9

10

11

BU3.3V

R3846

4.7K

4.7K

R3807

27

28

29

PD2/CH1

PD4/CH1

PD3/CH2

PB2/AIN2

PB3/AIN3

I2C_SCL

12

13

14

C3809

0.1u

R3849

26

SWIM

PB1/AIN1

15

TL3817

PD0/CH2

0

25

PB0/AIN0

16

*R3848

470

R3803

10K

R3817

R3830

33K

PC7

24

PC6

23

PC5

22

PC4

21

PC3

20

PC2

19

PC1

18

PE5

17

BU3.3V

*R3822

2.2K
5%

R3831

33K

STM8_HSYNC

C3810

0.1u

30.1K
1%

D3807

EXA741WJQZ

*R3832

R3852

10K

R3856
220
1%

D3805

DA1010

D3806

DA1010

R3854

10K

R3827

33K

*R3844

100

*R3821

R3828

33K

33K

R3829

20K

1%

*R3824

R3826

33

22K

R3814

22K

R3815

22K

R3816

22K

R3812

33

*FB3813

FB3803
A529WJ

FB3808
A529WJ

FB3809
A529WJ

A529WJ

A529WJ

FB3804

A529WJ

FB3807

BU3.3V

C3828

FB3811
A529WJ

VCC12V

*FB3814
A529WJ

33

*C3827

0.1u

CH4_HDMI_5V

CH3_HDMI_5V

CH2_HDMI_5V

CEC

CH1_HDMI_5V

TP3801

TP3802

TP3803

TP3804

TP3805

TP3806

TP3807

TP3808

0.1u

TP3809

TP3810

TP3811

P3800
NA331WJ

RA

GND

1

KEY2

2

LIGHT_SENSOR

3

KEY1

4

GREEN_LED

5

WHITE_LED/VCC12V

6

IRIN

7

BU3.3V/BU5V

8

BLUE_LED

9

3D

10

RED_LED

11

TO HDMI (007)

CH4_HDMI_5V

CH3_HDMI_5V

CH2_HDMI_5V

CEC

CH1_HDMI_5V

HDMI

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

75

LC-39/50LE650

LVDS_B4N

LVDS_B3P

LVDS_B3N

LVDS_BCKP

LVDS_BCKN

LVDS_B1P

LVDS_B1N

LVDS_B2P

LVDS_B2N

LVDS_B0P

LVDS_B0N

LVDS_A4N

LVDS_A4P

LVDS_A3P

LVDS_A3N

LVDS_ACKP

LVDS_ACKN

LVDS_A2P

LVDS_A2N

LVDS_A1P

LVDS_A1N

LVDS_A0P

LVDS_A0N

LVDS_D4P

LVDS_D4N

LVDS_D3P

LVDS_D3N

LVDS_DCKP

LVDS_DCKN

LVDS_D2P

LVDS_D2N

LVDS_D1P

LVDS_D1N

LVDS_D0P

LVDS_D0N

LVDS_C4P

LVDS_C4N

LVDS_C3P

LVDS_C3N

LVDS_CCKP

LVDS_CCKN

LVDS_C2P

LVDS_C2N

LVDS_C1P

LVDS_C1N

LVDS_C0P

LVDS_C0N

LVDS_B4P

PANEL_VCCIN

PANEL_CTL4

GLASS-Sync

1

+12V

2

+12V3+12V

4

+12V

5

NC(+12V)

6

GND

7

GND

8

GND9GND

10

GND11BIN4+12BIN4-13BIN3+

14

BIN3-

15

GND

16

BCK+

17

BCK-

18

GND

19

BIN2+20BIN2-

21

BIN1+22BIN1-

23

BIN0+

24

BIN0-

25

GND

3D Sync l (Y2013)

26

GND

3D Enable (Y2013)

27

AIN4+28AIN4-

29

AIN3+

30

AIN3-

31

GND

32

ACK+

33

ACK-

34

GND

35

AIN2+

36

AIN2-

37

AIN1+

38

AIN1-

39

AIN0+

40

AIN0-

41

GND

42

U/D

3D Sync l (Y2012)

43

R/L

44

BAMK SEL

45

LVDS SEL

46

O/S SET

47

FRAME

3D Sync 0 (Y2013)

48

NC

3D Sync 0 (Y2012)

49NC50NC51

GND

3D Enable (Y2012)

Q2602

2SC3928AR

R2627

10K

R2649

10K

C2608

10u

16V

C2605

10u

16V

C2609

0.1u

C2607

4700P

*R2625

0

TQ

R2626

470K

VCC12V

FB2603

A528WJ

PANEL_VCC

C2606

0.1u

R2636

10K

Q2604

TXA064WJ
AO3415S

S

D

G

L2601

1

2

3

4

PANEL_VCC

L2602

1

2

3

4

L2603

1

2

3

4

L2604

1

2

3

4

L2605

1

2

3

4

L2606

1

2

3

4

L2607

1

2

3

4

L2608

1

2

3

4

L2609

1

2

3

4

L2610

1

2

3

4

L2611

1

2

3

4

L2612

1

2

3

4

*L2613

1

2

3

4

*L2615

1

2

3

4

*L2614

1

2

3

4

*L2616

1

2

3

4

*L2617

1

2

3

4

*L2618

1

2

3

4

*L2619

1

2

3

4

*L2620

1

2

3

4

*L2621

1

2

3

4

*L2622

1

2

3

4

*L2623

1

2

3

4

*L2624

1

2

3

4

001

TL2605

TL2606

TL2607

*TL2608

TL2642

TL2643

TL2644

TL2645

TL2646

TL2647

TL2648

TL2649

TL2650

TL2651

TL2652

TL2653

TL2654

TL2655

TL2656

TL2657

TL2658

TL2659

TL2660

TL2661

TL2662

TL2663

TL2664

TL2665

TL2667

TL2668

TL2669

TL2670

TL2671

TL2672

TL2673

TL2674

TL2675

TL2676

*TL2677

*TL2678

*TL2679

*TL2680

*TL2681

*TL2682

*TL2683

*TL2684

*TL2685

*TL2686

*TL2687

*TL2688

*TL2689

*TL2690

*TL2691

*TL2692

*TL2693

*TL2694

*TL2695

*TL2696

*TL2697

*TL2698

*TL2699

*TL2700

*TL2701

*TL2702

*TL2703

*TL2704

TL2705

1

GND2GND

3

DIN4+

4

DIN4-5DIN3+

6

DIN3-

7

GND

8

DCK+

9

DCK-

10

GND

11

DIN2+

12

DIN2-13DIN1+

14

DIN1-15DIN0+

16

DIN0-

17

GND18GND

19

CIN4+

20

CIN4-21CIN3+

22

CIN3-

23

GND

24

CCK+25CCK-

26

GND

27

CIN2+

28

CIN2-29CIN1+

30

CIN1-31CIN0+

32

CIN0-

33

GND

34NC35NC36NC37NC38

NC(+12V)

39

NC(+12V)

40

NC(+12V)

41

NC(+12V)

TL2714

TL2715

TL2722

C2610

0.1u

GLASS-Sync

TO SoC FPII (001)

TO POWER SYSTEM (002)

TO STBY IC (010)

LC39/50LE650E
LE39/50LE750E

DUNTKG135WE02
DUNTKG135WE04

SC2601
WB127WJ

LV

*SC2603

WB128WJ

LW

PANEL INTERFACE

N1 (06-05-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 10/15 (PANEL INTERFACE ) (LE650 Series)

I

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

76

11 12

13

14

15 16

39” / 50” Main Unit Diagram 11/15 (COFDM) (LE650 Series)

APCTL

AERIAL_SENSE

SDAS

SCLS

IXD519WJ

1

GND

2

AGC_IF

3

AGC_RF

4

SCL_HOST

5

SDA_HOST

6

VDD_VCORE

7

TS_VAL

8

TS_SYNC

9

TS_CLK

10

GND

11

TS_D0

12

TS_D1

13

TS_D2

14

TS_D3

15

VDD_IO

16

TS_D4

17

TS_D5

18

TS_D6

19

GND

20

TS_D7

21

RDYTS_ERR

22

RESETB

23

VDD_VCORE

24

XTAL O

25

XTAL I

26

ADDR

27

VDDH_VANA

28

VDD_VADC

29

ADC_IP

30

ADC_IN

31

ADC_QP

32

QDC_QN

33

SDA_MAST

34

SCL_MAST

35

RSSI_ADC_CLK_OUT

36

GPIO_0

IXD518WJ

1

GPIO1

2

GPIO2

3

AGC2

4

SCL

5

SDA

6

VDD_IO

7

GND

8

VDD_D

9

CVBS

10

VDD_H

11

SIF/AF

12

DLIF_N

13

DLIF_P

14

VDD_L

15

LDO_ADJ

16

XOUT

17

XTAL_I

18

XTAL_O

19

GND

20

VDD_H

21

VDD_H

22

RF_REF

23

RF_IP

24

RF_IN

25

RF_SHLD

26

ADDR

27

RSTB

28

AGC1

C1105

47P

L1101

270nH
NR27J

C1104

1000P

FB1101
A528WJ

C1107

91P

L1103

180nH
VPRINR18J

C1106

180P

*L1104

0

C1108

180P

C1109

180P

L1106

560nH
CNR56J

L1105
560nH
CNR56J

C1112

1000P

X1101

SCA228WJ

1

2

3

4

R1103

0

FB1102

A528WJ

C1113

1000P

3V3P1-T2

C1114

0.1u

C1121

1000P

C1116

1000P

C1115

1000P

C1122
1000P

C1118
1000P

Q1101

MMBT2907A

C1117

2.2u

4V

R1106

3.3

220u

6.3V

C1111

10uH

L1107

D+3.3V

C1119

0.1u

C1120

0.1u

C1110

0.1u

R1105

0

R1104

0

R1108

4.7K

R1109

4.7K

3V3_RVDD_1

R1110

0

R1107

4.7K

R1116

33

1

2

3

4

5

6

7

8

R1117

33

1

2

3

4

5

6

7

8

R1118

33

1

2

3

4

5

6

7

8

TL9638

TL9639

SDA2_3V

AH9

SCL2_3V

AG9

1V2_MVDD_1

3V3_RVDD_1

3V3_DVDD_1

1V2_MVDD_1

R1101
330

1%

R1102
150

1%

IXD659WJ
MIC5203-5.0

1

VIN

2

GND

3

ON

4

NC

5

VOUT

C1102

10u
10V

C1103

0.1u

5V7

FB1104
A528WJ

FB1103
A528WJ

FB1105

A528WJ

C1128

0.1u

C1129

0.1u

C1132

0.1u

C1134

0.1u

*C1131

0.1u

C1133

0.1u

C1135

0.1u

C1136

0.1u

C1130

22u

6.3V

D+1.2V

D+3.3V

D+3.3V 3V3_RVDD_1

3V3_DVDD_1

1V2_MVDD_1

RESET_OUTN

AG23

TNR_CVBS

AJ15

TNR_SIFP

AK2

APCTL

AF9

AERIAL_SENSE

AF8

TS0VAL

AH25

TS0STRT

AG24

TS0CLK

AE24

TS0D0

AJ28

TS0D1

AM28

TS0D2

AK28

TS0D3

AL28

TS0D4

AH27

TS0D5

AK27

TS0D6

AL27

TS0D7

AJ27

C1137

0.01u

C1138

0.1u

*R1384

0

*R1383
0

*R1386

0

*R1385

0

R1121

0

R1124

0

C1139

0.1u

C1140

0.1u

C1141

0.1u

C1142

0.1u

R1388

10K

*FB1106
A529WJ

1V2_MVDD_1

C1143

0.1u

C1144

1000P

C1145
1000P

VCC12VVCC12V

TL3102

D1102

BUS05L1

MB819WJFW

1

234

567

8

C1101
150

TO SoC FPII (001)

IMPEDANCE REQUIREMENTS

LC39/50LE650E
LC39/50LE750E

DUNTKG135WE02
DUNTKG135WE04

*IC1102

IC1106

IC1104

TU1101

COFDM

N1 (07-05-2013)

I

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

77

11 12

13

14

15 16

LC-39/50LE650

USB3_DN

USB3_DP

USB2_DN

USB2_DP

USB1_DN

USB1_DP

USB1_OC_N

RESET_OUTN

USB1_PEN_N

R9556

10K

3.3HUB

+5V_USB1

C9557

0.1u

3.3HUB

R9555

10K

C9551

10u
10V

R9554

10K

AAT4614IGU-2-T1

1

OUT

2

GND

3

/FLT

4

ON

5

SET

6

IN

R9552

4.7K

D9551
RF201

R9551

120

TWF

5V7

+5V_USB2

ZA205WJQZ

1234

S170B50U

1ON2

GND

3

NC

4

VIN

5

VOUT

C9575

10u

16V

ZA276WJQZ

375 14268

VHI2514BA
USB2514BA

1

USBDM1_DN

2

USBDP1_DN

3

USBDM2_DN

4

USBDP2_DN

5

VDD

6

USBDM3_DN

7

USBDP3_DN

8

USBDM4_DN

9

USBDP4_DN

10

VDD

11

TEST

12

PRTPWR1

13

OCS_N1

14

CRFILT

15

VDD

16

PRTPWR2

17

OCS_N2

18

PRTPWR3

19

OCS_N3

20

PRTPWR4

21

OCS_N4

22

NON_REM1

23

VDD

24

FG_SEL0

25

FG_SEL1

26

RESET_N

27

VBUS_DET

28

NON_REM0

29

VDD

30

USBDM_UP

31

USBDP_UP

32

XTALOUT

33

XTALIN

34

PLLFILT

35

RBIAS

36

VDD

L9551

1

2

3

4

VA9552

VXA074WJ

VA9551

VXA074WJ

VA9554

VXA074WJ

VA9553

VXA074WJ

C9554

0.1u

+5V_USB1

L9552

1

2

3

4

C9553

0.1u

+5V_USB1

R9561

10K

R9569

10K

*C9552

0.1u

VA9555

VXA074WJ

VA9556

VXA074WJ

L9553

1

2

3

4

R9557

10K

R9558

10K

X9551

SCA224WJ

C9568

12P

C9566

12P

R9560

1M

R9559

12K

R9562

10K

R9568

10K

R9567

10K

R9566

10K

R9563

10K

C9572

0.1u

L9554

Close to BGA

0

1

2

3

4

C9567

0.1u1uC9569

C9564

0.1u

1u

C9565

C9574

10u

6.3V

R9573

100K

FB9554
A528WJ

+5V_USB2 5V7

R9570
100K

R9571
10K

3.3HUB

FB9552

A528WJ

C9559

0.1u

C9563

0.1u

C9570

0.1u

C9573

0.1u

C9571

0.1u

C9562

0.1u

FB9553
A529WJ

C9560

220u

6.3V

AAPE

C9561

0.1u

D+3.3V

RESET_OUTN

AG23

USB_A_DM

AL26

USB_A_DP

AK26

120u

10V

C9556

TL9551

TL9552

C9576

10u
10V

C9577

10u

10V

3.3HUB

C9578

0.1u

C9579

1000P

C9580

1000P

D+3.3VD+3.3V

TO SoC FPII (001)

WI-FI READY

BAT CHARGE READY
HDD READY

WIFI

(ONLY)

HDD

MULTIMEDIA

3D GLASSES

CHARGE

IMPEDANCE REQUIREMENTS

LC39/50LE650E
LC39/50LE750E

DUNTKG135WE02
DUNTKG135WE04

IC9551

*J9552

IC9553

J9551

IC9552

U S B

N1 (12-02-2012)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 12/15 (USB) (LE650 Series)

I

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

78

39” / 50” Main Unit Diagram 13/15 (PCMCIA) (LE650 Series)

LC39/50LE650E
LC39/50LE750E

PCMCIA

ZZA (12-07-2012 )

DUNTKG135WE02

I

DUNTKG135WE04

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

H

G

F

E

D

C

B

CA1_CD1N

CA1_VS1N

CA_OUT_STRT

CA_OUT_D0

CA_OUT_D1

CA_OUT_D2

CA_OUT_D3

CA_OUT_D4

CA_OUT_D5

CA_OUT_D6

CA_OUT_D7

CA_IN_D3

CA_IN_D2

CA_IN_D1

CA_IN_D0

+3V3_CA

20

VCC

11G2

R4408

CLOSE TO SoC

R4409

R4410

R4411

R4405

R4406

R4400

R4401

R4402

R4407

19

2G

1A1

R4404

33

D+3.3V

FB4400

A529WJ

33

33

33

33

33

33

R4403

18

1Y1

2Y441A2

3

CA_IN_D7

C4407

100u

6.3V
ASX

1K

33

33

33

33

CA1OUT_D7

17

2A4

R4413

C4410

33

0.1u

33

R4412

16

1Y2

IC4402

LCX244FT

2Y3

5

CA_IN_D6

C4411

0.1u

CA1OUT_D6

15

2A3

1A3

6

R4415

33

R4414

14

1Y3

2Y2

7

CA_IN_D5

+3V3_CA

C4412

0.1u

33

CA1OUT_D5

13

2A2

1A492Y1

8

R4417

33

R4416

12

CA_IN_D4

33

1Y4

CA1OUT_D3

CA1OUT_D2

CA1OUT_D1

CA1OUT_D0

SC4401

+3V3_CA

GND

35

CD1#

36

MOD3

CA1OUT_D4

R4419

4.7K

CA1_VCC

C4400

0.1u

+3V3_CA

R4420

10K

R4418

4.7K

11

2A1

GND

10

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

CA1OUT_START

CA1OUT_VAL

WAITN

CA1OUT_CLK

CA1_IOWRN

CA1_IORDN

MOD4

MOD5

MOD6

MOD7

CE2#

VS1#

IORD#

IOWR#

MISTRT

MD10

MD11

MD12

MD13

VCC

VPP2

MD14

MD15

MD16

MD17

MCLK_VS2#

RESET

WAIT#

INP_ACK#

REG#

MOVAL

MOSTRT

MOD0

MOD1

MOD2

CD2

GND

MA386WJSA

GND

IOSC16#

D2

D1

D0

A0

A1

A2

A3

CTX/A4

ITX/A5

ETX/A6

QTX/A7

A12

MICLKI

MIVAL

VPP1

VCC

IREQ

WE/PGM

A14_MCLKO

A13

A8

A9

A11

OE

A10

CE1#

D7

D6

D5

D4

D3

GND

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

CA1_OEN

C4401

0.1u

CA1_D2

CA1_D1

CA1_D0

CA1_D7

CA1_D6

CA1_D5

CA1_D4

CA1_D3

CA1_WEN

+3V3_CA

11

12

13

14

15

16

17

18

19

20

2G

1A1

EMIOEN

1Y1

IC4404

2Y4

3

2A4

1A2

4

EMIWEN

2A3

1Y2

2A2

1Y3

2A1

1Y4

LCX244FT

2Y3

1A372Y2

5

6

EMIIORDN

1A4

8

EMIIOWRN

2Y1

9

CA1_WAITN

GND

10

CA1_RESETN

CI_REGN

CA1_CD2N

CA_IN_CLK

CA_IN_STRT

CA_IN_VAL

VCC

R4421

33

1

2

3

4

5

6

7

8

11G2

CA1_CE1N

R4426

4.7K

+3V3_CA

R4424

4.7K
R4422

4.7K

R4425

4.7K

R4423

4.7K

CMDPWR1

+3V3_CA

CLOSE TO SoC

R4427

R4428

CA1_VCC

C4409

6.3V

1

DIR

A1

2

3

4

A4

5

IC4401

A5

6

7

A6

8

A7

A8

9

GND

10

100u

33

33

A2

A3

LCX245FT

TL4401

VCC

FB4402

A529WJ

EMIBE1N

EMIA1

EMIA2

EMIA3

EMIA4

EMIA5

EMIA6

EMIA7

EMIA12

CA_OUT_CLK

CA_OUT_VAL

CA1_IREQN

EMIA14

EMIA13

EMIA8

EMIA9

EMIA11

EMIA10

CA1_CE1N

EMIRWN

+3V3_CA

20

19

18

17

16

15

14

13

12

11

C4404

CA1_CE1N

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

5

10u

R4429
10K

VOUT

1ON2

C4405

0.1u
25V

G

B1

B2

B3

B4

B5

B6

B7

B8

TO SoC FPII (001)

5V7

4

GND

3

VIN

NC

IC4403

S170B50U

10u

C4406

BGA

CA1_VCC

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

79

LC-39/50LE650

EMID7

EMID6

EMID5

EMID4

EMID3

EMID2

EMID1

EMID0

EMIOEN

EMIRWN

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI_NAND_RBN

EMIOEN

EMIRWN

EMI_CSAN

NAND_CLE

NAND_GALE

EMI_NAND_RBN

EMI_CSAN

NAND_CLE

NAND_GALE

2GB
RH-IXD551WJQZQ
MT29F2G08ABAEAWP:E

1

NC

2

NC

3

NC

4

NC

5

NC

6

NC

7

R/B

8

/RE

9

/CE

10

CE2

11

NC

12

VCC

13

VSS

14

NC

15

NC

16

CLE

17

ALE

18

/WE

19

/WP

20

NC

21

NC

22

NC

23

NC

24

NC

25

VSS

26

NC

27

NC

28

NC

29

D0

30

D1

31

D2

32

D3

33

NC

34

VCC

35

NC

36

VSS

37

VCC

38

VSS

39

VCC

40

NC

41

D4

42

D5

43

D6

44

D7

45

NC

46

NC

47

NC

48

NC

D+3.3VD+3.3V

C8401

0.1u

C8402

0.1u

R8401

10K

R8404

33

1

2

3

4

5

6

7

8

R8409

33

1

2

3

4

5

6

7

8

R8410

33

R8414

33

R8412

33

R8411

33

R8413

33

EMID1

U34

EMID2

V32

EMID3

W30

EMID4

AA30

EMID5

V30

EMID6

W31

EMID7

W29

EMI_NAND_RBN

AB26

EMIOEN

AA31

EMIRWN

AA29

EMI-CSAN

AD33

NAND-CLE

AB31

NAND_ALE

AC34

R8416

10K

D+3.3V

R8417

10K

EMID0

V34

C8403

10u
16V

TO SoC FPII (001)

LC39/50LE650E
LC39/50LE750E

*IC8401

DUNTKG135WE02
DUNTKG135WE04

NAND FLASH

ZZA (06-09-2012)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 14/15 (NAND FLASH) (LE650 Series)

I

H

G

F

E

D

C

B

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

80

39” / 50” Main Unit Diagram 15/15 (AUDIO AMP INTERFACE) (LE650 Series)

LC39/50LE650E
LC39/50LE750E

AUDIO AMP. INTERFACE

N1 (29-04-2013)

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

I

DUNTKG135WE04

H

G

DUNTKG135WE02

F

E

D

C

B

A

TO SoC FPII (001)

V6

U8

V9

U9

W4

AG23

AH9

AG9

V7

TO SoC FPII (001)

AH7

AJ1

TO SoC FPII (001)

Y6

SPK_MUTE

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

AUD_HP_L

AUD_HP_R

SPDIF_OUT

D+3.3V 3.3V_AUDIO

CUN

L2705

47uH

C2702
10u

SPK_MUTE

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

SPDIF_OUT

R2708

R2709

33

33

C2759

10P

C2758

10P

C2760

10P

C2761

10P

IC540

NC7SZ04P

NC

1

A

2

GND

3

R2752

VCC

OUT

R2751

0

C2762

3.3V_AUDIO

4.7K

0.1u

R2716

D+3.3V

C540

0.1u

5

4

R2710

R2713

R2714

3.3V_AUDIO

33

33

33

33

FB2702

FB2709

A529WJ

FB2707
A529WJ

A529WJ

C2705
1000P

R540

*L2701

C2731

*R2746

22

TQ

330P

10uH

PB014WJQZ

PB014WJQZ

D2708

DA1010

R2712

10K

*L2702

10uH

TQ

C2732

R2727

22

330P

C2756

1000P

R2706

PB014WJQZ

10K

C2757

1000P

*L2703

10uH

PB014WJQZ

*L2704
10uH

C2722
1u

C2726
1u

*C2752
1u

R2745

4

BYPASS

GND

5

330P

C2721

3

6

C2717

10K

C2733

1u

R2741

20K

IN1

SHUTDOWN

330P

*R2738

R2734

2.7

R2735

2.7

5V7

1

2

OUT1

IN28OUT2

7

*R2737

VCC

R2715

20K

2.7

2.7

C2737

D2707

DA1010

R2742

10

*C2740

0.22u

*C2741

0.22u

C2736

0.22u

0.22u

C2724

47u

16V

IC2702

IXD542WJ

R2726

10

*C2744

0.22u

C2738

0.22u

C2739

0.22u

C2719

1000P

*C2753

C2746

1000P

C2747

C2742

C2743

1000P

C2751

220u

16V

1000P

R2711

1000P

*P2705

NA160WJ

SP

C2748

1000P

*TL2730

*TL2731

TL2712

TL2713

LCH(-)

4

LCH(+)

3

RCH(+)

2

RCH(-)

1

SOUND 2.0

HEAD PHONE

J2701

EA073WJ

R2729
1K

C2728

0.1u

C2727

0.1u

1K

*C2745

0.22u

1u

6.3V

C2725

220u

16V

IC2701

C537

0.1u

1CB

OUT4B

19

OUT4A

20

VDD_DIG

21

VSS_DIG

22

POWRDN

23

PLL_VDD

24

PLL_FILTER

25

PLLGND

26

XTI

27

BICKI

28

LRCKI

29

SDI

30

RESET

31

INT_LINE

32

SDA

33

SCL

34

GND_DIG

35

VDD_DIG

36

STA333BW

OUT3A

OUT3B

CONFIG

VDD

GND_REG

OUT1A

GND1

VCC1

OUT1B

OUT2A

VCC2

GND2

OUT2B

VCC_REG

VSS

TESTMODE

SA

GND_SUB

SPDIF OUT

1234

J2702

EA125WJ

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

C2713

C2715

C2712

0.1u

1CB

0.1u
1CB

0.1u
1CB

C2711

0.1u

1CB

C2714

1u
25V

C2716
1u
25V

C2718

0.1u

R2740

FB2712

A528WJ

10K

VSOUND

330u

25V

C2729

C2749

330u

25V

C2720

6.3V

1u

C2723

1u

6.3V

3.3V_AUDIO

FB2708
A529WJ

C2710

0.1u
1CB

C2703

R2704

0.1u

1CB

C2706
4700P

150

C538

22P

R541

150

C2707

100P

R2705

C2709

0.1u

D540

EXA741WJQZ

2.2K

C2708

680P

4.7K

1CB

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

81

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

SoC

N1 (03-05-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 1/15 (SoC) (LE651 Series)

I

H

G

F

E

D

C

B

A

DUNTKG135WE05
DUNTKG135WE08

TO STBY IC (010)

LIGHT_SENSOR

D+3.3V

+3.3VA

FB3303
A529WJ

C3304
22u

6.3V
C33101uC3319

D+3.3V

C3301
22u

6.3V
C33071uC33121uC33171uC3322

D+2.5V

+2.5VA

FB3302
A529WJ

C3303
22u

6.3V
C3309

1u

D+2.5V

C3321
22u

6.3V
C33261uC3329

D+8V +8V

FB3304
A529WJ

C3306
1u

D+3.3V

C3325

0.1u
TL3316

TL3301

TL3302

TL3303

TL3304

TL3305

TL3306

TL3315

D+3.3V

BLINK

3D

IRIN

ST8_SWIN

ST8_RSTN

UART3_RXD

UART3_TXD

SDA1_3V

SCL1_3V

RES

TV_FS1

PWR_KEY

KEYBOARD

C3315

1u

1u

1u

C33141uC33181uC33231uC33271uC3330

C3334

1u

1u

D3301

RB520S30

R3307

4.7K

R3304

10K

1u

C3333

0.022u

TL3318

C3332

0.01u

R3325

10

C3305

470u

6.3V

123

C3338

0.1u

R3322

10

R3323

10

R3324

22

R3326

22

R3321

10K

R3309

4.7K

R3314

22

R3315

22

R3316

22

R3319

22

A0

1

A1

2

A2

3

VSS5SDA

4

IC3303

BR24T64J

+3.3VA

D+1.2V

C3335

680

2.5V

D+1.2V

C3336

1u

D+1.2V

C3337

1u

D+1.2V

VCC1_5

C33111uC33201uC3324

45

IC3302

S80927NM

D+3.3V

R3328

10K

R3329

10K

R3310

10K

R3308

R3320

10K

10K

D+3.3V

C3342

0.1u

VCC

8

TL3325

/WC

7

TL3319

SCL

6

TL3320

*R3333

4.7K

R3335

4.7K

*R3337

4.7K

LIGHT_SENSOR

1u

C33401uC33441uC33471uC33501uC3352

C3345

C3341

C3348

1u

1u

1u

+1.2VA

FB3301
A528WJ

C3302
22u

6.3V

1u

C3316

1u

1u

R3330

10K

PWR_ON_RSTN

UART2_TXD

UART2_CTS

UART2_RXD

UART3_RXD

R3331

10K

EEPROM_WP

ST8_SWIN

ST8_RSTN

UART3_RXD

UART3_TXD

KEYBOARD

C33491uC33461uC33431uC3339

C33511uC3353

C33131uC3308

C3328

1u

ASEBRKN

SCL2_3V

SDA2_3V

SDA1_3V

SCL1_3V

PWR_KEY

TO LVDS (011)

TO DDRIII (003,004)

DQ1

DQ3

S1_LDQS

DQ5

DQ18

DQ29

S1_UDM

DQ14

DQ12

DQ20

S0_UDQSN

S0_LDQS

S0_LDM

DQ30

DQ17CK

DQ19

DQ28

DQ23

DQ21

S1_UDQSN

DQ7

LVDS_D1N

LVDS_D0P

LVDS_D1P

LD_EN

OFL2

J9

LR_OUT

K9

L9

M9

N9

P9

R9

T9

U9

V9

W9

Y9

MODE2

AA9

AB9

AC9

AD9

C3378

0.1u

AE9

AF9

AG9 AG10

D+3.3V

2.2K

IRIN

LVDS_D0N

LVDS_C4N

LVDS_C4P

LVDS_C3P

DIMMING

L/R

2D/3D

LCD_BL_ON

PANEL_CTL4

D+2.5V

L10

L11

D+2.5V D+2.5V

M11

D+2.5V

N11

D+1.2V

P11

D+1.2V

R11

D+1.2V

T11

D+3.3V

U10

U11

V10

V11

D+3.3V

W11

+3.3VA

Y11

I2SAOUT_SCLK

+3.3VA

AA11

+2.5VA

AB11

LIGHT_SENSOR

C3363

0.1u

+2.5VA

AC11

C3364

0.1u

+2.5VA

AD10

AD11

+2.5VA

AE10

AE11

AF10

AF11 AF12

AG11 AG12

AH11 AH12

AJ11 AJ12

AK11 AK12

AL11 AL12

R3349

VIN_R1

VIN_G1

CVBS1_RCA

VIN_B1

VGA_B

ST8_RSTN

ST8_SWIN

LVDS_D2N

LVDS_D2P

LVDS_DCKN

SDA3_3V

SCL3_3V

UART3_RXD

3D

UART3_TXD

M12

N12

N13

P12

P13

R12

R13

T12

T13

U12

U13

V12

V13

W12

W13

Y12

Y13

AA12

AA13

AB12

AB13

AC12

AC13 AC14 AC15 AC16 AC17

AD13 AD14 AD15 AD16 AD17

AD12

AF13 AF14 AF15 AF16

AG13 AG14 AG15 AG16 AG17

AH13 AH14 AH15 AH16 AH17

AJ13 AJ14 AJ15 AJ16 AJ17

AK13 AK14 AK15 AK17

AL13 AL14 AL15 AL17

C3369

C3365

56

C3370

0.1u
C3367

C3366

C3368

0.1u

0.1u

0.1u

0.1u

R3355

R3351

R3353

56

56

R3352

R3350

R3354

56

56

56

IC3301

IXD514WJ

LVDS_D3PLVDS_DCKP

LVDS_D4N

SDA3_3V

SCL3_3V

LVDS_D4P

LVDS_D3N

TL3308

R3356

10K

TMS

ASEBRKN

D+1.2V

D+1.2V

P14

R14

R15

T14

T15

U14

U15

V14

V15

W14

W15

Y14

Y15

AA14

AA15 AA16 AA17

AB14 AB15 AB16 AB17

+1.2VA

+1.2VA

C3371

0.1u

0.1u
D511

EXA741WJQZ

R523

56

100

Y

C

VGA_R

VGA_VSYNC

VGA_HSYNC

VGA_SDA

VGA_G

TCK

TDI

TNR_CVBS

PWR_ON_RSTN

TRSTN

VGA_SCL

VGA_5V

C3373

1u

TDO

T16

U16

V16

W16

Y16 Y17

*C3372

27P

AVLINK

REG_OUT_VDDR

U17

V17

W17

D+1.2V

D+1.2V

AE17

R3357

220

1%

4

1

X3301

SCA238WJQZ

+2.5VA

S1_UDQS

A10

CKN

U18

V18

W18 W19

Y18 Y19

AA18 AA19

AB18 AB19

AC18 AC19

AD18 AD19

AE18

AF18 AF19

AG18

AH18

AJ18 AJ19

AK18 AK19

AL18 AL19

DQ26

DQ24

S1_LDQSN

S1_LDM

A4

A6

A14

CKE

A8

BA1

R3358

240

1%

R20R19R18R17R16

T20

T19T18T17

U20

U19

V20

V19

W20

Y20

AA20 AA21

AB20 AB21 AB22

AC20 AC21 AC22 AC23

+3.3VA

AD20 AD21 AD22 AD23 AD24

+3.3VA

R3359

+3.3VA

249

1%

CH2_DDC_SDA

AG20 AG21 AG22 AG23 AG24

CH1_CBL_HPD

AH20 AH21 AH22 AH23 AH24

CH2_DDC_SCL

AJ20 AJ21 AJ22 AJ23 AJ24

3

2

*C3374

27P

DQ22

DQ16

DQ31

DQ25

DQ27

A2

A12

WEN

A11

A1

BA2 A0

N22N21N20N19N18N17N16N15N14

P22

P21P20P19P18P17P16P15

R22

R21

T22

T21

U22

U21

V22

V21

W22

W21

Y22

Y21

AA22

+2.5VA

+2.5VA

D+3.3V

R3361

VP_E2P

10K

AF21 AF23 AF24

CH4_CBL_HPD

HDMI0_SDA

HDMI0_SCL

CH3_CBL_HPD

HDMI_HPD

TL3309

HDMI_CEC

ARC_EN

HDMI0_D2N

HDMI0_D1P

HDMI0_D2P

HDMI0_D1N

HDMI0_D0P

HDMI0_CLKN

HDMI0_D0N

HDMI0_CLKP

R3360

1.5K
1%

TL3310

R3362
10K

RESET_OUTN

+2.5VA

AA23

AB23

D+3.3V

D+3.3V

R3363

DQ8

DQ10

S0_LDQSN

S0_UDQS

A5A7

A3

CSN

RASN

CASN

C3376

VREF1

RESET_DDR3

A9 A13

R3847

10K

M23M22M21M20M19M18M17M16M15M14M13

N23

P23

R23

T23

U23

V23

W23

Y23

10K

TS0CLK

TS0STRT

0.1u

BA0

ODT

J26J25J24J23J22J21J20J19J18J17J16J15J14J13J12J11J10

A2-B

WEN-B

CASN-B

K26

K25K24K18K17K11

VCC1_5

L24L23L22L21L20L19L18L17L16L15L14L13L12

VCC1_5

M24

VCC1_5

N24

P24

D+1.2V

R24

D+1.2V

T24

D+1.2V

U24

V24

D+1.2V

W24

D+1.2V

Y24

D+1.2V

AA24

D+1.2V

AB24

D+1.2V

AC24

AE24

AK24

AL24

R3364

TS0VAL

22

10K

R3366

CH2_HDMI_D1P

CH2_HDMI_D2P

CH2_HDMI_D1N

CH2_HDMI_D0P

CH2_HDMI_CLKN

CH2_HDMI_D0N

CH2_HDMI_CLKP

SDA1_3V

L25

REG_OUT_1V2

U25

C3375

1u

V25

D+3.3V

AD25

AE25

AH25

AJ25 AJ26

AK25 AK26

CH2_HDMI_D2N

AL25 AL26

R3365
22

SCL1_3V

SDA1_3V

R3367

2.2K

2.2K

SCL1_3V

L26

M26

R_MII_MDINT

N26

R_MII_TXEN

P26

R26

T26

RESET_LAN

U26

W26

Y26

AA26

AB26

10K
R3369

AE26

CA_IN_CLK

AF26

AG26

BU3.3V

R3368

USB_A_DM

LVDS_B4P

LVDS_B4N

LVDS_B2P

LVDS_B2N

LVDS_BCKP

TDI

TMS

TCK

TDO

TRSTN

MODE1

MODE3

MODE5

BLINK

3D

IRIN

RES

TV_FS1

1u

1u

C3331

1u

LVDS_BCKN

A1

B2

B1

C2

C1

D1

E1

F1

L1

M1

FORMAT1

FORMAT0

U1

V1

SCN_EN

SPK_MUTE

I2SAOUT_D0

SPDIF_OUT

LINE_IN1L

LINE_IN1R

AC1

AD1

LINE_IN4_R

LINE_IN4_L

LINE_IN5_L

LINE_IN5_R

LINE_IN6_L

TV_FS1

PWR_KEY

LINE_IN6_R

KEYBOARD

AJ1

AK1

TNR_SIFP

AL1

C_OUT

AM1

AN1

AP1 AP2 AP3 AP4 AP5 AP6 AP11 AP12 AP17 AP18 AP23 AP24 AP31 AP32 AP33 AP34

C3

LVDS_B1P

AUD_HP_R

LVDS_B1N

D2

LVDS_A4N

LVDS_A4P

E2

F2

LVDS_A3P

L2

M2

U2

V2

R3386

33

AC2

AD2

AJ2

AK2

C3354

0.01u

AL2

AM2

AN2

LVDS_B3P

LVDS_B3N

D3

D4

LVDS_B0N

LVDS_B0P

E3

E4

F3

F4

LVDS_A3N

G3

G4

LVDS_A2P

LVDS_A2N

LVDS_ACKN

LVDS_ACKP

H4

J4

LVDS_A1P

K3

K4

LVDS_A0N

LVDS_A0P

L3

L4

M3

M4

N3

N4

P4

R4

BLINK

T3

T4

U3

U4

V3

V4

W3

W4

Y4

AA4

AB3

AB4

AC3

AC4

AD3

AD4

AE3

AE4

AF4

AG4

AH3

AH4

AJ3

AJ4

AK3

AK4

AL3

AL4

AM4 AM5 AM6 AM7 AM10 AM11 AM12 AM13 AM16 AM17 AM18 AM19 AM22 AM23 AM24 AM25 AM28 AM30 AM31 AM32

AM3

AN3 AN4 AN5 AN6 AN11 AN12 AN17 AN18 AN23 AN24 AN31 AN32 AN33

TV_BIN

LINE_1L

A_CVBS_OUT

E5

F5

G5

H5

J5

LVDS_A1N

K5

L5

M5

N5

P5

R5

T5

U5

V5

W5

Y5

AA5

AB5

AC5

AD5

AE5

AF5

AG5

AH5

AJ5

AK5

AL5 AL6

TV_RIN

LVDS_C0N

LVDS_C0P

TV_GIN

LVDS_C1P

F6

G6

H6

J6

K6

L6

M6

N6

P6

R6

T6

U6

V6

W6

Y6

AA6

C3355

10u

AB6

AC6

AD6

AE6

AF6

AG6

AH6

AJ6

AK6

TV_FB

LVDS_C1N

LVDS_C3NLVDS_CCKPLVDS_C2P

LVDS_C2N

LVDS_CCKN

G7

OFL1

H7

UART1_TXD

UART1_RXD

J7

J8

50/60HZ

K7

K8

L7

L8

M7

M8

N7

N8

EEPROM_WP

P7

P8

R7

R8

T7

T8

I2SAOUT_MCLK

I2SAOUT_LRCLK

U7

U8

V7

V8

W7

W8

Y7

Y8

AUD_MUTE

MODE4

MODE3

MODE1

MODE5

MODE0

AA7

AA8

C3358

0.1u

AB7

AB8

C3361

10u

C3360

C3359

0.1u

10u

AC7

AC8

C3362

10u

+8V

AD7

AD8

AE7

AE8

*C3379

0.1u

AF7

AF8

AG7

AG8

AH7

AH8 AH9 AH10

AJ7 AJ8 AJ9 AJ10

AK7 AK8 AK9 AK10

AL7 AL8 AL9 AL10

LINE_1R

R3347

2.2K

R3348

AUD_HP_L

LINE_1R

TV_IN

AERIAL_SENSE

C_SW

APCTL

SDA2_3V

SCL2_3V

DQ6

DQ0

DQ15

S0_UDM

DQ13

DQ11

A3-B

H27H26H25H24H23H22H21H20H19H18H17H16H15H14H13H12H11H10H9

BA0-B

J27

ODT-B

K27

L27

R3370
240

1%

M27

N27

R_MII_REFCLK

P27

R27

T27

R_C_EN

B_C_EN

U27

V27

AA27

AD27

AE27

AF27

AG27

AH27

CA_OUT_CLK

AJ27 AJ28 AJ29

AK27 AK28 AK30

AL27 AL28 AL30 AL31

USB_A_DP

TS0D7

TS0D6

A9-B

A13-B

RESET-DDR3-B

DQ2

DQ4

DQ9

A12-B

F29F28F27F26F25F24F23F22F21F20F19F18F17F16F15F14F13F12F11F10F9F8F7

G29

G28G27G26G25G24G23G22G21G20G19G18G17G16G15G14G13G12G11G10G9G8

DQ11-B

DQ6-B

TL3311

H29

H28

CSN-B

DQ4-B

J29

J28

A0-B

BA2-B

K29

K28

RASN-B

L29

L28

R_MII_RXER

VREF0

C3377

0.1u

M29

M28

N29

N28

MII_MDC

MII_MDIO

P29

P28

R29

R28

SPI_MOSI.

T29

T28

U28

W29

EMID7

AA29

AA28

EMIBE1N

EMIA14

AD29

AD28

AE29

AE28

EMIA11

AF29

AF28

CMDPWR1

CA1_IREQN

AG29

AG28

AH29

CA_IN_D0

CA_OUT_D6

TS0D5

TS0D4

TS0D3

TS0D2

TS0D1

TS0D0

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI-CSAN

EMIOEN

EMIRWN

EMI_NAND_RBN

NAND-CLE

NAND_ALE

R_MII_MDINT

RESET_OUTN

R_MII_RXD1

R_MII_TXEN

R_MII_RXDV

R_MII_RXD0

MII_MDC

MII_MDIO

R_MII_TXD1

R_MII_TXD0

R_MII_REFCLK

R_MII_RXER

RESET_LAN

R_MII_MDINT

R_MII_REFCLK

R_MII_RXER

R_MII_RXD0

R_MII_RXD1

R_MII_RXDV

R_MII_TXD0

R_MII_TXD1

R_MII_TXEN

MII_MDC

MII_MDIO

SPI_CLK.

SPI_CSN

SPI_MISO

SPI_MOSI.

PWR_ON_RSTN

AVLINK

R_C_EN

B_C_EN

C_OUT

A_CVBS_OUT

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

TV_IN

TV_FB

LINE_IN1L

LINE_IN1R

UART3_TXD

UART3_RXD

CVBS1_RCA

VIN_R1

VIN_G1

VIN_B1

LINE_IN4_L

LINE_IN4_R

TV_FS1

TO AUDIO AMP. INTERFACE (016)

AUD_HP_L

AUD_HP_R

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

SPK_MUTE

AERIAL_SENSE

APCTL

RESET_OUTN

TS0VAL

TS0STRT

TS0CLK

TS0D0

TS0D1

TS0D2

TS0D3

TS0D4

TS0D5

TS0D6

TS0D7

SCL2_3V

SDA2_3V

Y

C

VGA_R

VGA_G

VGA_B

LINE_IN6_L

LINE_IN6_R

C_SW

SCL3_3V

SDA3_3V

TO COMMON INTERFACE (014)

TO HDMI (007)

TO NAND FLASH (015)

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI-CSAN

EMIOEN

EMIRWN

EMI_NAND_RBN

NAND-CLE

NAND_ALE

TO ETHERNET (008)

R_MII_MDINT

RESET_OUTN

R_MII_RXD1

R_MII_TXEN

R_MII_RXDV

R_MII_RXD0

MII_MDC

MII_MDIO

R_MII_TXD1

R_MII_TXD0

R_MII_REFCLK

R_MII_RXER

TO ETHERNET LANII (009)

RESET_LAN

R_MII_MDINT

R_MII_REFCLK

R_MII_RXER

R_MII_RXD0

R_MII_RXD1

R_MII_RXDV

R_MII_TXD0

R_MII_TXD1

R_MII_TXEN

MII_MDC

MII_MDIO

SPI_CLK.

SPI_CSN

SPI_MISO

SPI_MOSI.

PWR_ON_RSTN

TO SCART (005)

AVLINK

R_C_EN

B_C_EN

C_OUT

A_CVBS_OUT

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

TV_IN

TV_FB

LINE_IN1L

LINE_IN1R

UART3_TXD

UART3_RXD

CVBS1_RCA

VIN_R1

VIN_G1

VIN_B1

LINE_IN4_L

LINE_IN4_R

TV_FS1

SPDIF_OUT

AUD_HP_L

AUD_HP_R

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

SPK_MUTE

TO USB (013)

USB_A_DM

USB_A_DP

RESET_OUTN

TO DVBT (012)

TNR_CVBS

TNR_SIFP

AERIAL_SENSE

APCTL

RESET_OUTN

TS0VAL

TS0STRT

TS0CLK

TS0D0

TS0D1

TS0D2

TS0D3

TS0D4

TS0D5

TS0D6

TS0D7

SCL2_3V

SDA2_3V

TO PC INPUT (006)

Y

C

VGA_5V

VGA_R

VGA_G

VGA_R

VGA_G

VGA_B

VGA_B

VGA_VSYNC

VGA_HSYNC

VGA_SDA

VGA_SCL

LINE_IN5_R

LINE_IN5_L

LINE_IN6_L

LINE_IN6_R

C_SW

TO POWER SYSTEM (002)

SCL3_3V

SDA3_3V

DIMMING

OFL1

OFL2

LCD_BL_ON

REG_OUT_1V2

REG_OUT_VDDR

A14-B

A10-B

A11-B

DQ3-B

CKE-B

BA1-B

DQ8-B

DQ7-B

CK-B

A4-B

A1-BA6-B

A8-B

A34A33A32A31A30A29A24A23A18A17A12A11A6A5A4A3A2

B34

B33B32B31B30B29B24B23B18B17B12B11B6B5B4B3

C34

C33

C32C31C30C29C28C25C24C23C22C19C18C17C16C13C12C11C10C7C6C5C4

CKN-B

A5-B A7-B

DQ5-B

S0_UDM-B

DQ0-B

UART2_RXD

SPI_MISO

EMID5

AA30

AB30

EMIA9

AD30

EMIRWN

EMID4 EMID3

AE30

EMIA7

AF30

EMIA2

EMIA1

AG30

AH30

EMIA4

CA_IN_D2

AJ30

CA_OUT_D7

DQ1-B

D31D30D29D28D27D26D25D24D23D22D21D20D19D18D17D16D15D14D13D12D11D10D9D8D7D6D5

DQ14-B

E31

E30E29E28E27E26E25E24E23E22E21E20E19E18E17E16E15E14E13E12E11E10E9E8E7E6

DQ9-B

F31

F30

DQ15-B

DQ13-B

S0_LDM-B

G31

G30

DQ2-B

H31

H30

J31

J30

K31

K30

UART2_CTS

UART2_RTS

L31

L30

R_MII_RXD0

R_MII_RXD1

M31

M30

N31

N30

P31

P30

R31

R30

SPI_CSN

SPI_CLK.

T31

T30

U31

U30

V30

W31

W30

EMID6

EMID2

AA31

AB31

EMIA8

EMIA12

AD32

AD31

EMIOEN

CI_REGN

AE32

AE31

EMIA3

AF31

EMIA10

AG31

AH32

AH31

EMIA5

CA1_CD2N

CA_IN_D1

AJ32

AJ31

AK32

AK31

CA_IN_STRT

CA_IN_VAL

CA_OUT_D2

CA_OUT_VAL

AL32

D+3.3V

10K

R3373

CA1_CD1N

DQ12-B

DQ10-B

D33

S0_LDQS-B

R_MII_RXDV

CA1_WAITN

E33

F33

L33

M33

AD33

CA1_IREQN

D+3.3V

AJ33

AK33

CA_OUT_D4

AL33

AM33

CA1_CD2N

CA1_CE1N

D+3.3V

D+3.3V

S0_UDQSN-B

R3374
10K

R3375
10K

D+3.3V

S0_LDQSN-B

R3384

4.7K

R3376
10K

D34

E34

F34

L34

R_MII_TXD1

M34

U34

V34

AC34

EMIA13

AD34

AJ34

AK34

CA_OUT_D5

AL34

AM34

AN34

D+3.3V

EMID0

S0_UDQS-B

UART2_TXD

R3385

4.7K

R3377

SPDIF_OUT

R_MII_TXD0

D+3.3V

R3379

4.7K

R3380

4.7K

D+3.3V

R3381

4.7K

R3382

4.7K

R3383

4.7K

EMID1

CA1_RESETN

D+3.3V

R3378

10K

10K

CA_OUT_D3

EMIWEN

CA_OUT_D0

EMIIORDN

CA_OUT_D1

CA_OUT_STRT

CA1_VS1N

EMIIOWRN

CA_IN_D7

CA_IN_D6

CA_IN_D3

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMIOEN

EMIRWN

EMIRWN

HDMI2_SW

HDMI1_SW

NAND-CLE

EMI_NAND_RBN

NAND_ALE

EMI-CSAN

D32

E32

F32

G32

K32

L32

M32

N32

T32

U32

V32

EMIA6

CA_IN_D4

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

82

39” / 50” Main Unit Diagram 2/15 (System Power) (LE651 Series)

LC39/50LE651E
LC39/50LE751E

System Power

N1 (29-04-2013)

DUNTKG135WE05

I

H

G

F

E

D

DUNTKG135WE08

P9601

C9608

D+1.5V

22u

6.3V

NB224WJ

Dimming

BKL_PWM2

BKL_PWM1

POWER ON

VCC5V Stby

TL9612

C9609

22u

6.3V

BKL_EN

VCC12V

VSOUND

1

2

3

4

5

GND

6

GND

7

5V7

8

5V7

9

GND

10

GND

11

12

13

14

C9610

10u
16V

PD

D+1.5V
DDR3 SoC

TL9629

TL9611

L9601

10uH

TL9601

TL9602

TL9603

TL9604

TL9605

TL9627

TL9606

TL9610

TL9628

TL9607

5V7

FB9609
A528WJ

C9605

C9603

1000P

VCC12V

TL9618

TL9608

C9612

0.1u

25V

10u

16V

5V7

VSOUND

R9602

1K

FB9605
A529WJ

5V_WF

R9622

1K

R9612

0

C9613

10u

16V

BU5V

FB9603

A529WJ

R9607

FB9601
A529WJ

FB9604
A529WJ

22

IC9601

BST

1

VIN

2

SW

3

PGND

4

BD9328EF

GND

COMP

R9613

10

TO SoC 001

*R9649

100

*R9642

100

R9614

10K

PWM2

C9614

0.1u

SS

8

EN

7

R9617
2K

6

R9618

C9615

30K

0.01u

FB

5

R9606
20K

1%

R9609

0

1%

REG_OUT_VDDR

OFL1

OFL1

TO SoC 001

G17

OFL1

LCD_BL_ON

TO LVDS CONN

OFL1

PWM2

TO STANDBY STM8

PC1

J9

G11

PIN8

D+8 POWER

D+8V

C9620

1u

25V

TL9630

VOUT

1

BD80GA3WEFJ

VO_S

2

GND

3

NC

4

IC9606

IXD533WJ

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

3.3V STBY

BU3.3V

TL9626

5

C9651

1u

4

C9648

0.1u

C9649

4.7u

BU5V

IC9608

IXD532WJ

BU33TD3WG

1

VIN

VSS

2

EN

3

VOUT

NC

D+2.5V POWER

D+3.3VD+2.5V

5

VOUT

1ON2

TL9621

FB9617
A529WJ

GND

C9625

10u
16V

4

VIN

IC9603

S170B25U

NC

3

VCC12V

FB9614
A529WJ

C9622

VIN

8

NC

7

NC

6

EN

5

C9621

1u

25V

KZA621WJQZ

10u
16V

D+1.2V

C

B

POWER

VCC12V

TL9631

FB9606
A528WJ

+12V

C9601

10u

16V

D+5V POWER

TO SoC 001

U25

C9636

0.1u

C9637

1u
25V

5V7

FB9613

A529WJ

IC9605

S132B50M

VIN

1

VSS

2

EN

3

VOUT

D+5V

TL9617

5

C9639

1u

NC

25V

4

R9757

2.2K

TL9632

R9616

0

REG_OUT_1V2

D+1.2V

C9619

22u

C9618

22u

6.3V

6.3V

R9760

10K

R9758

1%

0

R9759

4.7K
1%

+12V

9

10

11

12

FB

VREG

C9604

0.1u

C9602

10u

16V

13

14

15

16

GND

VREG

NC

VIN

GND

VIN2VIN3PGND

VOUT

1

IC9602

IXD534WJ

BD95841MUV

PGOOD

PGND

EN

BOOT

SW

SW

SW

4

R9611
0

8

7

C9611

0.1u

6

5

L9602

2.7uH

C9617

22u

6.3V

D+3.3V POWER

D+3.3V

TL9623

C9701

10u

6.3V

C9702

10u

6.3V

C9703

6.3V

C9704

5V7

FB9701
A528WJ

IC9701

1

2

3

4

BD9328EF

BST

VIN

SW

PGND

GND

R9702

56

COMP

C9705

0.1u

25V

L9701

10u

10uH

C9623

10u

10u

6.3V

16V

R9701

0

C9706
10u

16V

C9708

0.1u

SS

8

R9703
10K

EN

7

6

C9707

3300P

FB

5

C9709

22P

R9704

20K

R9705

7.5K

R9706

7.5K

1%

1%

1%

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

83

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

DDR3 BLOCK II

ZZ (18-06-2012)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 3/15 (DDR3 BLOCK II) (LE651 Series)

I

DUNTKG135WE05
DUNTKG135WE08

H

G

F

E

D

C

B

VCC1_5

VCC1_5

C3507

C3513

VCC1_5

DQ15-B

DQ13-B

A1

B1

C3504

0.1u

B2

C2

C1

D1

E1

F1

G1

H1

J1

K1

L1

M1

N1

P1

R1

T1

C3

D2

D3

E2

E3

F2

F3

G2

G3

H2

H3

IC3503

IXD538WJ

J2

J3

K2

K3

L2

L3

M2

M3

N2

N3

P2

P3

R2 R3

T3 T7

T2

MT41J128M16JT

DQ9-B

DQ11-B

S0_UDM-B

DQ0-B

S0_LDQS-B

DQ2-B

S0_LDQSN-B

DQ6-B

DQ4-B

VREF0

RASN-B

ODT-B

CASN-B

CSN-B

WEN-B

BA0-B

BA2-B

C3508

C3510

C3509

0.1u

0.1u

0.1u

C3515

C3514

C3516

0.1u

0.1u

0.1u

0.1u

C3512

C3511

0.1u

0.1u

0.1u

C3517

C3518

0.1u

0.1u

A3-B

A0-B

A5-B

A2-B

A7-B

A9-B

RESET-DDR3-B

A13-B

B8B7B3

C8

C7

D8

D7

E8

E7

F8

F7

G8

G7

H8

H7

J8

J7

K8

K7

L8

L7

M7

N7

P7

R7

R3504

M8

N8

P8

R8

T8

VCC1_5

DQ12-B

A9A8A7A3A2

B9

C9

D9

E9

F9

G9

H9

J9

K9

L9

240

1%

M9

N9

P9

R9

T9

R3501

110 1%

C3505

VCC1_5

VREF0

R3502

1K 1%

R3503

0.1u

1K 1%

C3506

10u

S0_UDQSN-B

DQ14-B

S0_UDQS-B

DQ10-B

S0_LDM-B

DQ8-B

DQ1-B

DQ3-B

DQ7-B

DQ5-B

CKE-B

CKN-B

A10-B

BA1-B

A12-B

A11-B

A14-B

CK-B

A4-B

A1-B

A6-B

A8-B

001

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

84

39” / 50” Main Unit Diagram 4/15 (DDR3 BLOCK) (LE651 Series)

LC39/50LE651E
LC39/50LE751E

DDR3 BLOCK

ZZ (18-06-2012)

DUNTKG135WE05

I

DUNTKG135WE08

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

H

G

F

E

D

C

001

DQ31

DQ29

DQ25

DQ27

S1_UDM

DQ16

S1_LDQS

DQ18

S1_LDQSN

DQ22

RASN

ODT

CASN

CSN

WEN

BA0

BA2

A3

A0

A5

A2

A7

A9

RESET_DDR3

A13

VCC1_5

VREF1

C3503

0.1u

VCC1_5

DQ28

A1

B1

B2

C3

C2

C1

D1

E1

F1

G1

H1

J1

K1

L1

M1

N1

P1

R1

T1

D3

D2

E3

E2

F3

F2

G3

G2

H3

H2

IC3502

J3

J2

K3

K2

L3

L2

M3

M2

N3

N2

P3

P2

R2 R3

T3 T7

T2

IXD538WJ
MT41J128M16JT

C7

D7

E7

F7

G7

H7

J7

K7

L7

M7

N7

P7

R7

A9A8A7A3A2

B8B7B3

B9

C8

C9

D8

D9

E8

E9

F8

F9

G8

G9

H8

H9

J8

J9

K8

K9

L8

L9

R3533

240

1%

M8

M9

N8

N9

P8

P9

R8

R9

T8

T9

S1_UDQSN

S1_UDQS

S1_LDM

R3532
220
1%

DQ30

DQ26

DQ24

DQ17

DQ19

DQ23DQ20

DQ21

CK

CKE

CKN

VCC1_5

A10

VREF1

BA1

A12

0.1u

C3533

A4

A1

A6

A11

A8

A14

DQ15 DQ12

DQ13

DQ9

DQ11

S0_UDM

DQ0

S0_LDQS

DQ2

S0_LDQSN

DQ6

DQ4

RASN

ODT

CASN

CSN

WEN

R3526

1K

BA0

1%

BA2

R3527

1K
1%

A3

C3501

A0

10u

6.3V

A5

A2

A7

A9

RESET_DDR3

A13

VCC1_5

VREF1

C3502

0.1u

VCC1_5

A1

B1

B2

C3

C2

C1

D1

E1

F1

G1

H1

J1

K1

L1

M1

N1

P1

R1

T1

D3

D2

E3

E2

F3

F2

G3

G2

H3

H2

IC3501

J3

J2

K3

K2

L3

L2

M3

M2

N3

N2

P3

P2

R2 R3

T3 T7

T2

IXD538WJ
MT41J128M16JT

C7

D7

E7

F7

G7

H7

J7

K7

L7

M7

N7

P7

R7

A9A8A7A3A2

B8B7B3

B9

C8

C9

D8

D9

E8

E9

F8

F9

G8

G9

H8

H9

J8

J9

K8

K9

L8

L9

R3528

240

1%

M8

M9

VREF1

N8

N9

P8

P9

R8

R9

T8

T9

S0_UDQSN

DQ14

S0_UDQS

DQ10

DQ8

S0_LDM

DQ1

DQ3

DQ7

DQ5

CK

CKE

R3529

220 1%

CKN

A10

VREF1

C3546

0.1u

BA1

A12

A4

A1

A6

A11

A8

A14

VCC1_5

VCC1_5

B

C3550

1000P

VCC1_5

C3521

0.1u

C3522

0.1u

C3523

0.1u

C3524

0.1u

C3525

0.1u

C3526

0.1u

C3527

C3528

C3529

C3531

0.1u

0.1u

0.1u

C3530

0.1u

0.1u

D+1.5V VCC1_5

FB3502

A528WJ

C3548

C3549

10u

6.3V

10u

6.3V

C3547

220u

6.3V

VCC1_5

VCC1_5

C3534

C3535

C3536

C3537

C3538

0.1u

0.1u

C3541

C3539

0.1u

0.1u

0.1u

0.1u

0.1u

C3544

0.1u

0.1u

0.1u

C3543

0.1u

C3542

C3540

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

85

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

SCART

ZZB (10-12-2012)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 5/15 (SCART) (LE651 Series)

I

H

G

F

DUNTKG135WE05
DUNTKG135WE08

SCART

TO SoC (001)

A_CVBS_OUT

AJ8

AM5

AL5

AP3

AJ3

AH6

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

FB612

A529WJ

0.1u

D+3.3V

IC552

BH76206HFV

GND

STBY

C616

C615
10u
16V

C614

0.1u

6

VIN

5

VCC

4

R614

470

VSAG

VOUT

D560

EXA741WJQZ

1

2

3

*C574

*R578

0.1u

22

*C575

*R579

0.1u

*C576

22

*R580

0.1u
22

R573

R572

330

D562
EXA741WJQZ

C573
10u
16V

C572
10u
16V

D561
EXA741WJQZ

R613

75

*SG551

VXA187WJQZ

*SG552

VXA187WJQZ

*SG553

VXA187WJQZ

330

R575

10K

*C582

R574

10K

470P

*C581

470P

*R584

75

*R585

75

*R586

75

*SG554

VXA187WJQZ

*SG556

VXA187WJQZ

*C585

10P

*C586

10P

*C587

10P

*SG555
VXA187WJQZ

*SC552

ZA161WJ

21

19

17

15

13

11

9

7

5

3

1

20

18

16

14

12

10

8

6

4

2

*SG563

VXA187WJQZ

*SG564
VXA187WJQZ

*D556

EXA741WJQZ

*C593

*R595
75

*R597

22

*C596

68P

*R607

10

*C600

47P

*SG578
VXA187WJQZ

*C595

560P

*R608

10K

*R609

2K

*R605

47K

*C608
560P

75

*R604

*R596

1K

*R610

1K

*C607

330P

330P

*SG565

VXA187WJQZ

*R611

47K

*C598

0.1u

D559

EXA741WJQZ

*C569

0.1u

*C609

1u

*C610

1u

TV_IN

TO SoC (001)

TV_IN

TV_FB

TV_FS1

LINE_IN1L

LINE_IN1R

TO STANDBY SMT8(010)

TV_FS1

AK6

AN6

PIN AE7

AA4

AB6

PIN 14

RS232
SERVICE

*J551

HDTV1

*J552

JA024WJ

VXA187WJQZ

LA037WJQZ

*SG567

R-Y

9

12

8

L

11

Y

13 1415 16

1234 567

R

10

E

D

C

B

CVBS

B-Y

VXA187WJQZ

*SG568

VXA187WJQZ

*C588

330P

*SG557

*R552

220

*R551
220

1%

1%

VXA187WJQZ

VXA187WJQZ

*C589

330P

*C559

47P

*SG559

*SG560

VXA187WJQZ

*SG561

VXA187WJQZ

*SG562

*SG558
VXA187WJQZ

*C560

47P

*R590
1K

UART3_TXD

*R591
1K

UART3_RXD

*R589

TO SoC (001)

UART3_RXD

UART3_TXD

*R600

22

75

*R601

*R593

22

75

*R602

22

75

*R603

22

75

*R599

*C597

47K

560P

*R592

*R594

*C594
560P

*C590

G12

J12

CVBS1_RCA

VIN_G1

VIN_B1

VIN_R1

LINE_IN4_L

LINE_IN4_R

TO SoC (001)

AK13

AM11

AK11

AK10

AD6

AD2

*C601

0.1u

*C599
68P

*C603

0.1u

10P

*C604

*C592

47K

0.1u

10P

*C611

0.1u

10P

*C605

1u

*C606

1u

*C591

*R606

TO SoC (001)

TO SOC (001)

MINI-SCART

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

86

39” / 50” Main Unit Diagram 6/15 (PC INPUT) (LE651 Series)

LC39/50LE651E
LC39/50LE751E

PC INPUT

N1 (19-02-2013)

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

I

DUNTKG135WE05
DUNTKG135WE08

TO HDMI (007)

HDMI

H

G

F

*D529

DAN202K

WC

WC

*IC503

BR24T02J

A0

1

A1

2

A2

3

GND

4

VCC

8

WP

7

SCL

6

SDA

5

*C501

10u

6.3V

*R502

10K

*R504

100

*R503

100

*R505

47K

*D501

EXA741WJQZ

*D502

47K

3

*R506

D+5V

2

1

*D503

EXA741WJQZ

*R522

10K

*FB501

A529WJ

*FB502

A529WJ

*FB504

A529WJ

*FB505

A529WJ

*D504
EXA741WJQZ

*FB503
A529WJ

*SC501

NA816WJ

16

6

1

11

7

2

12

8

3

13

9

4

14

10

5

15

17

R548
22K

*SG501

*SG502

VXA187WJQZ

*SG503

A529WJ

*FB506

*FB507
A529WJ

*FB508
A529WJ

*R511

*R516

75

*R515

22

*R514

10K

*R512

22

*C505

75

10P

*C508

*R519

22

*R518

10P

75

*R520

10K

*C510
10P

*R525

22

*R526
22

*C512

0.1u

*C513

0.1u

*C514

0.1u

VGA_R

VGA_G

VGA_B

VGA_SCL

VGA_SDA

VGA_5V

VGA_VSYNC

VGA_HSYNC

TO SoC (001)

VGA_R

VGA_G

VGA_B

VGA_SDA

VGA_SCL

VGA_5V

VGA_VSYNC

VGA_HSYNC

TO STBY IC (010)

STM8_HSYNC

AL12

AP12

AJ11

AF15

AG16

AG15

AH14

AG14

TO SoC (001)

E

D

C

LINE_IN5_R

LINE_IN5_L

LINE_IN5_R

AD4

AE3

B

*J502

JA024WJ

*R508

470

*R509

470

*C516

*C517

1u

1u

LINE_IN5_R

LINE_IN5_L

*C502

330P

A

1

2 3 4 5 6 7 8 9 10

*SG513

VXA187WJQZ

*SG514

*C503

330P

*R510

47K

*C504

560P

*R582

47K

*C506

560P

11 12

13

14

15 16

87

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

HDMI

ZZB (12-11-2012)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 7/15 (HDMI) (LE651 Series)

I

H

G

F

E

D

C

B

A

DUNTKG135WE05
DUNTKG135WE08

R1502

D1502
EXA741WJQZ

10K

C1502

0.1u

HDMI 4 HDMI 1

SC1501

ZA264WJQZ

23

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

202122

D1503

EXA741WJQZ

HDMI 2
SC1503

ZA264WJQZ

23

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

202122

D1504

EXA741WJQZ

VXA074WJ

R1549

100

VA1501VA1502

VA1506

VXA074WJ

R1547

1K

R1548
100

D1509

EXA741WJQZ

R1501

10K

C1501

0.1u

D1501

EXA741WJQZ

R1539

1K

VA1505

VXA074WJ

R1571
100

100

R1572

R1575

10

12345

IC1511

12345

IC1512

D1511
EXA741WJQZ

ESD7004

ESD7004

R1576
10

CH2_DDC_SDA

678910

678910

CH2_HDMI_5V

CH2_DDC_SCL

CH2_DDC_SDA

HDMI_HPD

CH2_DDC_SCL

CH_HDMI_CEC

CH2_HDMI_CLKN

CH2_HDMI_CLKP

CH2_HDMI_D0N

CH2_HDMI_D0P

CH2_HDMI_D1N

CH2_HDMI_D1P

CH2_HDMI_D2N

CH2_HDMI_D2P

CH3_CBL_HPD

CH3_HDMI_5V

CH3_DDC_SDA

CH3_DDC_SCL

CH_HDMI_CEC

CH3_HDMI_CLKN

CH3_HDMI_CLKP

CH3_HDMI_D0N

CH3_HDMI_D0P

CH3_HDMI_D1N

CH3_HDMI_D1P

CH3_HDMI_D2N

CH3_HDMI_D2P

SC1502

ZA264WJQZ

HDMI 3

SC1504

ZA264WJQZ

18

16

14

12

10

8

6

4

2

202122

EXA741WJQZ

18

16

14

12

10

8

6

4

2

202122

EXA741WJQZ

D+5V

Q1501

2SC3928AR

R1513

1K

C1505

D1513
DAN202K

1u

R1514

C1506

1000P

C1508

C1509

1000P

C1507

0.1u

R1509

R1511
47K

C1522

R1515

6.3V

100

R1516

75

75

CH3_DDC_SCL

0.1u

CH4_DDC_SDA

D+5V

CH1_HDMI_5V

1

2

3

47K

0.1u

R1507
10K

C1503

0.1u

D1505

VA1504

VA1508

EXA741WJQZ

R1540
1K

R1578
10

R1567

R1568

VA1503

VXA074WJ

R1508
10K

C1504

0.1u

D1506
EXA741WJQZ

R1538

1K

R1577

10

R1569

R1570

VA1507

VXA074WJ

100

100

CH1_HDMI_CLKN

CH1_HDMI_CLKP

CH1_HDMI_D0N

CH1_HDMI_D1N

CH1_HDMI_D1P

CH1_HDMI_D2N

CH1_HDMI_D2P

CH4_CBL_HPD

100

100

CH4_HDMI_CLKN

CH4_HDMI_CLKP

CH4_HDMI_D0N

CH4_HDMI_D0P

CH4_HDMI_D1N

CH4_HDMI_D1P

CH4_HDMI_D2N

CH4_HDMI_D2P

CH1_CBL_HPD

CH1_HDMI_5V

CH1_DDC_SDA

CH1_DDC_SCL

CH_HDMI_CEC

CH1_HDMI_D0P

CH4_HDMI_5V

CH4_DDC_SDA

CH4_DDC_SCL

CH_HDMI_CEC

HEAC1

23

19

17

15

13

11

9

7

5

3

1

D1507

VXA074WJ

23

19

17

15

13

11

9

7

5

3

1

D1508

VXA074WJ

HEAC1

CH3_HDMI_CLKN

CH3_HDMI_CLKP

CH3_HDMI_D0N

CH3_HDMI_D0P

CH3_HDMI_D1N

CH3_HDMI_D1P

CH3_HDMI_D2N

CH3_HDMI_D2P

IC1507 IC1508 IC1509 IC1510

BR24T02J

1

CH3_DDC_SDA

CH4_DDC_SCL

R1556

10K

7WC8

VCC

CE02CE1

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

R1517

220

1%

CH1_HDMI_D2P

48

A14

NC

HPD2

SDA2

SCL2

B21

A21

VCC

B22

A22

GND

B23

A23

VCC

B24

A24

HPD3

SDA3

1

CH1_DDC_SDA

CH1_DDC_SCL

5

6

SCL

SDA

CE24GND

3

C1521

0.1u

CH1_HDMI_D2N

46

47

VCC

B14

SCL3

2

3

D1514

DAN202K

BR24T02J

GND

D+3.3V

45

CH1_HDMI_D1N

CH1_HDMI_D1P

45

A13

B31

A316VCC7B328A32

4

5

CH4_HDMI_CLKN

CH4_HDMI_CLKP

D+5V

1

2

3

R1506
47K

R1504

47K

C1523

0.1u

IC1506

TC7SH08U

0.1u

C1511

C1512

CH3_HDMI_5V

R1557

10K

VCC

CE02CE1

1

CH1_HDMI_D0P

42

A1243GND44B13

1000P

CH4_HDMI_D0N

7WC8

123

CH1_HDMI_D0N

C1513

41

B12

IC1505

BU16028V

CH4_HDMI_D0P

5

6

SCL

CE24GND

3

0.1u

C1514

1000P

GND

9

CH3_DDC_SCL

CH3_DDC_SDA

SDA

R1554

R1555

4.7K

CH1_HDMI_CLKN

CH1_HDMI_CLKP

38

39

A1140VCC

B11

B3311A33

10

CH4_HDMI_D1N

CH4_HDMI_D1P

D1515

DAN202K

R1512
47K

R1510

C1524

0.1u

BR24T02J

37

12

D+5V

1

47K

0

CH1_DDC_SCL

CH1_DDC_SDA

36

SCL1

SDA1

VCC

13

CH4_HDMI_D2N

CH4_HDMI_5V

2

3

R1558

ARC_EN

35

B341434

CH4_HDMI_D2P

10K

VCC

CE02CE1

1

HPD1

7WC8

SPDIF_OUT

NC

HPD_SINK

SDA_SINK

SCL_SINK

GND

15

CH4_DDC_SCL

6

SCL

CE24GND

3

CH1_CBL_HPD

CH3_CBL_HPD

33S234

S1

GND

Z1

Y1

VCC

Z2

Y2

GND

Z3

Y3

VCC

Z4

Y4

VSADJ

16

R1528

4.64K

CH4_DDC_SDA

5

SDA

CH4_CBL_HPD

D+3.3V

R1550

1K

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

D1516

DAN202K

BR24T02J

R1505
47K

R1503

C1525

0.1u

FB1501

A529WJ

C1519

0.1u

R1545
100

R1546

100

47K

D+5V

C1517

1000P

C1518

0.1u

CH2_HDMI_5V

1

3

C1520
220u
16V

R1552
10K

R1551

4.7K

R1532
22

CH_HDMI_CEC

2

R1559

10K

VCC

CE02CE1

1

7WC8

R1563

100

R1566

100

R1574

4.7K

R1573

R1579

22

D

Q1505

2N7002K

CH2_DDC_SCL

6

SCL

CE24GND

3

D+3.3V

4.7K

BU5V

BU3.3V

G

S

CH2_DDC_SDA

5

SDA

HDMI1_SW

HDMI2_SW

HDMI0_SDA

HDMI0_SCL

HDMI0_CLKN

HDMI0_CLKP

HDMI0_D0N

HDMI0_D0P

HDMI0_D1N

HDMI0_D1P

HDMI0_D2N

HDMI0_D2P

HDMI_CEC

VP_E2P

R1535
27K

CEC

CH1_HDMI_5V

CH2_HDMI_5V

CH3_HDMI_5V

CH4_HDMI_5V

Q1502

RT1N441U

TO SoC (001)

001

TO STBY (010)

CEC

CH1_HDMI_5V

CH2_HDMI_5V

CH3_HDMI_5V

CH4_HDMI_5V

TO VGA (006)

WC

STM8

STM8

STM8

STM8

STM8

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

88

39” / 50” Main Unit Diagram 8/15 (LAN I) (LE651 Series)

LC39/50LE651E
LC39/50LE751E

LAN I

N1 (30-04-2013)

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

I

DUNTKG135WE05
DUNTKG135WE08

H

G

F

E

D

N27

N28

L31

L32

P26

L29

M26

L33

N26

M34

M33

AG23

TO SOC (001)

R_MII_REFCLK

R_MII_MDINT

MII_MDIO

MII_MDC

R_MII_RXD1

R_MII_RXD0

R_MII_RXER

R_MII_RXDV

R_MII_TXEN

R_MII_TXD0

R_MII_TXD1

RESET_OUTN

*R9529

33

CLOSE TO BGA

1

3

5

7

*C9521

12P

*R9530

33

1

3

5

7

2

4

6

8

2

4

6

ET_RXD0-E

8

*R9533

*R9502

ET_COL-E

ET_TXEN-E

ET_TXD0-E

ET_TXD1-E

33

*FB9504

A529WJ

33

ET_MDIO-E

ET_MDC-E

ET_RXD1-E

*FB9502

A529WJ

V3.3_LAN

*R9509

4.7K

*C9502

0.1u

D+3.3V

*R9505

*FB9503
A529WJ

*C9503

33

V3.3_LAN

22u

*R9504

*R9503

33

*R9507

V3.3_LAN

TO LANII (009)

*R9501

1K

LAN_TXN

LAN_TXP

*R9506

33

10

11

12

MDC

RXD1

TXEN

19

MDIO

*IC9501

IXD543WJ

KSZ8081RND

TXD0

TXD1

20

21

ET_TXD1-E

RXD0

13

VDDIO

14

CRS_DV

15

33

4.7K

16

17

18

REF_CLK

RXER

INTRP

REXT

GND

*R9519

6.49K
1%

8XI9

7

XO

6

TXP

TXM

RXP

RXM

VDDA_3.3

VDD_1.2

RST

SPEED

22

23

24

*R9522

4.7K

5

4

3

2

1

*C9504

*R9523

0

*R9518

0

*R9520

0

*R9521

0

*C9509

2.2u

4V

0.1u

V3.3_LAN

*C9506

0.1u

V3.3_LAN

*C9505

22u

6.3V

LAN_RXP

LAN_RXN

*C9508

0.1u

*C9507

0.1u

T9501

ZA143WJQZ

1

23

67

8

10 11 14 15 16

9

R9514
75

TL9501

TL9502

TL9503

R951575R9516

75

C9512

1000P

KZA523WJQZ

TL9505

TL9504

2KV

R9517

J9501

ZA131WJQZ

12345678

75

*C9513

0.1u

25V

C

B

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

89

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

STANDBY STM8S

N1 (14-03-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 9/15 (STANDBY STM8S) (LE651 Series)

I

DUNTKG135WE05
DUNTKG135WE08

H

G

F

E

D

C

B

A

AG10

AH10

AF10

AE7

LAN 2

LAN 2

POWER

T3

BGA

BGA

AE9

AE8

K11

TO SoC (001)

TO LAN II (009)

WAKE_UP_LAN

TO POWER (002)

TO SCART (005)

TO SoC (001)

TO PC INPUT (006)

STM8_HSYNC

TO LVDS (011)

ST8_RSTN

ST8_SWIN

LANII_SW

TV_FS1

BLINK

SDA1_3V

SCL1_3V

TV_FS1

PWR_KEY

KEYBOARD

BU3.3V

BU3.3V

R3800

1.2K

ST8_RSTN

ST8_SWIN

TL3816

32

C3815

0.1u

X3800

SCA244WJQZ

3

C3812

2

27P

R3834

BU3.3V

22K

R3835
0

C3817

1u

C3814

0.1u

4

1

C3811

27P

PC1

BU3.3V

IRIN

3D

*D3808

EXA741WJQZ

EXA741WJQZ

*D3809

R3836

NRST

1

PD7/CH4

OSCIN

2

0

OSCOUT

3

VSS

4

LE75* IXD550WJ STM8S105K4T
SL210/SL220 IXD571WJ STM8S207K8T

VCAP

5

VDD

6

VDDIO

7

PF4

8

VDDA

9

C3829

0.1u

BU3.3V

BU3.3V

4.7K

R3807

29

30

31

PD4/CH1

UART2_TX

UART2_RX

IC3800

VSSA

I2C_SDA

I2C_SCL

10

11

12

R3846

28

PD3/CH2

PB3/AIN3

13

4.7K

27

PD2/CH1

PB2/AIN2

14

C3809

0.1u

R3849

26

SWIM

PB1/AIN1

15

TL3817

PD0/CH2

0

25

PB0/AIN0

16

*R3848

470

R3803

10K

R3817

R3830

33K

PC7

24

PC6

23

PC5

22

PC4

21

PC3

20

PC2

19

PC1

18

PE5

17

BU3.3V

*R3822

2.2K
5%

R3831

C3810

0.1u

33K

STM8_HSYNC

*R3832

30.1K
1%

D3807
EXA741WJQZ

R3852

10K

1%

R3856
220

D3805

DA1010

D3806

DA1010

R3854

10K

R3827

33K

*R3821

*R3844
100

R3828

33K

33K

R3829

20K

1%

*R3824

R3826

33

22K

R3814

22K

R3815

22K

R3816

22K

R3812

33

*FB3813

FB3803
A529WJ

FB3808
A529WJ

FB3809
A529WJ

A529WJ

FB3804
A529WJ

FB3807

A529WJ

BU3.3V

C3828

FB3811
A529WJ

VCC12V

*FB3814
A529WJ

33

*C3827

0.1u

CH4_HDMI_5V

CH3_HDMI_5V

CH2_HDMI_5V

CH1_HDMI_5V

0.1u

CEC

RA

TP3801

1

TP3802

2

TP3803

3

TP3804

4

TP3805

5

TP3806

6

TP3807

7

TP3808

8

TP3809

9

TP3810

10

TP3811

11

P3800
NA331WJ

GND

KEY2

LIGHT_SENSOR

KEY1

GREEN_LED

WHITE_LED/VCC12V

IRIN

BU3.3V/BU5V

BLUE_LED

3D

RED_LED

TO HDMI (007)

CH4_HDMI_5V

CH3_HDMI_5V

CH2_HDMI_5V

CEC

CH1_HDMI_5V

HDMI

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

90

39” / 50” Main Unit Diagram 10/15 (PANEL INTERFACE) (LE651 Series)

LC39/50LE651E
LE39/50LE751E

PANEL INTERFACE

N1 (06-05-2013)

DUNTKG135WE05

I

DUNTKG135WE08

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

H

G

F

E

LVDS_B4P

*SC2603

WB128WJ

LVDS_B4N

LVDS_B3P

LVDS_B3N

3

LW

NC(+12V)

41

*TL2704

NC(+12V)

40

*TL2703

NC(+12V)

39

*TL2702

NC(+12V)

*TL2701

34NC35NC36NC37NC38

*TL2608

*TL2697

CIN2-29CIN1+30CIN1-31CIN0+32CIN0-

28

*TL2696

CIN2+

27

GND

26

*TL2695

GND

33

*TL2699

*TL2700

*TL2698

*TL2694

GND

CCK+25CCK-

CIN3-

22

23

24

*TL2691

*TL2692

*TL2693

*TL2690

CIN4+20CIN4-21CIN3+

19

*TL2689

GND18GND

DIN1-15DIN0+16DIN0-

14

17

*TL2686

*TL2688

*TL2687

*TL2685

12

DIN2-13DIN1+

*TL2684

11

DIN2+

*TL2683

GND

10

*TL2682

DCK+9DCK-

8

*TL2681

GND

7

*TL2679

*TL2680

*TL2678

DIN4+4DIN4-5DIN3+6DIN3-

3

GND2GND

1

*TL2677

VCC12V

PANEL_VCC

4

3

LVDS_D3P

*L2613

LVDS_D4N

1

2

4

3

LVDS_D4P

C2605

10u

16V

C2606

0.1u

*R2625

TQ
0

D

C2607

4700P

Q2604

TXA064WJ
AO3415S

1

*L2615

2

LVDS_DCKN

4

3

*L2614

LVDS_DCKP

1

2

LVDS_D3N

4

3

LVDS_C2P

LVDS_ACKP

1

*L2621

2

LVDS_CCKN

LVDS_ACKN

4

3

LVDS_CCKP

LVDS_A2P

3

1

*L2620

2

LVDS_C3N

LVDS_A2N

2

4

1

*L2623

3

2

4

1

*L2624

3

2

LVDS_C0P

LVDS_C0N

LVDS_B1P

LVDS_B2N

2

LVDS_B1N

LVDS_B0P

3

LVDS_B0N

2

LVDS_A4N

LVDS_A4P

LVDS_BCKN

LVDS_B2P

3

LVDS_BCKP

2

LVDS_C1N

LVDS_A3P

LVDS_C1P

LVDS_A3N

3

1

*L2622

2

LVDS_C2N

2

4

3

LVDS_C3P

LVDS_A1P

1

*L2619

2

LVDS_C4N

LVDS_A1N

4

3

LVDS_C4P

LVDS_A0P

3

1

*L2618

2

LVDS_D0N

LVDS_A0N

2

4

3

LVDS_D0P

*L2617

LVDS_D1N

1

2

4

3

LVDS_D1P

*L2616

LVDS_D2N

1

2

4

3

LVDS_D2P

S

G

PANEL_VCCIN

C2610

0.1u

R2626

2SC3928AR

FB2603

A528WJ

470K

Q2602

R2649

C2608

10u

16V

C2609

10K

0.1u

R2627

10K

R2636

10K

PANEL_CTL4

TO SoC FPII (001)

001

L2602

1

4

2

3

L2604

1

4

2

3

L2606

1

4

2

3

L2608

1

4

2

3

L2610

1

4

2

3

L2612

1

4

2

3

D

L2609

1

4

TL2656

TL2657

L2607

1

4

L2601

1

PANEL_VCC

TL2605

TL2607

4

L2603

1

4

L2605

1

4

L2611

1

4

TL2714

TL2715

TO POWER SYSTEM (002)

C

44

TL2673

TL2722

TL2674

TL2676

45

46

47

48

49NC50NC51

TL2675

GLASS-Sync

TO STBY IC (010)

GLASS-Sync

TL2606

TL2642

TL2643

TL2705

TL2644

TL2645

TL2646

TL2647

TL2648

TL2649

TL2650

TL2651

TL2652

TL2653

TL2654

TL2655

TL2658

TL2659

TL2660

TL2661

TL2662

TL2663

TL2664

TL2665

TL2667

TL2668

TL2669

TL2670

TL2671

TL2672

1

2

4

5

6

7

8

10

14

15

19

21

23

24

25

26

27

29

30

31

32

33

34

35

36

37

38

39

16

17

18

40

41

42

43

B

GND

+12V3+12V

+12V

GND

+12V

NC(+12V)

GND

GND9GND

GND11BIN4+12BIN4-13BIN3+

BIN3-

BCK-

GND

BCK+

BIN2+20BIN2-

BIN1+22BIN1-

BIN0+

BIN0-

AIN4+28AIN4-

AIN3+

AIN3-

GND

AIN2-

ACK+

GND

AIN2+

ACK-

AIN1+

AIN1-

AIN0+

AIN0-

R/L

GND

BAMK SEL

LVDS SEL

O/S SET

GND

3D Sync l (Y2013)

GND

3D Enable (Y2013)

U/D

3D Sync l (Y2012)

FRAME

3D Sync 0 (Y2013)

NC

3D Sync 0 (Y2012)

GND

3D Enable (Y2012)

SC2601

WB127WJ
LV

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

91

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

COFDM

N1 (07-05-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 11/15 (COFDM) (LE651 Series)

I

DUNTKG135WE05
DUNTKG135WE08

H

8

G

F

E

D

234

TU1101

MB819WJFW

567

FB1101
A528WJ

C1101
150

C1102

10u
10V

5V7

C1103

0.1u

1

L1101

270nH
NR27J

C1104

1000P

C1105

47P

D1102
BUS05L1

5

VOUT

IC1104

IXD659WJ
MIC5203-5.0

GND

VIN

1

IMPEDANCE REQUIREMENTS

VCC12VVCC12V

2

VDD_H

GPIO2

2

C1115

1000P

R1105

19

GND

IC1106

IXD518WJ

AGC2

3

0

18

XTAL_O

SCL

4

3

Q1101

17

R1104

XTAL_I

SDA

5

MMBT2907A

1

R1106

3.3

15

16

XOUT

VDD_L

14

LDO_ADJ

DLIF_P

13

DLIF_N

12

SIF/AF

11

VDD_H

10

CVBS

9

VDD_D

8

GND

VDD_IO

6

7

0

C1116

1000P

4

C1118
1000P

C1119

0.1u

C1120

0.1u

1000P

R1124

C1122
1000P

R1121

C1121

C1117

2.2u

4V

R1110

0

0

0

SCLS

SDAS

R1108

C1137

0.01u

4.7K

C1138

0.1u

3V3_RVDD_1

R1107

4.7K

R1109

1V2_MVDD_1

3V3_DVDD_1

3V3_RVDD_1

25

26

27

28

29

30

31

32

33

34

35

36

VDD_VANA

S_ADC_IP

S_ADC_IN

S_ADC_QP

S_ADC_QN

TC_ADC_P

TC_ADC_N

RSSI_ADC

CLK_IN

SDA_MAST

SCL_MAST

GND

VDD_CORE

MP_A

1

GND

MP_B

2

SDDR

XTAL_I

XTAL_O

*IC1103

IXD523WJ Si2167

DISEQC_IN

GPIO_0

DISEQC_CMD

3

4

5

RESETB

DISEQC_OUT

6

MP_D

VDD_VCORE8GND

7

MP_C

*R1114

0

VDD_VCORE

VDD_VIO

9

37

38

39

40

41

42

43

0

*R1119

*R1120

44

45

46

0

47

48

TL9638

TL9639

4.7K

GND

TS_ERR

VDD_VCORE

TS_D0/TS_SERR

SDA_HOST12TS_VAL

SCL_HOST

10

11

TS_D7

TS_D6

TS_D5

VDD_IO

TS_D4

TS_D3

TS_D2

TS_D1

TS_CLK

*R1115

0

24

23

22

GND

21

20

19

18

17

16

15

14

13

TS_SYNC

D+3.3V

L1107

10uH

C1111

220u

6.3V

A528WJ
FB1102

C1112

1000P

L1105

560nH
CNR56J

C1108

*L1104

180P

0

C1107
91P

L1103

180nH
VPRINR18J

C1106

180P

R1101
330

AERIAL_SENSE

1%

4

NC

ON

2

3

APCTL

R1388

10K

R1102
150
1%

C1109

180P

C1110

0.1u

L1106

560nH
CNR56J

R1103

0

3V3P1-T2

C1113

1000P

22

23

24

25

26

27

28

C1114

0.1u

RF_REF

RF_IP

RF_IN

RF_SHLD

ADDR

RSTB

AGC1

21

VDD_H

GPIO1

1

X1101

SCA228WJ

20

C1144

1000P

C1145

1000P

TO SoC FPII (001)

R1116

1

3

5

7

R1117

1

3

5

7

R1118

1

3

5

7

TS0D7

2

TS0D6

4

TS0D5

6

TS0D4

8

33

TS0D3

2

TS0D2

4

TS0D1

6

TS0D0

8

33

TS0CLK

2

TS0STRT

4

TS0VAL

6

8

33

AERIAL_SENSE

APCTL

TNR_SIFP

TNR_CVBS

SCL2_3V

SDA2_3V

RESET_OUTN

C1143

0.1u

AJ27

AL27

AK27

AH27

AK28

AM28

AJ28

AG24

AH25

AJ15

AG23

AL28

AE24

AF8

AF9

AK2

AG9

AH9

C

D+3.3V 3V3_RVDD_1

FB1103

D+3.3V

A528WJ

FB1104
A528WJ

3V3_DVDD_1

C1129

0.1u

C1128

0.1u

C1132

0.1u

C1142

0.1u

C1134

0.1u

B

D+1.2V

TL3102

A

1

2 3 4 5 6 7 8 9 10

11 12

13

C1139

FB1105

A528WJ

0.1u

C1140

0.1u

C1141

0.1u

14

C1130

6.3V

22u

1V2_MVDD_1

C1133

0.1u

C1135

0.1u

C1136

0.1u

15 16

92

39” / 50” Main Unit Diagram 12/15 (USB) (LE651 Series)

LC39/50LE651E
LC39/50LE751E

U S B

N1 (12-02-2012)

DUNTKG135WE05

I

H

G

F

E

D

C

B

DUNTKG135WE08

J9551

ZA276WJQZ

HDD

MULTIMEDIA

3D GLASSES

CHARGE

(ONLY)

WIFI

VA9551

VXA074WJ

VA9552

VXA074WJ

VA9553

VXA074WJ

VA9554

VXA074WJ

*J9552

ZA205WJQZ

*C9552

0.1u

375 14268

+5V_USB2

1234

VXA074WJ

+5V_USB1

VA9555

C9554

0.1u

C9576

10u
10V

+5V_USB1

0.1u

C9553

VA9556
VXA074WJ

4

1

C9577

L9551

4

1

4

1

10u

10V

L9553

L9552

3

2

3

2

USB1_DN

3

USB1_DP

2

USB3_DP

USB2_DN

USB2_DP

USB3_DN

FB9553
A529WJ

C9560

220u

6.3V

AAPE

C9559

0.1u

D+3.3V

D9551
RF201

R9551

120

TWF

3.3HUB

R9557

10K

5V7

C9561

0.1u

C9551
10u

10V

R9552

4.7K

R9558

10K

1

2

3

4

5

6

7

8

9

R9559

C9562

0.1u

36

USBDM1_DN

USBDP1_DN

USBDM2_DN

USBDP2_DN

VDD

USBDM3_DN

USBDP3_DN

USBDM4_DN

USBDP4_DN

VDD

10

C9563

0.1u

IC9551

AAT4614IGU-2-T1

IN

6

5

4

C9565

C9564

0.1u

1u

12K

34

35

VDD

RBIAS

PLLFILT

TEST

PRTPWR1

11

12

1

OUT

GND

SET

ON

2

/FLT

3

C9566

12P

R9560

1M

33

XTALIN

IC9552

VHI2514BA
USB2514BA

OCS_N1

13

C9567

0.1u1uC9569

C9556

120u

10V

C9568

12P

32

XTALOUT

CRFILT

14

X9551

SCA224WJ

C9570

0.1u

R9554

10K

31

USBDP_UP

VDD

15

+5V_USB1

FB9552

A528WJ

C9571

0.1u

30

USBDM_UP

PRTPWR2

16

TL9551

C9557

0.1u

R9561

R9555

10K

10K

29

VDD

RESET_N

FG_SEL1

FG_SEL0

NON_REM1

PRTPWR4

PRTPWR3

OCS_N2

17

3.3HUB

OCS_N4

OCS_N3

R9562

10K

28

NON_REM0

VDD

18

3.3HUB

VBUS_DET

R9556

10K

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

IMPEDANCE REQUIREMENTS

D+3.3VD+3.3V

TL9552

C9574

10u

C9580

1000P

TO SoC FPII (001)

USB_A_DP

USB_A_DM

RESET_OUTN

C9575

10u

6.3V

GND

16V

4

VIN

NC

3

AK26

AL26

C9579
1000P

L9554

4

1

Close to BGA

RESET_OUTN

R9563

10K

C9572

0.1u

27

C9578

0.1u

26

25

R9566

10K

R9567

R9568

R9569

10K

C9573

0.1u

10K

10K

24

23

22

21

20

19

3

2

0

+5V_USB2 5V7

FB9554
A528WJ

R9573

3.3HUB

100K

5

VOUT

IC9553

S170B50U

1ON2

USB1_OC_N

USB1_PEN_N

R9570
100K

R9571
10K

WI-FI READY

AG23

BAT CHARGE READY
HDD READY

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

93

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

PCMCIA

ZZA (12-07-2012 )

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 13/15 (PCMCIA) (LE651 Series)

I

DUNTKG135WE05
DUNTKG135WE08

H

G

F

E

D

C

B

CA1_CD1N

CA1_VS1N

CA_OUT_STRT

CA_OUT_D0

CA_OUT_D1

CA_OUT_D2

CA_OUT_D3

CA_OUT_D4

CA_OUT_D5

CA_OUT_D6

CA_OUT_D7

CA_IN_D3

CA_IN_D2

CA_IN_D1

CA_IN_D0

+3V3_CA

CLOSE TO SoC

R4407

20

VCC

11G2

D+3.3V

R4405

R4406

R4400

R4401

R4402

R4408

R4409

R4410

R4411

19

R4404

A529WJ

2G

1A1

FB4400

33

1K

33

33

33

33

33

33

33

33

33

R4403

18

1Y1

2Y441A2

3

CA_IN_D7

C4407

100u

6.3V

ASX

33

CA1OUT_D7

17

2A4

R4413

33

C4410

R4412

16

1Y2

IC4402

LCX244FT

5

CA_IN_D6

0.1u

CA1_VCC

+3V3_CA

CA1OUT_D4

R4419

4.7K

CA1_VCC

C4400

0.1u

+3V3_CA

R4420

10K

R4418

4.7K

CA1OUT_D6

15

2A3

1A3

6

R4415

33

R4414

14

1Y3

2Y2

7

33

CA_IN_D5

33

2Y3

CA1OUT_D5

13

2A2

1A492Y1

8

R4417

33

R4416

12

CA_IN_D4

33

1Y4

CA1OUT_D3

CA1OUT_D2

CA1OUT_D1

CA1OUT_D0

11

2A1

GND

10

+3V3_CA

C4412

C4411

0.1u

0.1u

CA_IN_VAL

CA1_CD2N

CA_IN_CLK

CA1_RESETN

CI_REGN

2

4

6

8

CA_IN_STRT

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

CA1OUT_START

CA1OUT_VAL

WAITN

CA1OUT_CLK

CA1_IOWRN

CA1_IORDN

R4421

33

GND

CD1#

MOD3

MOD4

MOD5

MOD6

MOD7

CE2#

VS1#

IORD#

IOWR#

MISTRT

MD10

MD11

MD12

MD13

VCC

VPP2

MD14

MD15

MD16

MD17

MCLK_VS2#

RESET

WAIT#

INP_ACK#

REG#

MOVAL

MOSTRT

MOD0

MOD1

MOD2

CD2

GND

1

3

5

7

SC4401

MA386WJSA

+3V3_CA

20

VCC

11G2

CA1_CE1N

19

2G

1A1

EMIOEN

18

1Y1

IC4404

2Y4

3

GND

IOSC16#

D2

D1

D0

A0

A1

A2

A3

CTX/A4

ITX/A5

ETX/A6

QTX/A7

A12

MICLKI

MIVAL

VPP1

VCC

IREQ

WE/PGM

A14_MCLKO

A13

A8

A9

A11

OE

A10

CE1#

D7

D6

D5

D4

D3

GND

17

2A4

1A2

4

EMIWEN

C4401

34

33

32

31

30

0.1u

CA1_D2

CA1_D1

CA1_D0

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

CA1_D7

CA1_D6

CA1_D5

CA1_D4

CA1_D3

1

CA1_OEN

CA1_WEN

11

12

13

14

15

16

2A1

1Y4

2A3

1Y2

2A2

1Y3

LCX244FT

2Y3

1A372Y2

5

6

EMIIORDN

1A4

8

EMIIOWRN

2Y1

9

CA1_WAITN

GND

10

R4426

4.7K

+3V3_CA

R4424

4.7K
R4422

4.7K

R4425

4.7K

R4423

4.7K

CMDPWR1

+3V3_CA

CLOSE TO SoC

R4427

R4428

CA1_VCC

C4409

6.3V

1

DIR

A1

2

A2

3

A3

4

A4

5

IC4401

A5

6

7

A6

8

A7

A8

9

GND

10

100u

33

33

LCX245FT

TL4401

VCC

FB4402

A529WJ

EMIBE1N

EMIA1

EMIA2

EMIA3

EMIA4

EMIA5

EMIA6

EMIA7

EMIA12

CA_OUT_CLK

CA_OUT_VAL

CA1_IREQN

EMIA14

EMIA13

EMIA8

EMIA9

EMIA11

EMIA10

CA1_CE1N

EMIRWN

+3V3_CA

20

C4404

CA1_CE1N

19

EMID0

18

EMID1

17

EMID2

16

EMID3

15

EMID4

14

EMID5

13

EMID6

12

EMID7

11

TO SoC FPII (001)

BGA

5V7

C4405

4

C4406

10u

VIN

GND

NC

IC4403

S170B50U

3

0.1u
25V

5

10u

R4429

10K

VOUT

1ON2

G

B1

B2

B3

B4

B5

B6

B7

B8

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

94

39” / 50” Main Unit Diagram 14/15 (NAND FLASH) (LE651 Series)

LC39/50LE651E
LC39/50LE751E

NAND FLASH

ZZA (06-09-2012)

I

DUNTKG135WE05
DUNTKG135WE08

H

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

G

R8401

R8410

33

10K

C8401

0.1u

F

EMI_NAND_RBN

EMIOEN

EMI_CSAN

E

D+3.3V

R8414

33

R8416

R8417

10K

10K

NAND_CLE

NAND_GALE

EMIRWN

D

C

*IC8401

2GB
RH-IXD551WJQZQ
MT29F2G08ABAEAWP:E

NC

1

NC

2

NC

3

NC

4

NC

5

NC

6

R/B

7

/RE

8

/CE

9

CE2

10

NC

11

VCC

12

VSS

13

NC

14

NC

15

CLE

16

ALE

17

/WE

18

/WP

19

NC

20

NC

21

NC

22

NC

23

NC

24

NC

NC

NC

NC

D7

D6

D5

D4

NC

VCC

VSS

VCC

VSS

NC

VCC

NC

D3

D2

D1

D0

NC

NC

NC

VSS

D+3.3VD+3.3V

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

C8403

10u

16V

TO SoC FPII (001)

EMID0

EMID1

1

3

R8404

5

33

7

C8402

0.1u

1

2

3

4

R8409

5

6

33

7

8

EMID7

2

EMID6

4

EMID5

6

EMID4

8

EMID3

EMID2

EMID1

EMID0

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI_NAND_RBN

EMIOEN

EMIRWN

EMI_CSAN

NAND_CLE

NAND_GALE

R8411

33

R8412

33
R8413

33

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI_NAND_RBN

EMIOEN

EMIRWN

EMI-CSAN

NAND-CLE

NAND_ALE

V34

U34

V32

W30

AA30

V30

W31

W29

AB26

AA31

AA29

AD33

AB31

AC34

B

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

95

LC-39/50LE650

LC39/50LE651E
LC39/50LE751E

AUDIO AMP. INTERFACE

N1 (29-04-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 15/15 (INTERFACE) (LE651 Series)

I

DUNTKG135WE05
DUNTKG135WE08

H

G

F

E

D

C

B

A

TO SoC FPII (001)

V6

U8

V9

U9

W4

AG23

AH9

AG9

V7

TO SoC FPII (001)

AH7

AJ1

TO SoC FPII (001)

Y6

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

D+3.3V 3.3V_AUDIO

SPK_MUTE

I2SAOUT_MCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

AUD_HP_L

AUD_HP_R

SPDIF_OUT

CUN

L2705

47uH

SPK_MUTE

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

SPDIF_OUT

10u

C2702

R2708

R2709

33

33

C2759

10P

C2758

10P

C2760

10P

C2761

10P

IC540

NC7SZ04P

NC

1

A

2

GND

3

R2752

VCC

OUT

R2751

0

C2762

3.3V_AUDIO

4.7K

0.1u

R2710

R2713

R2714

R2716

D+3.3V

C540

0.1u

5

4

3.3V_AUDIO

33

33

33

33

FB2702

FB2709

A529WJ

FB2707
A529WJ

A529WJ

C2705
1000P

R540

*L2701

10uH

*R2746

C2731

PB014WJQZ

*C2740

0.22u

22

TQ

*C2752

1u

330P

*L2702

10uH

PB014WJQZ

*R2737

*R2738

*C2744

0.22u

1000P

*C2753

C2746

2.7

2.7

*C2745

0.22u

*C2741

0.22u

1000P

C2747

1000P

*P2705

NA160WJ

SP

R2727

TQ

22

C2732

*TL2730

*L2703
10uH

PB014WJQZ

C2738

0.22u

C2739

0.22u

C2742

C2743

1000P

1000P

C2748

1000P

C2736

0.22u

R2734

2.7

C2733

1u

330P

*L2704

10uH

PB014WJQZ

R2735

2.7

C2737

0.22u

*TL2731

TL2712

TL2713

LCH(-)

4

LCH(+)

3

RCH(+)

2

RCH(-)

1

SOUND 2.0

5V7

D2707

DA1010

OUT1

1

VCC

R2715

R2742

10

20K

C2724

47u

16V

IC2702

IXD542WJ

R2726

10

C2719

6.3V

1u

C2725

220u

16V

C2751

220u

16V

R2711

1K

R2729
1K

C2728

0.1u

C2727

0.1u

HEAD PHONE

J2701

EA073WJ

D2708

DA1010

R2712

10K

R2706

C2756

1000P

C2757

1000P

C2721

R2741

330P

4

BYPASS

GND

5

3

IN1

SHUTDOWN

6

C2717

330P

10K

20K

2

IN28OUT2

7

10K

C2722
1u

C2726
1u

R2745

IC2701

C537

0.1u

1CB

OUT4B

19

OUT4A

20

VDD_DIG

21

VSS_DIG

22

POWRDN

23

PLL_VDD

24

PLL_FILTER

25

PLLGND

26

XTI

27

BICKI

28

LRCKI

29

SDI

30

RESET

31

INT_LINE

32

33

SCL

34

35

36

SDA

GND_DIG

VDD_DIG

STA333BW

OUT3A

OUT3B

CONFIG

VDD

GND_REG

OUT1A

GND1

VCC1

OUT1B

OUT2A

VCC2

GND2

OUT2B

VCC_REG

VSS

TESTMODE

SA

GND_SUB

SPDIF OUT

1234

J2702

EA125WJ

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

C2713

0.1u

C2715

0.1u

C2712

0.1u

1CB

C2714

1CB

1CB

C2711

0.1u

1CB

1u
25V

C2716
1u
25V

C2718

0.1u

R2740

FB2712

A528WJ

10K

VSOUND

C2729

330u

25V

C2749

330u

25V

C2720

6.3V

1u

C2723

1u

6.3V

3.3V_AUDIO

FB2708
A529WJ

C2710

0.1u
1CB

C2703

R2704

0.1u

1CB

C2706
4700P

150

C538

22P

R541

150

C2707

100P

R2705

C2709

0.1u

D540

EXA741WJQZ

2.2K

C2708

680P

4.7K

1CB

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

96

39” / 50” Main Unit Diagram 1/15 (SoC) (LE652 Series)

LC39/50LE652E
LC39/50LE752E LC50LE754E

SoC

N1 (03-05-2013)

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

DUNTKG135WE01
DUNTKG135WE07
DUNTKG135WE09

I

H

G

F

E

TO STBY IC (010)

D

C

D+3.3V

+3.3VA

FB3303
A529WJ

C3304
22u

6.3V
C33101uC3319

D+3.3V

C3301
22u

6.3V
C33071uC33121uC33171uC3322

D+2.5V

+2.5VA

FB3302

B

A529WJ

D+2.5V

D+8V +8V

FB3304
A529WJ

C3303
22u

6.3V
C3309

1u

C3321
22u

6.3V

C3306
1u

A

C3325

0.1u

TL3302

BLINK

3D

LIGHT_SENSOR

IRIN

ST8_SWIN

ST8_RSTN

UART3_RXD

UART3_TXD

SDA1_3V

SCL1_3V

RES

TV_FS1

PWR_KEY

KEYBOARD

C3315

1u

1u

1u

C33141uC33181uC33231uC33271uC3330

C3334

C33261uC3329

1u

1u

D+3.3V

TL3301

TL3303

TL3304

TL3305

TL3306

TL3315

D+3.3V

C3333

0.022u

45

IC3302

S80927NM

123

C3338

0.1u

R3322

10

R3323

10

R3324

22

R3326

22

R3321

10K

R3309

4.7K

R3314

22

R3315

22

R3316

22

R3319

22

A0

1

A1

2

A2

3

VSS5SDA

4

IC3303

BR24T64J

+3.3VA

D+1.2V

C3335

680

2.5V

D+1.2V

C3336

1u

D+1.2V

C3337

1u

D+1.2V

VCC1_5

C33111uC33201uC3324

R3320

D+3.3V

R3328

10K

R3330

10K

R3329

10K

PWR_ON_RSTN

R3310

10K

R3308

10K

10K

UART2_TXD

UART2_CTS

UART2_RXD

UART3_RXD

D+3.3V

C3342

0.1u

R3331

10K

VCC

8

TL3325

EEPROM_WP

/WC

7

TL3319

SCL

6

TL3320

*R3333

4.7K

R3335

4.7K

*R3337

4.7K

LIGHT_SENSOR

ST8_SWIN

ST8_RSTN

UART3_RXD

UART3_TXD

KEYBOARD

C33491uC33461uC33431uC3339

1u

C33401uC33441uC33471uC33501uC3352

C3345

C3341

C33511uC3353

C3348

1u

1u

1u

+1.2VA

FB3301
A528WJ

C3302
22u

6.3V
C33131uC3308

1u

C3328

C3316

1u

1u

1u

ASEBRKN

SCL2_3V

SDA2_3V

SDA1_3V

SCL1_3V

PWR_KEY

E5

F5

G5

LVDS_ACKP

H5

J5

LVDS_A1N

K5

LVDS_A0P

L5

M5

N5

P5

R5

T5

U5

V5

W5

Y5

AA5

AB5

AC5

AD5

AE5

AF5

AG5

AH5

AJ5

AK5

AL5 AL6

LVDS_C1P

LVDS_C0P

LVDS_C0N

F6

G6

H6

J6

K6

L6

M6

N6

P6

R6

T6

U6

V6

W6

Y6

AA6

C3355

10u

AB6

AC6

AD6

AE6

AF6

AG6

AH6

AJ6

AK6

TV_RIN

TV_GIN

TV_FB

LVDS_C1N

LVDS_C3NLVDS_CCKPLVDS_C2P

LVDS_C2N

LVDS_CCKN

G7

OFL1

H7

UART1_TXD

UART1_RXD

J7

J8

50/60HZ

K7

K8

L7

L8

M7

M8

N7

N8

EEPROM_WP

P7

P8

R7

R8

T7

T8

I2SAOUT_MCLK

I2SAOUT_LRCLK

U7

U8

V7

V8

W7

W8

Y7

Y8

MODE4

MODE3

AUD_MUTE

MODE1

MODE5

MODE0

AA7

AA8

C3358

0.1u

AB7

AB8

C3361

10u

C3360

C3359

0.1u

10u

AC7

AC8

C3362

10u

+8V

AD7

AD8

AE7

AE8

*C3379

0.1u

AF7

AF8

AG7

AG8

AH7

AH8 AH9 AH10

AJ7 AJ8 AJ9 AJ10

AK7 AK8 AK9 AK10

AL7 AL8 AL9 AL10

LINE_1R

R3347

2.2K

R3348

LINE_1R

TV_IN

AERIAL_SENSE

C_SW

APCTL

SDA2_3V

SCL2_3V

AUD_HP_L

LD_EN

OFL2

J9

LR_OUT

K9

L9

M9

N9

P9

R9

T9

U9

V9

W9

Y9

MODE2

AA9

AB9

AC9

AD9

C3378

0.1u

AE9

AF9

AG9 AG10

D+3.3V

2.2K

IRIN

LVDS_C4N

LVDS_C4P

LVDS_C3P

DIMMING

I2SAOUT_SCLK

C3363

0.1u

C3364

0.1u

ST8_RSTN

ST8_SWIN

L/R

L10

U10

V10

AD10

AE10

AF10

VIN_R1

TDI

TMS

TCK

TDO

TRSTN

MODE1

MODE3

MODE5

BLINK

3D

IRIN

RES

TV_FS1

1u

1u

C3331

1u

LVDS_BCKN

A1

B1

B2

C1

C2

C3

LVDS_B1P

LVDS_B1N

D1

D2

LVDS_A4N

LVDS_A4P

E1

E2

F1

F2

LVDS_A3P

L1

L2

M1

M2

FORMAT1

FORMAT0

U1

U2

V1

V2

R3386

33

AC1

AC2

AD1

AD2

AJ1

AJ2

AK1

AK2

C3354

0.01u

AL1

AL2

AM1

AM2

AN1

AN2

AP1 AP2 AP3 AP4 AP5 AP6 AP11 AP12 AP17 AP18 AP23 AP24 AP31 AP32 AP33 AP34

AUD_HP_R

SPK_MUTE

I2SAOUT_D0

SPDIF_OUT

LINE_IN1L

LINE_IN1R

LINE_IN4_R

LINE_IN4_L

LINE_IN5_L

LINE_IN5_R

LINE_IN6_L

TV_FS1

PWR_KEY

LINE_IN6_R

KEYBOARD

TNR_SIFP

C_OUT

SCN_EN

LVDS_B3P

LVDS_B3N

D3

D4

LVDS_B0N

LVDS_B0P

E3

E4

F3

F4

LVDS_A3N

G3

G4

LVDS_A2P

LVDS_A2N

LVDS_ACKN

H4

J4

LVDS_A1P

K3

K4

LVDS_A0N

L3

L4

M3

M4

N3

N4

P4

R4

BLINK

T3

T4

U3

U4

V3

V4

W3

W4

Y4

AA4

AB3

AB4

AC3

AC4

AD3

AD4

AE3

AE4

AF4

AG4

AH3

AH4

AJ3

AJ4

AK3

AK4

AL3

AL4

AM4 AM5 AM6 AM7 AM10 AM11 AM12 AM13 AM16 AM17 AM18 AM19 AM22 AM23 AM24 AM25 AM28 AM30 AM31 AM32

AM3

AN3 AN4 AN5 AN6 AN11 AN12 AN17 AN18 AN23 AN24 AN31 AN32 AN33

TV_BIN

LINE_1L

A_CVBS_OUT

LVDS_B4P

LVDS_B4N

LVDS_B2P

LVDS_B2N

LVDS_BCKP

LVDS_D1N

LVDS_D0P

LVDS_D1P

LVDS_D0N

LVDS_D2N

LVDS_D2P

LVDS_DCKN

SDA3_3V

SCL3_3V

UART3_RXD

2D/3D

LCD_BL_ON

3D

PANEL_CTL4

UART3_TXD

D+2.5V

L11

D+2.5V D+2.5V

M11

M12

D+2.5V

N11

N12

N13

P12

P13

R12

R13

T12

T13

U12

U13

V12

V13

W12

W13

Y12

Y13

AA12

AA13

AB12

AB13

AC12

AC13 AC14 AC15 AC16 AC17

AD13 AD14 AD15 AD16 AD17

AD12

AF13 AF14 AF15 AF16

AG13 AG14 AG15 AG16 AG17

AH13 AH14 AH15 AH16 AH17

AJ13 AJ14 AJ15 AJ16 AJ17

AK13 AK14 AK15 AK17

AL13 AL14 AL15 AL17

C3369

C3365

0.1u
C3367

C3366

C3368

0.1u

0.1u

0.1u

0.1u

R3351

R3353

56

56

56

R3352

R3350

R3354

56

56

56

LIGHT_SENSOR

VIN_G1

CVBS1_RCA

VIN_B1

D+1.2V

P11

D+1.2V

R11

D+1.2V

T11

D+3.3V

U11

V11

D+3.3V

W11

+3.3VA

Y11

+3.3VA

AA11

+2.5VA

AB11

+2.5VA

AC11

+2.5VA

AD11

+2.5VA

AE11

AF11 AF12

AG11 AG12

AH11 AH12

AJ11 AJ12

AK11 AK12

AL11 AL12

R3349

VGA_B

IC3301

IXD514WJ

LVDS_D3PLVDS_DCKP

LVDS_D4N

SDA3_3V

SCL3_3V

LVDS_D4P

LVDS_D3N

TL3308

R3356

10K

TMS

ASEBRKN

D+1.2V

D+1.2V

P14

R14

R15

T14

T15

U14

U15

V14

V15

W14

W15

Y14

Y15

AA14

AA15 AA16 AA17

AB14 AB15 AB16 AB17

+1.2VA

+1.2VA

C3370

C3371

0.1u

0.1u
D511

EXA741WJQZ

R523

R3355

100

56

VGA_R

VGA_VSYNC

VGA_HSYNC

VGA_SDA

VGA_G

Y

C

TDI

TNR_CVBS

TCK

TRSTN

VGA_5V

PWR_ON_RSTN

VGA_SCL

C3373

TDO

T16

U16

V16

W16

Y16 Y17

AVLINK

TL3318

C3332

0.01u

TL3316

D3301

RB520S30

R3325

10

R3307

4.7K

R3304

10K

1u

C3305

470u

6.3V

1u

*C3372
27P

DQ17CK

REG_OUT_VDDR

U17

V17

W17

D+1.2V

D+1.2V

AE17

R3357

220

1%

4

1

SCA238WJQZ

+2.5VA

DQ19

DQ23

S1_UDQS

X3301

DQ30

DQ21

A10

CKN

U18

V18

W18 W19

Y18 Y19

AA18 AA19

AB18 AB19

AC18 AC19

AD18 AD19

AE18

AF18 AF19

AG18

AH18

AJ18 AJ19

AK18 AK19

AL18 AL19

3

2

DQ28

S1_UDM

S1_LDQS

S1_UDQSN

DQ25

DQ26

DQ24

S1_LDQSN

S1_LDM

A4

A6

A14

CKE

R3358

240

R3359

A11

A8

BA1

1%

R20R19R18R17R16

T20

T19T18T17

U20

U19

V20

V19

W20

Y20

AA20 AA21

AB20 AB21 AB22

AC20 AC21 AC22 AC23

+3.3VA

AD20 AD21 AD22 AD23 AD24

+3.3VA

+3.3VA

249

1%

CH2_DDC_SDA

CH4_CBL_HPD

HDMI0_SDA

AG20 AG21 AG22 AG23 AG24

CH1_CBL_HPD

HDMI0_SCL

CH3_CBL_HPD

AH20 AH21 AH22 AH23 AH24

CH2_DDC_SCL

AJ20 AJ21 AJ22 AJ23 AJ24

HDMI0_D2N

HDMI0_D1P

HDMI0_D2P

HDMI0_D1N

HDMI0_D0P

HDMI0_CLKN

HDMI0_D0N

HDMI0_CLKP

*C3374

27P

DQ29

DQ27

A12

A1

P21P20P19P18P17P16P15

R21

T21

U21

V21

W21

Y21

+2.5VA

+2.5VA

VP_E2P

AF21 AF23 AF24

HDMI_HPD

HDMI_CEC

ARC_EN

DQ1

DQ3

DQ7

DQ5

DQ18

DQ14

DQ12

DQ20

S0_UDQSN

S0_LDQS

S0_LDM

DQ6

DQ0

DQ15

A9-B

A1-BA6-B

A13-B

A14-B

A11-B

CK-B

A4-B

A8-B

CKE-B

A10-B

DQ3-B

BA1-B

DQ8-B

DQ7-B

A34A33A32A31A30A29A24A23A18A17A12A11A6A5A4A3A2

B34

B33B32B31B30B29B24B23B18B17B12B11B6B5B4B3

C34

C33

C32C31C30C29C28C25C24C23C22C19C18C17C16C13C12C11C10C7C6C5C4

CKN-B

RESET-DDR3-B

A5-B A7-B

DQ5-B

DQ2

DQ4

DQ8

DQ22

DQ16

DQ31

A2

WEN

TL3309

TL3310

R3362
10K

DQ10

S0_LDQSN

S0_UDQS

A5A7

A3

CSN

CASN

C3376

RESET_DDR3

A9 A13

BA2 A0

R3847

10K

M23M22M21M20M19M18M17M16M15M14M13

N23

N22N21N20N19N18N17N16N15N14

+2.5VA

P23

P22

R23

R22

T23

T22

U23

U22

V23

V22

W23

W22

Y23

Y22

AA23

AA22

AB23

D+3.3V

D+3.3V

D+3.3V

R3361

10K

R3360

R3363

1.5K
10K

1%

TS0CLK

TS0STRT

RESET_OUTN

0.1u

ODT

BA0

WEN-B

K25K24K18K17K11

VCC1_5

L25

L24L23L22L21L20L19L18L17L16L15L14L13L12

VCC1_5

M24

VCC1_5

N24

P24

D+1.2V

R24

D+1.2V

T24

D+1.2V

RESET_LAN

REG_OUT_1V2

U25

U24

C3375

1u

V25

V24

D+1.2V

W24

D+1.2V

Y24

D+1.2V

AA24

D+1.2V

AB24

D+3.3V

D+1.2V

AC24

10K

10K

R3369

R3366

AD25

AE24

AE25

AH25

AJ25 AJ26

AK24

AK25 AK26

CH2_HDMI_D2N

CH2_HDMI_D1P

AL24

AL25 AL26

CH2_HDMI_D2P

CH2_HDMI_D1N

CH2_HDMI_D0P

CH2_HDMI_CLKN

CH2_HDMI_D0N

CH2_HDMI_CLKP

R3364

R3365

22

22

SCL1_3V

SDA1_3V

BU3.3V

R3367

2.2K

R3368

2.2K

TS0VAL

SCL1_3V

SDA1_3V

DQ9

S0_UDM

DQ13

DQ11

A2-B

CA_IN_CLK

VREF1

J26J25J24J23J22J21J20J19J18J17J16J15J14J13J12J11J10

CASN-B

K26

L26

M26

R_MII_MDINT

N26

R_MII_TXEN

P26

R26

T26

U26

W26

Y26

AA26

AB26

AE26

AF26

AG26

RASN

USB_A_DM

G28G27G26G25G24G23G22G21G20G19G18G17G16G15G14G13G12G11G10G9G8

DQ11-B

TL3311

A3-B

H28

H27H26H25H24H23H22H21H20H19H18H17H16H15H14H13H12H11H10H9

BA0-B

J28

J27

A0-B

ODT-B

BA2-B

K28

K27

RASN-B

L28

L27

VREF0

C3377

R3370

0.1u

240

1%

M28

M27

N28

N27

MII_MDIO

R_MII_REFCLK

P28

P27

R28

R27

T28

T27

R_C_EN

B_C_EN

U28

U27

V27

AA28

AA27

EMIBE1N

AD28

AD27

AE28

AE27

AF28

AF27

CA1_IREQN

AG28

AG27

AH27

CA_OUT_CLK

AJ27 AJ28 AJ29

AK27 AK28 AK30

AL27 AL28 AL30 AL31

USB_A_DP

TS0D7

TS0D6

TS0D5

TS0D4

TS0D3

TS0D1

A12-B

F29F28F27F26F25F24F23F22F21F20F19F18F17F16F15F14F13F12F11F10F9F8F7

S0_UDM-B

G29

DQ0-B

DQ6-B

H29

DQ4-B

CSN-B

J29

K29

UART2_RXD

L29

R_MII_RXER

M29

N29

MII_MDC

P29

R29

SPI_MISO

SPI_MOSI.

T29

W29

EMID7

EMID5

AA30

AA29

AB30

EMIA9

EMIA14

AD30

AD29

EMIRWN

EMID4 EMID3

AE30

AE29

EMIA7

EMIA11

AF30

AF29

EMIA2

EMIA1

CMDPWR1

AG30

AG29

AH30

AH29

EMIA4

CA_IN_D0

CA_IN_D2

AJ30

CA_OUT_D6

CA_OUT_D7

TS0D2

TS0D0

DQ1-B

D32

D31D30D29D28D27D26D25D24D23D22D21D20D19D18D17D16D15D14D13D12D11D10D9D8D7D6D5

DQ14-B

E32

E31

E30E29E28E27E26E25E24E23E22E21E20E19E18E17E16E15E14E13E12E11E10E9E8E7E6

DQ9-B

F32

F31

F30

DQ15-B

DQ13-B

S0_LDM-B

G32

G31

G30

DQ2-B

H31

H30

J31

J30

K32

K31

K30

UART2_CTS

UART2_RTS

L32

L31

L30

R_MII_RXD0

R_MII_RXD1

M32

M31

M30

N32

N31

N30

P31

P30

R31

R30

SPI_CSN

SPI_CLK.

T32

T31

T30

U32

U31

U30

CI_REGN

EMID6

EMIA8

EMIA3

CA1_CD2N

CA_IN_STRT

CA_OUT_D2

V32

W31

EMID2

AA31

AB31

EMIA12

AD32

AD31

EMIOEN

AE32

AE31

AF31

EMIA10

AG31

AH32

AH31

EMIA5

CA_IN_D1

AJ32

AJ31

AK32

AK31

CA_IN_VAL

CA_OUT_VAL

AL32

V30

W30

D+3.3V

10K

R3373

CA1_CD1N

EMIA6

CA_IN_D4

S0_LDQS-B

R_MII_RXDV

CA1_WAITN

DQ10-B

D33

E33

F33

L33

M33

AD33

AJ33

AK33

CA_OUT_D4

AL33

AM33

D+3.3V

CA1_IREQN

CA1_CD2N

CA1_CE1N

D+3.3V

D+3.3V

D+3.3V

S0_UDQSN-B

R3374

10K

R3375
10K

S0_LDQSN-B

R3384

4.7K

R3376
10K

DQ12-B

D34

E34

F34

L34

R_MII_TXD1

M34

U34

V34

AC34

EMIA13

AD34

AJ34

AK34

CA_OUT_D5

AL34

AM34

AN34

S0_UDQS-B

SPDIF_OUT

UART2_TXD

R_MII_TXD0

D+3.3V

R3385

4.7K

D+3.3V

R3379

4.7K

R3380

4.7K

D+3.3V

R3381

4.7K

R3382

4.7K

R3383

4.7K

EMID1

EMID0

CA1_RESETN

D+3.3V

R3378

10K

R3377

10K

CA_OUT_D3

EMIWEN

CA_OUT_D0

EMIIORDN

CA_OUT_D1

CA_OUT_STRT

CA1_VS1N

EMIIOWRN

CA_IN_D7

CA_IN_D6

CA_IN_D3

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMIOEN

EMIRWN

EMIRWN

HDMI2_SW

HDMI1_SW

NAND-CLE

EMI_NAND_RBN

NAND_ALE

EMI-CSAN

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI-CSAN

EMIOEN

EMIRWN

EMI_NAND_RBN

NAND-CLE

NAND_ALE

R_MII_MDINT

RESET_OUTN

R_MII_RXD1

R_MII_TXEN

R_MII_RXDV

R_MII_RXD0

MII_MDC

MII_MDIO

R_MII_TXD1

R_MII_TXD0

R_MII_REFCLK

R_MII_RXER

RESET_LAN

R_MII_MDINT

R_MII_REFCLK

R_MII_RXER

R_MII_RXD0

R_MII_RXD1

R_MII_RXDV

R_MII_TXD0

R_MII_TXD1

R_MII_TXEN

MII_MDC

MII_MDIO

SPI_CLK.

SPI_CSN

SPI_MISO

SPI_MOSI.

PWR_ON_RSTN

AVLINK

R_C_EN

B_C_EN

C_OUT

A_CVBS_OUT

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

TV_IN

TV_FB

LINE_IN1L

LINE_IN1R

UART3_TXD

UART3_RXD

CVBS1_RCA

VIN_R1

VIN_G1

VIN_B1

LINE_IN4_L

LINE_IN4_R

TV_FS1

TO AUDIO AMP. INTERFACE (016)

AUD_HP_L

AUD_HP_R

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

SPK_MUTE

AERIAL_SENSE

APCTL

RESET_OUTN

TS0VAL

TS0STRT

TS0CLK

TS0D0

TS0D1

TS0D2

TS0D3

TS0D4

TS0D5

TS0D6

TS0D7

SCL2_3V

SDA2_3V

Y

C

VGA_R

VGA_G

VGA_B

LINE_IN6_L

LINE_IN6_R

C_SW

SCL3_3V

SDA3_3V

TO LVDS (011)

TO DDRIII (003,004)

TO COMMON INTERFACE (014)

TO HDMI (007)

TO NAND FLASH (015)

EMID0

EMID1

EMID2

EMID3

EMID4

EMID5

EMID6

EMID7

EMI-CSAN

EMIOEN

EMIRWN

EMI_NAND_RBN

NAND-CLE

NAND_ALE

TO ETHERNET (008)

R_MII_MDINT

RESET_OUTN

R_MII_RXD1

R_MII_TXEN

R_MII_RXDV

R_MII_RXD0

MII_MDC

MII_MDIO

R_MII_TXD1

R_MII_TXD0

R_MII_REFCLK

R_MII_RXER

TO ETHERNET LANII (009)

RESET_LAN

R_MII_MDINT

R_MII_REFCLK

R_MII_RXER

R_MII_RXD0

R_MII_RXD1

R_MII_RXDV

R_MII_TXD0

R_MII_TXD1

R_MII_TXEN

MII_MDC

MII_MDIO

SPI_CLK.

SPI_CSN

SPI_MISO

SPI_MOSI.

PWR_ON_RSTN

TO SCART (005)

AVLINK

R_C_EN

B_C_EN

C_OUT

A_CVBS_OUT

TV_RIN

TV_GIN

TV_BIN

LINE_1L

LINE_1R

TV_IN

TV_FB

LINE_IN1L

LINE_IN1R

UART3_TXD

UART3_RXD

CVBS1_RCA

VIN_R1

VIN_G1

VIN_B1

LINE_IN4_L

LINE_IN4_R

TV_FS1

SPDIF_OUT

AUD_HP_L

AUD_HP_R

I2SAOUT_MCLK

I2SAOUT_SCLK

I2SAOUT_LRCLK

I2SAOUT_D0

RESET_OUTN

SDA2_3V

SCL2_3V

AUD_MUTE

SPK_MUTE

TO USB (013)

USB_A_DM

USB_A_DP

RESET_OUTN

TO DVBT (012)

TNR_CVBS

TNR_SIFP

AERIAL_SENSE

APCTL

RESET_OUTN

TS0VAL

TS0STRT

TS0CLK

TS0D0

TS0D1

TS0D2

TS0D3

TS0D4

TS0D5

TS0D6

TS0D7

SCL2_3V

SDA2_3V

TO PC INPUT (006)

Y

C

VGA_5V

VGA_R

VGA_G

VGA_R

VGA_G

VGA_B

VGA_B

VGA_VSYNC

VGA_HSYNC

VGA_SDA

VGA_SCL

LINE_IN5_R

LINE_IN5_L

LINE_IN6_L

LINE_IN6_R

C_SW

TO POWER SYSTEM (002)

SCL3_3V

SDA3_3V

DIMMING

OFL1

OFL2

LCD_BL_ON

REG_OUT_1V2

REG_OUT_VDDR

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

97

LC-39/50LE650

LC39/50LE652E
LC39/50LE752E LC50LE754E

System Power

N1 (29-04-2013)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 2/15 (System Power) (LE652 Series)

DUNTKG135WE01

I

H

G

F

E

D

DUNTKG135WE07 DUNTKG135WE09

TL9611

P9601

C9608

VCC5V Stby

D+1.5V

22u

6.3V

NB224WJ

Dimming

BKL_PWM2

BKL_PWM1

BKL_EN

POWER ON

VCC12V

VSOUND

TL9612

C9609

22u

6.3V

GND

GND

5V7

5V7

GND

GND

C9610

1

TL9601

2

TL9602

3

TL9603

4

TL9604

5

TL9605

6

TL9627

7

TL9606

8

9

TL9610

10

TL9628

11

TL9607

12

13

14

5V7

FB9609
A528WJ

L9601

10uH

10u

16V

PD

D+1.5V
DDR3 SoC

TL9629

C9605

C9603

1000P

VCC12V

TL9618

TL9608

C9612

0.1u

25V

10u

16V

5V7

VSOUND

R9602

1K

FB9605
A529WJ

5V_WF

R9622

1K

R9612

0

C9613
10u

16V

BU5V

FB9603
A529WJ

R9607

FB9601
A529WJ

FB9604
A529WJ

22

IC9601

BST

1

VIN

2

SW

3

PGND

4

BD9328EF

GND

COMP

R9613

10

TO SoC 001

*R9649

100

*R9642

100

R9614

10K

PWM2

C9614

0.1u

SS

8

EN

7

6

FB

5

C9615

0.01u

R9617
2K

R9618

30K

R9606
20K

1%

R9609

0

1%

REG_OUT_VDDR

OFL1

OFL1

TO SoC 001

G17

OFL1

LCD_BL_ON

TO LVDS CONN

OFL1

PWM2

TO STANDBY STM8

PC1

J9

G11

PIN8

D+8 POWER

D+8V

C9620

1u

25V

TL9630

VOUT

1

BD80GA3WEFJ

VO_S

2

GND

3

NC

4

IC9606

IXD533WJ

VCC12V

FB9614
A529WJ

VIN

8

NC

7

NC

6

EN

5

C9621

1u

25V

KZA621WJQZ

3.3V STBY

C9649

4.7u

C9648

0.1u

D+2.5V POWER

C9622

10u

16V

BU5V

VOUT

TL9621

5

1ON2

IC9608

IXD532WJ

BU33TD3WG

VOUT

1

VIN

VSS

2

EN

NC

D+3.3VD+2.5V

C9625

10u

16V

4

VIN

IC9603

S170B25U

NC

3

FB9617
A529WJ

GND

3

5

4

BU3.3V

C9651

1u

TL9626

D+1.2V

C

B

POWER

VCC12V

TL9631

FB9606
A528WJ

+12V

C9601
10u

16V

D+5V POWER

TO SoC 001

U25

C9636

0.1u

C9637

1u
25V

5V7

FB9613

A529WJ

IC9605

S132B50M

VIN

1

VSS

2

EN

3

VOUT

D+5V

TL9617

5

C9639

1u

NC

25V

4

R9757

2.2K

TL9632

R9616

0

REG_OUT_1V2

D+1.2V

C9619

22u

C9618

22u

6.3V

6.3V

R9760

10K

R9758

1%

0

R9759

4.7K
1%

+12V

9

10

11

12

FB

VREG

C9604

0.1u

C9602
10u

16V

13

14

15

16

GND

VREG

NC

VIN

GND

VIN2VIN3PGND

1

VOUT

IC9602

IXD534WJ

BD95841MUV

PGOOD

PGND

EN

BOOT

SW

SW

SW

4

R9611
0

8

7

C9611

0.1u

6

5

L9602

2.7uH

C9617

22u

6.3V

D+3.3V POWER

D+3.3V

TL9623

C9701

10u

6.3V

C9702

10u

6.3V

C9703

6.3V

C9704

6.3V

5V7

FB9701
A528WJ

IC9701

C9705

0.1u

25V

L9701

10u

10uH

C9623

10u

10u

16V

R9701

0

C9706
10u

16V

BST

1

VIN

2

SW

3

4

BD9328EF

PGND

GND

R9702

56

COMP

SS

EN

FB

C9709

C9708

0.1u

8

R9703
10K

7

6

C9707
3300P

5

22P

R9704

20K

R9705

7.5K

R9706

7.5K

1%

1%

1%

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

98

39” / 50” Main Unit Diagram 3/15 (DDR3 BLOCK II) (LE652 Series)

LC39/50LE652E
LC39/50LE752E LC50LE754E

DDR3 BLOCK II

ZZ (18-06-2012)

LC-39/50LE650
LC-39/50LE651
LC-39/50LE652

I

DUNTKG135WE01
DUNTKG135WE07
DUNTKG135WE09

H

G

F

E

D

VCC1_5

C

VCC1_5

C3507

0.1u

C3513

0.1u

C3514

C3508

0.1u

0.1u

C3515

0.1u

C3509

0.1u

C3516

VCC1_5

DQ15-B

DQ13-B

A1

B1

C3504

0.1u

B2

C2

C1

D1

E1

F1

G1

H1

J1

K1

L1

M1

N1

P1

R1

T1

C3

D2

D3

E2

E3

F2

F3

G2

G3

H2

H3

IC3503

IXD538WJ

J2

J3

K2

K3

L2

L3

M2

M3

N2

N3

P2

P3

R2 R3

T3 T7

T2

MT41J128M16JT

DQ9-B

DQ11-B

S0_UDM-B

DQ0-B

S0_LDQS-B

DQ2-B

S0_LDQSN-B

DQ6-B

DQ4-B

VREF0

RASN-B

ODT-B

CASN-B

CSN-B

WEN-B

BA0-B

BA2-B

C3512

C3510

C3511

0.1u

C3517

0.1u

0.1u

C3518

0.1u

0.1u

0.1u

A3-B

A0-B

A5-B

A2-B

A7-B

A9-B

RESET-DDR3-B

A13-B

B8B7B3

C8

C7

D8

D7

E8

E7

F8

F7

G8

G7

H8

H7

J8

J7

K8

K7

L8

L7

M7

N7

P7

R7

R3504

M8

N8

P8

R8

T8

VCC1_5

DQ12-B

A9A8A7A3A2

B9

C9

D9

E9

F9

G9

H9

J9

K9

L9

240

1%

M9

N9

P9

R9

T9

R3501

110 1%

C3505

VCC1_5

VREF0

R3502

1K 1%

0.1u

R3503

1K 1%

C3506

10u

S0_UDQSN-B

DQ14-B

S0_UDQS-B

DQ10-B

S0_LDM-B

DQ8-B

DQ1-B

DQ3-B

DQ7-B

DQ5-B

CKE-B

CKN-B

A10-B

BA1-B

A12-B

A11-B

A14-B

CK-B

A4-B

A1-B

A6-B

A8-B

B

001

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

99

LC-39/50LE650

LC39/50LE652E
LC39/50LE752E LC50LE754E

DDR3 BLOCK

ZZ (18-06-2012)

LC-39/50LE651
LC-39/50LE652

39” / 50” Main Unit Diagram 4/15 (DDR3 BLOCK) (LE652 Series)

I

DUNTKG135WE01
DUNTKG135WE07 DUNTKG135WE09

001

H

G

F

E

D

C

DQ31

DQ29

DQ25

DQ27

S1_UDM

DQ16

S1_LDQS

DQ18

S1_LDQSN

DQ22

RASN

ODT

CASN

CSN

WEN

BA0

BA2

A3

A0

A5

A2

A7

A9

RESET_DDR3

A13

VCC1_5

VREF1

C3503

VCC1_5

DQ28

A1

B1

B2

C3

C2

C1

D1

E1

F1

G1

H1

0.1u

J1

K1

L1

M1

N1

P1

R1

T1

D3

D2

E3

E2

F3

F2

G3

G2

H3

H2

IC3502

J3

J2

K3

K2

L3

L2

M3

M2

N3

N2

P3

P2

R2 R3

T3 T7

T2

IXD538WJ
MT41J128M16JT

C7

D7

E7

F7

G7

H7

J7

K7

L7

M7

N7

P7

R7

A9A8A7A3A2

B8B7B3

B9

C8

C9

D8

D9

E8

E9

F8

F9

G8

G9

H8

H9

J8

J9

K8

K9

L8

L9

R3533

240

1%

M8

M9

N8

N9

P8

P9

R8

R9

T8

T9

S1_UDQSN

S1_UDQS

S1_LDM

R3532
220
1%

DQ30

DQ26

DQ24

DQ17

DQ19

DQ23DQ20

DQ21

CK

CKE

CKN

VCC1_5

A10

VREF1

BA1

A12

0.1u

C3533

A4

A1

A6

A11

A8

A14

DQ15 DQ12

DQ13

DQ9

DQ11

S0_UDM

DQ0

S0_LDQS

DQ2

S0_LDQSN

DQ6

DQ4

RASN

ODT

CASN

CSN

WEN

R3526

1K

BA0

1%

BA2

R3527

1K

1%

A3

C3501

A0

10u

6.3V

A5

A2

A7

A9

RESET_DDR3

A13

VCC1_5

VREF1

C3502

VCC1_5

A1

B1

B2

C3

C2

C1

D1

E1

F1

G1

H1

0.1u

J1

K1

L1

M1

N1

P1

R1

T1

D3

D2

E3

E2

F3

F2

G3

G2

H3

H2

IC3501

J3

J2

K3

K2

L3

L2

M3

M2

N3

N2

P3

P2

R2 R3

T3 T7

T2

IXD538WJ
MT41J128M16JT

C7

D7

E7

F7

G7

H7

J7

K7

L7

M7

N7

P7

R7

A9A8A7A3A2

B8B7B3

B9

C8

C9

D8

D9

E8

E9

F8

F9

G8

G9

H8

H9

J8

J9

K8

K9

L8

L9

R3528

240

1%

M8

M9

VREF1

N8

N9

P8

P9

R8

R9

T8

T9

S0_UDQSN

DQ14

S0_UDQS

DQ10

DQ8

S0_LDM

DQ1

DQ3

DQ7

DQ5

CK

CKE

R3529

220 1%

CKN

A10

VREF1

C3546

0.1u

BA1

A12

A4

A1

A6

A11

A8

A14

VCC1_5

VCC1_5

B

C3550
1000P

VCC1_5

C3521

0.1u

C3522

0.1u

C3523

0.1u

C3524

0.1u

C3525

C3526

C3527

C3529

0.1u

C3528

0.1u

C3531

0.1u

0.1u

0.1u

C3530

0.1u

0.1u

D+1.5V VCC1_5

FB3502
A528WJ

C3548

C3549

10u

6.3V

10u

6.3V

C3547

220u

6.3V

VCC1_5

VCC1_5

C3534

C3535

C3542

C3536

0.1u

C3537

0.1u

0.1u

C3540

C3538

0.1u

0.1u

C3541

C3539

0.1u

0.1u

C3544

0.1u

0.1u

C3543

0.1u

0.1u

A

1

2 3 4 5 6 7 8 9 10

11 12

13

14

15 16

100