Sharp LC-60G9T, LC-70G9T Schematic

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LCD KIT

SERVICE MANUAL

No.S83M276070G9T

LED BACKLIGHT TV

MODEL :

LC-60G9T LC-70G9T

In the interests of user-safety (Required by safety regula tions in some countries) the set should be restored to its original condition and only parts identical to those specified should be used.

CONTENTS

SAFETY PRECAUTION

IMPORTANT SERVICE SAFETY

PRECAUTION................................................i

PRECAUTION FOR USING LEED-FREE

SOLDER.........................................................ii

OUTLINE

[1] OUTLINE...........................................iii

CHAPTER 5. ADJUSTMENT

[1] ADJUSTMENT....................................5-1

CHAPTER 6. TROUBLESHOOTING TABLE

[1] TROUBLESHOOTING T ABLE .... ............ .........6 -1

CHAPTER 7. MAJOR IC INFORMATIONS

[1] MAJOR IC INFORMATION......................... 7-1

CHAPTER 1. SPECIFICATIONS

[1] SPECIFICA TION.................................1-1

CHAPTER 2. OPERATION MANUAL

[1] OPERATION MANUAL ..................2-1

CHAPTER 3.DIMENSIONS

[1] DIMENSIONS ...............................................3-1

CHAPTER 4. REMOVING OF MAJOR PARTS

[1] REMOVING OF MAJOR PARTS...........4-1

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.

CHAPTER 8. OVERALL WIRING/BLOCK DIAGRAM

[1] SYSTEM BLOCK DIAGRAM............................8-2

CHAPTER 9. PRINTED WIRING BOARD ASSEMBLIES

[1] Main Unit ..................... .. ... ................................9-1

CHAPTER 10. SCHEMATIC DIAGRAM

[1] DESCRIPTION OF SCHEMATIC

DIAGRAM.........................................................10-1

Parts Guide

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

LC-60G9T / LC-70G9T

SAFETY PRECAUTION

LC-60LE650U

SAFETY PRECAUTION

IMPORTANT SERVICE SAFETY PRECAUTION

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

WARNING

1. For continued safety, no modification 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 FUSE.

F7001 (250V 5A) -LC-60G9T

-LC-70G9T

SAF ETY PR EC AUT ION SAF ETY PR EC AUT ION SAF ETY PR EC AUT ION SAF ETY PR EC AUT ION SAF ETY PR EC AUT ION SAF ETY PR EC AUT ION SAF ETY PR EC AUT ION SAF ETY PR EC AUT

ION

Service Manual

• Using two clip leads, connect a 1.5k ohm, 10 watt resistor paralleled by a 0.15PF 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.

• Use an AC voltmeter having with 5000 ohm per volt, or sitivity or measure the AC voltage drop across the resistor.

• 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

higher, sen-

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 0.75 Vrms (this corresponds to 0.5 mA rms AC.) or more is excessive and indicates a potential shock hazard which must be corrected before returning the monitor to the owner.

BEFORE RETURNING THE RECEIVER (Fire &

Shock Hazard)

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

3. Inspect all lead dress to make certain that leads are not pinched,

DVM

AC SCALE

1.5k ohm 10W

and check that hardware is not lodged between the chassis and other metal parts in the receiver.

4. 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.

0.15µF

TEST PROBE

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

• Plug the AC cord directly into a 120 volt AC outlet.

TO EXPOSED METAL PARTS

CONNECT TO KNOWN EARTH GROUND

///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////

SAFETY NOTICE

Many electrical and mechanical parts in LCD color 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 identified in this manual; electrical components having such features

are identified by " " and shaded areas in the Replacement Parts List and Schematic Diagrams.

///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////

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, fire or other hazards.

i

LC-60G9T / LC-70G9T

PRECAUTIONS FOR USING LEAD-FREE SOLDER

Employing lead-free solder

• “PWBs” 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. Indicates lead-free solder of tin, silver and copper.

Using lead-free wire solder

• When fixing 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 qC, 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.

Soldering

• As the melting point of lead-free solder (Sn-Ag-Cu) is about 220 qC which is higher than the conventional lead solder by 40 qC, 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 confirm 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, file it with steel wool or fine sandpaper.

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

Lead-free wire solder for servicing

PARTS CODE

ZHNDAi123250E BL J I0.3mm 250g (1roll) ZHNDAi126500E BK J I0.6mm 500g (1roll) ZHNDAi12801KE BM J I1.0mm 1kg (1roll)

PRICE RANK

PART

DELIVERY

DESCRIPTION

ii

LC-60G9T / LC-70G9T

OUTLINE

MAJOR SERVICE PARTS

PWB Unit

Ref NO.

LC-60G9T

DKEYFM216FMG3 RUNTKB116WJQZ DUNTKG016FMG1 DUNTKF800FMF8 DUNTKG017FMF7 DUNTKG215FMG2

LC-70G9T

DKEYFM216FMG4 RUNTKB118WJQZ DUNTKG016FMG1 DUNTKF800FMF8 DUNTKG017FMF7 DUNTKG215FMG2

OTHER unit

Ref NO.

LC-60G9T

R1JE600D3HD60W

LC-70G9T

R1JE695D3HB10W

PARTS CODE DESCRIPTION

tinUniaMN

tinurewoP06N

tinUCRDELN

tinUyeKN

tinUD3N

TN -Con Unit

tinUniaMN

tinurewoP07N

tinUCRDELN

tinUyeKN

tinUD3N

TN -Con Unit

PARTS CODE DESCRIPTION

06N -Inch Panel

07N -Inch Panel

IC For Exclusive Use of the Service

PARTS CODE DESCRIPTION

LC-60/70G9T

IC2004 RH-IXD515WJN8Q IC (Monitor Microprocessor) 1

Service Jigs

PARTS CODE DESCRIPTION

LC-60/70G9T

N QCNW-M539WJQZ

PD Main-Power + TCON 100cm

iii

YtQ.ONfeR

1

CHAPTER 1. SPECIFICATIONS

[1] SPECIFICATIONS

Specifications

LC-60G9T / LC-70G9T

Item

080,1x029,1noituloseR

06LAP/34.4CSTN/85.3CSTN/MACES/LAPmetsysruolocoediV

TV function TV-standard Analogue NTSC: M

Digital DVB - T

Receiving channel Analogue VHF/UHF 44.25-863.25 MHz

Digital VHF 470-806 MHz

hc531teserpotuAmetsysgninutVT

STEREO/BILINGUAL BTSC system

)refooW(1xW51,2xW01reifilpmaoiduA

Terminals

Power consumption (method IEC62087) 217 W

Operating temperature

*1

The HDMI 2 and 電腦(PC) terminals can both use the same audio input terminal.

• As a part of our policy of continuous improvement, SHARP reserves the right to make design and specification changes for product improvement without prior notice. The performance specification figures indicated are nominal values of production units. There may be some deviations from these values in individual units.

(無線電視/有線電視)

(Antenna input)

電腦

(PC) 15 pin mini D-sub, AUDIO in (shared usage with HDMI2) (

輸

入1 (INPUT 1) (ARC) HDMI HDMI (HDMI input) (480I, 576I, 480P, 576P, 720P/50Hz, 720P/60Hz,

輸

入2 (INPUT 2) HDMI HDMI (HDMI input) (480I, 576I, 480P, 576P, 720P/50Hz, 720P/60Hz,

輸

入3 (INPUT 3) HDMI HDMI (HDMI input) (480I, 576I, 480P, 576P, 720P/50Hz, 720P/60Hz,

輸

入 4 (MHL) HDMI HDMI (HDMI input) (480I, 576I, 480P, 576P, 720P/50Hz, 720P/60Hz,

輸

入 ,zH05/P027,P675,P084,I675,I084(niTNENOPMOC,niOIDUA)5TUPNI(5

輸

入 niOIDUA,niOEDIV)6TUPNI(6

輸

入 niOIDUA,niOEDIV)7TUPNI(7

USB 2 (無線網絡) (WIRELESS LAN) USB

(硬碟)

USB 3

乙太網絡ETHERNET (10/100 BASE-T) Network connector 聲音輸入(HDMI 2/電腦)

AUDIO IN (HDMI 2/PC)

數位聲音輸出

(DIGITAL AUDIO OUTPUT) 輸出(OUTPUT)/Headphones

ANT

(HDD) USB

UHF/VHF/CATV 75 q F type

1080I/50Hz, 1080I/60Hz, 1080P/50Hz, 1080P/60Hz, 1080P/24Hz)

1080I/50Hz, 1080I/60Hz, 1080P/50Hz, 1080P/60Hz, 1080P/24Hz), AUDIO in (shared usage with PC) (

1080I/50Hz, 1080I/60Hz, 1080P/50Hz, 1080P/60Hz, 1080P/24Hz)

720P/60Hz, 1080I/50Hz, 1080I/60Hz)

3.5 mm jack*

Optical S/PDIF digital audio output

3.5 mm jack (audio output)

(0.3 W Standby)

0 °C to e 40 °C

rotcennocelamnip9buS-DC232-SR

3.5 mm jack)

BSU1BSU

1

esenihClanoitidarT/hsilgnEegaugnalDSO

zH06,V011CAtnemeriuqerrewoP

161 W (0.3 W Standby)

W04W74edomrepapllawgnirudnoitpmusnocrewoP

gk93gk5.94dnatShtiWthgieW

gk23gk5.24dnatStuohtiW

T9G06-CLT9G07-CL

3.5 mm jack)

1 – 1

LC-60G9T / LC-70G9T

CHAPTER 2. OPERATION MANUAL

[1] OPERATION MANUAL

Part names and functions

TV (front view)

電源(POWER)

目錄(MENU)

輸入(INPUT)

頻道

r/s

(CH

音量 (VOL

r/s

e/f e/f

)

REC

1

*

3Dinfraredemitter

POWER

Remotecontrol

sensor

*1

This panel emits infrared signal towards the 3D glasses you wear when viewing 3D images. Do not place anything between the 3D infrared emitter on

the TV and the infrared receiver on the 3D glasses.

*2

OPC: Optional Picture Control

OPC

sensor*

2

POWER

indicator

TIMER

indicator

REC

indicator

TV (rear view)

電腦 (PC)terminal

RS-232Cterminal

電腦

8

輸入7( 影像 / 聲音 ( 左 / 右 )) terminal(INPUT7)

輸入6( 影像 / 聲音 ( 左 / 右 )) terminal(INPUT6)

輸入5( 色差端子 / 聲音 ( 左 / 右 )) terminal(INPUT5)

右 聲音 左 影像

右 聲音 左

色差端子

2 – 1

輸入7

輸入6

輸入5

6

5

Part names and functions

TV (rear view) (continued)

USB1port

輸出

輸出(Headphones/

)右/左(音聲

聲音(左/右)) terminal

USB2port (WIRELESSLAN)

HDMI1(HDMI/ARC) terminal(INPUT1)

HDMI2(HDMI) terminal(INPUT2)

LC-60G9T / LC-70G9T

*1

乙太網絡

(ETHERNET)

(10/100)terminal

USB3(硬碟)

(HDD)port

Antennaterminals(無線電視/有線電視)

(DC5V900mA)

HDMI3(HDMI) terminal(INPUT3)

HDMI4(HDMI/MHL) terminal(INPUT4)

聲音輸入(HDMI2/電腦) (AUDIOIN(HDMI2/PC))

*2

jack

數位聲音輸出 (DIGITALAUDIO OUTPUT)terminal

Regarding details of Skype, visit the following website. skype: http://www.skype.com or Sharp: http://www.aquos-world.com

*1

The HDMI 2 and 電腦 terminals can both use the same audio input terminal(聲音輸入 (HDMI 2/電腦) (AUDIO IN) (HDMI 2/PC)). However, the proper item must be selected in the “Audio select” menu .

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.

2 – 2

LC-60G9T / LC-70G9T

Part names and functions

Remote control unit

1

2

3

4

5

6 7

8

9

10

11 12

13 14 15 16

1 電源(<) (Standby/On)

To switch the power on and off .

2 外部設備 (EXT MEDIA) buttons

AQUOS LINK If external equipment such as a AQUOS BD player is connected via HDMI cables and is AQUOS LINK compatible, you can use these EXT MEDIA buttons.

USB-recording Record a programme you are watching.

3 電視 (>)

Press to access analogue and digital TV mode.

4 資訊(INFO)

DTV : Display the programme information . ATV : Display the channel information.

50–9*

Set the channel .

6 A (Flashback)*

Press to return to the previously selected channel or external input.

7 首頁 (HOME)

Display the “HOME” screen to enjoy Internet connection and Home network function and to perform settings for the TV .

** 17

18

19

20

21 22 23

24 25 26 27

83D

Select between 3D and 2D image viewing .

9 a/b/c/d (Cursor)

Select a desired item on the setting screen.

? (ENTER)

Execute a command.

10 退出( EXIT

Turn off the On-Screen Display .

11 e (Mute)

Mute the sound.

12 音

*

Set the volume.

13 音

頻切換 (MPX)

Select a sound multiplex mode .

14 寬螢幕 (WIDE)

Change a wide image mode .

15 控制 (CONTROL)

Press to display the panel to operate some functions on the screen.

16 靜止 (FREEZE)

Freeze a motion picture on the screen.

17 字幕(Subtitle)

Switch subtitle languages on/off .

18 b (INPUT SOURCE)*

Select an input source .

19 目錄 (@)

Displays the menu screen .

20 返回 ( RETURN

Menu mode: Return to the previous menu screen .

21 指南(GUIDE)

DTV : To display EPG (Electronic Programme Guide) screen ATV : Display the channel list.

22 頻道r/s (CHr/s)

TV input mode: Select the channel . AQUOS.NET: Select the page .

23 紅/綠/黃/藍 (R/G/Y/B) (Colour) buttons

The coloured buttons are correspondingly used to select the coloured items on the screen (e.g., AQUOS LINK, USB media, Home network).

24 螢幕顯示 (DISPLAY)

Display the channel or input information. Reveal/hide the guide display for USB media mode.

25 影音模式(#)

Select audio/video settings .

26 ECO

Select “Energy save” setting .

27 定時關機 (SLEEP)

Set the sleep timer.

+/‒

)

(Y+/‒)

)

NOTE

* “0 − 9”, “A”, “b” are used by string input like a mobile

phone.

** This button does not work on this model.

2 – 3

Attaching the stand unit

LC-60G9T / LC-70G9T

• Before attaching (or detaching) the stand, unplug the AC cord.

• Before performing work, spread cushioning over the surface on which you will be laying the TV. This will prevent it from being damaged.

• Be sure that two or more persons attach the stand.

CAUTION

• Attach the stand in the correct direction.

• Be sure to follow the instructions. Incorrect installation

of the stand may result in the TV falling over.

• After attaching the stand to the TV, do not hold the stand when you put up, set up, move or lay down the TV.

• Do not remove the stand from the TV unless using a wall mount bracket to mount it.

1

Conﬁrmthatthereare9screws(fourM6screws, fourM5screwsandoneM4screw)suppliedwith thestandunit.

2

Attachthesupportingposttothestandbase.

1

Insert the claws of the supporting post into the stand base.

2

Secure the post and the base using the M6 screws (length: 60" (10 mm / 70" (20 mm)) and a screwdriver.

M6 screws

4

InsertandtightentheM5screws(length:14mm) intotheholesontherearoftheTV.

M5 screws

5

Attachingthestandcover.

1

Insert the stand cover.

2

Insert and tighten the M4 screw (length: 8 mm) into the holes of the stand cover.

• Tighten the screw by pressing the bottom of the stand base to the TV side.

M4 screw

NOTE

• Tighten the screws to the holes of the mark “b”.

3

Insertthestandintotheopeningsonthebottom oftheTV(holdthestandsoitwillnotdropfrom theedgeofthebasearea).

• Make sure that the stand is firmly inserted into the TV. Improper installation may result in tilting of the TV set.

Soft cushion

NOTE

• To detach the stand unit, perform the steps in reverse order.

• A screwdriver is not supplied with this product.

• In the installation procedure, be careful not to catch your fingers between the TV set and the floor.

2 – 4

CHAPTER 3. DIMENSIONS

[1] DIMENSIONS

Dimensional drawings

LC-70G9T

(971)

(932)

(1539)

LC-60G9T / LC-70G9T

*2

(28)

(1578)

*1

(866)

(178)

(513)

(58)

LC-60G9T

(251)

(848)

(810)

(1329)

(621)

*1

(640)

(400)

(1378)

(640)

(400)

*1

(748)

(451)

(200)

(400)

(178)

(385)

(28)

(58)

*2

(176)

*1

Active area

*2

Thinnest part (except of terminal height)

(575)

NOTE

• Dimensions do not include protrusions such as screws and some parts.

3 – 1

(200)

(400)

LC-60G9T / LC-70G9T

CHAPTER 4. REMOVING OF MAJOR

PARTS

R E M O V I N G

O F

M A

1. Removing of Stand Unit and Rear Cabinet Ass'y. (LC-60G9T/ LC-70G9T)

1. Remove the 1 lock screw and detach the Stand Safety Cover Ass'y.

2. Remove the 4 lock screws and detach the Stand Unit.

3. Remove the 1 lock screw and detach the AC Cord Cover .

4. Disconnect AC Wire and detach the AC Cord .

5. Remove the 23 lock screws , 5 lock screws and the 4 Hooks and detach the Rear Cabinet Ass'y .

AC Cord Cover

AC Cord

J O R

P A R T R E M O V I N G

O F

M A J O R

P A R T R E M O V I N G

O F

M A J O R

P A R T R E M O V I N G

O F

M A J O R

P A R T R E M O V I N G

O F

M A J O R

P A R T

4 – 1

2. Removing of Speaker (L/R) and KEY Unit. ( LC-60G9T )

1. Remove the 1 lock screw and the 4 Hooks and detach the Bottom Cover Ass’y .

2. Detach the Speaker (L) , Speaker (R) .

3. Detach the KEY Unit Ass'y .

4. Remove the 2 Hooks and detach the Key Button from the Key Button Cover .

5. Disconnect the KM wire.

6. Detach the KEY Unit from Key Button .

LC-60G9T / LC-70G9T

Speaker (R)

Bottom Cover Ass'y

SP

Speaker (L)

4 – 2

LC-60G9T / LC-70G9T

3. Removeing of Connectors and Decoration Cover, Front Cover Ass'y and Back Light Support Angle Bottom Ass'y. ( LC-60G9T )

1. Disconnect the following connectors from MAIN Unit. (SB,PD,LV)

2. Disconnect the following connectors from POWER/DRIVE Unit. (L1,PD)

3. Disconnect the following connectors from LCD CONTROL Unit. (PL,LV)

4. Remove the 2 lock screws , 10 lock screws and detach the Front Cover Ass'y .

5. Remove the 6 lock screws and detach the Decoration Cover (Rear) .

6. Disconnect the following connector from BLUETOOTH Unit. (BT)

7. Detach the BLUETOOTH Unit from the Front Cover Ass'y .

8. Disconnect the following connector from ICON Unit. (CI)

9. Detach the ICON Unit from the Front Cover Ass'y .

10.Disconnect the following connector from R/C OPC Unit. (RA)

11.Detach the R/C OPC Unit from the Front Cover Ass'y .

12.Disconnect the following connector from WiFi Unit. (UB)

13.Detach the WiFi Unit from the Front Cover Ass'y .

14.Remove the 8 lock screws , 5 lock screws and detach the BL Support Angle Ass'y (Bottom) .

15.Detach the Speaker Unit (Woofer) .

2

Front Cover Ass'y

BLUETOOTH UNIT

BT

10

Speaker Unit (Woofer)

L1

PD

LV SP

PL

AC

8 8 8 8 8 8 8

11

8

1

RC BT

LV

IR UB

1

Decoration Cover (Rear)

PDSB

8 8

1

WiFi UNIT

ICON UNIT

UB

R/C OPC UNIT

CI RA

10

1010

10 10

Front Cover Ass'y

2

10

11

4 – 3

LC-60G9T / LC-70G9T

2. Removing of Bottom cover, Speaker(L/R), KEY Unit Ass'y.( LC-70G9T )

1. Remove the 1 lock screw and the 4 Hooks and detach the Bottom Cover Ass’y .

2. Detach the Speaker (L) , Speaker (R) .

3. Detach the KEY Unit Ass'y .

4. Remove the 2 Hooks and detach the Key Button from the Key Button Cover .

5. Disconnect the KM wire.

6. Detach the KEY Unit from Key Button .

Speaker (R)

Hook Hook

Bottom Cover Ass'y

SP

Speaker (L)

4 – 4

LC-60G9T / LC-70G9T

3. Removeing of Connectors and Decoration Cover, Front Cover Ass'y and Back Light Support Angle Bottom Ass'y. ( LC-60G9T )

1. Disconnect the following connectors from MAIN Unit. (SB,PD,LV)

2. Disconnect the following connectors from POWER/DRIVE Unit. (L1,PD)

3. Disconnect the following connectors from LCD CONTROL Unit. (PL,LV)

4. Remove the 2 lock screws , 10 lock screws and detach the Front Cover Ass'y .

5. Remove the 6 lock screws and detach the Decoration Cover (Rear) .

6. Disconnect the following connector from BLUETOOTH Unit. (BT)

7. Detach the BLUETOOTH Unit from the Front Cover Ass'y .

8. Disconnect the following connector from ICON Unit. (CI)

9. Detach the ICON Unit from the Front Cover Ass'y .

10.Disconnect the following connector from R/C OPC Unit. (RA)

11.Detach the R/C OPC Unit from the Front Cover Ass'y .

12.Disconnect the following connector from WiFi Unit. (UB)

13.Detach the WiFi Unit from the Front Cover Ass'y .

14.Remove the 8 lock screws , 5 lock screws and detach the BL Support Angle Ass'y (Bottom) .

15.Detach the Speaker Unit (Woofer) .

2

Front Cover Ass'y

BLUETOOTH UNIT

BT

10

Speaker Unit (Woofer)

L1

PD

LV SP

PL

AC

8 8 8 8 8 8 8

11

8

1

RC BT

LV

IR UB

1

Decoration Cover (Rear)

PDSB

8 8

1

WiFi UNIT

ICON UNIT

UB

R/C OPC UNIT

CI RA

10

1010

10 10

Front Cover Ass'y

2

10

11

4 – 5

LC-60G9T / LC-70G9T

CHAPTER 5. ADJUSTMENT

[1] ADJUSTMENT

[1] ADJUSTMENT PROCEDURE

Main unit supplied as service unit was adjusted on some item.

However, W/B adj is not finished because it needs to be done by final set condition. So the main unit is in the adjustment condition when it is supplied and K mark is shown up in display when you use it. After finishing Factory setting, K -mark disappear so please do it as following ADJUSTMENT PROCUDURE.

The adjustment values are set to the optimum conditions at the factory before shipping. If a value should become improper or an adjustment is required due to part replacement, make an adjustment according to the following procedure.

1. After replacement of any PWB unit and/or IC for repair, please note the following.

x When replacing the following units, make sure to prepare the new units loaded with updated software.

MAIN Unit: DKEYMF216FMG3: LC-60G9T

DKEYMF216FMG4: LC-70G9T

x When replacing the LCD control PWB, perform the VCOM adjustment.

2. Upgrading of each microprocessor software

CAUTION: Never “POWER OFF” the unit when software upgrade is ongoing.

Otherwise the system may be damaged beyond recovery.

2.1. Software version upgrade

The model employs the following software.

• Main software LC-60/70G9T (please use a software version after XIAN_G9T_XXX.USB)

• Monitor microprocessor software (please use a software version XIANSUBXXX-SMB)

The main software, monitor microprocessor software can be upgraded by using a general-purpose USB Memory.

The followings are the procedures for upgrading, explained separately for the main software, monitor microprocessor software.

2.2. Main software version upgrade

2.2.1 Get ready before you start

• USB Memory of 128MB or higher capacity.

• PC running on Windows 98/98SE/ME/2000/XP operating system.

• USB Memory reader/writer or PC with a USB port.

• The file system of a USB memory is FAT. (FAT32 supports)

• Use the USB memory without other functions. (lock and memory reader...etc)

2.2.2 Preparations

To upgrade the main software, it is necessary to get ready the USB Memory for version upgrade before you start.

Follow the steps below and create the USB Memory for version upgrade.

1. Copy the file XIAN_G9T-XXX.USB for version upgrade to the root directory (folder) of the USB Memory.

NOTE: In the USB Memory drive, do not store other folders or unrelated files, or more than one file for version upgrade.

Now the USB Memory for version upgrade is ready.

5 – 1

LC-60G9T / LC-70G9T

2.2.3 How to upgrade the software

1. Unplug the AC cord.

2. Insert the USB Memory for version upgrade into USB1.

3. Plug in the AC cord with power button pressed down.

4. After 5 seconds, unpress the power button.

5. After the unit startup, the system upgrade screen as shown below within 20-40 seconds.

Software Update

MAIN

SUB MICOM

PANEL EEPROM

3D IR MICOM

MAIN Version

SUB MICOM Version

PANEL EEPROM

3D IR MICOM Version

6. Even a single failure in the process will trigger the upgrade failure screen.

Software Update

UPGRADE FAILURE

MAIN

SUB MICOM

PANEL EEPROM

3D IR MICOM

MAIN Version

SUB MICOM Version

PANEL EEPROM

3D IR MICOM Version

60/70G9T

26%

NO DATA

095X1307021

60/70G9T

Project ID

NO DATA

NOTE: In the event of a failure, repeat the upgrade process. If the process repeatedly fails, it is likely that the hardware need fixing.

7. Upon completion of the whole process, the upgrade success screen as shown below appears. You can check the new software version on this screen. The version information appears after the upgrade is complete.

Software Update

MAIN Version

SUB MICOM Version

PANEL EEPROM

3D IR MICOM Version

UPGRADE SUCCESS

MAIN

SUB MICOM

PANEL EEPROM

3D IR MICOM

100%

NO DATA

095X1307021

60/70G9T

8. Unplug the AC cord and remove the USB Memory for version upgrade.

9. Now the software version upgrade is complete.

NOTE: When you are done with the software version upgrade, start the set, go to the top page of the adjustment process screen and check the main

software version information.

If you upgrade the software version of 60/70G9T the model name is upgrade screen is displayed as 60/70G9T.

5 – 2

LC-60G9T / LC-70G9T

2.3. Monitor microprocessor software version upgrade

Create the USB memory for monitor microprocessor software version upgrade in the same manner as explained in the “Main software version upgrade”.

Copy the file XIAN_G9T_XXX.USB and XIANSUBxxx.SMB. (named temporarily) for monitor microprocessor software version upgrade to the

USB memory.

2.3.1 How to upgrade the software

1. Unplug the AC cord.

2. Insert the USB Memory for version upgrade into USB1.

3. Plug in the AC cord with power button pressed down.

4. After 5 seconds, unpress the power button.

CAUTION: • The moment this operation is done, the upgrading of the monitor microprocessor software starts. While the upgrade is ongoing, never

5. After the unit startup, the upgrade starts. The power led will blink co

power off the unit. Otherwise the upgrade will fail and the system may be serious damaged beyond recovery (inability to start).

• After the monitor microprocessor software is upgraded, also perform the 'Industry Init'.

ntinuously. Also, an upgrade screen will be shown during a minor upgrade.

Software Update

MAIN Version

SUB MICOM Version

PANEL EEPROM

3D IR MICOM Version

MAIN

SUB MICOM

PANEL EEPROM

3D IR MICOM

NO DATA

50%

NO DATA

0.820

60/70G9T

6. If the upgrade fails, power led will stop blinking. Also, the upgrade failure screen will be shown if upgrade screen was shown at 5.

Software Update

MAIN Version

SUB MICOM Version

PANEL EEPROM

3D IR MICOM Version

UPGRADE FAILURE

MAIN

SUB MICOM

PANEL EEPROM

3D IR MICOM

NO DATA

SAME VERSION

NO DATA

60/70G9T

NOTE: In the event of a transient failure, upgrade will be automatically retried up to three times. If the process repeatedly fails, hardware may be the

cause.

7. The upgrade success screen will be shown if upgrade screen was shown at 5.

Software Update

MAIN Version

SUB MICOM Version

PANEL EEPROM

3D IR MICOM Version

UPGRADE SUCCESS

MAIN

SUB MICOM

PANEL EEPROM

3D IR MICOM

NO DATA

100%

NO DATA

0.820

60/70G9T

8. Unplug the AC cord and remove the USB Memory for version upgrade.

9. Now the software version upgrade is complete.

NOTE: When you are done with the software version upgrade, start the set, go to the top page of the adjustment process screen and check the mon-

itor microprocessor software version information and panel size information.

If you upgrade the software version of 60/70G9T, the model name in upgrade screen is displayed as 60/70G9T.

5 – 3

LC-60G9T / LC-70G9T

3. Entering and exiting the adjustment process mode

1) Before entering the adjustment process mode, the AV position RESET in the video adjustment menu.

2) While holding down the “VOL(-)” and “INPUT” keys at a time, plug in the AC cord of the main unit to turn on the power.

The letter “<K>” appears on the screen.

3) Next, hold down the “VOL(-)” and “CH( )” keys at a time.

(The “VOL (—)” and “CH ( )” keys should be pressed and held until the display appears.)

Multiple lines of blue characters appearing on the display indicate that the unit is now in the adjustment process mode.

When you fail to enter the adjustment process mode (the display is the same as normal startup), retry the procedure.

4) To exit the adjustment process mode after the adjustment is done, unplug the AC cord from the outlet to make a forced shutdown. (When the power was turned off with the remote controller, once unplug the AC cord and plug it again. In this case, wait 10 seconds or so before plugging.)

CAUTION: Use due care in handling the information described here lest your users should know how to enter the adjustment process mode. If the

4. Remote controller key operation and description of display in adjustment process mode

1) Key operation

CH ( / ) VOL (+/–) VOL (+/–) Changing a selected item setting (+1/ –1) Cursor (UP/DOWN) ————— Turing a page (PREVIOUS/NEXT) Cursor (LEFT/RIGHT) ————— Changing a selected line setting (+10/ –10)

2) Description of display

settings are tampered in this mode, unrecoverable system damage may result.

noitcnuFyektinuniaMyekrellortnocetomeR

CH ( / )

Moving an item (line) by one (UP/DOWN)

)gnihctiwselggot(gnihctiwstupnI—————TUPNI

noitcnufagnitucexE—————RETNE

*Input mode is switched automatically when relevant adjustment is started so far as the necessary input signal is available.

(1) Current page/

Total pages

(2) Current selected input

(3) Current color system

(4) Inducing display

(5) LCD Panel size/Speaker type

MAIN Version

BOOT Version

Monitor Version

T-CON Version / LED CON Version

NET TV KEY / MAC

CI+INFO/SECURE BOOT

MARLIN

FRC Version

VMDRM

LAMP ERROR

MONITOR ERR CAUSE

NORMAL STANDBY CAUSE

ERROR STANDBY CAUSE

(6) Item name

AILARTSUAOTUAVTD02/1

1.00 (X 2012/XX/XX)

PRAHA 100

1.00

XXXXXXX / XX

----/XX-XX-XX-XX-XX-XX

----/No

0

1) XXXXX 2) XXXXX

3) XXXXX 4) XXXXX

0

00000

G9T

(7) Parameters

noitacificepsyalpsiDnoitpircseD.oN

(1) Present page/number of total pages 2char/2char Decimal Number mark. (2) Input that has been selected now DTV/TUNER/INPUT1/INPUT2/INPUT3/INPUT4/INPUT5/INPUT6/INPUT7

.cte05/i0801/i085/i084/MACES/LAP/344N/853N/OTUAmetsysruoloctneserP)3( 

LARENEG/DNALAEZWEN/AILARTSUAyalpsidgnicudnI)4(

(5) Inch setting and Model name display Inch setting and Model name display

rahc03.xaMemanmetI)6( rahc06.xaMretemaraP)7(

NOTE: In the case of 60G9T or 70G9T also ,the model name of ( 5 ) is displayed as G9T.

.

5 – 4

5. List of adjustment process mode menu

The character string in brackets [ ] will appear as a page title in the adjustment process menu header.

1/20

4 T-CON Version / LED CON Version xxxxxxxx/xxxx T-CON/H.264 Version

6 CI + INFO / SECURE BOOT xxxxx/NO CI + Key Information / SECURE BOOT 7 MARLIN 8 FRC Version 9 IR Micom Version

2/20

3/20

4/20

11 MONITOR ERR CAUSE 1) xxxxxx 2) xxxxxx

4

7 TUNER ADJ (SMPTE CH57) Enter TUNER auto adjustment execution (SMPTE CH57) 8 PAL+TUNER ADJ (SMPT

10 TUNER CONTRAST D_GAIN 2048 TUNER signal level adjustment 11 TUNER CONTRAST OFFSET 256 TUNER signal level adjustment

8 SECAM CONTRAST D_GAIN 2048 SECAM contra 9 SECAM CONTRAST OFFSET 256 SECAM contrast adjustment

E CH57) Enter PAL TUNER auto adjustment execution (SMPTE CH57)

3) xxxxxx 4) xxxxxx

Last error standby cause.

(Excluding the error) Refer to 7. STANDBY CAUSE FUNCTIONS.

TIONS.

itazilaitinIretnETINIYRTSUDNI1 on to factory settings execution.

ilaitinIFFO)cilbuP-(TINIYRTSUDNI2 zation to factory settings execution.

(Public mode is excluded)

(Level appears in green on the upper right)

noisreverawtfosniaM)xxxxx(xxx1noisreVNIAM1

noisreVTOOBxxxxxxxnoisreVTOOB2

sserddACAMxxxx/xxxCAM/YEKVTTEN5

.sruohgnitareponiaM—emitucAretneC

.teserrorrepmaLFFOTESERRORREPMAL8

TESMARAPJDAretnETESMARAPJDA9

tnemtsujdaLAPretnEJDALAP1

tnemtsujdaMACESretnEJDAMACES2

tnemtsujda853NretnEJDA853N3

st adjustment

LC-60G9T / LC-70G9T

noisreverawtfosrotinoMxxxxxxxnoisreVrotinoM3

.rorrepmaloteudnoitanimretforebmuN0RORREPMAL01

.dneehttaybdnatsemacebtahtnoitasutiS0ESUACYBDNATSLAMRON21

gnittesFFO/NOedomcilbuPFFOEDOMCILBUP3

.tesersruohgnitareponiaMFFOTESER5

.sruohgnitarepothgilkcaB—emitucAthgilkcaB6

.tesersruohgnitarepothgilkcaBFFOTESER7

DAERCIVrofgnittesetanidrooc-X0SOPXCIV01 DAERCIVrofgnittesetanidrooc-Y0SOPYCIV11

DAERCIVrofgnittesepytlangiSNIAMEPYTLANGISCIV21

noitcnufnoitisiuqcalevelerutciPFFODAERCIV31

cexetnemtsujdaotuaRENUTretnEJDARENUT1

noitu

noitucexetnemtsujdaotuaRENUTLAPretnEJDARENUT+LAP2

)HC8-AC(noitucexetnemtsujdaotuaRENUTretnE)HC8-AC(JDARENUT3

)ETPMS(noitucexetnemtsujdaotuaRENUTretnE)ETPMS(JDARENUT5

tnemtsujdalevellangisRENUT41NIAG_ATSARTNOCRENUT9

tnemtsujdatsartnocLAP41NIAG_ATSARTNOCLAP4 tnemtsujdatsartnocLAP8402NIAG_DTSARTNOCLAP5 tnemtsujdatsartnocLAP652TESFFOTSARTNOCLAP6

tnemtsujdatsartnocMACES41NIAG_ATSARTNOCMACES7

tnemtsujdatsartnoc853N41NIAG_ATSARTNOC853N01

tnemtsujdatsartnoc853N8402NIAG_DTSARTNOC853N11 tnemtsujdatsartnoc853N652TESFFOTSARTNOC853N21

).cte,liatedtnemtsujda(skrameRnoitpircseDmetIeniLegaP

-CNUFESUACYBDNATS.7otrefeR.esuacybdnatsrorrE0000ESUACYBDNATSRORRE31

)HC8-AC(noitucexetnemtsujdaotuaRENUTLAPretnE)HC8-AC(JDARENUT+LAP4

)ETPMS(noitucexetnemtsujdaotuaRENUTLAPretnE)ETPMS(JDARENUT+LAP6

5 – 5

LC-60G9T / LC-70G9T

5/20

3 INSPECT USB TERM PORT ALL : - - - - - - Reading inspection of USB memory terminal 4 MONIDATA READ [TEMP/OPC] OFF MONITOR Temperature/OPC Acquisition tool.

6/20

7/20

8/20

9/20

10/20

11/20

12/20

3 MONITOR EEP READ/WRITE WRITE MONITOR EEPROM READ/WRITE Setting/execution

13/20

1 LCD TEST PATTERN 2 LCD TEST PATTERN 1 NOT SUPPORT Pattern with built-in LCD controler display

4 LCD TEST PATTERN 3 NOT SUPPORT 5 LCD TEST PATTERN 4 NOT SUPPORT

).cte,liatedtnemtsujda(skrameRnoitpircseDmetIeniLegaP

tsetCECIMDHretnETSETCECIMDH1

GNITIRWDIDEIMDHretnEETIRWDIDEIMDH2

esuacybdnatsfoteseRretnETESERESUAC5

tnemtsujdalevelerutcipK51tnenopmoCretnEJDALLAK51PMOC1

eulavtnemtsujdaNIAGY041NIAGYNIAMK51PMOC2

eulavtnemtsujdaNIAGbC051NIAGBCNIAMK51PMOC3

eulavtnemtsujdaNIAGrC051NIAGRCNIAMK51PMOC4

eulavtnemtsujdaTESFFOY46TESFFOYK51PMOC5

eulavtnemtsujdaTESFFOBC821TESFFOBCK51PMOC6 eulavtnemtsujdaTESFFORC821TESFFORCK51PMOC7

0PMALC_AK51PMOC8

tnemtsujdaleveloedivVTDHretnEJDAVTDH1

eulavtnemtsujdaNIAGYVTDH041NIAGYVTDH2

eulavtnemtsujdaNIAGbCVTDH051NIAGBCVTDH3

eulavtnemtsujdaNIAGrCVTDH051NIAGRCVTDH4

eulavtnemtsujdaTESFFOYVTDH46TESFFOYVTDH5

eulavtnemtsujdaTESFFOBCVTDH821TESFFOBCVTDH6 eulavtnemtsujdaTESFFORCVTDH821TESFFORCVTDH7

0PMALC_AVTDH8

tnemtsujdaleveloedivGOLANAIVDretnEJDACPGOLANA1 eulavtnemtsujdaFFOTUCR46TESFFOR2 eulavtnemtsujdaFFOTUCG46TESFFOG3

eulavtnemtsujdaFFOTUCB46TESFFOB4

eulavtnemtsujdaEVIRDR44NIAGR5

eulavtnemtsujdaEVIRDG44NIAGG6

eulavtnemtsujdaEVIRDB44NIAGB7

0PMALC_ABGR8

tnemtsujdasaibnommoC46JDAMOCV1

kcehcRDDetucexEretnEKCEHC2RDD1

00x0]0:1[AB2

0000x0]0:31[RDDA3 0000x0]0:51[QD4

FFO/NOCRFetucexEretnEFFO/NOCRF5

eulavtnemtsujdaEVIRDR0)OL(NIAGR1

eulavtnemtsujdaEVIRDG0)OL(NIAGG2 eulavtnemtsujdaEVIRDB0)OL(NIAGB3 eulavtnemtsujdaEVIRDR0)IH(NIAGR4

eulavtnemtsujdaEVIRDG0)IH(NIAGG5 eulavtnemtsujdaEVIRDB0)IH(NIAGB6

gnittestuo-emitnoitacinummocniamehtdnarotinoMNOTUOEMITROTINOM1

utarepmetXAMROTINOM95PMETXAMROTINOM2

FFO2NRETTAPTSETDCL3

gnitteser

gnisserddayrartibraMORPEEROTINOM0x0RDAPEEROTINOM4

noitacificepsatadyrartibraMORPEEROTINOM0x0ATADPEEROTINOM5

5 – 6

14/20

1 T-CON VERSION EXT.1 2 T-CON VERSION EXT.2 3 T-CON VERSION EXT.3 4 T-CON VERSION EXT.4

15/20

1 3D HDMI FPGA Version 22Do3D FPGA Version

09SSENTHGIRBDELD33 NOLORTNOCRETTIMERID34

16/20

FFOEDOMJDAKLATSSORC1 2 CROSS TALK TH1 3 CROSS TALK TH2 4 CROSS TALK TH3 5 CROSS TALK TH4 6 CROSS TALK GAIN1 7 CROSS TALK GAIN2 8 CROSS TALK GAIN3

17/20

00FAzHG4.2DISSIFIW1

05FAzHG5DISSIFIW2 05-zHG4.2ISSRIFIW3 05-zHG5ISSRIFIW4

01zHG4.2EMITIFIW5 01zHG5EMITIFIW6

RSSI(Passive)

W8

5GHz ERR - 1

18/20

0x 0

19/20

1 ERROR STANDBY CAUSE 1 NO RECORD ERROR STANDBY CAUSE 2 ERROR STANDBY CAUSE 2 NO RECORD 3 ERROR STANDBY CAUSE 3 NO RECORD 4 ERROR STANDBY CAUSE 4 NO RECORD 5 ERROR STANDBY CAUSE 5 NO RECORD

20/20

3 MONITOR ERROR CAUSE RESET OFF Reset of moni

NOTE: In the case of 60G9T or 70G9T also, please choose "G9T" as MODEL NAME in Page.20.

zHG5dnazHG4.2TSETISSRIFIW7

,1-RREzHG4.2TLUSERISSRIFI

retnEELBANEGALFPUREV6

NOTIMILLENAP7

032TIMILEGNARLENAP8

06TNERRUCKCEHCTROHS01

WOLWSTNERRUC11

LC-60G9T / LC-70G9T

).cte,liatedtnemtsujda(skrameRnoitpircseDmetIeniLegaP

etirW/daeRDAERETIRW/DAER1

sserddaevalS0EVALSSSERDDA/EVALS2

sserddaretsigeR0x0SSERDDARETSIGER3

atadgnitirW0x0ATADETIRW4

atadgnidaeR0x0ATADDAER5

.esuacybdnatsteseRFFOTESERESUACYBDNATS6

.MORPEEotseulavgnittesgnitirWFFOEVASPEE1

.MORPEEmorfseulavgnittesgnidaeRFFOREVOCERPEE2 tor error cause EMANLEDOMX048ELEMANLEDOM4

.gnittesezislenaP06EZISLENAP5

thgiLkcaBDELkcehCretnEEDOMKCEHCTROHS9

)yrotcafforecudorprof(gnivresnehwhcuott'noD0x0RDAPEETCUDORP21

hwhcuott'noD0x0ATADPEETCUDORP31 en serving (for producer of factory)

)yrotcafforecudorprof(gnivresnehwhcuott'noD552YROTCAFTCUDORP41

5 – 7

LC-60G9T / LC-70G9T

6. Special features

* STANDBY CAUSE (Page 1/20)

Display of a cause (code) of the last standby

The cause of the last standby is recorded in EEPROM whenever possible.

Checking this code will be useful in finding a problem when you repair the troubled set.

* EEP SAVE (Page 20/20)

Storage of EEP adjustment value

* EEP RECOVER (Page 20/20)

Retrieval of EEP adjustment value from storage area

7. STANDBY CAUSE FUNCTIONS

This model is equipped with a STANDBY CAUSE FUNCTIONS which stores the cause of why the unit is turned off and displays it on adjustment process mode.

1. NORMAL STANDBY CAUSE

ERROR CODE here indicates cause of standby in normal operation or Function of the Unit.

No display when the unit is turned off with R/C.

Only the latest cause is indicated.

2. ERROR STANDBY CAUSE

ERROR CODE here indicates cause of Error in the unit.

It also indicates accumulated operating times of the unit.

The last five histories are displayed.

1)-5) five histories 1) is the latest.

When there is no error, error code is ‘0’ and no characters appear.

3. MONITOR ERROR CAUSE

When the monitor micom detects an error, ERROR CODE is displayed.

The number of flashing Power LED and OPC LED indicates location of error detected.

This number stores the latest four contents of the error. ‘0’ is displayed when no error.

x NORMAL STANDBY CAUSE

2 NO_OPERT in the cause of “no operation off” 3 NO_SIGNA in the cause of “no signal off” 6 SLEEP_TM in the cause of “SLEEP timer” 8 OFF_232C in the cause of command by RS-232C

x ERROR STANDBY CAUSE

1A E_MONITR in the cause of monitor trouble detected 1C E_CVICBT in the cause of driver boot error 22 E_TCNERR in the cause of software abmormality of LCD controller 48 E_MRESET in the cause of failure of resetting menu settings (Initial Setup - Reset) 50 E_TCNF_S in the cause of TCON FPGAStatus error 54 E_TCON_E in the cause of fatal error by TCON hanging up

x MONITOR ERROR CAUSE

02 Initial Communication Error 2 Cannot receive initial communication from main CPU 03 Initial Communication Error 3 Receive initial communication only 04 Initial Communication Error 4 To the communication setting reception 05 Initial Communication Error 5 To the initialization completion reception 06 Initial Communication Error 6 To the notice of version reception 07 Initial Communication Error 7 08 Initial Communication Error 8 To the start information answer reception 09 Initial Communication Error 9 To the time-out setting reception 0A Communication Error A Request Time-out

0B Communication Error B Restart Time-out 0C Communication Error C End sequence Time-out 0D Communication Error D Reserve start Time-out when End seqence 0E Communication Error E Download Start Time-out 0F Communication Error F Get Time Start Time-out

To the notice of start information reception

nosaeRrorrEyalpsiD

noitpircseDnoitacidnIedoCyalpsiD

5 – 8

nosaeRrorrEyalpsiD

11 Communication Error H Regular communication Time-out

rorrEpmaLrorrEeludoMDCL61

rorrEerutarepmeTrotinoM2rorrErehtOA1

1D Power supply Error1 PS_ON(AC_DET) Error

1E Power supply Error 2 D_POW(DET_13V) Error 1F Power supply Error 3 D_POW(DET_D3V3) Error 21 Power supply Error 5 Panel Power Error

UPCniaMmorftseuqerybdnatSrorrE3rorrErehtO32

LCD TV ADJUSTMENT ITEM

1. MICON SOFTWARE DATA INPUT

1) Main MICON/Monitor MICON Software Data Input (Main PWB : QPWBXG216WJ**)

1 Main MICON/

Monitor MICON Data Input

(Main PWB)

Checker adjustment

Full version confirmation

USB Memory

1. At checker, connect software jig at SC3101 (TL3114~3128).

2. Connect the USB memory at J9502 (TL9524~TL9527)

3. Standard voltage apply at Main PWB and from software jig, BOOT Operation starting.

4. Software entry start command is transmitted through RS232C

5. After receive confirmation software input condition, confirm it by reply OK and cut off the power.

Confirmation.

[ Caution item ] If USB memory is not conne

cted or error such as cannot read data

occurs, no data will be input.

LC-60G9T / LC-70G9T

ERUDECORPNOITIDNOCMETI

2) T-CON ROM DATA INPUT (T-CON PWB : QPWBXG215WJ**)

1 T-CON Data

Input

Checker adjustment

3. At checker, connect software jig at CN5801 (TL5801~5807).

4. Input voltage at P4804 (TL4801~TL4804) and ROM start to

input data.

(T-CON PWB)

Full version

3. Power OFF after finish data input.

confirmation

[ Caution item ]

If some error happened, ROM data is not written in at all.

Note: Please refer to below for combination of T-Con software

R1JE600D3HD60W

1

2

R1JE695D3B10W

DUNTKG215FMG1

DUNTKG215FMG2

PRIMROSE_CMB_601F8(YS2)_2012100330440002_3FAAEBD.ROM

PRIMROSE_CMB_701FC(YS2)_2012100330550004_3B59E6E.ROM

ERUDECORPNOITIDNOCMETI

ERAWTFOSNOC-TTINUNOC-TLENAPDCL

5 – 9

LC-60G9T / LC-70G9T

C

o

m

A

9. SIGNAL ADJUSTMENT

9.1 ) LCD Adjustment [ LCD Module Adjustment ]

1BIAS

adjustment

(LCD module Adjustment Item)

Adjustment must be done at center of panel

ERUDECORPNOITIDNOCMETI

1. Enter adjustment mode by using test remote control.

2. By using Remote control, press

3. After press “ENTER”, adjustment pattern will appear..

4. With key volume + / -, adjust until the flicker is minimum appear on the center of the screen.

5. After satisfied with step 4, press “ENTER” to OFF.

[ Caution item ]

*Adjustment done during no signal from ANT (due to brightness will

change because of active backlight)

[ Adjustment Location ]

䊺䚸䊼

to select

[VCOM ADJ]

9.2) PICTURE ADJUSTMENT

(9.2.1) Equipment confirmation

Before adjustment, need to confirm that Adjustment equipment and signal generator have set to SHARP

LCD US used.

Confirmation of signal from generator (setting to spec level)

posite signal (NTSC)[For ‘T’ & ‘X’ model ] 㸸0.714Vp-p ± 0.02Vp-p (pedestal to white level)

(PAL/SECAM)[For ‘X’ model only] 㸸0.7 Vp-p ± 0.02Vp-p (pedestal to white level)

Component signal (50Hz) 㸸Y level 㸸0.7 Vp-p ± 0.02Vp-p (pedestal to white lev

Pb, Pr level 㸸0.7 Vp-p ± 0.02Vp-p

Component signal 㸸Ylevel 㸸0.7 Vp-p ± 0.02Vp-p (pedestal to white level)

Pb, Pr level 㸸0.7 Vp-p ± 0.02Vp-p

ogue RGB : RGB level 㸸0.7 Vp-p ± 0.02Vp-p (pedestal to white level)

el)

5 – 10

( 9.2.2 ) Adjustment Mode

ERUDECORPNOITIDNOCMETI

1 Adjustment Mode Press the test key at the test remote control

(9.2.3) PAL Signal Adjustment [For ‘X’ model ONLY. Skip for ‘T’ model]

ERUDECORPNOITIDNOCMETI

1 Setting [Signal]

PAL Full-field

࣭Feed the PAL Full-field Colour Bar signal(75% colour

saturation) to INPUT 6

Colour Bar

[Terminal] INPUT 6 Video input

100% WhiteЍЋBlack

LC-60G9T / LC-70G9T

2 Auto Adjustment Test Mode page

[4/33]

At the related page, move cursor to [PAL ADJ], press OK.

[PAL ADJ OK] appears when finished.

*Caution: Please execute (6) TUNER adjustment afterwards when adjust PAL signal of (3) after all

adjustments are completed.

(9.2.4) NTSC Signal Adjustment [For ‘X’ and ‘T’ model]

ERUDECORPNOITIDNOCMETI

1 Setting [Signal]

N358 Full-field

࣭Feed the NTSC-J Full-field Colour Bar signal(75% colour

saturation) to INPUT 6

Colour Bar

[Terminal] INPUT 6 Video input

100% WhiteЍЋBlack

2 Auto Adjustment Test Mode page

[4/33]

At the related page, move cursor to [N358 ADJ], press OK.

[N358 ADJ OK] appears when finished.

5 – 11

LC-60G9T / LC-70G9T

Ќ

00%

[

]

Ќ

00%

[

]

(9.2.5) SECAM Signal Adjustment [For ‘X’ model ONLY. Skip for ‘T’ model]

1 Setting [Signal]

SECAM Full-field Colour Bar

[Terminal] INPUT 6 Video Input

2 Auto Adjustment Test Mode page

[4/33]

(9.2.6) TUNER Signal Adjustment [For ‘X’ and ‘T’ model]

࣭Feed the SECAM Full-field Colour Bar signal(75% colour

saturation) to INPUT 6

100% White

At the related page, move cursor to [SECAM ADJ], press OK.

[SECAM ADJ OK] appears when finished.

ЍЋ

ERUDECORPNOITIDNOCMETI

Black

1 Setting [For ‘X’ model]

[Signal] PAL split color bar Internal UV

[Terminal] TUNER

[For ‘T’ model]

[Signal]

NTSC split color

bar Internal UV

[Terminal] TUNER

ERUDECORPNOITIDNOCMETI

࣭Feed the Internal signal (PAL colour bar E-12) to tuner RF.

Picture level and Sync Level 7:3

RF CH E-12

White 1

Feed the Internal signal (NTSC colour bar US-10CH) to

tuner RF. Picture level and Sync Level 7:3

RFCH US-10

White1

2 Auto Adjustment

[For ‘X’ & ‘T’ model]

Test Mode page

[3/33]

At the related page, move cursor to [TUNER ADJ], press OK.

[TUNER ADJ OK] appears when finished.

5 – 12

(9.2.7) Component 15K Adjustment [For ‘X’ and ‘T’ model]

1 Setting [For ‘X’ model]

[Signal] COMP 15K 50Hz

࣭Feed the COMPONENT 15K 50Hz (576i) 100% Full-field

Colour Bar signal(100% colour saturation) to COMPONENT INPUT 5

(576i) 100% Full-field Colour Bar

LC-60G9T / LC-70G9T

ERUDECORPNOITIDNOCMETI

[Terminal]

100% White

ЍЋ

COMPONENT INPUT 5

[For ‘T’ model]

[Signal] COMP 15K 60Hz (480i)

࣭Feed the COMPONENT 15K 60Hz (480i) 100% Full-field

Colour Bar signal(100% colour saturation) to COMPONENT INPUT 5

100% Full-field Colour Bar

[Terminal]

100% White

ЍЋ

COMPONENT INPUT 5

2 Auto Adjustment

[For ‘X’ & ‘T’ model]

Test Mode page

[6/33]

At the related page, move cursor to [COMP 15K ALL ADJ], press OK.

[COMP 15K ALL OK] appears when finished.

(9.2.8) HDTV Adjustment (Component 33K) [For ‘X’ and ‘T’ model]

1 Setting [For ‘X’ model]

[Signal] COMP 33K 50Hz (1080i/50Hz)

࣭Feed the COMPONENT 33K 50Hz (1080i) 100% Full-field

Colour Bar signal(100% colour saturation) to COMPONENT INPUT 5

100% Full-field Colour Bar

Black

ERUDECORPNOITIDNOCMETI

[Terminal] COMPONENT INPUT 5

100% White

5 – 13

ЍЋ

Black

LC-60G9T / LC-70G9T

[For ‘T’ model]

[Signal] COMP 33K 60Hz (1080i/60Hz) 100% Full-field Colour Bar

࣭Feed the COMPONENT 33K 60Hz (1080i) 100% Full-field

Colour Bar signal(100% colour saturation) to COMPONENT INPUT 5

[Terminal]

100% White

ЍЋ

COMPONENT INPUT 5

2 Auto Adjustment

[For ‘X’ & ‘T’ model]

Test Mode page

At the related page, move cursor to [HDTV ADJ], press OK.

[7/33]

[HDTV ADJ OK] appears when finished.

(9.2.9) PC ( Analogue D-sub 15 pin) Signal adjustment [For ‘X’ and ‘T’ model]

1 Setting

[For ‘X’ & ‘T’ model]

[Signal]

࣭Feed the XGA 60Hz 100% Full field colour bar signal (100%

colour saturation) to PC INPUT

XGA 60Hz 100% Full field Colour Bar

Black

ERUDECORPNOITIDNOCMETI

2 Auto Adjustment

[Terminal] PC INPUT 7

[For ‘X’ & ‘T’ model]

Test Mode page

[8/33]

100% White

ЍЋ

Black

At the related page, move cursor to [ANALOG PC ADJ], press OK.

[ANALOG PC ADJ OK] appears when finished.

5 – 14

10㸧WHITE BALANCE ADJUSTMENT/ GAMMA ADJUSTMENT

4

10.1㸧White Balance Adjustment / Gamma Adjustment

㸯

㸰

Setting

Auto

Adjustment

Brightness㸸MAX㸦+16㸧

AV MODE: DYNAMIC

Active Backlight: OFF

OPC: OFF

Set the luminance

㸦

meter on the centre of the

screen

[command]

Adjustment mode

Setting

Multi point adj.

Gamma adjustment mode setting

㸧

KRSW0001 KKT10037

KYOF0000 OSDS0001 SBSL0016

MSET0011

GC6P0011

Point 6

229

LEV60 GCC6**** MG6G**** MG6Y**** MG6B**** MG6R****

Point 5

LEV50

173

GCC5**** MG5G**** MG5Y**** MG5B**** MG5R****

Point 4

LEV40

133

GCC4**** MG4G**** MG4Y**** MG4B**** MG4R****

Point 3

LEV30116 GCC3**** MG3G**** MG3Y**** MG3B**** MG3R****

For the details of white balance adjustment procedure, please refer to white balance adjustment spec for Kameyama model ver 1.9.

1. Confirm the set condition.

2. Connect the white balance jig.

3. Through RS-232C command, adjustment mode screen is displayed

ㄪᩚἲࠚ 㸯.R/C࡟࡚ࠕࣔࢽࢱ࣮ㄪᩚᕤ⛬ࠖࢥ࣮ࢻࢆ㏦ಙࡍࡿࠋ 㸰.6 㺬㺽㺐㺻㺢┠ࢆᣦᐃࡉࢀࡓ㝵ㄪ࡟タᐃࡋࠊ࣐࢞ࣥㄪᩚࡢ 6 ࣏࢖ࣥࢺ

┠ࡢ㍤ᗘࢆ ᐃࡋࠊྲྀᚓࡋࡓ㍤ᗘࡢ 10 ಸࢆタᐃࡍࡿࠋ୍␒ᙉ࠸ ⰍࢆᅛᐃⰍ࡜ࡋ࣐࢖ࢼࢫㄪᩚ࡛ᇶ‽್࡟࡞ࡿࡼ࠺࡟ RGB ࢆㄪᩚ ࡍࡿࠋ

RGB ࡢ㝵ㄪࢆࢭࢵࢺࡋࡓᚋࠊYe ࡢ㝵ㄪࢆ⟬ฟࡍࡿࠋ R㸼G ࡢሙྜ…Ye=G×1.05

ࡓࡔࡋࠊYe ࡢ್ࡀึᮇ್(916)ࢆ㉸࠼ࡓሙྜࡣࠊ916 ࡜ࡍࡿ

RӌG ࡢ

ሙྜ…Ye=R×1.05

ࡓࡔࡋࠊYe ࡢ್ࡀึᮇ್(916)ࢆ㉸࠼ࡓሙྜࡣࠊ916 ࡜ࡍࡿ

ୖグ᮲௳ᘧ࠿ࡽ⟬ฟࡉࢀࡓ Ye ࡢ್ࢆ MG6YXXXX ࡛ࢭࢵࢺࡍ

ࡿࠋ

ᇶ‽್࡟཰᮰ࡍࡿࡲ࡛⧞ࡾ㏉ࡋ RGBYe ࢆㄪᩚࡍࡿࠋ

䠏.(STEP2)6 䢊䢛䡮䢙䢀┠䛾ㄪᩚᚋ㍤ᗘ Y

ศග㍤ᗘィ(SR-LEDW,SR-3 ➼)䛻䜘䜛⿵ṇ㍤ᗘ Y

R6,G6,B6 䜢 2-1 䛻䛶ィ⟬䛧䛯 6 䢊䢛䡮䢙䢀┠䛾 R,G,B ㄪᩚ್䛸䛩䜛䚹 Y

䠘258 䛛䛴㻌 R6䠙916 䛾ሙྜ䚸௨ୗ䛾ฎ⌮䜢⾜䛖䚹

WB6-SR3

䠙(268/Y

GAIN

G6

WB6-SR3

ణ䛧䚸Y=355…440cd/m GAIN

䠚1.10 䛾󰪍䚸GAING6=1.10 䛸䛩䜛䚹

G6

ィ⟬ᚋ䛾 6 䢊䢛䡮䢙䢀┠䛾 G 䜢 G6'䠙GAIN ィ⟬ᚋ䛾 6 䢊䢛䡮䢙䢀┠䛾 Ye 䜢 Ye6'䠙1.05×min(R6,G6')䛸䛩䜛䚹ィ⟬ᚋ䛾 6 䢊䢛䡮䢙䢀┠䛾 B 䜢 B6’䠙B6×G6’䠋G6 䛸䛩䜛䚹

ణ䛧䚸R6',G6',B6'䛜 916 䜢㉸䛘䜛󰪍䚸916 䛸䛩䜛䚹

.5 㺬㺽㺐㺻㺢┠ࢆᣦᐃࡉࢀࡓ㝵ㄪ࡟タᐃࡋࠊ ᐃࡋࡓ㍤ᗘ(cd/m2)ࡢ 10

ಸࢆ࣐࢞ࣥㄪᩚࡢ 5 ࣏࢖ࣥࢺ┠࡟タᐃࡍࡿࠋ

G ࡢ⿵ṇ್㸦692×6 㺬㺽㺐㺻㺢┠ G ್/916㸧(➃ᩘࡣᅄᤞ஬ධ)࠾ࡼࡧ Ye ࡢ⿵ṇ್(692×6 ࣏࢖ࣥࢺ┠Ye ್/916)(➃ᩘࡣᅄᤞ஬ධ)ࢆࢭ ࢵࢺࡋࠊᇶ‽್࡟࡞ࡿࡼ࠺࡟ RB ࢆ±ࡋ࡚ㄪᩚࡍࡿࠋ

5.4 㺬㺽㺐㺻㺢┠ࢆᣦᐃࡉࢀࡓ㝵ㄪ࡟タᐃࡋࠊ ᐃࡋࡓ㍤ᗘ(cd/m

ಸࢆ࣐࢞ࣥㄪᩚࡢ 4 ࣏࢖ࣥࢺ┠࡟タᐃࡍࡿࠋ G ࡢ⿵ṇ್㸦532×6 㺬㺽㺐㺻㺢┠ G ್/916㸧㸦➃ᩘࡣᅄᤞ஬ධ㸧࠾ࡼ

ࡧ Ye ࡢ⿵ṇ್(532×6 ࣏࢖ࣥࢺ┠ Ye ್/916)(➃ᩘࡣᅄᤞ஬ධ) ࢆ㺜㺍㺢ࡋࠊᇶ‽್࡟࡞ࡿࡼ࠺࡟ RB ࢆ±ࡋ࡚ㄪᩚࡍࡿࠋ

6.3 㺬㺽㺐㺻㺢┠ࢆᣦᐃࡉࢀࡓ㝵ㄪ࡟タᐃࡋࠊ ᐃࡋࡓ㍤ᗘ(cd/m

ಸࢆ࣐࢞ࣥㄪᩚࡢ 3 ࣏࢖ࣥࢺ┠࡟タᐃࡍࡿࠋ

ERUDECORPNOITIDNOCMETI

䜢 ᐃ䛧䚸䛭䛾⤖ᯝ䜢

WB6

)^(1/2䠅

2

┦ᙜ䚸365䞉䞉䞉453cd ┦ᙜ䚸

×G6 䛸䛩䜛䚹

G6

LC-60G9T / LC-70G9T

䛻⿵ṇ䛩䜛䚹

WB6-SR3

2

)ࡢ 10

2

)ࡢ 10

5 – 15

LC-60G9T / LC-70G9T

Point 2

LEV20 GCC2**** MG2G**** MG2Y**** MG2B**** MG2R****

Point 1

LEV10 GCC1**** MG1G**** MG1Y**** MG1B**** MG1R****

WB adj value data input

MSET0003

MIN࣭MAX point

GCP00000 GCP70255 GCC0**** GCC7****

Adj. Value data input

GCST0001

Measure Luminance after

adjustment

CHGM1255

074

045

G ࡢ⿵ṇ್㸦464×6 㺬㺽㺐㺻㺢┠ G ್/916㸧㸦➃ᩘࡣᅄᤞ஬ධ㸧࠾ࡼ

ࡧ Ye ࡢ⿵ṇ್(464×6 ࣏࢖ࣥࢺ┠ Ye ್/916)(➃ᩘࡣᅄᤞ஬ධ) ࢆ㺜㺍㺢ࡋࠊᇶ‽್࡟࡞ࡿࡼ࠺࡟ RB ࢆ±ࡋ࡚ㄪᩚࡍࡿࠋ

7.2 㺬㺽㺐㺻㺢┠ࢆᣦᐃࡉࢀࡓ㝵ㄪ࡟タᐃࡋࠊ ᐃࡋࡓ㍤ᗘ(cd/m

2

)ࡢ 10

ಸࢆ࣐࢞ࣥㄪᩚࡢ 2 ࣏࢖ࣥࢺ┠࡟タᐃࡍࡿࠋ G ࡢ⿵ṇ್㸦296×6 㺬㺽㺐㺻㺢┠ G ್/916㸧㸦➃ᩘࡣᅄᤞ஬ධ㸧࠾ࡼ

ࡧ Ye ࡢ⿵ṇ್(296×6 ࣏࢖ࣥࢺ┠ Ye ್/916)(➃ᩘࡣᅄᤞ஬ධ) ࢆ㺜㺍㺢ࡋࠊᇶ‽್࡟࡞ࡿࡼ࠺࡟ RB ࢆ±ࡋ࡚ㄪᩚࡍࡿࠋ

2

8.1 㺬㺽㺐㺻㺢┠ࢆᣦᐃࡉࢀࡓ㝵ㄪ࡟タᐃࡋࠊ ᐃࡋࡓ㍤ᗘ(cd/m

)ࡢ 10

ಸࢆ࣐࢞ࣥㄪᩚࡢ 2 ࣏࢖ࣥࢺ┠࡟タᐃࡍࡿࠋ G ࡢ⿵ṇ್㸦

180×6 㺬㺽㺐㺻㺢┠ G ್/916㸧㸦➃ᩘࡣᅄᤞ஬ධ㸧࠾ࡼ

ࡧ Ye ࡢ⿵ṇ್(180×6 ࣏࢖ࣥࢺ┠ Ye ್/916)(➃ᩘࡣᅄᤞ஬ධ) ࢆ㺜㺍㺢ࡋࠊᇶ‽್࡟࡞ࡿࡼ࠺࡟ RB ࢆ±ࡋ࡚ㄪᩚࡍࡿࠋ

9㸬MSET0003 ࢥ࣐ࣥࢻ࡟࡚ࠊㄪᩚ್ࢆ᭩ࡁ㎸ࡴࠋAC 㟁※ࢆษࡿࠋ

10㸬MIN࣭MAX ㄪᩚ㝵ㄪࢆᣦᐃࡉࢀࡓ㝵ㄪ࡟タᐃࡋࠊ࣐࢞ࣥㄪᩚࡢ

MAX ࣏࢖ࣥࢺࡢ㍤ᗘࢆ ᐃࡍࡿࠋMAX ࡣྲྀᚓࡋࡓ MAX ㍤ᗘ

2

)ࡢ 10 ಸࢆタᐃࡍࡿࠋMIN ࡣྲྀᚓࡋࡓ MAX ㍤ᗘ࡜ࣃࢿ

(cd/m

ࣝ SPEC ࡢࢥࣥࢺࣛࢫࢺẚ࠿ࡽ MIN ㍤ᗘ(cd/m ࡢ㍤ᗘࡢ 100 ಸ

ࢆタᐃࡍࡿࠋ

2

)ࢆ⟬ฟࡋࠊࡇ

11㸬GCST0001 ࢥ࣐ࣥࢻ࡟࡚ࠊㄪᩚ್ࢆ᭩ࡁ㎸ࡳ AC 㟁※ࢆษࡿࠋ

6 㺬㺽㺐㺻㺢ࡢ RGBYe ࡢึᮇ್㸸タᐃ㝵ㄪ 916 1㹼5 㺬㺽㺐㺻㺢ࡢ RGB ࡢึᮇ್㸸 ྛ㺬㺽㺐㺻㺢ࡢ G ࡢ⿵ṇ್

ࡓࡔࡋ 1㹼5 㺬㺽㺐㺻㺢ࡢ Ye ࡢึᮇ್㸸ྛ㺬㺽㺐㺻㺢ࡢ Ye ࡢ⿵ṇ್

 ὀព㸸

ࢸࢫࢺࣃࢱ࣮ࣥฟຊࢥ࣐ࣥࢻࢆᐇ⾜ᚋࠊࣃࢱ࣮ࣥฟຊࡲ ࡛ࡢ󰩯ീ㐜ᘏࡀ࠶ࡿࡓࡵࠊ“OK”ࡢ㏉ࡾ࠿ࡽୗグ Wait 󰪍㛫 ௨ୖᚅࡗࡓᚋࠊⰍᗘ࣭㍤ᗘࢆ ᐃࡍࡿࡼ࠺࡟ࡋ࡚ୗࡉ࠸ࠋ

󰩯ീ㐜ᘏ㔞㸸70ms

㸦࣓࢖࣐ࣥ࢖ࢥ࣭ࣥLCD ࢥࣥࢺ࣮ࣟࣛࡢࢺ࣮ࢱࣝ㐜ᘏ㔞᭱኱್㸧

࠙ㄪᩚ್ࠚ

ۼᢏ⾡㒊ᥦฟࡢࠕࢸ࢕࣮ࢳࣥࢢࢭࢵࢺࠖ࡟‽ࡎࡿࠋ

࠙ㄪᩚᇶ‽್ࠚ ᐃჾ㸸[Minolta CA-210 ] ᢏ⾡ ᐃჾ

㺸㺫㺼㺷 ᇶ‽್ ㄪᩚ㺛㺫㺽㺍㺖 ᳨ᰝ㺛㺫㺽㺍㺖

㺬㺽㺐㺻㺢 6916

㺬㺽㺐㺻㺢 5692

㺬㺽㺐㺻㺢 4

㺬㺽㺐㺻㺢 3

㺬㺽㺐㺻㺢 2

㺬㺽㺐㺻㺢 1

532

464

296

180

X= 0.272 y= 0.277 X= 0.272

y= 0.277

X= 0.272

y= 0.277

X= 0.272 y= 0.277 X= 0.272 y= 0.277 X= 0.272

y= 0.277

±0.0010 ±0.0020

±0.0015 ±0.0030

±0.0020 ±0.0040

±0.0030 ±0.0060

±0.0040 ±0.0080

ഛ⪃ ᳨ᰝ󰪍ࡢࢭࢵࢺ᮲௳

AV MODE : [DYNAMIC] Monochro : ON Aging Time㸸 Min. 60

5 ศ

5 – 16

11 ). KEY DATA INPUT

11.1) EDID DATA INPUT ( Main PWB : QPWBXG216WJ**)

ERUDECORPNOITIDNOCMETI

1 HDMI EDID

INPUT ANALOG RGB EDID INPUT (Main PWB)

11.2)MACADDRESS DATA INPUT (Main PWB : QPWBXG216WJ**)

Please refer to Document “Caution Item for Production “.

11.3)CIPLUS KEY DATA INPUT (Main PWB : QPWBXG216WJ**) [For X Model Only]

Please refer to Document “Caution Item for Production”.

Inspection mode

Confirm the file name/version.

1. Enter the Adjustment Mode.

2. Move cursor at [HDMI EDID WRITE] and press [ENT] key. [OK] appear when finish. (HDMI and Analogue RGB input data together)

[ Caution Item ] Please execute data input after setting the model distinction. The data based on model distinction information is recorded in EEPROM.

LC-60G9T / LC-70G9T

11.4) WMDRM KEY DATA INPUT (Main PWB : QPWBXG216WJ**)

Please refer to Document “Caution Item for Production”.

12. CONFIRMATION ITEM

(1) HDMI-CEC Check

Confirm the operation of HDMI-CEC circuit.

(2) LAN Check

Confirm the connection and communication of PC and LAN terminal.

13. FACTORY SETTING

AC power is plug off after shipment setting is done.

Caution: Do not plug on again after shipment setting is done. If do, please re-do the shipment setting. Do not

off with remote control.

5 – 17

LC-60G9T / LC-70G9T

ERUDECORPNOITIDNOCMETI

Factory setting AC power off to exit the

factory setting.

Go to adjustment mode page [2/33], move cursor at [INDUSTRY INIT] and press [OK] at Remote control.

ޚFor X model, please select destination either

- AUSTRALIA for COUNTRY of AUSTRALIA

- NEWZEALAND for COUNTRY of NEW ZEALAND

- GENERAL for others ASIA COUNTRIES

Remark: GENERAL setting is for MALAYSIA/ SINGAPORE/

INDONESIA/ SINGAPORE/ VIETNAM/ PHILIPINNE/ THAI MIDDLE EAST

ޚ For T model, just press [ENTER] at Remote Control and no

selection need to be done.

////////// appear, after that

SUCCESS --------- Destination appear after finished.

If success, background colour is GREEN , if failed, background colour is RED

The followings are initialised to factory setting

1) User setting

2) Channel data (e.g. broadcast frequencies)

3) Manufacturer’s option settings

4) Password data

14. SOFT/ ROM VERSION

1.Main microprocessor

950X/951X XIAN_LE950X_xxx.USB XIAN_LE950X_xxx.UVP XIAN_LE950X_xxx.PCC

G9T XIAN_G9T_xxx.USB XIAN_G9T_xxx.UVP XIAN_G9T_xxx.PCC

2.Monitor microprocessor XIANSUBxxx.SMB

3.T-CON ROM

LC-60LE950X/951X,LC-60G9T PRIMEROSE_CMB_601F8(YS2)_2012100330110002_3FAAEBD.ROM

LC-70LE950X/951X,LC-70G9T PRIMEROSE_CMB_701FC(YS2)_2012100330550004_3B59E6E.ROM

5 – 18

[2] PUBLIC MODE SETTING PROCEDURE

1. How to start Public Mode

Starting the Public Mode

• There is one following ways to display the PUBLIC Mode setting screen.

1) Method of needing password

a) Press the "INPUT" and "VOL (+)" keys on the set at once and turn on the power.

b) Display the Pass Word input screen.

LC-60G9T / LC-70G9T

Enter password

Operation procedure

• The initial input position is the digit at the left end.

• For the numeric keys “0” to “9” of R/C, key input is accepted.

Input of the other keys is prohibited.

• Change “—” to “ * ” by inputting the numeric key at the input position, and shift the input position rightward one digit.

• When three digits are completely input, the Pass Word is judged.

c) Check the Pass Word by inputting three digits.

If the Pass Word “0” “2” “7”, it shifts to the PUBLIC Mode setting screen.

In another case, the screen is erased, and it operates in the ordinary mode.

2) In the adjustment process mode, turn on “PUBLIC MODE”. Also press the “CH ( )” or “CH ( )” and “VOL(+)” keys on the set at once and turn on the power.

Enter password

2. How to exit Public Mode

There are the following ways to quit the public mode setup screen.

x Turn off “PUBLIC MODE” in the adjustment process mode. ( ) m This way alone is not for quitting the setup screen, but for quitting the mode itself.

x Turn off the power with the “POWER” key. ( )

x Select “EXECUTE”. ( )

... “PUBLIC MODE” stays on in the adjustment process mode.

... The settings will be back to the factory ones.

3. Public Mode Setting Values

x With the factory settings made, the public mode settings get initialized. (The adjustment process remains intact.)

5 – 19

LC-60G9T / LC-70G9T

4. Public Mode Menu

The guidance is not displayed on screen.

Setup procedure

x To move the cursor up and down, use the “cursor UP/DOWN” key (remote controller) and “CH ( )/( )” key (remote controller and set).

x To change the settings, use the “cursor RIGHT/LEFT” key (remote controller) and “VOL (+)/(–)” key (remote controller and set).

x To save new settings, keep the cursor at “EXECUTE” and use “ENTER” key (remote controller and set).

5 – 20

LC-60G9T / LC-70G9T

5. On Setting Items

1) Power ON fixed [POWER ON FIXED]

Option “VARIABLE”, “FIXED_ALL”, “FIXED_BODYKEY” or “RCRESPOND” (loop enabled) Default “VARIABLE” Function • VARIABLE

• FIXED_ALL

• FIXED_BODYKEY

• RC RESPOND

Key disabled when set other than default Remarks • When selecting to “FIXED_ALL”, function related standby factors (see below) doesn’t work. and not selecting.

If the power button is pressed in the ordinary mode in setting to “FIXED_ALL” and “FIXED_BODYKEY”, the caution is displayed for 5 seconds.

• OFF TIMER (SLEEP) (*Only when setting to FIXED_ALL)

OFF TIMER (Sleep)

No operation OFF No signal OFF (including the power management)

* These items does not exist according to the model.

: “POWER/RECEPTION” key on TV unit or remote control is enabled. : “POWER/RECEPTION” key on TV unit or remote control is disabled. : Only the “MAIN POWER” key on TV unit is disabled (The remote control is enabled). : The main unit’s POWER switch toggles between ON and Standby (the same operation by the remote control).

When power button on the main unit is pressed When power button on R/C is pressed

No Power off by power button.

* The OSD display is an example.

If another ODS is previously displayed, the status is reset (MENU or similar).

2) Instantaneous current shutdown setting in turning off the power [SHUT DOWN MODE]

Option “NORMAL” or “QUICK” Default NORMAL Function • This function decides whether

NORMAL QUICK

Remarks In selecting “QUICK”, the function does not work for the following items. (selection impossible.)

• ON TIMER, QUICK START, DIGITAL FIXED, etc. * These items does not exist according to the model.

3) Volume maximum level [MAXIMUM VOLUME]

Option 0~100 (loop disabled) Default 100 Function The volume cannot be increased more than the adjusted value (the main unit’s speaker only). Remarks • When setting to 59 or less, only the figure is displayed in the normal mode; the volume bar is not displayed.

• The volume of the headphones is limited.

• The setting is impossible when VOLUME FIXED is set to FIXED.

scanning digital tuner is enabled or disabled when the power is standby.

: Scanning digital tuner is enabled when the power is standby. : Scanning digital tuner is disable. It is possible to put into the standby state instantaneously due to power off input, when the power is standby. Immediately, state is a complete standby.

No Power off by remote control.

5 – 21

LC-60G9T / LC-70G9T

4) Volume fixed [VOLUME FIXED]

Option “VARIABLE”, “FIXED”, “ACCTRL” or “AC/RCCTRL” (loop enabled) Default “VARIABLE” Function • VARIABLE

• FIXED

• AC CTRL

• AC/RC CTRL

Exception • In the adjustment process, the volume can be set to any level regardless of this setting. Disabled key when

setting to FIXED

Remarks • [MAXIMUM VOLUME] has priority to [VOLUME FIXED]

• VOLUME UP/DOWN [both remote control and main unit]

•MUTE * Main units's key is enabled for operating menu.

* When setting to FIXED, Maximum volume is fixed.

• The volume of the headphones is fixed.

• When setting to “FIXED”, the volume is not displayed in operating Disabled key.

• In menu operation, the main unit’s keys (Vol (+/-)) are enabled.

: The volume is not fixed. : The volume is fixed to the value adjusted in the volume fixed level. : The unit starts at the volume specified in the volume fixed level, when power is turned on in the case of the AC-ON only. : The unit starts at the volume specified in the volume fixed level, when power is turned on in any case. (ACoON, remote controloON, main utit's keyoON)

5) Volume fixed level [VOLUME FIXED LEVEL]

Option 0~100 (loop disabled) Default 30 Function The volume is fixed to the adjuste Exception • In the adjustment process, the volume can be set to any level regardless of this setting. Remarks • When [VOLUME FIXED] is set to “VARIABLE”, the setting cannot be changed.

6) Remote control operation [RC BUTTON]

Option “RESPOND”, “NORESPOND” or “LIMITED” (loop enabled) Default “RESPOND” Function The operation of the remote control’s keys is set.

RESPOND

NO RESPOND

LIMITED

Exception • All the keys are enabled regardless of this setting while entering the adjustment process mode, inspection mode or

Public Mode setting screen.

Remarks The enable keys when setting to “LIMITED” are depended on Model.

7) Main Unit Operation [PANEL BUTTON]

Option “RESPOND” or “NO RESPOND” (loop enabled) Default “RESPOND” Function • RESPOND

• NO RESPOND

Exception • The start operation in the adjustment process mode, inspection mode are enabled regardless of this setting.

• All the keys are enabled regardless of this setting while entering the adjustment process mode, inspection mode or Public Mode setting screen.

• For the models with the MENU key on the main unit, menu operation is possible regardless of the setting during the initial setting when the power is turned on for the first time.

d value (the main unit’s speaker only).

: The remote control’s keys in the normal state are enabled. : The remote control’s keys in the normal state are disabled.

The POWER key (RECEPTION/STANDBY key) is also disabled.

: Only a part of keys (CHANNEL, etc.) is enabled and other keys are disabled.

: The main unit’s keys are enabled. : The main unit’s keys are disabled excluding the POWER key (RECEPTION/STANDBY key).

5 – 22

LC-60G9T / LC-70G9T

8) Menu operation [MENU BUTTON]

Option “RESPOND” or “NO RESPOND” (loop enabled) Default “RESPOND” Function The MENU key on the main unit and remote control is decided whether it is enabled or disabled. Exception • RESPOND

• NO RESPOND

Disabled key excluding Menu key when setting to not default

Remarks When setting to “NO RESPOND”

9) AV position fixed [AV POSITION FIXED]

Option “VARIABLE” or “FIXED” (loop enabled) Default “VARIABLE” Function • VARIABLE

rks • When receiving the sound select direct keys (AV POSITION key, OPC, DOLBY key, etc.), only the actual state is

Rema

All the direct transition keys to menu display. (AUTO PRESET, MANUAL MEMORY and others) * These keys does not exist according to the model.

• For the models with the MENU key on the main unit, menu operation is possible regardless of the setting while the initial setting when the power is turned on for the first time.

• FIXED

displayed; no setting is changed. * These keys does not exist according to the model.

• The settings for the Public mode are retained after the personal data is initialized, each item for the AV position and image/sound adjustment are not initialized.

: The manu key is enabled. : The manu key is disabled. : All the keys are enabled regardless of this setting while entering the process mode, inspection mode or Public Mode setting screen.

: AV position is not fixed. : AV position is fixed. : The image/sound adjustment items in the menu are fixed in the selected state. : When receiving “AV POSITION” of the remote control, only the actual state is displayed, and setting is not changed.

10) OSD display [ON SCREEN DISPLAY]

Option “YES”, “NO” or “LIMITED” (loop enabled)

“LIMITED” is looped only in case of need (destination). Default “YES” Function • YES

•NO

•LIMITED

Key which may be enabled (Example of the confusing key)

Disabled key when setting to not default

Remarks • When setting to “NO”,

• It is OK in the case that simple input select occur or the original state returns soon automatically.

• When setting to “NO”, the keys which is related to visibility of the screen and sound cannot be used. STILL IMAGE, SCREEN DISPLAY, OFF TIMER, AV POSITION, BRIGHTNESS SENSOR, SCREEN SIZE SELECT, AUTO PRESET, MANUAL MEMORY, IMAGE SELECT, SOUND SELECT, LANGUAGE, Closed caution * Disabled keys dependeds on the models.

* These items does not exist according to the model.

hen setting to “NO”,

•W

: OSD is displayed. : The following OSD is not displayed. Registration, setting, adjustment menu, channel call, volume bar, and input select. : Only a part of OSD (CH call: “New Information” etc...) is not displayed.

ON TIMER (Watching reservation) is cleared. OFF TIMER “SLEEP” is cleared.

These Displays (Version-up, Public mode setting screen, Pass Word input screen of Public Mode, the adjustment process mode, K mark of inspection mode) are enabled regardless of this setting.

5 – 23

LC-60G9T / LC-70G9T

11) Start mode [INPUT MODE START]

Option “NORMAL” or “Input source 1 (input selection or channel)” ... (loop enabled) Default “NORMAL” Function Which kinds of input source or channel is decided when the power turning on.

NORMAL : The content of the last memory is followed.

Remarks • When setting to not Normal, ON TIMER (Watching reservation) has priority.

• When setting to “NORMAL”, [INPUT MODE FIXED] is set to “VARIABLE” and [INPUT MODE FIXED] is prohibited to select. (selection impossible.)

Example of option: “NORMAL”, “TVD (002TV)”, “INPUT1”, “INPUT2”, “INPUT3”, “HDMI1”, “HDMI2”, “HDMI3”, “HDMI4”.

12) Input fixed [INPUT MODE FIXED]

Option “VARIABLE”, “FIXED”, “ACCTRL” or “AC/RCCTRL” (loop enabled) Default VARIABLE Function VARIABLE

Disabled key when setting to “FIXED”

Remarks • If [INPUT MODE START] is Normal, this function cannot be set.

FIXED

AC CTRL

AC/RC CTRL

CHANNEL (+/-), DIRECT CHANNEL buttons, FLASHBACK, INPUT SELECT, TV/VIDEO, AUTO PRESET, MANUAL MEMORY, i.LINK, DIRECTINPUTSELECT, ATV, DTV, EPG, RADIO etc...

Set to “VARIABLE” automatically.

• When setting to “FIXED”, The item related to the channel setting and input selection in Menu are not displayed. ON TIMER (Watching reservation) is not active. * These items does not exist according to the model.

: If [INPUT MODE START] is set to Normal, input mode is not fixed. : When “INPUT MODESTART” is active, it is impossible to switch to another channel or input source. : When “INPUT MODESTART” is active the unit starts at the input mode which is selected when power is turned on in the case of the AC-ON only. : When “INPUT MODESTART” is active the unit starts at the input mode which is selected when power is turned on in any case. (ACoON, remote controloON, main utit's

keyoON)

13) Speaker ON/OFF selection [LOUD SPEAKER]

Option “ON” or “OFF” (loop enabled) Default ON Function ON

OFF

Remarks • When the VOL (+/-) key is pressed, the mute icon is displayed for 4 seconds.

• For the MUTE key and sound-related keys, caution is displayed.

• For the headphones, normal operation is possible.

14) Remote control path through [RC PATH THROUGH]

Option “OFF”, “ON: TVRCE” or “ON: TVRCD” (loop enabled) Default OFF Function The item decide whether the signal received by the remote control’s light-receiving section is output to the blankpin (9pin)

of RS232C.

OFF ON: TVRCE ON: TVRCD

Exception • In the case of “ON: TV RCD”, the start operation in the adjustment process mode, inspection mod are enabled

• In the case of “ON: TV RCD”, all the keys are enabled regardless of this setting while entering the adjustment process

Remarks * Remote control path through does not exist according to the model.

: The sound from the speakers is output. : The sound from the speakers is not output even if the headphones are not used.

: This function is not active. : This function is active, and remote contr : This function is active, but remote control is not active.

regardless of this setting.

mode, inspection mode or Public mode setting screen.

ol is active, too.

5 – 24

LC-60G9T / LC-70G9T

15) 232C power ON control [232C POWON]

Option “ENABLE” or “DISABLE” (loop enabled) Default DISABLE Function The item decide whether Power ON by the 232C command is enabled/disabled in the standby state.

The same function as 232C command “RSPW”.

ENABLE DISABLE

: POWR0001 is always enabled. : Start-up may be impossible at POWR0001. (If the 232C command reception module is set to OFF, the command is invalid.)

16) Public mode setting [PUBLIC MODE]

Option “OFF” or “ON” (loop enabled) Default OFF Function The item decide whether Public mode setting menu are enabled or disabled.

The same item as [PUBLIC MODE] in the adjustment process menu.

OFF ON

: Public mode is not active. : Public mode is active.

Remarks Each operation of the Public mode is impossible unless this item is set to ON.

5 – 25

LC-60G9T / LC-70G9T

[

]

[[]

Copy mode

[]]

Copy mode

USB TV

[

]

USB TV

[

]

[

]

[[]

Copymode

[]]

USB TV

[

]

Done

Copy mode

US TV

USB TV

[

]

[3] USB Clone Specifications

Input “369” as password on the copy mode screen using the same input method as Public Mode on the previous page.

1. Screen Specifications (copy mode <TVoUSB>)

•TVoUSB (sucking from TV)

<FIG 1>

* Do not focus on button before recognition

of USB device and use is possible.

Copy mode

TV USB

USB TV

Start

Press [ENTER]

]

<FIG 2>

Copy mode

TV USB

USB

TV

[

Wait…

[

Start

Wait display blinks for 1 second during implementation. Change button to Select color during this time to disable key reception.

]

Processing failed or multiple insertion.Processing successful.

<FIG 4>

<FIG 5>

Press [UP] or [DOWN]

<FIG 3>

Copy mode

TV USB

Refer to (USB TV <writing to TV>).

• After finishing processes in FIG 2, return the button to Focus color.

• On USB clone display screen in FIG 1 and FIG 5, key reception is disabled except for Up/Down key and Enter key.

• Key reception is disabled in USB clone display screen in FIG 2 to FIG 4.

• After proceeding to FIG 3, 4, turn off the power with AC OFF.

2. Screen Specifications (copy mode <USBoTV>)

•USBoTV (writing to TV)

<FIG 1>

* Do not focus on button before recognition

of USB device and use is possible.

[

Start

St

Start

]

TV USB

<FIG 2>

Copy mode

TV USB

USB TV

Start

St

Start

Press [ENTER]

]

[

Done

Start

Copy mode

TV USB

USB TV

[

Start

[

Wait…

TV USB

Wait display blinks for 1 second during implementation. Change button to Select color during this time to disable key reception.

]

[

Failed

[

Start

]

Processing failed or multiple insertion.Processing successful.

<FIG 4>

<FIG 5>

Press [UP] or [DOWN]

<FIG 3>

Copy mode

TV USB

Refer to (TV USB <sucking from TV>).

• After finishing processes in FIG 2, return the button to Focus color.

• On USB clone display screen in FIG 1 and FIG 5, key reception is disabled except for Up/Down key and Enter key.

• Key reception is disabled in USB clone display screen in FIG 2 to FIG 4.

• After proceeding to FIG 3, 4, turn off the power with AC OFF.

[

Start

St

Start

]

TV USB

[

Start

TV USB

BTV

5 – 26

[

Start

[

Failed

]

LC-60G9T / LC-70G9T

3. USB Clone Restrictions

• Be sure to set the network setting (Setup/View setting/Network setup) after writing the data by USB Clone (USBoTV).

• Use USB memory with a memory capacity of 1M byte or greater.

• The USB memory file system is FAT (FAT32).

• No connection of multiple USB memories to the USB port.

• If the USB memory connection is one connection, carry out clone operations regardless of what USB port it is connected to.

• Up until recognition of the USB device and usage enable, do not focus on the button shown in FIG 1 of the “1. Screen Specifications (copy mode <TVoUSB>)” and “2. Screen Specifications (copy mode <USBoTV>)” (maximum 45 seconds).

• The following must agree during sucking from TV (TVoUSB) and writing to TV (USBoTV).

 Vender name (fixed)

 Key information (fixed)

 USB Clone Ver.

 Inch size

 Shipping destination settings

 Model name

 Software version

5 – 27

LC-60G9T / LC-70G9T

CHAPTER 6. TROUBLESHOOTING

TABLE

[1] TROUBLESHOOTING TABLE

The sound is not emitted from the Speaker & Woofer though the picture has come out.

No sound output in all modes?

YES

Do audio signals output from pins of IC3301 (Digital AV decode & Main CPU) ? [AP11/CPU_AOLRCK, AR11/CPU_AOBCK, AN9/CPU_AOSDATA0]

YES

Do audio signals input to pins[5,6,7] of IC1703(DSP) ?

NO

Check IC3301 and its peripheral circuits.

NO

Check the line between IC3301 and IC1703.

Do audio signals output from pins of IC1703 ?

YES

[21/AMP_BCLK, 26/AMP_LRCLK, 27/AMP_DATA_LR, 28/AMP_DATA_WO,

30/AMP_MCLK]

YES

In the case that the sound is not emitted from the Speaker , refer to (A). In the case that the sound is not emitted from the Woofer , refer to (B).

(A)

Do audio signals input to pins[5,6,7,8] of IC1901 (SP_AMP) ?

YES

Do audio signals output from pins of IC1901 ? [27/OUTML, 30/OUTPL, 11/OUTPR, 15/OUTMR]

YES

Is AMP_MUTE [pin(24)] of IC1901 at "H" ?

YES

Do audio signals input to pins[1&2/L-ch, 3&4/R-ch] of P1903 ?

YES

Check Speaker (right and left) and wire harness.

(B)

Do audio signals input to pins[5,6,7,8] of IC1902 (Woofer_AMP)?

NO

Check IC1703 and its peripheral circuits.

(B)

NO

Check the line between IC1703 and IC1901.

NO

Check IC1901 and its peripheral circuits.

NO Check the line between IC1901 and IC3301 &

IC2004(UCOM). (Q1702,D1702 etc)

NO

P1903 terminal and the peripheral circuit (L/C filter) are checked.

NO

Check the line between IC1703 and IC1902.

YES

Do audio signals output from pins of IC1902 ? [27/OUTML, 30/OUTPL, 11/OUTPR, 14/OUTMR]

YES

Is AMP_MUTE [pin(24)] of IC1902 at "H" ?

YES

Do audio signals input to pins [1/SUB(+), 2/SUB(-)] of P1904 ?

YES

Check Woofer and wire harness.

6 – 1

NO

Check IC1902 and its peripheral circuits.

NO Check the line between IC1902 and IC3301 &

IC2004(UCOM). (Q1702,D1702 etc)

P1904 terminal and the peripheral circuit (L/C filter) are checked.

LC-60G9T / LC-70G9T

No sound (during the reception of TV(ANALOG) broadcasting)

Does not the sound go out though the picture has come out when UHF/VHF is received?

In the case of LE950,951 series , refer to (A) (B) In the case of G9T series , refer to (B)

(A)

Does SIF signal output from pin (8) of TUNER (TU1105) ? NO Check the tuner and its peripheral circuits.

YES Does SIF signal input to pin [AN28/CPU_SIFP] of IC3301(Digital AV decode & Main CPU) ?

YES Refer to “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

(B) Does SIF signal output from pin (8) of TUNER (TU1103) ? NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line between TU1105 and IC3301.

(Q1102, etc.)

Replace as required.

YES Does SIF signal input to pin [AN28/CPU_SIFP] of IC3301(Digital AV decode & Main CPU) ?

YES Refer to “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

No sound (during the reception of TV(DIGITAL) broadcasting)

Does not the sound go out though the picture has come out when DTV is received?

In the case of LE950.951X series , refer to (A) (B) In the case of G9T series , refer to (B)

(A) Do TS signals output to pins [19/T2_TS_CLK, 17/T2_TS_SYNC_HSS, 18/ T2_TS_VAL_HSS, 20~27/T2_TS_D0~7 ] of TUNER(TU1105) ?

YES Do TS signals input to pins [T32/CPU_DEMOD_TSCLK, T35/ CPU_DEMOD_TSSYNC, T31/ CPU_DEMOD_TSVAL,T36,U36,T33,T30,V33,V32,V31,V30/ CPU_DEMOD_TSDATA0~A7] of IC3301 (Digital AV decode & Main CPU) ?

YES Refer to “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

(B) Do TS signals output to pins

[ 2/TU-GAIN SW,4/TU-SDATA,5/TU-SCLK,10/8--IF-,11/0--IF+ ]

of TUNER(TU1103) ?

YES Do TS signals input to pins [ AN16/TUN-GAN.SW,V34/CPU-OSDA2,V35/CPU-

-OSD2,V35/CPU-OSCL2,AT32/CPU_TUN_IFN,AU32/CPU_TUN_IFD ]

of IC3301 (Digital AV decode & Main CPU) ?

YES Refer to “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

,

NO Check the line between TU1103 and IC3301.

(Q1102, etc.)

NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line betweenTU1105 and IC3301.

NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line between TU1103 and IC3301.

6 – 2

LC-60G9T / LC-70G9T

Does not the sound of the audio signal input to EXT 2 go out?

No sound from external input devices (1)

Do audio signals input to pins[7/CVBS1_IN_R, 8/CVBS1_IN_L] of EXT2(J510)?

Is CVBS_PLUG [9/CVBS1_PLUG] of J510 at "L"

YES

Do audio signals input to pins [AU36/CVBS1_AINR2, AP34/CVBS1_AINL2] of IC3301 (Digital AV decode & Main CPU) ?

YES

Refer to “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

No sound from external input devices (2)

Does not the sound of the audio signal input to EXT3 go out?

Do audio signals input to pi ns[12/COMP1_IN_R, 13/COMP1_IN_L] ofEXT3 (J510)? NO Check the setting of an external input device that con-

YES

Do audio signals input to pins[AT35/COMP1_AINR1, AT37/COMP1_AINL1] of IC3301 (Digital AV decode & Main CPU) ?

NO Check the setting of an external input device that con-

nects with EXT2.

NO Check IC3301 and its peripheral circuits.

nects with EXT3.

NO Check IC3301 and its peripheral circuits.

YES

Refer to “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

6 – 3

LC-60G9T / LC-70G9T

No sound from external input devices (3)

Does not the sound of the audio signal input to HDMI-2 mode go out? Does not the sound of the audio signal input to PC/Component

mode go out?

Check whether it is selected "HDMI+Analog" by the Audio select under Menu-Setup-Option-Terminal setting-Audio select.

Check whether it is selected "Video+Audio" by the Audio select under Menu-Setup-Option-Terminal setting-Audio select.

Do audio signals input to pins [2/PC_HDMI_L , 3/PC_HDMI_R] of J501( PC AUDIO_IN) ?

NO

Check the setting of an external input device that connects with J501.

YES

Do audio signals input to pins[AP32/PC_HDMI_AINL4, AR33/

NO Check the line between J501 and IC3301.

PC_HDMI_AINR4] of IC3301 (Digital AV decode & Main CPU) ?

YES

Refer to “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

No sound from external input devices (4)

Does not the sound of the audio signal input to HDMI1/2/3/4 go out?

Please Refer to “[External input HDMI-1/2/3/4] No picture on the display (11)”.

6 – 4

LC-60G9T / LC-70G9T

No sound from external output device (5)

No sound from HEAD PHONE_OUTPUT/ AUDIO_OUTPUT terminal.

Does not the sound of the audio signal output to Headphone mode go out?

Check whether it is selected "Headphone" by Headphone/Audio out select under Menu-Setup-Option-Terminal setting-Headphone/Audio out select.

Do audio signals output from pins [ 2/MONI_HP_R , 3/MONI_HP_L ] of J504(HP Jack/AUDIO OUT)? Is HP_PLUG [1pin] of J504 at "H" ?

NO

Is HPOUT_MUTE at "H" ?

Is HP_MUTE [B27] of IC3301 at "H"? Is AUDIO_MUTE(MUTE_A_ALL) [23pin] of IC2004(UCOM) at "H"?

NO Do audio signals output from pins [ 10/MONI_HP_R, 12/MONI_HP_L ] of IC1702(HP-AMP) ?

NO Do audio signals input to pins [14,15] of IC1702 ? YES Check IC1702 and its peripheral circuits.

NO Do audio signals (HP_MONITOR_L/R) output from pins

[AN34/CPU_ACO_ADAC,AN35CPU_ARO_ADAC ] of IC3301 ?

Does not the sound of the audio signal output to Audio out mode go out?

Check whether it is selected "Audio out" by Headphone/Audio out select under Menu-Setup-Option-Terminal setting-Headphone/ Audio out select.

YES Check the setting of an external input device that connects with J504. And check the line between J504 and IC3301(Digital AV decode & Main CPU)

YES Check the line between J504 and HPOUT_MUTE.

(Q506,Q510,IC3301 & IC2004 etc...)

YES Check the line between IC1702 and J504.

YES Check the line between IC3301 and IC1702.

NO

Check IC3301 and its peripheral circuits.

No sound from external output device (6)

No sound from DIGITAL AUDIO OUTPUT terminal.

Does audio signal output from pin[1] of sound output terminal (D527)?YES Check D527 and peripheral circuits.

NO

Does audio signal output from pin[4] of IC503 ? YES Check the line between IC503 and D527.

NO

Is AUDIO_MUTE(MUTE_A_ALL) [23pin] of IC2004(UCOM) at "H"? YES Check the peripheral circuits of IC503 and AUDIO_MUTE

NO

Does audio signal input to pin[2] of IC503 ? YES Check IC503 and peripheral circuits.

NO Does audio signal (OPT_OUT) output from pin[AR16/OPT_OUT] of IC3301(Digital AV decode & Main CPU) ?

NO Check IC3301 and its peripheral circuits.

(Q505 etc...)

YES Check the line between IC3301 and IC503.

6 – 5

LC-60G9T / LC-70G9T

No sound from external output device (7)

Does not the sound of the audio signal output to HDMI1 go out?

Does audio signal output from pin[14] of SC1501 ( HDMI1 terminal) ? YES Check SC1501 and peripheral circuits.

NO

Does audio signal output from pin[39/HECP] of IC2601(HDMI-SW) ? YES Check the line between IC2601 and SC1501.

NO

Does audio signal input to pin[36/HDMI_ARC_SPDIF] of IC2601 ? YES Check IC2601 and peripheral circuits.

NO

Does audio signal(HDMI_OPT_OUT) output from pin[Y32/ CPU_ASPDIF1] of IC3301(Digital AV decode & Main CPU)?

NO

Check IC3301 and its peripheral circuits.

YES Check the line between IC3301 and IC2601.

No picture on the display (1)

The picture doesn't appear in all modes.

Is the signal output from IC3301(DIGITAL_AV_DECODER_&_MAIN_CPU) respectively? [VBO_TXA+-(AT4/AU4), VBO_TXB+-(AP3/AR3), VBO_TXC+-(AT2/AU2), VBO_TXD+-(AR1/AR2)]

NO

Check IC3301 and its periphe ral control circuits.

YES

Do above-mentioned signals output from connector (SC3801) ?

YES

Similarly, is LCD controller's control signal normal ? NO Please check each control signal of DET_POW(DET_PNL12V),

YES

LCD Controller Unit: Do signals input to connector(LW) of LCD Controller Unit ?

YES

Check the panel module.

(IC2004, IC3501, IC3502, IC3503, IC3504, X3301, etc.)

NO Check the line between IC3301 and SC3801.

PE(PNL_EN).

NO Wire harness (LV) is checked.

6 – 6

LC-60G9T / LC-70G9T

No picture on the display (2)

Does not the picture come out when VHF/UHF is received?

(A)

Does video signal (CVBS) output from pin[9] of TUNER(TU1105) ? NO Check the tuner and its peripheral circuits.

Replace as required.

YES Does video signal (TUNER_CVBS) input to pin [AN29/ CPU_CVBS0P] of IC3303(Digital AV decode & Main CPU) ?

YES Refer to “No picture on the display (1)”

No picture on the display (3)

Does not the picture come out when DTV is received?

Refer to “No sound (during the reception of TV(DIGITAL) broadcasting)”

NO Check the line between TU1105 and IC3301.

(Q1106, etc...)"

No picture on the display (4)

Does not the picture of the CVBS signal input to EXT1 go out?

Does CVBS signal input to pin[5] of EXT1 (J510) ? NO Check the setting of an external input device that connects with

EXT1.

YES Does CVBS signal input to pin [AR30/CPU_CVBS2P] of IC3301

(Digital AV decode & Main CPU)

YES Refer to “o picture on the display (1)”

NO Check the line between SC505 and IC3301.

6 – 7

[External input EXT2] No picture o n the d isplay (5)

Does not the picture of the CVBS signal input to EXT2 go out?

LC-60G9T / LC-70G9T

Does CVBS signal input to pin[10] of EXT2 (J510) ? Is CVBS_PLUG [9/CVBS1_PLUG] of J501 at "L" ?

YES Does CVBS signal input to pin [AR31/CPU_CVBS1P] of IC3301 (Digital AV decode & Main CPU) ?

YES Refer to “No picture on the display (1)”

[ExternalinputEXT3]Nopictureonthedisplay(6)

Does not the picture of the COMPONENT signal input to EXT3 go out?

Do COMPONENT signals input to pins [18/COMP1_Y, 15/ COMP1_Pr, 16/COMP1_Pb] of EXT3 (J510) ?

YES Do COMPONENT signals input to pins [AU26/COMP_Y1P), (AP26/

COMP_PR1P) and (AR26/COMP_PB1P] of IC3301 (Digital AV decode & Main CPU) ?

YES Refer to “No picture on the display (1)”

[External input PC] No picture on the display (7)

NO Check the setting of an external input device that connects with

EXT2.

NO Check the line between J510 and IC3301.

NO Check the setting of an exter nal input device that connects with

EXT3.

NO Check the line between J510 and IC3301.

Does not the picture of the ANALOG-RGB signal input to PC_IN (15pin-D-SUB terminal) go out?

Do ANAL OG-RGB and synchronized signal input to pin [(1, 2, 3)/(PC_RED, GREEN, BLUE), (14 and 13)/(PC_VSYNC, H.Sync) ] of PC_IN (SC501) ?

YES Do ANALOG-RGB and synchronized signal input to pins [AR25/ PC_RP, AR24/PC_GP, AU24/PC_BP, and AN25/PC_HSYNC,

AM25/PC_VSYNC] of IC3301 (Digital AV decode & Main CPU) ?

YES Refer to “No picture on the display (1)”

NO Check the connection and setup with the external PC_IN devices.

NO Check the line between SC501 and IC3301.

6 – 8

LC-60G9T / LC-70G9T

[External input HDMI-1/2/3/4] No picture on the display (8)

Does not the picture/sound of the HDMI signal input to HDMI-1/2/3/4 go out?

Is the Hot plug detection function output from pin [19] of the HDMI1(SC1501) normal ?

Is the Hot plug detection function output from pin [19] of the HDMI2(SC1502) normal ?

Is the Hot plug detection function output from pin [19] of the HDMI3(SC1503) normal ?

Is the Hot plug detection function output from pin [19] of the HDMI4(SC1504) normal ?

YES

Is EDID data pins[58/HDMI1_SCL, 57/HDMI1_SDA] of IC2601accessed, and is it read from pins[15, 16] of a HDMI-1(SC1501) ?

Is EDID data pins[73/HDMI2_SCL, 72/HDMI2_SDA] of IC2601 accessed, and is it read from pins[15, 1 6] of a HDMI-2(SC1502) ?

Is EDID data pins[54/HDMI3_SCL, 53/HDMI3_SDA] of IC2601 accessed, and is it read from pins[15, 1 6] of a HDMI-3(SC1503) ?

Is EDID data pins[49/HDMI4_SCL, 48/HDMI4_SDA] of IC2601 accessed, and is it read from pins[15, 1 6] of a HDMI-4(SC1504) ?

YES

Do TMDS signals input to pins [26&27/HDMI1_CLKNP, 28&29/ HDMI1_D0NP, 30&31/HDMI1_D1NP, 32&33/HDMI1_D2NP] of IC2601 ?

NO Check the line between SC1501 and pin[59] of IC2601(HDMI-

SW).

NO Check the line between SC1502 and pin[74] of IC2601(HDMI-

SW).

NO Check the line between SC1503 and pin[55] of IC2601(HDMI-

SW).

NO Check the line between SC1504 and pin[50] of IC2601(HDMI-

SW).

NO

Check the setting of an external input device that connects with HDMI-1/2/3/4.

NO Is access possible in the exchange of IC2601 ?

NO

Check the peripheral circuit of SC1501/1502/1503/1504 and IC2601.

NO Check the line between HDMI-1(SC1501) and IC2601.

Do TMDS signals input to pins [17&18/HDMI2_CLKNP, 19&20/ HDMI2_D0NP, 21&22/HDMI2_D1NP, 23&24/HDMI2_D2NP] of IC2601 ?

Do TMDS signals input to pins [8&9/HDMI3_CLKNP, 10&11/HDMI3_D0NP, 12&13/HDMI3_D1NP, 14&15/HDMI3_D2NP] of IC2601 ?

Do TMDS signals input to pins [99&100/HDMI4_CLKNP, 1&2/ HDMI4_D0NP, 3&4/HDMI4_D1NP, 5&6/HDMI4_D2NP] of IC2601 ?

YES

Do TMDS signals output from pins [87&86/HDMI0_RX_CLKNP_, 85&84/ HDMI0_RX_D0NP_, 83&82/HDMI0_RX_D1NP_, 81&80/ HDMI0_RX_D2NP] of IC2601 respectively.

YES

Do TMDS signals input to pins [AH34&AH35/HDMI0_RX_CLKNP , AG34&AG35/HDMI0_RX_D0NP , AG36&AG37/HDMI0_RX_D1NP , AF34&AF35/HDMI0_RX_D2NP] of IC3301 (Digital AV decode & Main CPU)?

YES

Refer to “Refer to “No picture on the display (1)” or “The sound is not emitted from the Speaker & Woofer though the picture has come out.”

NO Check the line between HDMI-2(SC1502) and IC2601.

NO Check the line between HDMI-3(SC1503) and IC2601.

NO Check the line between HDMI-4(SC1504) and IC2601.

NO Check the IC2601 and peripheral circuits.

NO Check the line between IC3301 and IC2601.

6 – 9

Does not the signal input to Network go out?

LC-60G9T / LC-70G9T

[External input Network] No picture on the display

Does the signal in/output to pins(1),(2),(3),(6) of LAN-jack (J9401)?

NO Check the interface device and peripheral circuits.

(power-LED of hub, LINK-LED of hub)

YES Do signals in/output to pins of IC3301 (Digital AV decode & Main CPU)?

NO Check the line between IC3301 and J9401.

(T9401 etc) Pins [AU18&AT18/CPU_DATMDI_RJ45_TNP, AU17&AT17/ CPU_DATMDI_RJ45_RNP]

YES

Check IC3301 and its peripheral circuits.

No power ( No LED light up ) or No startup ( LED RED Blinking )

Is the AC cord connector tightly connected to the set? NO Reconnect the AC cord tightly and turn on the power again.

YES Are the wire harnesses and other cables properly connected to the set?

YES Is power supplied from pins [15/BU+5V] of [PD]P3801 ? NO Replace the power unit.

YES Is there the pins [14/PS_ON] of [PD]P3801 at “H”? NO Check the signal line between PS_ON and IC2004(UCOM)/

NO Reconnect the wire harnesses and other cables properly to the set.

IC3301(Digital AV decode & Main CPU) .

YES Is there the pins [13/AC_DET] of [PD]P3801 at "H"? NO Check the power unit ,

YES Is power supplied from pins [5~8/UR+13V] of [PD]P3801 as specified?

YES Are the DC/DC converter outputs and the output voltages along NO Check the DC/DC converters and the control lines.

1) BU3.3V (IC9605 etc.)

2) D5V (IC9607 etc.)

3) U5V (IC9607 etc.)

4) D3.3V (IC9606 etc.)

5) M2.3V (IC9601 etc.)

6) D1.5V (IC9604 etc.)

7) D1.2V (IC9603 etc.)

8) AT5V (IC1104 etc.)

9) TE+1.2V (IC1102 etc.)

10) IF+1.8V (IC1109 etc.)

11) SAT+1.2V (IC1102 etc.)

12) STB+3.3V (Q9602 etc.)

13) AVDD12_HDMISW (IC2602)

14) CPU_ADAC+3.3V (IC3303 etc.)

(IC3302 etc...) (IC3105 etc...) (IC1903 etc...)

and the signal line between AC_DET and IC2004/IC3301.

NO Check the line between PS_ON and IC2004/IC3301 .

Replace defective parts as required.

6 – 10

LC-60G9T / LC-70G9T

No light (Back Light doesn't light)

Is the AC cord connector tightly connected to the set? NO Reconnect the AC cord tightly and turn on the power again.

YES Are the wire harnesses and other cables properly connected in the set?

YES Does Power starts up (LED Turn Green) ? NO Refer to "No power ( NO LED Light up ) or no startup

YES Is there the pins [16/PNL_POW] of [PD]P3801 at "H"? NO Check the power unit ,

YES Is there the pins [24/STB] of [PD]P3801 at "H"? NO Check the power unit ,

YES Replace the power unit.

NO Reconnect the wire harnesses and other cables properly in the set.

(LED Red blinking ) "

and the signal line between PNL_POW and IC3301 (Digital AV decode & Main CPU) .

and the signal line between STB and IC2004(UCOM)/IC3301 .

Does a single or several vertical stripes appear on the LCD screen?

Replace the LCD panel or the power unit.

The backlight functions. Does not the image come out in the LCD screen (screen black) ?

Replace the LCD_CONT_UNIT.

Does a single or several horizontal stripes appear on the LCD screen?

Does the entire LCD screen look whitish all over?

LCD Panel failure(1)

Do luminescent or black dots appear on the screen?

LCD Pa nel failure(2)

Does the QS drive func-

tion?

Is the on-screen image rippling or distorted?

Are the data bit drop-out? (No solution even when turning on and off the QS drive)

Is there any portion which some screens were darkish or became whitish?

Is the gamma correction as specified?

Does all LED of one line are not lighting?

6 – 11

LC-60G9T / LC-70G9T

CHAPTER 7. MAJOR IC INFORMA-

TIONS

[1] MAJOR IC INFORMATIONS

1. MAJOR IC INFORMATIONS

1.1. IC2601 (VHiSii9387A-1Q)

This IC is 5 input and 1 output HDMI port processor.

The TMDS cores run at 2.25Gbps. (Supports video resolutions up to 1080p, 60Hz, 12bit.)

The adaptive equalizer provides long cable support.

This IC has been pre-programmed with HDCP keys.

EDID and DDC support for 5 HDMI/DVI ports and 1 VGA port. (This IC includes 512-byte NVRAM and 256-byte SRAM for 5 HDMI ports and 128-byte SRAM for VGA port.)

This IC supports the mandatory and several optional 3D formats described in the HDMI 1.4 Specification.

“Audio Return Channel” and “HDMI Ethernet C hannel” support for one receiver port.

“MHL” support for resolutions up to 1080i@60Hz can be assigned to any one input port.

When changing this IC, please write EDID (how to write EDID is shown in Chapter 5 and section 10.1).

1.2. IC2004 (RH-iXD515WJN7Q)

The monitor microprocessor is intended to communicate with the main microprocessor and to operate the system.

It also controls power of the entire system.

1.3. IC1901, IC1902 (VHiYDA176DL-1Y)

The Class-D type digital audio power amplifier YDA164EZ gives maximum continuous output of 10 W/ch or woofer output 15W.

1.4. IC3301 (RH-iXD414WJN2Q)

This LSI is FULL HIGH -DEFINITION 1080P DIGITAL TV SYSTEM-ON-A-CHIP.

It combines a transport de-multiplexer, a high definition video decoder, an AC3 audio decoder, a four-link LVDS transmitter, a V-by-One transmitter,

and an NTSC/PAL/SECAM TV decoder with a 3D comb filter (NTSC/PAL).

It supports Full-HD MPEG1/2/4/H.264/DiviX/VC1/RM/AVS/VP6/VP8 video decoder standards, and JPEG.

Audio support includes a BTSC and a Dolby AC3/MPEG-2 Layer 1, 2, audio decoder.

Two SPDIF output and a pair of analog outputs (L-R) are provided.

The LSI incorporates a complete ARM Cortex-A9 dual core based microprocessor subsystem including caches with bridging to memory and a local bus, where external peripherals can be attached.

Integrated peripherals include four USB 2.0, three UARTs, counter/timers and GPIO controllers.

It supports ATSC/DVB-T/DVB-C demodulators.

1.5. IC3501, IC3502 (RH-iXD555WJQZQ)

These are 2G-bit (128M x 16bit) DDR3-1600 synchronous DRAM.

1.6. IC3503, IC3504 (RH-iXD555WJQZQ)

These are 2G-bit (128M x 16bit) DDR3-1600 synchronous DRAM.

1.7. IC3103 (RH-iXD584WJQZQ)

The 4G-bit NAND flash memory device stores the main CPU program.

1.8. IC3104 (VHiRV2464Ai-1Y)

This is 64k-bit EEPROM device including the user setting.

1.9. IC2007 (VHiRV2402Ai-1Y)

This is 2k-bit EEPROM device stores the nomitor microprocessor setting.

1.10. IC506 (VHiM3221EiP-1Y)

This IC is a high speed, single-channel RS-232 transceiver interface device that operates from a single 3.3V power supply.

The device provides the electrical interface between an asynchronous communication controller and the serial-port connector.

This device operate at data signaling rates up to 460kbit/s.

All RS-232 (Tout and Rin) and CMOS (Tin and Rout) inputs and outputs are protected against electrostatic discharge (up to +/- 15kV ESD protection).

7 – 1

LC-60G9T / LC-70G9T

1.11. IC1702 (VHiMAX 97220 -1Y)

This IC is audio amplifier for line-out/head-phone.

1.12. IC1703 (VHiYSS952QZ-1Y)

Audio DSP (YSS952QZ) has digital audio adjustment function (for example, PEQ, bass/treble, b alance, bass enhancer, etc.) and adjusts TVs audio quality.

7 – 2

CHAPTER 8. OVERALL WIRING /

BLOCK DIAGRAM

[1] SYSTEM BLOCK DIAGRAM

LC-60G9T / LC-70G9T

8 – 1

LC-60G9T / LC-70G9T

8 – 2

[2] OVERALL WIRING DIAGRAM

M

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HDMI_CEC_IN

HDMI_CEC_OUT

CPU_TXD1_UCOM,CPU_RXD1_UCOM

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IC3303

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CVBS

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N_TUN_RST

CPU_ANT_POW

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MT5396(FHD)

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TUNER_I2C

RGB in

RGB HV

DDC_I2C_1

PC_R/G/B

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(100KHz 3.3V)I2C_1

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1109 C I

N_TUN_T2_RST

N_TUN_RST

SIF

T2_TS_CLK/SYNC/VAL/D0-D7

AMP_MUTE

AMP_

CI_CE1/OE/WE/A0-A14/D0-D7

TS_CIIN_CLK/SYNC/VAL/D0-D7

TS_CIOUT_CLK/SYNC/VAL/D0-D7

CVBS

+5V

d

I Car C

+1.8V

N I

RF

HP_MUTE

AUDIO_MUTE

N_PER_RST

+13V

+2.3V

IC1102

IC1104

+1.2V

ANT+5V

+3.3V

er

al

105

un

1

git

TU

Analog/

Di

Si T

704 C2

HP-AMP

I

OPT_OUT

AUDIO_MUTE

+5V

Disclete

IC503

HP/MONI_L/R

) g u l P

dio Out

ni

u

i

OPTICAL

A

(M

_

PC_VSYNC/HSYNC

PC_R/G/B

PC/HDMI_LR

I M

T

T U

U

SUB

O

udio

-

RGB

A

D

RGB/HD

8

2/8

INPUT

8 – 3

DDC_1

DDC_0

HDMI_0

DDC_2

HDMI_2

U5V

UART_CPUTO232C,UART_232CTOCPU

ugh o r h

sst a P

RC

IC506

RS232C TxRx

+3.3V

o.9 pin N

232C

I 1 M

RS

HD

INPUT

IC1507

+5V

Disclete

I)

MI 2

DV

D

(

(ARC)

HDMI 3

H UT

UT P

P

2

1

3

IN

INPUT

_

HDMI_CEC

ANOTHER_WAKEUP

_ DDC_3

HDMI_3

_

PowerSW

MHL_WAKEUP

UCOM_MHL_CBUS, MHL_DET_POW

EN_RPWR4_N,EN_VBUS4,VBUS4_OC,MHL_DET

HDMI_CEC

USB_D0P/N

(MHL)

(MHL) HDMI 4

HDMI 4

4

4 INPUT

INPUT

J9502

U5V

W

W SW r

IC9502

IC9501

IC9503

Powe

PowerSW

PowerS

+5V

+

+5V

B US

Side

1.5A

0.5A

USB_D2P/N

USB_D1P/N

USB_D3P/N

USB

J9503

J9501

௚㓄⨨

ୗഃ

HDD⏝

D࣮࢝ࢻ

᤼

S

LC-60G9T / LC-70G9T

AIN

0

24.576MHz

2

3

DET

4

+1 8V

f

AMP(0

1CH)

DATA

SW

AUDIO MUTE

IC200

4

AC DET

/ N SRESET

/

M

23V

V

C

LAMP

ERR

I/O

P

RC CPU

GND

2

H.2

6

4 / VC

S lit

_

X3301

E

U

D

igital

3

3V

_

OPT OUT

000MH

3

_

IC3805

DDR3(1333M)

_

14

,

E

P

N

L

O

IN

L/R

U

1

T

K

13

S

_

N

M

R

B

kU

HDMI

2

O

R

PC

R/G/B

R

U

S

Q

2V

02

DDC

3

Disclete

P

ow

e

r

S

W

5V

WAKEUP

USB D2P/N

᤼

௚㓄⨨

J9401

T-CON

3

7

18

202122

40

39

VBO_LOCKN

19

1

6

PE_T

_ _

2_3_DET

ODD_EVEN

I2C_READY

FILM_VIDEO

PNL_EN_T

PNL_WP

e

Unit R

OWE P

P3802(4p)

1 (41p)

࠙LVࠚSC3801 (

12

10/11

OFL1_FRCRST

BU+3.3V

5

4

489

2

17

16

GSP_PWM1

PWM2

M

BU+3.3V

2kbit

IC2007EEPRO

L/R_REF

VSYNC

DET_POW_T

WP

EEPROM_SCL/SDA

O

I/O

I2C

I/O

I

4

SUB MCU

IC200

R8C/36C

IXD241WJ

RESET

MODE

Reset

IC2003

UCOM_RST

UCOM_MODE

Thermister

HP_MUTE

N_PER_RST

N_AMP_PROTECT

+3.3V

EEPROM

IC3104

I/O

1

PM_REQ

l

00

ta

2

X

tal

FL

X

X2001

20MHz

32.768kHz

Mute

circuit

+3.3V

+1.5V

BU+3.3V

CVBS

CVBS_Out

SP_MUTE

AUDIO_MUTE

࠙PLࠚPNL12V P380

22

24

23

17

PNL_12V

PNL

. +3.3V

+

PS_ON

_

STB

AC_DET

LAMP_ERR

SMPOW

I/O

I2C

A/D

PWM

I/O

UART

I/O

N_SRESET

SMPOWHOLD

N_MUTE_A_ALL

HDMI_CEC_IN

HDMI_CEC_OUT

CPU_TXD1_UCOM,CPU_RXD1_UCOM

+2.3V

+5V

C3302

IC3303

I

+1.2V

+3.3V

+1.1V

VbyOne OUT

Component

N_TUN_RST

VON

08 20

C I

C

RC,OPC

IR_PASS

RC

GND

0

1

t

Select

-3

IC2002-3

IC2009

THERMO

D_IF-/+

STB_CPU

OFL1

RC_CPU

I/O

3 0 3

IC3

MT5396(FHD)

I2C_1

TUNER_I2C

I2C_0

RGB HV

RGB in

DDC_I2C_1

PC_R/G/B

(100KHz 3.3V)I2C_1

(400KHz 3.3V)

PC_VSYNC/HSYNC

I2C_0

TU_DEMOD_SCL/SDA

R P3801(24p)

21

19

IC3802

Spliter

AC_DET

OFL2

PWM_0

PWM_1

PWM_0

- C-1 V

4 / 6

H.2

Digital AV decode & Main CPU

HDMI_1

I2S(SDATA/LRCK/SCLK)

(DATA)

࠙PDࠚPOWER P

13

14

18/20

+3.3V

IC3805

Spliter

z

.

X3301

27.000MHz

PNL_POW

16

UR+13V

A

AC_DET

PS_ON

PNL_POW

P

U+5V

D+5V

MAIN

CPU(KEY2)

OPC

UP

MHL_DET_POW

PNL_I2C_EN

1

33M) 3

50

(1

C3

3

2Gbit

I

2Gbit IC3502 DDR

IC3503

IC3504

DDR3(1333M)

+1.5V

DDR3(1333M)

+1.5V

Audio out

Audio in

SIF

_ _

OPT_OUT

PC/HDMI_LR

COMP_IN_L/R

CVBS2_IN_L/R

CVBS1_IN_L/R

HP/MONI_L/R(PWM)

v Dri

D_ LE

BU+5V

R/C

OPC

p

BU+3.3V

D+3.3V

D+1.5V

D+1.2V

ac

POWER CIRCUIT

BackUp

B_CPU(KEY1),SDA_STB_CPU(

SCL_STB_CP

EEP,LED_G,LED_R,LED_OPC

LED_SLEEP,

W/REQ

POW_SW/RE

PC

RC,OPC

LSE

LR_PULSE

ANOTHER_WAKEUP

UCOM_MHL_CBUS, MHL

DDR3(1333M)

Select

BU+3.3V

IC2002-2

ONDA6㹼13

0

1

ONDD8㹼15

SDI0

SDI0㹼 SDIO

SDIOCMD/SDIOCLK

US

USB_2 U

USB_1 USB_0

U

UART-2

U

UA

UART-TXD1

UA

UART-RXD1

UART-TXD0

UA

UART-RXD0

UA

IC2001

/eM

/eMMC /NAND Flash

/NA

+3.3V

SPI_FLASH

SPI

1

0

Select

IC2002-1

DTV/SPDIF

RESET

BU+3.3V

IC3102

ORESET#

HDMI_ARC

(400KHz)

I2C_1

N_SRESET

SMPOWHOLD

+3.3V

H LAS

F

2Gbit

IC3103

ND A N

BU+3.3V

UR13V

BU+3.3V

HDMI_CEC_IN

HDMI_CEC_OUT

5 00

2 IC

Buffer

LVC125AN

R/C

࠙RAࠚP103(9p)

࠙RCࠚP2001(15p)

TACT KEY

࠙TKࠚP151(4p)

3D IR

࠙IRࠚ(3p)

J9401

Ethernet

+2.3V

02

IC26

. +1.2V

+3.3V

+5V

IC1504

HDMI-SW

SII9387A

DDC_1

HDMI_1

DDC_0

HDMI_0

DDC_2

work t

AIN M

I-1.4 / Ne M

HD /

264 / VC-1 .

D / H 3

FHD SYSTEM BLOCK Diagram㸦G9T(MT5396W) 1J㸧

CVBS2_IN_L/R

CVBS1_IN_L/R

CVBS1_IN

CVBS2_IN

R

BS

L

LR

V

CVBS

C

7

PUT

6

N

INPUT

I

+3.3V

I2C_0(400KHz)

DSP

C1703

YSS952

I

24.576MHz

COMP1_IN_L/R

COMP1_Y/Pb/Pr

t n

LR pone m

Co T

5 NPU I

+1.8V

_

X1701 Xtal

+13V

IC1902

䛇

1903

䛆SP

P

KER A

SPE

IC1903

_

AMP_DATA_LR

AMP_DATA_SW

AMP_LRCK/BCLK/MCLK

+13V

.

01 9 1

YDA176

IC

er

SP AMP(2CH)

oo Woofer AMP(0.1CH)

-

P䛇 S

1904

䛆

P

EXT-SP

r

AUDIO_MUTE

N_AMP_PROTECT

N_PER_RST

+2.3V

D_IF-/+

AMP_MUTE

AMP_

N_TUN_RST

Woofe

+3.3V

N I

RF

+2.3V

9

IC110

+1.8V

3 0 1

igital

TU1

Analog/

D

8 – 4

HP_MUTE

H AUDIO_MUTE

A N_PER_RST

N

4 0 7

C2

HP-AMP

I

OPT_OUT

AUDIO_MUTE

+5V

Disclete

IC503

Si Tuner

HP/MONI_L/R

OUT

OPTICAL

Audio Out

(Mini Plug)

UART_CPUTO232C,UART_232CTOCPU

h

IC506

RS232C TxRx

pin RC Passthroug 9

_

+3.3V

PC/HDMI_LR

PC_VSYNC/HSYNC

PC_R/G/B

No.

I HDM

RGB/

PUT

C 232

udio

RGB

-

A

D-SUB

S R

2/8

INPUT8IN

HDMI_2

U5V

507 1

IC

+5V

Disclete

2

I) V

(D

(ARC)

HDMI

HDMI 3

HDMI 1

UT

2

P

1

3

N

INPUT

I

INPUT

_

HDMI_CEC

ANOTHER_WAKEUP

_

HDMI_3

DDC_3

HDMI_3

rSW

_

we Po

MHL_WAKEUP

UCOM_MHL_CBUS, MHL_DET_POW

EN_RPWR4_N,EN_VBUS4,VBUS4_OC,MHL_DET

HDMI_CEC

HL)

HL) M

M (

( HDMI 4

HDMI 4

4

INPUT

USB_D0P/N

J9502

U5V

W

3

3 50

50

9502

9

werS

C

owerSW

IC

IC9501

I

Po

P

+5V

+

+5V

USB

Side

1.5A

0.5A

0.5A USB_D2P/N

USB_D1P/N

USB_D3P/N

3 50

SB

USB

U

J9

J9501

௚㓄⨨

ୗഃ

HDD⏝

D࣮࢝ࢻ

᤼

S

LC-60G9T / LC-70G9T

0xE8

I2C

,

y

, THCV216

4

,

I2C

10

THCV216

1

8V

y

4

10

_ _

VCC 1.1V

Step

V

OFL

BD8125MU

VCC

1.1V

Step

,

BD8125MU

Q

VLS 15 6V

VLS

15

6V

To

Panel

CN5301

SC5301

80pin

WP

SCK CS

SDO

SDI

64pin

Mini LVDS 8bit 7pair

24MHz

IC5801

Primrose

8Mb

FLASH

16Mb

FLASH

10k

Ach

ROM_WP

]

PST8429U

Reset IC

[

Daphne

27MHz

HX6518-A

IC5103

Ach

LVDS 10bit 6pair

VbyOneRx

VCC_3.3V_A

One HS 10bit b

Bch

Ach

SC4802

41pin

*3ULPURVH'DSKQHكT&21ഝ%ORFN௕

To

Panel

(to Daphne or Main)

PWM1,PWM2

DAC

=

4Ⰽኚ᥮

SubPixel

Rendering

VCC_3.3V

VCC_2.5V

Bch

LVDS 10bit 6pair

PWM1,PWM2 (from Primrose)

LR_OUT (from Primrose)

LED BLไᚚ

SD㧗⏬㉁ᅇ㊰

Fred Lightᑐᛂ

Bch

VCC_3.3V_Daphne

VCC_1.2V_Daphne

PDN

LOCKN

. _

CN5302

64pin

LR_OUT (to Daphne or Main)

TCN_CS1䡚12

100䃈

QS,GHOST⿵ṇ

䜺䞁䝬⿵ṇ( ᗘ)

VCC_1.1V

Cch

ᮍ౑⏝󰪍䛿

Cch

LVDS 10bit 6pair

VbyOneRx

VCC_3.3V_A

One HS 10bit b

Cch,Dch

LOCKN

To

Panel

LS

GOE

GCK

GSP

SBR, MPD

4Ⰽ୪䜃᭰䛘

䜽䝻䝇䝖䞊䜽⿵ṇ

READY

Dch

LVDS 10bit 6pair

TCON READY

඲⤒㊰Through

ྍ⬟䛻PCBᑐᛂ

SDA

Dch

THCV216

PDN

LOCKN

VCC_1.8V

G

D

S

LR_OUT

From

MAIN

To

Mini LVDS 8bit 7pair

CS_EN

BDE

儹児兠兄兎儸兠儬

10

READY

TCON2

10

GPIO1

10k

DET_POW (VCC_3.3V)

PWM1,PWM2

Panel

SC5302

TCN_RS

10k

CC

10k

33䃈

33

NC

VCC_3.3V_A

LW

80pin

PST8429U

Reset IC

[

NC

3.3k

10

RESET

TCON

SDA

HVD

VL0

VL32

VL64

VL128

L255

VH255,VH128,VH64,VH32,VH0

SA = 0xEC

[BD81014]

VCC_3.3V

H0

VCOM

0.51

VGL, VGH, VCOM,

VLS_15.6V, VCC_3.3V_A

+

. _

VL0

100

+

100䃈

LR_OUT

(to Main)

PWM1,PWM2

VCC_3.3V_Daphne

NC

MOSFET

GPIO1

(to Main)

IC6201

AO6405

_

[BD81002]

-

VCC_3.3V

VCC_1.8V

S-

[

VCC_3.3V

PG1

Step-down

IC6801

VLS_15.6V

PG2

Step-up

CS1䡚12

with AMP

CS_LevelShiftter

MVLS

I_VCS+1

VCOM

VCC_3.3V

VLS_15.6V

VCC_2.5V

EN3

S-

[

Reset IC

NC

_

PG2

TCN RST

VGL

VGH

Positive

Charge-pump

MVLS

Negative

Charge-pump

I_VCS-2

I_VCS+2

IC6207

I2C

HV LDO

DAC

Primrose

0.51

1k

POWER

PG1

CC

10k

VCC_1.8V

VCC_1.2V_Daphne

4.7k

10

4.7k

I2C_READY

LR_IN

PE_N

47K

10K

NC

1k

VCOM_WP

Q6206

10k

EN3

MOSFET

VCC

PL

From

POWER

AO6405

SC4801

4pin

VLS_15.6V

IC6209

VREF_15.2

VCOM

Calibrator

SA = 0x9E

[BU55041]

VCC_3.3V

LDO

MVLS

1ch DC-DC

200WNA P

VCC_1.2V_Daphne

SN201004

EN

VCC_3.3V

100K

47K

PE_N

8 – 5

LC-60G9T / LC-70G9T

)

CHAPTER 9. PRINTED WIRING

BOARD ASSEMBLIES

[1] MAIN Unit

H

G

MAIN UNIT (A-PATTERN

F

E

D

C

B

A

1

2

3

54

6

7

8

109

9 – 1

N )

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 2

LC-60G9T / LC-70G9T

H

G

F

E

MAIN UNIT ( A-SYMBOL )

D

C

B

A

1

2

3

54

6

7

8

109

9 – 3

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 4

LC-60G9T / LC-70G9T

R2679

R

D2605

IC2601

R2617

0

R2041

H

G

F

E

D

C

B

A

MAIN UNIT ( CHIP SIDE-A )

FB3850

P3803

FB2002

P3802

R2102R2103

FB539

R518

FL509

VA507

R532

R647

C600

C612

D522

C611

FB548

C615

C614

R670

IC510

Q509

C613

IC507

R696

C562

R624

R665

R664

C583

C585

R632

C588

L504

C590

R618

R637 R638

R3492

R9512 R9513

FB2029

R2100

P2004

SC504

R543

R542

SC501

P2005

C625

R700

R3465 R3464

TH2001 R2043

R3440

R620

R3433

R3443

R615

R3481

R3429

C3403

C3393

C3390

R2042

R204

D2002

D2003

R2066

R2059

R2097

R2067

C2012

C2038

R2068

D2005

R2060

R2071 R2065

C2002

D515

R3432

C3386 C3389

R3430 R3431

C3385

R3428

C3387

FB3304

C3388

C3370

R3367

C3371

R3368

FB523

R613

VA501 FB525 VA502

R609

IC506

R608

D525

FB527

Q511

R699

R698

D512

C595 VA525

FB535

R507

L507

C594

R506

VA524

FB534

L506

C593

FB533

VA523

R505

L505

FB504

R551

D507

R654

FB505

R503

D508

R522 R625

D509

R533

FB506

R502

FB507

R655

D510

C521

R681

R684

R683

R685

R682

R3445

C3399 C3400

C3397 C3396

R1217

C1220

L2504

L2502

L2503

D1533

L2501

R2516 R2515 R2514 R2513

R1520

R2512 R2511 R2510

R2509 R2501 R2502 R2503 R2504

D1530

D1531

R1515

R1541

SC1513

SC1503

C2643

R2540

R2539

D2602

R2626

R2628

R2614

R2611

R2520

R2536

C2640 R2616

R2505

R2675

R2678

R2677

R2676

R2673

R2674

R2506 R2507 R2508

R1544

R1549

J514

R1224

D2016

P2001

FB2006

FB2012

FB2009

FB2007

FB2008

FB2027

FB2013

FB2014

R693 R694

FL508

FB538

R635

VA506

FB2004

R2009

FB2005

C503

C599

L502

R530

R641

C591

J9504

J9501

CN9503

CN9501

FB9503

R636

C603

VA9508

VA9507

L9513

R9515

FB9521

C9501

C9504

R9501

IC9501

C9505

FB9510

VA9501VA9503

L9503

Q512

R555

C530

Q502

C542

C543

C616

C617

R657

D518

R656

D519

IC511

Q514

L9501

R568

C539

R565

VA520

FB517

C533

Q513

R697

C609

CN9502

FB9523

FB9504

L9502

FB9517

FB518

FB508

R508

R567

C538

VA519

C532

C511

R564

C610

P2002

R2013

FB2018

FB2025

FB9509

FB9522

SC505

R504

D503

D505

FB2023

FB501

FB2022

R692

D504

R535

R695

R516

C517

R691

R627

R631

J510J511

D9402

T9401

D9401

TU1101

TU1106

TU1102

R3424 R3437

R1132 C1121

C1193

R1222

FB1110

C1106

R1143

R1227

R1232

C1175

C1174

R1102

C1180

C1179

R1103

R1130

C1211

R1237

R1233

R1141

R1109

C1181

C1182

R1105

R1129

C1177

C1176

R1185R1186R1187

C1225

C1223

C1224

C1222

C1219

C1218

C1107

L1101

C1111

D1104

SC1301

R678

R677

R679

R680

C621

R674

C623

R600

R603

R676

C622

R675

FB549

R673

FL517

FL519

FB551

FL518

FB550

C620

C618

C619

VA545

VA543

VA544

J513

C566

R612

R598

R601

R605

C569

C564

R614

FL516

FB532

FB531

R589

VA518

FB536

R595

C556

C553

C552

VA516

VA517

J509

D1534

D1535

R1536

R1537

R1533

SC1515

SC1505

R1522

Q1503

D1508

D1507

R1504

R1507

R1505

R1535

Q1507

R1521

R1508

D1532

R1516

SC1514

SC1504

C1124

R1101

D527

J9401

TU1104

C1185

C1127

C1195

C9409

R9408

R9405

C9408

R9407

R9406

C9403 C9402

TU1103

TU1105

FB1109 R1144

C1108

R1226

IC1109

C1196

C1214

R592

C561

R596

IC503

C555

R602

C624

Q505

C1212

C1139

J501

VA521

R523

FB502

R511

C501

C510 R517

1

2

3

54

6

7

8

109

9 – 5

LC-60G9T / LC-70G9T

R3851

R3813

IC3805

C3101

D1521

FB9604

IC3301

R3374

D3101

IC3102

C3102

R9524

R9526 R9530

R3103

R3817

C3811

R3452

C3103

R3842

R3821

C3812

R3847

IC3806

IC1706

C1744

R1767

R3812

R3845 R3822

Q1703

R3850

R1766

R9602

C9605

IC9603

Q9601

C9609

R3554

R3555

R3561

R1331

R1330

R1329

R1327

R1325

R1321

R1324

R1332

R1333

R1320

C1209

R3326

C3382

C3383

FB1111

FB1112

R1235

R1234

D3103

R3349

C3104

C1210

D3102

R3102

IC9505

R9523

R9527

R9536

R9540

SC3801

FB3821

FB3820

R2041

D2605

R2617

IC2601

R2679

R1534

L2603

R2062

R2680

R1510

IC2005

IC2002

R2544

P2003

FL2001

R2099

Q2602

R2537

R2538

R2056 R2057

R2084

R3336

R2518

R1514

FB3840

IC2004

R2055 R2053

R3418

R2014

C2009

R2052

R2049

C2010 R2054

R2051

C2013

C2029 C2032

C2036

D3302

R2020 R2031

D3322

R3425

R3342

R2017

D2004

C2006

C2008

R3340

R3388 R3389 R3391

X2001

R3324

R3392

R3856

R3378

R3810

R2080

R3808

R2046 R2045 R2092 R2091

R2044

R2035

R2079

C3355

R3335

IC3304

R2039

L3804

P3301

FB3309

R3401

R3422

R3344

L3802

R3357

R3356

R3333

R3409

C3401

C3369

L3803

R3451

R3486

R3410

R3366

C3368

L3801

FB3844

C3395

FB3845

C3801

R3365

FB3851

C3802

R3447

R3866 R3865 R3863 R3864

C3803

R3446

FB3852

R3857

FB3853

R3858

C3804

C3394

C3805

C3806

R3383 C3378

R3331

C3379

R3334

R3838

Q3802

R3550

C3807

R3384

R2521

C2636

R2612

R2625

D2601

FB2606

R2517

R2607

C2628

R2608

R2605

R2606

R2604

R2601

C2622

R2602

R2535 R2534 R2533 R2532 R2531 R2530 R2529 R2528

R2527

R2526

R2525

R2523

R2524

R2522

R2519

D1528

D1529

SC1512

SC1502

L2602

Q2603

FB2605

R2647

R2652

Q2605

R2650

L2601

C2629 C2627

C2626 C2625 C2624 C2619

R1513

R1509

R1531

FB2029

R2100

P2004

P2005

C625

IC506

L507

R700

L506

L505

C3399 C3400

TH2001

R2043

R3440

R3465 R3464

L2503

R2505 R2506 R2507 R2508

R620

R3433

R3443

R3481

L2502

R615

R2539

R2611

R3429

C3403

C3393

C3390

C2640 R2616

R2042

R2040

D2002

D2003

R2066

R2059

R2097

R2067

C2012

C2038

R2068

D2005

R2060

R2071

R2065

C2002

D515

R3432

C3386 C3389

R3430 R3431

C3385

R3428

C3387

FB3304

C3388

R3367

C3370

C3371

R3368

L2504

C2643

R2540

D2602

R2626

R2628

R2614

R2520

R2536

R2675

R2678

R2673

R2677

R2676

R2674

R1544

R1549

23

R613

01 25 02

R609

R608

D525

27

Q511

D512

C595 VA525

FB535

R507

C594

R506

VA524

FB534

C593

FB533

VA523

R505

B504

R551

D507

R654

B505

R503

D508

R522 R625

D509

R533

B506

R502

B507

R655

D510

C521

R684 R685

682

R3445

C3397 C3396

L2501

R2516 R2515 R2514 R2513 R2512 R2511 R2510

R2509 R2501 R2502 R2503 R2504

D1530

D1531

C3808

FB3826

FB3825

R3837 R3836

R3805

R3846

FB3827

SC1501

SC1511

FB3831

R3835 R3834

R3844

R3848

Q3803

D1523

FB3832

L9602

R3828

R3827

R3829

Q3801

C9615

C9614

IC3504

R3562

C9517

X9501

R9537

C9519

R1547

R1503

R1545

R1546

D1524

R1764 R1763

R3496 R3330

R9609

FB1713

R1709

R3495 R3327

R3538

R3542

R3467

R9517

FB1712

R1708

R3471

R3470 R3469

VA9504

FB1711

R1707

R3494

R3483 R3381

L9504

VA9502

J9502

FB1709

FB1710

R1706 R3484

IC3503

R3546

R3466

R3488

R3468

P1701

FB1708

R1705 R3485

R3493

R3472

FB9601

C9638

FB1707

FB1705

R1704

L9605

R1711

FB1706

R1712

R3516

R3501

C9641

FB1703

C9630

FB9602

FB1702

FB1704

FB1701

R1703

VA527

R9628

R9630 R9633

C560

R3402

IC9607

C9636

R9619

R9631

FB521

P1903

D1908

C1924

C1919

D1905

L1907

VA3104

R1950

C1957

C9640

R1958

L1903

C1918

C1930

C1927

C1916

R1902 R1946 R1959

IC1902

R1947

R1961

R1967 R1965 R1945

R1955

R1953

C1935

C1929

C1915

IC1903

R1933 R1937 R1934 R1935

IC3104

C3112

L9601

FB3808 FB3807 C3815

FB3806

C3813

FB3809

IC3810

R3871

R3872

C9631

R9636

R3147

VA3102

C3817

C9623

R3119

R3124 R3120

R3853 C3809

R3803 R3814

D9608

Q9603

C3810

IC9606

C3814

IC3801

R3816

R3852

R3807

R3815

FB3811

R3802

R3820

R3806

R3859

R3809

R3819

R3811

IC3802

R3849

FB3815

C3818 R3855 R3843

FB3814

C3819

R9632

R9626

C9619 C9618

R9618

FB9518

L9510

FB9519

C3824

R9627

IC9605

C9622

Q9602

C9629

L9604

FB9603

C9626

SC3101

R3154

R3146

R3145

R3142

R3144

FB3810

C3816

L1906

L1902

C9612

C9613

FB3857

FB3856

FB3835

IC9601

C9606

FB3834

FB3818

C9603 C9607

FB3817

P3801

FB3812

J9505

P1904

C3820 FB3819

R3854

C3822

C3821 FB3813

FB3816

L9507

SC3102

VA9505VA9506

J9503

L1904

L1908

R1942

R1943

R1944

C1917

IC1901

C1934

R1971

R1956

R1951

C1902

Q1702

D1702

D1707

R1913 R1912

C9620

IC9604

R9617 R9616 C9616 C9617

R9623

R3529

IC3502

R3522

R3518

R3521

R1969

C1936 R1954

R1963

R1929

R1928

R1927

R1926

R1777 R1778 R1917 R1916

R1907 R1903 R1901 C1715

C9624

R1771

FB1917

IC1703

R1930

C1718 R1751

R1738

C1703

R1741

R1737

C1702

X1701

L9603

C9625

C9621

R3504

R3508

IC3501

R3408

R3395R3396

IC3103

C9627 C9632

R593

R1756

C1727

C1732

C1726

R1713

IC1702

R1714

C1717

R1753

R1752

C1714

C1710

R1755

R1750

C1721

C1720

R1702

C1706

R1754

C1719

C1709

R1749

C1716

C1705 R1701

R607

R591 C558

R590

R594

R606

C559

C554

FB522

VA526

J504

1110

12

13

14

15

16

17

18

19

9 – 6

LC-60G9T / LC-70G9T

H

G

F

E

D

MAIN UNIT ( B-PATTERN )

C

B

A

1

2

3

54

6

7

8

109

9 – 7

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 8

LC-60G9T / LC-70G9T

H

MAIN UNIT ( B-SYMBOL )

G

F

E

D

C

B

A

1

2

3

54

6

7

8

109

9 – 9

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 10

LC-60G9T / LC-70G9T

5

7

2

C2024

H

MAIN UNIT ( CHIP SIDE B )

R1978

C1921

R1931

C1730

Q1701

Q506

FB1901

Q510

R671

C1945

C1904

C1912

R3505

R628

FB1906

C1946

FB1905

R1974

FL3505

C3538

Q501

C604 R623

D1903

R1769

C1725

C1723

Q504

R1770

R3503

R3506

C1722

C3505

R1768

C3507

FL3502

C1942

D1901

C1928

C1959

Q1705

C1926

C1938

C3516

R3531 C3518

C3512

R3523

R3525

R3507

R3519

R3509

C3508

C3509

R3514

R3515

FL3503

C3501 R3510

C1724

R1710

R3380

R3455

R3376

R3377

R3490

R3426

R3491

R3489

R3823

R1909

R3824

R1911

R1910

C3539

FL3508

C3524

C3525

C3526

R3536

R3537

C3527

FL3509

R3535

R3532

C3519

R3534

R3533

C3520

FL3507

C3521

C3522

C3523

R3530 C3517

FL3506

R3528

R3512

R3513

C3502 R3511

C3511 R3527

R3121

C3110

R3122

C3514

FL3504

R3517

R3502

C3510

FL3501

C3503

R3526

D9611

C3513

C3515

C3504

C3506

R572 R611 R573

C9633 R9629

R575

D3333

D9612

C9634

C9635

C9637

FB9513

R3461

R3405

R3403

C3302

R3393

C3398

R3407

IC3302

C3404

R3400

R3456

C3301

R9504

R3394

R9502

IC9502

C9503

R9511

R9514

C9502

FB1908

C1954

FB1907

FB1903

FB1904

R3139

C1950

C1949

C1958

C1937

C1933

R1976

FB1902

R1989

R1940

R1938

R1939

C1911

R1936

R1941

R1964

R1988

R1970

C1731

D1705 C1742 R1765

C1711

D9610

D9609

R3520

R3524

C1953

G

F

E

FB3854

FB3855

C1948

C1956

R1968

R1975

FB1913

FB1914

C1940

C1952

C1923

D1902

FB1915

C1932 C1961

FB1916

C9604 R9608

FB3804

FB3805

FB3801

C1903

FB3802

R1981

C1920

C1944

D1906

R9615 R9611

R9613

R1977

C1941

C1906

C1907

C1905

C1910

C3121 C3124

R3130

R3131

R3129

R3128

D9615

D9602

D9606

D9607

D

R3111

R3109

C

Q9604

B

R9621 R9620

VA3101

R2073

D2006

Q2009

C3111

IC3105

R3127

FB9516

R2072

R3138

R3153

R3136

VA3103

C9628 R9624

IC9602

R3101

R3137

C9509

C9608

C3122

R3107 R3112

D9613

C3106

R3132

R3105

R3160

R3108 R3104

D9614

R9622

D1706

D1703

R672

R3155 R3143

VA3106

VA3105

R3159

VA3107

R3148

FB3102

R9508

R9507

FB9515

C9508

IC9503

VA3108

C9507

R3152

R3156

R604

R588

A

C3319

C3325

R3423

R3473

FB9511

C3318

C9506

R3870

R3869

C3823

R3841

C1757

R1781

Q1704

D1704

C1759

C1755 R1775

R1785

R1784

R9606

R9607

C9602

C9601

D9601

R9605

R9601

R9604

C9639

R9603

R3553

R3557

R3539

R3545

R3559

R3540

R3543

R3541

R3544

C3320

C3326

C3330

R3307

C3314

C3315

R3302

R3301

C3332

R3310

C3343

R3309

C3331

C3322

C3324

R3313

FB3302 C3333

C3334

C3339

R1328

R3116

R3113

C9516

R9525

C9515

C9513

R9528

R9529

R9531

R9532

R9535

R9534

C9521

C9524

R9542

C9522

R9541

R9539

R9538

R1548 R1538

R3560

C3304

C3337

R1322

R3110

C9514

C9518 C9520

C9523

D1506

IC3809

R3558

R3547 C3528

C3323

R3308

R1326

C9611 R9614 C9610 R9612

C3329

C3328

C3317

C3338

R1323

FB9524

R3556

C3529

C3340

R1104

D1505

D3104

R3548

C3531

R3305 R3306

C3309

C3307

R9518

R1540 R1519

C3316

D9603

C3532

C3534

FL3510

C3327

C3321

C3310

R3118

FB1502

R3480

C3402

C1109

FB3833

D9604

C3530

C3342

R3477 R3478

R3438

R3439

R3826

R3303

C3305

R3479

R3482

R9533

R3804

R3825

FB3830 FB3829

R3830R3831

D9605

R3549

C3303

R3338

R3476

R3474

R3833 R3832

C1501

D1510

FB3828

R3355

R3311

R3415 C3312

R3475

D1513

FL3512

FB3308

C3336

C3345

C3313

R3397

C3533

C3536

C3306

C3347

R3458

R3404

R3414

R3457

FB3307

R3552 C3535

C3346

D1517

R3801

C3540

FL3511

R3551

C3335

R3416

C3354

C3376

C3344

C3348

FB3824

R3337

R3379

C3351

FB3823

R3839

C3308

C3341

R3387 R3413

FB3303

C3349

R1502

FB3841

FB3822

C3311

R3412

R3448

R3316

R3386

R3314

L1502

R3399

C3377

R3315

R3385

IC3303

R2632 R2648

R1501

D3301

R3321

R3382

R3358

R3390

Q3301

D3303

R2645

FB3847

FB3846

R3840

R3323

R3398

R3498

FB3310 FB3311

R3499

C3352

Q2601

FB3842

FB3843 FB3803

R3312 R3304

C3353

R3375

C3381 C3380

R3348

R3868

R3867

R3421

R3322

R3347

X3301

FB3301

R2633

R3861

R3862 R3860

R3325

R3487

C3350

R3345

R3454

C3356

R2105 R2104

R3339

R3343

C2014

R2090

R2063

C2016

R2101

R2064

C2037

R2093

R2094

R2086

C2025

R2085

R2098

R2088

R2087

R661 R658

Q507

C578

C577

R659

R660

Q508

R2036 C2021

C2022

C2019

C2020

R2003 R2023

R2024

Q2006

R2025

IC2009

C2004

IC2003

R2002

C2005

Q2001

R2034

C2003

R2033

D2001

Q2005

R2037

Q2007

Q2010

R2047

R2032

R2061

R2058

R2050

C2011

R2038

IC2008

R2077

R2078

R2074

Q2008

R2075

R2076

R2070

C2007

C2034

R2083

C2033

R2069

R2048

C2015

IC2007

IC2006

C2035

R2007

C2030

R2030

R2011

IC2001

C2001

C2028

C2031

R3411

R3460

R3406

R3332

R2619

D2501

C2611

C2501

D2604

C2654 C2638

C2610

D3319

R2541

C2651

C2601 C2602

C2606

R2639

R3497

D2603

R2618

D3318

D3308

R2629

R3351 C3359

D2606

C2641

C2603

R3359

D3309

R3360

C2637

R3350 C3358

R2542

R3353 C3357

C3372

D3321

R2613

C3375

C3362

C3363

R2603

R3352 C3360

R3372

C2633 C2635

C2634

R2640

FB2601

R2663

R3354 C3361

R3371

C3373 C3374

FB2604

C2623 C2653

R689 R690

R3369 R3370

R3341

C1510

R152

IC1508

R2694

Q1508

R157

C2621

C2618 C2617

C2616

D151

R3419

R3449

R3328

R3436

R3417

R3317

R3346

R3420

R3450

R3442

R3435

R3441

C3392

C2630

R2695 R2696 R2697

C3384

C3366

R3363

D1518

R3434 C3391

R3364

C2631

C2655

R2664

C2615

R2630

C2612

C2652

C2650 C2608 C2607

D3320

R3373

C3364

R3361

C3367

C3365

R3362

C2642

R2615

R2620

C2639

C2632

R2689

R2638

C2614

C2613

C2605 C2604

C2609

C2644

IC2602

C2648

D1514

C1502

R3329

R3459 R3318

R3427

D3329

1

2

3

54

6

7

8

109

9 – 11

LC-60G9T / LC-70G9T

1

Q2008

C2610

R2011

R2069

R2096

D9405

FB3838

FB2024

FB2020

FB2026

FB2001

R2001

R2015

FB2003

C2039

C2017

C2027

D2011

R2004

R2082

C2018

R2005

R2089

C524

R562 R610

R538

C509

R515

R528

R513

R1189

C1221

R1188

R1216

C1217

R1215

C1216

C1215

R1532

R1539

R1551

R1562

D1527

C1517

R1583

R1555

IC1510

R1511

R1563

D1520

D1516

D1525

D1526

R1543

C1506

R1512

VA1501

FB3848 FB3849

FB3837

FB3836

R3350 C3358

D3309

R2542

C3372

R2090

R3353 C3357

D3321

R2613

C3375

R2063

R3352 C3360

R3372

C3362

C3363

C2633

R2640

FB2601

R2603

C2016

R3354 C3361

R3371

C2635 C2634

FB2604

R2663

R2101

R2064

C2037

R2093

R2094

R2086

C2025

R2085

C2024

R2098

R2088

R2087

R661 R658

Q507

C578

C577

R659

R660

Q508

R689

R686

R690

R687

C3373

R3369

C3374

R3370

R3341

C2621

C2623 C2653

C2618 C2617

R688

FB1108

R1150 R1149

FB1107

R3320

C1510

R1527

IC1508

R2694

R2692

R1569

R1552

R1553

Q1508

R1571

IC1509

C1516

R1572

R1525

R1554

R1570 R1573

Q1504

R1574

Q1505

C2616

IC1507

R1528

C1509

C1508

D1511

Q1509

R1530

C1503

D1515

D1519

R1506

R2024

Q2006

R2025

IC2009

C2004

IC2003

R2002

C2005

R2034

C2003

033

D2001

R2037

Q2010

R2061

IC2008

R2077

R2078

R2075

R2076

C2034 C2033

IC2006

C2014

2035

R2007

C2030

R2030

IC2001

C2028

C2031

R3351

R3497

C3359

D3318

D3319

R3359

D3308

R3360

D2603

R2541

D2606

R2629

R2618

C2641

D2604

C2654 C2638

01

C2637

R2639

C2651

C2601 C2602

C2606

C2603

R1526

C1507

R1550

R1558

FB3839

R1140

R1190

R1542

VA529

FB514

C1113

D1504

R559

C505 R525

Q1506

FB2028

R2095

E1101

R1556

C1504

D2012

C527

R1139

R1145

R1191 R1192

R1529

R1523

FB2021

FB2019 FB2010

FB2011

D2007

D2013

D2008

D2009

VA528

VA514

C529

R558

FB513

FL504

FB519

C544

R579

R536

R617

R1218

R1138

R1136

R1137

R1207

R1106

R1142

R1111 R1125

C1116

IC1105

C1114

C1104

R1524

R1567

FB1503

Q2002

R2018

D2014

VA531

R527 C507

C1101

R563

R2021

D1101

R2022

R534

D2015

R2019

R2010

C520

R557

R510

FB509

FB510

D2010

R2026

R556

R531

R509

D1102

Q1501

C504

C2026

R2006

R2008

C526

R521

R1334

R1517

R2016

Q2003

R2081 R2027

Q2004

R2012

VA530

R2029

R2028

R586

C545

R1319

VA515

FB520

R580

IC1301

VA509

R541

R537

C597

C596

VA508

FB9508

FL511

FB540

FB9507

FB9514

C534

VA533

C525

VA532

R561

FB516

FL505

R529

R540

C512

R520

R1315

C1305

R1309

R1310

FB1301

R1312

R1306

R1305

R1518 R1557

Q1502

D1501

D1512

D1522

C528

R1317

FB9506

C1505

FB541

FB515

C506

R539

R526

C1307

D1301

FB9505

R560

R519

R634

C598

R544

VA510

FL512

R9411

FB537

VA512

R570

R577

C1112

L1104

C1303

R1304

R1318

FB529

C1302

FL513

C540

FB1302

FL514

R584

R9410

FB9501

FB9502

D9403

R9409

C607

R553

FB511

C531

R571

FB512

R552

R569

R554

C608

C522 C523

R1759 R1760

C1738

C1736

C1734

R1757

C1740

C1741

C541

VA513

VA511

C537

FL515

FB530

FB528

FL510

R9543

R9544

R578

R585

R583

R633

R576

C550

C548C549

R587

R9546

R9521

R9519

R9520

R9404 R9403

C9410

C9407

C9406 C9404

C9405

C9401

R9402 R9401

R1131

FB1104

IC1110

R1220

C1118

C1306

C1205

C1213 R1221

C1304

R1311

R1314

R1313

R1316

R1301

R1302R1303

L1105

C1308

R1308

R9522

R1307

Q516

IC1705

R1758

R9545

Q515

R630

R629

C1735

D1105

L1103

C9512

R1761 R1762

C1733

C1189

R1195

C1739

C1737

C1184

C1188

C1130

R1219

FB1105

R1201

FB1106

R1202

C1123

R9510

C9511

R9509

C9510

IC9504

FB9520

R9516

R9505

R9506

R9503

FB9512

VA542 VA535 VA536

C9411

C1178

C1202

R1121

Q1106

R1208

C1204 R1231

R1151

R1117

R1135

R1119

R1162 R1164

R1124

C1140

C1203 R1230

Q1103

IC1104

C1161

C1173

Q1107

C1141

R1177

R1114

R1123

C1153

R1176

R1118

Q1102

C1145

R1112

R1113

R1179

R1229

L1107

C1208

C1105

C1138

C1129

R1223

R1178

C1206

R1228

FB1103

C1110

R1225

C1133

C1207

C1128

IC1102

R514 C508

R512

C502

FB503

VA522

R524

1110

12

13

14

15

16

17

18

19

9 – 12

LC-60G9T / LC-70G9T

H

TCON UNIT ( A-PATTERN )

G

F

E

D

C

B

A

1

2

3

54

6

7

8

109

9 – 13

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 14

LC-60G9T / LC-70G9T

H

TCON UNIT ( A-SYMBOL )

G

F

E

D

C

B

A

1

2

3

54

6

7

8

109

9 – 15

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 16

LC-60G9T / LC-70G9T

H

TCON UNIT ( CHIP SIDE A )

G

F

E

D

C

B

A

1

2

3

54

6

7

8

109

9 – 17

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 18

LC-60G9T / LC-70G9T

H

TCON UNIT ( B PATTERN )

G

F

E

D

C

B

A

1

2

3

54

6

7

8

109

9 – 19

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 20

LC-60G9T / LC-70G9T

H

T-CON UNIT ( B-SYMBOL )

G

F

E

D

C

B

A

1

2

3

54

6

7

8

109

9 – 21

LC-60G9T / LC-70G9T

1110

12

13

14

15

16

17

18

19

9 – 22

LC-60G9T / LC-70G9T

CHAPTER 10. SCHEMATIC DIA-

GRAM

[1] DESCRIPTION OF SCHEMATIC DIAGRAM

1. VOLTAGEMEASUREMENT CONDITION:

1) The voltages at test points are measured on exclusive AC adaptor and the stable supply voltage of AC 110-240V.Signals are fedbyacolour bar signal generator for servicing pur

2. INDICATION OF RESISTOR & CAPACITOR:

RESISTOR

1)The unit of resistance ""is omitted.

(K=k =1000 , M=M ).

2) All resistors are ± 5%, unless otherwise noted.

(K= ± 10%, F= ± 1%, D= ± 0.5%)

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

CAPACITOR

1) All capacitors are F, unless otherwise noted.

(P=pF=

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

F)

.

pose and the above voltages are measured with a 20k ohm/V tester.

CAUTION:

T

his circuit diagram is original one,

difference from yours.

SAFETY NOTES:

1) DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE REPLACING PARTS.

2) SEMICONDUC POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERATING.

IMPORTANT SAFETY NOTICE:

ARTS MARKED WITH " "

P FOR MAINTAINING REPLACE THESE PARTS WITH SPECIFIED ONES FOR MAINTAI N I NG THE SAFETYAND PERFORMANCE OFTHE SET.

TOR HEAT

THE SAFETY OF THE SET.BESURETO

therefore there may be

SINKS SHOU

( )

LD BE REGARDED AS

aslight

ARE IMPORTANT

10 – 1

LC-60G9T / LC-70G9T

Near Tuner

TO MAIN4(CPU)

Near SOC

004

TUN_GAIN_SW

TO MAIN4(CPU)

SCL2_TUNER

N_TUN_RST

CPU_IF_AGC

TUN_IFP

N_TUN_T2_RST

N_TUN_SAT_RST

TUN_IFN

004

0

*R1150

*R1149

D_IF-

D_IF+

SDA2_TUNER

004

TP1110

*FB1111

0241TA

*FB1112

0241TA

10K

*R1104

10V

*C1109

0.047u

SCL2__TUNER

IF__AGC

SDA2__TUNER

SDA0_400k

N_TUN_RST

N_TUN_SAT_RST

N_TUN_T2_RST

TO MAIN7(UCOM)

SDA0_400k

TUNER_CVBS

SIF

TUNER_CVBS_BYPASS

SCL0_400k

TO MAIN2(TARMINAL)

002

004

TP1112

SCL0_400k

VP

10uH

*L1107

IF+3.3V

16V

10u

KZA510WJPZ

*C1129

TO MAIN10(POWER)

3479A18P

*IC1109

D+3.3V

M+2.3V

010

D+3.3V

DUNTKG216WE**

10V

KZA761WJQZ

*C1196

4.7u

4

3

Vin

N.C

2

GND

1

5

ON

Vout

10V

4.7u

*C1195

KZA761WJQZ

16V

10u

*C1127

KZA510WJPZ

MAIN1(TUNER)

(MASTER)

SPICA2

Near Tuner

N_TUN_RST

SDA2__TUNERTU_SDATA

SCL2__TUNER

*FB1110

0241TA

*FB1109

0241TA

1K

*R1101

*C1106

10P

*C1108

0.1u

*C1124

TU_SCLK

N_TU_RESET

10 11 12

T-HNIM

TAIWAN

123456789

*TU1103

AA084WJQZ

D_IF-D__IF-

D_IF+

IF__AGC

10K

*FB1106

0241TA

*FB1105

0241TA

*R1151

0.047u

10P

IF___AGC

D__IF+

D__IF-

CVBS

TU__SIF

IF+3.3V

IF+1.8V

TU_SCLK

TU_SDATA

N_TU_RESET

TU_GAIN_SW

AT+5V

*C1123

Near Tuner

IF___AGC

D__IF+

*C1110

0.01u 25V

25V

*C1185

0.01u

10V

0.1u

*C1133

Near Tuner

10 – 2

LC-60G9T / LC-70G9T

D+5V

D+3.3V

TO MAIN10(POWER)

010

TO MAIN4(CPU)

VGA_SCL

VGA_5VPWR

BU+3.3V

TO MAIN7(UCOM)

IR_RS

UART_232CTOCPU

UART_CPUTO232C

010

0

R658

007

M3221EIP

IC506

3.303.30003.33.3

9

8

UART_232CTOCPU

R1_out

R1_in

7

NC

10

V-

7

8

6

11

C2-

5

T1_in

UART_CPUTO232C

12

FORCEON

13

T1_out

14

GND

10K

R620

15

Vcc

16

SHDN

10V

0.1u

C578

C577

4.7u

10V

KZA761WJQZ

100

R613

1/10W

100

R609

100

1/10W

R608

D525

FB527

0241TA

FB525

0241TA

VA501

FB523

0241TA

RTS

9

CTS

DSR

6

7

8

11

45

2

3

TxD

RxD

6

5

3

4

C625

0.1u

C2+

4

C1-

3

V+

2

C1+

0 3.3 3.3 3.3 3.3 0 0 0

1

EN

1/10W

EXA697WJQZ

5.6V

VA502

VXA236WJ

10

1

DCD

16V

1

2

D512

Vertical type

D-SUB

RS232C

NB122WJQZ

*SC504

VGA_SDA

SC/Y_CVBS2_IN

RED1/C1

GREEN1

SC_RGB_COM

TO MAIN3(HDMI)

003

CZ

R503

R502

0

10V

*C521

0.1u

D515

5.6V

EXA697WJQZ

4.7K R655

4.7K

R654

3

BAV70

1

2

220

R522

5.6V

D508

EXA697WJQZ

D507

5.6V

EXA697WJQZ

0241TA

FB505

FB504

0241TA

11

121314

678

9

16

*SC501

PC_IN

NB123WJQZ

123

Vertical Type

75

1/4W

R506

75

R505

1/4W

VA524

VA523

VXA238WJQZ

BLUE1

004

PC_VSYNC

PC_HSYNC

220

R533

D510

EXA697WJQZ

5.6V

*FB535

A527WJ

D509

5.6V

EXA697WJQZ

FB506

0241TA

FB507

0241TA

*FB534

A527WJ

15

10

17

5

4

1/4W

75

R507

VA525

VXA238WJQZ

CVBS_COM

COMP1_Y

004

PC_BLUE

PC_GREEN

CVBS_SIDE_IN

CVBS1_IN

COMP1_COM

004

TO MAIN4(CPU)

PC_HSYNC

004

PC_RGB_COM

R615

0

COMP1_PLUG

004

PC_VSYNC

PC_RED

PC_GREEN

PC_BLUE

PC_RGB_COM

004

PC_HDMI_L

1K

R523

R524

1K

100K

R517

R512

1K

R511

FB503

0104TA

FB502

1

EA111WJQZ

J501

PC AUDIO_IN

COMP1_Pb

COMP1_Pr

004

PC_RED

*FB533

A527WJ

TO MAIN4(CPU)

TO MAIN1(TUNER)

SLOWSW1

SC1FSW

TUNER_CVBS_BYPASS

CVBS1_PLUG

CVBS2_PLUG

004

PC_HDMI_L

004

PC_HDMI_R

C510

1000P

R514

100K

2L3

R

INOUT_SW

MONI_HP_R

CVBS_TU_OUT

HP_PLUG

MONI_HP_L

004

PC_HDMI_R

CH

C508

C502

TO MAIN9(AUDIO AMP)

004

001

009

004

009

TQ

33

1/4W

R606

HP_PLUG

UN-PLUGGED:H

PLUGGED:L

CH

1000P

R604

100K

FB521

0104TA

R588

1K

220P

VA522

VXA236WJ

220P

C501

VA521

VXA236WJ

12R3L4

J504

EA115WJQZ

HP Jack/AUDIO OUT

0104TA

FB522

AUDIO_MUTE

TO MAIN9(AUDIO AMP)

009

*R628

0

3

*Q506

IMH23T110

405

TO MAIN4(CPU)

TUNER_L_OUT

SC1_IN_R

TUNER_R_OUT

COMP1_SOY

SC1_IN_L

HPOUT_MUTE

004

009

004

009

4.7K

ISA1530AC

Q510

R672

3.3

2.5

R671

1K

3.2

TQ

33

1/4W

R607

0

2.66

102

6

0

2.66

0

*R623

C560

R593

100

R590

100

C554

1000P

VA527

1000P

C559

100K

TQ

R594

1/4W

C558

TQ

1/4W

R591

100K

VA526

CVBS1_IN_R

VXA236WJ

0.01u

VXA236WJ

COMP1_IN_R

CVBS1_IN_L

CVBS2_IN_R

CVBS_SIDE_IN_L

CVBS_SIDE_IN_R

CVBS2_IN_L

004

COMP1_IN_L

004

H:NORMAL

L:PDN

D527

CDL37114

0

IC503

45

3.6

7

2.4

456

3

2

1

004

AUDIO_MUTE

LTC014EEB

Q505

MUTE

5

47K

R602

123

& SPDIF MUTE

SPDIF BUFFER

AHT1G08W

5

R592

100

OPT_OUT

C555

0.1u 10V

MAIN2(TERMINAL)

DUNTKG216WE**

(MASTER)

SPICA2

CVBS2_PLUG

SC/Y_CVBS2_IN

*R617

0

CZ

*C544

*R579

*R572

4.7K

*FB519

100

0244TA

*R562

*VA514

CVBS1_IN

CVBS1_PLUG

470P

50V

75

1/4W

R573

4.7K

100

*R563

VXA236WJ

COMP1_PLUG

0

R586

CZ

470P

C545

50V

75

1/4W

R580

R575

4.7K

FB520

0244TA

*R570

*VA515

VXA236WJ

COMP1_Pb

COMP1_SOY

COMP1_COM

0

*R686

*R687

*R688

CZ

0

*R587

CZ

10P

*C548

56

0

18

*R583

*R633

*R576

CZ

*FB528

100

0244TA

*VA511

VXA238WJQZ

COMP1_Pr

0

*R689

*R690

CZ

10P

*C549

50V

18

1/4W

*R577

*FB529

0244TA

VXA238WJQZ

*VA512

*C550

50V

56

18

1/4W

*R584

*R585

*R578

*FB530

0244TA

*VA513

VXA238WJQZ

COMP1_Y

CVBS_COM

A137 / A125

ZA125WJN1

*J510

1

246789101112

5

3

for ASIA

*VA528

VXA236WJ

*C527

1000P

*FB513

*FB514

0104TA

*R538

1K

*R536

1K

1000P

*C509

1000P

100K

*C505

*R528

100K

*R525

*R513

1K

*R515

1K

CVBS2_IN_R

CVBS2_IN_L

*VA530

VXA236WJ

C526

1000P

VXA236WJ

*VA529

*C524

1000P

C520

FB509

FB510

0104TA

R534

1K

R531

1K

1000P

C507

1000P

100K

C504

R527

100K

R521

R509

1K

R510

1K

CVBS1_IN_L

CVBS1_IN_R

14151617

18

13

*VA532

VXA236WJ

*C528

1000P

*VA533

*VA531

VXA236WJ

*FB515

1000P

0104TA

*R539

*R519

VXA236WJ

*C525

1000P

*FB516

0104TA

*R540

1K

1000P

*C512

1000P

100K

*C506

*R529

100K

*R526

1K

*R520

1K

COMP1_IN_L

COMP1_IN_R

10 – 3

LC-60G9T / LC-70G9T

D+3.3V

TO MAIN10(POWER)

010

TO MAIN4(CPU)

VGA_SCL

VGA_SDA

TO MAIN7(UCOM)

BU+3.3V

D+5V

010

0

R658

IR_RS

UART_CPUTO232C

UART_232CTOCPU

007

M3221EIP

IC506

3.303.30003.33.3

9

8

UART_232CTOCPU

R1_out

R1_in

7

NC

10

V-

7

8

6

11

C2-

5

C2+

4

C1-

3

V+

2

C1+

03.33.33.33.3000

1

EN

1/10W

EXA697WJQZ

5.6V

VA502

VXA236WJ

10

1

DCD

6

3

4

0.1u

C625

16V

1

2

Vertical type

D-SUB

RS232C

NB122WJQZ

*SC504

T1_in

UART_CPUTO232C

12

FORCEON

13

T1_out

14

GND

10K

R620

15

Vcc

16

SHDN

10V

0.1u

C578

C577

4.7u

10V

KZA761WJQZ

100

R613

1/10W

100

R609

100

1/10W

R608

D525

FB527

0241TA

FB525

0241TA

VA501

FB523

0241TA

RTS

9

CTS

DSR

6

7

8

11

45

2

RxD3TxD

VGA_5VPWR

TO MAIN3(HDMI)

003

CZ

R503

R502

0

10V

*C521

0.1u

D515

5.6V

EXA697WJQZ

4.7K R655

4.7K R654

3

D512

BAV70

1

2

R533

220

R522

D510

EXA697WJQZ

5.6V

D508

EXA697WJQZ

D509

D507

5.6V

EXA697WJQZ

FB506

0241TA

FB507

FB505

FB504

0241TA

16

*SC501

PC_IN

NB123WJQZ

Vertical Type

75

R505

VA523

VXA238WJQZ

1112131415

789

6

12345

R506

1/4W

VA524

VXA238WJQZ

0241TA

10

17

75

1/4W

VA525

VXA238WJQZ

COMP1_Y

SC/Y_CVBS2_IN

BLUE1

GREEN1

SC_RGB_COM

RED1/C1

004

PC_BLUE

PC_VSYNC

PC_HSYNC

220

*FB535

A527WJ

5.6V

EXA697WJQZ

*FB534

A527WJ

1/4W

75

R507

CVBS_COM

COMP1_Pr

CVBS1_IN

COMP1_COM

COMP1_Pb

004

PC_RED

PC_GREEN

*FB533

A527WJ

004

TO MAIN4(CPU)

PC_HSYNC

004

PC_RGB_COM

R615

0

COMP1_PLUG

CVBS_SIDE_IN

004

PC_RGB_COM

PC_BLUE

PC_VSYNC

PC_RED

PC_GREEN

004

PC_HDMI_L

PC_HDMI_R

1K

R524

R523

1K

100K

R517

R512

1K

R511

0104TA

FB503

0104TA

FB502

1

R

EA111WJQZ

J501

PC AUDIO_IN

TO MAIN4(CPU)

TO MAIN1(TUNER)

MONI_HP_R

CVBS_TU_OUT

TUNER_CVBS_BYPASS

004

HP_PLUG

UN-PLUGGED:H

R604

100K

J504

EA115WJQZ

HP_PLUG

INOUT_SW

004

PLUGGED:L

R588

1K

12R3L4

MONI_HP_L

TO MAIN9(AUDIO AMP)

009

TQ

33

1/4W

R606

FB521

0104TA

HP Jack/AUDIO OUT

FB522

SLOWSW1

CVBS2_PLUG

CVBS1_PLUG

SC1FSW

004

001

004

PC_HDMI_L

PC_HDMI_R

004

CH

C510

1000P

CH

C508

1000P

R514

100K

C502

220P

VA522

VXA236WJ

220P

C501

VA521

VXA236WJ

2L3

*Q506

IMH23T110

0104TA

AUDIO_MUTE

TUNER_L_OUT

TO MAIN9(AUDIO AMP)

009

ISA1530AC

Q510

3.3

0

*R628

2.66

0

3

405

2.66

0

*R623

1000P

C560

R593

100

1/4W

R590

100

C554

1000P

TUNER_R_OUT

009

3.2

TQ

009

0

HPOUT_MUTE

R672

102

6

TO MAIN4(CPU)

004

4.7K

2.5

COMP1_SOY

SC1_IN_L

SC1_IN_R

CVBS1_IN_L

CVBS1_IN_R

004

R671

1K

TQ

33

1/4W

R607

VA527

VXA236WJ

C559

0.01u

100K

R594

0.01u

C558

R591

100K

VA526

VXA236WJ

COMP1_IN_L

COMP1_IN_R

CVBS2_IN_L

CVBS_SIDE_IN_L

CVBS_SIDE_IN_R

CVBS2_IN_R

004

H:NORMAL

L:PDN

D527

CDL37114

0

IC503

45

3.6

7

2.4

456

3

2

1

004

AUDIO_MUTE

LTC014EEB

MUTE

Q505

5

47K

R602

123

& SPDIF MUTE

SPDIF BUFFER

AHT1G08W

5

100

R592

OPT_OUT

C555

0.1u 10V

MAIN2(TERMINAL)

DUNTKG216WE**

(MASTER)

SPICA2

COMP1_Y

CVBS_COM

CVBS1_IN

COMP1_PLUG

CZ

0

R586

CZ

470P

C545

50V

75

CZ

1/4W

R580

R575

4.7K

FB520

C526

R534

1K

R510

100

0244TA

*R570

*VA515

VXA236WJ

1112

10

*VA530

VXA236WJ

1000P

*VA531

VXA236WJ

*FB515

C520

1000P

0104TA

*R539

1000P

C507

100K

R527

*R519

1K

CVBS1_IN_L

*C527

1K

1000P

*C509

CVBS2_IN_L

*J510

*VA528

1000P

470P

*C544

50V

75

1/4W

*R579

*VA514

VXA236WJ

ZA125WJN1

for ASIA A137 / A125

VXA236WJ

*C524

1000P

100K

*R528

CVBS1_PLUG

R573

4.7K

100

*R563

1

246789

5

3

VXA236WJ

*VA529

FB509

FB510

0104TA

R531

1K

1000P

C504

100K

R521

R509

1K

CVBS1_IN_R

CVBS2_PLUG

SC/Y_CVBS2_IN

*R617

0

CZ

*R572

4.7K

*FB519

100

0244TA

*R562

*FB513

*FB514

0104TA

*R538

*R536

1K

1000P

*C505

100K

*R525

*R513

1K

*R515

CVBS2_IN_R

COMP1_Pb

COMP1_SOY

COMP1_COM

0

*R686

*R687

*R688

CZ

0

*R587

CZ

10P

*C548

56

0

18

*R583

*R633

*R576

*FB528

0244TA

*VA511

VXA238WJQZ

14151617

13

*VA532

VXA236WJ

*C528

1000P

*FB516

0104TA

*R540

1K

1000P

*C512

1000P

100K

*C506

*R529

100K

*R526

1K

*R520

1K

COMP1_IN_R

COMP1_IN_L

COMP1_Pr

0

*R690

*R689

CZ

10P

*C550

*C549

50V

18

1/4W

*R577

*FB529

0244TA

VXA238WJQZ

*VA512

18

*VA533

VXA236WJ

*C525

1000P

50V

56

18

1/4W

*R584

*R585

*R578

*FB530

0244TA

*VA513

VXA238WJQZ

10 – 4

LC-60G9T / LC-70G9T

TP3357

TP3358

TP3359

TP3360

10K

R3404

10K

R3397

TO MAIN3(HDMI)

003

A192WJ

FB3307

HDMI0_RX_PWR5V

HDMI0_RX_SDA

HDMI0_RX_SCL

HDMI0_RX_HPD

USB_D0P

USB_D1P

USB_D0N

011

TO MAIN11(LAN_USB)

HDMI0_RX_D0P

003

USB_D1N

011

HDMI0_RX_D0N

TO MAIN1(TUNER)

HDMI0_RX_D1P

HDMI0_RX_D1N

HDMI0_RX_D2P

HDMI0_RX_D2N

HDMI0_RX_CLKP

HDMI0_RX_CLKN

HDMI_CEC_CPU

TO MAIN3(HDMI)

003

CPU_DATMDI_RJ45_RN

CPU_DATMDI_RJ45_RP

USB_D3P

USB_D2P

USB_D2N

USB_D3N

CPU_DATMDI_RJ45_TP

CPU_DATMDI_RJ45_TN

011

SD_WP

TO MAIN6(FLASH)

006

10

R3475

HDMI1_RX_SCL

TO MAIN11(LAN_USB)

CPU_DEMOD_TSCLK

CPU_IF_AGC

TO MAIN1(TUNER)

001

TO MAIN8(PANEL)

CPU_DEMOD_TSVAL

CPU_DEMOD_TSSYNC

001

CPU_DEMOD_TSDATA0

CPU_DEMOD_TSDATA2

CPU_DEMOD_TSDATA1

001

TO MAIN9(AUDIO)

CPU_DEMOD_TSDATA4

CPU_DEMOD_TSDATA3

001

TO MAIN8(PANEL)

CPU_DEMOD_TSDATA5

CPU_DEMOD_TSDATA6

001

CS_EN

008

TP3348

HDMI2_RX_PWR5V

CS_EN

CPU_DEMOD_TSDATA7

TP3361

TP3362

CVBS1_IN_L

COMP1_COM

COMP1_Pr

COMP1_SOY

COMP1_Y

COMP1_Pb

CVBS1_IN

CVBS_COM

PC_GREEN

PC_RED

PC_BLUE

PC_VSYNC

PC_RGB_COM

PC_HSYNC

TO MAIN2(TERMINAL)

002

EN_RPWR4_N

EN_VBUS4

VBUS4_OC

MHL_DET

TO MAIN3(HDMI)

003

VBUS4_OC

EN_RPWR4_N

EN_VBUS4

MHL_DET

SCL2_TUNER

SDA2_TUNER

001

TUN_IFN

TUN_IFP

001

2

4

0.01u

0.01u *C3397

*C3396

47P

*C3400

1

3

100

1K

*R3481

100

*R3464

*R3465

47P

*C3399

CPU_OSDA2

CPU_TUN_IFP

CPU_OSCL2

CPU_TUN_IFN

2

4

1.8K

3

1

*R3349

002

68

R3354

0.01u

C3361

68

R3352

0

R3353

100

68

R3351

R3350

C3360

0.01u

C3357

1500P

0

C3359

0.01u

1

6233R

0.01u

C3358

*C3383

47P

*C3382

PC_VSYNC

PC_HSYNC

PC_VGACOM

PC_BP

PC_SOG

PC_GP

PC_RP

002

R3431

R3432

0

68

C3385

0.01u 1500P

C3386

COMP_Y1P

COMP_SOY1

SC/Y_CVBS2_IN

002

R3428

R3430

R3429

68

C3389

C3387

C3388

0.01u

COMP_PB1P

COMP_PR1P

COMP_COM1

002

R3441

*R3442

0

100

R3434

*R3435

100

C3391

0.047u

*C3392

0.01u

C3384

1u 10V

KZA520WJQZ

TP3324

TP3325

CPU_SY0

CPU_SC0

CPU_CVBS2P

CPU_CVBS1P

CPU_CVBS_COM

COMP1_IN_L

COMP1_IN_R

CVBS1_IN_R

CVBS2_IN_R

CVBS2_IN_L

002

16V

C3365

C3367

C3364

C3366

*C3368

*C3369

10u

R3362

R3363

R3364

R3361

*R3366

*R3365

30K

R3448

75

TP3326

CPU_VGA_SDA

CPU_VGA_SCL

COMP1_AINL1

COMP1_AINR1

CVBS1_AINL2

CVBS1_AINR2

CVBS2_AINL3

CVBS2_AINR3

CPU_VDACY_OUT

16V

10u

30K

002

C3370

R3367

PC_HDMI_AINL4

HP_MONITOR_R

PC_HDMI_R

HP_MONITOR_L

PC_HDMI_L

TO MAIN9(AUDIO)

002

009

16V

C3371

10u

R3368

30K

*R3334

0

*R3331

0

*R3384

22K

*R3383

22K

TP3351

TP3352

TP3345

TP3346

CPU_AIN6_L

CPU_AIN6_R

CPU_AL2_ADAC

CPU_AR2_ADAC

CPU_AL0_ADAC

CPU_AR0_ADAC

PC_HDMI_AINR4

TP3353

CPU_AL3_ADAC

TP3354

CPU_AR3_ADAC

SP_DATA

SP_LRCLK

SP_BCLK

009

0

R3491

R3490

FB3309

1043CE

47

220

R3357

R3358

R3356

CPU_AOLRCK

CPU_AOBCK

CPU_AOSDATA0

OPT_OUT

TO MAIN2(TERMINAL)

002

0

R3492

47

100P

*C3401

*R3378

CPU_ASPDIF0

HDMI_ARC_SPDIF

TO MAIN3(HDMI)

003

47

*R3374

CPU_ASPDIF1

TO MAIN1(TUNER)

TO MAIN2(TERMINAL)

GND_A

10V

C3351

0.1u

1

23

ON

Vin

GND

IC3303

3411A33N

NC

Vout

4

5

10V

KZA761WJQZ

4.7u

C3349

10V

10

R3314

KZA761WJQZ

4.7u

C3348

10V

C3346

0.1u

CPU_ADAC+3.3V

C3344

0.1u

C3343

0.1u

C3342

0.1u0.1u

C3341

0.1u

C3340

0.1u

C3339

0.1u

C3338

10V

GND_A

KZA761WJQZ

A192WJ

FB3302

4.7u

C3337

0.1u

C3335

0.1u

C3334

0.1u

C3333

0.01u

C3330

0.01u

C3329

u1 0 .0u10.0

C3327

0.01u

C3325

4 23 3 C

0.01u

C3322

0233

0.01u

C

10V

C3319

1u

KZA520WJQZ

10V

KZA761WJQZ

4.7u

C3318

GND_A

MAIN4 (CPU)

1234567

C3317

16V

0.1u 8

5

1

7

0.1u

16V

C3316

234

8

6

0.1u

C3311

C3310

0.1u

10V

KZA761WJQZ

4.7u

C3309

10V

KZA761WJQZ

4.7u

C3308

10V

0.1u

C3307

10V

KZA761WJQZ

C3304

4.7u 10V

0.1u

C3305

10V

0.1u

C3303

10V

KZA761WJQZ

4.7u

C3302

TL3301

010

45

D+5V

D+3.3V

VIN

D+1.5V

D+1.2V

M+2.3V

S172B12U

IC3302

VOUT

(MASTER)

SPICA2

010

STB+3.3V

TO MAIN10(POWER)

CPU_OSCL1

01

C3313

4

3

0.1u

0.1u C3312

GND_A

CPU_OSDA1

2

1

008

TO MAIN8(PANEL)

TL3319

8P

50V

C3352

2NC3

27MHz

X3301

R3315

1M

NC

SCA278WJQZ

150

4

R3316

1

8P

50V

C3350

1000P

50V

C3354

10

CPU_ORESET#

R3341

CPU_OPCTRL3

CPU_LED_PWM1

10K

CPU_LED_PWM0

R3340

2.2K

R3425

*D3322

PXA230WJPZ

10

CPU_GPIO44

TP3427

CPU_OPWRSB

0

CPU_OPWM2

R3487

0

CPU_OPWM1

R3422

0

CPU_OPWM0

R3421

0

CPU_SRV_ADIN7

R3420

CPU_SRV_ADIN6

27K

10K

CPU_SRV_ADIN3

R3339

10K

CPU_SRV_ADIN2

*R3338

10K

CPU_SRV_ADIN1

*R3337

10K

*R3336

SLOWSW1

0

CPU_OPCTRL7

R3415

0

CPU_GPIO54

R3451

SP_MUTE

HP_MUTE

0

CPU_OPCTRL0

R3411

10K

0

CPU_GPIO48

R3405

TUN_GAIN_SW

CVBS2_PLUG

CVBS1_PLUG

COMP1_PLUG

HP_PLUG

TP3428

CPU_TCON2

0

CPU_TCON6

R3402

0

CPU_LDM_CS

R3401

0

CPU_TCON1

R3400

PNL_I2C_EN

PNL_EN_T

47

CPU_GPIO52

R3399

L/R_REF_CPU

0

CPU_LDM_DI

R3398

VHD

CPU_GPIO43

DA1010

CPU_U1TX

CPU_U1RX

CPU_U0TX

CPU_U0RX

STB_CPU

007

CPU_RXD_UCOM

D3333

R3403

10

CPU_GPIO45

R3396

10K

R3395

10

CPU_GPIO46

R3394

10K

R3393

10

CPU_GPIO50

R3473

10

CPU_GPIO49

R3456

220

2

1

4

3

R3332

R3333

3

4

1

2

R3329

4.7K

3

4

1

2

220

0

CPU_OPCTRL11

R3389

0

CPU_OPCTRL10

R3388

0

CPU_OPCTRL9

R3387

SMPOWHOLD

EJTAG_TMS

EJTAG_TDO

EJTAG_TDI

EJTAG_TRST#

SB1FF

*R3324

10K

NC8NC

7

R3325

6

5

EJTAG_TCK

4

3

2

1

TL3313

TL3311

TL3310

TL3312

TL3309

TL3302

TL3304

TL3303

10K

SD_DET

1233R

008

BL_SDA1

BL_SCL1

007

CPU_TXD_UCOM

N_CPU_RST

006

CPU_OPCTRL3

006

CPU_LED_PWM1

006

TO MAIN6(FLASH)

N_PER_RST

009

R3423

*R3454

R3461

10

TL3314

R3312

TO MAIN9(AUDIO)

OFL3

008

OFL2

008

OFL1

008

TO MAIN8(PANEL)

QTEMP

007

TO MAIN7(UCOM)

TO MAIN3(HDMI)

SLOWSW1

002

TO MAIN2(TERMINAL)

TP3319

HDMISW_IRQ

003

TO MAIN3(HDMI)

TP3317

TP3316

TP3315

TO MAIN8(PANEL)

AMP_PROTECT

009

SP_MUTE

009

HP_MUTE

009

TO MAIN9(AUDIO)

LAMP_ERR

008

TO MAIN8(PANEL)

TO MAIN7(UCOM)

TO MAIN2(TERMINAL)

TO MAIN12(CI)

N_TUN_RST

001

TUN_GAIN_SW

001

TO MAIN1(TUNER)

CVBS2_PLUG

002

CVBS1_PLUG

002

COMP1_PLUG

002

HP_PLUG

002

TO MAIN2(TERMINAL)

ARC_MUTE

003

TO MAIN3(HDMI)

PNL_WP

008

PNL_POW

008

PNL_I2C_EN

008

PNL_EN_T

008

LR_FRAME

008

L/R_REF_CPU

008

I2C_READY

008

AC_DET

008

TO MAIN8(PANEL)

TP3309

TP3308

TP3307

TP3304

TO MAIN2(TERMINAL)

CPU_UATXD1_UCOM

007

CPU_UARXD1_UCOM

007

CPU_UATXD0_RS

007

CPU_UARXD0_RS

007

STB_CPU

007

UCOM_MODE

007

UCOM_RST

007

PM_REQ

007

SMPOWHOLD

007

TO MAIN7(UCOM)

SMPOWHOLD

006

SD_DET

006

N_DBG_RST

006

TO MAIN6(FLASH)

C3353

47P

50V

10K

R3323

TL3318

TL3316

TL3317

TL3315

N_DBG_RST

1K

TL3305

TL3306

TL3307

TL3308

DUNTKG216WE**

SD_D0_

A36

SD_D2_

A35

A34

NAND_CLE NAND_WE#

A32A31

NAND_D1

NAND_D3

A29

CPU_GPIO45

A28

CPU_TCON7

A27

SP_MUTE

A26

A25

A23A21

A_DDR_MCLK0N_702MHz

A20A18

A_DDR_MCLK0P_702MHz

A17A15A14A13A12

A_DDR_DQ8 A_DDR_DQ9

A_DDR_A13

A_DDR_A2

A_DDR_BA0

A9

A_DDR_DQS2N

A7A5

A_DDR_DQM2

A_DDR_DQ21 A_DDR_DQ22

A4

A3

A2B2C2

B_DDR_DQ6

A1B1C1

B_DDR_DQ0

005

SD_CMD_ SD_CLK_

SD_D3_

NAND_CE1#

NAND_D2

NAND_D4

COMP1_PLUG

CPU_TCON6

HP_MUTE

A_DDR_DQ11

A_DDR_DQS0NA_DDR_DQS1P

A_DDR_DQ1

A_DDR_A7

A_DDR_RESET

A_DDR_A3

A_DDR_DQ18

A_DDR_DQ31

A_DDR_DQS2P

A_DDR_DQ30

A_DDR_DQ23

005

B_DDR_A1

B_DDR_A0

CPU_GPIO1CPU_GPIO2

CPU_GPIO3CPU_GPIO4CPU_GPIO5CPU_GPIO6

E36

B_DDR_DQ2

B_DDR_DQ9

005

B_DDR_A2

B36B35B34B32B31B29B28B27B26B25B23B21B20B18B17B15B14B13B12B10B9B7B5B4B3

A_DDR_DQ29

005

B_DDR_A3

USB_D0P USB_D0N

SD_D1_

NAND_ALE

NAND_OE#

NAND_D0

IR_BLASTER_CPU

NAND_D6

NC

HP_PLUG

A_DDR_DQ6

A_DDR_DQ0

A_DDR_DQ15A_DDR_DQ16

A_DDR_DQS0P

A_DDR_DQS1N

A_DDR_DQM0

A_DDR_DQ3

A_DDR_DQ5

A_DDR_A14

A_DDR_A11

A_DDR_DQ20

A_DDR_DQ27A_DDR_DQ28

A_DDR_MCLK1N_702MHz

A_DDR_DQS3P

A_DDR_DQ24

A_DDR_DQ19

B_DDR_DQ4

B_DDR_DQ13

005

B_DDR_A5

B_DDR_A4

G36

F36

D36

C36

CPU_GPIO28

USB_D1P USB_D1N

G35

F35

E35

D35

C35C34

CPU_GPIO34

G34

F34

E34

D34D33D32D31D30D29D28D27D26D25D24D23D22D21D20

CPU_GPIO27

C33

G33

F33

E33E32E31E30E29E28E27E25E24E23E22E21E20E19E18E17E16E15E14E13E12E11E10E9E8E7E6

FLASH_CE0#

CPU_GPIO24

C32C31C30C29

G32

F32F31F30F29F28F27F25F24F23F22F21F20F19F18F17F16F15F14F13F12F11F10F9F8

NAND_RB#

CPU_GPIO43

CPU_GPIO44

VBO_LOCKN

G31G25G24G23G22G21G20G19G18G17G16G15G14G13G11G10G9

CPU_GPIO46

CPU_GPIO49

CPU_GPIO50

NAND_D5

CPU_GPIO48

CPU_TCON2

NAND_D7

SD_DET

SMPOWHOLD

C28C26C25C24C23C22

CVBS2_PLUG

CVBS1_PLUG

4.7K R3313

CPU_TCON1

STB_CPU VBO_HTPDN

A_DDR_DQ4

A_DDR_DQ2

3 1Q D_RD

D _A21

C21

A_DDR_DQM1

DDR_RVREF

QD _ R DD

C20C19C18C17C16C15

_ A

D19

A_DDR_DQ14

D18D17D16D15

A_DDR_ODT

A_DDR_CSX#

A_DDR_DQ10

A_DDR_CAS#

A_DDR_RAS#A_DDR_CLKEN

A_DDR_A5

A_DDR_BA2

A_DDR_CS0#

A_DDR_A9

A_DDR_DQ7

A_DDR_A0A_DDR_A1

C14

D14

A_DDR_A6

A_DDR_WE#

C13C12

D13D12D11

DDR_RVREF

A_DDR_A8

A_DDR_A4

A_DDR_A12

C11

A_DDR_BA1

A_DDR_A10

C10C9C8

D10

A_DDR_DQ25

A_DDR_DQM3

D9D8

A_DDR_MCLK1P_702MHz

TP3305 TP3306

A_DDR_DQS3N

C7

D7

F7G7H7

A_DDR_DQ26

C6C5C4

D6

F6G6H6J6K6L6N6P6R6T6U6

A_DDR_DQ17

D5E5F5G5H5J5K5L5M5N5P5R5T5U5V5

B_DDR_CSX#

D4E4F4G4H4J4K4L4M4N4P4R4T4U4V4

B_DDR_MCLK0P_702MHz

B_DDR_DQS0PB_DDR_DQS0N

B_DDR_DQ14

C3D3E3F3G3H3J3K3L3M3N3P3R3

B_DDR_MCLK0N_702MHz

B_DDR_DQ11

B_DDR_DQ12

D2

F2

G2

B_DDR_DQ15

B_DDR_DQM0

D1

F1

B_DDR_DQM1

B_DDR_DQS1P B_DDR_DQS1N

005

B_DDR_A7

B_DDR_A6

B_DDR_A9

B_DDR_A8

B_DDR_BA1

B_DDR_A10

B_DDR_BA2

B_DDR_A11

B_DDR_A12

B_DDR_A14

B_DDR_BA0

B_DDR_A13

B_DDR_RAS#

B_DDR_CAS#

63OIPG_UPC53OIPG_UPC

G37

F37

E37

D37

C37

B37

A37

TO MAIN5(DDR)

005

A_DDR_A0

A_DDR_A1

A_DDR_A2

A_DDR_A3

A_DDR_A4

005

A_DDR_A5

A_DDR_A6

A_DDR_A7

A_DDR_A8

A_DDR_A9

A_DDR_A11

A_DDR_A12

A_DDR_A10

A_DDR_A13

A_DDR_A14

A_DDR_BA0

A_DDR_BA1

A_DDR_BA2

A_DDR_CAS#

A_DDR_RAS#

TO MAIN5(DDR)

10V

0.1u

C3301

012

CPU_SPI_CLK

CPU_PVR_TSDATA1

CPU_SPI_CLK1

CPU_SPI_DATA

CPU_SPI_CLE

CPU_CI_INT

CPU_DEMOD_RST

012

CPU_GPIO3

CPU_GPIO0

CPU_GPIO1

CPU_GPIO2

CPU_GPIO4

CPU_GPIO5

012

3

NC

GND_A

2

GND

1

CPU_CI_TSCLK

ON

CPU_CI_TSVAL

CPU_CI_TSSYNC

TO MAIN12(DEMOD_CI)

CPU_PVR_TSVAL

CPU_PVR_TSDATA0

23OIP

91 O I PG_UPC

K37

J37

G _U P C13OIPG_UPCCPU_GPIO33

93OIPG_UPC83

J36

K36

CPU_GPIO20 CPU_GPIO21CPU_GPIO22CPU_GPIO23

CPU_GPIO14

8 1O I P

L35

J35

H35

K35

G_UP

CPU_GPIO25CPU_GPIO26

C71OIP

CPU_GPIO13

61OIPG_UPC51OIPG_UPC

O I P

L34

K34

J34

H34

G

_

_U

UPC

PC

CPU_GPIO7

CPU_GPIO8CPU_GPIO9

L33

K33

J33

H33

CPU_GPIO41

CPU_GPIO10CPU_GPIO11

CPU_GPIO12

L32

J32

K32

H32

CPU_GPIO40

CPU_GPIO0

H31

J30

H30

H29H22

J29J22J12J11J10

H19H13

IXD414WJN2

*IC3301

H11

H10

H8

J8

L8

K7L7M7N7P7R7T7U7V7

8A_RDD_B7A_RDD_B

B_DDR_A0

B_DDR_ODT

B_DDR_A11

B_DDR_A14

B_DDR_CAS#B_DDR_RAS#

B_DDR_A5

B_DDR_A13

B_DDR_BA2

B_DDR_WE#

B_DDR_A9

B_DDR_CS0#

B_DDR_DQ8

B_DDR_DQ10

J2

K2M2N2P2R2

B_DDR_DQ3

B_DDR_DQ7

B_DDR_RESET

J1

K1M1N1P1R1

B_DDR_A2

B_DDR_DQ1

B_DDR_DQ5

#XSC_RDD_B#XSC_RDD_A

005

B_DDR_DQ0

B_DDR_WE#

B_DDR_DQ1

B_DDR_DQ2

B_DDR_DQ3

B_DDR_CS0#

B_DDR_CLKEN

TP3302

B_DDR_MCLK1P_702MHz

B_DDR_MCLK1N_702MHz

B_DDR_MCLK0N_702MHz

B_DDR_MCLK0P_702MHz

005

A_DDR_DQ3

A_DDR_WE#

A_DDR_DQ0

A_DDR_DQ1

A_DDR_DQ2

A_DDR_CS0#

A_DDR_CLKEN

TP3301

A_DDR_MCLK0N_702MHz

A_DDR_MCLK0P_702MHz

A_DDR_MCLK1N_702MHz

A_DDR_MCLK1P_702MHz

012

CPU_GPIO8

CPU_GPIO6

CPU_GPIO7

CPU_GPIO9

CPU_GPIO10

CPU_GPIO11

CPU_GPIO12

CPU_GPIO13

CPU_GPIO14

CPU_GPIO26

CPU_GPIO27

CPU_GPIO28

CPU_CI_TSCLK

T37

R37

N37

M37

CPU_CI_TSSYNCCPU_CI_TSDATA0

CPU_SPI_CLK1

TNI_IC_UPCATAD_IPS_UPC

M36

M34

M33

M32

005

CPU_GPIO29

T36

R36

N36

CPU_DEMOD_TSDATA0

CPU_CI_TSVAL

T35

R35

P35

N35

M35

CPU_SPI_CLK

CPU_SPI_CLE

CPU_DEMOD_TSSYNC

CPU_DEMOD_RST

T34

R34

P34

N34

CPU_PVR_TSCLK

CPU_PVR_TSDATA1

T33

R33

P33

N33

CPU_DEMOD_TSDATA2

CPU_GPIO29

CPU_PVR_TSSYNC

CPU_PVR_TSDATA0

T32

P32

R32

N32

CPU_GPIO37

CPU_GPIO30

CPU_DEMOD_TSCLK

CPU_PVR_TSVAL

T31

CPU_DEMOD_TSVAL

T30

CPU_DEMOD_TSDATA3

T24

R24

P23

T23

R23R22R21

P22P21P20P19P18P17P16P15

N22

T22T21T20T19T18T17

R20R19

R18

R17

R16

T16

N15

R15

T15

N14

P14

R14

T14

P13

DDR_RVREF

T8

B_DDR_CLKEN

B_DDR_A4

B_DDR_BA1

B_DDR_A12

B_DDR_A10

B_DDR_A6

B_DDR_DQ16

T3

B_DDR_A1

B_DDR_DQ20

B_DDR_DQ27

B_DDR_A3

B_DDR_DQ18

B_DDR_BA0

B_DDR_DQ22

005

B_DDR_DQ8

B_DDR_DQ7

B_DDR_DQ5

B_DDR_DQ4

B_DDR_DQ9

B_DDR_DQ6

B_DDR_DQ17

B_DDR_DQ14

B_DDR_DQ10

B_DDR_DQ12

B_DDR_DQ18

B_DDR_DQ13

B_DDR_DQ15

B_DDR_DQ11

B_DDR_DQ16

005

A_DDR_DQ7

A_DDR_DQ6

A_DDR_DQ9

A_DDR_DQ5

A_DDR_DQ8

A_DDR_DQ4

A_DDR_DQ13

A_DDR_DQ11

A_DDR_DQ12

A_DDR_DQ10

A_DDR_DQ14

A_DDR_DQ15

A_DDR_DQ17

A_DDR_DQ18

A_DDR_DQ16

012

CPU_GPIO30

CPU_GPIO31

CPU_GPIO32

CPU_GPIO33

CPU_GPIO34

CPU_GPIO35

CPU_GPIO36

CPU_GPIO37

CPU_GPIO38

CPU_GPIO39

CPU_PVR_TSCLK

CPU_CI_TSDATA0

CPU_PVR_TSSYNC

U36

CPU_DEMOD_TSDATA1

U35

CPU_IF_AGCCPU_RF_AGC

U34

CPU_DEMOD_TSDATA4

CPU_DEMOD_TSDATA6

U24

U23

U22

U21

U20

U19

U18

U17

U16

U15

U14

B_DDR_DQ25

U3

B_DDR_MCLK1N_702MHz

B_DDR_DQ29

U2

B_DDR_DQ31

U1

B_DDR_DQM3

005

B_DDR_DQ20

B_DDR_DQ19

005

A_DDR_DQ20

A_DDR_DQ19

012

CPU_GPIO40

CPU_GPIO41

V35

CPU_OSCL2CPU_OSDA2

V34

V33

V32

CPU_DEMOD_TSDATA5

V31

V30

CPU_DEMOD_TSDATA7

V24

V23

V22

V21

V20V19

V18

V17

V16

V15

V14

DDR_RVREF

V6

B_DDR_MCLK1P_702MHz

V3

V2

B_DDR_DQS2PB_DDR_DQS2N

V1

005

B_DDR_DQ21

B_DDR_DQ22

B_DDR_DQ23

B_DDR_DQ24

005

A_DDR_DQ23

A_DDR_DQ22

A_DDR_DQ24

A_DDR_DQ21

012

CPU_GPIO15

CPU_GPIO16

CPU_GPIO17

NC

W37

NC

W36

NC

Y35NCW35

NC

Y34NCW34

Y33

Y32

CPU_ASPDIF1 CPU_ALIN

W30

Y29

Y24

W24

Y23

W23

Y22

W22

Y21

W21

W20

Y19 Y20

W19

W18

Y18

W17

Y17

W16

Y16

W15

Y15

W14

Y14

W8

Y8

Y7

W7

W6

Y6

W5

Y5

W4

Y4

W3

Y3

B_DDR_DQ28

B_DDR_DQS3P B_DDR_DQS3N

Y2

B_DDR_DQ30

Y1

B_DDR_DQM2

005

B_DDR_DQ25

B_DDR_DQ27

B_DDR_DQ28

B_DDR_DQ30

B_DDR_DQ29

B_DDR_DQ26

005

A_DDR_DQ26

A_DDR_DQ30

A_DDR_DQ25

A_DDR_DQ29

A_DDR_DQ28

A_DDR_DQ27

012

CPU_GPIO18

CPU_GPIO19

CPU_GPIO20

CPU_GPIO21

CPU_GPIO22

CPU_GPIO23

AE37NCAC37NCAA37

AE36NCAC36NCAA36

NC

AD35

AG35

AF35

AE35

AC35NCAB35NCAA35

HDMI0_RX_D2P

HDMI0_RX_D0P P1D_XR_0IMDHN0D_XR_0IMDH HDMI0_RX_D1N

AG34

AF34

AE34NCAD34NCAC34NCAB34NCAA34

HDMI0_RX_D2N

AG33

AF33

AE33

AD33

AC33

AB33

AA32

HDMI_CEC_CPU

AB30

AA29

AB29

AB24

AA24

AB23

AA23

AA22

AA18 AA19 AA20 AA21

AB17 AB18 AB19 AB20 AB21 AB22

AA17

AB16

AA16

AA15

AB15

AA14

AB14

AA7

AB6

AA5

AB5

AA4

AB4

B_DDR_DQ26

AA3

AB3

B_DDR_DQ24

AB2

AB1

005

B_DDR_DQM0

B_DDR_DQM1

B_DDR_DQ31

B_DDR_DQM2

005

A_DDR_DQ31

A_DDR_DQM2

A_DDR_DQM0

A_DDR_DQM1

012

CPU_GPIO24

CPU_GPIO25

HDMI0_RX_SDA

HDMI1_RX_SCLHDMI1_RX_HPD

HDMI2_RX_SCL

HDMI0_RX_SCLHDMI0_RX_HPDHDMI0_RX_PWR5V

HDMI1_RX_SDA

HDMI2_RX_SDA

AC32

AG32

AF32

AE32

CS_EN

AG31

AF31

AE31

AC31

HDMI1_RX_PWR5V

HDMI2_RX_PWR5V

AF30

AE30

AD30

AG30

AC29

0

R3480

AC24

0

R3479

AC16 AC17 AC18 AC19 AC20 AC21 AC22 AC23

F

24K

AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24

AC15

R3311

AC14

AD14

AG7

F

AE6

AF6

AG6

AE5

AF5

AG5

NC

AE4

AF4NCAG4NCAH4

NC

AE3

AF3

AG3

NC

AE2NCAG2

AD1NCAE1NCAG1NCAJ1NCAL1NCAN1NCAP1NCAR1

0.01u C3315

F

330

F

R3301

005

DDR_RVREFDDR_RVREF

B_DDR_ODT

B_DDR_DQS3N

B_DDR_DQS3P

B_DDR_DQS2P

B_DDR_DQS2N

B_DDR_RESET

005

A_DDR_ODT

A_DDR_DQS2P

A_DDR_DQS2N

A_DDR_DQS3P

A_DDR_DQS3N

A_DDR_RESET

B_DDR_DQ17

B_DDR_DQ19

B_DDR_DQ23

B_DDR_DQ21

B_DDR_DQM3

A_DDR_DQM3

005

B_DDR_DQS0P

005

A_DDR_DQS0P

005

AC6

AC5

AC4

AC3

AC2NCAD2

AC1

B_DDR_DQS0N

A_DDR_DQS0N

005

B_DDR_DQS1P

B_DDR_DQS1N

005

A_DDR_DQS1P

A_DDR_DQS1N

TO MAIN6(FLASH)

HDMI0_RX_CLKP

HDMI0_RX_CLKN

MHL_DETEN_RPWR4_N

AH32

AH31

VBUS4_OC

AH26

AH7

24K R3303

AH5

NC

AH3

NC

C3314

330 R3302

008

VBO_TXA+

VBO_TXA-

TO MAIN8(PANEL)

006

FLASH_CE0#

AJ37NCAG37

AJ36NCAG36

AJ32

AJ20 AJ21 AJ22 AJ26 AJ27 AJ28

AJ6

AJ5

AJ4

AJ3

AJ2

0.01u

008

VBO_TXB-

006

NAND_CE1#

AK35NCAJ35NCAH35

AK34NCAJ34NCAH34

AK33NCAJ33NCAH33

EN_VBUS4

0.01u

C3347

C3345

0.1u

C3306

1u 10V

KZA520WJQZ

LA

42LA AL31

10V

KZA761WJQZ

C3336

4.7u

AL14 AL15 AL16 72LA52

AL9

AK9 AK10 AK11 AK17 AK18 03KA72KA52KA42KA32KA

NC

AK4NCAL4NCAM4NCAP4

NC

AK3NCAL3

NC

AL2

008

VBO_TXB+

VBO_TXC-

VBO_TXC+

VBO_TXD-

VBO_TXD+

VBO_LOCKN

VBO_HTPDN

006

NAND_D1

NAND_D0

NAND_D2

NAND_WE#

NAND_OE#

NAND_RB#

NAND_CLE

NAND_ALE

AM37

AM36

AN35

AM35

AN34

AM34

CPU_AL1_ADAC CADA_3LA_UPCCADA_2LA_UPC

AM33

CPU_AR1_ADAC CPU_AR2_ADACCPU_AR3_ADAC

NC

0 3NA92

N A8

82MA72MA62MA52MA42MA32MA22MA02MA91MA81MA61MA41MA21MA11MA01MA9MA8MA7MA AM32

2 NA

52N

A42

PC_VSYNC

NA32

CPU_SRV_ADIN6

NA22

CPU_SRV_ADIN7

N A1

CPU_ORESET#

2 NA02NA91NA8

CPU_OPWRSB

CPU_OPCTRL2

1 NA

CPU_OPCTRL7

61 NA51NA

CPU_PHYLED0

41 NA21NA11

EJTAG_TDI

CPU_AOMCLK

N A01N

CPU_AOSDATA3

A9

CPU_AOSDATA4

NA8

PNL_EN_T

NA

7NA

AM3NCAP3

NC

AN2

TO MAIN7(UCOM)

006

NAND_D5

NAND_D6

NAND_D4

NAND_D3

CPU_AOSDATA1

006

CPU_AR0_ADAC

CPU_AL0_ADAC

CPU_CVBS0P

CPU_SIFP

PC_HSYNC

CPU_SRV_ADIN1

SLOWSW1

CPU_LED_PWM1

CPU_OPCTRL3

L/R_REF_CPU

CPU_OPCTRL6

CPU_OPCTRL9

TUN_GAIN_SW

CPU_OSCL1

EJTAG_TRST#

CPU_OSCL0

CPU_AOSDATA2

NAND_D7

NC

CPU_AOSDATA0

NC

AP37

CPU_AIN5_L

AP36

CPU_AIN6_L

4 3 PA

CVBS1_AINL2

23 PA

PC_HDMI_AINL4

13PA03PA92

MOC_

S BVC _ UP C

P A82PA7

CPU_VDACY_OUT

0CS _ U P C

2 PA62PA

COMP_PR1P SC_Y0P

5 2PA42PA3

COMP_SOY1

PC_VGACOM

2 PA22P

CPU_SRV_ADIN2

A

CPU_VGA_SCL

12PA02

CPU_LED_PWM0

P A

CPU_OPCTRL8

9 1PA

CPU_OPCTRL5

8 1 P A51P

CPU_U0RX

A

CPU_OSDA1

41PA31

EJTAG_TCK

P A21PA11

CPU_OSDA0

P A0

CPU_AOLRCK

1 PA

CPU_LDM_DI

9 PA8PA7

CPU_GPIO52

P A

AP5 AP6

VBO_TXB+

AP2NCAR2

10

R3498

TO MAIN6(FLASH)

0RNIA_1CS0LNIA_1CS 7 3UA63UA

AT37

AR37

COMP1_AINL1COMP1_AINR1

CVBS2_AINL3

63TA53TA43TA23TA03TA82TA62TA42TA32TA12TA02TA81TA71TA61TA41TA31TA21TA11TA9TA8TA7TA

AR36

CVBS2_AINR3

CPU_AIN5_R

CVBS1_AINR2

5

53RA33RA13RA03RA92RA82RA72RA62RA52RA42RA32RA22RA12RA02RA91RA81RA61RA51RA41RA31RA21RA11RA01RA9RA8RA7RA6RA

3U A43

CPU_AIN6_R

UA

PC_HDMI_AINR4

CPU_TUN_IFN

CPU_TUN_IFP 23U

A

CPU_CVBS1P

0 3UA

CPU_CVBS2P

CPU_CVBS3P

CPU_VDACX_OUT

CPU_SY0

0

P

M

0RP

82

OC_CSP

_CS

UA6

SC_PB0P

SC_SOY0

P1BP

1

Y

_P

_ P

2

M

MO

U

O A

C

COMP_COM1

C

PC_RP

42 UA32

PC_BP

PC_SOG

PC_GP

UA

CPU_SRV_ADIN3

CPU_SRV_ADIN4

CPU_SRV_ADIN5

CPU_VGA_SDA

12 UA02UA8

CPU_OIRI

CPU_STB_SDA

CPU_STB_SCL

CPU_OPCTRL10

CPU_OPCTRL11

CPU_OPCTRL4

1U A71U

CPU_U0TX

CPU_DATMDI_RJ45_TP

CPU_DATMDI_RJ45_TN

A61

CPU_DATMDI_RJ45_RP

CPU_DATMDI_RJ45_RN

UA

CPU_U1RX

CPU_U1TX

CPU_ASPDIF0

EJTAG_TMS

41 UA31UA

EJTAG_TDO

USB_D3P

USB_D3N

USB_D2P

USB_D2N

21 UA11

CPU_OPWM0

CPU_OPWM1

CPU_OPWM2

U A

CPU_LDM_CS

PNL_I2C_EN

CPU_AOBCK

CPU_LDM_VSYNC CPU_OPCTRL0

9 UA8

CPU_GPIO55

CPU_GPIO54

CPU_GPIO53

UA

7UA

NC

6

6TA4TA2TA

UA

A192WJ

AR4 AR5

AR3

CPU_OSDA0

006

VBO_TXB-

VBO_TXD+ VBO_TXD-

001

SDA0_400k

TO MAIN1(TUNER)

AT1NCAU1

1.8K

R3347

R3499

SCL0_400k

VBO_TXA+

VBO_TXC+

2

1

10

001

SDA0_400k

4UA

VBO_TXA-

2 UA

VBO_TXC-

NC

4

K8.1

8433

3

R

008

SCL0_400k

SDA0_400k

TO MAIN8(PANEL)

2

4

1

3

009

SDA0_400k

SCL0_400k

TO MAIN9(AUDIO)

FB3301

003

SDA0_400k

SCL0_400k

TO MAIN3(HDMI)

NC NC

NC

CPU_OSCL0

006

SCL0_400k

10 – 5

DUNTKG216WE**

B_DDR_DQ8

TO MAIN4(CPU)

004

B_DDR_DQ8

LC-60G9T / LC-70G9T

B_DDR_A8

B_DDR_A5

B_DDR_A6

B_DDR_A2

B_DDR_A7

B_DDR_A3

B_DDR_A0

B_DDR_A1

B_DDR_A4

B_DDR_DQ5

B_DDR_DQ6

B_DDR_DQ3

B_DDR_DQ4

B_DDR_DQ0

B_DDR_DQ2

B_DDR_DQ9

B_DDR_DQ14

B_DDR_DQM1

B_DDR_DQ11

B_DDR_DQ10

B_DDR_DQ12

B_DDR_DQ15

B_DDR_DQ13

B_DDR_DQS1P

B_DDR_DQS1N

004

B_DDR_DQ14

B_DDR_DQ9

B_DDR_DQM1

B_DDR_DQ12

B_DDR_DQS1N

B_DDR_DQ10

B_DDR_DQS1P

B_DDR_DQ11

B_DDR_DQ15

B_DDR_DQ13

B_DDR_WE#

B_DDR_CS0#

B_DDR_CLKEN

47

R3545

47

R3544

47

R3538

B_DDR_DQ7

B_DDR_DQ1

004

B_DDR_DQ1

B_DDR_DQ2

B_DDR_DQ0

B_DDR_A2

B_DDR_A3

B_DDR_BA0

8

7

B_DDR_DQM0

B_DDR_DQS0N

B_DDR_DQS0P

004

B_DDR_DQM0

B_DDR_DQ3

B_DDR_DQ5

B_DDR_DQS0P

B_DDR_DQS0N

B_DDR_DQ4

B_DDR_DQ7

B_DDR_DQ6

B_DDR_A0

B_DDR_A5

23456

R3539

47

1

B_DDR_A14

B_DDR_ODT

B_DDR_BA2

B_DDR_CAS#

B_DDR_RAS#

1234567

R3540

47

8

B_DDR_BA1

B_DDR_BA2

B_DDR_BA0

B_DDR_ODT

B_DDR_WE#

B_DDR_RAS#

B_DDR_CS0#

B_DDR_CAS#

B_DDR_CLKEN

004

B_DDR_A4

B_DDR_A9

B_DDR_A7

B_DDR_A12

B_DDR_A10

B_DDR_A13

B_DDR_RESET

B_DDR_BA1

8

7

1

47

R3542

R3543

R3541

47

8

47

1234567

23456

B_DDR_A9

B_DDR_A13

B_DDR_A10

B_DDR_A14

B_DDR_A12

B_DDR_A11

B_DDR_RESET

B_DDR_MCLK0N_702MHz

004

B_DDR_A8

B_DDR_A11

004

B_DDR_A6

B_DDR_A1

12345

678

B_DDR_MCLK0P_702MHz

004

B_DDR_MCLK0N_702MHz

B_DDR_MCLK0P_702MHz

1

3

0

R3546

2

4

B_DDR_A0

B_DDR_A5

B_DDR_A3

B_DDR_A2

B_DDR_BA0

B_DDR_WE#

B_DDR_CS0#

B_DDR_CLKEN

47

*R3561

47

*R3560

47

*R3553

B_DDR_BA2

8

7

47

*R3554

1234567

8

6

B_DDR_A4

B_DDR_A12

B_DDR_ODT

B_DDR_BA1

B_DDR_RAS#

B_DDR_CAS#

8

1

7

12345

47

*R3556

47

*R3555

8

23456

B_DDR_DQ18

B_DDR_DQ23

B_DDR_DQ16

B_DDR_DQ17

B_DDR_DQ20

B_DDR_DQ19

B_DDR_DQ21

B_DDR_DQM2

B_DDR_DQ22

B_DDR_DQS2N

TO MAIN4(CPU)

004

B_DDR_DQ16

B_DDR_A9

B_DDR_A13

B_DDR_A10

B_DDR_RESET

45678

47

*R3557

3

1234567

B_DDR_DQS2P

004

B_DDR_DQ22

B_DDR_DQS2N

B_DDR_DQ18

B_DDR_DQ20

B_DDR_DQ19

B_DDR_DQ23

B_DDR_DQS2P

B_DDR_DQ17

B_DDR_DQ21

B_DDR_DQM2

B_DDR_A7

B_DDR_A1

B_DDR_A6

B_DDR_A8

B_DDR_A11

2

678

47

*R3558

1

12345

B_DDR_DQ31

B_DDR_DQM3

B_DDR_DQ29

B_DDR_DQ25

B_DDR_DQ24

B_DDR_DQ28

B_DDR_DQ26

B_DDR_DQ30

B_DDR_DQ27

B_DDR_DQS3N

B_DDR_DQS3P

B_DDR_MCLK1N_702MHz

B_DDR_MCLK1P_702MHz

004

B_DDR_DQ29

B_DDR_DQ26

B_DDR_DQ25

B_DDR_DQ24

B_DDR_DQ27

B_DDR_DQ28

004

B_DDR_DQS3N

B_DDR_DQS3P

B_DDR_DQ30

B_DDR_DQ31

B_DDR_DQM3

B_DDR_MCLK1N_702MHz

B_DDR_MCLK1P_702MHz

1

3

0

*R3562

2

4

3_CKE_HSS

3_BA0_HSS

3_CS0#_HSS

3_WE#_HSS

9

7

B_DDR_DQ12

3_D1.5V

37

B_DDR_DQ15

22

B_DDR_DQ13

1

FL3508

NA119WJ

Channel-B

Channel-A

IC3504IC3503

tibG2G2+G2+G2+G2 tibG2tibG2 2Gbit

IC3502

IC3501

Ref.

FL3502

NA119WJ

1_D1.5V

Channel-A Channel-B

1_CKE_HSS

1_CS0#_HSS

9

8

A_DDR_DQ12

3

A_DDR_DQ15

A_DDR_DQ13

1 8

1_BA0_HSS

1_A3

1_A2

MAIN5 (DDR)

3_A3

3_A0

3_A5

3_A2

3_BA2_HSS

C3524

C9

B9

A9

VDDQ

VSS

VSSQ

B_DDR_DQ14

A8

B8

VDDQ

DQU6

B_DDR_DQ10

B_DDR_DQ8

A7

B7

DQU4

#DQSU

B_DDR_DQS1N

B_DDR_DQS1P

B

C

B_DDR_DQM1

A3

B3

C3

DQU7

VSS

DQU1D3DMUE3DQL0F3DQSLG3#DQSLH3DQL4J3#RASK3#CASL3#WEM3BA2N3A0P3A2

B_DDR_DQ9

A2

B2

DQU5

VDDC2DQU3D2VDDQE2VSSQ

B_DDR_DQ11

A1

VDDQB1VSSQC1VDDQD1VSSQE1VSSF1VDDQG1VSSQH1VREFDQJ1NCK1ODTL1NCM1VSSN1VDDP1VSSR1VDDT1VSS

C3521

KZA510WJPZ

10u 16V

C3507

C9

B9

A9

VSSQ

VDDQ

VSS

A_DDR_DQ14

A8

VDDQ

A_DDR_DQ10

A7

B7

DQU4

#DQSU

A_DDR_DQ8

A_DDR_DQS1N

A_DDR_DQS1P

B

A

C

A_DDR_DQM1

A3

C3

B3

DQU7

DQU1

VSS

A_DDR_DQ9

A2

B2

DQU5

VDDC2DQU3D2VDDQE2VSSQF2DQL2G2DQL6H2VDDQJ2VSSK2VDD

A_DDR_DQ11

A1

B1

C1

VDDQ

VSSQ

C3504

KZA510WJPZ

10u

16V

1_WE#_HSS

1_BA2_HSS

1_A0

1_A5

3_A12

3_A13

3_A10

3_A9

3_A4

3_A14

3_BA1_HSS

3_RAS#_HSS

3_ODT_HSS

3_CAS#_HSS

NA119WJ

FL3509

KZA510WJPZ

10u

16V

D9

VDD

B_DDR_DQ3

B_DDR_DQ5

B_DDR_DQ1

B_DDR_DQ7

B_DDR_DQM0

G

F

D

E

B_DDR_DQ4

B_DDR_DQ0

B_DDR_DQS0N

B_DDR_DQS0P

B_DDR_DQ6

F2

DQL2G2DQL6

B_DDR_DQ2

3_VREFDQ_0.75V

F

R3532

1K

NA119WJ

FL3503

KZA510WJPZ

10u

16V

D9

VDD

A_DDR_DQ3

A_DDR_DQ5

G8

E8

D8

D

D3

D1

VSSF8DQL3

VSSQC8DQU2B8DQU6

VSSQ

A_DDR_DQ1

A_DDR_DQ7

A_DDR_DQM0

G

F

E

A_DDR_DQS0N

A_DDR_DQ4

A_DDR_DQ0

G3

E3

DQL0F3DQSL

DMU

#DQSLH3DQL4J3#RAS

A_DDR_DQS0P

A_DDR_DQ6

A_DDR_DQ2

VSSQE1VSSF1VDDQG1VSSQH1VREFDQJ1NCK1ODTL1NCM1VSSN1VDD

1_VREFDQ_0.75V

F

R3510

1K

1_ODT_HSS

1_BA1_HSS

1_RAS#_HSS

1_CAS#_HSS

1_A14

1_A4

1_A12

1_A10

H9

VDDQG9VSSQF9VSSQE9VDDQ

H

H2

VDDQJ2VSSK2VDD

C3520

R3533

1K

H8

DQL5

H

R3511

1_A7

NC

VSSH8DQL5G8VSSF8DQL3E8VSSQD8VSSQC8DQU2

K

0.1u

F

C3502

F

1K

3_RESET_HSS

J

10V

J

K

0.1u

J9

J8

10V

1_A13

K

C3523

0.1u

3_RAS#_HSS

FL3507

NA119WJ

K

C3505

0.1u

1_RAS#_HSS

FL3501

NA119WJ

1_A9

3_A7

3_CKE_HSS

10V

K8

VDD

A10(AP)K7#CLKJ7CLKH7DQL7G7VDDF7DQL1E7DMLD7DQU0C7DQSU

KAM

3_CAS#_HSS

#CS

3_ODT_HSS

10V

1_CKE_HSS

A10(AP)K7#CLKJ7CLKH7DQL7G7VDDF7DQL1E7DMLD7DQU0C7DQSU

K

K3

#CASL3#WE

1_CAS#_HSS

#CSM2BA0N2A3

1_ODT_HSS

1_A6

1_RESET_HSS

3_A11

3_A8

F

240

R3535

3_A10

L

3_WE#_HSS

L2

R3514

1K F

F

R3513

240

1_A10

L

1_WE#_HSS

L2

1_CS0#_HSS

1_A8

1_A1

3_A1

F

R3536

1K

M7NCL7

M2

BA0

3_CS0#_HSS

M9

VSSL9NCK9CKEJ9NCH9VDDQG9VSSQF9VSSQE9VDDQ

M7NCL7

M

M3

BA2N3A0

1_A11

3_A6

3_VREFCA_0.75V

1_VREFCA_0.75V

3_BA2_HSS

3_BA0_HSS

1_BA2_HSS

1_BA0_HSS

R3537

1K F

K

C3527

0.1u 10V

A12(#BC)

N

N2

A3P2A5

R3515

1K F

N9

VDD

BA1M8VREFCAL8ZQK8VDDJ8VSS

A12(#BC)

N

3_BA1_HSS

3_A4

3_A1

P7A1N7

3_A12

P

3_A0

3_A2

3_A5

3_A3

K

C3509

0.1u 10V

P8A4N8

1_BA1_HSS

1_A4

P7A1N7

1_A1

1_A12

P

P3

A2

1_A0

1_A2

P2

A5

1_A5

1_A3

P1

VSS

R8

A6P8A4N8BA1M8VREFCAL8ZQ

R7

A11

R

R3

A9

R2

A7

R8

A6

R7

A11

R

R3

A9

R2

A7

R1

VDDT1VSS

4_A0

4_A2

4_A5

4_A3

B_DDR_CLK0N_702MHz

B_DDR_CLK0P_702MHz

4_CKE_HSS

4_WE#_HSS

4_BA0_HSS

4_BA2_HSS

4_CS0#_HSS

K

C3525

0.1u 10V

T9

VSSR9VDDP9VSSN9VDDM9VSSL9NCK9CKE

3_A6

T8

A8

3_A8

3_A11

T7

A14(NC)

3_A14

100

R3534

T

3_A9

3_A13

T3

A13(NC)

3_A7

T2

#RESET

3_RESET_HSS

SAMSUNG

IXD555WJQZ

*IC3503

K

C3506

0.1u 10V

T9

VSSR9VDDP9VSS

SAMSUNG

T8

A8

1_A8

1_A6

IXD555WJQZ

*IC3501

T7

A14(NC)

1_A14

1_A11

R3512

100

T

1_A13

T3

A13(NC)

1_A9

T2

#RESET

1_A7

1_RESET_HSS

DDR3 #3

2Gbit, 1600Mbps (11-11-11)

DDR3 #1

2Gbit, 1600Mbps (11-11-11)

2_CKE_HSS

A_DDR_CLK0N_702MHz

A_DDR_CLK0P_702MHz

SAMSUNG

DDR3 #4

IXD555WJQZ

*IC3504

2Gbit, 1600Mbps (11-11-11)

*FL3511

NA119WJ

FL3505

NA119WJ

SAMSUNG

DDR3 #2

IXD555WJQZ

*IC3502

2Gbit, 1600Mbps (11-11-11)

2_CS0#_HSS

4_D1.5V

2_D1.5V

2_A2

4_CAS#_HSS

9

C9

B9

VSSQA9VSS

8

A8

B8

B_DDR_DQ30

VDDQ

DQU6

B_DDR_DQ26

7

A7

B7

DQU4

#DQSU

B_DDR_DQ28

B_DDR_DQS3N

B_DDR_DQS3P

B

A

C

3

A3

B3

C3

DQU7

VSS

B_DDR_DQ31

B_DDR_DQ25

2

A2

B2

C2

DQU5

VDD

B_DDR_DQ29

B_DDR_DQ27

A1

1

VDDQB1VSSQC1VDDQD1VSSQE1VSSF1VDDQG1VSSQH1VREFDQJ1NCK1ODTL1NCM1VSSN1VDDP1VSSR1VDDT1VSS

*C3530

KZA510WJPZ

10u 16V

9

B9

A9

C9

VSS

VSSQ

A_DDR_DQ30

87

A8

B8

VDDQ

DQU6

A_DDR_DQ26

A7

B7

DQU4

#DQSU

A_DDR_DQ28

A_DDR_DQS3N

A_DDR_DQS3P

B

C

A

3

A3

B3

C3

DQU7

VSS

A_DDR_DQ31

A_DDR_DQ25

2

A2

C2

DQU5B2VDD

A_DDR_DQ27

A_DDR_DQ29

A1

1

VDDQB1VSSQC1VDDQD1VSSQE1VSSF1VDDQ

C3513

KZA510WJPZ

10u

16V

2_BA2_HSS

2_WE#_HSS

2_BA0_HSS

2_A3

2_A5

2_A0

4_A4

4_ODT_HSS

4_RAS#_HSS

*C3533

KZA510WJPZ

10u

16V

E9

D9

VDD

VDDQ

D8

VSSQC8DQU2

B_DDR_DQ24

B_DDR_DQM2

D

E

B_DDR_DQM3

B_DDR_DQ16

D3

E3

DQU1

DQL0

DMU

E2

DQU3D2VDDQ

VSSQF2DQL2G2DQL6H2VDDQJ2VSSK2VDD

C3516

KZA510WJPZ

10u

16V

D9

E9

VDDQ

VDD

E8

VSSQD8VSSQC8DQU2

A_DDR_DQM2

A_DDR_DQ24

D

E

A_DDR_DQ16

A_DDR_DQM3

E3

DQU1D3DMU

DQL0

E2

DQU3D2VDDQ

VSSQF2DQL2G2DQL6

2_ODT_HSS

2_CAS#_HSS

2_RAS#_HSS

4_A12

A_DDR_DQ19

A_DDR_DQ17

A_DDR_DQS2P

A_DDR_DQ18

*FL3512

B_DDR_DQ19

B_DDR_DQ17

B_DDR_DQS2P

B_DDR_DQ18

4_BA1_HSS

NA119WJ

FL3506

F

F3

DQSL

F

*R3547

1K

NA119WJ

F

F3

DQSLG3#DQSL

2_A10

4_A10

B_DDR_DQS2N

B_DDR_DQ22

A_DDR_DQS2N

A_DDR_DQ22

F

R3526

1K

2_BA1_HSS

2_A12

4_RESET_HSS

G9

VSSQF9VSSQ

G8

VSSF8DQL3E8VSSQ

GTH

G3

#DQSLH3DQL4J3#RASK3#CAS

G9

VSSQF9VSSQ

G8

VSSF8DQL3

G

G1

VSSQ

2_A4

4_A6

4_A13

4_A7

4_A9

4_A11

4_A8

4_A1

F

1K

1K F

*R3551

*R3552

K

0.1u 10V

*C3536

4_VREFCA_0.75V

*R3550

H9

VDDQ

H8

DQL5

B_DDR_DQ21

B_DDR_DQ23

B_DDR_DQ20

4_VREFDQ_0.75V

H9

VDDQ

H8

DQL5

A_DDR_DQ21

A_DDR_DQ23

H

A_DDR_DQ20

H3

DQL4J3#RASK3#CASL3#WEM3BA2N3A0P3A2

H2

VDDQ

H1

VREFDQJ1NCK1ODTL1NCM1VSSN1VDDP1VSSR1VDDT1VSS

2_VREFDQ_0.75V

240 F

M9

4_CKE_HSS

VSSL9NCK9CKEJ9NC

K

10V

*C3532

0.1u

J

4_RAS#_HSS

K

*C3529

0.1u 10V

*FL3510

NA119WJ

F

*R3548

1K

J9

NC

VDDJ8VSS

J

2_RAS#_HSS

J2

VSSK2VDDL2#CSM2BA0N2A3P2A5R2A7

K

C3511

0.1u

10V

FL3504

NA119WJ

F

R3527

1K

2_A9

2_A7

2_A13

2_RESET_HSS

M8

BA1

VREFCAL8ZQK8VDDJ8VSS

4_A10

M7NCL7

A10(AP)K7#CLKJ7CLKH7DQL7G7VDDF7DQL1E7DMLD7DQU0C7DQSU

A12(#BC)

K

M

L

4_WE#_HSS

4_BA2_HSS

M3

L3

4_CAS#_HSS

#WE

A0

BA2

L2

4_BA0_HSS

#CSM2BA0N2A3P2A5R2A7

4_CS0#_HSS

4_ODT_HSS

R3530

1K F

2_VREFCA_0.75V

F

R3529

240

2_CKE_HSS

L8ZQK8

BA1M8VREFCA

2_A10

M7NCL7

A10(AP)K7#CLKJ7CLKH7DQL7G7VDDF7DQL1E7DMLD7DQU0C7DQSU

A12(#BC)

M

L

K

2_BA2_HSS

2_CAS#_HSS

2_WE#_HSS

2_BA0_HSS

2_CS0#_HSS

2_ODT_HSS

2_A8

2_A1

2_A6

2_A11

N8

N

N3

N8

N7

N

4_BA1_HSS

4_A12

4_A0

A2

4_A3

R3531

1K F

K

C3518

0.1u 10V

2_BA1_HSS

A1

2_A12

2_A0

2_A3

B_DDR_CLK1N_702MHz

B_DDR_CLK1P_702MHz

T9

R9

VSS

VDDP9VSSN9VDD

4_A4

4_A6

T8

R8

A8

A6P8A4

4_A8

4_A1

4_A11

T7

R7

P7A1N7

A14(NC)

A11

4_A14

100

*R3549

R

P

4_A9

4_A2

4_A13

R3

P3

T3

A13(NC)

A9

4_A5

4_A7

T2

#RESET

4_RESET_HSS

T9

VSSR9VDDP9VSSN9VDDM9VSSL9NCK9CKE

T8

R8

A8

A6P8A4

2_A8

2_A4

2_A6

T7

R7

P7

A14(NC)

A11

2_A14

2_A1

2_A11

R3528

100

T

R

P

2_A13

R3

T3

A13(NC)

A9

2_A9

2_A2

T2

#RESET

2_A7

2_A5

2_RESET_HSS

K

0.1u

C3512

10V

A_DDR_CLK1N_702MHz

A_DDR_CLK1P_702MHz

(MASTER)

SPICA2

010

D+1.5V

TO MAIN10(POWER SUPPLY)

A_DDR_CLKEN

2345678

1

47

R3508

R3509

47

1

2345678

A_DDR_A9

A_DDR_A13

A_DDR_A6

A_DDR_A7

A_DDR_A8

A_DDR_RESET

A_DDR_A11

A_DDR_A1

2

4

0

R3501

1

3

A_DDR_MCLK0P_702MHz

A_DDR_MCLK0N_702MHz

004

A_DDR_A2

A_DDR_A1

A_DDR_BA1

A_DDR_BA2

A_DDR_BA0

A_DDR_A0

004

A_DDR_A3

A_DDR_A5

A_DDR_A4

004

A_DDR_A7

A_DDR_A9

A_DDR_A11

A_DDR_A8

A_DDR_A10

A_DDR_A6

004

A_DDR_A13

A_DDR_A14

A_DDR_RESET

A_DDR_MCLK0P_702MHz

A_DDR_MCLK0N_702MHz

A_DDR_A12

1234567

47

R3518

R3517

47

R3520

A_DDR_CS0#

A_DDR_CLKEN

A_DDR_A2

8

23456

4

8

1234567

47

R3521

47

1

8

A_DDR_WE#

A_DDR_BA2

A_DDR_BA0

A_DDR_A3

R3523

R3522

47

7

123

567

8

A_DDR_ODT

A_DDR_BA1

A_DDR_CAS#

A_DDR_RAS#

A_DDR_A0

A_DDR_A5

A_DDR_A12

A_DDR_A4

A_DDR_A10

123

1234567

47

R3525

R3524

45678

8

A_DDR_A6

A_DDR_A13

A_DDR_A7

A_DDR_A9

A_DDR_A1

A_DDR_RESET

A_DDR_A8

A_DDR_A11

A_DDR_DQ23

A_DDR_DQM2

A_DDR_DQ19

A_DDR_DQ18

A_DDR_DQ22

A_DDR_DQ17

A_DDR_DQ21

A_DDR_DQ20

A_DDR_DQ16

004

A_DDR_DQ16

A_DDR_DQS2N

A_DDR_DQS2P

A_DDR_DQ29

A_DDR_DQ26

A_DDR_DQ27

A_DDR_DQ25

A_DDR_DQ28

A_DDR_DQ24

004

A_DDR_DQ18

A_DDR_DQ17

A_DDR_DQ20

A_DDR_DQ19

004

A_DDR_DQ21

004

A_DDR_DQM2

A_DDR_DQ25

A_DDR_DQ22

A_DDR_DQ23

A_DDR_DQ26

A_DDR_DQ24

A_DDR_DQS2P

A_DDR_DQ27

A_DDR_DQ28

A_DDR_DQS2N

2

4

0

1

3

R3516

A_DDR_MCLK1N_702MHz

A_DDR_MCLK1P_702MHz

A_DDR_DQM3

A_DDR_DQ30

A_DDR_DQ31

A_DDR_DQS3N

A_DDR_DQS3P

004

A_DDR_DQ31

A_DDR_MCLK1P_702MHz

A_DDR_DQM3

A_DDR_MCLK1N_702MHz

A_DDR_DQ30

A_DDR_DQ29

A_DDR_DQS3P

A_DDR_DQS3N

A_DDR_DQM1

004

A_DDR_RAS#

A_DDR_DQM1

8

R3507

47

1234567

A_DDR_BA1

A_DDR_ODT

A_DDR_CAS#

A_DDR_A12

A_DDR_A4

A_DDR_A10

004

A_DDR_CAS#

A_DDR_CS0#

A_DDR_WE#

A_DDR_ODT

A_DDR_RAS#

A_DDR_DQM0

8

R3505

R3506

47

1234567

8

A_DDR_BA2

A_DDR_BA0

A_DDR_WE#

A_DDR_A5

A_DDR_A3

A_DDR_A0

A_DDR_A14

A_DDR_DQ9

A_DDR_DQ8

A_DDR_DQ13

A_DDR_DQ10

A_DDR_DQ12

A_DDR_DQ11

A_DDR_DQ15

A_DDR_DQ14

A_DDR_DQS1N

A_DDR_DQS1P

004

A_DDR_DQS1P

A_DDR_DQ12

A_DDR_DQ10

A_DDR_DQS1N

A_DDR_DQ9

A_DDR_DQ13

A_DDR_DQ11

A_DDR_DQ15

A_DDR_DQ8

A_DDR_DQ14

1234567

47

R3502

47

R3503

47

R3504

A_DDR_CS0#

A_DDR_CLKEN

A_DDR_A2

A_DDR_DQ3

A_DDR_DQ7

A_DDR_DQ0

A_DDR_DQ5

A_DDR_DQ4

A_DDR_DQ6

A_DDR_DQ1

A_DDR_DQ2

A_DDR_DQM0

A_DDR_DQS0P

A_DDR_DQS0N

004

A_DDR_DQ7

A_DDR_DQ2

A_DDR_DQ3

A_DDR_DQ1

A_DDR_DQ0

A_DDR_DQS0N

A_DDR_DQ4

A_DDR_DQ6

A_DDR_DQ5

A_DDR_DQS0P

10 – 6

LC-60G9T / LC-70G9T

DUNTKG216WE**

RV2464AI

IC3104

3.3

VCC

10V

0.1u

C3112

A0

1

0

R3130

TO MAIN4(CPU)

0

7WP8

A1

2

3.300

R3129

0

004

6

SCL

3A2

SCL0_400k

2

1

3.1

SDA0_400k

004

4

3

5

SDA

GND

4

SD_DET

SD_WP

TO MAIN4(CPU)

004

TL3139

TL3140

TL3141

SD_DET

TL3142

TL3143

SD_WP

TL3136

TL3134

TL3133

TL3132

TL3131

10

R3139

TL3129

TL3135

TL3137

TL3138

004

3.1

TL3125

TL3122

TL3123

TL3124

TL3126

TL3127

TL3128

TL3113

NAND_D5

NAND_D7

NAND_D4

NAND_D6

TL3110

TL3109

TL3112

TL3111

8

0.1

44

45NC46NC47NC48

NC

1NC2NC3NC4NC5NC6NC7

I/O7

4.7K

R3108

4.7K

R3105

4.7K

R3160

47

*R3122

1234567

2.2

0.1

2.2

42

43

I/O5

I/O6

R/B#

0

3.3

R3104

47

TL3101

NAND_RB#

NAND_OE#

I/O4

RE#

8

CE#

3.3

TL3105

NAND_CE1#

3.3

NC

39NC40NC41

38

PRE

NC

9

10

11

3.3

0

R3132

MAIN6 (FLASH)

Low

NAND_D0

NAND_D3

NAND_D2

NAND_D1

FLASH_CE0#

TL3108

TL3107

8

47

*R3121

*C3110

0.1u

0

37

VCC

12

33NC34NC35NC36

VSS

CLE

NC

13

16

14NC15

0

0.1

0.1u

*C3106

4.7K

*R3109

TL3102

NAND_CLE

10

*R3112

TL3103

NAND_ALE

1234567

TL3106

0

2.2

30

31

32

I/O2

I/O1

I/O3

I/O0

WE#

WP#

ALE

NC21NC

17

18

19

20

0.1

3.3

3.2

10

*R3111

*R3107

TL3104

NAND_WE#

*IC3103

FLASH

IXD584WJQZ

NC

22

4Gbit

23NC24

25NC26NC27NC28NC29

NC

Spansion 1Gbit RH-IXD582WJQZQ

TL3115

TL3114

RH-IXD583WJQZQ

RH-IXD584WJQZQ

Spansion 2Gbit

Spansion 4Gbit

TL3116

TL3118

TL3117

R3124

R3118

4.7K

R3103

4.7K

0

GND

45

3.3

TL3119

TL3121

TL3120

NAND_OE#

4.7K

1K

*R3120

4.7K

1

2

R3113

D3104

BAV70

3

R3110

47K

C3104

0.01u

C3103

0.01u

3.3

3.0

123

AHC1G08W

IC3102

Vcc

C3102

0.1u

10V

3.3

CPU_LED_PWM1

Low

CPU_OPCTRL3

JIG(NOR)

Boot from

Boot Config

4.7K *R3119

HighNAND

010

(MASTER)

D+3.3V

SPICA2

TO MAIN10(POWER SUPPLY)

010

007

BU+3.3V

TO_MAIN07(UCOM)

4.7K

R3101

EXT_SMPOWHOLD

004

FLASH_CE0#

NAND_CE1#

TO MAIN4(CPU)

004

NAND_OE#

004

NAND_D0

NAND_D1

004

NAND_D2

004

NAND_D3

NAND_D4

004

NAND_D5

004

NAND_D6

004

NAND_D7

004

NAND_ALE

004

NAND_CLE

004

NAND_RB#

004

NAND_WE#

004

CPU_OPCTRL3

CPU_LED_PWM1

10 – 7

004

SMPOWHOLD

N_CPU_RST

003

N_CPU_RST

TO MAIN07(UCOM)

TO MAIN3(HDMI)

007

N_SRESET

010

D+3.3V

UR+13V

TO MAIN10(POWER)

TO MAIN4(CPU)

DUNTKG216WE**

C2015

0.1u

1A02A13A24

EEPROM

VCC

RV2402AI

IC2007

8

R2070

SB1FF

10K

2

4

6

8

R2054

RC

MAIN7 (UCOM)

RC

LR_PULSE

0

*R2103

4.7K R2021

LC-60G9T / LC-70G9T

LAMP_ERR

PM_REQ

AC_DET

TO MAIN4(CPU)

TO MAIN8(PANEL)

008

004

008

1K

R2078

C2038

0.01u

PM_REQ

AC_DET_UCOM_

DET_POW_T

DET_POW_R

BLT_WAKEUP

3.33.3

*R2099

ANOTHER_WAKEUP

3

CPU_TXD_UCOM

1

CPU_RXD_UCOM

SHISAKU_KEY2

4

5

K

C2004

0.1u

R2055

SHISAKU_KEY1

OUT

VCC

10V

3.3

0

IR_RS

10

4.7K

220

*C2022

IC2009

R2062

4

2

R2051

1000P

NAND GATE

LVC1G00W

0

Q2006

100K

R2064

TP2003

GND

B

A

LTC014EEB

INVERTER

LAMP_ERR

3

2

1

3.3 0 0

D2005

DA1010

VHD

27K

R2068

32

33

DET_13V

34

35

RS_ON

36

37

38

WAKEUP

39

40

41

PM_REQ

42

43

44

CEC_I2

45

RC

46

CEC_I

47

48

KEY150KEY251QSTEMP52OPC53MHL_VBUS_EN

49

2

4

1.8K

*R2039

1

3

SCL_STB_CPU

SDA_STB_CPU

10K

R2043

TP2001

RC

IR_PASS

GND

SDA

SCL7WP

5

6

2

4

1

10

R2069

1

3

5

7

4.7K

PM_REQ

10K

R2048

10

OPC

LED_OPC

LED_SLEEP

CEC_O_IN

R2024

10K

LED_R

LED_G

POW_SW/REQ

SDA_STB_CPU

SCL_STB_CPU

10K

R2072

NC

31

SMPOW

DET_PNL12V

TOUCH_REQ

I2C_SDA

I2C_SCL

W_PROT_M

RXD_CPU

TXD_CPU

1000P

*C2021

QTEMP

PS_ON_INV

TO MAIN10(POWER)

010

Q2009

0

LTC014EEB

0

3.3

AC_DET_UCOM_

*R2067

28

29

30

DPOW

AC_DET

LED_ILL

DET_ERROR_3D

RF_WAKE_UP

10K

27K

100

R2080

*R2035

*R2036

MHL_VBUS_EN

OPC

TH2001

M1103J15

SMPOWHOLD

TO MAIN4(CPU)

004

2

BAV70

D2006

CEC_O_OUT

DET_POW_P2

10

26

27

CEC_O

CEC_O2

DET_D3V3

MHL_VBUS_DET55LNB_SHORT56LNB_CNT

54

LNB_SHORT

MHL_VBUS_DET

EXT_SMPOWHOLD

TO MAIN6(FLASH)

006

1

3

DET_POW_C2

UCOM_MHL_CBUS

24

25

VSYNC

MHL_CBUS

IXD241WJQZ

IC2004

RF_KEY158RF_KEY259DET_JIG

57

NC

WU_REASON0

OUT

PST8427U

GND

IC2003

1

10K

R2092

EXT_SMPOWHOLD

MUTE_A_ALL

22

23

LED_3D

MUTE_A_ALL

R2091

10

WU_REASON1

EXT_SMPOWHOLD

3Cd4

Vin

2

IR_RS

L/R_REF

DET_POW_T

TO MAIN8(PANEL)

008

DET_POW_T

L/R_REF

LAMP_ERR

20

21

STB

LED_LOGO

I2C_SDA2

SRESET

N_CBUS_PD_EN61EEP_INT

LR_PULSE63LR_REF

60

62

NC

100

*R2045

N_CBUS_PD_EN

LR_PULSE

R2034

18

IR_PASS19ERR_PNL

10

*R2003

R2046

L/R_REF

SHISAKU_STBY_POW

4.7K

TO MAIN9(AMP)

17

I2C_SCL2

POW_SW

64

100

*C2019

POW_SW/REQ

C2005

1500P

10V

0.1u

C2003

DET_POW_R

LED_OPC

LED_G

LED_R

VCC

XIN

VSS

XOUT

RESET

XCOUT

XCIN

MODE

VREF

10V

100P

R2032

DET_POW_R

009

TOUCH_RESET

LED_SLEEP

0.1u

4.7K

TO MAIN1(TUNER)

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

10

*C2020

R2047

N_SRESET

LNB_SHORT

001

LNB_SHORT

C2011

TO MAIN9(AMP)

R2066

0.1u 10V

VON

MUTE_AU_ALL

TO MAIN8(PANEL)

008

009

10

R2074

MUTE_A_ALL

10

8

7

6

5

4

3

2

1

47 SB1FF

*R2041

3

1

0

*R2056

J

390K

*R2052

10M

12

*R2049

3.3

0.0

Q2007

LTC014EEB

0.0

1K

R2037

0

3.3

3

GND

AHC1G08W

IC2008

4Y5

3.3

2

15P

*FL2001

CA005WJ

*C2009

34

SC0032TA

*X2001

15P

*C2006

B

FIL

STB_CPU

TO MAIN4(CPU)

004

R2077

10K

3.3

1A2

Vcc

3.3

0.1u

10V

C2016

LED_WHITE

IR_PASS

LED_SLEEP

LED_OPC

LED_G

LED_R

47K

*R2040

OPC

RC

4.7K 100P

R2020

*C2029

WU_REASON0

WU_REASON1

ANOTHER_WAKEUP

LR_REF_BT_UCOM

BLT_WAKEUP

QTEMP

TO MAIN4(CPU)

TO MAIN11(LAN_USB)

011

004

QTEMP

SCL_STB_CPU

SDA_STB_CPU

POW_SW/REQ

SHISAKU_KEY2

SHISAKU_KEY1

C2002

3.4

SELECT21A31B41Y52A62B72Y8GND

1

3.08

R2031

4.7K

R2030

011

WU_REASON1

LR_REF_BT_UCOM

WU_REASON0

ANOTHER_WAKEUP

BLT_WAKEUP

C2013

0.1u 10V

3.3

14

Vcc

0

13

40E

4A

12

5.2

11

4Y

BUFFER

10

30E

3.3 3.3

9

0

3A

8

3Y

5.2

OPC

RC

POW_SW/REQ

SHISAKU_KEY2

SHISAKU_KEY1

K

0.1u 10V

NC

0

15

13

4B144A

/ST16Vcc

3.37

3.36

3.34

3.30

3.0

3.3

8

5A26

Y17G2

Vcc

GND

1G12A13Y24

3.3

*IC2005

SCL_STB_CPU

SDA_STB_CPU

TO MAIN3(HDMI)

003

UCOM_MHL_CBUS

10E

1A

1Y

20E

2A

LVC125AN

2Y

GND

004

TO MAIN4(CPU)

0

3.3

LVC2G126

IC2001

N_CBUS_PD_EN

UCOM_MHL_CBUS

003

N_CBUS_PD_EN

3.303.303.33.30

1

2

3

4

5

6

7

22K

R2060

0

3.3

BUFFER

MHL_VBUS_DET

003

MHL_VBUS_DET

MHL_VBUS_EN

CEC_O_IN

100

R2065

9

3Y103B113A124Y

0

MHL_VBUS_EN

CEC_O_OUT

*IC2002

0

R2071

LVC157AT

HDMI_CEC_UCOM

003

CPU_TXD_UCOM

CPU_RXD_UCOM

N_SRESET

BU+5V

010

TO MAIN10(POWER)

(MASTER)

SPICA2

BU+3.3V

010

TO MAIN8(PANEL)

UR+13V

1000P

*C2039

UR+13V

008

*R2015 30K

*R2082 30K

4.7K R2009

A206WJ

CZB

*FB2020

*FB2001

123456789

RC

*P2001

NB062WJ

13V

GND

*FB2027 0241TA

Q2001

0

INVERTER

LTC014EEB

IR_RS

002

TO MAIN2(TERMINAL)

TO MAIN4(CPU)

UCOM_RST

004

3.3

UCOM_MODE

004

0

1K

R2002

002

UART_232CTOCPU

UART_CPUTO232C

TO MAIN2(TERMINAL)

100P

*C2018

5.6V *C2017 100P

5.6V

*D2008

*D2009

0241TA

A192WJ

0241TA

FB2003

*FB2002

0241TA

*FB2007 0241TA

*FB2026 A206WJ

FB2006

0241TA

FB2004 0241TA

*FB2008

*FB2009

10

1112131415

*D2007 5.6V

0241TA

A206WJ

*FB2013

*FB2014

*FB2012

*FB2011

TO MAIN8(PANEL)

OPC

LR_PULSE

BU+3.3V

R/C

GND

LED_SLEEP

LED_G

LED_R

GND

STBY_POW

KEY2

LED_OPC

KEY1

0.1u

C2001

10V

R2011

4.7K

R2007

4.7K

011

N_SRESET

TO MAIN11(LAN_USB)

TO MAIN4(CPU)

004

CPU_UARXD0_RS

004

CPU_UARXD1_UCOM

CPU_UATXD0_RS

004

CPU_UATXD1_UCOM

RC_CPU

004

CPU_RXD_UCOM

CPU_TXD_UCOM

006

004

N_SRESET

TO MAIN6(FLASH)

10 – 8

LC-60G9T / LC-70G9T

001

M+2.3V

To MAIN1(TUNER)

D+3.3V

50V

C9629

2200P

IC9602

TL9602

5

Vout

3411A33N

IC9605

Vin

1

001

D+5V

UR+13V

Q9602

UPUMD3

5

Vout

3464A33N

Vin

1

GND

2

002

To MAIN2(TERMINAL)

D+3.3V

BU+3.3V

D+5V

456

D9608

0.47u

10V

C9608

DA1010

4

N.C.

ON

GND

2

3

10V

C9622

1u

4

KZA520WJQZ

N.C.

ON

3

002

UR+13V

003

To MAIN3(HDMI)

BU+5V

KZA520WJQZ

R9627

12 3

DA1010

D9607

EXA689WJQZ

D9606

003

BU+3.3V

C9631

4.7K

003

D+3.3V

C9641

10V

1u

3.9V

003

D+5V

10u

25V

003

M+2.3V

UR+13V

KZA805WJQZ

R9622

47K

R9620

MAIN10(POWER)

F

10K

R9615

004

M+2.3V

STB+3.3V

To MAIN4(CPU)

TL9604

3.3V 800mA

IC9606

5.6K

R9621

25V

C9606

10u

KZA805WJQZ

Vin

TPS54227

IC9601

F

10K

R9613

004

D+1.2V

D+3.3V

C9640

25V

KZA805WJQZ

C9623

10u

8

Vin

TPS54227

1EN2

F

68K

A206WJ

FB9603

TL9606

2.3V 800mA

25V

L9601

0.1u

C9604

10

R9608

8

VBST

Vfb

1EN2

F

10K

R9611

004

D+1.5V

456

6.3V

KZA214WJ

22u

C9628

VBST

F

22K

R9618

3.3uH

PB409WJQZ

004

D+5V

Q9603

UPUMD3

D9613

25V

0.1u KZA806WJQZ

10

R9624

Vfb

22u

C9613

2.6A,27m

KZA806WJQZ

6SW7

SS

VREG5

3

1u

C9607

005

To MAIN6(FLASH)

To MAIN5(DDR)

D+1.5V

12 3

DA1010

D9614

L9604

PB409WJQZ

3.3uH

5

6SW7

GND

SS

VREG5

3

4

10V

1u

C9619

KZA520WJQZ

C9618

6.3V

KZA214WJ

22u

6.3V

C9612

KZA214WJ

5

GND

PwPD

4

25V

0.01u

10V

C9603

006

D+3.3V

1K

R9632

5.6V EXA697WJQZ

2.8A,27m

PwPD

CZB

25V

0.01u

CZB

KZA520WJQZ

006

To MAIN7(UCOM)

BU+3.3V

D9609

KZA214WJ

C9626

22u 6.3V

007

BU+5V

DA1010

D9610

EXA689WJQZ

007

D+5V

BU+3.3V

10K

R9626

Q9604

LTC014EEB

3.9V

TPS54227

IC9604

10

R9619

R9617

R9609

4.7K

CZ

C9620

22K

007

UR+13V

25V

10u

D9601

007

D+3.3V

PS_ON_INV

VS

C9624

KZA805WJQZ

8

Vin

VBST

Vfb

1EN2

F

22K

R9616

25V

KZA806WJQZ

C9605

0.1u

8.2V

EXA705WJQZ

To MAIN8(PANEL)

0.1u 25V KZA806WJQZ

10

R9623

6SW7

VREG5

3

C9616

D9603

123

008

PS_ON

BU+3.3V

1.5V 1200mA

L9603

PB409WJQZ

3.3uH

5

GND

PwPD

SS

4

10V

1u

C9617

KZA520WJQZ

DA1010

47K

R9602

008

D+3.3V

TL9603

4.3A,15m

25V

0.01u

D9604

DA1010

CZ

To MAIN9(AUDIO)

DA1010

D9611

22u 6.3V

C9625

C9621

22u 6.3V

KZA214WJ

CZB

D9605

UPUMD3

Q9601

UR13V>10V-> ON

45 6

009

D+3.3V

5.6V

D9612

KZA214WJ

DA1010

009

D+5V

M+2.3V

EXA697WJQZ

10K

R9631

2.2K

R9603

009

UR+13V

BU+3.3V

R9633

FB9604

IC9603

011

To MAIN11(LAN USB)

U+5V

25V

C9630

10u

FB9602

A206WJ

22P

C9636

F

68K

R9630

47K

25V

10u

C9609

A206WJ

14

Vcc

TPS54429

1Vo2

F

R9604

10K

011

BU+5V

D+3.3V

KZA838WJQZ

TPS54527

IC9607

F

22K

R9628

KZA838WJQZ

R9612

13

Vin

Vref

F

10K

R9605

10K F

R9601

10

R9629

8

Vin

1EN2

22u

C9614

10

VBST

VREG5

3

10V

1u

C9601

KZA520WJQZ

012

To MAIN12(CI)

U+5V

FB9601

A192WJ

TL9605TL9601

5.1V 3.5A

25V

0.1u

C9633

KZA806WJQZ

L9605

VBST

Vfb

C9632

6.3V KZA214WJ

25V

0.1u

KZA806WJQZ

C9610

4SS5

4700P

C9602

CZB

012

D+3.3V

2.7uH

4.3A,15m

6SW7

VREG5

3

10V

1u

KZA520WJQZ

1.5uH

L9602

10SW11SW12

GND

10V

1u

C9638

16V

10u

C9635

KZA510WJPZ

PB011WJQZ

5

GND

SS

4

C9627

D+1.2V

3A(typ) 4A(MAX)

PB201WJQZ

9

PGND

6PG7

10K

R9607

C9637

C9634

PwPD

0.022u

10u

16V

10u

16V

C9615

8

PGND

EN

R9606

16V

KZA510WJPZ

22u 6.3V

KZA214WJ

PGND

CZ

47K

DUNTKG216WE**

(MASTER)

SPICA2

BU+5V

008

To MAIN8(PANEL)

10 – 9

UR+13V

008

PartsGuide

LC-60G9T / LC-70G9T

PARTS GUIDE

No. S83M276070G9T

LED BACKLIGHT TV

CONTENTS

[1] PRINTED WIRING BOARD

ASSEMBLIES [2] LCD PANEL [3] MAIN UNIT ( DUNTKG216MG3 /

DUNTKG216MG4 ) [4] CABINET AND MECHNICAL

PARTS ( LC-60G9T ) [5] CABINET AND MECHNICAL

PARTS ( LC-70G9T )

MODEL:

[6] BACKLIGHT PARTS ( LC-60G9T ) [7] SUPPLIED ACCESSORIES ( LC-

60G9T/ LC-70G9T )

[8] P ACKING PARTS ( NOT REPLACE-

MENT ITEM ) ( LC-60G9T )

[9] P ACKING PARTS ( NOT REPLACE-

MENT ITEM ) ( LC-70G9T )

LC-60G9T LC-70G9T

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.

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

LC-60G9T / LC-70G9T

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[1] PRINTED WIRING BOARD ASSEMBLIES

1 DKEYFM216FMG3 V MAIN Unit ( LC-60G9T )

DKEYFM216FMG4 V MAIN Unit ( LC-70G9T )

2 RUNTKB116WJQZ V POWER Unit ( LC-60G9T )

RUNTKB118WJQZ V POWER Unit ( LC-70G9T )

3 DUNTKG016FMG1 V LED/RC Unit 4 DUNTKG017FMF7 V 3DIR Unit 5 DUNTKF800FMF8 V KEY Unit

[2] LCD PANEL

1 CLCDTA328WE01 V LCD PANEL ( LC-60G9T ) 2 CLCDTA329WE01 V LCD PANEL ( LC-70G9T )

[3] MAIN UNIT ( DUNTKG216MG3 / DUNTKG216MG4 )

DESCRIPTION

2

[4] CABINET AND MECHNICAL PARTS ( LC-60G9T )

28

13

1

28

1

28

1

K

19

SB

MAIN UNIT

16

KM

SP

UB

A

LA2

60 INC LCD PANEL

LCD

CONTROL Unit

LW

K

H

M

LA1

LA

J

G

32

34

12

PL

M

15

RA

28

23

36

28

3

LW

11

2

LC-60G9T / LC-70G9T

KEY UNIT

21

28

11

28

39

38

22

PD

POWER DRIVE UNIT

PL

PD

7

7-2

7-1

7-3

KM

IR

LA

13

17

J

6-7

6

6-5

6-1

33

SP

25

27

D

6-4

B

F

6-8

G

Wi-Fi Unit

24

F

27

28

UB

20

RA

LED,R/C

UNIT

25

5

18

IR

4

IR unit

A

4-1

4-7

10

4-12

29

4-2

28

4-3

4-4

31

29

37

SB

H

26

35

29

9

4-6

3

LC-60G9T / LC-70G9T

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[4] CABINET AND MECHNICAL PARTS ( LC-60G9T )

1 CANGKD506WJ01 V VESA ANGLE ASSEMBLY, x4 2 CANGKE053WJ01 V TERMINAL ANGLE BOTTOM ASSEMBLY 3 CANGKE052WJ02 V TERMINAL ANGLE SID E ASS E M B LY

4 CCABBC257WJ02 V REAR CABINET ASSEMBLY 4-1 GCABBC257WJKA V REAR CABINET 4-2 HINDPE937WJZZ V TE R MINAL LABEL SIDE 4-3 HINDPE944WJZZ V TE R MINAL LABEL BACK 4-4 HINDPE936WJZZ V TERMI NAL LABEL BOTTOM 4-6 LHLDWA318WJKZ V CABLE CLAMP 4-7 LHLDZB705WJZZ V ANTI-TIP CLAMP, x2 4-8 PSPAHB013WJZZ V HIMELON 100x10x0.35t, x4 4-9 PSPAHB312WJZZ V HIMELON 20x20x0.35t, x4

4-10 PSPAHB356WJZZ V HIMELON 30x15x0.9t, x4 4-11 PSPAHC330WJZZ V HIMELON 183x10x0.9t, x2 4-12 XEBS840P14000 V ANTI-TIP CLAMP SCREW, x2

5 CCOVAE537WJ2a V BOTTOM COVER

6 CCOVAE690WJ01 V FRONT COVER ASSEMBLY 6-1 GCOVAE690WJ2A V FRONT COVER 6-3 HDECQB823WJ2A V LED DECORATION 6-4 GC0VAE677WJ2A V 3D IR COVER 6-5 HDECSA105WJ2A V SHINE TRIM 6-7 PSPAHB013WJZZ V HIMELON 100x10x0.35t, x2 6-8 PSPAHB303WJZZ V HIMELON 50x10x0.35t

7 CCOVAE513WJ05 V KEY COVER ASSEMBLY 7-1 GC0VAE513WJKA V KEY COVER 7-2 HINDPE943WJZZ V OPERATION LABEL 7-3 J BTN-A984W J KA V OPERATION BUTT ON

8 GCOVAE694WJ4A V CARD SLOT COVER

9 GCOVAE555WJ2A V AC CORD COVER

10 GCOVAE528WJ2A V REAR COVER 11 LANGKD759WJ FW V STAND ANGLE, x2 12 LHLDWA151WJKZ V WIRE HOLDER 13 LX-BZA207WJF7 V P O W/ M A IN/T-CON SCREW, x18 15 PSPAZC805WJKZ V SPACER 16 PSPAZD031WJKZ V SPACER 17 QACCZA235WJPZ V AC CORD 18 19 QCNW-M873WJPZ V WIRE (SB) 20 V 21 QCNW-N607WJPZ V WIRE (RC) 22 QCNW-M871WJPZ V WIRE(PD) 23 QCNW-M854WJPZ V WIRE (LW) 24 QCNW-N609WJPZ V WIRE (SP) 25 RSP-ZA572WJZZ V SPEAKER LEFT /RIGHT 26 RSP-ZA575WJZZ V SUB WOOFER SP 27 XBPS730P10WS0 V FRONT COVER SCREW, x2 28 XBPS830P06WS0 V PANEL ASSEMBLY SCREW, x46 29 XEBS830P12000 V REAR CABINET SCREW, x12 30 LHLDWA124WJKZ V WIRE HOLDER 31 HINDPE946WJZZ V MODEL LABEL 32 TLABZD779WJZZ V SIZE POP LABEL 33 TLABZD780WJZZ V LOGO LABEL 34 TLABZD824WJZZ V SIDE POP LABEL 35 TLABNF016WJZZ V SERIAL NO LABEL 36 SPAKPA764WJZZ V ANTISTATIC AIR 37 TLABKA096WJ4Z V PAIRING TICKET. X2 38 KSETLA187WJZZ V EARTH ANGLE ASSEMBLY 39 NSFTZA284WJFW V HEX SCREW. X4

DESCRIPTION

4

[5] CABINET AND MECHNICAL PARTS ( LC-70G9T )

22

61

64

62

70" LCD Panel Unit

57

70

39

72

59

56

54

7

72

52

57

56

53

70

L1

L2

73

66

57

56

55

57

56

58

30

44

45

39

2

5

2-2

65

67

D

2-4

26

24

60

63

37

68

47

46

50

38

PL

LW

L

42

LCD CONTROL Unit

SP

Wi-Fi Unit

C

D

15

G

11

15

B

F

19

UB

12

23

25

29

39

31

36

MAIN Unit

42

R/C OPC Unit

E

19

K

RA

27

19

CI

ICON Unit

1

LC-60G9T / LC-70G9T

19

28

71

19

28

19

36

43

34

35

SB

38

SP

RC

48

BT

UB

BT

14

BLUETOOTH Unit

A

KEY Unit

19

28

19

28

19

21

38

32

38

49

PD

LW

POWER/ DRIVE Unit

PL

19

1-2

1-3

4-14

4-2

4-3

KM

13

71

LA

PD

J

1-4

RA

C1

38

10

SB

H

16

8

20

6

5

20

3

19

1-1

18

20

LC-60G9T / LC-70G9T

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[5] CABINET AND MECHNICAL PARTS ( LC-70G9T )

1 CCABBC256WJ02 Rear Cabinet Ass'y 1-1 Not Available - - Rear Cabinet 1-2 Not Available - - Terminal Label (Back) 1-3 Not Available - - Terminal Label (Bottom) 1-4 LHLDWA318WJKZ AD Cable Tie 1-5 Not Available Himeron 1-6 Not Available Himeron 1-7 Not Available Himeron 1-8 Not Available Himeron 1-9 Not Available Himeron

1-10 Not Available - - Terminal Label (Side) 1-11 LHLDZB944WJKZ - - TENT-BOSHI-CRNP 1-12 XEBS840P14000 TENT-BOSHI-SCRW

2 CCOVAE693WJ21 FRONT COVER ASS'Y 2-1 NOT AVAILABLE 3D IR COVER 2-2 NOT AVAILABLE - - Front Cover 2-3 NOT AVAILABLE - - Led Cover 2-4 HDECSA106WJ2A Shine Trim

3 GCOVAE537WJ2A BTM Cover

4 CCOVAE513WJ04 KEY Button Cover Ass'y 4-1 Not Available - - KEY Button Cover 4-2 Not Available - - Key Label 4-3 JBTN-A984WJKA Key Button

5 GCOVAE530WJ2A Decoration Cover (Rear)

6 GCOVAE555WJ2A AC Cord Cover

7 TLABZD807WJZZ Energy Guide Label

8 MODEL LABEL

8 HINDPE945WJZZ A1KUTG9DTL

10 QACCDA084WJPZ AH AC Cord 11 QCNW-M3 7 3WJQZ AG Connecting Cord (SP) 12 QCNW-M544WJZZ AD Connecting Cord (UB) 13 QCNW-N2 4 7WJZZ AH Connecting Cord (RC) 14 QCNW-N3 0 2WJZZ AL Connecting Cord (BT) (LC-70LE755U/757U/857U) 15 RSP-ZA572WJZZ AT Speaker (L/R) 16 RSP-ZA575WJZZ BB Speaker (Woofer) 18 TLABNF022WJZZ SIDE SERIAL LBL 19 XBPS830P06WS0 SCREW,X53 20 XEBS830P12000 SCREW,X12 21 CANGKD762WJ01 BL SUPPORT ANGLE ASS'Y (BOTTOM) 22 CHLDZB969WJ01 P CHASSIS UNIT (TOP-L) 23 CHLDZB970WJ01 P CHASSIS UNIT (TOP-R) 24 CHLDZB971WJ01 P CHASSIS UNIT (BOTTOM M-L) 25 CHLDZB972WJ01 P CHASSIS UNIT (BOTTOM R) 26 CHLDZB973WJ01 P CHASSIS UNIT (L) 27 CHLCZB974WJ01 P CHASSIS UNIT (R) 28 CANGKD506WJ01 VESA ANGLE ASS'Y,X4 29 CANGKD761WJ01 SUPPORT ANGLE ASS'Y (TOP) 30 CCHSMA676WJ02 BL CHASSIS UNIT ASS'Y 31 CHLDZB982WJ01 S-PWB HOLDER ASS'Y,X4 32 HDECPA091WJ4A DECORATION SHEET (BOTTOM) 34 CANGKE052WJ02 TERMIN AL ANGLE (SIDE) 35 CANGKE053WJ01 TERMINAL ANG L E ( BO TTO M) 36 LANGKD759WJ3W AF Stand Angle, x2 37 LHLDWA289WJKZ AC Wire Holder 38 LX-BZA207WJF7 AA Screw, x20 39 LX-LZ0003TPZZ AC Rivet, x20 42 PSPAZD031WJKZ AE Cooler, x2 43 QCNW-M534WJZZ AC Connecting Cord (SB) 44 QCNW-N0 7 5WJQZ AM Connecting Cord (L1) 45 QCNW-N0 7 6WJQZ AN Connecting Cord (L2) 46 QCNW-N190WJQZ AF Connecting Cord (FFC 80p), x2 47 QCNW-N19 1WJQZ AF Connecting Cord (FFC 64p), x2 48 QCNW-N2 4 1WJZZ AU Connecting Cord (LV) 49 QCNW-N2 5 4WJZZ AQ Connecting Cord (PD) 50 RCORFA061WJZZ AG Ferrite Core, x4 52 CWAKMA035WJ03 BF Aluminum Frame Ass'y (Top) 53 CWAKMA036WJ03 BK Aluminum Frame Ass'y (Bottom) 54 CWAKMA037WJ03 BE Aluminum Frame Ass'y (Left) 55 CWAKMA038WJ03 BE Aluminum Frame Ass'y (Right) 56 LANGKD774WJFW AE Corner Angle, x4 57 LX-BZA505WJF8 AA Screw, x16 58 TLABZD612WJZZ AA License Label 59 TLABZD636WJSA AB 3D Quattron Label 60 PGiDMA066WJZZ BT LGP 61 PMiR-A3 29WJ3A AZ Reflector 62 PSHEPB250WJ3A BB Diffuser 63 PSHEPB251WJN1 BE Lens Sheet 64 PSHEPB252WJZZ BC Lens Sheet 65 QCNW-N118WJQZ AH FFC30P:S-G(L) 66 QCNW-N119WJQZ AH FFC30P:S-G(R) 67 TLABN2229TPZZ AA Module Label 68 TLABN3860TPZZ AA BL Label 70 XBPS830P08000 SCREW.X30 71 XBSS730P06000 SCREW,X2 72 RUNTKB077WJZZ AZ B/L LED Unit, x6

DESCRIPTION

6

LC-60G9T / LC-70G9T

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[5] CABINET AND MECHNICAL PARTS ( LC-70G9T )

73 R1JE695D3HB10V 70" LCD PANEL UNIT (JE695D3HB10V) 74 XBPS830P06WS0 SCREW.X12 75 CANGQA061WJ44 KS EARTH ANGLE KIT

DESCRIPTION

7

LC-60G9T / LC-70G9T

[6] BACKLIGHT PARTS ( LC-60G9T )

60 inch LCD PANEL UNIT

22

18

34

24

1

3

5

27

26

30

23

6

4

21

20

25

16

21

20

17

19

21

20

21

20

8

28

29

15

31

28

32

2

12

LA2

LA

LA1

7

33

9

10

11

33

8

LC-60G9T / LC-70G9T

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[6] BACKLIGHT PARTS ( LC-60G9T )

1 CLCDTA328WE01 60 PANEL ASSEMBLY 2 CANGKD790WJ01 SUPPORT ANGLE BOTTOM ASSEMBLY 3 CHLDZB965WJ02 P CHASSIS TOP ASSEMBLY 4 CHLDZB966WJ02 P CHASSIS BOTTOM ASSEMBLY 5 CHLDZB967WJ01 P CHASSIS LEFT ASSEMBLY 6 CHLDZB968WJ01 P CHASSIS RIGHT ASSEMBLY 7 CCHSMA675WJ05 BACKLIGHT CHASSIS ASSEMBLY 8 LANGKD933WJFW BACKLIGHT SUPPORT ANGLE TOP

9 LHLDZB981WJKZ S PWB HOLDER LEFT 10 LHLDZB985WJKZ S PWB HOLDER RIGHT 11 LX-LZ0003TPZZ RIVET, x18 12 QCNW-N074WJQZ LED HARNESS 15 XBPS830P06WS0 SCREW, x9 16 CWAKMA031WJ01 FRAME TOP ASSEMBLY 17 CWAKMA032WJ01 FRAME BOTTOM ASSEMBLY 18 CWAKMA033WJ02 FRAME LEFT ASSEMBLY 19 CWAKMA034WJ02 FRAME RIGHT ASSEMBLY 20 LANGKD774WJFW CORNER ANGLE, x4 21 LX-BZA505WJF8 FRAME SCREW, x16 22 TLABZD562WJSA QUATTRON LABEL 23 PGIDMA064WJZZ LGP 24 PMIR-A328WJZZ REFLECTION SHEET 25 PSHEPB246WJZZ LENS SHEET 26 PSHEPB248WJZZ DBEFSHEET 27 PSHEPB249WJZZ LENS SHEET (U) 28 QCNW-N116WJQZ FFC 250mm 80PIN, x2 29 QCNW-N117WJQZ FFC 250mm 64PIN, x2 30 R1JE600D3HD60W 60 OPEN CELL 31 RCORFA061 WJZZ FERRITE CORE, x4 32 XBPS830P06WS0 SUPPORT ANGLE BOTTOM SCREW, x8 33 XBPS830P08000 PANEL SCREW, x22 34 CWAKMA031WE01 FRAME ASSEMBLY

DESCRIPTION

9

Sharp LC-60G9T, LC-70G9T Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual

TopPage

SAFETY PRECAUTION

OUTLINE

[1] SPECIFICATIONS

Specifications

CHAPTER 2. OPERATION MANUAL

[1] OPERATION MANUAL

CHAPTER 3. DIMENSIONS

[1] DIMENSIONS

CHAPTER 5. ADJUSTMENT

[1] ADJUSTMENT

[1] TROUBLESHOOTING TABLE

[1] MAJOR IC INFORMATIONS

[1] SYSTEM BLOCK DIAGRAM

[2] OVERALL WIRING DIAGRAM

[1] MAIN Unit

PartsGuide

[1] PRINTED WIRING BOARD ASSEMBLIES

[2] LCD PANEL

[3] MAIN UNIT ( DUNTKG216MG3 / DUNTKG216MG4 )

[4] CABINET AND MECHNICAL PARTS ( LC-60G9T )

[5] CABINET AND MECHNICAL PARTS ( LC-70G9T )

[6] BACKLIGHT PARTS ( LC-60G9T )