SHARP LC-46SB57U, LC-52SB57U Service Manual

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LC-46SB57U/LC-52SB57U

SERVICE MANUAL

No. S49Y6LC46SB57

LCD COLOR TELEVISION

LC-46SB57U

MODELS

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

LC-52SB57U

CONTENTS

SAFETY PRECAUTION

IMPORTANT SERVICE SAFETY

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

PRECAUTIONS A PRENDRE LORS DE

LA REPARATION...............................................ii

PRECAUTIONS FOR USING LEAD-FREE

SOLDER ........................................................... iii

CHAPTER 1. SPECIFICATIONS

[1] SPECIFICATIONS ......................................... 1-1

CHAPTER 2. OPERATION MANUAL

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

CHAPTER 6. TROUBLESHOOTING TABLE

[1] TROUBLESHOOTING TABLE ......................6-1

CHAPTER 7. OVERALL WIRING/SYSTEM BLOCK DIAGRAM

[1] OVERALL WIRING DIAGRAM ......................7-1

[2] SYSTEM BLOCK DIAGRAM .........................7-2

CHAPTER 8. PRINTED WIRING BOARD ASSEMBLIES

[1] KEY Unit ........................................................8-1

[2] MAIN Unit ......................................................8-2

[3] R/C, LED Unit ................................................8-6

CHAPTER 3. DIMENSIONS

[1] DIMENSIONS (LC-46SB57U)........................ 3-1

[2] DIMENSIONS (LC-52SB57U)........................ 3-2

CHAPTER 4. REMOVING OF MAJOR PARTS

[1] REMOVING OF MAJOR PARTS

(LC-46SB57U)................................................ 4-1

[2] REMOVING OF MAJOR PARTS

(LC-52SB57U)................................................ 4-7

CHAPTER 5. ADJUSTMENT

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

[2]

PUBLIC MODE SETTING PROCEDURE

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.

....... 5-16

CHAPTER 9. SCHEMATIC DIAGRAM

[1] DESCRIPTION OF SCHEMATIC

DIAGRAM...................................................... 9-1

[2] KEY Unit ........................................................9-2

[3] MAIN Unit ......................................................9-3

[4] R/C, LED Unit ..............................................9-19

Parts Guide

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

LC-46SB57U/LC-52SB57U

LC-46SB57U

SAFETY PRECAUTION

Service Manual

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: FO R CO NT I N U ED PROTECTION AGAINST A RISK OF FIRE REPLACE ONLY WITH SAME TYPE FUSE.

F7000 (250V 6.3A)

• Use an AC voltmeter having with 5000 ohm per volt, or higher, sensitivity 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 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.

DVM

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, 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.

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.

• Using two clip leads, connect a 1.5k ohm, 10 watt resistor paralleled by a 0.15µF capacitor in series with all exposed metal cabinet parts and a known earth ground, such as electrical conduit or electrical ground connected to an earth ground.

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

TO EXPOSED METAL PARTS

AC SCALE

1.5k ohm 10W

0.15µF

TEST PROBE

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-46SB57U/LC-52SB57U

PRECAUTIONS A PRENDRE LORS DE LA REPARATION

Ne peut effectuer la réparation qu' un technicien spécialisé qui s'est parfaitement accoutumé à toute vérification de sécurité et aux conseils suivants.

•

AVERTISSEMENT

1.

N'entreprendre aucune modification de tout circuit. C'est dangereux.

2.

Débrancher le récepteur avant toute réparation.

PRECAUTION: POUR LA PROTECTION CONTINUE CONTRE LES RISQUES D'INCENDIE, REMPLACER LE FUSIBLE

F7000 (250V 6.3A)

VERIFICATIONS CONTRE L'INCEN-DIE ET LE CHOC ELECTRIQUE

Avant de rendre le récepteur à l'utilisateur, effectuer les vérifications suivantes.

3.

Inspecter tous les faisceaux de câbles pour s'assurer que les fils ne soient pas pincés ou qu'un outil ne soit pas placé entre le châssis et les autres pièces métalliques du récepteur.

4.

Inspecter tous les dispositifs de protection comme les boutons de commande non-métalliques, les isolants, le dos du coffret, les couvercles ou blindages de réglage et de compartiment, les réseaux de résistancecapacité, les isolateurs mécaniques, etc.

5.

S'assurer qu'il n'y ait pas de danger d'électrocution en vérifiant la fuite de courant, de la facon suivante:

•

Brancher le cordon d'alimentation directem-ent à une prise de courant de 120V. (Ne pas utiliser de transformateur d'isolation pour cet essai).

A l'aide de deux fils à pinces, brancher une résistance de 1.5 kΩ 10 watts en parallèle avec un condensateur de 0.15µF en série avec toutes les pièces métalliques exposées du coffret et une terre connue comme une conduite électrique ou une prise de terre branchée à la terre.

•

Utiliser un voltmètre CA d'une sensibilité d'au moins 5000Ω/V pour mesurer la chute de tension en travers de la résistance.

•

Toucher avec la sonde d'essai les pièces métalliques exposées qui présentent une voie de retour au châssis (antenne, coffret métallique, tête des vis, arbres de commande et des boutons, écusson, etc.) et mesurer la chute de tension CA en-travers de la résistance. Toutes les vérifications doivent être refaites après avoir inversé la fiche du cordon d'alimentation. (Si nécessaire, une prise d'adpatation non polarisée peut être utilisée dans le but de terminer ces vérifications.) La tension de pointe mesurèe ne doit pas dépasser 0.75V (correspondante au courant CA de pointe de 0.5mA). Dans le cas contraire, il y a une possibilité de choc électrique qui doit être supprimée avant de rendre le récepteur au client.

DVM

ECHELLE CA

1.5k ohm 10W

µ

F

0.15

SONDE D'ESSAI

AUX PIECES METALLIQUES EXPOSEES

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

BRANCHER A UNE TERRE CONNUE

AVIS POUR LA SECURITE

De nombreuses pièces, électriques et mécaniques, dans les téléviseur ACL présentent des caractéristiques spéciales relatives à la sécurité, qui ne sont souvent pas évidentes à vue. Le degré de protection ne peut pas être nécessairement augmentée en utilisant des pièces de remplacement étalonnées pour haute tension, puissance, etc. Les pièces de remplacement qui présentent ces caractéristiques sont identifiées dans ce manuel; les pièces électriques qui présentent ces particularités sont identifiées par la marque " " et hachurées dans la liste des pièces de remplacement et les diagrammes schématiques.

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

Pour assurer la protection, ces pièces doivent être identiques à celles utilisées dans le circuit d'origine. L'utilisation de pièces qui n'ont pas les mêmes caractéristiques que les pièces recommandées par l'usine, indiquées dans ce manuel, peut provoquer des électrocutions, incendies, radiations X ou autres accidents.

ii

LC-46SB57U/LC-52SB57U

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 °C, we recommend you to use a dedicated soldering bit, if you are not familiar with how to obtain lead-free wire solder or soldering bit, contact our service station or service branch in your area.

Soldering

• As the melting point of lead-free solder (Sn-Ag-Cu) is about 220 °C which is higher than the conventional lead solder by 40 °C, and as it has poor solder wettability, you may be apt to keep the soldering bit in contact with the PWB for extended period of time. However, Since the land may be peeled off or the maximum heat-resistance temperature of parts may be exceeded, remove the bit from the PWB as soon as you 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 φ0.3mm 250g (1roll) ZHNDAi126500E BK J φ0.6mm 500g (1roll) ZHNDAi12801KE BM J φ1.0mm 1kg (1roll)

PRICE RANK

PART

DELIVERY

DESCRIPTION

iii

LC-46SB57U/LC-52SB57U

LC-46SB57U

CHAPTER 1. SPECIFICATIONS

Service Manual

[1] SPECIFICATIONS

Item Model: LC-46SB57U Model: LC-52SB57U

63

LCD panel

46" Class (45

/

64

Advanced Super View & BLACK TFT LCD

52" Class (521/ Advanced Super View & BLACK TFT LCD

"

Diagonal)

Resolution 2,073,600 pixels (1,920 1,080)

TV-standard (CCIR) American TV Standard ATSC/NTSC System

VHF/UHF VHF 2-13ch, UHF 14-69ch

CATV 1-135ch (non-scrambled channel only)

TV Function

Receiving Channel

Digital Terrestrial Broadcast (8VSB)

Digital cable

*1

(64/256 QAM)

2-69ch

1-135ch (non-scrambled channel only)

Audio multiplex BTSC System

Audio out 10W 2

INPUT 1 AV in, COMPONENT in

INPUT 2 COMPONENT in, S-VIDEO in

INPUT 4

ANALOG RGB (PC) in (15-pin mini D-sub female connector), Audio in (Ø 3.5 mm jack)

INPUT 6 HDMI in with HDCP, Audio in (Ø 3.5 mm jack)

INPUT 7 HDMI in with HDCP

INPUT 8 HDMI in with HDCP

Rear

Ω

Terminals

ANT/CABLE 75

AUDIO Audio in (Ø 3.5 mm jack)

DIGITAL AUDIO OUTPUT

Unbalance, F Type 1 for Analog (VHF/UHF/CATV) and Digital (AIR/CABLE)

Optical Digital audio output 1 (PCM/Dolby Digital)

OUTPUT Audio out

RS-232C 9-pin D-sub male connector

INPUT 3 AV in

Side

INPUT 5 HDMI in with HDCP

SERVICE Software update

OSD language English/French/Spanish

Power Requirement AC 120 V, 60 Hz

Power Consumption 254 W (0.5 W Standby with AC 120 V) 290 W (0.5 W Standby with AC 120 V)

Weight

Dimension

*2

(W H D)

Operating temperature

*1

Emergency alert messages via Cable are unreceivable.

*2

The dimensional drawings are shown on the Spanish operation manual.

•

As part of policy of continuous improvement, SHARP reserves the right to make design and specification changes for product

TV + stand 49.6 lbs./22.5 kg 58.5 lbs./26.5 kg

TV only 39.7 lbs./18.0 kg 50.7 lbs./23.0 kg

TV+stand 43

TV only 43

53

/

303/

64

53

/

2747/64329/32inch 4919/643111/32343/64inch

64

131/2inch 4919/643325/32131/2inch

64

+32°F to +104°F (0°C to +40°C)

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.

"

Diagonal)

32

Optional Accessory

The listed optional accessory is available for the Liquid Crystal Television. Please purchase it at your nearest shop.

• Additional optional accessories may be available in the near future. When purchasing, please read the newest catalogue for compatibility and check the availability.

1 – 1

Part name

Wall mount bracket

Model number

AN-52AG4

LC-46SB57U/LC-52SB57U

LC-46SB57U

CHAPTER 2. OPERATION MANUAL

[1] OPERATION MANUAL

TV (Front)

* OPC: Optical Picture Control

TV (Rear/Side)

*2

Service Manual

Remote control sensor

OPC sensor

OPC indicator SLEEP indicator POWER indicator

*

POWER

button

MENU

button

INPUT

button

Channel buttons (CH /)

Volume buttons (VOL /)

*1

INPUT 5 terminal (HDMI)

*3

AC INPUT terminal

*1

INPUT 7 terminal (HDMI)

INPUT 8 terminal (HDMI)

DIGITAL AUDIO OUTPUT terminal

AUDIO OUTPUT terminals

Antenna/Cable in

INPUT 3 terminals

SERVICE terminal

*1 External equipment connection. *2 Button operations. *3 Connecting the AC cord. *4 Details on the PC Audio Select function.

• The illustrations in this operation manual are for explanation purposes and may vary slightly from the actual operations.

• The examples used throughout this manual are based on the LC-52SB57U model.

INPUT 4 terminal (PC-IN)

AUDIO terminal (shared for INPUT 4 and INPUT 6) *4

INPUT 6 terminal (HDMI)

INPUT 1 terminals INPUT 2 terminals RS-232C terminal

2 – 1

Direct Button Operation

LC-46SB57U/LC-52SB57U

Changing Volume

You can change the volume by pressing VOL /on the TV or on the remote control unit.

•

To increase the volume, press VOL .

•

To decrease the volume, press VOL .

20

Audio status

Output device

Speaker Variable sound Mute

•

When "Output Select" is set to "Variable", the indicator on the screen changes as shown below.

Output Select

Fixed Variable

60

•

Details on the Output Select function.

MUTE

Mutes the current sound output. Press MUTE.

•

" " will be displayed on the screen for 30 minutes, and the sound is silenced.

POWER

You can turn on the TV or put it on standby by pressingPOWER on the TV or on the remote control unit.

Changing Channels

You can change channels by pressing CH

•(DOT).

Examples:

To select a 1 or 2-digit channel number (e. g., Channel 5):

Press 5 ENT.

To select a 3-digit channel number (e. g., Channel 115):

Press 1 1 5 ENT.

To select a 4-digit channel number (e. g., Channel 22.1):

Press 2 2 • (DOT) 1 ENT.

•

When selecting a 1-digit channel number, it is not necessary to press 0 before the number.

•

When you enter 0–9 only, channel selection will be made if there is no operation within a few seconds.

If you push "0" by itself, nothing will happen.

•

Complete the above steps within a few seconds.

•

When you enter 0–9 and • (DOT), channel selection will be made if there is no operation within a few seconds.

/

or 0–9,

FAVORITE CH

You can select 4 preset favorite channels in 4 different categories. Press A, B, C or D.

•

While watching the TV, you can toggle the selected channels by pressing A, B, C and D.

•

Within 30 minutes of pressing MUTE, mute can be canceled by pressing VOL Mute will be canceled after 30 minutes have passed.

• However, the TV will not suddenly output a loud sound as the volume level is set to 0 automatically.

/ or MUTE.

Sleep Timer

Allows you to set a time when the TV automatically switches to standby. Press SLEEP.

The remaining time displays when the sleep timer has been set.

• Each time you press SLEEP, the remaining time switches

• as shown below.

Off306090120

When set, the time automatically starts counting down.

• If you want to adjust the sleep timer, you can press SLEEP

• twice then change the time setting. When it is 5 minutes before the time expires, the remaining

• time will start to keep appearing every minute.

Select "Off" by pressing SLEEP to cancel the sleep timer.

• The TV will enter standby when the remaining time reaches 0.

• When the sleep timer is set, its indicator on the TV lights red.

•

FLASHBACK

Press FLASHBACK to switch to the previously tuned channel.

Press FLASHBACK again to switch back to the currently

• tuned channel.

FLASHBACK will not work if no channel has been changed

•

after the TV is turned on.

•

Details of favorite channel settings.

2 – 2

LC-46SB57U/LC-52SB57U

AV MODE

AV MODE gives you several viewing options to choose from to best match the surrounding environment of the TV, which can vary due to factors like room brightness, type of program watched or the type of image input from external equipment.

Press˴AV MODE. Current AV MODE displays.

•

Press AV MODE again before the mode displayed on the screen disappears. The mode changes as shown below:

Example: When the input source is TV, INPUT 1, 2 or 3 terminals

STANDARD MOVIE GAME USER [TV]

DYNAMIC DYNAMIC (Fixed)

Example: When the input source is INPUT 4, 5, 6, 7 or 8 terminals

STANDARD

DYNAMIC DYNAMIC (Fixed) USER[ ]

STANDARD: For a highly defined image in a normal

lighting.

MOVIE: For a movie. GAME: Lowers image brightness for easier viewing. PC: For PC. USER: Allows the user to customize settings as desired.

You can set the mode for each input source.

DYNAMIC (Fixed): Changes the image and sound

settings to the factory preset values. No adjustments are allowed.

DYNAMIC: For a clear-cut image emphasizing high

contrast, useful for sports viewing.

MOVIE GAME PC

5

AUDIO

MTS/SAP stereo mode

The TV has a feature that allows reception of sound other than the main audio for the program. This feature is called Multi-channel Television Sound (MTS). The TV with MTS can receive mono sound, stereo sound and Secondary Audio Programs (SAP). The SAP feature allows a TV station to broadcast other information, which could be audio in another language or something completely different like weather information.

You can enjoy Hi-Fi stereo sound or SAP broadcasts where available.

Stereo broadcasts: View programs like live sporting

•

events, shows and concerts in dynamic stereo sound.

SAP broadcasts: Receive TV broadcasts in either MAIN or

•

SAP sound. MAIN sound: The normal program soundtrack (either in mono or stereo). SAP sound: Listen to a second language, supplementary commentary or other information. (SAP is mono sound.)

If stereo sound is difficult to hear.

Obtain a clearer sound by manually switching to fixed

• mono-sound mode.

You can change MTS as shown below to match the television broadcast signal.

Press AUDIO to toggle between audio modes.

Examples: when receiving MTS and SAP

STEREO mode: STEREO + SAP mode:

MAIN + SAP mode: MONO mode:

STEREO

MAIN SAP

MONO

ST(SAP)

MONO

SAP(ST) MONO

•

You can select a different AV MODE item for each input mode. (For example, select STANDARD for TV input and DYNAMIC for INPUT 1.)

•

When you play games, "GAME" is recommended for AV MODE.

PC

Allows you to gain quick access to PC mode. Press PC.

Operating On-Screen Display Menu

You can operate the on-screen display menu by using the following buttons. MENU: Displays the menu screen.

///,ENTER: Select a desired item on the

screen.

RETURN: Returns to the previous menu screen. EXIT: Turns off the menu screen.

For operating the on-screen display menu, see “Menu

• Operation Buttons”.

Digital broadcasting audio mode

The types of audio transmitted in a digital broadcast include SURROUND as well as MONO and STEREO. In addition, it is possible for multiple audio tracks to accompany a single video track.

Press AUDIO to toggle between audio modes.

Example: when receiving Digital broadcasting

STEREO (Audio1) STEREO (Audio2)

SURROUND (Audio3)

MTS only operates while in TV mode.

•

FREEZE

Allows you to capture and freeze a moving image that you are watching. Press FREEZE.

A moving image is captured.

• Press FREEZE again to cancel the function.

•

When this function is not available, "No displaying still image available." will display.

•

The still image automatically goes out after 30 minutes.

•

If you are using the freeze function and a broadcast activates the V-CHIP BLOCK, the freeze function will be canceled and a V-CHIP BLOCK message will appear.

2 – 3

INPUT

To view external source images, select the input source using INPUT on the remote control unit or on the TV.

Press INPUT.

1

A list of selectable sources appears.

•

Press INPUT again or press / to select the

2

input source.

•

An image from the selected source automatically displays.

•

Each time INPUT is pressed, the input source toggles.

•

If the corresponding input is not plugged in, you cannot change the input. Be sure to connect the equipment beforehand.

•

External equipment connection.

•

Press PC to switch to an image from the PC.

DISPLAY

Displays channel information being viewed. Press DISPLAY.

Closed Captions and Digital Closed Captions

Your TV is equipped with an internal Closed Caption decoder. It allows you to view conversations, narration and sound effects as subtitles on your TV. Closed Captions are available on some TV programs and on some VHS home video tapes at the discretion of the program provider.

Digital Closed Caption service is a new caption service available only on digital TV programs (also at the discretion of the service provider). It is a more flexible system than the original Closed Caption system, because it allows for a variety of caption sizes and font styles. When the Digital Closed Caption service is in use, it will be indicated by the appearance of a 3-letter abbreviation that also indicates the language of the Digital Closed Captions: ENG (English), SPA (Spanish), FRA (French) or other language codes.

Not all programs and VHS videotapes offer closed captions. Please look for the “ ” symbol to ensure that captions will be shown.

In the Closed Caption system, there can be more than one caption service provided. Each is identified by its own number. The “CC1” and “CC2” services display subtitles of TV programs superimposed over the program's picture.

LC-46SB57U/LC-52SB57U

Press CC.

1

This will present the Closed Caption information display.

•

Press CC while the Closed Caption information is

2

still on the screen.

•

Press repeatedly until you select the desired closed caption service.

Air DIGIT

Air DIGITAL

22.1

Audio : MONO

:

1080i (16:9)

:

Video 1080i (16:9)

CC 1/2 CC1:

Ratings : NONE

: NONE

•

Depending on the number of caption services in the signal being received, you will see information such as 1/2 or 1/4 displayed. 1/2 means “the first of two services”.

Example:

If a program has three services (Digital CC(ENG), CC1 and Text1), the closed caption display will toggle in this sequence:

1/3 ENG Off2/3 CC1 3/3 Text1

•

The CC button keeps a record of the last service selected in its memory. If the last closed caption mode (e.g. 1/3ENG) you selected is not available for the next program, or on another channel, the closed caption service that is available is automatically selected, and this service appears in parentheses, e.g. “1/3(CC1)”. Closed Caption services that appear in parentheses will notbestoredintheCC button's memory as your last selected service. Only services that you have selected with the CC button are stored.

Closed Caption information

information

Examples:

In a case where there are two closed caption services provided (for instance, Digital CC(ENG) and CC1), and Digital CC(ENG) is displayed as your current selection, if Digital CC(ENG) is not broadcast for the next program, the other closed caption service, CC1, will be displayed in parentheses. A closed caption service appears in parentheses because the service you selected is not available and a different service is displayed on your screen. “1/1(CC1)” is displayed instead of “1/2/ENG”.

In the Closed Caption system, the “Text1” or “Text2” services display text that is unrelated to the program being viewed (e.g., weather or news). These services are also superimposed over the program currently being viewed.

When “Power Saving” is set to “Standard” or “Advanced”,

• the Power Saving leaf icon appears on the channel information window. Details of Power Saving settings. Detailed closed caption settings.

• When the program contains no closed caption, “--” displays

• in the closed caption information. If the language code, e.g. “ENG”, is not found on Digital TV

• programs, “--” will be shown. Four kinds of closed caption service (CC1, CC2, Text1,

• Text2) are potentially available, but a broadcast may contain none or only some of these services at the discretion of the program provider.

2 – 4

LC-46SB57U/LC-52SB57U

VIEW MODE

You can select the screen size.

Press VIEW MODE.

1

•

The View Mode menu displays.

•

The menu lists the View Mode options selectable for the type of video signal currently being received.

Press VIEW MODE or / while the View Mode menu is displayed to select a desired item on the menu.

2

You can sequentially select a View Mode that has its own aspect ratio.

•

For 4:3 programs

Example: Screen size images

Side Bar S.Stretch (Smart stretch) Zoom Stretch

Suitable for viewing conventional 4:3 programs in their normal format.

Suitable for stretching 4:3 programs to fill the screen.

Suitable for viewing widescreen 2.35:1 anamorphic DVDs in full screen.

This mode is useful for 1.78:1 DVDs. When viewing 1.85:1 DVDs, stretch mode will still show very thin black bands at the top and bottom of the screen.

For HD programs

Stretch: Suitable for viewing wide-screen 1.78:1 aspect ratio program, stretch mode will still show very thin black bands at

the top and bottom of the screen.

Dot by Dot (1080i/p only): Detects the resolution of the signal and displays an image with the same number of pixels on

the screen.

Full Screen (720p only): You can select "Full Screen" only when receiving a 720p signal. S.Stretch (Smart stretch): Suitable for stretching 4:3 programs to fill the screen. Zoom: Suitable for viewing wide-screen 2.35:1 aspect-ratio programs in full screen.

When using Dot by Dot or Full Screen, it is possible to see noise or bars around different outer portions of the screen. Please

• change view mode to correct this.

For PC input mode

Connect the PC before making adjustments.

• Selectable screen size may vary with input signal type.

•

Example: Screen size images

Input signal Normal Zoom Stretch Dot by Dot

4:3 Keeps the original

aspect ratio in a full screen display.

Input signal Stretch Dot by Dot

16:9

An image fully fills the screen.

For viewing widescreen programs. The top and bottom of the image is cropped.

Detects the resolution of the signal and displays an image with the same number of pixels on the screen.

2 – 5

An image fully fills the screen.

Detects the resolution of the signal and displays an image with thesamenumberof pixels on the screen.

QUICK REFERENCE

LC-46SB57U/LC-52SB57U

Attaching/Detaching the Stand

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

cord from the AC INPUT terminal.

• Before performing work spread cushioning over the base

area to lay the TV on. This will prevent it from being damaged.

CAUTION

• Attach the stand in the correct direction.

• Do not remove the stand from the TV unless using an

optional wall mount bracket to mount it.

• Be sure to follow the instructions. Incorrect installation of the stand may result in the TV falling over.

1 Confirm that there are 12 screws (all the same size)

and a hex key supplied with the stand unit.

1

2 Set the post for the stand unit onto the box.

2

Attach the base to the post.

3

Insert and tighten the 8 screws into the 8 holes on the bottom of the base.

Hex key

3

Screws

Setting the TV on the Wall

CAUTION

• This TV should be mounted on the wall only with the AN-52AG4 (SHARP) wall mount bracket. The use of other wall mount brackets may result in an unstable installation and may cause serious injuries.

• Installing the TV requires special skill that should only be performed by qualified service personnel. Customers should not attempt to do the work themselves. SHARP bears no responsibility for improper mounting or mounting that results in accident or injury.

Using an optional bracket to mount the TV

You can ask a qualified service professional about

•

using an optional AN-52AG4 bracket to mount the TV to the wall.

• Carefully read the instructions that come with the

bracket before beginning work.

Hanging on the wall

AN-52AG4 wall mount bracket. (See the bracket instructions for details.)

2

1

3 Insert the stand into the openings on the bottom

of the TV.

2

Insert and tighten the 4 screws into the 4 holes on the rear of the TV.

Hex key

2

Screws

Soft cushion

1

2

1

Vertical mounting Angular mounting

About setting the TV angle

°

0

2

/

5

1

/

0

1

/

5

/

0

LC-46SB57U

• The“b”positionisat the center of the display.

LC-52SB57U

• The center of the display:

19

/64inch (7.3 mm) under

the “ f ” position.

• Refer to the operation manual of AN-52AG4 for details.

• Detach the cable clamp on the rear of the TV when using the optional mount bracket.

• To use this TV mounted on a wall, remove the covers at the 4 locations on the rear of the TV, and then use the screws supplied with the wall mount bracket to secure the bracket to the rear of the TV.

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

2 – 6

LC-46SB57U/LC-52SB57U

Appendix

Troubleshooting

Problem

• No power

• Unit cannot be operated.

• Remote control unit does not operate.

• Picture is cut off/with sidebar screen.

• Strange color, light color, or color misalignment

• Power is suddenly turned off.

• No picture

Possible Solution

• Check if you pressed POWER on the remote control unit. If the indicator on the TV does not light up, press POWER on the TV.

• Is the AC cord disconnected?

• Has the power been turned on?

•

External influences such as lightning, static electricity, may cause improper operation. In this case, operate the unit after first turning off the power of the TV or unplugging the AC cord and replugging it in after 1 or 2 minutes.

• Are batteries inserted with polarity (+, -) aligned?

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

• Are you using it under strong or fluorescent lighting?

• Is a fluorescent light illuminated near the remote control sensor?

• Is the image position correct?

• Are screen mode adjustments such as picture size made correctly?

• Adjust the picture tone.

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

• Is the sleep timer set?

• Check the power control settings.

•

The unit's internal temperature has increased. Remove any objects blocking vent or clean.

• Is connection to other components correct?

• Is correct input signal source selected after connection?

• Is the correct input selected?

• Is picture adjustment correct?

• Is “On” selected in “Audio Only”?

• Is a non-compatible signal being input?

• No sound

• The TV sometimes makes a cracking sound.

• Is the volume too low?

• Is “Variable” selected in “Output Select”?

• Have you pressed MUTE on the remote control unit?

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

Troubleshooting-Digital Broadcasting

The error message about reception of broadcast

The example of an error message

displayed on a screen

• Failed to receive broadcast.

• No broadcast now.

Error code

E202

E203 • Check the broadcast time in the program guide.

• Check the antenna cable. Check that the antenna is correctly setup.

Possible Solution

Cautions regarding use in high and low temperature environments

•

When the unit is used in a low temperature space (e.g. room, office), the picture may leave trails or appear slightly delayed. This is not a malfunction, and the unit will recover when the temperature returns to normal. Do not leave the unit in a hot or cold location. Also, do not leave the unit in a location exposed to direct sunlight or near a

• heater, as this may cause the cabinet to deform and the Liquid Crystal panel to malfunction. Storage temperature: - 4°F to + 140°F (- 20°C to + 60°C)

2 – 7

On-Screen Display Menu

Menu Items

LC-46SB57U/LC-52SB57U

For TV/INPUT 1/2/3 Mode

Picture Menu

OPC Backlight Contrast Brightness Color Tint Sharpness Advanced

C.M.S.-Hue C.M.S.-Saturation C.M.S.-Value Color Temp Fine Motion Enhanced Active Contrast Gamma Adjustment Film Mode Digital Noise Reduction 3D-Y/C Monochrome Range of OPC

Reset

Audio Menu

Treble Bass Balance Surround Bass Enhancer Reset

Power Control Menu

Power Saving No Signal Off No Operation Off

For HDMI/PC-IN Mode

Picture Menu

OPC Backlight Contrast Brightness Color Tint Sharpness Advanced

C.M.S.-Hue C.M.S.-Saturation C.M.S.-Value Color Temp Fine Motion Enhanced Active Contrast Gamma Adjustment Film Mode Digital Noise Reduction Monochrome Range of OPC

Reset

Audio Menu

Treble Bass Balance Surround Bass Enhancer Reset

Power Control Menu

Power Saving No Signal Off No Operation Off

Setup Menu

EZ Setup CH Setup Antenna Setup-DIGITAL Input Skip Input Label Parental CTRL Position Language Reset

Option Menu

Audio Only Input Select PC Audio Select Output Select Color System Caption Setup Digital Caption Info Program Title Display Favorite CH Game Play Time Operation Lock Out Demo Mode

Digital Setup Menu

Audio Setup Identification Software Update

Setup Menu

Input Skip Auto Sync Input Label Fine Sync Position Language Reset

Option Menu

Audio Only HDMI Setup PC Audio Select Output Select Game Play Time Operation Lock Out Demo Mode

Digital Setup Menu

Software Update

Some menu items may not be displayed depending on the selected input source.

2 – 8

LC-46SB57U/LC-52SB57U

LC-46SB57U

CHAPTER 3. DIMENSIONS

[1] DIMENSIONS (LC-46SB57U)

Service Manual

(763)

64

/

3

30

64

/

21

2

8

/

7

6

(400)

4

/

3

15

(704)

64

/

47

27

(59)

(174.3)

4353/64(1113)

4019/64(1023.4)

153/4(400)

43

64

/

22

(575.6)

(435)

64

/

9

17

457/

(124)

Unit: inch (mm)

2121/32(550)

64

329/

(99)

32

131/2(343)

3 – 1

[2] DIMENSIONS (LC-52SB57U)

LC-46SB57U/LC-52SB57U

(858)

32

/

25

33

64

/

29

2

32

/

23

5

(796)

32

/

11

31

(62)

(145)

4919/64(1252)

459/16(1156.9)

153/4(400)

41

64

/

25

(650.9)

(483)

32

/

1

19

513/

(132)

Unit: inch (mm)

2121/32(550)

64

343/

(93)

64

(400)

4

/

3

15

131/2(343)

3 – 2

LC-46SB57U/LC-52SB57U

LC-46SB57U

CHAPTER 4. REMOVING OF MAJOR PARTS

Service Manual

[1] REMOVING OF MAJOR PARTS (LC-46SB57U)

1. Removing of Stand Unit and Rear Cabinet Ass’y.

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

2. Remove the 4 VESA Hole Covers .

3. Remove the 1 lock screw , 4 lock screws , 9 lock screws and detach the Rear Cabinet Ass’y.

Rear Cabinet Ass'y

Front Cabinet Ass'y

4

5

2

3

1

Stand Unit

4 – 1

LC-46SB57U/LC-52SB57U

2. Removing of Bottom Cover, Speaker-L/R, Side AV Cover, Main PWB Shield and Control Shield.

1. Remove the 1 lock screw and detach the Bottom Cover .

2. Disconnect SP wire. Detach the Speaker-L/R .

3. Remove the 2 lock screws and detach the Side AV Cover Ass’y.

4. Remove the 2 lock screws , 3 lock screws , 4 lock screws , 3 lock screws and detach the Main PWB Shield.

5. Remove the 4 lock screws , and detach the Control Shield Ass’y.

8

6

4

7

Main PWB Shield

5

Side AV Cover Ass'y

Speaker-R

3

SP

Bottom Cover

2

Control Shield Ass'y

SP

Speaker-L

3

1

9

4 – 2

LC-46SB57U/LC-52SB57U

3. Removing of Connectors.

1. Disconnect the following connectors from MAIN Unit. (LB1, LP, PD, LW, RA, KM, SP)

2. Disconnect the following connectors from POWER Unit. (LB1, PD, PL, LB2, LA)

3. Disconnect the following connectors from INVERTER-1 Unit. (LB2, LA)

4. Disconnect the following connectors from LCD Control Unit. (LP, LW, PL)

INVERTER-1 Unit

LB2

LB1

KM

RA

SP

LP

PD

LW

LP

LW

PL

MAIN Unit LCD Control Unit POWER Unit

PD

PL

LB2

LA

4 – 3

4. Removing of POWER Unit, MAIN Unit, KEY Unit Ass’y and R/C, LED Unit.

1. Remove the 6 lock screws and detach the POWER Unit.

2. Remove the 9 lock screws and detach the MAIN Unit.

3. Detach the KEY Unit Ass’y .

4. Detach the KEY Unit from KEY Button Cover Ass’y and disconnect KM wire .

5. Detach the R/C LED Unit and disconnect RA wire .

KEY Unit Ass'y

3

KEY Unit

4

KM

LC-46SB57U/LC-52SB57U

KEY Button Cover Ass'y

R/C, LED Unit

RA

5

1

POWER Unit

MAIN Unit

2

4 – 4

LC-46SB57U/LC-52SB57U

5. Removing of Main PWB Angle, Panel Support Angle and LCD Panel Module Unit.

1. Remove the 1 lock screw and detach the Main PWB Angle.

2. Remove the 16 lock screws and detach the Panel Support Angle.

3. Remove the 8 lock screws , 5 hooks and detach the LCD Panel Module Unit.

Panel Support Angle

Main PWB Angle

1

Hook

3

2

Hook

2

Hook

4 – 5

Hook

LCD Panel Module Unit

LC-46SB57U/LC-52SB57U

6. Removing of LCD Panel Module.

1. Remove the 14 lock screws , 2 lock screws and detach the Bezel Ass’y .

2. Detach the Lens Sheet and Diffusion Plate .

3. Detach the 2 pieces Lamp Holder Unit , Socket and detach the following 18 pieces Lamp from BL Chassis Ass'y .

BL Chassis Ass'y

9

8

Socket

6

Lamp Holder Unit

7

Lamp

1

6

Lamp Holder Unit

5

1

4

Lens Sheet

2

3 Bezel Ass'y

Diffusion Plate

4 – 6

LC-46SB57U/LC-52SB57U

[2] REMOVING OF MAJOR PARTS (LC-52SB57U)

1. Removing of Stand Unit and Rear Cabinet Ass’y.

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

2. Remove the 4 VESA Hole Covers .

3. Remove the 1 lock screw , 1 lock screw , 12 lock screws and detach the Rear Cabinet Ass’y.

Rear Cabinet Ass'y

Front Cabinet Ass'y

5

4

2

1

Stand Unit

3

4 – 7

LC-46SB57U/LC-52SB57U

2. Removing of Speaker-L/R, Side AV Cover, Main PWB Shield and Control Shield.

1. Disconnect SP wire. Detach the Speaker-L/R .

2. Remove the 2 lock screws and detach the Side AV Cover Ass’y.

3. Remove the 3 lock screws , 4 lock screws , 2 lock screws , 3 lock screws and detach the Main PWB Shield.

4. Remove the 4 lock screws and detach the Control Shield Ass’y.

6

3

5

4

Main PWB Shield

2

Side AV Cover Ass'y

Control Shield

7

Ass'y

Speaker-R

SP

1

SP

Speaker-L

1

4 – 8

LC-46SB57U/LC-52SB57U

3. Removing of Connectors.

1. Disconnect the following connectors from MAIN Unit. (LB1 , LP, PD, LW, RA, KM, SP)

2. Disconnect the following connectors from POWER Unit. (LB1, PD, PL, LB2, LA)

3. Disconnect the following connectors from INVERTER-1 Unit. (LB2, LA)

4. Disconnect the following connectors from LCD Control Unit. (LP, LW, PL)

KM

LB1

LP

PD

LW

LCD Control Unit

PL

LW

LP

LB1

PD

PL

INVERTER-1 Unit

LB2

LA

LB2

LA

MAIN Unit

RA

SP

POWER Unit

4 – 9

4. Removing of POWER Unit, MAIN Unit, KEY Unit Ass’y and R/C, LED Unit.

1. Remove the 6 lock screws and detach the POWER Unit.

2. Remove the 9 lock screws and detach the MAIN Unit.

3. Detach the KEY Unit Ass’y .

4. Detach the KEY Unit from KEY Button Cover Ass’y and disconnect KM wire .

5. Detach the R/C LED Unit and disconnect RA wire .

KEY Unit Ass'y

3

KEY Unit

4

KM

LC-46SB57U/LC-52SB57U

KEY Button Cover Ass'y

RA

5

R/C, LED Unit

1

POWER Unit

MAIN Unit

2

4 – 10

LC-46SB57U/LC-52SB57U

5. Removing of Main PWB Angle, Panel Support Angle, Barrier Sheet and LCD Panel Module Unit.

1. Remove the 1 lock screw and detach the Main PWB Angle.

2. Remove the 14 lock screws and detach the Panel Support Angle.

3. Remove the 6 lock screws , 10 lock screws and detach the 4 Corner Lug and 2 Center Lug .

4. Remove 4 hooks and detach the LCD Panel Module Unit .

2

Main PWB Angle

4

3

5

Corner Lug

1

Panel Support Angle

3

4

Hook

5

Corner Lug

Hook

7

LCD Panel Module Unit

3

4

5 5

Corner Lug

3

6

Center Lug

6

Center Lug

3

4

Corner Lug

4 – 11

LC-46SB57U/LC-52SB57U

6. Removing of LCD Panel Module.

1. Remove the 16 lock screws , 2 lock screws and detach the Bezel Ass’y .

2. Detach the Lens Sheet and Diffusion Plate .

3. Detach the 2 pieces Lamp Holder Unit , Socket and detach the following 18 pieces Lamp from BL Chassis Ass'y .

BL Chassis Ass'y

9

Socket

8

Lamp Holder Unit

6

7

1

3

Bezel Ass'y

5

4

Lens Sheet

Lamp

Diffusion Plate

Lamp Holder Unit

6

2

4 – 12

LC-46SB57U/LC-52SB57U

LC-46SB57U

CHAPTER 5. ADJUSTMENT

Service Manual

[1] ADJUSTMENT PROCEDURE

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.

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

MAIN Unit: DUNTKE833FM05

• 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 (please use a software version after HLNAC300.USB.)

• Monitor microprocessor software (please use a software version after HLNAVC03.USB and HLNAM300.BIN.)

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 HLNACxxx.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.

2.2.3 How to upgrade the software

1. Unplug the AC cord.

2. Insert the USB Memory for version upgrade (prepared as above) into the service socket located Right side of Main Board terminals, under INPUT3 terminal.

3. Plug in the AC cord with power button pressed down after 5 seconds, unpress the power button.

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

5 – 1

SB57U

LC-46SB57U/LC-52SB57U

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

SB57U

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

6. 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.

SB57U

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

8. 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.

5 – 2

LC-46SB57U/LC-52SB57U

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 HLNAVCxx.USB and HLNAMxxx.BIN (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 (prepared as above) into the service socket located Right side of Main Board terminals, under INPUT3 terminal.

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

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'.

SB57U

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.

SB57U

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. Up on completion of the whole process, power and OPC LED will blink alternately. Also, the upgrade success screen will be shown if upgrade screen was shown at 5.

SB57U

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.

5 – 3

LC-46SB57U/LC-52SB57U

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

Remote controller key Main unit key Function

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) INPUT ————— Input switching (toggle switching) ENTER ————— Executing a function

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

CH ( / )

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

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

2) Description of display

(2) Current selected input

(1) Current page/ (4) Destination

Total pages

1/40 INPUT5 AUTO USA 46_UNDER

MAIN Version 1.09 (U 2007/07/19 2 A)

BOOT Version HLNA 1.01

Monitor/Monitor BOOT Version

LCD Con Version 1.00

EQ DATA CHECKSUM ROM

TEMPERATURE 7B

LAMP ERROR 0

MONITOR ERR CAUSE 0

NORMAL STANDBY CAUSE

ERROR STANDBY CAUSE 1) 0 2) 0 3) 0

(3) Current color system

1.02/1.00

0

0H 0M 0H 0M 0H 0M

4) 0 5) 0 0H 0M 0H 0M

(5) LCD Panel size/Speaker type

(6) Adjustment

process menu header

(7) Parameters

5 – 4

LC-46SB57U/LC-52SB57U

5. List of adjustment process mode menu

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

Page Line Item Description Remarks (adjustment detail, etc.)

1 1 MAIN Version Main software version

2BOOT Version 3 Monitor/Monitor BOOT Version Monitor and monitor boot software version 4 LCD Con Version LCD controller software version Versions are always ‘C000000000’. 5 EQ DATA CHECKSUM Audio data checksum 6 TEMPERATURE Panel temperature 7 LAMP ERROR Number of termination due to lamp error 8 MONITOR ERR CAUSE 9 NORMAL STANDBY CAUSE Refer to *1 under the list for details

10 ERROR STANDBY CAUSE Refer to *2 under the list for details

2 1 INDUSTRY INIT Initialization to factory settings

2 INDUSTRY INIT(-Hotel) 3 PUBLIC MODE Public mode 4 Center Acutime Accumulated main operation time 5 RESET Reset 6 Backlight Acutime Accumulated monitor operation time 7 RESET Reset 8 LAMP ERROR RESET Reset LAMP ERROR

9 VIC XPOS X-coordinate setting for VIC READ 10 VIC YPOS Y-coordinate setting for VIC READ 11 VIC COLOR Collected color data setting for VIC READ 12 VIC SIGNAL TYPE Signal type setting for VIC READ 13 VIC READ Picture level acquisition function Level appears in green on the upper right

3 1 N358 ALL ADJ(INPUT1) CVBS and TUNER signal level adjustment

2 N358 ALL ADJ(INPUT3)

3 N358 MAIN ADJ(INPUT1) CVBS signal level adjustment

4 N358 MAIN ADJ(INPUT3)

5 TUNER DAC ADJ TUNER signal level adjustment

6 N358 CONTRAST A_GAIN

7 N358 CONTRAST D_GAIN

8 N358 CONTRAST OFFSET

9 TUNER CONTRAST A_GAIN 10 TUNER CONTRAST D_GAIN

4 1 TUNER VCHIP TEST(69ch) Tuning test and VCHIP test (69ch)

2 TUNER VCHIP TEST(7ch) Tuning test and VCHIP test (7ch)

3 TUNER VCHIP TEST(10ch) Tuning test and VCHIP test (10ch)

4 TUNER VCHIP TEST(15ch) Tuning test and VCHIP test (15ch)

5 INSPECT USB TERM

6 HDMI CEC TEST

5 1 COMP15K ADJ(INPUT1) Component 15K picture level adjustment (main)

2 COMP15K ADJ(INPUT2)

3 COMP15K Y A_GAIN

4 COMP15K Cb A_GAIN

5 COMP15K Cr A_GAIN

6 COMP15K Y D_GAIN

7 COMP15K Cb D_GAIN

8 COMP15K Cr D_GAIN

9 COMP15K Y OFFSET 10 COMP15K Cb OFFSET 11 COMP15K Cr OFFSET

6 1 COMP33K ADJ(INPUT1) Component 33K picture level adjustment (main)

2 COMP33K ADJ(INPUT2)

3 COMP33K Y A_GAIN

4 COMP33K Cb A_GAIN

5 COMP33K Cr A_GAIN

6 COMP33K Y D_GAIN

7 COMP33K Cb D_GAIN

8 COMP33K Cr D_GAIN

9 COMP33K Y OFFSET 10 COMP33K Cb OFFSET 11 COMP33K Cr OFFSET

5 – 5

LC-46SB57U/LC-52SB57U

Page Line Item Description Remarks (adjustment detail, etc.)

7 1 ANALOG RGB ADJ Analog RGB picture level adjustment

2 R A_GAIN

3 G A_GAIN

4 B A_GAIN

5 R D_GAIN

6G D_GAIN

7 B D_GAIN

8R OFFSET

9 G OFFSET 10 B OFFSET

8 1 VCOM ADJ VCOM adjustment value 91FRC ON/OFF

2 LEV1 Standard value 1 Adjustment gradation setting.

3 LEV2 Standard value 2

4 LEV3 Standard value 3

5 LEV4 Standard value 4

6 LEV5 Standard value 5

7 LEV6 Standard value 6

10 1 MG1R WB adjustment Point 1, R adjustment value Parameter for six-point adjustment

2 MG1G WB adjustment Point 1, G adjustment value

3 MG1B WB adjustment Point 1, B adjustment value

4 MG2R WB adjustment Point 2, R adjustment value

5 MG2G WB adjustment Point 2, G adjustment value

6 MG2B WB adjustment Point 2, B adjustment value

7 MG3R WB adjustment Point 3, R adjustment value

8 MG3G WB adjustment Point 3, G adjustment value

9 MG3B WB adjustment Point 3, B adjustment value

11 1 MG4R WB adjustment Point 4, R adjustment value Parameter for six-point adjustment

2 MG4G WB adjustment Point 4, G adjustment value

3 MG4B WB adjustment Point 4, B adjustment value

4 MG5R WB adjustment Point 5, R adjustment value

5 MG5G WB adjustment Point 5, G adjustment value

6 MG5B WB adjustment Point 5, B adjustment value

7 MG6R WB adjustment Point 6, R adjustment value

8 MG6G WB adjustment Point 6, G adjustment value

9 MG6B WB adjustment Point 6, B adjustment value

12 1 MODE SELECT

2 POS SELECT

3POS MIN

4POS MID1

5POS MID2

6POS MID3

7POS MID4

8POS MID5

9POS MID6 10 POS MAX

13 1 CD MIN

2 CD MID1

3 CD MID2

4 CD MID3

5 CD MID4

6 CD MID5

7 CD MID6

8 CD MAX

14 1 CALC

2 RESET

3VAL1

4VAL2

5VAL3

6VAL4

7VAL5

8VAL6

5 – 6

LC-46SB57U/LC-52SB57U

Page Line Item Description Remarks (adjustment detail, etc.)

15 1 Audio Switch

2 Flat Mode

3 ADC Volume 1

4 ADC Volume 2

5 ADC Volume 3

6 ADC Volume 4

7 ADC Volume 5

8 ADC Volume 6

16 1 Lip Sync LR

2 Lip Sync Monitor

3 Lip Sync SW

4 LR Func Vol AIN(2ch)

5 LR Func Vol HDMI(2ch)

6 LR Func Vol ATV(2ch)

7 LR Func Vol DTV(2ch)

8 Input Trim(2ch)

17 1 PEQ1 F0

2 PEQ1 Q

3 PEQ1 Gain

4 PEQ1 Gain Limit

5 PEQ1 Fade Time

6 PEQ2 F0

7 PEQ2 Q

8 PEQ2 Gain

9 PEQ2 Gain Limit 10 PEQ2 Fade Time

18 1 PEQ3 F0

2 PEQ3 Q

3 PEQ3 Gain

4 PEQ3 Gain Limit

5 PEQ3 Fade Time

6 PEQ4 F0

7 PEQ4 Q

8 PEQ4 Gain

9 PEQ4 Gain Limit 10 PEQ4 Fade Time

19 1 PEQ5 F0

2 PEQ5 Q

3 PEQ5 Gain

4 PEQ5 Gain Limit

5 PEQ5 Fade Time

6 PEQ6 F0

7 PEQ6 Q

8 PEQ6 Gain

9 PEQ6 Gain Limit 10 PEQ6 Fade Time

20 1 PEQ7 F0

2 PEQ7 Q

3 PEQ7 Gain

4 PEQ7 Gain Limit

5 PEQ7 Fade Time

6 Subsonic Filter

21 1 Output Trim

2 Clipper

3 Sub Volume Default

4 Sub Volume SH Bass

5 Mon Func Vol AIN

6 Mon Func Vol HDMI

7 Mon Func Vol ATV

8 Mon Func Vol DTV

9 SW Func Vol AIN 10 SW Func Vol HDMI 11 SW Func Vol ATV 12 SW Func Vol DTV

5 – 7

LC-46SB57U/LC-52SB57U

Page Line Item Description Remarks (adjustment detail, etc.)

22 1 BE ATT

2 BE G Limit

3 Bass Center ATT

4Bass Vol0 MIN

5Bass Vol60 MIN

6 Bass Vol60 Center

7Bass Vol0 MAX

8Bass Vol60 MAX

23 1 Treble Center ATT

2 Treble Vol0 MIN

3 Treble Vol60 MIN

4 Treble Vol60 Center

5 Treble Vol0 MAX

6 Treble Vol60 MAX

7 VS Path

8 VS Option

9 VS SP Interval 10 VS Width 11 VS Input Gain(2ch)

24 1 Bass AGC

2 Bass Harmonics

3 Bass LPF Fc

4Bass HPF Fc

5Bass AGC Max

6Bass AGC Min

7 Bass AGC Attack Time

8 Bass AGC Release Time

9 Bass AGC Threshold 10 Bass AGC HPF F0 11 Bass Harmonics Level 12 Bass Harmonics LPF F 13 Bass Harmonics HPF F

25 1 PANNEL SELECT

2PWM

3PWM FREQ

4 PWM DUTY

5OSC FREQ

6 OSC DUTY

26 1 BRIGHTNESS DA0

2 BRIGHTNESS DA1

3 BRIGHTNESS DA2

4 BRIGHTNESS DA3

5 BRIGHTNESS DA4

6 BRIGHTNESS DA5

7 BRIGHTNESS DA6

8 BRIGHTNESS DA7

9 BRIGHTNESS DA8 10 BRIGHTNESS DA9 11 BRIGHTNESS DA10 12 BRIGHTNESS DA11

27 1 BRIGHTNESS DA12

2 BRIGHTNESS DA13

3 BRIGHTNESS DA14

4 BRIGHTNESS DA15

5 BRIGHTNESS DA16

6 BRIGHTNESS DA17

7 BRIGHTNESS DA18

8 BRIGHTNESS DA19

9 BRIGHTNESS DA20 10 BRIGHTNESS DA21 11 BRIGHTNESS DA22

5 – 8

LC-46SB57U/LC-52SB57U

Page Line Item Description Remarks (adjustment detail, etc.)

28 1 BRIGHTNESS DA23

2 BRIGHTNESS DA24

3 BRIGHTNESS DA25

4 BRIGHTNESS DA26

5 BRIGHTNESS DA27

6 BRIGHTNESS DA28

7 BRIGHTNESS DA29

8 BRIGHTNESS DA30

9 BRIGHTNESS DA31 10 BRIGHTNESS DA32

29 1 OPC33 ADLEVEL 0

2 OPC33 ADLEVEL 1

3 OPC33 ADLEVEL 2

4 OPC33 ADLEVEL 3

5 OPC33 ADLEVEL 4

6 OPC33 ADLEVEL 5

7 OPC33 ADLEVEL 6

8 OPC33 ADLEVEL 7

9 OPC33 ADLEVEL 8 10 OPC33 ADLEVEL 9 11 OPC33 ADLEVEL 10 12 OPC33 ADLEVEL 11

30 1 OPC33 ADLEVEL 12

2 OPC33 ADLEVEL 13

3 OPC33 ADLEVEL 14

4 OPC33 ADLEVEL 15

5 OPC33 ADLEVEL 16

6 OPC33 ADLEVEL 17

7 OPC33 ADLEVEL 18

8 OPC33 ADLEVEL 19

9 OPC33 ADLEVEL 20 10 OPC33 ADLEVEL 21 11 OPC33 ADLEVEL 22

31 1 OPC33 ADLEVEL 23

2 OPC33 ADLEVEL 24

3 OPC33 ADLEVEL 25

4 OPC33 ADLEVEL 26

5 OPC33 ADLEVEL 27

6 OPC33 ADLEVEL 28

7 OPC33 ADLEVEL 29

8 OPC33 ADLEVEL 30

9 OPC33 ADLEVEL 31

32 1 V6 OS THERMO 1

2V6 OS THERMO 2

3V6 OS THERMO 3

4V6 OS THERMO 4

5V6 OS THERMO 5

6V6 OS THERMO 6

7V6 OS THERMO 7

33 1 V5 OS THERMO 1

2V5 OS THERMO 2

3V5 OS THERMO 3

4V5 OS THERMO 4

5V5 OS THERMO 5

6V5 OS THERMO 6

7V5 OS THERMO 7

34 1 BL TEMP1

2BL TEMP2

3BL TDUTY

35 1 MONITOR TIME OUT

2 MONITOR MAX TEMP

3 MONITOR ERROR CAUSE

RESET

5 – 9

LC-46SB57U/LC-52SB57U

Page Line Item Description Remarks (adjustment detail, etc.)

36 1 LCD TEST PATTERN

2 TV TEST PATTERN 1

3 TV TEST PATTERN 2

37 1 KEY LOCK(1217)

2 KOUTEI AREA ALL CLEAR

3 A MODE AREA CLEAR

4 BACKUP AREA CLEAR

5 B MODE AREA CLEAR

6 EXECUTION

38 1 READ/WRITE

2 SLAVE ADDRESS

3 REGISTER ADDRESS UPPER

4 REGISTER ADDRESS LOWER

5 WRITE DATA UPPER

6 WRITE DATA LOWER

7 READ DATA UPPER

8 READ DATA LOWER

39 1 EEP SAVE Writing setting values to EEPROM

2 EEP RECOVER Reading setting values from EEPROM

3 STANDBY CAUSE RESET Reset stand by cause

4 SETTING FOR ADJ

40 1 BD UNIT FACTORY MENU

*1 Details of P1.9 (NORMAL STANDBY CAUSE)

2 No operation off in the cause of “no operation off” 3 No signal off in the cause of “no signal off” 4 PC power management mode 1 in the cause of “Standby mode MODE1” 5 PC power management mode 2 in the cause of “Standby mode MODE2” 6 Off timer in the cause of “SLEEP timer” 8 Command from RS232C in the cause of command by RS-232C

*2 Details of P1.10 (ERROR STANDBY CAUSE)

11 Prolonged unspecified-signal input in PC mode in the cause of continuous “out of range”, PC input mode

17 Temperature error in the cause of abnormal temperature 1A Monitor trouble detected in the cause of abnormal monitor mode 22 LCD controller Rom error in the cause of software abnormality of LCD controller

5 – 10

LC-46SB57U/LC-52SB57U

6. Special features

* STANDBY CAUSE (Page 1/40)

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 39/40)

Storage of EEP adjustment value

* EEP RECOVER (Page 39/40)

Retrieval of EEP adjustment value from storage area

7. Video signal adjustment procedure

*Adjustment process mode menu is listed in section 5.

7.1. Signal check

Signal generator level adjustment check (Adjustment to the specified level)

• Composite signal : 0.714Vp-p ± 0.02Vp-p (Pedestal to white level)

• 15K component signal : Y level : 0.714Vp-p ± 0.02Vp-p (Pedestal to white level) PB, PR level : 0.7Vp-p ± 0.02Vp-p

• 33K component signal : Y level : 0.7Vp-p ± 0.02Vp-p (Pedestal to white level) PB, PR level : 0.7Vp-p ± 0.02Vp-p

• Analog RGB : RGB level : 0.7Vp-p ± 0.02Vp-p (Pedestal to white level)

7.2. Entering the adjustment process mode

Enter the adjustment process mode according to the steps described in section 3.

7.3. N358 composite signal adjustment (Tuner)

Adjustment item Adjustment conditions Adjustment procedure

1 Adjustment N358 signal

US-10ch

2 Auto adjustment

performance

Page 3/40 Bring the cursor on [•N358 ALL ADJ (INPUT1)] and press [ENTER].

Feed the NTSC (3.58) split field color bar signal (75% color saturation) to VIDEO 1 input. Feed the RF signal (by use of US-10ch) to TUNER-A.

[Video input signal] [US-10CH]

100% white 100% white

[•N358 ALL ADJ (INPUT1) OK] appears when finished.

7.4. Component 15K signal adjustment

Adjustment item Adjustment conditions Adjustment procedure

1 Adjustment 480i signal Feed the 100% color bar signal to INPUT 1 component input.

2 Auto adjustment

performance

100% white

Page 5/40 Bring the cursor on [•COMP 15K ADJ (INPUT1)] and press [ENTER].

[•COMP 15K ADJ (INPUT1) OK] appears when finished.

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LC-46SB57U/LC-52SB57U

7.5. Component 33K signal adjustment

Adjustment item Adjustment conditions Adjustment procedure

1 Adjustment 1080i signal Feed the 100% color bar signal to INPUT 1 component input.

100% white

2 Auto adjustment

performance

7.6. Analog RGB signal adjustment

Adjustment item Adjustment conditions Adjustment procedure

1 Adjustment Analog RGB signal: XGA

Page 6/40 Bring the cursor on [•COMP 33K ADJ (INPUT1)] and press [ENTER].

[•COMP 33K ADJ (INPUT1) OK] appears when finished.

Feed the XGA 100% color bar signal to ANALOG RGB input. (1024 x 768) 60Hz SYNC: HV separate

2 Auto adjustment

performance

7.7. Tuner/V-Chip test

Adjustment item Adjustment conditions Adjustment procedure

1 Adjustment NTSC RF signal

US-7 (AIR) ch

2 Auto adjustment

performance

100% Color saturation

100% white 0% black

Bring the cursor on [•ANALOG RGB ADJ] and press [ENTER].

[•ANALOG RGB ADJ OK] appears when finished.

Feed the NTSC signal to RF ANTENNA input.

Bring the cursor on [•TUNER VCHIP TEST (*07ch)] and press

[ENTER]. (*Select the channel according to the RF signal.)

[•A-OK (***.**)/VM-OK] appears in blue when finished. (If [A-NG/VM-

NG] appears in yellow or red, the test is incomplete.)

Make sure a displacement of ±0.0625 MHz from the center frequency is

acceptable.

XGA 100% color bar

5 – 12

LC-46SB57U/LC-52SB57U

8. Adjustment of white balance

8.1. White balance adjustment

Adjustment item Adjustment conditions Adjustment procedure

1 Setting For detailed adjustment procedure, refer to “Kameyama Model Integral Monitor WB

2 Automatic adjust-

ment execution

[Command] Process mode KRSW0001 KKT10037

Setting KYOF0000 OSDS0001 SBSL0016

Multi-point adjustment mode MSET0001

Point 6 WBI60928 MG6G**** MG6B**** MG6R****

Point 5 WBI50784 MG5G**** MG5B**** MG5R****

Adjustment Specifications V1.6”.

1) Make the following settings for the set. AV MODE: [DYNAMIC] Backlight: +16 Active Backlight: OFF Aging time: Min. 60 minutes

2) Connect the white balance adjustment tool to the set.

[Adjustment procedure]

1) Using the remote controller, transmit the “monitor adjustment process” code.

2) Set the 6th point to the specified gradation level. With the strongest color being fixed, turn down the R, G and B settings to their reference levels.

3) Set the 5th point to the specified gradation level. Correct the G setting (3136 x 6thpoint G setting / 3712) (rounded off), and make the R and B settings to their reference levels.

4) Set the 4th point to the specified gradation level. Correct the G setting (2320 x 6thpoint G setting / 3712) (rounded off), and make the R and B settings to their reference levels.

5) Set the 3rd point to the specified gradation level. Correct the G setting (1680 x 6thpoint G setting / 3712) (rounded off), and make the R and B settings to their reference levels.

6) Set the 2nd point to the specified gradation level. Correct the G setting (1136x 6thpoint G setting / 3712) (rounded off), and make the R and B settings to their reference levels.

7) Set the 1st point to the specified gradation level. Correct the G setting (736 x 6thpoint G setting / 3712) (rounded off), and make the R and B settings to their reference levels.

8) With the MSET0003 command, write the adjustment values and turn off the AC power.

* Initial R, G and B settings at point 6: Gradation level set at 3712 * Initial R, G and B settings at points 1 thru 5: Corrected G setting at each point (This is because the adjustment is made to achieve the same remainder of RGB setting / 4 at each point.) [Adjustment value]

•As per the “standard set” submitted by Engineering Department Teaching set

[Adjustment reference] Instrument: Minolta CA-210 Engineering instrument

Point 4 Level Reference Adj. spec Ins. spec WBI40580 Point 6 928 X=0.272 ±0.0010 ±0.0020 MG4G**** y=0.277 MG4B**** Point 5 784 X=0.272 ±0.0010 ±0.0020 MG4R**** y=0.277

Point 4 580 X=0.272 ±0.0015 ±0.0030 Point 3 y=0.277 WBI30420 Point 3 420 X=0.272 ±0.0020 ±0.0040 MG3G**** y=0.277 MG3B**** Point 2 284 X=0.272 ±0.0030 ±0.0060 MG3R**** y=0.277

Point 1 184 X=0.272 ±0.0040 ±0.0080

y=0.277 Point 2 WBI20284

MG2G**** MG2B**** MG2R****

Point 1 WBI10184 MG1G**** MG1B**** MG1R****

Writing MSET0003

Note Set conditions for inspection

AV MODE: [DYNAMIC] (Reset)

Monochro: ON

Active Contrast: OFF

Aging Time: Min. 60 minutes

5 – 13

LC-46SB57U/LC-52SB57U

8.2. Adjusting procedure by use of [RS-232C]

1. Get ready the PC with COM port (RS-232C) running on Windows 95/98/ME/2000/XP operating system, as well as the RS-232C cross cable.

2. Start the unit with the RS-232C cable connected.

3. Start the terminal software. (The freeware readily available on the Internet will do.)

4. Make the following settings.

Baud rate 9,600 bps Data LENGTH 8 bit Parity bit None Stop bit 1 bit Flow control None

5. If the settings are correct, the terminal software indicates “ERR” against pressing of the “ENTER” key.

6. After the settings are done correctly, it is possible to make an adjustment by typing in the command shown in the table below and pressing the “ENTER” key on the keyboard.

7. Command entry is successful if the terminal software indicates “OK” when the “ENTER” is pressed. If “ERR” is shown, retry to enter the command.

8. Send the process mode switching command to switch from the RS232C operation mode to the process mode.

KRSW0001: “ERR” is returned.

KKT10037: When “OK” is returned, the process mode becomes active. When “ERR”, start over from KRSW0001.

9. Send each adjustment command.

9. Initialization to factory settings

CAUTION: When initialization is performed, all user setting data including the channel settings are initialized. Be cautious when making this adjust-

ment.

(The adjustments done in the adjustment process mode are not initialized.)

Adjustment item Adjustment conditions Adjustment procedure

1 Initialization It turns off with AC power

supply.

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

Enter the adjustment process mode. Bring the cursor on to [INDUSTRY INIT] in page 2/40. Set to [ON] using [VOL] key, and press [ENTER] to execute the initialization. When the version number screen shows up on the green background and “SUCCESS” gets displayed at the top on screen, it means the procedure has been successfully carried out. (If an error occurs, “ERROR” is displayed on the red background.)

•Turn off the AC power. *Never shut off the power during the initialization process. The following settings are initialized in this adjustment.

1) User setting

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

3) Password data

4) Operation time

5) Auto installation flag

6) V-CHIP block setting

5 – 14

LC-46SB57U/LC-52SB57U

MDK

TUNER

10. Model number ID plug

Model numbers are identified by inserting the destination ID plug (QCNCMA275WJQZ) in its specified slot of the destination ID connector SC9201/ SC9202 (QCNCWA715WJQZY).

1 4

HDMI

PC Audio IN

V/LR

USB

Analog RGB

SC9202

SC9201

䇼KM䇽

RS-232C

HDMI

1

䇼BM䇽

Optical OUT

S-video

21

DDR position

MAIN Unit

E 833

L/R

䇼RA䇽

1

䇼LB1䇽

䇼LP䇽

10

1

6

1

15

䇼LW䇽

䇼SP䇽

1

䇼PD䇽

12

4

1

41

Destination ID connector locations

SC9201 SC9202

LC-46SB57U LC-52SB57U

㽴㽶

㽸㽸

Plug locations

㽲

㽳

㽴

㽵

㽶

㽷

㽸

㽹

5 – 15

LC-46SB57U/LC-52SB57U

[2] PUBLIC MODE SETTING PROCEDURE

1. How to start Public Mode

• There are the following two ways to get the public mode setup screen displayed.

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

power.

1) Press the “INPUT” and “VOL (+)” keys on the set at once and turn on the power.

2) Get the password input screen displayed.

Procedure

˴The input starts with the leftmost digit. ˴Use the numeric keys [1] thru [9] and [0] keys on the remote controller. ˴The other keys are not acceptable. ˴With a numeric-key input, "_" will change to "˴". ˴The input position will move one digit to the right. ˴With all the 3 digits entered, the password will be verified.

3) The 3-digit password is now verified.

The password [0] [2] [7] provides for the public mode screen. (This screen comes on with whatever adjustment process settings.)

With any other passwords, the screen changes to the normal mode.

2. How to exit Public Mode

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

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

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

• 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

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

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LC-46SB57U/LC-52SB57U

4. Public Mode Menu

The guidance is not displayed on screen.

Setup procedure

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

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

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

PUBLIC MODE

POWER ON FIXED [VARIABLE ]

MAXIMUM VOLUME [ 60 ]

VOLUME FIXED [VARIABLE ]

VOLUME FIXED LEVEL [ 20 ]

RC BUTTON [RESPOND ]

PANEL BUTTON [RESPOND ]

MENU BUTTON [RESPOND ]

AV POSITION FIXED [VARIABLE ]

ON SCREEN DISPLAY [YES ]

INPUT MODE START [NORMAL ]

INPUT MODE FIXED [VARIABLE ]

LOUD SPEAKER [ON ]

RC_PATH_THROUGH [OFF ]

232C POWON [DISABLE ]

PUBLIC MODE [OFF ]

RESET

EXECUTE

5 – 17

LC-46SB57U/LC-52SB57U

5. On Setting Items

* “EZ-SETUP” discussed below indicates “EZ-SETUP after the first power-on”.

1) POWER ON FIXED

Selection Selection between “Variable” and “Fixed” (loop provided) Default – (Variable) Explanation In “Fixed” setting, the power-off by the power key of the unit is invalidated and the image is kept being received. The power can

Limit in Setting Refer to the “Power-On Fixed” sheet. Exception None Remarks • In “Variable” setting, the power operation is in wait for 1 sec. and then turned off when the main power switch is off.

2) MAXIMUM VOLUME

Selection Adjustment from 0 to 60 (no loop) Default 60 Explanation Sound volume can not be adjusted higher than the preset value. Limit in Setting • When the sound volume is set lower than 59, only figures are displayed and the sound volume bar is not displayed.

Exception Remarks • When the sound volume is set higher than the MAX setting by the adjusting process, the sound volume control operation is

3) VOLUME FIXED

be turned off by stopping the power supply from AC.

• The maximum sound volume for ON-timer (Wake up timer) is limited also to the preset value.

prohibited for turn-up and the sound volume should be turned down to MAX in this state.

Selection Selection between “Variable”, “Fixed”, “ACON (AC CTRL)” and “AC/RCON (AC/RC CTRL)” (loop provided) Default Variable Explanation • FIXED: Fixed at the level adjusted for a fixed volume.

• AC CTRL: Start-up at the level specified for a fixed volume at ACON.

• AC/RC CTRL: Start-up at the level specified for a fixed volume at start.

Limit in Setting • The sound volume for the ON-timer (Wake up timer) is fixed also without display of menu. Besides, the setting is made

impossible. (Basically, the menu is not displayed.)

• The following keys become invalid:

• Sound volume Up/Down (VOL +/–) [for both remote control and the unit]

• Mute (MUTE) Exception • In the item “VOLUME” of adjustment process, the sound volume can be set freely irrespective of this setting. Remarks • As for sound volume fixing and sound volume MAX level, the sound volume fixing has priority.

• Once the sound volume has been changed by adjustment process, it should be set back to the sound volume preset by

sound volume fixing level when the adjustment process ends.

4) VOLUME FIXED LEVEL

Selection Adjustment from 1 to 60 (no loop) Default 20 Explanation The sound volume to be fixed by “Volume fixed” is determined. Limit in Setting None Exception None Remarks Setting is valid only when “Volume fixed” is selected for “fixed”.

5) R/C BUTTON

Selection Selection between “Respond”, “No Respond” and “Limited” (loop provided) Default Respond Explanation Making the remote controller settings.

• At the “No Respond” setting, the remote controller keys are disabled. Its power key (reception/standby key) is disabled too.

• At the “Limited” setting, some channel-related keys alone are operative. All the other remote controller keys (power, volume

/ , channel / , light control (brightness sensor), broadcast select) are inoperative.

Limit in Setting

Exception • Adjustment process, inspection process and hotel only keys are valid irrespective of setting.

Remarks

In “No respond” setting, all the keys (including the power key) are not accepted.

•

All the keys can be used in adjustment process, inspection mode and hotel menu irrespective of setting.

5 – 18

LC-46SB57U/LC-52SB57U

6) PANEL BUTTON

Selection Selection between “Respond” and “No respond” (loop provided) Default Respond Explanation All the operations by keys (except the power key) of the unit can be invalidated. Limit in Setting Exception • Adjustment process, inspection mode and hotel menu mode can be started irrespective of setting.

• All the keys can be used in adjustment process, inspection mode and hotel menu irrespective of setting. Remarks

7) MENU BUTTON

Selection Selection between “Respond” and “No respond” (loop provided) Default Respond Explanation In “No respond” setting, the menu operation by the menu key of the remote control and the menu key of the unit are invali-

dated. Limit in Setting Exception • Adjustment process, inspection mode and hotel menu mode can be started irrespective of setting.

• All the keys can be used in adjustment process, inspection mode and hotel menu irrespective of setting.

Remarks

8) ON SCREEN DISPLAY

Selection Selection between “Yes”, “No” (loop provided) Default Yes Explanation • At the “No” setting, the following items are not displayed on screen: register, setting, adjustment menu, channel call and vol-

ume bar.

On the wide-screen models, an input selection is immediately made because the menu is not displayed.

• At the “Limited” setting, some items cannot be displayed on screen.

On the Japan-destined models, the channel call “Message” alone cannot be displayed. (This is because the channel call mes-

sage may be confused with a message being sent from the hotel.)

On the North America-destined models, the OSD works the same as at the “No” setting. Limit in Setting • Keys falling under any of the following items become invalid.

Appearance of screen changes and the sound changes.

Personal functions which are hard to restore. Screen display, menu, OFF-timer, ON-timer, AV MODE, screen size switching, clock setting, treble emphasis, AUDIO ONLY, sound changeover, LANGUAGE, CLOSED CAPTION

Others • Simple input switching is generated. Those which are restored soon after leaving as they are and may be requested for

change by customer are not prohibited. Brightness sensor (BACKLIGHT) and PIC. FLIP

Exception • Such a caution which is displayed independently is displayed as it is.

Non-responding signal caution

Remarks • When CC has already been ON, CLOSED CAPTION is displayed.

9) INPUT MODE START

Selection

Default Normal Explanation In power-ON, the input source to be started or channel can be set.

About options • All the input sources in the model are made selectable.

Limit in Setting • The display of channel setting menu and the channel setting operation are prohibited. Exception Remarks • In setting at “Normal”, the setting of “Input mode fixed” is changed to “Variable” and selection should be prohibited.

Selection between “Normal”, “Air ( )”, “Blu-ray”, “INPUT 1/2/3”, “PC”, “HDMI 1/2/3/4/5”, “DVI” (loop provided)

(In standard mode, the operation follows the last memory.)

• In TV mode, the channel to be set follows the last memory and the content of the last memory is included in the notation by options. Ex.) Air (2), Cable (98.1) etc.

5 – 19

LC-46SB57U/LC-52SB57U

10)INPUT MODE FIXED

Selection Selection between “Variable”, “Fixed”, “ACON (AC CTRL)” and “AC/RCON (AC/RC CTRL)” (loop provided) Default – (Variable) Explanation • At the “Fixed” setting, the TV set gets started with the settings of “Input mode start”, and then any other channels and inputs

are not accepted.

• At the “ACON (AC CTRL)” setting, the TV set gets started with the settings of “Input mode start” under AC control.

• At the “AC/RCON (AC/RC CTRL)” setting, the TV set gets started with the settings of “Input mode start” under either control.

Limit in Setting • With the execution of hotel mode, the input source is forced to change to that set by “Input mode start” and the channel

Exception None Remarks • In the following case, setting is cancelled and mode is changed to “Variable”.

11)RC_PATH_THROUGH

Selection Selection between “OFF”, “ON: TV RCE” and “ON: TV RCD” (loop provided) Default OFF Explanation Function to feed the remote controller-received signal to Pin 9 (open) on the RS232C. Limit in Setting None Exception None Remarks None

switching and input switching are prohibited thereafter.

• ON-timer's (Wake-up timer) channel items are not displayed or the operation is prohibited. (Basically, they are not displayed.)

• The following keys are invalidated.

CH / , direct tuning button, FLASHBACK, input

However, the keys (input switching and CH / keys) of the unit for menu operation remain valid.

When the setting of “Input mode start” is set to “Normal”.

12)AV POSITION FIXED

Selection Selection between “Variable” and “Fixed” (loop provided) Default Variable Explanation In case of “Fixed” setting,

– Menu “Picture” and “Audio” setting can't be changed like “Dynamic (Fixed)”. – When “AV Mode” key is pressed, TV just displays current AV Mode (cannot be changed.).

Limit in Setting None Exception None Remarks • When receiving with AV Position key, OPC, Dolby key and other direct audio select keys, the current display stays on and no

setting can be changed.

• Even by initializing personal information, the hotel-mode settings are kept intact. In this way, the AV positions, video and audio adjustment settings are not initialized.

13)LOUD SPEAKER (ON/OFF)

Selection Selection between “ON” and “OFF” (loop provided) Default ON Explanation If “OFF” is selected, TV stops Speaker output even without Headphone connected. Limit in Setting None Exception None Remarks • Press the volume UP/DOWN key, and the mute icon appears for 4 seconds.

• The mute key and audio-related keys are displayed with caution.

• Usually, the headphones and monitor audio outputs can be adjustable.

14)232C POWON

Selection Selection between “Disable” and “Enable” (loop provided) Default Disable Explanation In the standby mode, the power-on by the 232C command is enabled or disabled. Limit in Setting None Exception None Remarks None

5 – 20

LC-46SB57U/LC-52SB57U

15)PUBLIC MODE (ON/OFF)

Selection Selection between “ON” and “OFF” (loop provided) Default OFF Explanation In case of “ON”, public mode settings are effected. Limit in Setting None Exception None Remarks The public-mode settings are operable only when this item is set at ON.

5 – 21

LC-46SB57U/LC-52SB57U

LC-46SB57U

CHAPTER 6. TROUBLESHOOTING TABLE

Service Manual

[1] TROUBLESHOOTING TABLE

No video (1)

COMPOSITE: No external input video [INPUT-1] COMPOSITE: No external input video [INPUT-3]

Is INPUT-1 selected on the input select menu screen? Is INPUT-3 selected on the input select menu screen?

NO

Select INPUT-1 on the input select menu screen for the right input signal.

Does the INPUT-1 V1_PLUG detection function? Check the line between pin (2) of input terminal (J507) and pin (AJ1) of IC8001 (CPU).

YES

Is there the COMPOSITE signal input at pin (AE28) of IC8001 (CPU)?

NO Check the line between pin (3) of J507 and pin (AE28) of IC8001.

YES

Are the LVDS signal outputs at the LVDS 1st channel and 2nd channel of IC8001? LVDS_TX_0_DATA0_P/N (C14/D14), LVDS_TX_0_DATA1_P/N (C15/D15), LVDS_TX_0_DATA2_P/N (C16/D16), LVDS_TX_0_DATA3_P/N (C18/D18), LVDS_TX_0_DATA4_P/N (C19/D19), LVDS_TX_0_CLK_P/N (C17/D17), LVDS_TX_1_DATA0_P/N (A14/B14), LVDS_TX_1_DATA1_P/N (A15/B15), LVDS_TX_1_DATA2_P/N (A16/B16), LVDS_TX_1_DATA3_P/N (A18/B18), LVDS_TX_1_DATA4_P/N (A19/B19), LVDS_TX_1_CLK_P/N (A17/B17).

YES

Check the panel module.

Is there the COMPOSITE signal input at pin (AE29) of IC8001 (CPU)?

NO

Select INPUT-3 on the input select menu screen for the right input signal.

Does the INPUT-3 V3_PLUG detection function?

Check the line between pin (7) of input terminal (J501) and pin (AJ2) of IC8001 (CPU).

YES

NO Check the line between pin (6) of J501 and pin (AE29) of IC8001.

YES

NO Check IC8001 and its peripheral circuits.

(IC8152/IC8153, etc.)

6 – 1

LC-46SB57U/LC-52SB57U

No video (2)

COMPONENT: No external input video [INPUT-1] COMPONENT: No external input video [INPUT-2]

Is INPUT-1 selected on the input select menu screen? Is the INPUT-SELECT for the input signal?

NO Select INPUT-1 on the input select menu screen for the right input signal.

Does the INPUT-1 C1_PLUG detection function? Does the INPUT-2 C2_PLUG detection function? Check the line between pin (2) of input terminal (J508)

and pin (AF7) of IC8001 (CPU).

YES Are there the COMPONENT video signal inputs at pins (AJ21) (Y)/ (AJ22) (Pb) and (AH22) (Pr) of IC8001 (CPU)?

NO

Check the line between the input terminals of J508 and IC8001.

J508 pin (3) (Y) pin (5) (Pb) pin (7) (Pr)

IC8001 pin (AJ21) pin (AJ22) pin (AH22)

YES Are the LVDS signal outputs at the LVDS 1st channel and 2nd channel of

IC8001? LVDS_TX_0_DATA0_P/N (C14/D14), LVDS_TX_0_DATA1_P/N (C15/D15), LVDS_TX_0_DATA2_P/N (C16/D16), LVDS_TX_0_DATA3_P/N (C18/D18), LVDS_TX_0_DATA4_P/N (C19/D19), LVDS_TX_0_CLK_P/N (C17/D17), LVDS_TX_1_DATA0_P/N (A14/B14), LVDS_TX_1_DATA1_P/N (A15/B15), LVDS_TX_1_DATA2_P/N (A16/B16), LVDS_TX_1_DATA3_P/N (A18/B18), LVDS_TX_1_DATA4_P/N (A19/B19), LVDS_TX_1_CLK_P/N (A17/B17).

Is INPUT-2 selected on the input select menu screen? Is the INPUT-SELECT for the input signal?

Are there the COMPONENT video signal inputs at pins (AJ18) (Y)/(AJ19) (Pb) and (AH19) (Pr) of IC8001 (CPU)?

NO Select INPUT-2 on the input select menu screen for the right input signal.

Check the line between pin (2) of input terminal (J502) and pin (AH2) of IC8001 (CPU).

YES

NO Check the line between the input terminals of J502

and IC8001.

J508 pin (3) (Y) pin (5) (Pb) pin (7) (Pr)

IC8001 pin (AJ18) pin (AJ19) pin (AH19)

YES

NO Check IC8001 and its peripheral circuits.

(IC8152/IC8153, etc.)

YES

Check the panel module.

6 – 2

No video (3)

S-VIDEO: No external input video [INPUT-2]

Is INPUT-2 selected on the input select menu screen?

NO Does the INPUT-2 S1_PLUG detection function? Check the line between pin (6) of input terminal (J504)

and pin (AH1) of IC8001 (CPU).

YES Are there the S-VIDEO signal inputs at pins (AF30) (Y) and (AF29) (C) of IC8001 (CPU)?

NO

Check the line between pins (3) (Y)/(4) (C) of J504 and pins (AF30)/(AF29) of IC8001. (Q519 and Q520, etc.)

YES Are the LVDS signal outputs at the LVDS 1st channel and 2nd channel of IC8001?

LVDS_TX_0_DATA0_P/N (C14/D14), LVDS_TX_0_DATA1_P/N (C15/D15), LVDS_TX_0_DATA2_P/N (C16/D16), LVDS_TX_0_DATA3_P/N (C18/D18), LVDS_TX_0_DATA4_P/N (C19/D19), LVDS_TX_0_CLK_P/N (C17/D17), LVDS_TX_1_DATA0_P/N (A14/B14), LVDS_TX_1_DATA1_P/N (A15/B15), LVDS_TX_1_DATA2_P/N (A16/B16), LVDS_TX_1_DATA3_P/N (A18/B18), LVDS_TX_1_DATA4_P/N (A19/B19), LVDS_TX_1_CLK_P/N (A17/B17).

LC-46SB57U/LC-52SB57U

NO Check IC8001 and its peripheral circuits.

(IC8152/IC8153, etc.)

YES Check the panel module.

6 – 3

LC-46SB57U/LC-52SB57U

No video (4)

No video at UHF/VHF broadcast signal reception No video at digital broadcast signal reception

Is the specified TV signal selected on the input select menu screen?

Is there the analog video signal output (VIDEO) at pin (19) of tuner (TU1101)?

NO

Check TU1101 and its peripheral circuits (TUN_SDA: Pin8 of TU1101 TUN_SCL: Pin9 of TU1101, etc.).

YES Is there the analog video signal input at pin (AD29) of IC8001 (CPU)?

NO Check the line between IC8001 and TU1101, and their peripheral circuits.

YES

Are the LVDS signal outputs at the LVDS 1st channel and 2nd channel of IC8001? LVDS_TX_0_DATA0_P/N (C14/D14), LVDS_TX_0_DATA1_P/N (C15/D15), LVDS_TX_0_DATA2_P/N (C16/D16), LVDS_TX_0_DATA3_P/N (C18/D18), LVDS_TX_0_DATA4_P/N (C19/D19), LVDS_TX_0_CLK_P/N (C17/D17), LVDS_TX_1_DATA0_P/N (A14/B14), LVDS_TX_1_DATA1_P/N (A15/B15), LVDS_TX_1_DATA2_P/N (A16/B16), LVDS_TX_1_DATA3_P/N (A18/B18), LVDS_TX_1_DATA4_P/N (A19/B19), LVDS_TX_1_CLK_P/N (A17/B17).

YES

Check the panel module.

Are there the video signal outputs (IF_P/N) at the pins (12) and (13) of tuner (TU1101)?

Are there the video signal inputs at pin (AA29) and (AB29) of IC8001 (CPU)?

NO

Check TU1101 and its peripheral circuits (TUN_SDA: Pin8 of TU1101 TUN_SCL: Pin9 of TU1101, etc.).

YES

NO Check the line between IC8001 and TU1101, and their peripheral circuits (C1129/C1130, etc.).

YES

NO Check IC8001 and its peripheral circuits.

(IC8152/IC8153, etc.)

6 – 4

No video (5)

PC: No external input video [INPUT-4]

Is INPUT-4 selected on the input select menu screen?

NO

Select INPUT-4 on the input select menu screen for the right input signal.

Is IC1809 (EEPROM) accessed by I2C, with PC connected, to read the DDC_I2C SCL/SDA data?

YES

Are there the video signal inputs at pins (AK16) (G), (AH15) (B) and (AK17) (R) of IC8001 (CPU)? Are there the VSYNC/HSYNC signal inputs at pins (AJ14) and (AK14) of IC8001?

YES

Are the LVDS signal outputs at the LVDS 1st channel and 2nd channel of IC8001? LVDS_TX_0_DATA0_P/N (C14/D14), LVDS_TX_0_DATA1_P/N (C15/D15), LVDS_TX_0_DATA2_P/N (C16/D16), LVDS_TX_0_DATA3_P/N (C18/D18), LVDS_TX_0_DATA4_P/N (C19/D19), LVDS_TX_0_CLK_P/N (C17/D17), LVDS_TX_1_DATA0_P/N (A14/B14), LVDS_TX_1_DATA1_P/N (A15/B15), LVDS_TX_1_DATA2_P/N (A16/B16), LVDS_TX_1_DATA3_P/N (A18/B18), LVDS_TX_1_DATA4_P/N (A19/B19), LVDS_TX_1_CLK_P/N (A17/B17).

Check the DDC line and its peripheral circuits. (IC1809 and its peripherals).

NO

Check the line between SC1804 and IC8001 (IC1802, etc.).

LC-46SB57U/LC-52SB57U

YES

Check the panel module.

NO

Check IC8001 and its peripheral circuits. (IC8152/IC8153, etc.)

6 – 5

LC-46SB57U/LC-52SB57U

<HDMI input> No video (6)-1

HDMI: No external input video [INPUT-5] HDMI: No external input video [INPUT-7]

Is INPUT-5 selected on the input select menu screen? Is INPUT-7 selected on the input select menu screen?

NO Select INPUT-5 on the input select menu screen for the right input signal.

YES

Does the HOT PLUG detection function? Does the HOT PLUG detection function? Does the DDC5V signal come from pin (18) of SC1601 to pin (36) of IC1605 (HDMI_SW1)?

NO Check the line between the input terminals of SC1601 and IC1605. Check IC1605 and its peripheral circuits (SDA1: pin53 of IC1605/SCL1: pin54 of IC1605, etc.).

YES

Does the HPD signal come from pin (35) of IC1605 to pin (19) of SC1601?

NO Check the line between the pin (35) of IC1605 and the pin (19) of SC1601. Check IC1605 and its peripheral circuits (SDA1: pin53 of IC1605/SCL1:pin54 of IC1605, etc.).

YES

Are there the TMDS signal inputs at pins (1/2) (CLK-/+), (3/4) (D0-/ +), (5/6) (D1-/+), (7/8) (D2-/+), all of IC1605?

NO Is IC1605 (pin33/pin34) accessed by I2C, with HDMI connected, to read the DDC_I2C SDA/SCL data?

YES

Does the DDC5V signal come from pin (18) of SC1602 to pin (42) of IC1605 (HDMI_SW1)?

YES

Does the HPD signal come from pin (41) of IC1605 to pin (19) of SC1602?

YES

Are there the TMDS signal inputs at pins (11/12) (CLK-/+), (13/14) (D0-/+), (15/16) (D1-/+), (17/18) (D2-/+), all of IC1605?

NO Select INPUT-7 on the input select menu screen for the right input signal.

NO Check the line between the input terminals of SC1601 and IC1605. Check IC1605 and its peripheral circuits (SDA1: pin53 of IC1605/SCL1: pin54 of IC1605, etc.).

NO Check the line between the pin (41) of IC1605 and the pin (19) of SC1601. Check IC1605 and its peripheral circuits (SDA1: pin53 of IC1605/SCL1: pin54 of IC1605, etc.).

NO Is IC1605 (pin39/pin40) accessed by I2C, with HDMI connected, to read the DDC_I2C SDA/SCL data?

NO NO Check the DDC line and its peripheral circuits. (IC1605 and its peripherals).

YES

Are there the TMDS signal inputs at pins (AJ6/AK6) (CLK-/+), (AJ7/AK7) (D0-/+), (AJ8/ AK8) (D1-/+), (AJ9/AK9) (D2-/+), all of IC8001 (CPU)?

YES Are the LVDS signal outputs at the LVDS 1st channel and 2nd channel of IC8001? LVDS_TX_0_DATA0_P/N (C14/D14), LVDS_TX_0_DATA1_P/N (C15/D15), LVDS_TX_0_DATA2_P/N (C16/D16), LVDS_TX_0_DATA3_P/N (C18/D18),

LVDS_TX_0_DATA4_P/N (C19/D19), LVDS_TX_0_CLK_P/N (C17/D17), LVDS_TX_1_DATA0_P/N (A14/B14), LVDS_TX_1_DATA1_P/N (A15/B15), LVDS_TX_1_DATA2_P/N (A16/B16), LVDS_TX_1_DATA3_P/N (A18/B18), LVDS_TX_1_DATA4_P/N (A19/B19), LVDS_TX_1_CLK_P/N (A17/B17).

YES Check the panel module.

YES

Check the DDC line and its peripheral circuits. (IC1605 and its peripherals).

NO Check IC1605, IC8001 and their peripheral

circuits.

NO Check IC8001 and its peripheral circuits.

(IC8152/IC8153, etc.)

6 – 6

LC-46SB57U/LC-52SB57U

<HDMI input> No video (6)-2

HDMI: No external input video [INPUT-6] HDMI: No external input video [INPUT-8]

Is INPUT-6 selected on the input select menu screen? Is INPUT-8 selected on the input select menu screen?

NO Select INPUT-6 on the input select menu screen for the right input signal.

YES

Does the HOT PLUG detection function? Does the HOT PLUG detection function? Does the DDC5V signal come from pin (18) of SC1801 to pin (32) of IC1801 (HDMI_SW2)?

NO Check the line between the input terminals of SC1801 and IC1801. Check IC1801 and its peripheral circuits (SDA1: pin53 of IC1801/SCL1: pin54 of IC1801, etc.).

YES

Does the HPD signal come from pin (31) of IC1801 to pin (19) of SC1801?

NO Check the line between the pin (31) of IC1801 and the pin (19) of SC1801. Check IC1801 and its peripheral circuits (SDA1: pin53 of IC1801/SCL1: pin54 of IC1801, etc.).

YES

Are there the TMDS signal inputs at pins (65/66) (CLK-/+), (67/68) (D0-/+), (69/70) (D1-/+), (71/72) (D2-/+), all of IC1801?

NO Is IC1801 (pin29/pin30) accessed by I2C, with HDMI connected, to read the DDC_I2C SDA/SCL data?

YES

Does the DDC5V signal come from pin (18) of SC1802 to pin (42) of IC1801 (HDMI_SW2)?

YES

Does the HPD signal come from pin (41) of IC1801 to pin (19) of SC1802?

YES

Are there the TMDS signal inputs at pins (11/12) (CLK-/+), (13/14) (D0-/+), (15/16) (D1-/+), (17/18) (D2-/+), all of IC1801?

NO Select INPUT-8 on the input select menu screen for the right input signal.

NO Check the line between the input terminals of SC1802 and IC1801. Check IC1801 and its peripheral circuits (SDA1: pin53 of IC1801/SCL1: pin54 of IC1801, etc.).

NO Check the line between the pin (41) of IC1801 and the pin (19) of SC1802. Check IC1801 and its peripheral circuits (SDA1: pin53 of IC1801/SCL1: pin54 of IC1801, etc.).

NO Is IC1801 (pin39/pin40) accessed by I2C, with HDMI connected, to read the DDC_I2C SDA/SCL data?

NO NO Check the DDC line and its peripheral circuits. (IC1801 and its peripherals).

YES

Are there the TMDS signal inputs at pins (19/20) (CLK-/+), (21/22) (D0-/+), (23/24) (D1-/ +), (25/26) (D2-/+), all of IC1605 (HDMI_SW1)?

NO Check IC1801, IC1605 and their peripheral circuits.

YES

Are the LVDS signal outputs at the LVDS 1st channel and 2nd channel of IC8001? LVDS_TX_0_DATA0_P/N (C14/D14), LVDS_TX_0_DATA1_P/N (C15/D15), LVDS_TX_0_DATA2_P/N (C16/D16), LVDS_TX_0_DATA3_P/N (C18/D18), LVDS_TX_0_DATA4_P/N (C19/D19), LVDS_TX_0_CLK_P/N (C17/D17), LVDS_TX_1_DATA0_P/N (A14/B14), LVDS_TX_1_DATA1_P/N (A15/B15), LVDS_TX_1_DATA2_P/N (A16/B16), LVDS_TX_1_DATA3_P/N (A18/B18), LVDS_TX_1_DATA4_P/N (A19/B19), LVDS_TX_1_CLK_P/N (A17/B17).

YES

Check the panel module.

YES

Check the DDC line and its peripheral circuits. (IC1801 and its peripherals)

NO Check IC8001 and its peripheral circuits.

(IC8152/IC8153, etc.)

6 – 7

LC-46SB57U/LC-52SB57U

No audio (1)-1

INPUT-1 No audio. INPUT-2 No audio.

Is INPUT-1 selected on the input select menu screen? Is INPUT-2 selected on the input select menu screen?

NO

Refer to “: No external input video [INPUT-1]”. Refer to “: No external input video [INPUT-2]”.

YES

Is the audio output selected for “VARIABLE” on the menu screen? Is the audio output selected for “VARIABLE” on the menu screen?

NO

Set the audio output to “FIXED”. Set the audio output to “FIXED”.

YES

Does the audio signal come from pins (5) (L) and (7) (R) of input terminal (J507) to pins (V30)(L) and (V29) (R) of IC8001 (CPU)?

NO

Check the line between J507 and IC8001. Check the line between J503 and IC8001.

YES

Does the audio signal come from pins (N29/N30) (PGA0OUT_L/R) of IC8001 (CPU) to pins (4/7) (INLP/INRP) of IC2701 (AMP)?

NO

Check the line between IC8001 and IC2701, and their peripheral circuits (Q1306/Q1307, AMP_MUTE line, etc.).

YES

Is the audio output from IC2701 as specified? NO Check IC2701 and its peripheral circuits.

YES Check the connector (P2701), speakers and their peripheral circuits.

YES

YES Does the audio signal come from pins (4) (L) and (2) (R) of input terminal (J503) to pins (U29) (L) and (U28) (R) of IC8001 (CPU)?

YES

NO

6 – 8

No audio (1)-2

INPUT-3 No audio.

Is INPUT-3 selected on the input select menu screen?

NO

Refer to “: No external input video [INPUT-3]”.

YES

Is the audio output selected for “VARIABLE” on the menu screen?

NO

Set the audio output to “FIXED”.

YES

Does the audio signal come from pins (5) (L) and (4) (R) of input terminal (J501) to pins (U27) (L) and (U26) (R) of IC8001 (CPU)?

NO

Check the line between J501 and IC8001.

YES

Does the audio signal come from pins (N29/N30) (PGA0OUT_L/R) of IC8001 (CPU) to pins (4/7) (INLP/INRP) of IC2701 (AMP)?

LC-46SB57U/LC-52SB57U

NO

Check the line between IC8001 and IC2701, and their peripheral circuits (Q1306/Q1307, AMP_MUTE line, etc.).

YES

Is the audio output from IC2701 as specified? NO Check IC2701 and its peripheral circuits.

YES

Check the connector (P2701), speakers and their peripheral circuits.

6 – 9

LC-46SB57U/LC-52SB57U

No audio (2)

[PC analog audio input] INPUT-4 No audio. [HDMI analog audio input] INPUT-6 No audio.

Is INPUT-4 selected on the input select menu screen? Is INPUT-6 selected on the input select menu screen?

NO

Refer to “: No external input video [INPUT-4]”. Refer to “: No external input video [INPUT-6]”.

YES

Is the audio output selected for “VARIABLE” on the menu screen? Is the audio output selected for “VARIABLE” on the menu screen?

NO

Set the audio output to “FIXED”. Set the audio output to “FIXED”.

YES

Is the “PC Audio Select” selected for “Input4 (PC)” on the menu screen?

NO

Set the HDMI audio output to “Input4 (PC)”. Set the HDMI audio output to “Input6 (HDMI)”.

YES Does the audio signal come from pins (2) (L) and (3) (R) of input terminal (J1801) to pins (V28) (L) and (V27) (R) of IC8001 (CPU)?

YES NO Does the audio signal come from pins (N29/N30) (PGA0OUT_L/R) of IC8001 (CPU) to pins (4/7) (INLP/INRP) of IC2701 (AMP)?

YES

Is the “PC Audio Select” selected for “Input6 (HDMI)” on the menu screen?

YES

Is the HDMI audio output selected for “Digital” on the menu screen?

YES

Check the line between J1801 and IC8001.

NO

Set the HDMI audio output to “Analog”.

NO Check the line between IC8001 and IC2701, and their peripheral circuits (Q1306/Q1307, AMP_MUTE line, etc.).

YES

Is the audio output from IC2701 as specified? NO Check IC2701 and its peripheral circuits.

YES Check the connector (P2701), speakers and their peripheral circuits.

6 – 10

LC-46SB57U/LC-52SB57U

No audio (3)

No audio at UHF/VHF broadcast signal reception. No audio at digital broadcast signal reception.

Is TV selected on the input select menu screen? Is TV selected on the input select menu screen?

NO Refer to “No video at UHF/VHF broadcast signal reception”.

YES

Is the audio output selected for “VARIABLE” on the menu screen? If no video appears, refer to “No video at digital broadcast signal

NO Set the audio output to “FIXED”. Is the audio output selected for “VARIABLE” on the menu screen?

YES

Is there the SIF signal output at pin (16) of tuner (TU1101)?

NO Check the tuner (TU1101) and its peripheral circuits.

(I2C line: TUN_SCL/TUN_SDA, etc.)

YES Does the SIF signal come from pin (16) of tuner (TU1101) to pin (D5) of IC8001 (CPU)?

NO

Check the line between TU1101 and IC8001, and their peripheral circuits (Q1101, Q1102, etc.).

YES Does the audio signal come from pins (N29/N30) (PGA0OUT_L/R) of IC8001 (CPU) to pins (4/7) (INLP/INRP) of IC2701 (AMP)?

YES

reception”.

YES

NO Refer to “No video at digital broadcast signal reception”.

NO Set the audio output to “FIXED”.

NO

Check the line between IC8001 and IC2701, and their peripheral circuits (Q1306/Q1307, AMP_MUTE line, etc.).

YES

Is the audio output from IC2701 as specified? NO Check IC2701 and its peripheral circuits.

YES

Check the connector (P2701), speakers and their peripheral circuits.

6 – 11

LC-46SB57U/LC-52SB57U

No audio (4)

INPUT-5 No audio (HDMI connected) INPUT-6 No audio (HDMI connected) INPUT-7 No audio (HDMI connected) INPUT-8 No audio (HDMI connected)

[INPUT-5 input] Is INPUT-5 selected on the input select menu screen?

[INPUT-6 input] Is INPUT-6 selected on the input select menu screen?

[INPUT-7 input] Is INPUT-7 selected on the input select menu screen?

[INPUT-8 input] Is INPUT-8 selected on the input select menu screen?

Refer to “: No external input video [INPUT-5/6/7/8]”.

YES

[INPUT-5 input] If no video appears, refer to “No external input video (HDMI) [INPUT-5]”.

[INPUT-6 input] If no video appears, refer to “No external input video (HDMI) [INPUT-6]”.

[INPUT-7 input] If no video appears, refer to “No external input video (HDMI) [INPUT-7]”.

[INPUT-8 input] If no video appears, refer to “No external input video (HDMI) [INPUT-8]”.

NO

Is the audio output selected for “VARIABLE” on the menu screen?

NO

YES

Does the audio signal come from pins (N29/N30) (PGA0OUT_L/R) of IC8001 (CPU) to pins (3/7)(INLP/INRP) of IC2701 (AMP)?

YES

Is the audio output from IC2701 as specified?

YES

Check the connector (P2701), speakers and their peripheral circuits.

Set the audio output to “FIXED”.

NO Check the line between IC8001 and IC2701, and their peripheral circuits (Q1306/ Q1307, AMP_MUTE line, etc.).

NO Check IC2701 and its peripheral circuits.

6 – 12

LC-46SB57U/LC-52SB57U

No audio signal at Digital Audio Output terminal (Analog sound heard)

No INPUT-5/6/7/8 (HDMI) audio. No audio at digital broadcast signal reception.

If no video appears, refer to “No external input video (HDMI) [INPUT-5/6/7/8]”.

Is there the SPDIF signal output (CPU-SPDIF-OUT) at pin (J28) of IC8001 (CPU)?

Check the IC8001 and its peripheral circuits.

YES

Is there the SPDIF signal (CPU-SPDIF-OUT) input at pin (1) of IC1304 (SPDIF-BUFFER)?

Check the line between IC8001 and IC1304.

YES

Is there the MUTE signal input at pin (2) of IC1304? (usual: High, Mute: Low)

Check the MUTE_A_ALL and AC_DET signals, and their peripheral circuits (Q1304, D1301, D1310, etc.).

YES

Is there the SPDIF signal input at pin (1) of D1306 (SPDIF-OUT)?

YES NO

Check the speakers and the optical cable. Check D1306 and its peripheral circuits.

No optical output under the following conditions as per HDMI requirements. * Audio contents protected. * Audio frequency beyond 48kHz. * Audio bit length beyond 16bits.

If no video appears, refer to “No video at digital broadcast signal reception”.

NO

6 – 13

LC-46SB57U/LC-52SB57U

No monitor audio output

Is the audio output from the monitor set at “VARIABLE” or “FIXED” on the menu screen?

NO Check IC8001 (CPU) and its peripheral circuits.

YES

Are there the audio signal outputs at pins (N27) (PGA1OUT_L) and (N28) (PGA1OUT_R) of IC8001 (CPU)?

NO Check IC8001 (CPU) and its peripheral circuits.

YES

Does the audio signal come from pins (N27) (PGA1OUT_L) and (N28) (PGA1OUT_R) of IC8001 to pins (4) (L) and (2) (R) of J505?

NO Check the line between IC8001 and J505 and their peripheral circuits.

YES

Check the connector (J505) and their peripheral circuits, and speakers and the Cable.

Check the LINE_MUTE line and its peripheral circuits (Q1310/Q1311, etc.).

6 – 14

LED flashing timing chart for error notification.

LC-46SB57U/LC-52SB57U

250ms

1) Power LED (Large classification)

Error type Power green LED operation (1 cycle) Pins are monitor microprocessor (IC2002) pins.

Lamp error Flashes once: Fast

Power error Flashes twice

Communication error with the main CPU Flashes 3 times

Monitor temperature error Flashes 5 times

BD unit error Flashes 6 times

H: On

L: Off

H: On

L: Off H: On

L: Off

H: On

1sec

ERR_PNL (40pin): L error. Confirmed after 10 consecutive detections at 500 ms intervals (detected only when the backlight is on). Note that after five detection counts, the lamp cannot be activated except in the monitoring process. (For the first time, only the inverter is reset, and error OFF is not activated.) [Clearing method of the accumulated counts] •Set “LAMP ERROR” on page 1 of the process A to 0. •AC_ON is performed with [CH_DOWN] and [VOL_UP] on the unit down. •Continuous illumination for 3 minutes.

Refer to “Power error details”.

Refer to “Communication error details”. Communication line error or main CPU communication error → Check debug statements for the main CPU. Communication line with the main CPU: TxD(75pin), RxD(76pin)

If the panel temperature is 60°C or more for 15 seconds or more in a row, CAUTION appears on the OSD (“TEMPERATURE” flashes in red in the lower right portion of the screen). If the panel temperature is 60°C or more for 25 seconds or more in a row, error standby is activated. [Avoidance method] Reduce the value of MONITOR MAX TEMP (temperature protection threshold) on page 28 of the process A.

BD unit error For the error details, refer to “standby cause” in the process menu.

Program area data destruction Flashes 8 times

L: Off H: On

L: Off

Flash ROM data error in the microprocessor [Recovery method] Write the microprocessor software.

6 – 15

LC-46SB57U/LC-52SB57U

2) Power error details (Power LED flashes twice and OPC LED flashes)

Error type OPC LED operation (1 cycle)

DET_15V error Flashes once

DET_D3V3 error Flashes twice

DET_5V error Flashes 3 times

PNL_12V error Flashes 5 times

Main error Flashes 7 times

TCON ROM error Flashes 8 times

H: On

L: Off H: On

Pins are monitor microprocessor pins unless otherwise

specified.

DET_15V (34pin). UR10V or A9V is not applied. If error is detected during operation, error standby is activated by polling.

DET_D3V3 (36pin) error (L). D3.3V is not applied. If error is detected during operation, error standby is activated by polling.

DET_5V (33pin) error (L). D5V or A5V is not applied. If error is detected during operation, error standby is activated by polling.

DET_PNL_12V (35pin) error (L). Panel power is not applied. If error is detected during operation, error standby is activated by polling.

Main microprocessor detection error (AMP error, etc.) Details are displayed in “ERROR STANDBY CAUSE” on page 1 of the process A for the main microprocessor.

LCD controller ROM error It is notified by communication from the main CPU.

L: Off

3) Communication error details (Power LED flashes 3 times and OPC LED flashes)

Error type OPC LED operation (1 cycle)

Initial communication reception error Flashes once

Time-out setting reception error Start-up confirmation reception error Flashes twice

Regular communication error Flashes 3 times

MONITOR_ERR_CAUSE list

No. Description

Dec. Hex.

00No error 1 1 6V detection error 2 2 Panel 5V detection error 3 3 10V detection error 4 4 D3.3V detection error 6 6 Lamp error 8 8 Main CPU reset cancel - Start-up completion command reception time-out

9 9 Start-up completion command reception - Time-out setting command reception time-out 10 A Time-out setting command reception - Start-up reason change command reception time-out 11 B Regular communication time-out 12 C Temperature protection 16 10 Error notification from the main CPU 17 11 Time-out during ending sequence 18 12 TCON ROM error 19 13 BD unit error

H: On

L: Off H: On

L: Off

H: On

L: Off

Basically, log analysis of debug print statements or com-

munication log analysis by a bus monitor is performed.

Initial communication from the main CPU is not received. (Request for the monitor model No. is not received after canceling the reset.) → Communication line error or main CPU start-up failure.

Time-out setting and start-up mode change from the main CPU is not received. (Start-up communication of time-out setting and start-up mode change is not received.) → Main CPU start-up failure or monitor microprocessor reception failure.

Regular communication that is performed at 1 second intervals in the normal operation is interrupted. → Main CPU operation failure or monitor microprocessor reception failure.

6 – 16

R

LC-46SB57U

CHAPTER 7. OVERALL WIRING/SYSTEM BLOCK DIAGRAM

[1] OVERALL WIRING DIAGRAM

J

LC-46SB57U/LC-52SB57U

Service Manual

heatsink must be attached on the component with this mark

46"digital-standard㧦RUNTKA538/A539WJN1

㧨INV Unit㧪

2 1

52"digital-standard㧦RUNTKA528/A529WJN1

digital-standard㧦RUNTKA540/A541WJZZ

I

H

G

INV GND1 Unit

F

A517

IN

V GND2 Unit

46"

˴52"digi tal-standard㧦RUNTKA530/A531WJZZ

15

ޣPBޤ

1

ޣLB1ޤ

6

1

ޣPDޤ

12

1

ޣPLޤ

4

ޣLB2ޤ

ޣLAޤ

1 6

1 3

A518

㧨INV-GND Unit㧪

ޣLB1ޤ

E

MAIN Unit

E833

DDR Position

ޣLPޤ

1

ޣPDޤ

6

1

POWERUnit

46",52"㧦RDENCA336WJQZ

INV1 Unit

1

ޣLB2ޤ

9

1

ޣLAޤ

3

8

INV2 Unit

2 1

2

18

1

2 1

12

1

ޣKMޤ

D

1 5

ޣKMޤ 1

4

KEY Unit

E266

HDMI

PC Audio IN

C

V/ LR

㧴㧰㧹㧵

optical

S

MDK

L/R out

ޣLWޤ

TUNER

1

4

LCD Cont Unit

46"㧦CPWBX4023TPXA 52"㧦CPWBX4023TPXZ

115

ޣLPޤ

141 ޣLWޤ

14

ޣPLޤ

2 1

Yello

w

USB

RS-232C

B

Analog RGB

ޣRAޤ

110

ޣSPޤ

180

2 1

110

ޣRAޤ

A

1

LED Unit

E264

23

Rch: R

SP-ZA380WJZZ

52"㨪46" digital-standard module㧦R1LK(52/46)0D3LW80Z

8

Full-HD Panel 㧔19201080㧕

SHARP product

1097654

7 – 1

Lch: RRSP-ZA379WJZZ

1311 191816151412 17

LC-46SB57U/LC-52SB57U

[2] SYSTEM BLOCK DIAGRAM

MAIN

Vbrt

+5V

IC2602

DAC

M62332FP

P2603

I2C1 (400KHz)

27.000MHz X8001

X' tal

SPOUT_L/R

N_CPU_RST

Software Writing

Connector

LINE_L/R

V1_L/R V2_L/R V3_L/R

RGB_L/R

SPDIF

P9301

TUNER_I2C

I2C_1 I2C_0

AFT D_IF in SIF AGC

RGB in

HDMIin

Audio out

Audio in

DTV/SPDIF

RESET

N_DBG_RST

N_SRESET

TS In

TS Out

MT5391F(Full-HD)

Digital AV decode & Main CPU

SPI/NAND

NAND FLASH

IC8001

IXC579WJ

+3.3V

IC8453

512Mbit

CVBS

UART-0

YPbPr

S-Video

UART-1

UART-2

USB_0

LVDS OUT

+8.0V

+3.3V

+1.8V

+1.25V

+1.05V

From CPU

RST_FLS_CPU

RS_BUF_CNT

Thermister

CNVss

Connector

Panel Detect

Connector

Model Detect

PNL_I2C_EN

IC8152-3

DDR2(1066)

512Mbit

Connector

SC9202

for

SC9201

for

P9201 Debug

BU+3.3V

IC2001

Reset

P2001

Connector

for Software

Write

/Emulator

IC2008

Gate

7WH126FU

RxD,TxD

THERMO

20MHz

Xtal

PNL_DET[0:4]

MODEL_DET[0:4]

PM_REQ, CBOOTS

N_SRESET

ޣKMޤP2002(4p) ޣKMޤP151 (5p)

KEY

POWER

MEN㨁

INPUT Ch-Up/Down Vol-Up/Down

DET_PNL12V

BU+3.3V

M16C/64

IXC331WJ

Monitor Micom

UART

A/D

I/O

KEY1,KEY2,STANDBYPOW

IC2002

INT0

A/D

OPC

R/C

ޣRAޤP2003(10p) ޣRAޤP102(10p)

I/O I/O

I2C

I/O

OPC_LED,POW_LED_R,POW_LED_G,LED_YOYAKU, ILL_LED

LED

SHIP_EN,PNEL_EN

FRAME,R/L,U/D,TEMP[3:0],O/S_SET

STB

From CPU

EEPROM_SCL/SDA

IC2004

WP

EEPROM

S24CS08J

ERR_PNL

AC_DET

BackUp Line ˴BU+5V

BU+3.3V

Main Line ˴A8V

A3.3V

˴5V ˴D3.3V ˴D1.8V ˴D1.25V

D1.05V

PNL_12V

Power Circuit

BU+3.3V

R/C

OPC

LED

ROMSEL0

STB_CPU

BU+3.3V

OFL1, OFL2

IC2601 I2C SW

DET_13V,DET_5

VCOM_WP, LCD_EN, TESTMODE

DET, COND_DET

PS_ON

AC_DET

From CPU

DETECT

Von

Vbrt

PNL_12V

PNL_ON

UR13V

BU5V

(41p FFC)

ޣLWޤP2601

(6pin )

ޣLB1ޤP2603

(15pin )

ޣLPޤP2602

ޣPDޤPOWER P9701(12PIN)˴

1

2

3

RF IN

SP

CVBS

LR

Component

S Video

LR

Component

CVBS

LR

ޣSPޤ

P2701

EXT-SP

Audio Out

TU1101 Analog/ Digital

Tuner

AGC

SIF

L/R

YPbPr

S-Video

L/R

YPbPr

CVBS

L/R

D_IF

+13.5V

IC2701

SP AMP

YDA148QZ

Disclete

Mute

+5V

AFT

CVBS

I2C

Mute

AMP_MUTE

STANDBY PROTECT

LINE_MUTE

IO_SPDIF_MUTE

IC1301

I/O

LA79200V

+5V

TUNER_I2C

I2C_0

+5V

IC8451 EEPROM

HDCP

(100KHz 5V/3.3V)

(100KHz 5V)

J

INPUT

I

INPUT

(SIDE)

H

G

F

E

BU+3.3V

IC9003

RS-232C

OPTICAL

D

INPUT

OUT

RGB/HDMI

Audio

4/6

(Mini Plug)

D-SUB

4

RGB

RS232C TxRx

ADM3101E

No.9 pin RC Passthrough

RGB_LR

C

INPUT

HDMI 1

5

(SIDE)

INPUT

HDMI 2

7

INPUT

HDMI 3

B

A

6

INPUT

8

INPUT

9

Service

HDMI 4

HDMI 5

J8001

USB

IC1809 EEPROM

TxD/RxD

+5V

+3.3V

IC1801 TMDS-SW SII9187

In0

In2

In3

CPU_SPDIF_OUT

+3.3V

In1

I2C1 (400KHz)

IC1605

TMDS-SW

SII9187

In1

In2

In3

+3.3V

In0

IC8454

EEPROM

64kbit

+3.3V

1

23

8

1097654

1311 191816151412 17

7 – 2

LC-46SB57U

CHAPTER 8. PRINTED WIRING BOARD ASSEMBLIES

[1] KEY Unit

J

I

KEY Unit (Side A)

H

LC-46SB57U/LC-52SB57U

Service Manual

G

F

E

KEY Unit (Chip Side A)

D

S155

C

R153

D152

S154

S152

R151

D151

S151

R152

S153

R154

S156

S157

D155

P151

B

A

1

23

8

1097654

1311 191816151412 17

8 – 1

LC-46SB57U/LC-52SB57U

[2] MAIN Unit

MAIN Unit (Side A)

J

I

H

G

F

E

D

C

B

A

1

23

8

1097654

1311 191816151412 17

8 – 2

MAIN Unit (Chip Side A)

J

I

H

G

F

E

D

C

B

A

J8001

LUG1102

FB8002

FB8001

VA8001

FD2

VA8002

C8004

KOUJO1

SC1804

FB1808

FB1807

C1811

R1818

C502

R2017

C1812

FB9002 FB9001

J503

R2012

Q2002

C1134

D1807

R1820

D1806

SC9001

C579 FB515

C576

R1819

TH2001

R1821

R554

R552

C556

FB517

C555

C580

FB513

R510

R509 R511

FB505 C501 FB506 C503 FB507

C577

FB508

FB2005

FB2006

FB2014

FB2007

P2003

FB2008

R2075

FB2009

FB2010

FB2011

FB2012

FB2013

C2742

P2701

C2743

C2744

C2745

LUG1103

LC-46SB57U/LC-52SB57U

J501

SC1601

C1849

D1812

R1901

R1900

R1848

IC1809

C1850

R1899

R8002

D1805

R1850

R8001

C8001

C8003

C8002

IC8002

FB9004

FB9003

R9001 D9002

R9002

R558

R555

C558

FB518

C557

C578

J502

R512

C511

J507

FB509

J508

C1133

C1101 C1102

FB1101

FB1102

D9007

C575

D1813

FB516

FB510

R1880

C1135

FB1805

FB1804

R1879

C1841

FB1806

C1839

IC1802

Q9001

R9022

C1840

R9020

R9021

R1826

R1825

R1838

J504

R1101

R1828

R9023

C9003

D9001

D9005

R1106

R1827

D1809

C1814

IC9001

D1808

C9002

R1102

R1104

D1810

C1813

TU1101

R1830

C9009

C9006

R545

R1105

R1836

C1816

R1829

Q1104

C1818

R1831 R1832

R1840

R1835

R1839

C9001

R515

R514

R546

R547

R526

C1126

Q1806

C1820

R1834

R1882

R9024

C565

C533

Q1812

R1833

R1844

R1881

Q1805

R544

R543

D529

R1837

Q1807

R1841

R1843

IC9003

R1883

R1845

R1842

C9008

D520

R572

R569

FB520

FB521

R574

C1108

L1106

R1846

C1823

R1806

C9007

C1116

C1125

C1124

C1822

R1125

FB511

C1824

R9013

C9010

D532

D531

C535

TU1102

R1137

R1117

C1110

R536

C538

R601

R535

R602

R1136

J1801

C563

C566

R540

IC9004

R639

R638

C1132

FB512

C539

J505

R539

D1306

R9025

C537

LF1

C542

R1303 R1304

Q1311

C1131

R9026

C540

R9005

R1340

R1342

C1832

R1310

R1334

R9006

R581

C1306

C1307

C1805

C1806

FB522

C569

FB523

C570

C1833

R549

FB1802

FB1803

R579

R580

R582

C1834

C1821

R9306

R590

L1801

R1815

R591 FB502

C536

R1814

C1807

R541

R542

R548

FB524

R585

C1123

C1808

C567

R1817

C1810

D528

R561

D527

D526

D530

R1816

J506

R1332

C1809

R1347

IC1101

L506

L505

L504

R1847

C509

C525

C523

C507

C522

Q1303

Q1302

C517

C516

C508

C515

R620

R622

R621

R538

R1320

R1313

IC1804

C1305

C1304

R1319

SC1801

SC1802

R1316

R1346

IC1803

R1312

C1121

C9504

IC2602

IC1102

C1801

C1302

C1803

C1802

J9501

C2609

R2638

C2607

R1337 D1311

C1314

C2728

C2731

C2727

C2726

C2730

C2725

C2608 R2637

R1335

R9027

R1338

R1323

IC1801

R9028

R1916

Q1309

C1449

Q1304

IC1601

R1857

L2704

L2703

L2702

L2701

R1858

R1860

D1301

R1872

R1873 R1918 R1866 R1867

R1919

R1884

LUG1110

L9502 D9502

L9501 D9501

R1328

SC1602

SC1803

R1306

IC1602

R1823 R1849

IC1805

R1326

Q1313

C9506 R9504

R9503 R9502 R9501

C9501

IC2701

C2717

J2901

C9503

C2716

L1802

L1803

L1804

L1805

R9508

C2711

L9701

X9501

R1685

R1686

R9521

R9515

C9505

LUG1104

R1687

C1629

R1915

D9503

C9708

C1622

R1914

D9504

IC9501

R9519

R1666

IC1810

R9516

FB2706

C1621

R9522

R9520 R9523

R1604

R9511

R9510

R1904

R2906 R2907 R2905 C2906

C2905

R1689

R2913

R1654

C1851

C2710

R2914

R9512 R9513 R9507 R9517 R9514 R9518

LUG1101 S2002

IC1605

L1601

L1602

TP2919

R1688

R1652

R1691

R1651

R1658

R2909 R2912

D2907

FB2630

FB2631

R1657

FB2628

FB2629

IC2902

FB2626

FB2627

L1603

L1604

R9003

R9007

R2602

FB2624

FB2625

FB2622

FB2623

P2901

FB2608

FB2621

D2904

R2904

L2612

L2605

R1653

R1903 R1902

R2910

C2903

C2901

L2610

P2601

X2901

L2604

C2029

L2609

C1103

L2603

FB2001

R2027 R2048

L2611

P2002

L1101

C2013 R2044

C1122

C1127

L2608

FB2003

FB2002

FB2004

R2026

R2059

R8018

R8020 C8019

C8020 C8017

R8016 C8016

C1105

R1134

R1107 R1133

R1135

C1106

C8012

C8013

C1119

R8043 R8041 R8040 R8042 R8070 R8045

L2602

L2601

L2607

R2639

Q2004

Q2003

X8001

L2606

C8018

R1138

C1128

R1139

R1128

R8071

S2003

C8021

L1105

R8066

R8011

R8068

R1131 R1130

C2026

C1129

C1130

R8013

R8012

R8067

R9201

R8069

C8025

R8044

SC9302

D2001

R2054 R2056

C8026

IC2008

C8024

C8091

C8023

R2019

C8022

C8028

R9303 R9304

R9308

R2057

S2005 S2006

D2003

SC9201

C9720

R2016

C8030

C8029

C8093

C8027

RDA8001

R9010

C8460 C8462C8461

LUG1115

C8092

R2041

C8094

R8057

IC8454

R2037

C8031

R8474

C8034

IC8001

R8059

R8060

IC2601

R9011

R8475

C8033

R8058

C8096

C8451

SC9301

TP8052

C8095

C8032

C2602

R9018

C8453

IC8451

R9205

TP8053

TP8065

R8049

R8456

TP8055

TP8054

TP8066

R8457

R8039

TP8046

TP8051

TP8045

TP8047

C9622 C9621

C8452

R8005

D8001

S2004 S2001 S2007

SC9202

P9202

C9632

L9604

C9631

R8004

R8154

R8153

R8003

R8181

R8182

R8183

R8184

R8152 R8151

R8622

R9608

L9602

C9620

Q9704

D9714

FB2637

R9743

R8624

R8623

Q9602

R8625

FB2615

FB2601

FB2614

R8050

R8051

FB2633

P2602 P2603

FB2636

FB2635

FB2634

FB9713

Q9703

R9742

R9619 C9627

C9601

R9606

C9602

IC8153

IC8152

FB2638

D9604

R8158

C8178

R8157

C8601

IC9606

C8179

IC8601

P9701

P2001

X8601

R8621

R9622

C9628

FB2611

R9623

R9624

R8615

R8620

R8178 R8176 R8180 R8172 R8173 R8162 R8166 R8171 R8164 R8168 R8169 R8160 R8161 R8165 R8174 R8170 R8159 R8167 R8177 R8163 R8175 R8179

C9623

BAR3

SG2506 SG2505 SG2504 SG2503 SG2502 SG2501

C9625

D9607

R8055 R8056

C8173

C8172

FB2504

C8165

C8166

C8167

C8168

C8169

C8170

C8160

C8161

C8162

C8163

C8164

C8171

L9603

C9619

FD1

SG2507

SG2508

FB2502

R2510

L9601

BAR1

D2505

LUG1106

FB2508

P2502

LUG1114

LF3

VER1

C9616

LUG1105

1

23

8

1097654

1311 191816151412 17

8 – 3

LC-46SB57U/LC-52SB57U

MAIN Unit (Side B)

J

I

H

G

F

E

D

C

B

A

1

23

8

1097654

1311 191816151412 17

8 – 4

MAIN Unit (Chip Side B )

J

I

H

G

F

E

D

C

B

A

R2506

R2505

D2503

D2502

FB2503

FB2505

R2504

FB2501

TL2501

TL2503

TL2506

TL2505

C9608

R9629

D2504

D2506

R2501

D2501

R9609

C9612

R2507

IC2501

TL2502

TL2507

LUG1108

R2511

R2503

R2512

R2508

TL2504

FB2507

FB2506

C9615

C9614

R2502

C2501

IC9603

C9618

TL2043

FD3

R2003

D2508

C2502

D2507

R2509

C9607

C9609

FB9701

TL9701

R9633

R2621

R2640

Q2006

R2513

Q2502

Q2501

C9635

R9634

C9624

FB2619

R9706

TL9711

D2002

Q2001

R9616 R9614

R9615

C9713

IC970 3

C9710

R2515

TL9605

R9617

D9606

R8611

C8607 R9610

C9629

FB2618R2605

D2601

FB9712

TL9710

R2514

R8616

C8608

R9611R961 2 R9625C960 4

IC9602

TL2610

C2002

TL2015

TL2007

TL2006

R2623

TL2621

TL2672

FB2613

TL9722

FB9710

TL9715

R2007

R2020

TL2009

TL2008

R2072

R8155

R8612

TP8601

TP8603

TL2601

C2606

TL2609

TL2605

D9703

FB9709

TL9702

LF5

TL9234

TL2033

TL2010

R2068

C8151

C8609

TP8605

R8613

TP8607

R8614

R8608

D9601

IC2001

TL2011

R2014

C8152

R8062

C8185C8097

C8175

C8184

TP8622

TP8602

TP8604

TP8606

R8610

FB2603

FB2609

D9713

FB9711

TL9716

C2003

TL2012

R2030

R8061

R8609

R8607

TL2671

C9709

R9736

FB9708

TL9733

TL2030

R8618

TL9611

D9609

TL2670

Q9701

D9602

TL9235

R2025

TL2001

TL2014

C8159

IC8151

R8156 C8157

C8191

R8619

TP8626

FB2610

R9739

FB9707

TL9717

TL9275

TL2013

C8156

C8182

R8617

TL2650

FB2617

TL2027

R9206

TL2031

R2062

TL8151

C8158

C8188

C8177

C8187

C8181

TP8625

R8603

R8604

Q9702

FB9706

TL9708

R2063

C8186

TP8609

TP8611

D9603

FB2616

FB9705

TL9724

TL2032

TL9220

C8180

R8605

R8606

R8601

R8602

TL2649

FB2612

R2604

C9711

TL9236

C8154

C8153

C8174

C8605

TP8613

C8606

TL2614

R9704

R9738

FB9704

TL9705

TL9241

TL9221

C8155

C8183

C8189

C8176

C8190

C8610

TP8608

TP8610

TP8612

TP8614

C9626

TL9610

TL2673

R9740

D9702D9701R9705

TL2035

TL9201

C8611

FB9703

TL9704

TL9240

TL9206

TL8456

R9741

FB9702

TL9703

R2081R2079

R9613 R9618

IC9604FB2620

TL9601

R9209

TL9239

R9204

TL9205

Q9603

TL2669

TL2648

FB2602

TL2638

TL9723

C9719

TL9720

TL9237

TL9224

R9207

TL9204

R9601

TL2604

TL2606

IC9701

C9701

D2004

TL9223

R9208

R9212

R9202

TL2608

R9203

TL9203

C9636 R9603

R9605

TL2607

TL9222

C9603

C9605

R9702

R9701

TL9208

R9211

C9606

R9602

TL2611

R9631

TL9238

TL9207

TL9202

C8039

C9617

Q9601

R9604

R8451

R8455

C8455

R8453

TL2612

TL2044

LUG1107

R8186

R8185

TL9606

IC9605

R9607

IC9601

TL9603

TL2613

C8098

C8084

TP8060

C8083

C9630

R9630

TP8027

TP8028

C8043

TP8026

TP8025

C8085

TP9501

TL9604

R8063

C8087

C8040

C8045

TP8063

C9611

R9621

C9610

C8059

C8044

TP8061

R8006

TP8030

C8086

C8041

C8042

C9613

R9620

TL9309

C8079

TP8064

R9305

D9605

TL9303

TL9302

TP8058

TP8068

C8072

C8102

C8081

C8089

TP8062

D9304

TL9301

TL9219

R8078

TP8041

TP8029

C8075

C8067

C8082

IC8453

R9326

TL9304

R9302

TL9312

TL9314

R2038

C8068

C8080

R9325

C9303

TL9313

TP2015

R2039

Q8001

TP8040

C8070

C8100

C8078

C8099

D9301

D9302

TL9305

TL9311

TL9315

TP2001

TP2012

TP2003

R8007

TP8032

C8077

R8014

C9302

R9319

IC9301

R9301

D9303

R2620

TL9307

TL9306

C2024

R2032

R2047 C2016

R2046

R2040

R2006

R8064

R8030

TP8037

C8071

C8073

C8053

TL9308

TL2042

IC2007

R8048

C8062

TP8031

C8014

C8065

R2619

TL9316

R2033

C2008R2055 R2078

R2049

R2001

R2070

R8027

C8063

C8074

C8076

C9301

C9304

C8101

C8069

R8464

R8075

C2015

R8029

C8061

C8046

C8056

TP8033

R2004

R2051

R8054

C8060

X8002

R8462 R8461 R8463

TP2013

R2052

R8077

R8028

R8053

R8010

R8008

C8058

C8010

C8006

C8008

C8015

C8054

TP8034

C2014

R8076

R8079

C8051

TL2034

TL9212

TP2011

R2050

R8024

TL8010

C8057

R8015

C8456

R2071

R8072

C8064

C8052

C8009

C8088

R2919

R8458

R8459

TL9213

R2023

R2024

R8025

TP8036

C8066

C8090

R8065

R2920

TP2006

R8073

TP8035

R8046

R8047

C8011

C8005

C8055

R2921

TP2004

TP2002

R8026

R8037 R8031R8009 R8034 R8036

C8007

TP8067

TP2005

IC2002

R2005

R8074

TP8048

IC2004

R2015

R2011

R2013

TP8042

TP8038

TL8454

C2017

TL9211

TL9210

TP8039

C8037C8038

TL9209

TL8011

C8036 C8035

TL8453

R2060

C2018

R2042

C2012

TL8012

TL8013

R8038 R8032 R8033 R8035

TL8455

TL2623

R2061

C2020

R2066R2082

R8019 R8023 R8021 R8022

R8017

FB2604

TL2624

R2031

R2058 R2029 R2018 R2028

C2010 R2036

R2034

TL2916

TP2018

TP2023

TP2020

TL2002

R2045

R2043

TP2010

TL2003

TP2602

R2002

C2009

C2011

FB2605

TL2625

TL2029

TL2004

R2064

R2077

X2002

R2053

R2080

R2009

C2028

R2008

C2027

TL2005

X2001

R9004

R9012

R2616

FB2606

TL2626

LUG1109

R2615

R2622

C2005

C2004

R2635

Q2603

FB2607

TL2627

R2022

R2010

R1611

R1663

C1623

D1601

FB2632

R1606

TL2628

C1602

IC1606

R1601

TL2907

R8052

TL2639

IC1603

C2902

IC2901

TL2913

TL2640

IC1607

R1665

D1606R1602

R2908

R2636

TL2641

C1624

R2902

R2903

R2911

C2907

TL2917

TL2906

R2601

TL2603

TL2642

R1610

C1619 C1617

R1690

R1646

FB2904R2901

FB2903

FB2902

TL2901

FB2901

D2906

TL2912

TL2643

TL2644

D1611

C1634

IC2903

TL2645

R1669

TL2905

R2918

TL2602

TL2646

FB1605

TL2911

TL2910

TL2909

TL2908

TL2904

R2916

R2917

R2603

TL2647

R1605

C1625

R1660

D2903

D2902

D2905

D2901

R2915

TL2651

R1638

C1613

D1613

R1661

R1648

TL2918

TL2903

C1601

R1640

C1628 R1671

C1627

R1668

TL2902

Q1609

Q1610

R1641 R1642

TL2914

R1645

R1667

C9511

C1614 C1615

R1672

R1329

R1639

R1655

R9509

R1644

R1656

Q1306

C1616

C9510

R1317

D1615

C1618

C1620

R1321

R1680

Q1616

D1617

FB9502

R9505

C9509

R1325

R1318

C2707

C2706

C2705

C2704

Q1614

R1684

C1626

C9502

FB9503

R9506

D1612

C9512

R1330

R1670

FB9501

Q1307

R1615

C9507

R1682

C9508

C1447

C1448

D1310

D1313D1314

D1302D1307

R2752

R2753

R1681

R1891

R1314

R1315

C2713

D1602

R1308

C1303

R2715

Q1615

TL1619

C1633

C1632

D1607

D1610

TL1621

R1441

R1442

R1341

Q2704

R2717

D1609

Q1811

R1324

R1322

R1302

C2748

C2712

R1620

D1823

D1816

TL1847

C1455

Q1301

R2726

D1603

R1683

R1674

Q1612

R1870

D1819

TL1804

IC1807

R1444

R2754

TL1609

TL1817

C1453

R1301

C2723

R2731

C2724

D1616

R1621

R1871

C1836

R1447 R1446

TL1613

R1894

C1847

Q1308

TL1607

R1618

R1679

IC1609

TL1825

IC1406

D1312

R2719

Q1613

R1676

R1864 R1865

R1887

C1829

C1830

TL1802

D1804

TL1843

C1844

IC1301

R1336

R2730

R2725

D1614

R1678

D1824

R1897

TL1617

C1451

D1305

R2744

R2741 R2742

TL1604

R1603 R1607

R1859

R1869

R1802 R1803

C1450

R1609

TL1601

C1837

R1868

Q1305

D1608

R1811

R1886

R1917

C1842

C1835

R1908

C1454

R1855

R1888

D1828

R1440 C1452 R1443

R1445

C1301

R1675

TL1610

R1608

TL1618

C1630

D1817

D1820

C1852

C1827

R1854

C1804

D1827 R1907

Q1815

R1911

Q1816

R1448

R1677

C1828

C1631

R1824

C1826

R1673

C1825

TL1844

D1822

TL9501

IC1608

R1885

C1831

TL1605

C1845

R1853

R1890

R1892

R1920

R1875 R1874

TL9503

C1848

TL1620

TL1845

FB1812

Q1810

Q1809

TL1806

D1814

Q1611

R1895

IC1808

R1921

D1818

IC1806

D1830

D1826

TL1123

R1898

Q1808

D1811

TL1805

TL1846

TL1828

R1801 R1804

TL9502

TL1826

R1909

D1829

D1825

Q1804

R1852

D1815

TL1829

C1846

R1913

R1805

Q1817

R1912

R1905

C1843

Q1818

TL1118

Q1813

R1896

TL1842

R1910

R1807

TL1801

R1851

TL1803

R1822

TL1827

TL547

R1893

Q1814

R1906

TL508

TL1115

TL510

TL1113

TL518

TL531

TL509

TL1818

TL1111

TL516

TL1819

TL548

TL1110

TL517

TL1820

C1308

TL1104

TL560

TL559

TL1811

C1310

R1309

TL1122

R1333

TL1302

IC1303

R589

TP1103

TP1101

TL1106

Q1312

C574

TL519

TL1809

TL1807

TL1304

R1311

R1307

IC1304

R1305

Q520

Q519

R573

TL543

TL545

R1120

L1301

C9004

R1339

R1345

R1127

R1121

TL1303

R588

R1124

TL520

C1312

IC9002

R592

LF2

R1343R1344

TL1822

C1311

R597

R596

Q1310

C1309

C1112

TL1117

R9008R9009

Q1102

TL521

R537

TL1114

TL1119

TL546

TL544

L501 R617 C510

C504

Q1101

TL1121

TL505

D523

R1118

R1113

TL1116

C519

R1114

TL1120

R529

C1107

R1115

TL1112

R1119

TL1848

TL530

R1110

C520

R1109

TL9001

TL539

R522

R1140

TL522

TL537

TL540

TL506

CF1101

L503L502

R559

TL507

R619R618 C514C512

TL524

TL502

TL515

C521

D525D524

TL538

C506C505

R1103

R1132 C1136

TL1109

TL542

R516

TL1107

TL1824

TL541

TL501

TL514

TL1105

TL523

TL525

TL503

TL549

TL1108

TL8001

TL8009

TL1102

TL1816

TL8008

TL8007

TL9009

TL8006

TL8002

TL1815

TL9010

TL1101

TL1814

TL1823

C2737 FB2705 C2738 FB2704

C2740 FB2703 C2741 FB2702

TL8005

TL9004

TL534

TL527

TL511

TL551

TL8004

TL1812

TL1813

TL9006

TL533

TL504

TL550

TL9007

TL526

TL8003

TL1810

TL9008

TL1821

TL2704

TL2703

TL2702

TL1808

TL535

TL512

TL552

TL528

FD4

TL536

TL529

TL513

TL553

TL2701

D2701

TL2017

TL2019

TL2023

TL2025

D2702

BAR2

D2703

D2704

TL2021

BAR4

TL2028

TL2022

TL2016

LC-46SB57U/LC-52SB57U

TL2018

TL2020

TL2024

TL2026

1

23

8

1097654

1311 191816151412 17

8 – 5

LC-46SB57U/LC-52SB57U

[3] R/C, LED Unit

J

I

H

R/C, LED Unit (Side-A)

G

F

E

R/C, LED Unit (Side-A Chip)

D

3

C107

RMC101

R101

C102

C

B

SLD101

D101

IC101

R132

C104

R135

R136

C105

R105 R102

D103

R117

R108

R137

R107 R104 R109

Q104

Q102

Q103

D114

R106 R138

R126 R121

Q105

R110

R123

Q106

D115

R127

R122

R124

Q107

C108

C110

C101

R103

RMC102

R120

R119

D116

C103

IC102

R118

R116

C111

P101

P102

R139 R140

A

1

23

8

1097654

1311 191816151412 17

8 – 6

LC-46SB57U

CHAPTER 9. SCHEMATIC DIAGRAM

[1] DESCRIPTION OF SCHEMATIC DIAGRAM

1. VOLTAGE MEASUREMENT CONDITION:

1) The voltages at test points are measured on exclusive AC adaptor and the stable supply voltage of AC 120V. Signals are fed by a color bar signal generator for servicing purpose and the above voltages are measured with a 20k ohm/V tester.

2. INDICATION OF RESISTOR & CAPACITOR:

RESISTOR

1) The unit of resistance "Ω" is omitted.

(K=kΩ=1000Ω, M=MΩ).

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 µF, unless otherwise noted.

(P=pF=µµF).

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

CAUTION:

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

LC-46SB57U/LC-52SB57U

Service Manual

SAFETY NOTES:

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

2) SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERATING.

IMPORTANT SAFETY NOTICE:

PARTS MARKED WITH " " ( ) ARE IMPORTANT FOR MAINTAINING THE SAFETY OF THE SET. BE SURE TO REPLACE THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE SAFETY AND PERFORMANCE OF THE SET.

AVIS DE SECURITE IMPORTANT:

LES PIECES MARQUEES " " ( ) SONT IMPORTANTES POUR MAINTENIR LA SECURITE DE L'APPAREIL. NE REMPLACER CES PIEDES QUE PAR DES PIECES DONT LE NUMERO EST SPECIFIE POUR MAINTENIR LA SECURITE ET PROTEGER LE BON FONCTIONNEMENT DE L'APPAREIL.

9 – 1

LC-46SB57U/LC-52SB57U

[2] KEY Unit

KEY Unit

J

I

H

G

F

E

D

C

B

A

1

23

8

1097654

1311 191816151412 17

9 – 2

[3] MAIN Unit

LC-46SB57U/LC-52SB57U

MAIN Unit (1/16)

J

I

H

G

F

E

D

C

B

*TU1101

AA033WJQZ

AFT_OUT

60mAmax

IF-AGC

RF-AGC

140mAmax

20mAmax

VIDEO

IF(-)

IF(+)

TU_AS

GND

MAIN1 (TUNER)

TO MAIN12(EXBUS)

CVBS3

19

R1103

17

16

SIF

*C1134

68u

10V

AAPE

FB1102 A206WJ

*C1125

1u 10V CYB

FB1101 A206WJ

*C1124

C1102

10u

10V

KZA616WJQZ

C1101 10u 10V

KZA616WJQZ

4700P

25V CZB

15

B1

14

13

12

NC

10

9

SCL

8

SDA

7

GND

5

NC

4

MB

3

2

BB

0

*C1131

68u 10V AAPE

*R1136

CZ

100

*R1137

CZ

100

R1102

47

R1101

47

L1106

10uH

CEM

TU_AFT

R1124 0

R1109

330

R1140

0

4

5

6

*Q1104

HN7G04FUA

C1107

1000P

*C1126

0.1u

*R1107

0

33pF

0 33pF

Q1101

25V

CZ

3.8

R1118

2.7K

1.6

R1119

1.8K

F

9.0

*R1134

0.39uH

0

*R1135

0

0.39uH

CY

3.2

CY

R1125

4.7K

C1116

0.01u

25V

Q1102 KTC3875SG

R1121

100

R1120

2.2K

*R1138

33pF

0

*R1139 0

33pF

R1128

10K

C1119

0.047u 10V

CZ

3.8

R1113 12K

F

R1115

100

CZB

2.2

KTC3875SG

R1114

3.9K

*R1105

470

3

2

1

*R1133

C1112

10u 16V

KZA510WJPZ

R1127

0

R1130

0

*C1129

0.01u

*C1130

0.01u

CVBS3_CM

AFT_CPU

TO MAIN8(UCOM)

TO MAIN16(POWER2)

A8V

TO MAIN9(CPU)

SIF

SIF_CM

IF_AGC

TUN_AD_CTL

IF_N

IF_P

TO MAIN13(CONN)

TUN_SCL

TUN_SDA

TO MAIN16(POWER2)

A5V

LUG1105 HA006WJ

LUG1106 HA006WJ

LUG1104 HA006WJ

GND_B

LUG1109

HA006WJ

LUG1108 HA006WJ

LUG1107

A

1

23

GND_B

8

1097654

HA006WJ

GND_B

LUG1103 HA006WJ

LUG1101

HA006WJ

LUG1102 HA006WJ

GND_B

1311 191816151412 17

LUG1114 HA006WJ

LUG1115 HA006WJ

LUG1110 HA006WJ

GND_B

MAIN UNIT 1/16

DUNTKE833WE03

(PWBXE833WJ)

9 – 3

LC-46SB57U/LC-52SB57U

MAIN Unit (2/16)

J

I

H

G

F

E

D

C

B

A

GND_B

C1_Y

C1_PB

C1_PR

C2_Y

C2_PB

C2_PR

INPUT3 INPUT1 INPUT2

J501

GA079WJ

1234567

R590

1K

V3_PLG

CVBS2_M

FB512

FB502

A045WJ

A204WJ

R539 220

R591

R540

75

100K

1/10W

C540 1u 10V CYB

V3_L

R514

1K

FB511

A045WJ

R535 220

R536

100K

C535 1u 10V

CYB

V3_R

PMT

L501

0.15uH

C504

15P CH

C512

15P

PMT

L502

0.15uH

C505

15P CH

C514

15P

PMT

L503

0.15uH

C506

15P CH

C515 15P

PMT

L504

0.15uH

C507

15P CH

PMT

L505

0.15uH

C508

15P CH

PMT

L506

0.15uH

C509

15P CH

J507

GA109WJ

1234567

A204WJ

FB507

R515 75

1/10W

V1_PLG

C510 15P

CH

C516 15P

C517 15P

V1_L

CVBS1_M

CH

C519

15P CH

C520

15P CH

C521

15P CH

C522

15P CH

CH

C523

15P CH

CH

C525

15P CH

FB506

A045WJ

FB505

A045WJ

R526

1K

R509

R511

220

R510

R512

100K

C503

C501

1u

10V

CYB

V1_R

COMP1_Y

COMP1_Y_CM

R537 0

COMP1_PB

COMP1_PR

COMP1_PBR_CM

R559

0

CZ

COMP2_Y

COMP2_Y_CM

R538 0

COMP2_PB

COMP2_PR

COMP2_PBR_CM

R561

0

CZ

J508

GA108WJ

1234567

C575 15P 50V CCZ

FB509

A204WJ

FB510

C1_PLG

C1_Y

C1_PB

C577 15P 50V CCZ

C576 15P 50V CCZ

FB508

A204WJ

C1_PR

CVBS1_M

CVBS2_M

S1_Y

S1_C

J502

GA108WJ

1234567

C578 15P 50V

C2_PLG

FB516

C2_Y

CCZ

A204WJ

D531

MAZ9120H

12

3

NC

D532

MAZ9120H

12

3

NC

R545

1K

MAIN2(A_TERM)

C580 15P 50V CCZ

C579

15P

50V CCZ

FB515

FB513

A204WJ

C2_PB

C2_PR

C566

4.7u

6.3V CKZ

C563

0.01u

J503

FA039WJ

1R23W4

FB517

A045WJ

R552 220

R554

100K

C555 1u 10V CYB

V2_R

R573 100K

R588 100K

R589 100K

R592 100K

FB518

R555 220

C557 1u 10V CYB

V2_L

KTC3875SG

R596 470

1/10W

1/16W

R597 470

1/10W

A045WJ

R558 100K

Q519

R601

47

1/16W

Q520

KTC3875SG

R602

47

COMP1_Y

COMP2_PR

COMP2_Y

C_SIG1

MAIN UNIT 2/16

DUNTKE833WE03

(PWBXE833WJ)

V1_L

V1_R

V2_L

V2_R

V3_L

V3_R

TO MAIN3(AMP_IF)

LINE_OUT_L

LINE_OUT_R

TO MAIN9(CPU)

V1_L

V1_R

V2_L

V2_R

V3_L

V3_R

TO MAIN16(POWER2)

A5V

TO MAIN15(POWER1)

D3.3V

TO MAIN9(CPU)

COMP1_PBR_CM

COMP1_PB

COMP1_PR

COMP1_Y_CM

COMP1_Y

COMP2_PBR_CM

COMP2_PB

COMP2_PR

COMP2_Y_CM

COMP2_Y

CVBS1_M

CVBS2_M

Y_SIG1

C_SIG1

C1_PLG

V1_PLG

S1_PLG

C2_PLG

V3_PLG

J504

DA035WJ

4

2

FB520

A204WJ

R569 75

1/10W

S1_C

C533

470P CH

C536

470P CH

C537

470P

CH

C539

470P

CH

3

1

6

57

FB521

A204WJ

C565

R574

0.1u 75

Z

1/10W

25V

R572 1K

S1_Y

S1_PLG

CVBS1_M

CVBS2_M

Y_SIG1

C_SIG1

J505

FA039WJ

1R23W4

FB522

A045WJ

R579

220

R580 100K

C569 1u 10V CYB

R543 10K CZ

R549 10K CZ

FB523

A045WJ

R581

220

R582 100K

C570 1u 10V CYB

COMP1_PBR_CM

COMP1_PB

COMP1_PR

COMP1_Y_CM

COMP2_PBR_CM

COMP2_PB

COMP2_Y_CM

CVBS1_M

CVBS2_M

Y_SIG1

R544

R546

10K

CZ

R547 10K CZ

C1_PLG

V1_PLG

S1_PLG

C2_PLG

V3_PLG

1

23

8

1097654

1311 191816151412 17

9 – 4

LC-46SB57U/LC-52SB57U

MAIN Unit (3/16)

J

I

H

G

F

E

D

TO MAIN16(POWER2)

UR13V

A5V

TO MAIN15(POWER1)

D3.3V

TO MAIN17(SP_IF)

TO MAIN9(CPU)

CPU_SPDIF_OUT

TO MAIN13(CONN)

SCL0

SDA0

0: SP_MUTE 1: SW_MUTE 2: L_MUTE 3: SPD_SEL 4: AMP_MUTE 5: OPT_MUTE 6: AMP_PROTECT 7: AMP_STANDBY

R1301

47

3

1

C1301

4

2

MAIN3 (AMP IF)

L1301

10uH

CEM

0.0

3.3

5

VCC

*C1310

0.1u 25V

1B2A3

0.0 0.0 0.0

*R1305

*R1333

22K

*Q1312

KRC404E

0

0.0

5.0

0.0

R1335

5.6K

R1337 10K

5.0

Q1305 KRC404E

D1311 EXA523WJ

5.6V

R1338

3.3K

0.0

0.7

Q1309

KTC3875SG

0.0

D1301 KDS4148

VHD

D1305

1

3

2

1SS361

D1302

1

3

2

1SS361

C1314

10u 25V

KZA098WJ

R1328

1

2

3

4

5

6

7

8

4.7K

NC

1

DA0

VCC

0.1u 25V

EXP I/O

SCL16SDA

R1302

1

2

3

4

5

6

7

8

2K

NC

2

3

4

5

DA1

NC

IO76IO67IO5

IC1301

LA79200V

IO014ADDR

13

15

IO311IO212IO1

10

R1322

R1326

8

IO4

GND

9

0

4

Y

GND

*R1311

22

SPDIF BUFFER

& SPDIF MUTE

*IC1304

AHC1G08W

C1306

C1307

16V

C1311

C1312

10u

0.1u

10V

KZA616WJQZ

Z

25V

TO MAIN4(AMP)

1u

R1310

16V

1K

R1334

1K

1u

R1339

2.2K

C1309

R1345

10u

15K

10V

KZA616WJQZ

R1340

560K

R1342 560K

BUFFER

Q1310

KTA1504SG

0.7 0.7

R1343

47K

0.2

R1344 10K

456

Q1311

IMH23T110

123

TO MAIN2(A_TERM)

4

3

2

1

5

D1306

GPFSV51M

OPTICAL OUTPUT

N_STANDBY

N_PROTECT

AMP_MUTE

LINE_OUT_L

LINE_OUT_R

D1310

1SS361

12

3

C

TO MAIN8(UCOM)

MUTE_A_ALL

Q1304

TO MAIN16(POWER2)

B

AC_DET

TO MAIN9(CPU)

PGA1OUT_L

PGA1OUT_R

KRC404E

0.0

2.9

R1323

10K

0.0

D1312

1SS361

12

3

D1307

1SS361

12

R1341

R1317

1K

R1318

1K

R1329

R13210R1325

47K

R1308

2.2K

C1303

10u

15K

10V

R1330

0

47K

Q1307

KTA1504SG

BUFFER

0.7 0.7

0.2

R1314

R1315

47K

10K

456

Q1306

123

IMH23T110

MAIN UNIT 3/16

TO MAIN4(AMP)

SP_LP

SP_LN

SP_RN

SP_RP

DUNTKE833WE03

A

1

23

SPOUT_LP

SPOUT_RP

8

1097654

1311 191816151412 17

GND_B

(PWBXE833WJ)

9 – 5

LC-46SB57U/LC-52SB57U

MAIN Unit (4/16)

J

TO MAIN3(AMP IF)

I

H

TO MAIN16(POWER2)

G

F

TO MAIN3(AMP IF)

E

D

C

B

A

N_STANDBY

N_PROTECT

AMP_MUTE

UR13V

SP_LP

SP_LN

SP_RN

SP_RP

FB2706

A206WJ

R2719

5.6K

VS

Q2704

KRC404E

R2752

220K

C2704

1u 25V

KZA114WJ

C2705 1u 25V KZA114WJ

C2706

1u 25V

KZA114WJ

C2707

1u 25V

KZA114WJ

MAIN4(AMP)

MAIN UNIT 4/16

DUNTKE833WE03

(PWBXE833WJ)

F

C2710

RMZ

470u 25V

C2711

0.1u 25V

C2712

10u 10V

KZA616WJQZ

1

PVDDREG

AVDD

2

INLP

3

C2717

25V

32

PVDDPL

1u

28

29

30

31

OUTPL

PVSSL

OUTML

IC2701

PA343WJPZ

C2724

1u

25V

27

OUTML

L2701

22uH

L2702

22uH

26

PVDDML

GAIN1

GAIN0

NCDRC1

YDA148QZ

R2715

220K

R2717

27K

R2753

68K

R2754

22K

ILM

4

VREF

C2713

0.1u 25V

F

C2748

100P

F

5

6

7

8

9

INRM

INRP

AVSS

PLIMIT

PVDDPR11OUTPR12OUTPR

10

C2716

1u

25V

33

PVSSR14OUTMR

13

NCDRC0

CKOUT

MUTEN

PROTN

SLEEPN

OUTMR16PVDDMR

15

C2723

1u 25V

L2703

22uH

PA343WJPZ

L2704 22uH

PA343WJPZ

CKIN

C2725

0.1u 25V

C2726

0.1u

25V

25

24

23

22

21

20

19

18

17

C2727

0.1u 25V

C2728

0.1u 25V

R2726

0

NC

R2741 75K

R2742 27K

C2730

0.22u 25V

R2731

0

R2744

22

C2731

0.22u 25V

C2737

150P

C2738

150P

C2740

150P

C2741

150P

FB2702 A206WJ

FB2703

A206WJ

FB2704 A206WJ

FB2705 A206WJ

SP

GND_B

P2701

NA160WJ

LCH(+)

4

LCH(-)

3

RCH(-)

2

RCH(+)

1

To EX SP

1

23

8

1097654

1311 191816151412 17

9 – 6

LC-46SB57U/LC-52SB57U

MAIN Unit (5/16)

TO MAIN17(SP_IF)

J

I

H

G

F

E

D

C

B

A

TO MAIN9(CPU)

TO MAIN16(POWER)

TO MAIN6(HDMI-SW2)

TO MAIN15(POWER1)

TO MAIN16(POWER2)

TO MAIN6(HDMI-SW2)

TO MAIN6(HDMI_SW2)

SP_DDC5V

HDMI_CEC_IN

TMDSInput1

(SideType)

TMDSInput2

TMDS_SW2_D2P

TMDS_SW2_D2N

TMDS_SW2_D1P

TMDS_SW2_D1N

TMDS_SW2_D0P

TMDS_SW2_D0N

TMDS_SW2_CLKP

TMDS_SW2_CLKN

SP_CLKN

SP_CLKP

SP_D0N

SP_D0P

SP_D1N

SP_D1P

SP_D2N

SP_D2P

SP_HPD

SP_SCL

SP_SDA

MAIN5 (HDMI_SW1)

83Y9

3A1030E114Y124A1340E14Vcc

BUFFER

IC1607

LCX125FT

R1606

10K

C1602

0.1u 10V

R1668

0

Q1617

KTC3875SG

VS

R1692

470

CZ

Q1618

R1693 100K

2SC3265Y

CZ

MAIN UNIT 5/16

DUNTKE833WE03

(PWBXE833WJ)

R1665

10K

J

10E21A31Y420E52A62Y7GND

1

R1610 10K

VS2

J

R1617 0CZ

R1619

1

TO MAIN9(CPU)

C1624

0.1u 10V

TO MAIN8(UCOM)

HDMI_CEC_O_UCOM

HDMI_CEC_I_UCOM

GND_B

TO MAIN8(UCOM)

SP_CEC_O_UCOM

SP_CEC_I_UCOM

TO MAIN17(SP_IF)

SP_CEC

TO MAIN9(CPU)

TMDS_SW_CLKN

TMDS_SW_CLKP

TMDS_SW_D0N

TMDS_SW_D0P

TMDS_SW_D1N

TMDS_SW_D1P

TMDS_SW_D2N

TMDS_SW_D2P

TO MAIN13(CONN)

SCL1

SDA1

TO MAIN6(HDMI_SW2)

HDMI_SW2_DDC5V_IN

CZ

SP_CLKN

SP_CLKP

SP_D0N

SP_D0P

SP_D1N

SP_D1P

SP_D2N

SP_D2P

SP_DDC5V

SP_HPD

SP_SCL

SP_SDA

BU3.3V

D1601

R1602

RB520S30

27K

D3.3V

5V

SC1601 ZA149WJQZ

23

19

18

17

16

15

14

HDMI_CEC_IN

13

TMDS1_CLKN_

12

11

TMDS1_CLKP_

10

TMDS1_D0N_

9

8

TMDS1_D0P_

7

TMDS1_D1N_

6

5

TMDS1_D1P_

4

TMDS1_D2N_

3

2

TMDS1_D2P_

1

202122

GND_B

R1603 0

SC1602

ZA171WJ

23

19

18

17

16

HDMI_DDC_SCL_IN2

15

14

13

TMDS2_CLKN_

12

11

TMDS2_CLKP_

10

TMDS2_D0N_

9

8

TMDS2_D0P_

7

TMDS2_D1N_

6

5

TMDS2_D1P_

4

TMDS2_D2N_

3

2

TMDS2_D2P_

1

202122

GND_B

TMDS_SW2_D2P

TMDS_SW2_D2N

TMDS_SW2_D1P

TMDS_SW2_D1N

TMDS_SW2_D0P

TMDS_SW2_D0N

TMDS_SW2_CLKP

TMDS_SW2_CLKN

J

HDMI_DDC5V_IN2

HDMI_DDC_SDA_IN2

R1609

J

0

HDMI_DDC5V_IN1

HDMI_DDC_SDA_IN1

HDMI_DDC_SCL_IN1

HDMI_DDC5V_IN1

HDMI_HPD_IN1_

HDMI_HPD_IN2_

D1608

MA152WK

1

2

D1609

MA152WK

1

2

HDMI_DDC5V_IN2

J

OUT4-

OUT4+

OUT3-

OUT3+

OUT2-

OUT2+

OUT1-

OUT1+

IC1601

CM123408

ESDClamp array

OUT4-

OUT4+

OUT3-

OUT3+

OUT2-

OUT2+

OUT1-

OUT1+

IC1602

CM123408

Q1609

KRC402E

IN4-

IN4+

IN3-

IN3+

IN2-

IN2+

IN1-

IN1+

IN4-

IN4+

IN3-

IN3+

IN2-

IN2+

IN1-

IN1+

8

7

6

5

4

3

2

1

8

7

6

5

4

3

2

1

Q1610

KTA1535T

R1639 330

TMDS1_CLKN

TMDS1_CLKP

TMDS2_CLKN

TMDS2_CLKP

TMDS1_D0N

TMDS1_D0P

TMDS1_D1N

TMDS1_D1P

TMDS1_D2N

TMDS1_D2P

TMDS2_D0N

TMDS2_D0P

TMDS2_D1N

TMDS2_D1P

TMDS2_D2N

TMDS2_D2P

FB1605 A192WJ

SP_D2P

C1613

10u 10V

KZA616WJQZ

C1614

0.1u

10V

C1615 1000P

SP_D2N

SP_D1P

71

72

R0X1P

R0X2P

TMDS1_CLKN

TMDS1_CLKP

TMDS1_D0N

TMDS1_D0P

TMDS1_D1N

TMDS1_D1P

TMDS1_D2N

TMDS1_D2P

R1640

10K

TMDS2_CLKN

TMDS2_CLKP

TMDS2_D0N

TMDS2_D0P

TMDS2_D1N

TMDS2_D1P

TMDS2_D2N

TMDS2_D2P

GND_B

R0X2N

R1XCN

1

R1XCP

2

R1X0N

3

R1X0P

4

R1X1N

5

R1X1P

6

R1X2N

7

R1X2P

8

VCC33

9

RSVD

10

R2XCN

11

R2XCP

12

R2X0N

13

R2X0P

14

R2X1N

15

R2X1P

16

R2X2N

17

R2X2P

18

R3XCN

R3X0N

R3XCP

19

20

TMDS_SW2_CLKN

TMDS_SW2_CLKP

TMDS_SW2_D0N

70

21

SP_D1N

R0X1N

R3X0P

TMDS_SW2_D0P

69

22

C1634 10u 10V

KZA616WJQZ

R0X0P

R3X1N

SP_D0P

68

R0X0N

R3X1P

23

TMDS_SW2_D1N

C1616 10u 10V

KZA616WJQZ

SP_D0N

67

R0XCP

R3X2N

24

TMDS_SW2_D1P

SP_CLKP

C1617

0.1u

66

R0XCN

R3X3P

25

TMDS_SW2_D2N

C1618

0.1u

SP_CLKN

65

VCC33

26

TMDS_SW2_D2P

64

27

TMDS_SW_CLKN

C1619

1000P

L1601

FA116WJ

TXCN

SII9187

IC1605

RSVD

J

10K

R1685

C1620 1000P

TMDS_SW_CLKP

4

1

63

TXCP

DSDA0

28

R1641

TMDS_SW_D1N

TMDS_SW_D1P

TMDS_SW_D0P

TMDS_SW_D0N

3

L1602

FA116WJ

2

62

TX0N

DSCL0

29

J

10

R1642

SP_SDA

3

4

L1603

FA116WJ

2

1

58

59

60

61

TX1P

TX0P

TX1N

HPD0

DSDA1

R0PWR5V

30

31

32

33

J

10

J

10

R1644

10

R1669

J

C1625 1u 10V

KZA520WJQZ

100K

R1686

SP_HPD

SP_DDC5V

HDMI_DDC_SDA_IN1

SP_SCL

D1606

EXA523WJ

D1603 1PS226

3

12

3

12

HDMI_DDC_SDA_IN2

5.6V

J

R1618

47K

J

47K

R1621

D1610

1PS226

TMDS1_CLKN_

TMDS1_CLKP_

TMDS1_D0N_

TMDS1_D0P_

TMDS1_D1N_

TMDS1_D1P_

TMDS1_D2N_

TMDS1_D2P_

TMDS2_CLKN_

TMDS2_CLKP_

TMDS2_D0N_

TMDS2_D0P_

TMDS2_D1N_

TMDS2_D1P_

TMDS2_D2N_

TMDS2_D2P_

R1638 10K

9

10

11

12

13

14

15

16

9

10

11

12

13

14

15

16

ESDClamp array

3

12

HDMI_DDC_SCL_IN1

12

HDMI_DDC_SCL_IN2

J

R1615

47K

D1602 1PS226

HDMI_DDC_SDA_IN1

J

47K

R1620

D1607

1PS226

3

TMDS_SW_D2N

4

L1604

FA116WJ

1

57

TX2N

DSCL1

34

J

10

R1645

HDMI_DDC_SCL_IN1

TMDS_SW_D2P

3

2

TX2P

HPD1

J

100K

R1687

1NC2IN3

56

TPWR_CI2CA

MICOM_VCC33

R1PWR5V

35

R1670

HDMI_HPD_IN1_

4

OUT5VCC

GND

R1646

4.7K

55

CSCL

CSDA

INT

CEC_D

CEC_A

R4PWR5V

DSCL4

DSDA4

R3PWR5V

HPD3

DSCL3

DSDA3

R2PWR5V

HPD2

DSCL2

DSDA2

SBVCC

36

J

10

KZA520WJQZ

C1626 1u 10V

KZA520WJQZ

HDMI_DDC5V_IN1

C1623

0.1u 10V

IC1606

TC7SH17U

ShumitBuffer

R1657 10

J

54

R1658 10

J

53

R1660

2.2K

52

51

50

NC

49

48

47

R1688 100K

J

46

C1627

1u

10V

45

NC

KZA520WJQZ

R1653 47K

J

44

R1654 47K

J

43

R1689 100K

J

42

C1628

1u

10V

KZA520WJQZ

41

R1655 10

J

40

R1656 10

J

39

C1621

0.1u 10V

38

C1622 1000P

37

C1629 1u 10V

KZA520WJQZ

R1612

100

CZ

KTA1504SG

R1613

270K

CZ

R1614

10K

C1603

CZ

1u

10V

C1604

VS

0.047u 10V

CZB

Q1619

KTC3875SG

1NC2IN3

R1671 10

J

HDMI_DDC5V_IN2

HDMI_HPD_IN2_

HDMI_DDC_SCL_IN2

HDMI_DDC_SDA_IN2

Q1620

VS

C1605

0.01u 25V

CZB

R1616

R1663

10K

4

OUT5VCC

IC1603

TC7SH17U

ShumitBuffer

GND

R1690 0

J

R1651 47K

J

R1652 47K

J

R1672 10

J

HDMI_SW2_DDC5V_IN

C1635 4700P

25V

CZB

47K

CZ

1

23

8

1097654

1311 191816151412 17

9 – 7

LC-46SB57U/LC-52SB57U

MAIN Unit (6/16)

J

I

H

G

F

E

D

TOMAIN15(POWER1)

TOMAIN16(POWER)

TMDSInput3

(A-Audio)

TOMAIN5(HDMI-SW1)

TMDSInput4

TMDSInput5

TOMAIN16(POWER2)

HDMI_CEC_IN

MAIN6 (HDMI_SW2)

MAIN UNIT 6/16

D3.3V

5V

SC1801 ZA171WJ

202122

SC1802 ZA171WJ

202122

*SC1803

ZA171WJ

202122

*R1807

J

0

23

19

18

17

16

15

14

HDMI_CEC_IN

13

TMDS3_CLKN_

12

11

TMDS3_CLKP_

10

TMDS3_D0N_

9

8

TMDS3_D0P_

7

TMDS3_D1N_

6

5

TMDS3_D1P_

4

TMDS3_D2N_

3

2

TMDS3_D2P_

1

GND_B

23

19

18

17

16

15

14

HDMI_CEC_IN

13

TMDS4_CLKN_

12

11

TMDS4_CLKP_

10

TMDS4_D0N_

9

8

TMDS4_D0P_

7

TMDS4_D1N_

6

5

TMDS4_D1P_

4

TMDS4_D2N_

3

2

TMDS4_D2P_

1

GND_B

23

19

18

17

16

15

14

HDMI_CEC_IN

13

TMDS5_CLKN_

12

11

TMDS5_CLKP_

10

TMDS5_D0N_

9

8

TMDS5_D0P_

7

TMDS5_D1N_

6

5

TMDS5_D1P_

4

TMDS5_D2N_

3

2

TMDS5_D2P_

1

GND_B

HDMI_DDC5V_IN3

HDMI_DDC_SDA_IN3

HDMI_DDC_SCL_IN3

*R1801

J

0

HDMI_DDC5V_IN4

HDMI_DDC_SDA_IN4

HDMI_DDC_SCL_IN4

*R1802

J

0

HDMI_DDC5V_IN5

D1814

MA152WK

1

3

2

HDMI_HPD_IN3_HDMI_HPD_IN4_HDMI_HPD_IN5_

HDMI_DDC5V_IN3

D1811

MA152WK

1

3

2

HDMI_DDC5V_IN4

D1804

MA152WK

1

3

2

HDMI_DDC5V_IN5

D1805

MA152WK

1

3

2

HDMI_DDC_SCL_IN3

HDMI_DDC_SCL_IN4HDMI_DDC_SCL_IN5

J

R1811

47K

3

12

J

R1822

47K

D1815

1PS226

3

12

*D1816

1PS226

3

12

J

R1824

47K

D1817

D1820

1PS226

3

12

HDMI_DDC_SDA_IN3

J

R1847

47K

D1818

1PS226

3

12

HDMI_DDC_SDA_IN4

J

47K

R1823

R1849

*D1819

1PS226

3

12

HDMI_DDC_SDA_IN5

TMDS3_CLKN_

TMDS3_CLKP_

TMDS3_D0N_

TMDS3_D0P_

TMDS3_D1N_

TMDS3_D1P_

TMDS3_D2N_

TMDS3_D2P_

TMDS4_CLKN_

TMDS4_CLKP_

TMDS4_D0N_

TMDS4_D0P_

TMDS4_D1N_

TMDS4_D1P_

TMDS4_D2N_

TMDS4_D2P_

TMDS5_CLKN_

TMDS5_CLKP_

TMDS5_D0N_

TMDS5_D0P_

TMDS5_D1N_

TMDS5_D1P_

TMDS5_D2N_

TMDS5_D2P_

OUT4-

9

OUT4+

10

OUT3-

11

OUT3+

12

OUT2-

13

OUT2+

14

OUT1-

15

OUT1+

16

IC1803

CM123408

ESDClamp array

OUT4-

9

OUT4+

10

OUT3-

11

OUT3+

12

OUT2-

13

OUT2+

14

OUT1-

15

OUT1+

16

IC1804

CM123408

ESDClamp array

OUT4-

9

OUT4+

10

OUT3-

11

OUT3+

12

OUT2-

13

OUT2+

14

OUT1-

15

OUT1+

16

*IC1805

CM123408

ESDClamp array

TMDS3_CLKN

8

IN4-

TMDS3_CLKP

7

IN4+

TMDS3_D0N

6

IN3-

TMDS3_D0P

5

IN3+

TMDS3_D1N

4

IN2-

TMDS3_D1P

3

IN2+

TMDS3_D2N

2

IN1-

TMDS3_D2P

1

IN1+

TMDS4_CLKN

8

IN4-

TMDS4_CLKP

7

IN4+

TMDS4_D0N

6

IN3-

TMDS4_D0P

5

IN3+

TMDS4_D1N

4

IN2-

TMDS4_D1P

3

IN2+

TMDS4_D2N

2

IN1-

TMDS4_D2P

1

IN1+

TMDS5_CLKN

8

IN4-

TMDS5_CLKP

7

IN4+

TMDS5_D0N

6

IN3-

TMDS5_D0P

5

IN3+

TMDS5_D1N

4

IN2-

TMDS5_D1P

3

IN2+

TMDS5_D2N

2

IN1-

TMDS5_D2P

1

IN1+

Q1808

FB1812

KTA1535T

A192WJ

R1851

Q1804

10K

KRC402E

J

R1852 330

TMDS_SW2_D2P

TMDS_SW2_D1N

TMDS_SW2_D1P

TMDS_SW2_D0P

C1801 10u 10V

KZA616WJQZ

TMDS_SW2_D0N

TMDS_SW2_CLKP

TMDS_SW2_CLKN

C1852

10u 10V

KZA616WJQZ

TMDS3_D0N

TMDS3_D0P

TMDS3_D1N

TMDS3_D1P

TMDS3_D2N

TMDS3_D2P

68

69

70

71

72

R0X0P

R0X1P

R0X2P

R0X2N

R1XCN

1

NC

R1XCP

2

NC

R1X0N

3

NC

R1X0P

4

NC

R1X1N

5

NC

R1X1P

6

NC

R1X2N

7

TMDS4_CLKN

TMDS4_CLKP

TMDS4_D0N

TMDS4_D0P

TMDS4_D1N

TMDS4_D1P

TMDS4_D2N

TMDS4_D2P

NC

R1X2P

8

NC

VCC33

9

RSVD

10

R2XCN

11

R2XCP

12

R2X0N

13

R2X0P

14

R2X1N

15

R2X1P

16

R2X2N

17

R2X2P

18

R3XCN

R3XCP

19

TMDS5_CLKN

TMDS5_CLKP

C1802

0.1u 10V

R1853 10K

C1803 1000P

GND_B

R0X0N

R0X1N

R3X0N

R3X1N

R3X0P

R3X1P

20

21

22

23

24

TMDS5_D0N

TMDS5_D0P

TMDS5_D1N

TMDS5_D1P

C1804 10u 10V

KZA616WJQZ

C1827

C1825

1000P

0.1u

3

4

L1802

L1803

FA116WJ

TMDS3_CLKN

TMDS3_CLKP

66

67

R0XCP

R0XCN

R3X2N

R3X3P

25

TMDS5_D2N

TMDS5_D2P

C1826

0.1u

FA116WJ

2

1

61

62

63

64

65

TXCP

VCC33

TX0N

TXCN

SII9187

IC1801

VCC33

DSDA0

RSVD

DSCL0

26

28

29

30

27

J

10K

R1916

10

R1855

R1854

C1828 1000P

HDMI_DDC_SCL_IN3

HDMI_DDC_SDA_IN3

3

2

TX0P

HPD0

L1804

60

R0PWR5V

31

R1917

HDMI_HPD_IN3_

4

FA116WJ

1

59

TX1N

32

J

100K

HDMI_DDC5V_IN3

TMDS_SW2_D2N

3

4

L1805

FA116WJ

2

1

R1859

4.7K

55

56

57

58

TX2P

TX1P

TPWR_CI2CA

TX2N

MICOM_VCC33

DSDA1

HPD1

DSCL1

33

34

35

NC

J

47K

R1858

R1857

C1835 1u 10V

KZA520WJQZ

J

10

R1885

R1870 10

J

CSCL

54

R1871 10

J

CSDA

53

R1872

INT

CEC_D

CEC_A

R4PWR5V

DSCL4

DSDA4

R3PWR5V

HPD3

DSCL3

DSDA3

R2PWR5V

HPD2

DSCL2

DSDA2

SBVCC

R1PWR5V

36

KZA520WJQZ

2.2K

52

51

R1889

CZ

10

50

NC

49

48

47

46

KZA520WJQZ

45

44

43

42

KZA520WJQZ

41

40

39

38

37

R1809

270K

C1817

1u

10V

C1819

0.047u 10V

CZB

R1864

47K

J

R1865

47K

R1918 100K

C1836 1u

R1866 10

R1867 10

R1919

100K

C1837

1u

R1868 10

R1869 10

C1842 1u

CZ

J

R1887

J

10

HDMI_DDC5V_IN5

10V

HDMI_HPD_IN5_

J

HDMI_DDC_SCL_IN5

J

HDMI_DDC_SDA_IN5

J

HDMI_DDC5V_IN4

R1888

10

J

10V

HDMI_HPD_IN4_

J

HDMI_DDC_SCL_IN4

J

HDMI_DDC_SDA_IN4

C1829

0.1u 10V

C1830 1000P

KZA520WJQZ 10V R1808

100

CZ

Q1822

KTA1504SG

VS

R1810

10K

C1838

C1815

CZ

0.01u 4700P

25V

CZB

R1856

47K

CZ

Q1821

VS

KTC3875SG

DUNTKE833WE03

(PWBXE833WJ)

TOMAIN5(HDMI-SW1)

TOMAIN13(CONN)

TOMAIN5(HDMI-SW1)

TMDS_SW2_CLKN

TMDS_SW2_CLKP

TMDS_SW2_D0N

TMDS_SW2_D0P

TMDS_SW2_D1N

R1920 0

J

TMDS_SW2_D1P

TMDS_SW2_D2N

TMDS_SW2_D2P

TOMAIN5(HDMI-SW1)

HDMI_SW2_DDC5V_IN

TOMAIN13(CONN)

SCL1

SDA1

TOMAIN16(POWER)

R1861

Q1819

0

KTC3875SG

CZ

VS

R1812

470

25V

CZ

R1813 100K CZ

VS2

Q1820

2SC3265Y

R1862 1 CZ

EXA523WJ

D1808

MAZ9120H

12

R1825 75 1/10W

3

R1881

12

3

12

3

0.0

UHSDUAL INVERTER

47 CZ

R1882

CZ

47

R1883

CZ

47

R1838

33

CZ

R1828

33

1

A1

2

GND

3

A2

IC1802

LVC2G14G

CZ

6

Y1

3.3

5

VCC

3.3

4

Y2

3.3

C1814

0.1u K

10V

D1809 MAZ9120H

R1826 75 1/10W

D1810 MAZ9120H

R1827

75

1/10W

D1806

C1811

47P

5.6V CH

D1807

C1812

47P

5.6V CH

8

R1806 0

R1842 0

R1846 0

PCIN_R

PC_R_CM

PCIN_G

PC_G_CM

J

C1849

PCIN_B

PC_B_CM

PCIN_HD

PCIN_VD

123

Q1812 RN4983

10u

10V

KZA616WJQZ

C1850

0.01u

456

25V

47K

R1899

10

R1900

4.74.704.8

5

6

7WP8

SCL

VCC

SDA

IC1809

S24CS02J

EEPROM

VSS

1A02A13A24

0000

J

10

R1901

R1848 47K

D1812

1PS226

3

12

R1850 47K

D1813 1PS226

3

12

1097654

TOMAIN9(CPU)

HDMI_WP

TOMAIN9(CPU)

PCIN_R

PCIN_G

PCIN_B

PCIN_HD

PCIN_VD

PC_R_CM

PC_G_CM

PC_B_CM

RGB_R

RGB_L

1311 191816151412 17

C

FB1804 0093GE

R

FB1805

SC1804 NA770WJ

5

17

10

B

A

1

23

15

GND_B

J1801

EA103WJ

FB1802 A045WJ

2

3

1

FB1803 A045WJ

0093GE

FB1806 0093GE

1234

16

6789

11121314

R1820

FB1807

CZ

100

A204WJ

R1818

2.2K CZ

FB1808 A204WJ

R1821

R1819

CYB C1809

R1816

R1815 100K

R1814 100K

CH

1u

J

220

R1817

C1810

220 J

1u CYB

RGB_L

RGB_R

CH

GND_B

100

2.2K

CZ

9 – 8

LC-46SB57U/LC-52SB57U

MAIN Unit (7/16)

J

I

H

G

F

E

D

C

B

A

TO_MAIN16(POWER2)

TO_MAIN15(POWER1)

TO_MAIN9(CPU)

LVDS_TX_0_DATA0_N

LVDS_TX_0_DATA0_P

LVDS_TX_0_DATA1_N

LVDS_TX_0_DATA1_P

LVDS_TX_0_DATA2_N

LVDS_TX_0_DATA2_P

LVDS_TX_0_CLK_N

LVDS_TX_0_CLK_P

LVDS_TX_0_DATA3_N

LVDS_TX_0_DATA3_P

LVDS_TX_0_DATA4_N

LVDS_TX_0_DATA4_P

LVDS_TX_1_DATA0_N

LVDS_TX_1_DATA0_P

LVDS_TX_1_DATA1_N

LVDS_TX_1_DATA1_P

LVDS_TX_1_DATA2_N

LVDS_TX_1_DATA2_P

LVDS_TX_1_CLK_N

LVDS_TX_1_CLK_P

LVDS_TX_1_DATA3_N

LVDS_TX_1_DATA3_P

LVDS_TX_1_DATA4_N

LVDS_TX_1_DATA4_P

TO_MAIN8(UCOM)

COND_TEST

DET_PNL12V

DET_SYNC

DET_COND

TO_MAIN9(CPU)

LVDS_SEL

SOUSA_WP

PNL_I2C_EN

TO_MAIN13(CONN)

D3.3V

FRAME

ROMSEL0

TEMP3

TEMP2

TEMP1

O_S_SET

ERR_PNL

SHIP_EN

PNL_EN

OPWM1

OPWM2

PNL_WP

MAIN7 (PANEL)

R2639 100K

MAIN UNIT 7/16

DUNTKE833WE03

(PWBXE833WJ)

FB2604 A375WJQZ

FB2605 A375WJQZ

FB2606

A375WJQZ

FB2607 A375WJQZ

FB2608

A375WJQZ

FB2632 A074WJ

FB2621 A074WJ

FB2622 A074WJ

FB2623 A074WJ

FB2624 A074WJ

FB2625 A074WJ

FB2626 A074WJ

FB2627 A074WJ

FB2628 A074WJ

FB2629 A074WJ

FB2630 A074WJ

FB2631 A074WJ

FB2613 A204WJ

FB2619 A074WJ

FB2620 A074WJ

FB2609 A204WJ

FB2618 A074WJ

FB2603 A375WJQZ

C2606

R2623

0.1u 1M

CZB

FB2611 A074WJ

FB2610 A074WJ

FB2617 A074WJ

FB2616 A074WJ

FB2614 A074WJ

FB2638 A074WJ

FB2612 A074WJ

FB2602 A375WJQZ

LW

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

LB1

6

5

4

3

2

1

LP

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

GND

TA1-

TA1+

TB1-

TB1+

TC1-

TC1+

GND

TCLK1-

TCLK1+

TD1-

TD1+

TE1-

TE1+

GND

TA2-

TA2+

TB2-

TB2+

TC2-

TC2+

GND

TCLK2-

TCLK2+

TD2-

TD2+

TE2-

TE2+

GND

LVDS_SEL

R/L

U/D

HV_MODE

ROMSEL1

ROMSEL0

TEMP3

TEMP2

TEMP1

PE

OS_EN

SHIP_EN

P2603

NA340WJ

OFL2

BRT/REG2

ERR

OFL1

VON

GND

P2602

NA349WJ

DET

LCD_EN

VCOM_SDA

VCOM_SCL

VCOM_WP

COND_DET

TEST_MODE

GND

VCC

P2601 WA659WJQZ

TO LCDCONT

TO INV

TO LCDCONT

->

<-

->

<-

->

<->

->

<-

->

5V

L2606

FA154WJ

1 L2601

FA154WJ

1

3

2

4

L2602

FA154WJ

1

3

2

4

L2611

FA154WJ

1

3

2

4

L2609

FA154WJ

1

2

L2610

FA154WJ

1

2

L2612

FA154WJ

1

2

L_R

U_D

VON

SCL0

SDA0

SCL1

SDA1

1

2

3

4

1

2

3

4

1

2

3

4

3

2

4

L2607

FA154WJ

1

3

2

4

L2608

FA154WJ

1

3

2

4

L2603

FA154WJ

3

4

L2604

FA154WJ

3

4

L2605

FA154WJ

3

4

R2622

0

R2641

0

R2642

0

R2643

R2644

0

R2604

22K

1

2

3

4

IC2601

HC2G66DP

GND

I2C Bus SW

C2602

0.1u 10V

1234567

AO1

Vcc

NC

SCL

NC

SDA

NC

GND

R2602

22K

8

R2603

22K

2.3

1

2

3

4

Q2603 KRC404E

R2635

10K

R2601

22K

8

100K

R2636

1234567

*IC2602

M62332FP

3.3

8

*C2609

*R2637

0.1u

0

10V

CZ

*R2638 0

CZ

VCC

8

7

6

5

0

R2620 R2619 0

3.3

7

3.3

6

0.0

5

1

23

8

1097654

1311 191816151412 17

9 – 9

LC-46SB57U/LC-52SB57U

MAIN Unit (8/16)

TO MAIN15(POWER1)

J

I

H

G

F

E

D

C

B

TO MAIN16(POWER2)

TO MAIN14(EXIF)

TO MAIN1(TUNER)

TO MAIN16(POWER2)

TO MAIN7(PANEL)

TO MAIN12(EXBUS)

TO MAIN9(CPU)

TO MAIN16(POWER2)

TO MAIN9(CPU)

RST_FLS_CPU

BU3.3V

PNL_DET0

PNL_DET1

PNL_DET2

PNL_DET3

PNL_DET4

MODEL_A0

MODEL_A1

MODEL_A2

MODEL_A3

MODEL_A4

AFT_UCOM

DET_PNL12V

COND_TEST

DET_PNL12V

DET_15V

STB_CPU

DET_5V

AC_DET

MAIN8 (UCOM)

D3.3V

1

2

3

4

Q2004 RT1N141U VS

IC2004

S24CS08J

EEPROM

8

VCC

7WP

SCL

6

G1

A1

Y2

GND

IC2008

7WH126FU

C2026

0.1u 10V

C2020 1000P

1

A0

A1

2

3A2

GND5 SDA

4

GND_B

R2075

10K

RC

LED_G

LED_R

LED_OPC

OPC

LED_YOYAKU

ILL_LED

R2017

MUTE_A_ALL

HDMI_CEC_O_UCOM

HDMI_CEC_I_UCOM

SP_CEC_O_UCOM

R2030

R2014

4.7K

Vcc

8

G2

7

Y1

6

A2

5

GND_B

SP_CEC_I_UCOM

IRPASS

ERR_PNL

DET_COND

DET_SYNC

8

10K

GND_B

ROMSEL0

TEMP3

TEMP2

TEMP1

O_S_SET

U_D

L_R

FRAME

N_SRESET

RS_ON

PM_REQ

CBOOTS

SMPOW

C9720

10u

10V

KZA616WJQZ

VON

R2001

100

R2006 22K

TOKEY

STBY_POW

IC2007

AHC1G08W

4

3

Y

GND

5

Vcc

C2024

0.1u

10V

P2002

NA338WJ

KM

4

GND

3

2

KEY2

1

KEY1

R2020

10K

R2004

2

B

10K

1

A

R2033

100

R2032

22K

C2016

FB2001 A206WJ

FB2004 A005WJ

FB2003 A005WJ

FB2002 A005WJ

R2047

100

R2003

1K

0.1u 10V

R2008

R2009 1K

C2029

100P CCZ

C2027

C2028

100P

CCZ

Q2006

RT1N141U

PNL_DET0

PNL_DET1

PNL_DET2

PNL_DET3

PNL_DET4

MODEL_A0

MODEL_A1

MODEL_A2

MODEL_A3

MODEL_A4

AFT_UCOM

DET_5V

DET_15V

DET_PNL12V

COND_TEST

STB

SMPOW_

R2049

2.7K

POW_SW

R2019

10K

AFT_UCOM

TH2001

KEY1_

M1103J03

KEY2_

R2023

47K

PNL_DET4

PNL_DET3

PNL_DET2

IC2001

S80927NM

ResetIC

10V

PNL_DET1

PNL_DET0

C2012

10K

R2068

R2072

R2022

R2010

33K

KEY1_

1K

KEY2_

4NC5

CD

C2002 1500P

OUT2VDD3GND

1

C2003

0.1u

R2007

4.7K

PM_REQ

N_SRESET

10

R2071

R2024

F

1K

0.1u 10V

1234567

LED_R

OPC

100K

100

R2050

R2052

10

LED_G

CPU_TXD0_UCOM

76

77

78

79

80

81

82

83

84

85

NC

86

NC

87

88

89

90

91

92

93

94

95

96

97

98

99

100

8

LED_OPC

LED_YOYAKU

R2051

10

RXD_CPU

PM_REQ

SRESET

OPC

QSTEMP

AFT/AGC

KEY1

KEY2

KEY3

NC

MAIN_TEMP

NC

PNL_DET6

PNL_DET5

PNL_DET4

PNL_DET3

PNL_DET2

PNL_DET1

AVSS

PNL_DET0

VREF

AVCC

LED_R

LED_G

LED_OPC

R2042

100

CPU_RXD0_UCOM

75

1

CBOOTS

10

R2070

73

74

CBOOT

VSYNC/DETECT

LED_YOYAKU

AV_LINK_I4CEC_I5RC

CEC_I2

2

3

SP_CEC_I_UCOM

R2057 10K CZ

71

72

CSEN2

AC_DET

TXD_CPU

R2048

HDMI_CEC_I_UCOM

RC

MODEL_A0

BYTE7CNVSS8XCIN

6

4.7K

10

R2044

MODEL_A1

69

MODEL_A170MODEL_A0

67

MODEL_B068MODEL_C1

XCOUT10RESET11XOUT12VSS

9

R2026 10K

POW_SW

66

POW_SW

65

C2010

0.1u 10V

R2078

10K

64

HDMI_SCDT

R2034

SYNC_DET

IC2002

IXC331WJQZ

0

RS_ON

63

13

J

RS_ON

XIN

123

62

VSS

VCC1

14

C2008

0.1u 10V

61

DPOW/LINKPOW

15NC16

R2036

1M

X2002

ZA023WJQZ

R2028 10K

20MHz

60

VCC2

P8_4

R2018 10K

SMPOW_

COND_TEST

58

59

SMPOW

ACCESS_G18DET_SYNC

17

DET_SYNC

U_D

57

COND_TEST

19

ILL_LED

U_D

ILL_LED

L_R

TEMP1

TEMP2

TEMP3

O_S_SET

ROMSEL0

51

52

53

55

56

L_R

TEMP3

FRAME

MUTE_A_ALL

CEC_O

AV_LINK_O

20

21

22

R2002 100K

10

R2029

R2077 100

HDMI_CEC_O_UCOM

MUTE_A_ALL

TEMP154TEMP2

N_SYSTEM_RST

CEC_O2

DET_COND

IRPASS

23

24

10

R2058

SP_CEC_O_UCOM

IRPASS

O_S_SET

EXE_LED

RXD_DBGP

TXD_DBGP

MODEL_A2

MODEL_A3

MODEL_A4

ERR_PNL

DET_POW5

DET_POW4

DET_POW3

DET_POW2

DET_POW1

DET_POW0

I2C_SDA

I2C_SCL

W_PROT_M

R2064

ROMSEL0

STB

EPM

BUSY

SCLK

RXD

TXD

25

10

DET_COND

50

49

NC

48

47

46

45

44

CE

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

R2038

0

R2011

4.7K

MODEL_A2

MODEL_A3

MODEL_A4

ERR_PNL

DET_PNL12V

DET_15V

STB

DET_5V

R2015

R2031

10K

R2061

10

R2060

10

FRAME

CPU_RXD0_UCOM

CPU_TXD0_UCOM

R2016

10K

GND_B

Q2003

RT1P141U

VS

FB2006 A378WJQZ

1234567

A378WJQZ

A375WJQZ

FB2008 A375WJQZ

FB2009 A375WJQZ

FB2010 A375WJQZ

FB2011 A375WJQZ

A375WJQZ

FB2005

FB2014

A378WJQZ

FB2007

FB2012

R2012

10K

MAIN UNIT 8/16

DUNTKE833WE03

(PWBXE833WJ)

TO MAIN20(HT_UCOM)

RC

TO MAIN9(CPU)

RC

TO MAIN13(CONN)

RC

P2003

NA330WJ

TO R/C RA

BU+3.3V

1

OPT+3.3V

2

GND

3

R/C

4

POWG_LED

5

POWR_LED

6

LED_OPC

7

OPC

8

LED_YOYAKU

9

ILL_LED

10

TO MAIN3(AMP IF)

MUTE_A_ALL

TO MAIN5(HDMI_SW1)

HDMI_CEC_O_UCOM

HDMI_CEC_I_UCOM

SP_CEC_O_UCOM

SP_CEC_I_UCOM

TO MAIN13(CONN)

IRPASS

CPU_RXD0_UCOM

CPU_TXD0_UCOM

TO MAIN7(PANEL)

ERR_PNL

DET_COND

DET_SYNC

TO MAIN9(CPU)

RS_BUF_CNT

CNVss

TO MAIN7(PANEL)

ROMSEL0

TEMP3

TEMP2

TEMP1

O_S_SET

U_D

L_R

FRAME

TO MAIN12(EXBUS)

N_SRESET

ROMSEL0

TEMP2

L_R

TO MAIN13(CONN)

N_SRESET

RS_ON

TO MAIN9(CPU)

PM_REQ

CBOOTS

22K

R2062

R2063

A

1

23

GND_B

R2025

10K

8

1097654

1311 191816151412 17

9 – 10

LC-46SB57U/LC-52SB57U

MAIN Unit (9/16)

TO MAIN16(POWER2)

J

TO MAIN15(POWER1)

I

TO MAIN7(PANEL)

H

G

F

E

D

C

B

A

LVDS_TX_0_DATA0_N

LVDS_TX_0_DATA0_P

LVDS_TX_0_DATA1_N

LVDS_TX_0_DATA1_P

LVDS_TX_0_DATA2_N

LVDS_TX_0_DATA2_P

LVDS_TX_0_CLK_N

LVDS_TX_0_CLK_P

LVDS_TX_0_DATA3_N

LVDS_TX_0_DATA3_P

LVDS_TX_0_DATA4_N

LVDS_TX_0_DATA4_P

LVDS_TX_1_DATA0_N

LVDS_TX_1_DATA0_P

LVDS_TX_1_DATA1_N

LVDS_TX_1_DATA1_P

LVDS_TX_1_DATA2_N

LVDS_TX_1_DATA2_P

LVDS_TX_1_DATA3_N

LVDS_TX_1_DATA3_P

LVDS_TX_1_CLK_N

LVDS_TX_1_CLK_P

LVDS_TX_1_DATA4_N

LVDS_TX_1_DATA4_P

TO MAIN12(EXBUS)

TO MAIN18(LAN)

USB:500mA max

TO_MAIN16 (POWER2)

BU_PS_ON

BU3.3V

A3.3V

D3.3V

A1.2V

D1.1V

D1.8V

N_POCE0

N_POCE1

N_ONDOE

N_ONDCE0

N_ONDCE1

N_POOE

N_PARB

N_POWE

ONDA10

ONDA11

ONDA12

ONDA13

ONDD10

ONDD11

ONDD12

ONDD13

ONDD14

ONDD15

A8V

PDD0

PDD1

PDD2

PDD3

PDD4

PDD5

PDD6

PDD7

PAALE

PACLE

ONDA6

ONDA7

ONDA8

ONDA9

ONDD8

ONDD9

5V

10V

KZA616WJQZ

USBAtype Right Angle

C8001

10u

GND_B

ZA172WJQZ

MAIN9 (CPU)

MAIN UNIT 9/16

DUNTKE833WE03

(PWBXE833WJ)

TO MAIN14(EXIF)

CPU_TCK

CPU_TDI

CPU_TDO

CPU_TMS

CPU_TRST

TO MAIN13(CONN)

SCL0

SDA0

SCL1

SDA1

CPU_UARXD2_UCOM

CPU_UATXD2_UCOM

TO MAIN20(HT_UCOM)

CPU_UARXD1_H

CPU_UATXD1_H

TO MAIN2(A_TERM)

30K

R8031

R8032

R8035

R8036

R8037

R8038

R8065

50V

V1_L

30K

V1_R

30K

V2_L

30K

V2_R

30K

V3_L

30K

V3_R

TO MAIN6(HDMI_SW2)

30K

RGB_L

30K

RGB_R

TO MAIN3(AMP I/F)

33

CPU_SPDIF_OUT

C8037

1u

16V

SPOUT_LP

C8038

1u

16V

SPOUT_RP

PGA1OUT_L

PGA1OUT_R

PGA2OUT_L

PGA2OUT_R

TO_MAIN1(TUNER)

R8016

CVBS3

0

CVBS3_CM

TO_MAIN2(A_TERM)

R8018

CVBS1_M

0

R8020

CVBS2_M

0

Y_SIG1

C_SIG1

R8072

18

COMP1_Y

R8024

56

COMP1_Y_CM

R8073

COMP1_PB

R8025

56

R8074

COMP1_PR

R8026

56

COMP1_PBR_CM

R8075

COMP2_Y

R8027

56

COMP2_Y_CM

R8076

COMP2_PB

R8028

56

R8077

COMP2_PR

R8029

56

COMP2_PBR_CM

TO_MAIN6(HDMI_SW2)

GND_B

PCIN_R

PC_R_CM

PCIN_B

PC_B_CM

PCIN_G

PC_G_CM

PCIN_HD

PCIN_VD

TO_MAIN1(TUNER)

SIF

SIF_CM

TO_MAIN13(CONN)

GND_B

TUN_SCL

TUN_SDA

TO_MAIN1(TUNER)

TUN_AD_CTL

IF_AGC

IF_P

IF_N

AFT_CPU

C8101

10u

KZA616WJQZ

C8083 1000P 50V

SD_Y1N

LVDS_TX_1_DATA3_P

LVDS_TX_1_DATA3_N

LVDS_TX_0_DATA3_P

LVDS_TX_0_DATA3_N

KZA616WJQZ

C8102

10u

C8084 1000P

50V

K18K17K16K15K14K13K12

N18N17N16N15N14

P18

R18

T18

U18

SD_PR1

SD_Y1

CPU_BU_3.3V

LVDS_TX_1_DATA4_P

LVDS_TX_1_DATA4_N

LVDS_TX_0_DATA4_P

C19C18C17C16C15C14C13C12C11C10C9C8C7C6C5

LVDS_TX_0_DATA4_N

D19D18D17D16D15D14D13D11D10D8D7D6D5

E23E22E21E20E19E18E17E16E15E14E13E12E11E10E9E8E7E6

CPU_UATXD2_UCOM

G25

DACOUT1

CPU_UARXD2_UCOM

H25

K25

L25

N25

P25

R25

T25

T24

U25

U24

V24

W24

R8009

4.7K

Y24

AJ25

AJ24

NC

AK24

C8087

C8088

C8086

0.1u 10V

C8085 1000P

50V

L19L18L17L16L15L14L13L12

M19M18M17M16M15M14M13

N19

P19

R19

T19

V20

W20

Y20

AF20 AF21NCAF22 AF23 AF26

AG20 AG21 AG22 AG23 AG24 AG26 AG27

AH20 AH21 AH22 AH23NCAH24 AH25 AH26 AH27 AH28

SOY0

NC

AJ19 AJ20

SD_PB1

NC

AK20

SD_PBR1N

C8089

0.1u

0.01u

10V

25V

SD_PR0SOY1

SD_PB0

SD_PBR0N

T23

U23

U22

V23

V22

W23

W22

Y23

Y22

R8008

560

NC

AJ22

AJ23

AK22

T21

U21

V21

W21

Y21

SD_Y0N

AJ21

SD_Y0

CPU_TDO

CPU_TCK

CPU_TMSCPU_TDI

C27C26C25C24C23C22C21C20

CPU_TRST

D27D26D25D24D23D22D21D20

I2CEXT

E27

E26E24

F26

CPU_UATXD1_H

G27

G26

CPU_UARXD1_H

H27

H26

J27

K27

K26

L26

C8090

0.1u 25V

M27

PGA1OUT_L PGA1OUT_R PGA0OUT_R PGA0OUT_L

N26

N27

C8007

0.1u

10V

P26

R26

C8005

C8006

0.1u

10u

10V

T27

T26

GND_B

U27

U26

V27

V26

AIN0_R AIN0_L AIN1_R AIN1_L

W27

W26

Y27

Y26

NC

AA27

AA26

AB27

AB26

SD_INCM_SIF1

SD_SIF1

AC27

AC26

AD27

AD26

AE27

AE26

CPU_TP0

R8010

AF27

0

CPU_TN0

R8046

4.7K

KEY1_CPU

AJ27

AJ26

AK27

AK26

N_CPU_RST

GND_B

OPWM1

NC

GND_B

CKZ

SD_CVBSN

SD_CVBS1 SD_CVBS2

R8047

4.7K

CPU_ADIN5 THERMO_CPU

STB_CPU

HCOM_SCLK

CPU_TS0_DATA_I

D28

E28

RST_FLS_CPU

F28

FLASH_W_CPU

G28

TUN_RF_SW

H28

J28

K28

L28

NC

M28

N28

C8008

10u

CKZ

P28

NC

R28

NC

T28

U28

AIN2_R AIN2_LAIN3_R AIN3_L

V28

W28

Y28

AA28

AB28

AC28

AD28

AE28

NC

AF28

NC

AG28

AJ28

AK28 AK29

HCOM_MSO

CPU_TS0_VALID_I

HCOM_MSI

CPU_TS0_CLK_I

B29B28B27B26B25B24B23B22B21B20B19B18B17B16B15B14B13B12B11B10B9B8B7B6B5B4B3

CPU_TS0_SYNC_I

C29

TS_VAL_O

CBOOTS

TS_CLK_O

D29

TS_SYN_O

TS_DAT_O

E29

RS_BUF_CNT

F29

PM_REQ

G29

H29

SCL0 SDA0

J29

SCL1 SDA1

K29

L29

PGA2OUT_R PGA2OUT_L

M29

N29

C8009

0.1u 10V

P29

NC

R29

NC

T29

U29

V29

W29

XTALI

Y29

AA29

IF_P

AB29

IF_N

AC29

AD29

SD_CVBS0

AE29

SD_CVBS3

AF29

NC

AG29

NC

AH29

AJ29

CPU_ADIN4CPU_ADIN6

CNVss

TUN_GAIN_SW

TUN_AD_CTL

GND_B

SD_L1SD_C1

KEY2_CPU

W30

AB30

AC30

AE30

AF30

AH30

AJ30

A30A29A28A27A26A25A24A23A22A21A20A19A18A17A16A15A14A13A11A10A8A7A5A4A3A2

B30

C30

D30

F30

G30

OPT_OUT

J30

K30

M30

N30

R30

T30

V30

Y30

AK30

CPU_TCK

CPU_TDI

CPU_TDO

CPU_TMS

CPU_TRST

SCL0

SDA0

SCL1

SDA1

CPU_UARXD2_UCOM

CPU_UATXD2_UCOM

CPU_UARXD1_H

CPU_UATXD1_H

AIN1_L

AIN1_R

R8033

AIN2_L

R8034

AIN2_R

AIN3_L

AIN3_R

AIN0_L

SD_CVBS0

SD_CVBSN

SD_CVBS1

SD_CVBS2

SD_L1

SD_C1

SOY0

SD_Y0

SD_Y0N

SD_PB0

SD_PR0

SD_PBR0N

SOY1

SD_Y1

SD_Y1N

SD_PB1

SD_PR1

SD_PBR1N

SD_R

SD_RN

SD_B

SD_BN

SD_G

SD_GN

SOG

PCIN_HD

PCIN_VD

SD_SIF1

SD_INCM_SIF1

AIN0_R

OPT_OUT

PGA0OUT_L

PGA0OUT_R

PGA1OUT_L

PGA1OUT_R

PGA2OUT_L

PGA2OUT_R

C8016

0.047u

C8017

1u

C8018

0.047u

C8019

0.047u

C8020

0.047u

C8021

0.047u

C8023

0.01u

C8091

0.01u

C8024

0.01u

C8025

0.01u

C8026

0.01u

C8027

0.01u

C8093

0.01u

C8028

0.01u

C8029

0.01u

C8030

0.01u

4700P

10V

C8022

4700P

25V

C8092

4700P

25V

C8031

25V

C8094

0.01u 25V

C8032

25V

C8095

0.01u 25V

C8033

25V

C8034

0.01u 25V

C8096

50V

C8035

0.01u 25V

C8036

0.01u 25V

R8079

75

IF_AGC

TUN_SDA

TUN_SCL

C8010

10u

CKZ

NC

XTALO

C8011

0.1u 10V

GND_B

NC

AFT_CPU

NC

C8013 10P

R8012

50V

0

D

X8001

R8011

SCA039WJ

1M

27MHz

R8013

C8012

0

12P 50V G

GND_B

TO_MAIN8(UCOM)

KEY1_CPU

KEY2_CPU

POW_SW_CPU

THERMO_CPU

CPU_ADIN6

TO_MAIN13(CONN)

SP_DDC5V_EXT

SP_HPD_EXT

HDMI_WP

CPU_UARXD0_RS

CPU_UATXD0_RS

TO_MAIN16(POWER2)

PNL_ON

SMPOWHOLD

TO_MAIN12(EXBUS)

SMPOWHOLD

TO_MAIN17(SP_IF)

SP_DDC5V_EXT

SP_HPD_EXT

TO_MAIN5(HDMI_SW1)

HDMI_WP

TO_MAIN6(HDMI_SW2)

HDMI_WP

TO_MAIN12(EXBUS)

N_CPU_RST

TO_MAIN8(UCOM)

RC

R8054

10K

GND_B

C8062

0.1u

123

R8078 1K

C8039

4.7u 10V

KZA067WJ

C8040

C8041

C8042

C8043

C8044

DDR_VREF

DDR_DQ0

DDR_DQ1

DDR_DQ2

DDR_DQ3

DDR_DQ4

DDR_DQ5

DDR_DQ6

DDR_DQ7

DDR_DQ8

DDR_DQ9

DDR_DQ10

DDR_DQ11

DDR_DQ12

DDR_DQ13

DDR_DQ14

DDR_DQ15

DDR_DQ16

DDR_DQ17

DDR_DQ18

DDR_DQ19

DDR_DQ20

DDR_DQ21

DDR_DQ22

DDR_DQ23

DDR_DQ24

DDR_DQ25

DDR_DQ26

DDR_DQ27

DDR_DQ28

DDR_DQ29

DDR_DQ30

DDR_DQ31

DDR_DQM0

DDR_DQM1

DDR_DQM2

DDR_DQM3

DDR_DQS0

DDR_DQS1

DDR_DQS2

DDR_DQS3

DDR_ODT0

N_DDR_WE

N_DDR_CAS

N_DDR_RAS

N_DDR_CS0

DDR_BA0

DDR_BA1

DDR_BA2

DDR_A10

DDR_A11

DDR_A12

DDR_CKE

DDR_CK0P

DDR_CK0N

DDR_CK1P

DDR_CK1N

DDR_A0

DDR_A1

DDR_A2

DDR_A3

DDR_A4

DDR_A5

DDR_A6

DDR_A7

DDR_A8

DDR_A9

0.1u

10V

TO_MAIN5(HDMI_SW1)

VA8002

VXA074WJ

39V

1.1pF

C8045

0.01u 25V

GND_B

TMDS_SW_D1P

TMDS_SW_D1N

TMDS_SW_D2P

TMDS_SW_D2N

TMDS_SW_D0P

TMDS_SW_D0N

TMDS_SW_CLKP

TMDS_SW_CLKN

*R8061

4.7K *C8098

F

*R8062

4.7K

F

*C8097

1u

16V

TO_MAIN12(EXBUS)

TO_MAIN7(PANEL)

TO_MAIN12(EXBUS)

TO_MAIN2(A_TERM)

TO_MAIN8(UCOM)

TO_MAIN20(HT_UCOM)

TO_MAIN13(CONN)

TO_MAIN1(TUNER)

CEC_CPU

470P 50V

LVDS_SEL

PWM_ANA_SW

SOUSA_WP

PNL_I2C_EN

RS_BUF_CNT

RST_FLS_CPU

HCOM_RST

HCOM_SCLK

HCOM_MSO

HCOM_MSI

TUN_GAIN_SW

TUN_RF_SW

USB_PWRFLT0

USB_PWRON0

SHIP_EN

STB_CPU

USB_DP0

USB_DN0

PNL_EN

PNL_WP

C1_PLG

C2_PLG

S1_PLG

V1_PLG

V3_PLG

PM_REQ

CBOOTS

I2CEXT

GND_B

R8039

1K CZ

D8001

PXA018WJ

LED0

OPWM1

OPWM2

CNVss

R8052

R8049

4.7K

*R8051

4.7K

R8056

4.7K

R8063

4.7K

A1

B1

C1

DDR_DQ4

D1

DDR_DQ3

E1

N_DDR_DQS0

G1

DDR_DQM0

H1

DDR_DQS1

DDR_DQ11

DDR_DQ12 DDR_DQ10

K1

DDR_DQ13

L1

DDR_CK0P DDR_CK0N

N_DDR_CS0

N_DDR_CAS

N1

DDR_A6

P1

T1

DDR_A12

U1

DDR_A3

V1

DDR_BA0

DDR_BA1

W1

N_DDR_WE

DDR_CKE

DDR_DQ20 DDR_DQ19

AA1

DDR_DQ22 DDR_DQ17

AB1

N_DDR_DQS2

DDR_DQS2

DDR_DQS3

AD1

AE1

DDR_DQ26 DDR_DQ24 DDR_DQ29

C1_PLG

DDR_CK1P DDR_CK1N

AG1

R8003 100

AH1 S1_PLG

C2_PLG

CPU_HDMI_HPD_SW

AJ1 V1_PLG

V3_PLG

LED0

B2

C2

D2

E2

DDR_DQ6

F2

DDR_DQS0

G2

H2

N_DDR_DQS1

J2

K2

L2

M2

N2

DDR_A2

P2

DDR_A1 DDR_A11

R2

T2

U2

DDR_A7

V2

W2

Y2

AA2

AB2

AC2

N_DDR_DQS3

AD2

AE2

AF2

AG2

R8004

F

39

AH2

AJ2 AJ3 AJ4NCAJ5 AJ6 AJ7 AJ8 AJ9 AJ10

AK2 AK3

0.1u

10V

TO MAIN10(DDR)

N_DDR_DQS0

N_DDR_DQS1

N_DDR_DQS2

N_DDR_DQS3

R8058

R8060

4.7K

J8001

FB8001

4

USB_DP

USB_DN

GND

+5V

VIN2GND3EN

C8002

0.1u 10V

VOUT

IC8002

BD6538G

1

A206WJ

3

2

1

VA8001

VXA074WJ FB8002 A206WJ

39V

1.1pF

4OC5

C8004

4.7u 10V

KZA067WJ

R8001 100

C8003

R8002

0.1u 10K

10V

N_PARB

N_ONDCE1

C3

D3

E3

DDR_DQ1

F3

G3

H3

J3

K3

L3

M3

DDR_A0

N3

DDR_A8

P3

R3

T3

DDR_A9

U3

V3

DDR_A5

W3

DDR_BA2

Y3

AA3

AB3

AC3

AD3

AE3

AF3

AG3

F

AH3

R8005

5.1K F

GND_B

C8051

C8052

0.1u

10u

10V

KZA616WJQZ

PNL_WP

ONDA12

LVDS_SEL

ONDA13

OPWM2

N_ONDOE N_ONDCE0

C4

D4

E4

E5

F4

F5

DDR_DQ7

G4

G5

DDR_DQ0

DDR_DQ2

H4

H5

DDR_DQ5

J4

J5

DDR_DQM1

K4

K5

DDR_DQ14

DDR_DQ9

L4

L5

M4

M5

DDR_ODT0

N4

N5

N_DDR_RAS

DDR_A4

P4

P5

R4

R5

T4

T5

DDR_A10

U4

U5

V4

V5

DDR_VREF

W4

W5

DDR_DQ18 DDR_DQ21

Y4

Y5

DDR_DQ23 DDR_DQ16

AA4

AA5

AB4

AB5

DDR_DQM2

AC4

AC5

DDR_DQM3

AD4

AD5

DDR_DQ25

DDR_DQ27DDR_DQ31

AE4

AE5

DDR_DQ30

AF4

AF5

AG4

AG5

AH4

AH5

USB_PWRON0

USB_DN0

NC

AK4

AK5 AK6

USB_DP0

C8054

C8053

C8055

C8056

C8057

C8058

0.1u

10V

A3.3V

ONDA10

SOUSA_WP

PNL_I2C_EN

PNL_EN

SHIP_EN

HCOM_RST

HDMI_SW_SEL1

HDMI_SW2_SEL2

HDMI_SW_SEL2

PWM_ANA_SW

HDMI_SW2_SEL1

F6

G6

H6

J6

K6

L6

DDR_DQ15DDR_DQ8

M6

NC

N6

P6

R6

NC

Y6

AA6

DDR_DQ28

AB6

AB7

AC6

AD6

AE6

AF6

AF7

AG6

AG7

USB_PWRFLT0

AH6

AH7

TMDS_SW_D0N

TMDS_SW_CLKN

AK7

TMDS_SW_D0P

TMDS_SW_CLKP

C8059

0.1u

10V

ONDA6

ONDA7

ONDA8ONDA9

G8

AF8

R8006

0

AG8

AH8

TMDS_SW_D2N

TMDS_SW_D1N

AK8

AK9

TMDS_SW_D2P

TMDS_SW_D1P

AF9

AG9

SP_DDC5V_EXT

AH9

SP_HPD_EXT

GND_B

PDD5

N_POCE1N_POOE PDD0

PDD2

ONDD15

N_POCE0

ONDA11

M10

N10

P10

R10

T10

U10

V10

W10

Y10

AA10

AB10

C8060

0.1u 10V

AG10

AH10

SDA_HDMI_SW

AK10

SCL_HDMI_SW

Q8001

HN7G04FUA

C8061

0.1u 10V

PNL_ON

CPU_HDMI_HPG_IN5

HDMI_SW1_TPWR

OPWM0

RC

10V

456

PDD3

PDD7

PAALE

PDD6

ONDD10

ONDD11

ONDD13 ONDD14

ONDD12

C8067

0.1u 10V

0.01u 25V

L11

M11

M12

N11

N12

P11

P12

R11

R12

T11

T12

U11

U12

V11

V12

W11

W12

Y12 Y13 Y14 Y15 Y16 Y17 Y18

Y11

AA12 AA13 AA14 AA15 AA16 AA17 AA18

AA11

AB12 AB13 AB14 AB15 AB16 AB17 AB18 AB20

AB11

C8063

C8065

C8069

0.1u

10V

AF12

AF11

POW_SW_CPU

HDMI_WP

AG12

AG11

DBG_uP_TX

SMPOWHOLD

AH12

AH11

DBG_uP_RX

OPWRSB

AJ11

AJ12

CPU_UARXD0_RS

AK11 AK13

CPU_UATXD0_RS

CEC_CPU

C8066

C8064

0.1u

0.1u 10V

10V

LVDS_TX_1_DATA0_P

PDD1

LVDS_TX_1_DATA0_N

PACLE

LVDS_TX_0_DATA0_P

PDD4

LVDS_TX_0_DATA0_N

ONDD8

N_POWE

ONDD9

F13F12F11F10F9F8F7

C8070

C8073

0.1u

10V

C8068

C8071

C8074

0.01u

25V

N13

P14

P13

R14

R13

T14

T13

U14

U13

V14 V15 V16 V17 V18

V13

W13 W14 W15 W16 W17 W18

C8072

C8075

C8046

0.1u

10V

AF13 AF14 AF15 AF16 AF17 AF18 AF19

AG13 AG14 AG15 AG16 AG17 AG18 AG19

R8048

4.7K

AH13 AH14 AH15 AH16 AH17 AH18 AH19

OPCTRL8

AJ13

AJ14 AJ15 AJ16

PCIN_VD SD_RN

AK14

PCIN_HD

LVDS_TX_1_DATA1_P

LVDS_TX_1_DATA1_N

LVDS_TX_0_DATA1_P

LVDS_TX_0_DATA1_N

C8076

C8078

0.1u

10V

C8077

C8079

0.01u

25V

R15

IC8001

IXC579WJQZ

T15

U15 U16 U17

R8007

0

SD_B

SD_BN

LVDS_TX_1_DATA2_P

LVDS_TX_1_CLK_P

LVDS_TX_1_DATA2_N

LVDS_TX_1_CLK_N

LVDS_TX_0_DATA2_P

LVDS_TX_0_CLK_P

LVDS_TX_0_DATA2_N

LVDS_TX_0_CLK_N

C8080

C8099

C8100

10u

0.1u 10V

KZA616WJQZ

C8081

C8082

1000P

50V

P17P16P15

R16

R17

T16

T17

RDA8001

v

SOG

AJ17 AJ18

SD_GN

AK16 AK17 AK19

SD_R

SD_G

1

23

8

1097654

1311 191816151412 17

9 – 11

LC-46SB57U/LC-52SB57U

MAIN Unit (10/16)

J

I

H

G

F

E

D

C

B

A

TO MAIN15(POWER1)

D1.8V

TO MAIN9(CPU)

DDR_VREF

TO MAIN9(CPU)

DDR_A0

DDR_A1

DDR_A2

DDR_A3

DDR_A4

DDR_A5

DDR_A6

DDR_A7

DDR_A8

DDR_A9

DDR_A10

DDR_A11

DDR_A12

DDR_BA0

DDR_BA1

DDR_BA2

DDR_CKE

N_DDR_CS0

N_DDR_RAS

N_DDR_CAS

N_DDR_WE

DDR_ODT0

DDR_CK0P

DDR_CK0N

DDR_CK1P

DDR_CK1N

R8151 0

R8152 0

R8153 0

R8154 0

DDR_A0

DDR_A1

DDR_A2

DDR_A3

DDR_A4

DDR_A5

DDR_A6

DDR_A7

DDR_A8

DDR_A9

DDR_A10

DDR_A11

DDR_A12

DDR_BA0

DDR_BA1

DDR_BA2

DDR_CKE

N_DDR_CS0

N_DDR_RAS

N_DDR_CAS

N_DDR_WE

DDR_ODT0

DDRM_CK0P

DDRM_CK0N

DDRM_CK1P

DDRM_CK1N

DDR_CKE DDRM_CKE

N_DDR_WE

DDR_BA2

DDR_BA0

DDR_BA1 DDRM_BA1

DDR_A3 DDRM_A3

DDR_A7

DDR_A12

DDR_A9 DDRM_A9

DDR_A1

DDR_A2

DDR_A6

DDR_A0

N_DDR_CS0

N_DDR_CAS

DDR_ODT0 DDRM_ODT0

N_DDR_RAS

DDR_A8

DDR_A11

DDR_A10 DDRM_A10

DDR_A5

*R818110VRS

N_DDRM_WE

78

DDRM_BA2

56

DDRM_BA0

34

12

*R818210VRS

78

DDRM_A7

56

DDRM_A12

34

12

*R818310VRS

DDRM_A1

78

DDRM_A2

56

DDRM_A6

34

12

*R818410VRS

DDRM_A0

N_DDRM_CS0

78

N_DDRM_CAS

56

34

12

*R818510VRS

N_DDRM_RAS

78

DDRM_A4DDR_A4

56

DDRM_A8

34

12

*R818610VRS

DDRM_A11

78

DDRM_A5

56

34

12

DDRM_CK0P

DDRM_CK0N

DDRM_CK1P

DDRM_CK1N

MAIN10 (DDR)

MAIN UNIT 10/16

10V

C8174

1u

KZA520WJQZ

GND_B

0.1u

C8175

10V

C8176

1u

KZA520WJQZ

100

R8157

100

R8158

0.1u

C8177

NC

A1

B1

DDR_DQ14

C1

D1

DDR_DQ12

E1

F1

DDR_DQ6 DDR_DQS0

G1

DDR_DQ4

H1

J1

DDRM_CKE

DDRM_BA2

DDRM_BA0

L1

DDRM_A10

N1

DDRM_A12

R1 R2 R3

A1

B1

DDR_DQ30

C1

D1

DDR_DQ28

E1

F1

DDR_DQ22

G1

DDR_DQ20

H1

J1

DDRM_CKE

DDRM_BA2

L1

DDRM_A10

N1

DDRM_A12

R1 R2 R3

A3A2

B3

B2

DDR_DQM1

C3

C2

DDR_DQ9

D3

D2

DDR_DQ11

NC

E3

E2

F3

F2

DDR_DQM0

G3

G2

DDR_DQ1

DDR_DQ3

H3

H2

DDR_VREF

C8178

J2

J3

0.1u

N_DDRM_WE

K2

K3

DDRM_BA1

L2

L3

DDRM_A1

M2

M3

DDRM_A5

N2

N3

DDRM_A7

DDRM_A9 DDRM_A8

P2 P3

NC

A3A2

B3

B2

DDR_DQM3

C3

C2

DDR_DQ25

D3

D2

NC

E3

E2

F3

F2

DDR_DQM2

G3

G2

DDR_DQ17

DDR_DQ19

H3

H2

DDR_VREF

J2

J3

0.1u

C8179

N_DDRM_WE

K2

K3

DDRM_BA1

L3

L2

DDRM_A1 DDRM_A2

M3

M2

DDRM_A3

DDRM_A5

N3

N2

DDRM_A9

DDRM_A7

P2 P3

NC

0.1u

C8180

0.1u

C8181

*IC8152

IXC768WJQZ

DDR2 MEMORY

512Mbit 1066M

0.1u

C8182

0.1u

C8183

*IC8153

IXC768WJQZ

DDR2 MEMORY

512Mbit 1066M

C8184

C8186

C8185

10u 10V

KZA616WJQZ

0.1u

C8187

10u 10V

0.1u

C8188

0.1u

C8189

N_DDRM_RAS

N_DDRM_CAS

KZA616WJQZ

N_DDRM_RAS

N_DDRM_CAS

DDR_DQS1

C7

D7

DDR_DQ10

E7

F7

G7

DDR_DQ2

H7

J7

K7

L7

DDRM_A2

M7

DDRM_A6DDRM_A3

N7

DDRM_A11

P7 P8

R7NCR8

DDR_DQS3

C7

D7

DDR_DQ26DDR_DQ27

E7

F7

DDR_DQS2

G7

DDR_DQ18

H7

K7

L7

M7

DDRM_A6

N7

DDRM_A11

P7 P8

R7NCR8

A9A8A7

N_DDR_DQS1

B8B7

B9

DDR_DQ15

C8

C9

DDR_DQ8

D8

D9

DDR_DQ13

E8

DDR_DQ0

DDRM_A0

DDRM_A4

DDR_DQ24

DDR_DQ16

DDRM_A0

DDRM_A4

DDRM_A8

E9

F8

F9

DDR_DQ7

G8

G9

DDR_DQ5

H8

H9

J8

J9

DDRM_ODT0

K8

K9

L8

M8

M9

N8

P9

NC

A9A8A7

B9

B8B7

DDR_DQ31

C9

C8

D9

D8

DDR_DQ29

E9

E8

F9

F8

DDR_DQ23

G9

G8

DDR_DQ21

H9

H8

J9

J8

DDRM_ODT0

K9

K8

L8

M8

M9

N8

P9

NC

10V

C8190

1u

C8191

1u

KZA520WJQZ

10V

KZA520WJQZ

N_DDR_DQS0

DDRM_CK0P

DDRM_CK0N

N_DDRM_CS0

N_DDR_DQS3

N_DDR_DQS2

DDRM_CK1P

J7

DDRM_CK1N

N_DDRM_CS0DDRM_BA0

DUNTKE833WE03

(PWBXE833WJ)

TO MAIN9(CPU)

DDR_DQ0

DDR_DQ1

DDR_DQ2

DDR_DQ3

DDR_DQ4

DDR_DQ5

DDR_DQ6

DDR_DQ7

DDR_DQ8

DDR_DQ9

DDR_DQ10

DDR_DQ11

DDR_DQ12

DDR_DQ13

DDR_DQ14

DDR_DQ15

DDR_DQ16

DDR_DQ17

DDR_DQ18

DDR_DQ19

DDR_DQ20

DDR_DQ21

DDR_DQ22

DDR_DQ23

DDR_DQ24

DDR_DQ25

DDR_DQ26

DDR_DQ27

DDR_DQ28

DDR_DQ29

DDR_DQ30

DDR_DQ31

DDR_DQM0

DDR_DQM1

DDR_DQM2

DDR_DQM3

DDR_DQS0

N_DDR_DQS0

DDR_DQS1

N_DDR_DQS1

DDR_DQS2

N_DDR_DQS2

DDR_DQS3

N_DDR_DQS3

1

23

8

1097654

1311 191816151412 17

9 – 12

MAIN Unit (11/16)

LC-46SB57U/LC-52SB57U

J

I

TO MAIN15(POWER1)

H

G

F

E

D

C

TO MAIN12(EXBUS)

D3.3V

N_POCE1

N_POOE

PDD0

PDD1

PDD2

PDD3

PDD4

PDD5

PDD6

PDD7

PAALE

PACLE

N_PARB

N_POWE

N_POCE1

N_POOE

PDD0

PDD1

PDD2

PDD3

PDD4

PDD5

PDD6

PDD7

PAALE

PACLE

N_PARB

N_POWE

N_PARB

N_POOE

N_POCE1

PACLE

PAALE

N_POWE

R8451

47

4.7K

R8453

R8455

C8455

0.1u CZB

4.7K

MAIN11 (EPROM)

MAIN UNIT 11/16

DUNTKE833WE03

(PWBXE833WJ)

TO MAIN16(POWER2)

IC8453

IXC721WJQZ

512Mbit

I/O7

I/O6

I/O5

I/O4

I/O3

I/O1

I/O0

I/O2

PRE

VCC

VSS

48

NC

0.0

47

NC

0.0

46

NC

0.0

45

NC

0.0

44

0.0

43

0.0

42

0.0

41

0.0

40

NC

0.0

39

NC

0.0

38

0.0

37

3.3

36

0.0

35

NC

0.0

34

NC

0.0

33

NC

0.0

32

0.0

31

0.0

30

0.0

29

0.0

28

NC

0.0

27

NC

0.0

26

NC

0.0

25

NC

0.0

7

5

3

1

C8456

0.1u CZB

7

5

3

1

R8458

0

R8459

0

PDD7

8

PDD6

6

PDD5

4

PDD4

2

R8463 0

CZ

PDD3

8

PDD2

6

PDD1

4

PDD0

2

R8462 0

CZ

0.0

3.3

0.0

1

0.0

2

0.0

3A2

0.0

4

1

NC

0.0

NC

2

0.0

NC

3

0.0

4

NC

0.0

5

NC

0.0

NC

6

0.0

7

R/B#

3.3

8

RE#

3.3

CE#

9

3.3

NC

10

0.0

11

NC

0.0

12

VCC

3.3

13

VSS

0.0

14

NC

0.0

NC

15

0.0

CLE

16

0.0

ALE

17

0.0

WE#

18

3.3

19

WP#

3.3

NC

20

0.0

NC

21

0.0

NC

22

0.0

23

NC

0.0

24

NC

0.0

E0

1

E1

2

E2

3

VSS

4

IC8451

CZB

C8460

A0

A1

GND 5SDA

IC8454

S24CS64A

EEPROM

0.1u

CZB

C8451

0.1u

VCC

SCL

SDA

VCC

SCL

3.3

8

3.1

WC

7

3.3

6

3.3

5

47

R8456

R8457

CZ

3.3

8

0.0

7WP

3.3

6

3.3

47

R8474

R8475

CZ

5V

TO MAIN13(CONN)

I2CEXT

SCL0

SDA0

SCL1

SDA1

B

GND_B

A

1

23

8

1097654

1311 191816151412 17

9 – 13

LC-46SB57U/LC-52SB57U

MAIN Unit (12/16)

J

I

MAIN12 (EXBUS)

TO MAIN8(UCOM)

L_R

TO MAIN15(POWER1)

TO MAIN16(POWER2)

D3.3V

H

TO MAIN9(CPU)

N_POCE0

N_POCE1

N_POOE

G

F

PDD0

PDD1

PDD2

PDD3

PDD4

PDD5

PDD6

PDD7

PAALE

PACLE

N_PARB

N_POWE

OPWM2

E

TO MAIN8(UCOM)

N_SRESET

R9326

N_POCE0

N_POCE1

N_POOE

PDD0

PDD1

PDD2

PDD3

PDD4

PDD5

PDD6

PDD7

PAALE

PACLE

N_PARB

N_POWE

1K CZ

R9302

3.3K CZ

R9305

4.7K CZ

N_POCE1

N_POOE

PDD0

PDD1

PDD2

PDD3

PDD4

PDD5

PDD6

PDD7

PAALE

PACLE

N_PARB

N_POWE

TO MAIN9(CPU)

SMPOWHOLD

D

N_CPU_RST

R9308

4.7K

C9301

CZ

0.1u

10V

TO MAIN1(TUNER)

IC9301

TO MAIN19(HOTEL)

N_CPU_RST

AHC1G08W

45

GND

C

123

R9319

TO MAIN14(EXIF)

Vcc

4.7K CZ

GND_B

B

TO MAIN11(EPROM)

N_POCE1

N_POOE

PDD0

PDD1

PDD2

PDD3

PDD4

PDD5

PDD6

PDD7

PAALE

PACLE

N_PARB

N_POWE

R9301 47K CZ

60

58

56

54

52

DET_PNL12V

50

48

46

44

PNL_EN

42

40

SHIP_EN

38

36

LVDS_SEL

34

32

ROMSEL0

30

28

TEMP2

26

24

L_R

22

20

18

16

D9304

1PS184

3.2

2.8

1

3

0.0

2

MAIN UNIT 12/16

DUNTKE833WE03

(PWBXE833WJ)

14

12

10

8

6

4

2

TO PC-CARD (Flash Memory Card)

*SC9302

WA562WJQZ

TEMP2

ROMSEL0

DET_PNL12V

TO MAIN9(CPU)

LVDS_SEL

SHIP_EN

PNL_EN

59

57

55

53

51

49

47

45

43

41

39

37

35

33

31

29

27

25

23

21

19

17

15

13

11

9

7

5

3

1

A

1

23

8

1097654

1311 191816151412 17

9 – 14

LC-46SB57U/LC-52SB57U

MAIN Unit (13/16)

J

TO MAIN15(POWER1)

D3.3V

TO MAIN16(POWER2)

BU3.3V

5V

BU5V

I

H

TO MAIN14(EXIF)

G

F

E

D

C

B

A

CPU_TXD0_UCOM

CPU_RXD0_UCOM

TO MAIN8(UCOM)

CPU_TXD0_UCOM

CPU_RXD0_UCOM

TO MAIN9(CPU)

CPU_UARXD0_RS

CPU_UATXD0_RS

CPU_UARXD2_UCOM

CPU_UATXD2_UCOM

TO MAIN8(UCOM)

N_SRESET

TO MAIN9(CPU)

TUN_SCL

TUN_SDA

SCL0

SDA0

SCL1

SDA1

R9008

4.7K

MAIN13 (CONN)

MAIN UNIT 13/16

DUNTKE833WE03

(PWBXE833WJ)

IC9001

TC7W00U

CZF C9003

0.1u

D9002

MA111G

R9002

10K

Z

25V

CZ

Q9001

RN1102

0

R9023

CZ

0

VCC

1234

5678

GND

0

SC9001

*R9007

10K

NC

CZ

NA769WJ

11

9

8

7

6

R9027

4.7K

R9018

5

4

NC

3

2

1

NC

10

CZ

R9028

4.7K

CZ

R9011

R9010

1.8K

10K CZ

FB9003

A192WJ

R9025

R9026

4.7K

CZ

C9006

1

SELECT

2

1A

3

1B

Vcc

G1

1

A1

2

C9004

CZB

0.1u

K

10V

3

R9009

4.7K

CZ

GND_B

4

Y2

GND

IC9002

7WH126FU

BUFFER

8

G2

7

6

Y1

5

A2

4

5

6

7

8

1Y

2A

2B

2Y

GND

IC9004

LCX157FT

16

Vcc

15

/ST

14

4A

13

4B

12

4Y

11

3A

10

3B

3Y

9

CZB C9010

K

0.1u

10V

1

2

3

4

5

NC

6

7

8

R9013

4.7K

CG1JF

C9008

0.1u

CYB

C1-2C1+3NC

1

NC

15

C2-16C2+

IC9003

ADM3101E

ROUT5TIN6NC

NC

C9007

0.1u

CYB

0.1u

CYB

NC

10V-11

12

13

TOUT

RIN14NC

4

9

GND

NC

VCC

7V+8

NC

C9009

0.1u CYB

C9002

RHEX D9007

EXA532WJ

7.5V

D9001 MAZ9120H

0.1u 10V

R9020

100

12

3

NC

R9001 100

TVN

1/10W

TVN

12

NC

D9005

MAZ9120H

1/10W

FB9004

A042WJ

FB9001

A042WJ

R9021

100

1/10W

3

FB9002

A042WJ

TVN

*R9003

10K

CZ

TO MAIN8(UCOM)

IRPASS

TO MAIN8(UCOM)

RC

TO MAIN9(CPU)

I2CEXT

TO MAIN11(EPROM)

I2CEXT

SCL0

SDA0

TO MAIN6(HDMI_SW2)

SCL0

SDA0

TO MAIN7(PANEL)

SCL0

SDA0

TO MAIN3(AMP_IF)

SCL0

SDA0

TO MAIN1(TUNER)

TUN_SCL

TUN_SDA

TO MAIN11(EPROM)

SCL1

SDA1

TO MAIN19(HOTEL)

SCL1

SDA1

TO MAIN7(PANEL)

SCL1

SDA1

TO MAIN5(HDMI_SW1)

SCL1

SDA1

TO MAIN6(HDMI_SW2)

SCL1

SDA1

1

23

8

1097654

1311 191816151412 17

9 – 15

LC-46SB57U/LC-52SB57U

MAIN Unit (14/16)

J

MAIN14 (EXIF)

TO MAIN16(POWER2)

I

MAIN UNIT 14/16

DUNTKE833WE03

SC9201

WA715WJQZ

TO MAIN8(UCOM)

H

PNL_DET0

PNL_DET1

1

2

3

4

PNL_DET2

5

6

G

PNL_DET3

7

8

PNL_DET4

9

10

F

TO MAIN15(POWER1)

SC9202

E

WA715WJQZ

TO MAIN8(UCOM)

MODEL_A0

1

2

MODEL_A1

D

MODEL_A2

3

4

5

6

MODEL_A3

7

8

C

MODEL_A4

9

10

(PWBXE833WJ)

CPU_TCK

CPU_TMS

CPU_TDI

CPU_TDO

N_DBG_RST

CPU_RXD0_UCOM

CPU_TXD0_UCOM

TO MAIN9(CPU)

CPU_TCK

CPU_TMS

CPU_TDI

CPU_TDO

TO MAIN12(EXBUS)

N_DBG_RST

TO MAIN13(CONN)

CPU_RXD0_UCOM

CPU_TXD0_UCOM

GND_B

B

A

1

23

8

1097654

1311 191816151412 17

9 – 16

LC-46SB57U/LC-52SB57U

MAIN Unit (15/16)

J

MAIN UNIT 15/16

DUNTKE833WE03

(PWBXE833WJ)

I

15V(8.5V 16V)

H

TO MAIN16(POWER2)

G

F

E

D

C

B

UR13V

OV_VLT

MAIN15 (POWER1)

R9619

4.7K

C9601

0.01u

CZB

R9612

4.7K

C9604

CZB

7EN8

4700P

25V

COMP

5FB6

0.796

R9625 10K

F

R9611

47K

IC9602

R9610

6.8K

F

0.01u

CZB

C9607

25V

SS

LV5893M

GND

1BS2

C9629

10u

KZA510WJPZ

Vin

3SW4

16V

CZB

C9609

2200P

R9615

4.7

D9601

D1FS4A

VHD

L9601

15uH

PA898WJ

1.9A,77m

C9618

10u

10V

KZA616WJQZ

5.1V 1000mA +USB 500mA

KZA616WJQZ

C9619

10u 10V

CYB C9624

0.1u

5V

25V

R9633

39

IC9606

LV5815M

C9602

0.1u 25V

CYB

C9628

4.7u 10V

KZA067WJ

25V

R9606

8

1BS2

39

CZ

4700P

SS

C9627

25V

NC

7

CZB

EN

Vin

COMP

3SW4

D9604

D1FS4A

VHD

5FB6

10K

0.80

GND

R9622

F

R9623

27K

F

L9604

10uH

2.5A,47m

0.01u

CIL

1

C9608

CZB

R9624

4.7K

PA897WJ

R9630

1/2W

TWF

C9632

KZA616WJQZ

C9631

10u

10V

KZA616WJQZ

R9631

1

25V

SS

10u

10V

1/2W

TWF

C9626

10V

4.7u KZA067WJ

1

2

3

4

GND

NC.

Vout

NC.

A3.3V 350mA

IC9604

MM3443DF

CE

Sub7Vin

5

6

C9605

10V

1u KZA520WJQZ

R9609

4.7K

C9615

CZB

7EN8

4700P

25V

COMP

5FB6

0.796

R9614 10K

F

R9616

12K

IC9603

1.80V 900mA

R9617

560

F

LV5893M

GND

2.7K

CZ

1BS2

C9614 10u

KZA510WJPZ

F

Vin

16V

3

3SW4

D9605 1PS226

CZB

C9635

R9634

4.7

2

1

2200P

L9603

10uH

PA897WJ

2.5A,47m

C9616

KZA616WJQZ D9606 D1FS4A VHD

CIL

10u

10V

C9623

10u

10V

KZA616WJQZ

C9625

10u 10V

KZA616WJQZ

D9609

MA111G

VHD

D9607

EXA507WJ

3.2V

IC9605

1.25V 135mA

5

N.C

A1.25V

4

C9630

4.7u

6.3V

KZA403WJPZ

1

2

3

C9617

1u

10V

KZA520WJQZ

MM3141YN

Vin

GND

ON

Vout

1234567

GND_B

R9602

10K

CG1JF

8

UR13V > 8V EN=High

Q9601

RN1902

456

12 3

0.01u

C9610

0.1u 25V

C9603

3300P

CZB

C9606

CZB

R9620

D9602

EXA523WJ

5.6V

D9603 MA111G

VHD

25V

CYB

10

CZ

R9605

5.6K

7EN8

SS

1BS2IN3SW4

Q9602

RT1N141U

C9636

470P

R9603

2.7K F

10K

5FB6

COMP

GND

VS

R9608

4.7K

CZB

KTC3875SG

R9601

F

D1.1V > 0.8V -> D1.8V START

IC9601

MP2301E

L9602

4.5uH

PA895WJ

3.5A,30m

CZ

R9607

470

Q9603

10K

C9612

0.1u 25V

CYB

R9629

39

J

VS

R9618

R9613

F

1.05V 40mV 1.6A

TO MAIN1(TUNER)

D1.8V

D3.3V

TO MAIN18(LAN)

D3.3V

TO MAIN6(HDMI_SW2)

D3.3V

TO MAIN7(PANEL)

D3.3V

TO MAIN8(UCOM)

D3.3V

TO MAIN3(AMP IF)

D3.3V

TO MAIN2(A_TERM)

D3.3V

TO MAIN11(EPROM)

D3.3V

TO MAIN12(EXBUS)

D3.3V

TO MAIN13(CONN)

D3.3V

TO MAIN19(HOTEL)

D3.3V

TO MAIN14(EXIF)

D3.3V

TO MAIN5(HDMI_SW1)

D3.3V

TO MAIN17(SP_IF)

D3.3V

TO MAIN10(DDR)

D3.3V

D1.8V

TO MAIN9(CPU)

D3.3V

A3.3V

D1.8V

A1.2V

100mA

350mA

450mA

135mA

R9604

J

1.8K C9613

10u

16V

KZA510WJPZ

A

1

23

8

C9611

1000P CZB

R9621

4.7

22u

KZA385WJ

C9620

1097654

6.3V

C9621 22u 6.3V KZA385WJ

C9622

10u 10V

KZA616WJQZ

D1.1V

1311 191816151412 17

2000mA

9 – 17

LC-46SB57U/LC-52SB57U

MAIN Unit (16/16)

J

I

H

G

F

E

D

C

B

PD

UR13V

GND

AC_DET

PS_ON

BU5V

PNL_ON

TO MAIN7(PANEL)

TO MAIN4(AMP)

TO MAIN15(POWER1)

TO MAIN3(AMP_IF)

TO MAIN9(CPU)

TO MAIN8(UCOM)

TO MAIN12(EXBUS)

TO MAIN9(CPU)

P9701

NA181WJ

To Power Unit

UR13V

OV_VLT

UR13V

AC_DET

PNL_ON

BU3.3V

AC_DET

DET_15V

DET_5V

SMPOW

EXT_SMPOWHOLD

SMPOWHOLD

BU_PS_ON

MAIN16 (POWER2)

TO MAIN2(A_TERM)

A5V

IC9703

R9706

15

CZ

FB9702

1

2

3

4

5

6

7

8

9

10

11

A375WJQZ

FB9703

A375WJQZ

FB9704 A375WJQZ

FB9705

A375WJQZ

FB9706 A375WJQZ

FB9707 A375WJQZ

FB9708 A375WJQZ

FB9711 A375WJQZ

FB9709 A074WJ

FB9710

A074WJ

FB9712 A375WJQZ

C9710

1u

10V

KZA520WJQZ

12

*FB9701 A074WJ

5V

D9703

1

2

R9738

100K

CZ

R9739

33K CZ

D9713 1PS184

F

VHD

MA111G

GND_B

3

Q9701

RN4982

TCR5SB33

VIn

1

GND

2

ON

3

12 3

Vout

N.C

R9736

456

10KCZJ

R9705

1K

CZ

5

4

C9709

0.01u 25V

C9713

4.7u

6.3V

KZA403WJPZ

VHD D9701

MA111G

Q9702

RN4982

4

5

6

C9719

1u 25V

KZA104WJ

CZ

R9740

27K

R9741

47K

CZ

3

2

1

C9711

1u

10V

KZA520WJQZ

2

3

GND

On

IC9701

PQ1LAX95

Vin5Vout

4

D9702

MA111G

VHD

R9704

4.7K

J

CZ

R9702

10K

1

Vadj

1.22

CZ

R9701

56K

C9701

4.7u 10V

KZA067WJ

CZ

L9701

100uH

PA903WJ

C9708

10u 10V

KZA616WJQZ

MAIN UNIT 16/16

DUNTKE833WE03

(PWBXE833WJ)

TO MAIN1(TUNER)

A5V

A8V

TO MAIN3(AMP I/F)

A8V

A5V

TO MAIN6(HDMI_SW2)

A5V

BU3.3V

5V

TO MAIN5(HDMI_SW1)

BU3.3V

5V

TO MAIN17(SP_IF)

BU3.3V

5V

TO MAIN14(EXIF)

BU3.3V

TO MAIN7(PANEL)

5V

TO MAIN9(CPU)

A8V

5V

BU3.3V

TO MAIN12(EXBUS)

BU3.3V

TO MAIN13(CONN)

BU3.3V

BU5V

5V

TO MAIN20(HT_UCOM)

5V

TO MAIN11(EPROM)

5V

TO MAIN8(UCOM)

5V

A

1

23

8

1097654

1311 191816151412 17

9 – 18

[4] R/C, LED Unit

R/C, LED Unit

J

I

H

G

LC-46SB57U/LC-52SB57U

F

E

D

C

B

A

1

23

8

1097654

1311 191816151412 17

9 – 19

LC-46SB57U/LC-52SB57U

— MEMO —

9 – 20

PartsGuide

LC-46SB57U/LC-52SB57U

PARTS GUIDE

No. S49Y6LC46SB57

LCD COLOR TELEVISION

LC-46SB57U

MODELS

CONTENTS

[1] PRINTED WIRING BOARD

ASSEMBLIES

[2] LCD PANEL

[3] DUNTKE833FM05 (MAIN Unit)

[4] DUNTKE264FM02 (R/C, LED Unit)

[5] DUNTKE266FM02 (KEY Unit)

[6] CABINET AND MECHANICAL

PARTS (LC-46SB57U)

LC-52SB57U

[8] CABINET AND MECHANICAL

PARTS (LC-52SB57U)

[9] LCD MODULE Assembly

(LC-52SB57U)

[10] SUPPLIED ACCESSORIES

[11] PACKING PARTS (LC-46SB57U)

(NOT REPLACEMENT ITEM)

[12] PACKING PARTS (LC-52SB57U)

(NOT REPLACEMENT ITEM)

[7] LCD MODULE Assembly

(LC-46SB57U)

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.

[13] SERVICE JIG

(USE FOR SERVICING)

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

LC-46SB57U/LC-52SB57U

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

[1] PRINTED WIRING BOARD ASSEMBLIES

N DUNTKE833FM05 CB N X MAIN Unit (DUNTKE833FM05S) N DUNTKE264FM02 AP X R/C, LED Unit N DUNTKE266FM02 AH X KEY Unit N RDENCA336WJQZ BR X POWER Unit N CPWBX4023TPXA BW N J LCD Control Unit (LC-46SB57U) N CPWBX4023TPXZ BW N J LCD Control Unit (LC-52SB57U) N RUNTKA538WJN1 BF N J INVERTER Unit-1 (LC-46SB57U) N RUNTKA528WJN1 BF N J INVERTER Unit-1 (LC-52SB57U) N RUNTKA539WJN1 BF N J INVERTER Unit-2 (LC-46SB57U) N RUNTKA529WJN1 BF N J INVERTER Unit-2 (LC-52SB57U) N RUNTKA540WJZZ AP N J INVERTER GND Unit-1 (LC-46SB57U) N RUNTKA530WJZZ AP N J INVERTER GND Unit-1 (LC-52SB57U) N RUNTKA541WJZZ AP N J INVERTER GND Unit-2 (LC-46SB57U) N RUNTKA531WJZZ AP N J INVERTER GND Unit-2 (LC-52SB57U)

[2] LCD PANEL

N R1LK460D3LW80Z EL X 46" LCD Panel Module Unit (LK460D3LW80Z2) N R1LK520D3LW80Z EY X 52" LCD Panel Module Unit (LK520D3LW80Z2)

[3] DUNTKE833FM05 (MAIN Unit)

C501 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C503 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C504 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C505 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C506 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C507 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C508 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C509 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C510 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C512 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C514 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C515 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C516 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C517 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C519 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C520 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C521 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C522 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C523 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C525 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C533 VCCCCZ1HH471JY AA J Capacitor 470p 50V Ceramic C535 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C536 VCCCCZ1HH471JY AA J Capacitor 470p 50V Ceramic C537 VCCCCZ1HH471JY AA J Capacitor 470p 50V Ceramic C539 VCCCCZ1HH471JY AA J Capacitor 470p 50V Ceramic C540 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C555 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C557 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C563 VCKYCY1EB103KY AA J Capacitor 0.01 25V Ceramic C565 VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic C566 RC-KZA403WJPZY AB J Capacitor 4.7 6.3V Ceramic C569 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C570 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C575 VCCCCZ1HH150JY AB J C576 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C577 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C578 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C579 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic

C580 VCCCCZ1HH150JY AB J Capacitor 15p 50V Ceramic C1101 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1102 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1107 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1112 RC-KZA510WJPZY AB J Capacitor 10 16V Ceramic C1116 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C1119 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C1124 VCKYCZ1EB472KY AB J Capacitor 4700p 25V Ceramic C1125 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C1126 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C1129 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C1130 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C1131 VCAAPE1AJ686MY AE J Capacitor 68 10V Electrolytic C1134 VCAAPE1AJ686MY AE J Capacitor 68 10V Electrolytic C1301 VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic C1303 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1306 VCKYTV1CB105KY AC J Capacitor 1 16V Ceramic C1307 VCKYTV1CB105KY AC J Capacitor 1 16V Ceramic C1309 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1310 VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic C1311 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1312 VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic C1314 RC-KZA098WJZZY AD J Capacitor 10 25V Ceramic C1602 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1603 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1604 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C1605 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic

Capacitor 15p 50V Ceramic

DESCRIPTION

2

LC-46SB57U/LC-52SB57U

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

[3] DUNTKE833FM05 (MAIN Unit)

C1613 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1614 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1615 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1616 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1617 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1618 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1619 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1620 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1621 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1622 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1623 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1624 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1625 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1626 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1627 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1628 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1629 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1634 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1635 VCKYCZ1EB472KY AB J Capacitor 4700p 25V Ceramic C1801 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1802 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1803 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1804 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1809 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C1810 VCKYCY1AB105KY AB J Capacitor 1 10V Ceramic C1811 VCCCCZ1HH470JY AB J Capacitor 47p 50V Ceramic C1812 VCCCCZ1HH470JY AB J Capacitor 47p 50V Ceramic C1814 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1815 VCKYCZ1EB472KY AB J Capacitor 4700p 25V Ceramic C1817 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1819 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C1825 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1826 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1827 VCKYCZ1HB102KY AB J C1828 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1829 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C1830 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C1835 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1836 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1837 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1838 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C1842 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C1849 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C1850 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C1852 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C2002 VCKYCZ1HB152KY AB J Capacitor 1500p 50V Ceramic C2003 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2008 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2010 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2012 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2016 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2020 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C2024 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2026 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2027 VCCCCZ1HH101JY AB J Capacitor 100p 50V Ceramic C2028 VCCCCZ1HH101JY AB J Capacitor 100p 50V Ceramic C2029 VCCCCZ1HH101JY AB J Capacitor 100p 50V Ceramic C2602 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2606 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2609 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C2704 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2705 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2706 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2707 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2710 VCERMZ1EN477MY AE J Capacitor 470 25V Capacitor(AL) C2711 VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic C2712 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C2713 C2716 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2717 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2723 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2724 RC-KZA114WJZZY AB J Capacitor 1 25V Ceramic C2725 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C2726 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C2727 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C2728 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C2730 VCKYTV1EB224KY AA J Capacitor 0.22 25V Ceramic C2731 VCKYTV1EB224KY AA J Capacitor 0.22 25V Ceramic C2737 VCCCCZ1HH151JY AB J Capacitor 150p 50V Ceramic C2738 VCCCCZ1HH151JY AB J Capacitor 150p 50V Ceramic C2740 VCCCCZ1HH151JY AB J Capacitor 150p 50V Ceramic C2741 VCCCCZ1HH151JY AB J Capacitor 150p 50V Ceramic C2748 VCCCCZ1HH101JY AB J Capacitor 100p 50V Ceramic C8001 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8002 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic

VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic

Capacitor 1000p 50V Ceramic

DESCRIPTION

3

LC-46SB57U/LC-52SB57U

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

[3] DUNTKE833FM05 (MAIN Unit)

C8003 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8004 RC-KZA067WJZZY AB J Capacitor 4.7 10V Ceramic C8005 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8006 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8007 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8008 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8009 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8010 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8011 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8012 VCCCCZ1HH120GY AA J Capacitor 12p 50V Ceramic C8013 VCCCCZ1HH100DY AB J Capacitor 10p 50V Ceramic C8016 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C8017 RC-KZA531WJQZY AA J Capacitor 1 10V Ceramic C8018 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C8019 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C8020 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C8021 VCKYCZ1AB473KY AB J Capacitor 0.047 10V Ceramic C8022 VCKYCZ1HB472KY AA J Capacitor 4700p 50V Ceramic C8023 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8024 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8025 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8026 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8027 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8028 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8029 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8030 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8031 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8032 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8033 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8034 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8035 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8036 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8037 VCKYTV1CB105KY AC J Capacitor 1 16V Ceramic C8038 VCKYTV1CB105KY AC J C8039 RC-KZA067WJZZY AB J Capacitor 4.7 10V Ceramic C8040 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8041 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8042 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8043 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8044 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8045 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8046 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8051 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8052 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8053 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8054 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8055 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8056 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8057 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8058 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8059 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8060 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8061 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8062 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8063 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8064 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8065 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8066 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8067 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8068 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8069 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8070 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8071 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8072 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8073 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8074 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8075 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8076 C8077 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8078 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8079 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8080 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8081 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C8082 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C8083 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C8084 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C8085 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C8086 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8087 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8088 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8089 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8090 VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic C8091 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8092 VCKYCZ1HB472KY AA J Capacitor 4700p 50V Ceramic C8093 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic

VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic

Capacitor 1 16V Ceramic

DESCRIPTION

4

LC-46SB57U/LC-52SB57U

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

[3] DUNTKE833FM05 (MAIN Unit)

C8094 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8095 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C8096 VCKYCZ1HB472KY AA J Capacitor 4700p 50V Ceramic C8097 VCKYTV1CB105KY AC J Capacitor 1 16V Ceramic C8098 VCKYCZ1HB471KY AB J Capacitor 470p 50V Ceramic C8099 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8100 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8101 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8102 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8174 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C8175 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8176 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C8177 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8178 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8179 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8180 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8181 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8182 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8183 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8184 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8185 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C8186 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8187 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8188 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8189 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8190 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C8191 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C8451 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8455 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8456 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C8460 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C9003 VCKYCZ1EF104ZY AA J Capacitor 0.1 25V Ceramic C9004 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C9006 VCKYCY1EB104KY AB J C9007 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C9008 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C9009 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C9010 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C9301 VCKYCZ1AB104KY AB J Capacitor 0.1 10V Ceramic C9601 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C9602 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C9603 VCKYCZ1HB332KY AA J Capacitor 3300p 50V Ceramic C9604 VCKYCZ1EB472KY AB J Capacitor 4700p 25V Ceramic C9605 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C9606 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C9607 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C9608 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C9609 VCKYCZ1HB222KY AB J Capacitor 2200p 50V Ceramic C9610 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C9611 VCKYCZ1HB102KY AB J Capacitor 1000p 50V Ceramic C9612 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C9613 RC-KZA510WJPZY AB J Capacitor 10 16V Ceramic C9614 RC-KZA510WJPZY AB J Capacitor 10 16V Ceramic C9615 VCKYCZ1EB472KY AB J Capacitor 4700p 25V Ceramic C9616 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9617 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C9618 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9619 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9620 RC-KZA385WJZZY AD J Capacitor 22 6.3V Ceramic C9621 RC-KZA385WJZZY AD J Capacitor 22 6.3V Ceramic C9622 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9623 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9624 VCKYCY1EB104KY AB J Capacitor 0.1 25V Ceramic C9625 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9626 RC-KZA067WJZZY AB J Capacitor 4.7 10V Ceramic C9627 VCKYCZ1EB472KY AB J Capacitor 4700p 25V Ceramic C9628 RC-KZA067WJZZY AB J Capacitor 4.7 10V Ceramic C9629 C9630 RC-KZA403WJPZY AB J Capacitor 4.7 6.3V Ceramic C9631 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9632 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9635 VCKYCZ1HB222KY AB J Capacitor 2200p 50V Ceramic C9636 VCKYCZ1HB471KY AB J Capacitor 470p 50V Ceramic C9701 RC-KZA067WJZZY AB J Capacitor 4.7 10V Ceramic C9708 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic C9709 VCKYCZ1EB103KY AA J Capacitor 0.01 25V Ceramic C9710 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C9711 RC-KZA520WJQZY AA J Capacitor 1 10V Ceramic C9713 RC-KZA403WJPZY AB J Capacitor 4.7 6.3V Ceramic C9719 RC-KZA104WJZZY AA J Capacitor 1 25V Ceramic C9720 RC-KZA616WJQZY AB J Capacitor 10 10V Ceramic

D1301 VHDKDS4148/-1Y AA J Diode KDS4148U-RTK/P D1302 VHD1SS361//-1Y AB J Diode 1SS361(T5L,F,T)

RC-KZA510WJPZY AB J Capacitor 10 16V Ceramic

D531 VHDMAZ9120H-1Y AC J Diode MAZ91200H0L D532 VHDMAZ9120H-1Y AC J Diode MAZ91200H0L

Capacitor 0.1 25V Ceramic

DESCRIPTION

5

LC-46SB57U/LC-52SB57U

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

[3] DUNTKE833FM05 (MAIN Unit)

D1305 VHD1SS361//-1Y AB J Diode 1SS361(T5L,F,T) D1306 VHPGPFSV51M-1 AG J Diode Photodiode D1307 VHD1SS361//-1Y AB J Diode 1SS361(T5L,F,T) D1310 VHD1SS361//-1Y AB J Diode 1SS361(T5L,F,T) D1311 RH-EXA523WJZZY AB J Diode MAZ8056GML D1312 VHD1SS361//-1Y AB J Diode 1SS361(T5L,F,T) D1601 VHDRB520S30-1Y AC J Diode RB520S-30TE61 D1602 VHD1PS226++-1Y AB J Diode 1PS226,115 D1603 VHD1PS226++-1Y AB J Diode 1PS226,115 D1606 RH-EXA523WJZZY AB J Diode MAZ8056GML D1607 VHD1PS226++-1Y AB J Diode 1PS226,115 D1608 VHDMA152WK/-1Y AB J Diode MA152WK-(TX) D1609 VHDMA152WK/-1Y AB J Diode MA152WK-(TX) D1610 VHD1PS226++-1Y AB J Diode 1PS226,115 D1804 VHDMA152WK/-1Y AB J Diode MA152WK-(TX) D1805 VHDMA152WK/-1Y AB J Diode MA152WK-(TX) D1806 RH-EXA523WJZZY AB J Diode MAZ8056GML D1807 RH-EXA523WJZZY AB J Diode MAZ8056GML D1808 VHDMAZ9120H-1Y AC J Diode MAZ91200H0L D1809 VHDMAZ9120H-1Y AC J Diode MAZ91200H0L D1810 VHDMAZ9120H-1Y AC J Diode MAZ91200H0L D1811 VHDMA152WK/-1Y AB J Diode MA152WK-(TX) D1812 VHD1PS226++-1Y AB J Diode 1PS226,115 D1813 VHD1PS226++-1Y AB J Diode 1PS226,115 D1814 VHDMA152WK/-1Y AB J Diode MA152WK-(TX) D1815 VHD1PS226++-1Y AB J Diode 1PS226,115 D1816 VHD1PS226++-1Y AB J Diode 1PS226,115 D1817 VHD1PS226++-1Y AB J Diode 1PS226,115 D1818 VHD1PS226++-1Y AB J Diode 1PS226,115 D1819 VHD1PS226++-1Y AB J Diode 1PS226,115 D1820 VHD1PS226++-1Y AB J Diode 1PS226,115 D2504 VHDRB520S30-1Y AC J Diode RB520S-30TE61 D2505 VHDMA152WK/-1Y AB J Diode MA152WK-(TX) D8001 RH-PXA018WJZZY AC J D9001 VHDMAZ9120H-1Y AC J Diode MAZ91200H0L D9002 VHDMA111G++-1Y AA J Diode MA2J1110GL D9005 VHDMAZ9120H-1Y AC J Diode MAZ91200H0L D9007 RH-EXA532WJZZY AA J Diode MAZ8075GML D9304 VHD1PS184++-1Y AB J Diode 1PS184,115 D9601 VHDD1FS4A++-1Y AC J Diode D1FS4A-5063 D9602 RH-EXA523WJZZY AB J Diode MAZ8056GML D9603 VHDMA111G++-1Y AA J Diode MA2J1110GL D9604 VHDD1FS4A++-1Y AC J Diode D1FS4A-5063 D9605 VHD1PS226++-1Y AB J Diode 1PS226,115 D9606 VHDD1FS4A++-1Y AC J Diode D1FS4A-5063 D9607 RH-EXA507WJZZY AA J Diode MAZ8033GLL D9609 VHDMA111G++-1Y AA J Diode MA2J1110GL D9701 VHDMA111G++-1Y AA J Diode MA2J1110GL D9702 VHDMA111G++-1Y AA J Diode MA2J1110GL D9703 VHDMA111G++-1Y AA J Diode MA2J1110GL D9713 VHD1PS184++-1Y AB J Diode 1PS184,115

FB502 RBLN-A204WJZZY AA J Ferrite Bead FB505 RBLN-A045WJZZY AB J Ferrite Bead FB506 RBLN-A045WJZZY AB J Ferrite Bead FB507 RBLN-A204WJZZY AA J Ferrite Bead FB508 RBLN-A204WJZZY AA J Ferrite Bead FB509 RBLN-A204WJZZY AA J Ferrite Bead FB510 RBLN-A204WJZZY AA J Ferrite Bead FB511 RBLN-A045WJZZY AB J Ferrite Bead FB512 RBLN-A045WJZZY AB J Ferrite Bead FB513 RBLN-A204WJZZY AA J Ferrite Bead FB515 RBLN-A204WJZZY AA J Ferrite Bead FB516 RBLN-A204WJZZY AA J Ferrite Bead FB517 RBLN-A045WJZZY AB J Ferrite Bead FB518 RBLN-A045WJZZY AB J Ferrite Bead FB520 RBLN-A204WJZZY AA J Ferrite Bead FB521 RBLN-A204WJZZY AA J Ferrite Bead FB522

FB523 RBLN-A045WJZZY AB J Ferrite Bead FB1101 RBLN-A206WJZZY AA J Ferrite Bead FB1102 RBLN-A206WJZZY AA J Ferrite Bead FB1605 RBLN-A192WJZZY AA J Ferrite Bead FB1802 RBLN-A045WJZZY AB J Ferrite Bead FB1803 RBLN-A045WJZZY AB J Ferrite Bead FB1804 RBLN-0093GEZZY AB J Ferrite Bead FB1805 RBLN-0093GEZZY AB J Ferrite Bead FB1806 RBLN-0093GEZZY AB J Ferrite Bead FB1807 RBLN-A204WJZZY AA J Ferrite Bead FB1808 RBLN-A204WJZZY AA J Ferrite Bead FB1812 RBLN-A192WJZZY AA J Ferrite Bead FB2001 RBLN-A206WJZZY AA J Ferrite Bead FB2002 RBLN-A005WJZZY AA J Ferrite Bead FB2003 RBLN-A005WJZZY AA J Ferrite Bead FB2004 RBLN-A005WJZZY AA J Ferrite Bead FB2005 RBLN-A378WJQZY AA J Ferrite Bead

RBLN-A045WJZZY AB J Ferrite Bead

Diode GM1HD55200A

DESCRIPTION

6

LC-46SB57U/LC-52SB57U

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

DESCRIPTION

[3] DUNTKE833FM05 (MAIN Unit)

FB2006 RBLN-A378WJQZY AA J Ferrite Bead FB2007 RBLN-A375WJQZY AA J Ferrite Bead FB2008 RBLN-A375WJQZY AA J Ferrite Bead FB2009 RBLN-A375WJQZY AA J Ferrite Bead FB2010 RBLN-A375WJQZY AA J Ferrite Bead FB2011 RBLN-A375WJQZY AA J Ferrite Bead FB2012 RBLN-A375WJQZY AA J Ferrite Bead FB2014 RBLN-A378WJQZY AA J Ferrite Bead FB2508 RBLN-A192WJZZY AA J Ferrite Bead FB2602 RBLN-A375WJQZY AA J Ferrite Bead FB2603 RBLN-A375WJQZY AA J Ferrite Bead FB2604 RBLN-A375WJQZY AA J Ferrite Bead FB2605 RBLN-A375WJQZY AA J Ferrite Bead FB2606 RBLN-A375WJQZY AA J Ferrite Bead FB2607 RBLN-A375WJQZY AA J Ferrite Bead FB2608 RBLN-A375WJQZY AA J Ferrite Bead FB2609 RBLN-A204WJZZY AA J Ferrite Bead FB2610 RBLN-A074WJZZY AA J Ferrite Bead FB2611 RBLN-A074WJZZY AA J Ferrite Bead FB2612 RBLN-A074WJZZY AA J Ferrite Bead FB2613 RBLN-A204WJZZY AA J Ferrite Bead FB2614 RBLN-A074WJZZY AA J Ferrite Bead FB2616 RBLN-A074WJZZY AA J Ferrite Bead FB2617 RBLN-A074WJZZY AA J Ferrite Bead FB2618 RBLN-A074WJZZY AA J Ferrite Bead FB2619 RBLN-A074WJZZY AA J Ferrite Bead FB2620 RBLN-A074WJZZY AA J Ferrite Bead FB2621 RBLN-A074WJZZY AA J Ferrite Bead FB2622 RBLN-A074WJZZY AA J Ferrite Bead FB2623 RBLN-A074WJZZY AA J Ferrite Bead FB2624 RBLN-A074WJZZY AA J Ferrite Bead FB2625 RBLN-A074WJZZY AA J Ferrite Bead FB2626 RBLN-A074WJZZY AA J Ferrite Bead FB2627 RBLN-A074WJZZY AA J FB2628 RBLN-A074WJZZY AA J Ferrite Bead FB2629 RBLN-A074WJZZY AA J Ferrite Bead FB2630 RBLN-A074WJZZY AA J Ferrite Bead FB2631 RBLN-A074WJZZY AA J Ferrite Bead FB2632 RBLN-A074WJZZY AA J Ferrite Bead FB2638 RBLN-A074WJZZY AA J Ferrite Bead FB2702 RBLN-A206WJZZY AA J Ferrite Bead FB2703 RBLN-A206WJZZY AA J Ferrite Bead FB2704 RBLN-A206WJZZY AA J Ferrite Bead FB2705 RBLN-A206WJZZY AA J Ferrite Bead FB2706 RBLN-A206WJZZY AA J Ferrite Bead FB8001 RBLN-A206WJZZY AA J Ferrite Bead FB8002 RBLN-A206WJZZY AA J Ferrite Bead FB9001 RBLN-A042WJZZY AB J Ferrite Bead FB9002 RBLN-A042WJZZY AB J Ferrite Bead FB9003 RBLN-A192WJZZY AA J Ferrite Bead FB9004 RBLN-A042WJZZY AB J Ferrite Bead FB9701 RBLN-A074WJZZY AA J Ferrite Bead FB9702 RBLN-A375WJQZY AA J Ferrite Bead FB9703 RBLN-A375WJQZY AA J Ferrite Bead FB9704 RBLN-A375WJQZY AA J Ferrite Bead FB9705 RBLN-A375WJQZY AA J Ferrite Bead FB9706 RBLN-A375WJQZY AA J Ferrite Bead FB9707 RBLN-A375WJQZY AA J Ferrite Bead FB9708 RBLN-A375WJQZY AA J Ferrite Bead FB9709 RBLN-A074WJZZY AA J Ferrite Bead FB9710 RBLN-A074WJZZY AA J Ferrite Bead FB9711 RBLN-A375WJQZY AA J Ferrite Bead FB9712 RBLN-A375WJQZY AA J Ferrite Bead

IC1301 VHiLA79200V-1Y AF J IC LA79200V-TLM-E IC1304 VHiAHC1G08W-1Y AD J IC 74AHC1G08GW/G,125 IC1601 VHiCM123408-1Y AE J IC CM1234-08DE IC1602 VHiCM123408-1Y AE J IC CM1234-08DE IC1603 IC1605 VHiSii9187+-1Q AN J IC SiI9187CNU IC1606 VHiTC7SH17U-1Y AC J IC TC7SH17FU(TE85L,F) IC1607 VHiLCX125FT-1Y AD J IC TC74LCX125FT(EL,K) IC1801 VHiSii9187+-1Q AN J IC SiI9187CNU IC1802 VHiLVC2G14G-1Y AD J IC 74LVC2G14GW,125 IC1803 VHiCM123408-1Y AE J IC CM1234-08DE IC1804 VHiCM123408-1Y AE J IC CM1234-08DE IC1805 VHiCM123408-1Y AE J IC CM1234-08DE IC1809 VHiS24CS02JHES J IC S-24CS02AFJ-TB-G (RGB EDID) IC2001 VHiS80927NM-1Y AC J IC S-80927CNMC-G8XT2G IC2002 RH-iXC331WJNLQ AS J IC R5F364V6NFB#U0 (MONITOR MICON) IC2004 VHiS24CS08J-1Y AE J IC S-24CS08AFJ-TB-1G IC2007 VHiAHC1G08W-1Y AD J IC 74AHC1G08GW/G,125 IC2008 VHi7WH126FU-1Y AE J IC TC7WH126FU(TE12L,F) IC2601 VHiHC2G66DP-1Y AD J IC 74HC2G66DP,125 IC2602 VHiM62332FP-1Y AL J IC M62332FPCF5J IC2701 VHiYDA148QZ-1Y AL N J IC YDA148-QZE2

VHiTC7SH17U-1Y AC J IC TC7SH17FU(TE85L,F)

Ferrite Bead

7

LC-46SB57U/LC-52SB57U

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

DESCRIPTION

[3] DUNTKE833FM05 (MAIN Unit)

IC8001 RH-iXC579WJQZQ BL N J IC MT5391UFMJ IC8002 VHiBD6538G+-1Y AD J IC BD6538G-TR IC8152 RH-iXC768WJQZQ AU N X IC H5PS5162FFR-G7C IC8153 RH-iXC768WJQZQ AU N X IC H5PS5162FFR-G7C IC8451 RH-iXC622WJQZY AF N J IC 24LC04BT-I/SN-MT IC8453 RH-iXC721WJN1Q AU N J IC HY27US08121B-TPCB (PROGRAM IC) IC8454 VHiS24CS64A-1Y AF J IC S-24CS64AOI-J8T1G IC9001 VHiTC7W00U/-1Y AE J IC TC7W00FU(TE12L,F) IC9002 VHi7WH126FU-1Y AE J IC TC7WH126FU(TE12L,F) IC9003 VHiADM3101E-1Y AF J IC ADM3101EARQZ-REEL IC9004 VHiLCX157FT-1Y AD J IC TC74LCX157FT(EKJ) IC9301 VHiAHC1G08W-1Y AD J IC 74AHC1G08GW/G,125 IC9601 VHiMP2301E+-1Y AF J IC MP2301ENE-LF-Z IC9602 VHiLV5893M+-1Y AE J IC LV5893M-TE-L-E IC9603 VHiLV5893M+-1Y AE J IC LV5893M-TE-L-E IC9604 VHiMM3443DF-1Y AD J IC MM3443DFBE IC9605 VHiMM3141YN-1Y AC J IC MM3141YNRE IC9606 VHiLV5815M+-1Y AF J IC LV5815M-TE-L-E IC9701 VHiPQ1LAX95-1Y AD J IC PQ1LAX95MSPQ IC9703 VHiTCR5SB33-1Y AC J IC TCR5SB33(TE85L,F)

J501 QJAKGA079WJZZ AD J Jack J502 QJAKGA108WJZZ AE J Jack J503 QJAKFA039WJZZ AD J Jack J504 QSOCDA035WJZZ AD J Jack J505 QJAKFA039WJZZ AD J Jack J507 QJAKGA109WJZZ AE J Jack

J508 QJAKGA108WJZZ AE J Jack J1801 QJAKEA103WJZZ AD N J Jack J8001 QSOCZA172WJQZ AD J Jack

L501 VPMTNR15JR25NY AB J Peaking 0.15µH L502 VPMTNR15JR25NY AB J Peaking 0.15µH L503 VPMTNR15JR25NY AB J Peaking 0.15µ L504 VPMTNR15JR25NY AB J Peaking 0.15µH L505 VPMTNR15JR25NY AB J Peaking 0.15µH

L506 VPMTNR15JR25NY AB J Peaking 0.15µH L1106 VPCEM100MR70NY AC J Peaking 10µH L1301 VPCEM100MR70NY AC J Peaking 10µH L1601 RCiLFA116WJZZY AE J Coil L1602 RCiLFA116WJZZY AE J Coil L1603 RCiLFA116WJZZY AE J Coil L1604 RCiLFA116WJZZY AE J Coil L1802 RCiLFA116WJZZY AE J Coil L1803 RCiLFA116WJZZY AE J Coil L1804 RCiLFA116WJZZY AE J Coil L1805 RCiLFA116WJZZY AE J Coil L2601 RCiLFA154WJZZY AC J Coil L2602 RCiLFA154WJZZY AC J Coil L2603 RCiLFA154WJZZY AC J Coil L2604 RCiLFA154WJZZY AC J Coil L2605 RCiLFA154WJZZY AC J Coil L2606 RCiLFA154WJZZY AC J Coil L2607 RCiLFA154WJZZY AC J Coil L2608 RCiLFA154WJZZY AC J Coil L2609 RCiLFA154WJZZY AC J Coil L2610 RCiLFA154WJZZY AC J Coil L2611 RCiLFA154WJZZY AC J Coil L2612 RCiLFA154WJZZY AC J Coil L2701 RCiLPA343WJPZY AD J Coil L2702 RCiLPA343WJPZY AD J Coil L2703 RCiLPA343WJPZY AD J Coil L2704 RCiLPA343WJPZY AD J Coil L9601 RCiLPA898WJZZY AC J Coil L9602 RCiLPA895WJZZY AD J Coil L9603 RCiLPA897WJZZY AD J Coil L9604 RCiLPA897WJZZY AD J Coil L9701 RCiLPA903WJZZY AC J Coil

LUG1101 QLUGHA006WJZZY AC J Lug LUG1102 QLUGHA006WJZZY AC J Lug LUG1103 QLUGHA006WJZZY AC J Lug LUG1104 QLUGHA006WJZZY AC J Lug LUG1105 QLUGHA006WJZZY AC J Lug LUG1106 QLUGHA006WJZZY AC J Lug LUG1107 QLUGHA006WJZZY AC J Lug LUG1108 QLUGHA006WJZZY AC J Lug LUG1109 QLUGHA006WJZZY AC J Lug LUG1110 QLUGHA006WJZZY AC J Lug LUG1114 QLUGHA006WJZZY AC J Lug LUG1115 QLUGHA006WJZZY AC J Lug

P2002 QPLGNA338WJZZY AD J Plug P2003 QPLGNA330WJZZY AD J Plug P2601 QCNCWA659WJQZY AH J Plug P2602 QPLGNA349WJZZY AE J Plug P2603 QPLGNA340WJZZY AC J Plug P2701 QPLGNA160WJZZY AD J Plug P9701 QPLGNA181WJZZY AF J Plug

H

8

SHARP LC-46SB57U, LC-52SB57U Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual