Sharp LC-52XS1E, LC-65XS1E RU Service Manual

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LC-52XS1E/RU/LC-65XS1E/RU

SERVICE MANUAL

No. S98P8LC52XS1E

LCD COLOUR TELEVISION

(DISPLAY)

LC-52XS1E/RU

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-65XS1E/RU

CONTENTS

SAFETY PRECAUTION

IMPORTANT SERVICE SAFETY

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

PRECAUTIONS FOR USING LEAD-FREE

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

CHAPTER 1. OPERATION MANUAL

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

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

[3] DIMENSIONS ................................................ 1-6

CHAPTER 2. REMOVING OF MAJOR PARTS

[1] REMOVING OF MAJOR PARTS

(LC-52XS1E/RU)............................................ 2-1

[2] REMOVING OF MAJOR PARTS

(LC-65XS1E/RU)............................................ 2-8

CHAPTER 3. ADJUSTMENT

[1] ADJUSTMENT PROCEDURE ...................... 3-1

[2] Entering and exiting the adjustment

process mode................................................. 3-1

[3]

Monitor adjustment process mode menu.

[4] Display Adjustment ...................................... 3-12

[5] Special features............................................ 3-13

[6] Functional explanation of AQUOS

STANDBY CAUSE ...................................... 3-13

[7] Public Mode (Hotel Mode)............................ 3-18

[8] Setting items (* Item names and selective

items are expressed in English.) .................. 3-19

[9] SOFTWARE UPDATING.............................. 3-21

........ 3-3

[3] Backlight POWER Check (details) ................4-4

[4] Audio Troubleshooting...................................4-5

[5] Video Troubleshooting...................................4-8

[6] Abnormal screen display .............................4-10

[7] Backlight Troubleshooting .......................... 4-11

[8] LED Troubleshooting ...................................4-13

CHAPTER 5. MAJOR IC INFORMATIONS

[1] MAJOR IC INFORMATIONS .........................5-1

CHAPTER 6. OVERALL WIRING/BLOCK DIAGRAM

[1] OVERALL WIRING DIAGRAM

(LC-52XS1E/RU) ...........................................6-1

[2] OVERALL WIRING DIAGRAM

(LC-65XS1E/RU) ...........................................6-2

[3] SYSTEM BLOCK DIAGRAM .........................6-3

CHAPTER 7. PRINTED WIRING BOARD ASSEMBLIES

[1] IF Unit ............................................................7-1

[2] MAIN POWER Unit........................................7-5

[3] SUB-1 POWER Unit ......................................7-7

[4] SUB-2 POWER Unit ......................................7-9

[5] SUB-3 POWER Unit .................................... 7-11

[6] R/C, LED, USB, SP-T Unit ..........................7-13

CHAPTER 8. SCHEMATIC DIAGRAM

[1] DESCRIPTION OF SCHEMATIC

DIAGRAM...................................................... 8-1

[2] SCHEMATIC DIAGRAM ................................8-2

CHAPTER 4. TROUBLESHOOTING TABLE

[1] Power supply Troubleshooting....................... 4-1

[2] The voltage check of each substrate unit........ 4-2

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.

Parts Guide

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

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LC-52XS1E/RU/LC-65XS1E/RU

LC-52XS1E

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: FOR CONTINUED PROTECTION AGAINST A RISK OF FIRE REPLACE ONLY WITH SAME TYPE FUSE.

LC-52XS1E/RU

˴F701 (AC 250V T10AH) ˴F702 (AC 250V T10AH) ˴F5601 (AC 250V T4AH) ˴F5802 (AC250V T3.15AL) ˴F5901 (DC450V 1A) ˴F6601 (AC250V T4AH) ˴F6802 (AC250V T3.15AL) ˴F6901 (DC450V 1A) ˴F7601 (AC250V T4AH) ˴F7602 (AC250V T2AH) ˴F7802 (AC250V T3.15AL)

LC-65XS1E/RU

˴F701 (AC 250V T10AH) ˴F702 (AC 250V T10AH) ˴F4802 (AC250V T3.15AL) ˴F4901 (DC450V 1A) ˴F5601 (AC 250V T4AH) ˴F5802 (AC250V T3.15AL) ˴F5901 (DC450V 1A) ˴F6601 (AC250V T4AH) ˴F6802 (AC250V T3.15AL) ˴F6901 (DC450V 1A) ˴F7601 (AC250V T4AH) ˴F7602 (AC250V T2AH) ˴F7802 (AC250V T3.15AL)

• Plug the AC cord directly into a 220~240 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.

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

DVM

AC SCALE

1.5k ohm 10W

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.

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

TO EXPOSED METAL PARTS

0.15µF

TEST PROBE

CONNECT TO KNOWN EARTH GROUND

SAFETY NOTICE

Many electrical and mechanical parts in LCD colour 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.

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LC-52XS1E/RU/LC-65XS1E/RU

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

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LC-52XS1E/RU/LC-65XS1E/RU

LC-52XS1E

CHAPTER 1. OPERATION MANUAL

[1] SPECIFICATIONS

Service Manual

Item

LCD panel

Resolution

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

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

Digital DVB-T (2K/8K OFDM), DVB-C, S/S2

Receiving Channel

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

STEREO/BILINGUAL NICAM/A2

Brightness 450 cd/m

Backlight life 60,000 hours (when "Backlight" is set to the default position)

Viewing angles H: 176°, V: 176°

Audio amplifier

Speaker

Terminal (Display) USB USB 2.0

OSD language

Power Requirement AC 220–240 V,50 Hz

Power Consumption

Weight 45.0 kg (Display) 62.5 kg (Display)

Operating temperature

•

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

(Method IEC62087)

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

CATV Hyper-band, S1–S41 ch

DISPLAY INPUT

DC OUTPUT DC 5V, 1.8A MAX

SPEAKER OUTPUT

52" LCD COLOUR TV, Model: LC52XS1E (Display)

52" Advanced Super View & BLACK TFT LCD 65" Advanced Super View & BLACK TFT LCD

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

7.5 W 2, 15 W (subwoofer)

50 mm 120 mm 2, Ø 26 mm 2, Ø 77 mm 1

HDMI

L/R, WOOFER

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

LC-52XS1E 294 W (1.0 W Standby) LC-65XS1E

0°Cto+40°C

65" LCD COLOUR TV, Model: LC- 65XS1E (Display)

512 W (1.0 W Standby)

NOTE

Refer to the inside back cover for dimensional drawings.

•

1 – 1

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[2] OPERATION MANUAL

Remote control unit

LC-52XS1E/RU/LC-65XS1E/RU

NOTE

The symbols , and indicate that the buttons become available in respective operating mode when using as a universal

• remote control.

TV (TV Standby/On)

LIGHT

When pressed, buttons that are frequently used (P /, /,0–9 numeric buttons, and ) will light. The light will turn off if no operations are performed within about five seconds. This button is used for performing operations in low-light situations.

FUNCTION

Press this button briefly (for more than 0.2 second), and the remote control switches for DVD, SetTopBox or VCR operation and currently controlled devices will be indicated in the LCD window.

LCD window

This screen shows which device you are currently controlling (TV, DVD, STB or VCR).

0–9 numeric buttons

Set the channel. Enter desired numbers.

Set the page in teletext mode.

When the five Nordic countries

• (Sweden, Norway, Finland, Denmark, or Iceland) are selected in the country setting from “Auto Installation”, DTV services are four digits. When another country is selected, DTV services are three digits.

(Flashback)

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

ATV

Press to access conventional analogue TV mode.

DTV

Press to access digital TV mode.

Increase/decrease TV volume.

(Mute)

TV sound on/off.

R/G/Y/B (Colour) buttons

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

/ / / (Cursor)

Select a desired item on the setting screen.

DVD STB

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

END

Exit the “MENU” screen.

Buttons for teletext and other useful features

(Subtitle)

Switch subtitle languages on/off.

(Teletext)

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

DVD STB VCR

DVD STB

/(Volume)

STB

DVD

VCR

6 7

EPG

DTV/SAT: Display the EPG screen.

(WIDE MODE)

Select a wide mode.

GALLERY

Press to enter the Gallery Mode.

(Freeze/Hold)

Press to freeze a moving image on the screen. Teletext: Stop updating teletext pages automatically or release the hold mode.

15 16

18 19

(INPUT SOURCE)

Select an input source.

RADIO

DTV/SAT: Switch between Radio and Data mode.

When only data broadcasting (no radio

• broadcasting) is transmitted by DVB, the radio broadcasting will be skipped.

SAT

Press to access satellite mode.

DVD

Select the TV channel.

ATV/DTV/SAT: “MENU” screen on/off. DVD: Title menu on/off.

(Return)

Return to the previous “MENU” screen.

Buttons for teletext and other useful features

Flip open the remote control cover on the front.

(Display information)

Press to display the station information (channel number, signal, etc.) in the upper right corner of the screen.

P. INFO

Press to display programme information which is transmitted through digital video broadcasting in the upper left corner of the screen (DTV/SAT only).

(Sound mode)

Select a sound multiplex mode.

(Reveal hidden Teletext)

(Subpage)

(Top/Bottom/Full)

Set the area of magnification in teletext mode.

AV MODE

Select a video setting.

AQUOS LINK buttons

TV mode: If external equipment such as a AQUOS BD Player is connected via HDMI cables and is AQUOS LINK compatible, you can use these AQUOS LINK buttons.

DVD/VCR mode: Press OPTION to pause the picture.

The buttons except OPTION are

• correspondingly used to select the items on the screen.

STB mode: Only the button can be used to operate on STB.

STB VCR

DVD

DVD STB VCR

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LC-52XS1E/RU/LC-65XS1E/RU

Part name

Display (Front view/Side view)

12345 69

1 2

3 4 5

/ Volume buttons* P / Programme (channel) buttons*

(INPUT SOURCE) button*

MENU button*

(Main Power) button*

Remote control sensor

6 7 8 9 10 11

(Standby/On) indicator SLEEP indicator OPC indicator RESET button USB terminal

The symbols light up when pressing these buttons. After a

period of time, the light will turn off.

AVC System (Front view/Rear view)

321 4 5 6 7 8

COMMON INTERFACE 1/2 slot

1 2

(Power) button (Standby/On) indicator

RESET button

HDMI3 (HDMI) terminal

WARNING

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

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

•

EXT4 (ANALOGUE RGB/AUDIO)

terminals EXT8 terminals

Headphones

EXT1 (RGB) terminal

EXT2 (RGB) terminal

EXT3 (COMPONENT/AUDIO)

terminals OUTPUT (AUDIO) terminals

AVC System (Bottom view)

12 13 14 15

SAT (satellite) antenna terminal

Antenna terminal

DC OUTPUT terminal

DIGITAL AUDIO OUTPUT terminal

HDMI1 (HDMI/AUDIO) terminals

17 18 19 20 21 22

HDMI2 (HDMI) terminal

RS-232C terminal

USB terminal

DISPLAY OUTPUT terminal

AC INPUT terminal

Product label is on the bottom of the AVC System.

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LC-52XS1E/RU/LC-65XS1E/RU

Before turning on the main power

Preparing the Display

Make sure the Display is turned off before beginning work.

• Before performing work, spread cushioning over the surface on which you will be laying the Display. This will

• prevent it from being damaged.

Connecting the HDMI cable with the HDMI cable holder

HDMI cable

Speaker cable*

Press down on the

1 Connect the HDMI cable to

upper hook and remove the rear terminal cover, pulling towards you.

(supplied)

2 Affix the HDMI cable

the Display.

holder by pressing down.

HDMI cable holder (supplied)

NOTE

These are terminals for the speaker of the TV. Do not connect any other kind of cables.

Do not disconnect the speaker cable unless absolutely necessary. If you disconnect the speaker cable, confirm each colour

• of the speaker plugs and speaker terminals (the order of the colour from left to right: red/black/white) before connecting the speaker cable again.

Mounting the Display on a wall

This Display should be mounted on a wall only with the wall mount bracket available from SHARP.

•

The use of other wall mount brackets may result in an unstable installation and may cause serious injuries.

•

Mounting the Display requires special skills and 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.

•

You can ask qualified service personnel about using an optional bracket to mount the Display to a wall.

•

To use this Display mounted on a wall, first remove the adhesive tape at the two locations on the rear of the Display Display

, and then use the screws supplied with the wall mount bracket to secure the bracket to the rear of the .

When using wall mount bracket AN-52AG8 or AN-65AG2

You can check the centre of the TV screen using the mark engraved on the wall mount bracket when mounting the Display on the wall.

LC-52XS1E: The centre of the TV screen is at mark “E” on the wall bracket. LC-65XS1E: The centre of the TV screen is at mark “A” on the wall bracket.

Setting the Display with the optional stand

•

This Display should be set on a table or floor, etc. only with the stand available from SHARP, sold separately.

•

Be sure to follow the instructions for the stand manual.

1 – 4

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LC-52XS1E/RU/LC-65XS1E/RU

Setting the TV and antenna cables

Supplying power to the antenna

You must supply power to the antenna in order to receive digital terrestrial broadcasts or satellite broadcasts after running the initial auto installation. Go to “MENU” > “Setup” > “Antenna Setup-DIGITAL” > “Digital Setup” > “Supply Voltage” > select “On”.

NOTE

The indicator of the AVC System lights up when the main power is turned on after connecting the Display and AVC System using the

• supplied HDMI cable. The HDMI cable should be firmly connected. Failure to do so will loosen the cable and cause a contact failure when moving the AVC System.

• This can cause result in an error message appearing on the screen without a visible picture.

Satellite antenna

cable

Connecting the HDMI cable with the

Standard DIN45325 plug (IEC 169-2) 75 coaxial cable

HDMI cable (supplied)

fixture/cushion

4 5

Tab

Do not use excessive force when insering/ removing the HDMI cable. The terminal or cable may become dameged.

Insert the fixture for

the HDMI cable into the hole below the DISPLAY OUTPUT terminal on the AVC System.

Handling the AVC System

CAUTION

Do not put a VCR or other device on top of the AVC System.

• Keep enough space above and to the sides of the AVC

• System. Do not block the ventilation openings on the top and left side or

• the exhaust fan on the right side. Do not spread a thick cloth beneath the AVC System or cover it with one, as this can cause overheating and result in

• malfunction.

Detach the parts of the fixture while holding the tab of the fixture downward. Wrap the cushion around the HDMI cable.

Attach the parts of

4 Connect the HDMI

the fixture on the cushion, pushing the tab downward.

5cm

5cm 5cm

cable with the fixture to the DISPLAY OUTPUT terminal while sliding on the bar of the fixture.

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Page 9

[3] DIMENSIONS

(1528.0) / [1243.0]

(1429.0) / [1156.0]

LC-52XS1E/RU/LC-65XS1E/RU

Unit: mm

54.0

47.1

22.8

(1046.0 ) / [878.0]

(933.0) / [765.0]

113.0

(314.0)

(804.0) / [652.0]

(597.6) / [511.0]

(1312.0)/[1075.0]

60.4

400.0

[ 2 00.0 ]

( ) : LC-65XS1E/RU

[ ] : LC-52XS1E/RU

: LC-52XS1E/RU/65XS1E/RU

1 – 6

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LC-52XS1E/RU/LC-65XS1E/RU

LC-52XS1E

CHAPTER 2. REMOVING OF MAJOR PARTS

Service Manual

[1] REMOVING OF MAJOR PARTS (LC-52XS1E/RU)

1. Removing of Speaker Box Ass'y and Cabinet B Ass'y

1. Remove the 4 lock screws and detach the Speaker Angle Cover Ass'y .

2. Remove the 4 lock screws and detach the Speaker Box Ass'y

3. Detach the AC Cover Top . Remove the 2 lock screws and AC Cover Bottom .

4. Detach the Terminal Cover , Bus-Cone Cover and 2 VESA Caps .

5. Remove the 13 lock screws , 6 lock screws , 4 lock screws , Reinforcement panel , and 20 lock screws . Detach the Cabinet B Ass'y.

11 12 13

Cabinet B Ass'y

VESA Cap

Bus-Cone Cover

Terminal Cover

Speaker Angle Cover Ass'y

AC Cover Top

AC Cover Bottom

2 – 1

Speaker Box Ass'y

Page 11

LC-52XS1E/RU/LC-65XS1E/RU

2. Removing of R/C, LED Unit and each shield.

1. Disconnect the RA connector from R/C, LED Unit.

2. Remove the 2 lock screws and detach the R/C, LED Unit.

3. Remove the 2 lock screws and 9 lock screws . Detach the IF Radiator Shield Ass'y.

4. Remove the 1 lock screw and 7 lock screws . Detach the A3C Radiator Shield Ass'y.

5. Remove the 12 lock screws and detach the Chassis Tray Shield R.

6. Remove the 1 lock screw and detach the Barrier Sheet . Remove the 11 lock screws and detach Chassis Tray Shield L Ass'y.

IF Radiator Shield Ass'y

Chassis Tray Shield R

[RA]

R/C, LED Unit

[RA]

Chassis Tray Shield L Ass'y

A3C Radiator Shield Ass'y

Barrier Sheet

2 – 2

Page 12

LC-52XS1E/RU/LC-65XS1E/RU

3. Removing of connectors

1. Disconnect the following connectors from IF Unit. (LE, PD, PE, LW, KM, LB, FR, SP, US)

2. Disconnect the following connectors from USB Unit. (US)

3. Disconnect the following connectors from SP-T Unit. (SP)

4. Disconnect the following connectors from A3C LCD T-CON Unit. (RA, LW, LB, LC)

5. Disconnect the following connectors from MAIN POWER Unit. (PD, PI, PE, PS1, ACM)

6. Disconnect the following connectors from SUB-1 POWER Unit. (PS1, PS2, LA1, AC1, ACM)

7. Disconnect the following connectors from SUB-2 POWER Unit. (PS2, LA2, AC1, AC2)

8. Disconnect the AC2 connector from AC INLET Unit.

9. Disconnect the KM connector from KEY Unit.

10.Disconnect the AC connector from DC OUTPUT Unit.

MAIN POWER Unit

IF Unit

USB Unit

SP-T Unit

[PI]

[LE]

[SP]

[US]

[AC]

DC OUTPUT Unit

SUB-1 POWER Unit

[PI] [PE]

[PD]

[PS1]

[ACM]

[RA]

[LW]

[LB]

[LC]

[KM]

KEY Unit

[LA1]

[AC1]

[PS2]

[LA2]

[AC1]

[AC2]

A3C LCD T-CON Unit

[LA1] [LA2]

SUB-2 POWER Unit

[AC2]

AC INLET Unit

IF Unit

[US]

[LE]

[PD]

[PE]

[LW]

[FR]

[LB]

[KM]

[SP]

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LC-52XS1E/RU/LC-65XS1E/RU

4. Removing of MAIN POWER Unit, SUB-1 POWER Unit and SUB-2 POWER Unit

1. Remove the 15 lock screws .

2. Detach the Power Unit Fix Angle Top Ass'y , Power Unit Fix Angle Bottom Ass'y and Power Unit Fix Angle .

3. Remove the 12 lock screws . Detach the MAIN POWER Unit, SUB-1 POWER Unit and SUB-2 POWER Unit.

SUB-1 POWER Unit

MAIN POWER Unit

SUB-2 POWER Unit

Power Unit Fix Angle Top Ass'y

Power Unit Fix Angle

Power Unit Fix Angle Bottom Ass'y

2 – 4

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LC-52XS1E/RU/LC-65XS1E/RU

5. Removing of USB Unit, SP-T Unit, DC OUTPUT Unit, IF Unit and AC INLET Unit

1. Remove the 1 lock screw and USB Fix Angle . Remove the 1 lock screw and detach the USB Unit from USB Cover Holder.

2. Remove the 2 lock screws and detach the SP-T Unit.

3. Detach the DC OUTPUT Unit from Jack Cover.

4. Remove the 6 lock screws and detach the IF Unit.

5. Remove the 4 lock screws and detach the AC INLET Unit.

USB Fix Angle

IF Unit

SP-T Unit

USB Cover

Holder

USB Unit

Jack Cover

DC OUTPUT Unit

AC INLET Unit

2 – 5

Page 15

6. Removing of KEY Unit and LED Backlight Module

1. Remove the 2 lock screws and detach the KEY Unit.

2. Remove the 4 lock screws and detach the LED Backlight Module from Cabinet A Ass'y.

LED Backlight Module

LC-52XS1E/RU/LC-65XS1E/RU

KEY Unit

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LC-52XS1E/RU/LC-65XS1E/RU

7. Removing of LCD Panel Module

1. Remove the 10 lock screws , 11 lock screws and 21 lock screws . Detach the 52' Full-HD LCD Panel module.

2. Detach the LED Backlight Module, Lens Sheet, Diffusion Sheet, BEF Sheet and D-BEF Sheet.

LED Backlight Module

Diffusion Sheet

D-BEF Sheet

Lens Sheet

BEF Sheet

52' Full-HD LCD Panel module

2 – 7

Page 17

[2] REMOVING OF MAJOR PARTS (LC-65XS1E/RU)

1. Removing of Speaker Box Ass'y and Cabinet B Ass'y

1. Remove the 4 lock screws and detach the Speaker Angle Cover Ass'y .

2. Remove the 4 lock screws and detach the Speaker Box Ass'y

3. Detach the AC Cover Top . Remove the 2 lock screws and AC Cover Bottom .

LC-52XS1E/RU/LC-65XS1E/RU

4. Detach the Terminal Cover , Bus-Cone Cover and 2 VESA Caps .

5. Remove the 18 lock screws , 5 lock screws , 4 lock screws , Reinforcement panel and 24 lock screws . Detach the Cabinet B Ass'y.

11 12 13

Cabinet B Ass'y

VESA Cap

Bus-Cone Cover

Terminal Cover

1410

AC Cover Top

Speaker Angle Cover Ass'y

AC Cover Bottom

Speaker Box Ass'y

2 – 8

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LC-52XS1E/RU/LC-65XS1E/RU

2. Removing of R/C, LED Unit and each shield.

1. Disconnect the RA connector from R/C, LED Unit.

2. Remove the 2 lock screws and detach the R/C, LED Unit.

3. Remove the 2 lock screws and 9 lock screws . Detach the IF Radiator Shield Ass'y.

4. Remove the 1 lock screw and 7 lock screws . Detach the A3C Radiator Shield Ass'y.

5. Remove the 1 lock screw and detach the Barrier Sheet . Remove the 22 lock screws and detach the Chassis Tray Shield R.

6. Remove the 1 lock screw and detach the Barrier Sheet . Remove the 23 lock screws and detach Chassis Tray Shield L Ass'y.

Barrier Sheet

Chassis Tray Shield R

Chassis Tray Shield L Ass'y

Barrier Sheet

[RA]

R/C, LED Unit

IF Radiator Shield Ass'y

[RA]

A3C Radiator Shield Ass'y

2 – 9

Page 19

3. Removing of connectors

1. Disconnect the following connectors from IF Unit. (LE, PD, PE, LW, FR, LB, KM, US, SP, RA, SD)

2. Disconnect the following connectors from USB Unit. (US)

3. Disconnect the following connectors from SP-T Unit. (SP)

4. Disconnect the following connectors from A3C LCD T-CON Unit. (LW, LB, FR)

5. Disconnect the following connectors from MAIN POWER Unit. (PD, PI, PE, PS1, PS3, ACM, AC3)

6. Disconnect the following connectors from SUB-1 POWER Unit. (PS1, PS2, LA1, AC1, ACM)

7. Disconnect the following connectors from SUB-2 POWER Unit. (PS2, LA2, AC1, AC2)

8. Disconnect the following connectors from SUB-3 POWER Unit. (PS3, LA3, AC3)

9. Disconnect the AC2 connector from AC INLET Unit.

10.Disconnect the KM connector from KEY Unit.

11.Disconnect the AC connector from DC OUTPUT Unit.

LC-52XS1E/RU/LC-65XS1E/RU

SUB-3 POWER Unit

IF Unit

USB Unit

[US]

MAIN POWER Unit

[PI]

[LE]

[PS3]

[AC3]

[SP]

[AC]

OUTPUT Unit

[PS3][LA3]

[PI] [PE]

[PD]

[AC3]

[KM]

SUB-1 POWER Unit

[PS2]

[PS1]

[ACM] [AC1]

[ACM]

[LW]

[LB] [FR]

KEY UnitSP-T Unit DC

SUB-2 POWER Unit

[LA1]

[PS2]

[LA2]

[AC1]

[AC2]

T-CON Unit

[LA3] [LA1] [LA2]

[AC2]

AC INLET UnitA3C LCD

IF Unit

[US]

[SD] [RA]

[PD] [PE]

[LE]

[LW]

[FR]

[LB]

[KM]

[SP]

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LC-52XS1E/RU/LC-65XS1E/RU

4. Removing of MAIN POWER Unit, SUB-1 POWER Unit and SUB-2 POWER Unit

1. Remove the 8 lock screws .

2. Detach the Power Unit Fix Angle Top Ass'y , Power Unit Fix Angle Bottom Ass'y and Power Unit Fix Angle .

3. Remove the 12 lock screws . Detach the MAIN POWER Unit, SUB-1 POWER Unit and SUB-2 POWER Unit.

MAIN POWER Unit

SUB-1 POWER Unit

SUB-2 POWER Unit

Power Unit Fix Angle Top Ass'y

Power Unit

Fix Angle

Power Unit Fix Angle Bottom Ass'y

2 – 11

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LC-52XS1E/RU/LC-65XS1E/RU

5. Removing of USB Unit, SUB-3 POWER Unit, SP-T Unit, DC OUTPUT Unit, IF Unit and AC INLET Unit

1. Remove the 1 lock screw and USB Fix Angle . Remove the 1 lock screw and detach the USB Unit from USB Cover Holder.

2. Remove the 4 lock screws and detach the SUB-3 POWER Unit.

3. Remove the 4 lock screws and detach the AC INLET Unit.

4. Remove the 2 lock screws and detach the SP-T Unit.

5. Detach the DC OUTPUT Unit from Jack Cover.

6. Remove the 6 lock screws and detach the IF Unit.

SUB-3 POWER Unit

IF Unit

USB Fix Angle

SP-T Unit

USB Cover Holder

USB Unit

AC INLET Unit

Jack Cover

DC OUTPUT Unit

2 – 12

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LC-52XS1E/RU/LC-65XS1E/RU

6. Removing of KEY Unit and LED Backlight Module

1. Remove the 2 lock screws and detach the KEY Unit.

2. Remove the 4 lock screws and detach the LED Backlight Module from Cabinet A Ass'y.

LED Backlight Module

KEY Unit

2 – 13

Page 23

7. Removing of LCD Panel Module

LC-52XS1E/RU/LC-65XS1E/RU

1. Remove the 10 lock screws , 13 lock screws and 22 lock screws . Detach the 65' Full-HD LCD Panel module.

2. Detach the LED Backlight Module, Lens Sheet, Diffusion Sheet, BEF Sheet and D-BEF Sheet.

LED Backlight Module

Diffusion Sheet

D-BEF Sheet

Lens Sheet

BEF Sheet

65' Full-HD LCD Panel module

2 – 14

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LC-52XS1E/RU/LC-65XS1E/RU

LC-52XS1E

CHAPTER 3. ADJUSTMENT

Service Manual

[1] ADJUSTMENT PROCEDURE

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

The unit is set to the optimum at the time of shipment from the factory. If any value should become improper or any adjustment is necessary due to the part replacement, make an adjustment according to the following procedure.

1. Prepare the following parts of writing software when you exchange IC7002 in the IF unit on the monitor side.

Applicable parts: RH-iXC331WJN9Q

NOTE: Caution when replacing ICs in the main unit (IC6001)

The above ICs are EEPROMs storing the EDID data of HDMI and the sub microcomputer.

To change applicable parts, it is necessary to write in the data of EDID.

It is possible to write from the microcomputer in the IF board, and execute "EDID WRITE" on the monitor step mode page, please with the following harness connected.

52 inches LB harness : QCNW-H636WJQZ

KM harness : QCNW-H712WJQZ

65 inches LB harness : QCNW-H623WJQZ

KM harness : QCNW-H709WJQZ

2. After replacing the LCD panel or LCD control PWB, adjust the COMB-BIAS Adjustment.

Refer to the [4]-1-1 item.

3. After replacing the LCD panel or LCD control PWB by 65 type, also adjust the upper and lower brightness difference adjustment.

Refer to the [4]-1-2 item.

[2] Entering and exiting the adjustment process mode

1. Entering and exiting the adjustment process mode

1. Pull out the AC plug on the display side under operation from the outlet.

2. While holding down the “VOL (+)” and “P(V)” keys on the set at once, Put the AC code. (It changes to the monitor inspection mode.)

3. While holding down the “VOL (–)” and “P(V)” keys on the set at once, It enters the monitor adjustment process mode.

Multiple lines of blue character string appearing on the screen indicate that the set is now in the adjustment Process mode.

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

4. To exit the adjustment process mode after the adjustment is done, unplug the AC power cord to force off the power. (or please press the MAIN POWER key and turn off a power supply).

(When the power is turned off with the remote controller, once unplug the AC power cord and plug it in again. In this case, wait 20 seconds or so before plugging.)

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

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

3 – 1

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LC-52XS1E/RU/LC-65XS1E/RU

2. Remote controller key operation in adjustment process mode.

1. key operation

Remote controller key Main unit key Remote controller key Main unit key Function

P ( / ) VOL (+/-) VOL (+/-) Changing a selected item setting (+1/-1)

Cursor ( / )

Cursor ( / ) OK — Executing a function/ canceling a test pattern. CHP1-CHP6 W/B adjustment check. It is a BETA setup about the gamma value in each adjustment point. It is off

Page specification (1-10item) It jumps to the pressed page. The cursor position after it moves selects the first line Line specification(1-6line) The cursor moves to the pressed line. Screen display — It is considered as monitor process mode OSD all OFF.It displays it again by another key pressing.

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

P ( / )

— Turning a page (PREVIOUS / NEXT)

— Changing a selected line setting (+10/-10)

3. Description of display

(1) Present㵘page / number of total pages (3)Destination display

(2) Page present title (4) Model size

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

again in the same key pressing. *Other key input is invalid in the on condition. However, it shall be effective when other Point keys (CHP1-CHP6) are pressed.

1/ 46 [INFO] INPUT1 AUTO EURO 65E_UNDER[0]

MONITOR MAIN Version 1.10 (E 2008/09/03 1) NONITOR BOOT Version 1.01 Monitor SUB Version 1.05 FRC Version 71716531

LED A/MAIN/SUB version 0808236501/1.0.0/1.0.0

CPLD/FPGA Version a3 / 46 EQ DATA CHECKSUM ROM LAMP ERROR 0 MONITOR SUB ERR CAUSE 00 00 00 00 NORMAL STANDBY CAUSE 0 ERROR STANDBY CAUSE 1) 0 2) 0 3) 0

(5) Item name 㩿㪍㪀㩷㪧㪸㫉㪸㫄㪼㫋㪼㫉

No. Description Display specification

(1) Present page/number of total

pages (2) Page present title Max. 15 char “[“ “]”. (3) Destination display EUROPE/RUSSIA/SWEDEN (4) Model size 65/52 (5) Item name Max. 30 char (6) Parameter Max. 60 char

2char/2char Decimal Number mark.

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

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

Process menu header

3 – 2

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LC-52XS1E/RU/LC-65XS1E/RU

[3] Monitor adjustment process mode menu

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

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

1/46 [INFO]

1 MONITOR MAIN Version 1.10(W2008/09/03 1) Monitor Main software version 2 MONITOR BOOT Version 1.01 Monitor BOOT Version. 3 MONITOR SUB Version 1.05 Monitor sub software version 4 FRC Version 71716531 FRC Version 5 LED A/MAIN/SUB version 0808236501/1.0.0/1.0.0 A3C,LEDTCON software, LEDTCON FPGA Version 6 CPLD/FPGA Version a3 / 46 CPLD/FPGA Version. 7 EQ DATA CHECKSUM ROM Audio data checksum. 8 LAMP ERROR 0 Number of termination due to lamp error. 9 MONITOR SUB ERR CAUSE 00 00 00 00 Monitor error standby cause.

10 NORMAL STANDBY CAUSE 0 Situation that became standby at the end.

11 ERROR STANDBY CAUSE 1) 0 0H 0M Error standby cause Total operating time before error.

2) 0 0H 0M (5 times history)

3) 0 0H 0M

4) 0 0H 0M

5) 0 0H 0M

2/46 [INIT]

1 INDUSTRY INIT OFF Initialization to factory settings execution. 2 INDUSTRY INIT(-Hotel) OFF Initialization to factory settings execution.

3 HOTEL MODE OFF Hotel mode ON/OFF setting 4 Center Acutime **H **M Main integrated operating time (reset by the factory setting) 5 RESET OFF Main integrated operating time reset. 6 Backlight Acutime **H **M Backlight accumulative operating time (not reset by factory setting) 7 RESET OFF Backlight accumulative operating times reset. 8 LAMP ERROR RESET OFF The number of times which carried out power supply OFF in the

9 VIC XPOS 0 Disclosure 10 VIC YPOS 0 Disclosure 11 VIC BUFFER CAPTURE Disclosure 12 VIC SIGNAL TYPE MAIN Disclosure 13 VIC READ OFF Disclosure

3/46 [PANELADJ]

1 VCOM ADJ 45 Common bias adjustment

2 LCD LUMA ADJ NOT SUPPORT Upper and lower brightness difference adjustment

3 HDMI EDID WRITE Enter Execute HDMI EDID Data write

4 HDMI CEC TEST Enter Disclosure

5 INSPECT USB TERM Enter Disclosure

6 IRSS TEST Enter Disclosure

7 FDFB ADJ OFF Disclosure

8 LED TCON OPEN ERROR 0 Disclosure

9 MAIN TEMPERATURE 67 Disclosure 10 MONIDATA READ[TEMP/OPC] OFF Disclosure 11 GAMMA PATTERN MODE LCD ADJ Disclosure

4/46 [FR DDRTEST]

1 DDRA TEST1 Enter Execute DDRA test 1

2 DDRA TEST2 Enter Execute DDRA test 2

3 DDRB TEST1 Enter Execute DDRA test 1

4 DDRB TEST2 Enter Execute DDRA test 2

5 DDRB TEST3 Enter Execute DDRA test 3

6 FRC ON/OFF Enter Execute FRC ON/OFF

7 FRA DDRA BIST Enter Execute FRA DDRA BIST

8 FRA DDRB BIST Enter Execute FRA DDRB BIST

9 POSTFILTER ON/OFF ON Execute POSTFILTER ON/OFF

(Excluding the error)

(Hotel mode is excluded)

lamp error is set to 0.

3 – 3

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LC-52XS1E/RU/LC-65XS1E/RU

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

5/46 [GAMMA IN]

1 MONITOR GAMMA IN 1 102 Disclosure

2 MONITOR GAMMA IN 2 128 Disclosure

3 MONITOR GAMMA IN 3 153 Disclosure

4 MONITOR GAMMA IN 4 179 Disclosure

5 MONITOR GAMMA IN 5 204 Disclosure

6 MONITOR GAMMA IN 6 230 Disclosure

7 MONITOR WRITE OFF Disclosure

8 MONITOR RESET OFF Disclosure

6/46 [GAMMA R1]

1 MONITOR GAMMA R 1 1632 Disclosure

2 MONITOR GAMMA G 1 1632 Disclosure

3 MONITOR GAMMA B 1 1632 Disclosure

4 MONITOR GAMMA R 2 2048 Disclosure

5 MONITOR GAMMA G 2 2048 Disclosure

6 MONITOR GAMMA B 2 2048 Disclosure

7 MONITOR GAMMA R 3 2448 Disclosure

8 MONITOR GAMMA G 3 2448 Disclosure

9 MONITOR GAMMA B 3 2488 Disclosure 10 GAMMA WRITE OFF Disclosure 11 GAMMA RESET OFF Disclosure

7/46 [GAMMA R4]

1 MONITOR GAMMA R 4 2864 Disclosure

2 MONITOR GAMMA G 4 2864 Disclosure

3 MONITOR GAMMA B 4 2864 Disclosure

4 MONITOR GAMMA R 5 3264 Disclosure

5 MONITOR GAMMA G 5 3264 Disclosure

6 MONITOR GAMMA B 5 3264 Disclosure

7 MONITOR GAMMA R 6 3680 Disclosure

8 MONITOR GAMMA G 6 3680 Disclosure

9 MONITOR GAMMA B 6 3680 Disclosure 10 GAMMA WRITE OFF Disclosure 11 GAMMA RESET OFF Disclosure

8/46 [LED 1]

1 LED Lo ADJ OFF Disclosure

2 LED Hi ADJ OFF Disclosure

3 LED GAMMA IN Point 64 Disclosure

4 LED GAMMA Lo R 64 Disclosure

5 LED GAMMA Lo G 64 Disclosure

6 LED GAMMA Lo B 64 Disclosure

7 LED GAMMA Hi R 4095 Disclosure

8 LED GAMMA Hi G 4095 Disclosure

9 LED GAMMA Hi B 4095 Disclosure

9/46 [LED 2 (STD)]

1 LED S LO ADJ OFF Disclosure

2 LED S HI ADJ OFF Disclosure

3 LED S GAMMA IN POINT 64 Disclosure

4 LED S GAMMA LO R 64 Disclosure

5 LED S GAMMA LO G 64 Disclosure

6 LED S GAMMA LO B 64 Disclosure

7 LED S GAMMA HI R 4095 Disclosure

8 LED S GAMMA HI G 4095 Disclosure

9 LED S GAMMA HI B 4095 Disclosure

10/46 [LED 3 (WALL)]

1 LED W LO ADJ OFF Disclosure

2 LED W HI ADJ OFF Disclosure

3 LED W GAMMA IN POINT 64 Disclosure

4 LED W GAMMA LO R 64 Disclosure

5 LED W GAMMA LO G 64 Disclosure

6 LED W GAMMA LO B 64 Disclosure

7 LED W GAMMA HI R 4095 Disclosure

8 LED W GAMMA HI G 4095 Disclosure

9 LED W GAMMA HI B 4095 Disclosure

3 – 4

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LC-52XS1E/RU/LC-65XS1E/RU

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

11/46 [G CO POS]

1 MODE SELECT FACTORY Disclosure

2 POS SELECT WB IN Disclosure

3 POS MIN 0 Disclosure

4 POS MID1 Disclosure

5 POS MID2 Disclosure

6 POS MID3 Disclosure

7 POS MID4 Disclosure

8 POS MID5 Disclosure

9 POS MID6 Disclosure 10 POS MAX Disclosure

12/46 [G CO CD]

1 CD MIN Disclosure

2 CD MID1 Disclosure

3 CD MID2 Disclosure

4 CD MID3 Disclosure

5 CD MID4 Disclosure

6 CD MID5 Disclosure

7 CD MID6 Disclosure

8 CD MAX Disclosure

13/46 [G CO VAL]

1 CALC OFF Disclosure

2 RESET OFF Disclosure

3 VAL1 100 Disclosure

4 VAL2 100 Disclosure

5 VAL3 100 Disclosure

6 VAL4 100 Disclosure

7 VAL5 100 Disclosure

8 VAL6 100 Disclosure

14/46 [ACTIVEBL 1]

1 ABL TEST MODE Enter Disclosure

2 PRINT DEBUG OFF Disclosure

15/46 [TM_STATUS]

1 TM_STATUS_UPDATE Enter Disclosure

2 RX_LEVEL_NOW OFF Disclosure

3 RX_LEVEL_MIN Disclosure

4 RX_LINK_STATE Disclosure

5 RX_SELECTION_CHANNEL Disclosure

6 RX_TRANSMIT_POWER Disclosure

7 RX_DOWNLINK_QUALITY Disclosure

8 RX_AUDIO_BER Disclosure

9 RX_ERROR_CORRECTION Disclosure 10 TX_TRANSMIT_POWER Disclosure

16/46 [TM_INFO]

1 RX_SOFT_VERSION_IO Disclosure

2 RX_SOFT_VERSION_RF Disclosure

3 TX_SOFT_VERSION_IO Disclosure

4 TX_SOFT_VERSION_RF Disclosure

5 RX_SINK_DEVICE_ID Disclosure

6 RX_SOURCE_DEVICE_ID Disclosure

7 RX_REGION Disclosure

8 TX_REGION Disclosure

9 TX_AFS_TYPE Disclosure 10 TX_AFS_MODE Disclosure 11 TX_TPC_MODE Disclosure

3 – 5

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LC-52XS1E/RU/LC-65XS1E/RU

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

17/46 [TM_RX_ANT]

1 TM_RX_ANT_INFO_UPDATE Enter Disclosure

2 RX_RECEIVE_POWER 1 Disclosure

3 RX_RECEIVE_POWER 2 Disclosure

4 RX_RECEIVE_POWER 3 Disclosure

5 RX_RECEIVE_POWER 4 Disclosure

6 RX_RECEIVE_POWER 5 Disclosure

7 RX_SNR_AVR_MIN_MAX 1 Disclosure

8 RX_SNR_AVR_MIN_MAX 2 Disclosure

9 RX_SNR_AVR_MIN_MAX 3 Disclosure 10 RX_SNR_AVR_MIN_MAX 4 Disclosure 11 RX_SNR_AVR_MIN_MAX 5 Disclosure

18/46 [TM_RX_CS]

1 TM_RX_CS_INFO_UPDATE Enter Disclosure

2 RX_CS 01 Disclosure

3 RX_CS 02 Disclosure

4 RX_CS 03 Disclosure

5 RX_CS 04 Disclosure

6 RX_CS 05 Disclosure

7 RX_CS 06 Disclosure

8 RX_CS 07 Disclosure

9 RX_CS 08 Disclosure 10 RX_CS 09 Disclosure

19/46 [TM_TX_CS]

1 TM_TX_CS_INFO_UPDATE Enter Disclosure

2 TX_CS 01 Disclosure

3 TX_CS 02 Disclosure

4 TX_CS 03 Disclosure

5 TX_CS 04 Disclosure

6 TX_CS 05 Disclosure

7 TX_CS 06 Disclosure

8 TX_CS 07 Disclosure

9 TX_CS 08 Disclosure 10 TX_CS 09 Disclosure

20/46 [SOUND 1]

1 AUTO_SWITCH ROM Disclosure

2 FLAT_MODE Disclosure

3 EEP_STATUS_INIT Disclosure

4 SP_OUTPUT_MODE Disclosure

5 LIP_SYNC_A Disclosure

6 INPUT_TRIM Disclosure

7 OUTPUT_TRIM_LR Disclosure

8 OUTPUT_TRIM_SW Disclosure

9 SUB_VOLUME_SP Disclosure 10 SUB_VOLUME_SW Disclosure

21/46 [SOUND 2]

1 SUB_VOLUME_ROOM_LIVING Disclosure

2 SUB_VOLUME_ROOM_BED Disclosure

3 SUB_VOLUME_ROOM_

JAPANESE

4 SUB_VOLUME_ROOM_

CORNER 5 SUB_VOLUME_ROOM_WALL Disclosure 6 SUB_VOLUME_ROOM_WALL_

HUNG 7 SUB_VOLUME_AV_STANDARD Disclosure 8 SUB_VOLUME_AV_DYNAMIC Disclosure 9 SUB_VOLUME_AV_MOVIE Disclosure

10 SUB_VOLUME_AV_NEWS Disclosure 11 MATRIX_LR Disclosure 12 MATRIX_SW Disclosure

Disclosure

3 – 6

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LC-52XS1E/RU/LC-65XS1E/RU

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

22/46 [SOUND 3]

1 PEQ_F1 Disclosure 2 PEQ_Q1 Disclosure 3 PEQ_GAIN1 Disclosure 4 PEQ_F2 Disclosure 5 PEQ_Q2 Disclosure 6 PEQ_GAIN2 Disclosure 7 PEQ_F3 Disclosure 8 PEQ_Q3 Disclosure 9 PEQ_GAIN3 Disclosure

10 PEQ_F4 Disclosure 11 PEQ_Q4 Disclosure 12 PEQ_GAIN4 Disclosure

23/46 [SOUND 4]

1 PEQ_F5 ROM Disclosure 2 PEQ_Q5 Disclosure 3 PEQ_GAIN5 Disclosure 4 PEQ_F6 Disclosure 5 PEQ_Q6 Disclosure 6 PEQ_GAIN6 Disclosure 7 PEQ_F7 Disclosure 8 PEQ_Q7 Disclosure 9 PEQ_GAIN7 Disclosure

10 PEQ_F8 Disclosure 11 PEQ_Q8 Disclosure 12 PEQ_GAIN8 Disclosure

24/46 [SOUND 5]

1 PEQ_F9 Disclosure 2 PEQ_Q9 Disclosure 3 PEQ_GAIN9 Disclosure 4 PEQ_F10 Disclosure 5 PEQ_Q10 Disclosure 6 PEQ_GAIN10 Disclosure 7 SW_PEQ_F1 Disclosure 8 SW_PEQ_Q1 Disclosure 9 SW_PEQ_GAIN1 Disclosure

10 SW_PEQ_F2 Disclosure 11 SW_PEQ_Q2 Disclosure 12 SW_PEQ_GAIN2 Disclosure

25/46 [SOUND 6]

1 SW_PEQ_F3 Disclosure 2 SW_PEQ_Q3 Disclosure 3 SW_PEQ_GAIN3 Disclosure 4 SW_PEQ_F4 Disclosure 5 SW_PEQ_Q4 Disclosure 6 SW_PEQ_GAIN4 Disclosure 7 SW_PEQ_F5 Disclosure 8 SW_PEQ_Q5 Disclosure 9 SW_PEQ_GAIN5 Disclosure

10 SW_PEQ_F6 Disclosure 11 SW_PEQ_Q6 Disclosure 12 SW_PEQ_GAIN6 Disclosure

26/46 [SOUND 7]

1 SRS_INPUT_GAIN Disclosure 2 SRS_OUTPUT_GAIN Disclosure 3 SRS_BYPASS_GAIN Disclosure 4 SRS_DIALOG_CLARITY_

CONTROL 5 SRS_TRUBASS_CONTROL Disclosure 6 SRS_TRUBASS_SPEAKERSIZE Disclosure 7 SRS_SURROUND_LEVEL_

CONTROL

Disclosure

3 – 7

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LC-52XS1E/RU/LC-65XS1E/RU

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

27/46 [SOUND 8]

1 HPF_LR Disclosure 2 HPF_SW Disclosure 3 DRC_LR_LPF Disclosure 4 DRC_LR_HPF Disclosure 5 DRC_LR_LEVEL_L Disclosure 6 DRC_LR_LEVEL_H Disclosure 7 DRC_SW_LEVEL Disclosure 8 DRC_TIME_PATTERN Disclosure

28/46 [SOUND 9]

1 CLIPPER_LEVEL_LR Disclosure 2 CLIPPER_LEVEL_LR Disclosure 3 RESERVED1 Disclosure 4 RESERVED2 Disclosure 5 RESERVED3 Disclosure 6 RESERVED4 Disclosure 7 RESERVED5 Disclosure 8 RESERVED6 Disclosure 9 RESERVED7 Disclosure

10 RESERVED8 Disclosure 11 RESERVED9 Disclosure 12 RESERVED10 Disclosure

29/46 [M PWM]

1 PANEL SELECT ROM Disclosure 2 PWM Disclosure 3 PWM FREQ Disclosure 4 PWM DUTY Disclosure 5 OSC FREQ Disclosure 6 OSC DUTY Disclosure

30/46 [M OPC1]

1 OPC LDUTY 0 Disclosure 2 OPC LDUTY 1 Disclosure 3 OPC LDUTY 2 Disclosure 4 OPC LDUTY 3 Disclosure 5 OPC LDUTY 4 Disclosure 6 OPC LDUTY 5 Disclosure 7 OPC LDUTY 6 Disclosure 8 OPC LDUTY 7 Disclosure 9 OPC LDUTY 8 Disclosure

10 OPC LDUTY 9 Disclosure 11 OPC LDUTY 10 Disclosure 12 OPC LDUTY 11 Disclosure

31/46 [M OPC2]

1 OPC LDUTY 12 Disclosure 2 OPC LDUTY 13 Disclosure 3 OPC LDUTY 14 Disclosure 4 OPC LDUTY 15 Disclosure 5 OPC LDUTY 16 Disclosure 6 OPC LDUTY 17 Disclosure 7 OPC LDUTY 18 Disclosure 8 OPC LDUTY 19 Disclosure 9 OPC LDUTY 20 Disclosure

10 OPC LDUTY 21 Disclosure 11 OPC LDUTY 22 Disclosure

3 – 8

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LC-52XS1E/RU/LC-65XS1E/RU

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

32/46 [M OPC3]

1 OPC LDUTY 23 Disclosure 2 OPC LDUTY 24 Disclosure 3 OPC LDUTY 25 Disclosure 4 OPC LDUTY 26 Disclosure 5 OPC LDUTY 27 Disclosure 6 OPC LDUTY 28 Disclosure 7 OPC LDUTY 29 Disclosure 8 OPC LDUTY 30 Disclosure 9 OPC LDUTY 31 Disclosure

10 OPC LDUTY 32 Disclosure

33/46 [M ADL1]

1 OPC33 ADLEVEL 0 Disclosure 2 OPC33 ADLEVEL 1 Disclosure 3 OPC33 ADLEVEL 2 Disclosure 4 OPC33 ADLEVEL 3 Disclosure 5 OPC33 ADLEVEL 4 Disclosure 6 OPC33 ADLEVEL 5 Disclosure 7 OPC33 ADLEVEL 6 Disclosure 8 OPC33 ADLEVEL 7 Disclosure 9 OPC33 ADLEVEL 8 Disclosure

10 OPC33 ADLEVEL 9 Disclosure 11 OPC33 ADLEVEL 10 Disclosure 12 OPC33 ADLEVEL 11 Disclosure

34/46 [M ADL2]

1 OPC33 ADLEVEL 12 Disclosure 2 OPC33 ADLEVEL 13 Disclosure 3 OPC33 ADLEVEL 14 Disclosure 4 OPC33 ADLEVEL 15 Disclosure 5 OPC33 ADLEVEL 16 Disclosure 6 OPC33 ADLEVEL 17 Disclosure 7 OPC33 ADLEVEL 18 Disclosure 8 OPC33 ADLEVEL 19 Disclosure 9 OPC33 ADLEVEL 20 Disclosure

10 OPC33 ADLEVEL 21 Disclosure 11 OPC33 ADLEVEL 22 Disclosure

35/46 [M ADL3]

1 OPC33 ADLEVEL 23 Disclosure 2 OPC33 ADLEVEL 24 Disclosure 3 OPC33 ADLEVEL 25 Disclosure 4 OPC33 ADLEVEL 26 Disclosure 5 OPC33 ADLEVEL 27 Disclosure 6 OPC33 ADLEVEL 28 Disclosure 7 OPC33 ADLEVEL 29 Disclosure 8 OPC33 ADLEVEL 30 Disclosure 9 OPC33 ADLEVEL 31 Disclosure

36/46 [M V6THE]

1 V6 OS THERMO 1 83 (52), 79 (65) Disclosure 2 V6 OS THERMO 2 101 (52), 97 (65) Disclosure 3 V6 OS THERMO 3 114 (52), 108 (65) Disclosure 4 V6 OS THERMO 4 122 (52), 121 (65) Disclosure 5 V6 OS THERMO 5 137 (52), 135 (65) Disclosure 6 V6 OS THERMO 6 155 (52), 152 (65) Disclosure 7 V6 OS THERMO 7 174 (52), 175 (65) Disclosure

37/46 [M V5THE]

1 V5 OS THERMO 1 83 (52), 79 (65) Disclosure 2 V5 OS THERMO 2 101 (52), 97 (65) Disclosure 3 V5 OS THERMO 3 114 (52), 108 (65) Disclosure 4 V5 OS THERMO 4 122 (52), 121 (65) Disclosure 5 V5 OS THERMO 5 137 (52), 135 (65) Disclosure 6 V5 OS THERMO 6 155 (52), 152 (65) Disclosure 7 V5 OS THERMO 7 174 (52), 175 (65) Disclosure

3 – 9

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LC-52XS1E/RU/LC-65XS1E/RU

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

38/46 [M BLCTL TEMP]

1 BL TEMP1 Disclosure 2 BL TEMP2 Disclosure 3 BL TDUTY Disclosure

39/46 [M EEP SET]

1 MONITOR TIME OUT ON Disclosure 2 MONITOR MAX TEMP 53 Disclosure 3 MONITOR EEP READ / WRITE WRITE Disclosure 4 MONITOR EEP ADR 0x 0 Disclosure 5 MONITOR EEP DATA 0x 0 Disclosure

40/46 [M TESTPTRN]

1 LCD TEST PATTERN OFF Pattern with built-in LCD controller display. 2 LCD AGI TEST PATTERN OFF Pattern with built-in LCD controller display. 3 LCD EVA TEST PATTERN OFF Pattern with built-in LCD controller display. 4 FRA TEST PATTERN OFF Pattern with built-in LCD controller display. 5 PSF TEST PATTERN OFF

41/46 [DCLP COMP]

1 YG_CLPWDY_COMP525P default Disclosure 2 RB_CLPWDC_COMP525P default Disclosure 3 AYCLPON_COMP525P default Disclosure 4 SLLSHR_GAIN_COMP525P 0 Disclosure 5 YG_CLPWDY_COMP1125I default Disclosure 6 RB_CLPWDC_COMP1125I default Disclosure 7 AYCLPON_COMP1125I default Disclosure 8 SLLSHR_GAIN_COMP1125I 0 Disclosure 9 YG_CLPWDY_COMP750P default Disclosure

10 RB_CLPWDC_COMP750P default Disclosure 11 AYCLPON_COMP750P default Disclosure 12 SLLSHR_GAIN_COMP750P 0 Disclosure

42/46 [DCLP DVI]

1 YG_CLPWDY_DVIA default Disclosure 2 RB_CLPWDC_DVIA default Disclosure 3 AYCLPON_DVIA default Disclosure 4 SLLSHR_GAIN_DVIA 0 Disclosure 5 FILTERMODE default Disclosure

43/46 [IRSS]

1 IrSS MODE ROM Disclosure 2 OPERATION MODE AUTO Disclosure 3 TEMP THREADSHOLD 175 Disclosure 4 NOISE THREADSHOLD 0 Disclosure 5 INSPECTION MENU MODE NOMAL Disclosure

44/46 [FR REGI]

1 KEY LOCK(1217) Enter Key input lock 2 KOUTEI AREA ALL CLEAR Adjustment value clearness in all areas in process 3 A MODE AREA CLEAR Adjustment value clearness of process A mode 4 BACKUP AREA CLEAR Adjustment value clearness in process backup area 5 B MODE AREA CLEAR Adjustment value clearness of process B mode 6 EXECUTION Clear execution

45/46 [MEM CLEAR]

1 READ/WRITE READ Read/Write 2 SLAVE ADDRESS FRA Slave address 3 REGISTER ADDRESS 0x 0 Register address

0x 0

4 WRITE DATA 0x 0 Writing data

0x 0

5 READ DATA 0x 0 Reading data

0x 0

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

46/46 [ETC]

1 POWER MEASURE (Quick ON) Enter 2 POWER MEASURE (Quick OFF) Enter 3 EEP SAVE OFF Writing setting values in EEPROM. 4 EEP RECOVER OFF Reading setting values from EEPROM. 5 LED TCON DATA SAVE OFF Writing LED TCON DATA in EEPROM 6 LED TCON DATA RECOVER OFF Reading LED TCON DATA from EEPROM 7 MONITOR SUB ERROR CAUSE

RESET 8 STANDBY CAUSE RESET OFF Reset stand by cause. 9 WALL PICTURE DATA NONE

10 WALL PICTURE DATA MODE ERASE 11 TIME COUNTER 2 12 TIME COUNTER RESET OFF 13 PRODUCT EEP ADR 0x 0 Don't touch when serving (for producer of factory) 14 PRODUCT EEP DATA 0x 0 Don't touch when serving (for producer of factory)

OFF Reset of monitor sub error cause

3 – 11

Page 35

[4] Display Adjustment

1. Panel Part Adjustment

1. COMB-BIAS Adjustment

Adjustment

point

COMB-BIAS Adjustment

2 Upper and lower

brightness difference adjustment

(Only 65 inch)

Adjustment conditions Adjustment procedure

A visual check 1. Please start a set.

LC-52XS1E/RU/LC-65XS1E/RU

2. Enter the adjustment process mode. (Please refer to the [2]nd clause..)

3. Move the cursor to [VCOM ADJ] on page 3/46.

4. Press the OK key. then, you can check that the pattern for adjustment is displayed.

5. Adjust so that the flicker for the central part of a screen becomes the minimum using the (+) and (-) key of the volume of R/C.

6. If it will be in the optimal state by the 5th clause, press the OK key and turn off a pattern. [CAUTION] Operate a monitor independently and adjust him.

2. Enter the adjustment process mode. (Please refer to the [2]nd clause..)

3. Move the cursor to [LCD LUMA ADJ] on page 3/46.

4. Press the OK key. then, you can check that the gray flat pattern for adjustment is displayed.

5. Adjust so that the Upper and lower brightness difference for the central part of a screen becomes the minimum using the (+) and (-) key of the volume of R/C.

6. If it will be in the optimal state by the 5th clause, press the OK key and turn off a pattern. [CAUTION] The brightness of the screen in the under changes by the upper and lower brightness differ-

ence adjustment. Operate a monitor independently and adjust him.

2. EDID writing

Adjustment point Adjustment conditions Writing procedure

1 EDID writing Adjustment process mode [EDID writing with adjustment process mode]

• Enter the adjustment process mode.

• Move the cursor to [HDMI EDID WRITE] on page 3/46.

• Press the "OK" key to remote control.

• After a while, If “EDID WRITE OK" is displayed, the setting is completed. “CAUTION” The data based on model discrimination information in the LB harness (IF substrate ~ LCD_A3C substrate) is described to EEPROM. Confirm the thing that the inspected set is corresponding to the size of the panel on the process page 1. (When not written in, HDMI does not function.)

3. Initialization to factory settings (When factory settings is initialized by STB, it is unnecessary. )

After a factory setting, It ends with the AC power supply OFF.

CAUTION: After factory setting is set, Please do not turn on the power supply.

1 Factory settings Please end by MAIN

If you turn on the power supply, Please execute the factory setting again. Please do not carry out power supply OFF with remote control.

Adjustment point Adjustment conditions Adjustment procedure

[Factory setting with adjustment process mode] POWER key "OFF." (See to below caution)

• Enter the adjustment process mode.

• Move the cursor to [INDUSTRY INIT] on page 2/46. and press the [OK] key.

• After a while, “INDUSTRY INIT SUCCESS” is displayed in the upper part of the screen and the setting is completed.

When succeeding: Background color (green) When failing: Background color (red) The following items are initialized in the factory setting.

1) Last state of operation.

2) The contents of an error are cleared. (Back light operation time is not cleared.)

How to exit from adjustment process mode.

After adjustments, to exit the adjustment process mode, turn off the MAIN power key. When the power is turned off with the remote control, unplug the AC power cord and plug it back in.

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LC-52XS1E/RU/LC-65XS1E/RU

4. Software version

(1) Monitor Main micon Software Ver. 1.0 *1 (2) Monitor Sub micon Software Ver. 1.0 *1 *1 Please refer to the change report document for the latest version (Issued it to SEES).

[5] Special features

1. NORMAL STANDBY CAUSE (Page 1/46)

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.

2. EEP SAVE (Page 46/46)

Storage of EEP adjustment value

3. EEP RECOVER (Page 46/46)

Retrieval of EEP adjustment value from storage area.

[6] Functional explanation of AQUOS STANDBY CAUSE

[Method of display]

• It is displayed in the top page of the process mode (The page displayed first when entering the process mode: 1/46).

(Refer to the following display example.)

[Content of display]

1. NORMAL STANDBY CAUSE

• The reason that became a power-off by using usually or using the main unit is displayed. (Only the one latest)

It is not displayed when power supply OFF is carried out with remote control.

2. ERROR STANDBY CAUSE

• When main CPU becomes a power-off detecting some abnormalities, the reason and the using time of the set by the point

that became a power-off is displayed 5 times.

• In addition, when time information is acquirable from digital broadcasting, the date and time of error generating is recorded and displayed simultaneously, and when time information cannot be acquired, it becomes the above-mentioned display.

"0" is displayed when abnormalities are not detected once.

A display is clearable by operation of remote control.

* Display will be cleared, if "STANDBY CAUSE RESET" is chosen on page 46/46, "ON" is set up with the voice button (+/-) of remote control and

the "OK." key is pressed.

3. MONITOR ERR STANDBY

The abnormal detection part is displayed by the blinking frequency of power LED and OPC LED when turning it off detecting abnormality on the monitor side at an abnormal temperature etc. of the monitor.

Moreover, the latest, abnormal content detected with the monitor microcomputer can be displayed four times memory and MONITOR SUB ERR STANDBY as an error code.

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LC-52XS1E/RU/LC-65XS1E/RU

• Example of display (Top page of process mode:1/46)

㩷㩷㪈㪆㪋㪍㪲㪠㪥㪝㪦㪴㪘㪬㪫㪦㪜㪬㪩㪦㪍㪌㪜㪶㪬㪥㪛㪜㪩

㩷㩷㪤㪦㪥㪠㪫㪦㪩㩷㩷㪤㪘㪠㪥㩷㪭㪼㫉㫊㫀㫆㫅㪈㪅㪈㪇㩷㩿㪡㩷㪉㪇㪇㪏㪆㪯㪯㪆㪯㪯㪆㪯㪯㪯㪀㩷㩷㪤㪦㪥㪠㪫㪦㪩㩷㪙㪦㪦㪫㩷㪭㪼㫉㫊㫀㫆㫅㪈㪅㪇㪈㩷㩷㪤㪦㪥㪠㪫㪦㪩㩷㩷㪪㪬㪙㩷㪭㪼㫉㫊㫀㫆㫅㪈㪅㪇㪌㩷㩷㪝㪩㪚㩷㪭㪼㫉㫊㫀㫆㫅㪎㪈㪎㪈㪍㪊㪌㪈㩷㩷㪣㪜㪛㩷㪘㪆㪤㪘㪠㪥㪆㪪㪬㪙㩷㫍㪼㫉㫊㫀㫆㫅㪇㪏㪇㪏㪉㪊㪍㪌㪇㪈㪆㪈㪅㪇㪅㪇㪆㪈㪅㪇㪅㪇㩷㩷㪚㪧㪣㪛㪆㪝㪧㪞㪘㩷㪭㪼㫉㫊㫀㫆㫅㪸㪊㩷㪆㪋㪍

㩷㩷㪜㪨㩷㪛㪘㪫㪘㩷㪚㪟㪜㪚㪢㪪㪬㪤㪩㪦㪤㩷㩷㪣㪘㪤㪧㩷㪜㪩㪩㪦㪩㪇㩷㩷㪤㪦㪥㪠㪫㪦㪩㩷㪪㪬㪙㩷㪜㪩㪩㩷㪚㪘㪬㪪㪜㪇㪇㩷㪇㪇㩷㪇㪇㩷㪇㪇㩷㩷㪥㪦㪩㪤㪘㪣㩷㪪㪫㪘㪥㪛㪙㪰㩷㪚㪘㪬㪪㪜㪇㩷㩷㪜㪩㪩㪦㪩㩷㪪㪫㪘㪥㪛㪙㪰㩷㪚㪘㪬㪪㪜㪈㪀㪇㩷㪉㪀㪇㩷㪊㪀㪇

㩷㩷㩷㪇㪟㩷㪇㪤㩷㩷㩷㩷㪇㪟㩷㪇㪤㩷㩷㩷㪇㪟㩷㪇㪤㪋㪀㪇㩷㪌㪀㪇㩷㩷㩷㪇㪟㩷㪇㪤㩷㩷㩷㩷㩷㪇㪟㩷㪇㪤

MONITOR ERR STBY Table

Outline: The communication and the abnormalities in a power supply which the monitor microcomputer detected are saved at EEPROM.

Place The first page of process mode A: MONITOR EER CAUSE item

The abnormal condition of the four lasts can be checked in the process mode A

"0" is displayed when there is no error. "0" can clear on the final page of step mode A.

Content of error

Display

02 Start communication error 2 An initial communication from main CPU is unreceived. {{ 03 Start communication error 3 Only initial communication receives. {{ 04 Start communication error 4 Up to panel information demand reception {{ 05 Start communication error 5 Up to the completion reception of initialization {{ 06 Start communication error 6 Up to the notice transmission of a version {{ 07 Start communication error 7 Up to the notice transmission of starting information {{ 08 Start communication error 8 Up to starting information answer reception {{

09 Start communication error 9 Up to timeout setting reception {{ 0A Communication error A REQ timeout {{ 0B Communication error B The restart timeout out of the starting start of time acquisition

0C Communication error C End sequence timeout {{

11 Communication error H Fixed communication timeout {{

12 Communication error I Standby shift timeout {{

19 Other errors 1 FRC_DETECT (synchronization) abnormal { 1A Other errors 2 Monitor temperature abnormal. {{ 1B Other errors 3 FAN abnormal { 1D Power supply error 1 PS_ON (AC_DET)

1E Power supply error 2 DET_POW0 abnor-

1F Power supply error 3

20 Power supply error 4

21 Power supply error 5

23 Other errors 3 The error standby demand from main CPU {{

24 FPGA congig. timeout error FPGA_CONF_DONE timeout error { 2D Error-off demand from STB Error of STB (AVC) side { 2F Power supply error 6 DET POW4 abnormal LED backlight

Outline Contents

starting

abnormal

mal

DET_POW1 abnormal

DET_POW2 abnormal

DET POW3 abnormal

monitor

AC_DET

(PS_ON)

15V_CHK

(PS_ON)

DET_D3V3

(D_POW abnor-

mal)

DET_PNL5V

(PNL_POW

abnormal) LED backlight 3V3 abnormal

42V abnormal

STB

XS1E/RU XS1E/RU

AC_DET

(AC)

DET_15V

(PS_ON)

DET_D3V3

(D_POW)

Error detection exist-

ence

Monitor

{{

{

{{

{

STB

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32 Power supply error 9 DET POW7 abnormal 33 Panel related error 2 LED OPEN error { 34 Panel related error 3 LED high temperature error { 35 Panel related error 4 LED driver thermal shutdown { 36 DC output power supply error DC5V output error DC_OUT_CHK (WRLS_POW_CTL) { The monitor

LED blinking timing table of error

300ms 1.5sec

1) Power LED Remarks Kind of error Power LED operation (1 cycle) The pin is a monitor microcomputer pin. Inverter/Lamp abnormal Red blinking once

Monitor side Power abnormal Red blinking twice

Monitor side Main CPU communication abnormal Green blinking once Monitor side Others Green blinking twice

STB side

POWER abnormal Two time of white + red blinking

STB side

Main CPU communication abnormal One time of green + blue blinking

STB side

Others Two time of green + blue blinking

H: red lighting

L: erase lighting H: red lighting

L: erase lighting H: green lighting

L: erase lighting

H: green lighting

L: erase lighting H: red lighting Monitor power LED STB power LED

L: erase lighting H: green lighting Monitor power LED STB power LED

L: erase lighting

H: green lighting Monitor power LED STB power LED

L: erase lighting

Refer to an inverter / the lamp abnormal details. It blinks OPC LED by remote control MENU key input.

Refer to the power supply abnormal details. It blinks OPC LED by remote control MENU key input.

Refer to the communication abnormal details. It blinks OPC LED (reservation) by remote control MENU key input. Abnormality or main CPU communication abnormality of communication line. → To the confirmation of the debugging sentence of main CPU Refer to others abnormal details. It blinks OPC LED by remote control MENU key input.

Refer to the power supply abnormal details. It blinks monitor side OPC LED by remote control MENU key input.

Refer to the communication abnormal details. It blinks monitor side OPC (reservation) LED by remote control MENU key input. Abnormality or main CPU communication abnormality of communication line. → To the confirmation of the debugging sentence of main CPU Refer to others abnormal details. It blinks monitor side OPC LED by remote control MENU key input.

displays error caution.

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2) Inverter/Lamp abnormal details (Power red LED blinking once + OPC LED blinking)

Remarks Kind of error OPC LED operation (1 cycle) The pin is a monitor microcomputer pin. Lamp abnormal Blinking once

LED OPEN error Blinking twice

LED temperature error Three time blinking

LED thermal shut down Four time blinking

H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting H: lighting

ERR_PNL(40pin): L abnormal. It fixes it by five time of the spacing

continuous agreement for one second.

(It detects it only while back light is lighting.)

Attention of no start by five times of accumulation excluding monitor

step.

(The 1st time doesn't make an error-off only by inverter reset.)

The number of times of accumulation is a setup at Process A, or it is

cleared zero times in AC_ON, main board [CH_DOWN]+[VOL_UP]

pushing, or continuation lighting 3 minutes.

OPEN error of LED device.

The LED device was out of order, and the number of breakdowns

exceeded the definite value.

(It doesn't drop in the error even if the threshold is not installed, and

the breakdown of the LED device occurs in the current state.)

Temperature error when temperature maximum value in LED driver's

detection LED panel exceeds threshold.

State when temperature in LED driver exceeds threshold.

(LED back light shuts down compulsorily when the temperature in the

LED driver exceeds the threshold.)

Five time blinking

3) Monitor side power abnormal details (Power red LED blinking twice + OPC LED blinking)

Kind of error OPC LED operation (1 cycle) The pin is a monitor microcomputer pin. PS_ON

AC_DET abnormal Blinking once PS_ON Main 15V abnormal Blinking twice D_POW Digital 3.3V abnormal Three time blinking PANEL_POW Panel 12V abnormal Four time blinking

LED BL 3V3 LED BL power(3.3V) abnormal Five time blinking

LED BL 42V LED BL power(42V) abnormal Six time blinking

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting H: lighting

L: erase lighting

H: lighting

L: erase lighting

Remarks

AC_DET(72pin) abnormal (L).

The during starting detection is an error standby. The detection when

operating is polling and a power supply reboot.

15V_CHK(71pin) abnormal (L). Main 15V has not risen.

The during starting detection is an error standby. The detection when

operating is polling and a power supply reboot.

DET_D3V3(59pin) abnormal (L). Digital 3.3V has not risen.

The during starting detection is an error standby. The detection when

operating is polling and a power supply reboot.

DET_PNL12V(58pin) abnormal (L). Panel power has not risen.

The detection when the during starting is detected, and it operates is

polling and an error standby.

LED backlight 3.3V power abnormal (LED T-CON detection → It noti-

fies to a sub microcomputer via main CPU.) microprocessor is

informed via the main CPU.)

Error standby when detecting it

LED backlight 42V power abnormal (LED T-CON detection → It noti-

fies to a sub microcomputer via main CPU.)

Error standby when detecting it.

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LC-52XS1E/RU/LC-65XS1E/RU

4) Communication unusual details (Power blue LED blinking once + OPC (reservation) LED blinking)

4') STB communication abnormal details (Power green LED blinking once + OPC (reservation) LED blinking)

Remarks

Kind of error OPC LED operation (1 cycle) Basically the log of the debugging print sentence is analyzed and it

Initial communication reception abnormal Blinking once

Start fixation reception abnormal Blinking twice

Regular communication abnormal Three time blinking

H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

analyzes it by the bus monitor the communication log. The first communication cannot be received. (Monitor part number demand un-receiving.) →communication line abnormal. Main CPU start trouble

The start reason fixation from main CPU cannot be received. (The start communication to the start reason notification command is un received.) →Main CPU start trouble. Monitor microcomputer reception trouble.

The regular communication done every second at the normal operation becomes interrupted. →Main CPU operation trouble. Monitor microcomputer reception trouble

Four time blinking Other communication abnormal

Five time blinking

5 Another abnormal details (Power blue LED blinking twice + OPC LED blinking)

5') STB another abnormal details (Power green LED blinking twice + OPC LED blinking)

Kind of error OPC LED operation (1cycle) The pin is a monitor microcomputer pin. Monitor tempera-

ture abnormal

Blinking once Synchronization abnormal

Blinking twice

Main microcomputer end demand (main temperature, others) Three time blinking * (only STB) FAN error (only STB) Four time blinking

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

L: erase lighting H: lighting

L: erase lighting

H: lighting

L: erase lighting

H: lighting

The request demand command doesn't come from main CPU to demand (PM_REQ=H) by the monitor microcomputer. →Main CPU operation trouble. Monitor microcomputer reception trouble.

Remarks

CAUTION display of 60°C or more in temperature of panel by contin- uation for 15 seconds or more (It depends on OSD (It is a red blinking character in lower right).) Error standby display of 60°C or more in temperature of panel by continuation for 25 seconds or more (MONITOR MAX TEMP of process A on page 39/46: Change of abnormal AD value of temperature):thermistor

FRC_DETECT(46pin) abnormal. Synchronizing signal abnormal. Detection when operating (polling) It is error standby at consecutive ten-time NG in a cycle of 100ms.

The state which received the forced-termination demand from a main microcomputer.

Details are described to the reason of the error of the process menu of the main microcomputer.

Five time blinking

L: erase lighting

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LC-52XS1E/RU/LC-65XS1E/RU

3') STB Power abnormal detail (Power white LED blinking twice + OPC LED blinking)

Remarks: The error reason is different at the time of each destination. Error type OPC LED operation (1 cycle) Pins are monitor microprocessor pins unless otherwise specified. POWER abnormal 1 Blinking once

POWER abnormal 2 Blinking twice

POWER abnormal 3 Three time blinking POWER abnormal 4 Four time blinking

FPGA CONF time-out Five time blinking

POWER abnormal since six Six time blinking

H: lighting

L: erase lighting

H: lighting

L: erase lighting H: lighting

L: erase lighting

H: lighting

L: erase lighting H: lighting

L: erase lighting

H: lighting

L: erase lighting

Power abnormal 1 error.

The during starting detection is an error standby. The detection when operating is polling and a power supply reboot.

Power abnormal 2 error The during starting detection is an error standby. The detection when operating is polling and a power supply reboot.

Power abnormal 3 error The during starting detection is an error standby. The detection when operating is polling and a power supply reboot.

Power abnormal 4 error The detection when the during starting is detected, and it operates is polling and an error standby.

All the destination community. Abnormal that FPGA configuration line doesn't become H in specified period. The during starting detection is an error standby. The detection when operating is polling and a power supply reboot. Power abnormal 6/7/8/9 error The during starting detection is an error standby. The detection when operating is polling and a power supply reboot.

[7] Public Mode (Hotel Mode)

1. Starting the Public Mode

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

1) On the process adjustment mode screen (2/46), set the “HOTEL MODE” Flag to ON.

Turn off the power, and turn it on again, pressing the CHANNEL UP and Volume UP keys of the main unit at the same time.

2) Enter the Pass Word, and start the unit.

a) Turn on the power, pressing the INPUT and Volume UP keys of the main unit at the same time. (insert AC plug.)

b) A password input screen is displayed.

Public Mode Public Mode Public Mode

㵘䋭㵘㵘䋭㵘㵘䋭㵘䋪㵘㵘䋭㵘㵘䋭㵘䋪㵘㵘䋪㵘㵘䋪

Operation procedure

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

• For the numeric keys 0 to 9 of R/C, key input is accepted. Input of the other keys is prohibited.

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

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

c) Check the Pass Word by inputting three digits.

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

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

2. Exiting the Public Mode screen

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

1) Turn off the power.

2) Select “EXECUTE” in the PUBLIC_Mode to execute it.

Activate the restart under the set content. Here, the START input SOURCE setting is excluded since this item is referred to only when the power is turned on.

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LC-52XS1E/RU/LC-65XS1E/RU

3. Set value of the Public Mode

• Each set value in the PUBLIC Mode is initialized when the factory setting is applied.

(The setting of the PUBLIC MODE Flag in the process adjustment mode screen is not changed.)

4. Basic operation in the Public Mode

1. Key Operation

Key Name Mode Key Function

Volume (+/-) or Cursor /

Channel / or Cursor / Decision (OK) Execution (Used by the items “Execution” and “RESET”.) PUBLIC Mode R/C Ordinary operation mode: It enters the PUBLIC Mode.

PUBLIC Mode: It exits the PUBLIC Mode.

Public Mode Changeable value

POWER ON FIXED [VARIABLE] [VARIABLE]/[FIXED ALL]/[FIXED_BODYKEY]/[PC RESPOND] SHUT DOWN MODE [NORMAL] [NORMAL]/[QUICK] MAXIMUM VOLUME [60] [0-60] VOLUME FIXED [VARIABLE] [VARIABLE]/[FIXED]/[AC CTRL]/[AC/RC CTRL] VOLUME FIXED

LEVEL RC BUTTON [RESPOND] [RESPOND]/[NO RESPOND]/[LIMITED] PANEL BUTTON [RESPOND] [RESPOND]/[NO RESPOND] MENU BUTTON [RESPOND] [RESPOND]/[NO RESPOND] AV POSITION FIXED [VARIABLE] [VARIABLE]/[FIXED] ON SCREEN DISPLAY [YES] [YES]/[NO]/[LIMITED] INPUT MODE START [NORMAL] [NORMAL]/[TVD(001TV)]/[INPUT1]/[INPUT2]/[INPUT3]/[INPUT8]/[HDMI1]/[HDMI2]/[HDMI3]/[PC] INPUT MODE FIXED [VARIABLE] [gray out] LOUD SPEAKER [ON] [ON]/[OFF] RC PATH THROUGH [OFF] [ON:TV RCE]/[OFF:TV RCE] 232C POWON [DISABLE] [DISABLE]/[ENABLE] HOTELMODE [ON] [ON]/[OFF] RESET EXECUTE

[20] [gray out]

Change or execution of the set value.

Movement to the selected item.

PUBLIC MODE Flag is set to “ON”.

PUBLIC MODE Flag does not change. Any set item in PUBLIC Mode is not initialized.

5. Operation after “RESET”

Select “RESET” in the PUBLIC Mode, and it operates as follows when it is executed (refer to the basic operation).

• The set contents in the PUBLIC mode are initialized.

• It does not exit the PUBLIC mode.

• PUBLIC MODE Flag does not change. (It is not set to OFF.)

[8] Setting items (* Item names and selective items are expressed in English.)

1. Power ON Fixed (POWER ON FIXED)

Selection “VARIABLE” or “FIXED” is selectable. (Loop is provided.) Default “VARIABLE” Function • When "FIXED" is set, “Power ON/Standby Key” of the main unit and R/C is disabled. Keys disabled when not set to Default • OFF_TIMER (SLEEP) Remarks The function does not work for any other standby factors (see below).

• No operation OFF

• No signal OFF (including the power management)

If the power button is pressed in the ordinary mode when set to “FIXED”, the caution is displayed for 5 seconds.

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

No Power off by power button.

* The OSD display is an example.

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

2. Volume Maximum Level [MAXIMUM VOLUME]

Selection 0~60 (Loop is not provided.) Default 60 Function • Even if VOL is adjusted to a value higher than the adjusted one, it is not set to that value. (Only the speakers of

Exception Remarks • When it is set to 59 or less, the number is displayed and the volume bar is not displayed during operation in the ordi-

3. Volume Fixed [VOLUME FIXED]

Selection “VARIABLE” or “FIXED” is selectable. (Loop is provided.) Default “VARIABLE” Function It is selectable whether or not the volume is fixed to the value adjusted in the volume fixed level mode.

Exception • In the adjustment process, the volume can be set as desired regardless of this setting. Keys disabled when not set to Default Remarks • Volume Fixed is prior to Volume Maximum Level.

4. Volume Fixed Level [VOLUME FIXED LEVEL]

Selection 0~60 (Loop is not provided.) Default Currently set volume Function The volume is fixed to the adjusted value. (Only the speakers of the main unit) Exception • In the adjustment process, the volume can be set as desired regardless of this setting. Keys disabled when not

set to Default Remarks • When Volume Fixed is set to “VARIABLE”, the setting is inhibited to change.

No Power off by power button. No Power off by remote control.

5. R/C Operation [RC BUTTON]

Selection Default Function

Exception • Regardless of the setting contents, the process mode, inspection mode and PUBLIC_Mode Key are enabled.

Remarks The CARD function stops all functions including the input switching and direct key when set to “NO RESPOND”.

6. Main Unit Operation [PANEL BUTTON]

Selection Default Function Exception

(Only the speakers of the main unit)

nary mode.

• VOLUME can be abbreviated to VOL.

(Only the speakers of the main unit)

• Volume high/low (VOL+/-) (Both R/C and main unit)

• Mute (MUTE)

• Even if the above disabled keys are operated, the volume is not displayed.

• VOLUME can be abbreviated to VOL.

“RESPOND” or “NO RESPOND” is selectable. (Loop is provided.) RESPOND R/C key operation is set. When set to “NO RESPOND”, the R/C keys are disabled in the ordinary mode. The power key (Power ON/Standby Key) is also disabled.

• Regardless of the setting contents, all keys can be used while entering the process mode, inspection mode or PUBLIC_Mode.

“RESPOND” or “NO RESPOND” is selectable. (Loop is provided.) RESPOND NO RESPOND: Excluding power supply (Video/Standby key), the main unit keys are disabled.

• Regardless of the setting contents, the start operation of the process mode, inspection mode and PUBLIC_Mode is enabled.

• Regardless of the setting contents, all keys can be used while entering the process mode, inspection mode and PUBLIC_Mode.

No Power off by remote control.

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7. MENU Operation [MENU BUTTON]

Selection “RESPOND” or “NO RESPOND” is selectable. (Loop is provided.) Default RESPOND Function The MENU keys on the main unit and R/C MENU are disabled. Exception • Regardless of the setting contents, the start operation of the process mode, inspection mode and PUBLIC_Mode is

Key that becomes invalid excluding Default besides MENU Key because of setting Remarks When set to “NO RESPOND”.

8. OSD Display [ON SCREEN DISPLAY]

Selection “YES” or “NO” is selectable. (Loop is provided.) Default YES Function When set to “NO”, the following OSD is not displayed.

Keys which can be enabled (Exquisite example)

Keys disabled when not set to Default (Example)

Remarks • When set to “NO”.

enabled.

• Regardless of the setting contents, all keys can be used while entering the process mode, inspection mode or PUBLIC_Mode.

ON_TIMER, Auto Preset, Manual_Memory, and clock setting. All Direct Shift keys to the MENU display.

• ON_TIMER is set to “OFF”.

Register, Setting, Adjustment MENU, Channel_Call, Volume Bar In the case of Wide Model, if the following operation is performed, it is immediately switched (since MENU can not be displayed). Input switching. Brightness sensor, light control.

Still screen, screen display, MENU, OFF_TIMER, A V Position, Wide Mode switch, Auto Installation.

a) The OFF_TIMER (SLEEP TIMER) setting time is cleared.

9. Start Mode [INPUT MODE START]

Selection “NORMAL”, “TV(*Channel)”, “INPUT1”, “INPUT2” (Loop is provided.) Default NORMAL Function When the power is ON, the input source or channel to start is set.

Remarks • When set to a mode other than “NORMAL”.

10.Mode Fixed [INPUT MODE FIXED]

Selection “VARIABLE” or “FIXED” is selectable. (Loop is provided.) Default VARIABLE Function When set to “FIXED”, it is disable to switch to other channel or input after start in the set value of “Start Mode (INPUT

Keys disabled when not set to Default (Example) Remarks • When “START MODE” is set to “NORMAL”, this item is disable to set. (Automatically set to “VARIABLE”.)

In the NORMAL mode, it follows the contents of Last_Memory.

a) It is inhibited to display the Channel Setting MENU and to set the Channel. b) On start with “ON_TIMER”, the set Channel of ON_TIMER is prior.

• When set to “NORMAL”, “Mode Fixed (START MODE FIXED)” is set to “VARIABLE” to inhibit the selection. When starting by "ON_TIMER", the setting Channel of ON_TIMER is priority.

MODE START)”. Channel UP/Down, Direct_Channel Button, FLASHBACK, INPUT, STILL, Digit_Select and Direct input switching.

• When set to “FIXED”. The Channel setting MENU (Menu-setup-Auto Installation, Programme setup and Child Lock item hatching) and Input Selection MENU in MENU are not displayed.

[9] SOFTWARE UPDATING

1. The upgrade method of monitor software

1. The software of this machine is roughly divided into the following three software.

1) Main microcomputer software

2) Monitor microcomputer software

3) LED microcomputer software

The above-mentioned microcomputer software can rewrite software by using the USB memory to have confirmed the operation.

2. Upgrade of software

[Prior preparation]

• USB Memory

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The memory confirmed the operation is as follows. Manufacturer: Series name: Part number (Representation): Capacity I-O DATA: ToteBag TB-ST series: TB-ST1G/B: 1G Buffalo: RUF2-S series: RUF2-S1G-BS: 1G Buffalo: RUF2-EL-BL series: RUF2-E1GL-BL: 1G

• PC with which Windows2000/XP/Vista was installed.

[Preparation]

When rewriting main software, it is necessary to prepare the USB memory for upgrade for beforehand.

Create the USB memory for upgrade in the following procedure.

1) The file copy of the binary image file SHOWAxxx.USB for upgrade (tentative name) is carried out at the root directory of a USB drive.

* Do not put the binary image file for a directory, a file not related, and two or more upgrades on the USB drive.

2) The USB memory for the upgrade was made above.

[How to rewrite software]

As for rewriting of software, the situation of rewriting is displayed on a display.

1) AC power supply of the main body of the monitor is turned off. (The AC outlet is pulled out.).

2) The USB memory for upgrade (what was created by the above-mentioned preparation) is inserted in the terminal for service.

3) AC power supply is turned on pushing the power button of a main part key. (AC socket is put.).

4) An upgrade screen as shown in the following figure is displayed in about 10 seconds from several seconds after main part starting.

PROGRAM1

90%

PROGRAM2

38%

PROGRAM1

90%

PROGRAM2

38%

OKNGNG

OKNGNG

EEPROM

SHOWA

OK NG

SHOWA

OK NG

5) When as much as one in the processing item processing fails, the upgrade failure screen is displayed as shown in the figure below. As for a failure item, the character of "NG" changes to red.

* Do rewriting software over again when it fails and the power supply falls on the way.

When redoing, it takes about 1 minute until the screen of upgrade comes out

Even if it redoes, when failing again, hardware may be out of order.

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PROGRAM1

100%

PROGRAM2

100%

Program

System

MONITOR

57%

OKNGNG

1.00 (W 2008/05/12 1)

W0805121

OK NG

EEPROM

SHOWA

OK NG

SHOWA

6) When all processing ends, the upgrade end screen is displayed as shown in the figure below.

The version of new software can be checked on this screen.

The version display is displayed to complete the upgrade of the item of the object respectively.

Program Version: The version of main software is displayed.

MONITOR

Monitor

57%

100%

OK NG

OK NG

1.00

SHOWA

7) AC power supply of a main body is turned off (AC outlet is pulled out), and the USB memory for upgrade is removed.

8) Rewriting of software is an end above.

* Check the version of the main software from 1/46 screens of the process adjustment screen by starting the set after rewriting software.

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LC-52XS1E

CHAPTER 4. TROUBLESHOOTING TABLE

Service Manual

[1] Power supply Troubleshooting

No power supplied (Front LED does not turn on). Power switched on but no power supplied. (Front LED does not turn Red → Green)

YES

Are the power cord connector correctly connected to the body? NO Reconnect the power cord correctly and switch on the power

YES Is connector AC/AC2 of the AC Inlet unit (RUNTKA485WJQZ: 52/ RUNTKA491WJQZ: 65) connected normally?

[MAIN-POWER UNIT] RDENCA304WJQZ Is a main fuse (F7601, F7602) normal? NO When the fuse cuts even if the main fuses are exchanged and the

YES

NO Reconnect the AC Inlet unit correctly and switch on the power

again.

power supply is turned on again. Check (C7901, DS7901, C7901, IC7901) of the BU5V primary side in the MAIN power unit

Please check the PS_ON signal line of IC7002 (SUB-MICON) 67 pin on IF board.

YES Please check whether BU5V is normally outputted to pin 6 and 7

of PD connector (CN7101)?

YES

Please check whether UR15V is normally output to pin 1 and 2 of PE connector (CN7001).

NO Please check whether there is parts which are out of order on

BU5V lines, or a shorting circuit.

YES Please check whether about parts out of order on the BU5V line or the short-circuited circuits.

NO Please check the power circuit of a BU5V line system.

T7901, D7101, PC7901, PC7902, C7102, IC7101, D7904, IC7901

YES

Please remove the part that breaks down or is short-circuited, and, check it again.

Please check whether exchange fuses and a power supply is turned on again.

NO Is the fuse (F7802, F7803) normal?

YES Please check whether about parts out of order on the UR15V line or the short-circuited circuits.

YES

A MAIN-power supply unit is normal. When still amusing, please improve connection of harness and a B/B connector.

YES

LED-PANEL-power source [SUB1/2/3-POWER UNIT] Check each voltage about RDENCA305/6/7WJQZ described in the next page and survey an abnormal location.

NO Please check the power circuit of a UR15V line system.

T7801, D7001, PC7801, PC7802, C7002, IC7001, Q7810, Q7812, IC7803

YES

Please remove the part that breaks down or is short-circuited, and, check it again.

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[2] The voltage check of each substrate unit

2-1 IF board voltage check

Harness-NO REF-NO Pin-NO Voltage Description

PD P5801 6/7 5 BU5V PE P5802 1/2 15 UR15V

6/7 15 S15V US P7901 1 5 D5V DC P7903 1 5 DC5V KM P7905 1 3.3 BU3.3V

ADJ P7906 1 3.3 BU3.3V

RA P7907 1 3.3 BU3.3V

2 3.3 OPC3.3V

2-2 MAIN-POWER-UNIT voltage check (RDENCA304WJQZ)

Harness-NO REF-NO Pin-NO Voltage Description

PD CN7101 6/7 5 BU5V PE CN7001 1/2 15 UR15V

5/6 15 S15V

PI CN7104 1 5 UR15V PS3 CN7103 1 5 BU5V PS1 CN7102 1/2 5 BU5V

6/9 27 27V

7/10 20 20V

ACM CN7602 1/2 220 220VAC

2-3 SUB-POWER-UNIT1 voltage check (RDENCA305WJQZ)

Harness-NO REF-NO Pin-NO Voltage Description

P1 CN7104 1 15 UR15V

PS1 CN7102 1/2 5 BU5V

6/9 27 27V

7/10 20 20V PS3 CN7103 1 5 BU5V AC1 CN5602 1/2 220 220VAC

2-4 SUB-POWER-UNIT2 voltage check (RDENCA306WJQZ)

Harness-NO REF-NO Pin-NO Voltage Description

PS2 CN5004 1 5 BU5V

4 27 27V 5 20 20V

LA2 CN5001 1/2 27 27V

5/6 20 20V

AC2 CN5602 1/2 220 220VAC

2-5 SUB-POWER-UNIT3 voltage check (RDENCA307WJQZ)

Harness-NO REF-NO Pin-NO Voltage Description

P1 CN7104 1 15 UR15V

PS1 CN7102 1/2 5 BU5V

6/9 27 27V

7/10 20 20V PS3 CN7103 1 5 BU5V AC3 CN5601 1/2 220 220VAC

2-6 LCD_CONTROL_UNIT voltage check

Harness-NO REF-NO Pin-NO Voltage Description

LC P4802 9/10 12 12V

2-7 LED_CONTROL_UNIT voltage check

Harness-NO REF-NO Pin-NO Voltage Description

P1 CN10 1 15 UR15V LE CN12 1 3.3 BU3.3V

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2-8 LED_DISTRIBUTION2_UNIT voltage check

Harness-NO REF-NO Pin-NO Voltage Description

LA3 CN3 1/2/3 27 27V

7/8 20 20V

LA1 CN1 1/2/3 27 27V

5/6 20 20V

LA2 CN2 1/2/3 27 27V

5/6 20 20V

2-9 IF board regulator output voltage check

Ref No Part-code

IC6005 VHiPQ1LA185-1Y 1.8 for HDMI SW IC6101 VHiR1173S18-1Y 1.8 for HDMI Rx IC6051 VHiBH33FB1G-1Y 3.3 for LVDS Tx IC6352 VHiPQ1LA185-1Y 1.8 for IrSS IC6603 VHiPQ1X251M-1Y 2.5 for Seine2D IC6604 VHiR1173S33-1Y 3.3 for Seine2D IC6606 VHiBD00K5WP-1Y 1.2 for Seine2D IC6802 VHiR1173S18-1Y 1.8 for A-DSP IC6803 VHiPQ1LA335-1Y 3.3 for A-DSP IC6901 VHiPQ1X331M-1Y 3.3 for 1BitAMP IC7102 VHiR1173S25-1Y 2.5 for FPGA IC7104 VHiR1173S12-1Y 1.2 for FPGA IC7501 VHiBH33FB1G-1Y 3.3 for LVDS Tx2 IC5803 VHiBA33BCFP-1Y 3.3 for Backup TL5903 — 3.3 3.3V TL5904 — 5 5V TL5905 — 1.3 1.3V TL5906 — 1.8 1.8V

2-10 IF board frequency check

Ref No Pin-No Frequency Description

IC6102 5 148.5MHz HDMI_RX At the time of a 1080p

94/95 28.322MHz X6101 X6301 3 33.3MHz IC6301 1/16 27MHz CLK_GEN X6303

754MHz 9 74.25MHz At the time of a 1080p 60Hz

12 48MHz

IC6302 1/16 27MHz CLK_GEN X6303

754MHz 833MHz 933MHz

12 33MHz X6304 3 48MHz IC6351 J8/J9 48MHz X6351 IRSS IC6702 H5 33MHz CPLD IC6804 21/22 12.288MHz S-DSP IC6902 17/18 24.576MHz 1bit-AMP IC7502 15 148.5MHz LVDS_Tx At the time of a 1080p

IC7002 8/9 32KHz MICON X7001

11/13 20MHz FL7001

Output-

Voltage [V]

60Hz input

input

60Hz input

Description

LC-52XS1E/RU/LC-65XS1E/RU

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[3] Backlight POWER Check (details)

BACK LIGHT POWER FAILURE

1. SUB-POWER-UNIT (1/2/3) (Backlight POWER) power supply input • • • AC1, AC2, AC3terminal • • • He is 220VAC.

2. SUB-POWER-UNIT (Backlight POWER) Power supply output • • • LA1/2/3terminal, PS1/2/3 terminal is as follows.

SUB-POWER-UNIT (1/2/3)

1pin 2pin 3pin 4pin 5pin 6pin 7pin 8pin 9pin 10pin LA1/LA2 27V 27V G G 20V 20V G G G — 52/65 LA3 27V 27V 27V G G G 20V 20V G G 65

1pin 2pin 3pin 4pin 5pin 6pin 7pin 8pin 9pin 10pin 11pin PS1 BU5V BU5V LED_ON OVP G 27V 20V G 27V 20V G 52/65 PS2 BU5V LED_ON OVP 27V 20V G — — — — — 52/65 PS3 BU5V LED_ON OVP 27V 20V G — — — — — 65

3. The input-and-output power supply of POWER-DISTRIBUTION-UNIT • • • The voltage of LA1/2/3, CN4, CN1-CN8 terminal is as follows.

POWER-DISTRIBUTION-UNIT

1pin 2pin 3pin 4pin 5pin 6pin 7pin 8pin LA1/LA2 CN1/2 27V 27V G G 20V 20V G G 52/65 LA3 CN3 27V 27V 27V G G G 20V 20V 65

1pin 2pin 3pin 4pin 5pin 6pin 7pin 8pin 9pin 10pin 11pin 12pin 13pin 14pin

CN4 20V_R20V_R20V_R20V_R20V_RG G 27V_GB27V_GB27V_GB27V_GB27V_GB27V_GB27V_GB52/65

15pin 16pin 17pin 18pin 19pin 20pin 21pin 22pin 23pin

G G G G G G G G G 52/65

1pin 2pin 3pin 4pin 5pin 6pin CN1 20V_R G G G 27V_G 27V_B POWER-DISTRIBUTION-UNIT1 52/65 CN2 20V_R G G G 27V_G 27V_B POWER-DISTRIBUTION-UNIT1 52/65 CN3 20V_R G G G 27V_G 27V_B POWER-DISTRIBUTION-UNIT1 52/65 CN5 20V_R G G G 27V_G 27V_B 52/65

• • • 20V_R G G G 27V_G 27V_B • • • CN7 20V_R G G G 27V_G 27V_B 52/65 CN8 20V_R G G G 27V_G 27V_B 65

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[4] Audio Troubleshooting

No sound-1

No audio output from SP

Checklist

1) Is the volume set to MIN or MUTE on the remote control? • • • Set the desired volume.

2) Is the ANT-CABLE and the HDMI terminal disconnected or connected improperly? • • • Connect it correctly as per the operation manual.

3) In repair, an external input may be carried out and the standard signal of 1080P (60Hz) containing an audio signal may be checked.

(IF-UNIT) Check whether each terminal of SP terminal (P6901) is struck by bits of metal, and sound appears in Speaker.

(SP-TERMINAL) NO Check whether R, L, and SW terminal of SP-terminal board, are struck by bits of metal, and sound appears in Speaker.

(SP-BOX) NO Check whether the RCA input pin of SP-BOX is struck by bits of metal, and sound appears in Speaker.

YES Check whether there is bridge or short-circuited part in the sub-

strate of SP-terminal UNIT. Moreover, please check the loose connection etc. of the SP harness.

YES Check the loose connection between R/ L/ SW terminal of SP-

terminal, and the RCA input pin of SP-BOX etc.

NO Exchange SP-BOX (RSP-ZA362WJN2: LC-52XS1) (RSP-ZA361WJN2: LC-65XS1).

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No sound-2

No audio output from SP

Checklist

1) Is the volume set to MIN or MUTE on the remote control? • • • Set the desired volume.

2) Is the ANT-CABLE and the HDMI terminal disconnected or connected improperly? • • • Connect it correctly as per the operation manual.

3) In repair, an external input may be carried out and the standard signal of 1080P (60Hz) containing an audio signal may be checked.

(IF-UNIT) Check whether each terminal of SP terminal (P6901) is struck by bits of metal, and sound appears in Speaker.

(IF-UNIT) YES Check whether the L/R audio signal is outputted from IC6902 (1 bit-AMP). L-CH: 1-6pin, RCH: 31-36pin Check whether the audio signal is outputted from IC6951 (SUB-P-AMP). SW (+): 15-17/44-46pin, SW (-): 20-22/39-41pin

NO Is the DAC_A_OUT signal output in (59) pin of IC6804 (S-DSP)

and is the SP_L/R_POS signal output to (62) (61) pin?

YES Check the input line, the power supply, the MUTE line, and sol-

dering of IC6902 (1bit-AMP) and IC6951 (SUB-P-AMP).

NO Is the FPGA_DATA/CLK signal input in (26-29) pin of IC6804 (SDSP) and is the SUB_DATA/CLK signal input to (30-33) pin?

NO It seems that abnormalities are between IC7103 (FPGA), IC6201 (DECODER), and the HDMI input. Please return in front.

Is the difference input signal (RX [0:C] ±) input to [25-35] pin of IC6004 (TMDS-SW) normally?

YES Is the signal of IC6102 (HDMI_RX) and IC6052 (LVDS_TX) outputted normally?

YES Is differential output signal of IC6201 (DECODER) outputted nor-

mally?

YES Check the power supply and soldering of IC7103 (FPGA). Or please exchange it.

YES Check the I2C signal, X-TAL (X6801), the power supply, and sol-

dering of IC6804 (S-DSP).

NO Check the power supply and soldering of IC6102 (HDMI_RX)

and IC6052 (LVDS_TX).

NO Check the power supply and soldering of IC6201 (DECODER).

Or please exchange it.

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No sound-3

No audio output from SP

Checklist

1) Is the volume set to MIN or MUTE on the remote control? • • • Set the desired volume.

2) Is the ANT-CABLE and the HDMI terminal disconnected or connected improperly? • • • Connect it correctly as per the operation manual.

3) In repair, an external input may be carried out and the standard signal of 1080P (60Hz) containing an audio signal may be checked.

(IF-UNIT) Check whether each terminal of SP terminal (P6901) is struck by bits of metal, and sound appears in Speaker.

NO Is the DAC_A_OUT signal output in (59) pin of IC6804 (S-DSP)

and is the SP_L/R_POS signal output to (62) (61) pin?

YES Check the input line, the power supply, the MUTE line, and sol-

dering of IC6902 (1bit-AMP) and IC6951 (SUB-P-AMP).

NO Is the FPGA_DATA/CLK signal input in (26-29) pin of IC6804 (SDSP) and is the SUB_DATA/CLK signal input to (30-33) pin?

NO It seems that abnormalities are between IC7103 (FPGA), IC6201 (DECODER), and the HDMI input. Please return in front.

Is the difference input signal (RX [0:C] ±) input to [25-35] pin of IC6004 (TMDS-SW) normally?

NO Is IC6001 (E2PROM) accessed by I2C, and is data read from (5)

(6) pin?

YES Check whether there is any I2C access in re-writing about the EDID data of IC6001 (E2PROM).

YES Check the peripheral circuit of HDMI terminal (SC6001) and IC6004 (TMDS-SW).

YES Check the I2C signal, X-TAL (X6801), the power supply, and sol-

dering of IC6804 (S-DSP).

(HDMI-INPUT-TERMINAL)

NO Check the peripheral circuit of a HDMI terminal (SC6001), and

connection of a HDMI terminal.

NO Check the I2C line of IC6003 (I2C-SW) and IC7002 (MICON),

and the EDID_WP signal of IC6702 (CPLD).

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[5] Video Troubleshooting

<At the time of AVC connection> No picture on the display (1)-1

No picture appears on LCD at the time of AVC connection.

Checklist:

1) Is “INPUT SOURCE” button on the remote control set up correctly? • • • Set it as the external input of the favorite with the INPUT

SOURCE button of the remote control.

2) Is MENU-Picture-Backlight/Contrast/Brightness set to “MIN”? • • • Set it to an appropriate level.

3) Is the level of pin (12) (13) of IC6004 (TMDS-SW) at “H”? • • • These are serial communications lines (I2C) for the control. If it is “L”, check

whether something pulls it to “L”.

4) IF-UNIT power supply input • • • Check whether BU5V is inputted into PD (P5801) 6/7pin, and UR15V is inputted into PE (P5802) 1/2pin.

5) LCD-CTL-UNIT power supply input • • • Check whether VCC (12V) is inputted into LC (P4802) 9/10pin.

(IF-UNIT) YES IF-UNIT output part: Is the LVDS_ [TA1:TD1] ± signal outputted

to the pin (40-28) of LW connector (SC7901)? and Is the LVDS_[TA2:TD2] ± signal outputted to the pin (26-14)?

NO Is the FPGA_R/G/B [0:9] signal inputted into the pin (76-112) of IC7502 (LVDS_TX)?

YES Check the LVDS output signal (71-56) pin of IC7502 (LVDS_TX),

a power supply (3.3V), and soldering.

NO It seems that abnormalities are between IC7103 (FPGA), IC6201 (DECODER), and a HDMI input. Please return in front.

(IF-UNIT) Is the difference input signal (RX

[0:C] ±) inputted into [25-35] pin of IC6004 (TMDS-SW) normally?

YES YES Is the signal of IC6102 (HDMI_RX) and IC6052 (LVDS_TX) outputted

normally?

YES YES Is differential output signal, of IC6201 (DECODER) outputted normally?

YES Check the power supply and solder-

ing of IC7103 (FPGA). Or replace.

YES When you still do not understand, replace IF-UNIT.

NO Is IC6001 (E2PROM) accessed by

I2C, and is data read from (5) (6) pin?

Check whether there is any I2C access in the EDID data re-writing of IC6001 (E2PROM).

Check the peripheral circuit of HDMI terminal (SC6001) and IC6004 (TMDS-SW).

NO Check the peripheral circuit of a

HDMI terminal (SC6001), and connection of a HDMI terminal.

NO Check the I2C line of IC6003 (I2C-

SW) and IC7002 (MICON), and the EDID_WP signal of IC6702 (CPLD).

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<At the time of AVC connection> No picture on the display (1)-2

No picture appears on LCD at the time of AVC connection.

Checklist:

1) Is “INPUT SOURCE” button on the remote control set up correctly? • • • Set it as the external input of the favorite with the INPUT

SOURCE button of the remote control.

2) Is MENU-Picture-Backlight/Contrast/Brightness set to “MIN”? • • • Set it to an appropriate level.

3) Is the level of pin (12) (13) of IC6004 (TMDS-SW) at “H”? • • • These are serial communications lines (I2C) for the control. If it is “L”, check

whether something pulls it to “L”.

4) IF-UNIT power supply input • • • Check whether BU5V is inputted into PD (P5801) 6/7pin, and UR15V is inputted into PE (P5802) 1/2pin.

5) LCD-CTL-UNIT power supply input • • • Check whether VCC (12V) is inputted into LC (P4802) 9/10pin.

(IF-UNIT) YES IF-UNIT output part: Is the LVDS_ [TA1:TD1] ± signal outputted to the pin (40-28) of LW connector (SC7901)? and Is the

LVDS_[TA2:TD2] ± signal outputted to the pin (26-14)?

(LCD-CTL-UNIT) YES At the FPC connector (SC7001) (39-79) pin of a LCD-CTL-UNIT output part Is [P00:P61] ± signal outputted? Check whether

3.3V are supplied to 2/3 pin, VLS15.6V is supplied to 12/13 pin, and -6V/35V are supplied to 34/35 pin.

YES Check the soldering of connector and driver IC of the LCD-

PANEL board. Or exchange LCD.

NO At the pin (2-14) of LW connector (SC4801) of LCD-CTL-UNIT input part, Is LVDS_[RA1:RE1] ± signal inputted? Is LVDS_[RA2:RD2] ± signal inputted into the pin (26-14)?

Is VCC (12V) inputted into the pin (9/10) of LC connector (P4802)?

YES Replace LCD-CTL-UNIT.

NO Check the loose connection of LW harness, and disconnection.

or check soldering of SC4801.

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[6] Abnormal screen display

Abnormal screen display * Check the monitor separately. Feed the signal of 1080p 60Hz.

Do the backlights light? NO Go to the section "The backlights do not

YES Does the monitor process menu display appear?

YES When "LCD TEST PATTERN" on page 40/

light (Monitor and AVC)".

46 of the monitor process menu is switched except OFF, does the pattern display appear normally? (White pattern)

YES When "FRA TEST PATTERN" on page 40/ 46 of the monitor process menu is

switched except OFF, does the pattern display appear normally? (Blue pattern)

YES When "FRA DDRA BIST" on page 4/46 of the monitor process menu is executed,

does "OK/OK" appear?

YES When "FRA DDRB BIST" on page 4/46 of the monitor process menu is executed, does "OK/OK" appear?

YES Is the LVDS signal of SC4801 normal? NO Check the connection of SC4801 and

NO Check the peripheries of IC6152,

IC5403 (65" only), and IC5409. Check the connection between LCD module and FPC.

NO Check the periphery of IC4901.

NO Check the peripheries of IC4901 and

IC590.

NO Check the peripheries of IC4901 and

IC5902

the thin coaxial.

Is 12V applied to the pin 10 of P4802 in the LCD_A3C controller unit?

YES Check the connection of P7909 and the IF PWB.

YES When "PSF TEST PATTERN" on page 40/ 46 of the monitor process menu is switched except OFF, does the pattern dis-

play appear normally? (9 spot pattern)

YES Go to the section "No picture"

NO Check the connection of P4802, the power

unit, and the IF PWB.

NO Check the peripheries of IC6203,

IC6204, IC6205, and X6201(33MHz).

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[7] Backlight Troubleshooting

Back light doesn't light.-1

Does not back light in which portion of the LCD screen light up?

The whole back light does not light up.

Is alternating voltage AC220V input to AC input (AC1/AC2/AC3) of SUB_POWER_UNIT1/2/3?

YES

Is not F7601 4A disconnected?

YES

Are 27V and 20V outputted to LA1/2/3?

Replace poor SUB-POWER-UNIT.

Back light doesn't light.-2

NO Is the power supply input harness from AC-IN-UNIT correctly

LC-52XS1E/RU/LC-65XS1E/RU

connected? Check the loose connection etc.

Does not back light in which portion of the LCD screen light up?

A part of back light doesn't light up. One piece of a certain back light on a screen does not light up.

The back light of a certain one-row portion wide on a screen does not light up.

Does not back light which row of which line light up? (65 types: Seven line seven rows 52 types: Seven line seven rows)

NO Does not back light of which line light up? (65 types: 7 rows and 52 types: Six rows)

Find a poor row and column number, and replace the LED board

unit. POWER-DISTRIBUTIONUNIT Is RGB power supply 20V/27V supplied to the CN** connector of the poor row number?

YES There is possibility of disconnection between the LED board

units of a poor row number. Check internal wire connection. ((1)pin=20V, (5)/(6)pin=27V)

NO Check the loose connection of the CN** connector of the poor row number of DISTRIBUTION-UNIT etc.

52 Inch LED board connection diagram (Front view)

1st row 2nd row 3rd row 4th row 5th row 6th row

1st line

2nd line SUB-POWER1

3rd line

4th line

5th line SUB-POWER2

6th line

65 Inch LED board connection diagram (Front view)

1st row 2nd row 3rd row 4th row 5th row 6th row 7th row

1st line

2nd line

3rd line

4th line

5th line

6th line SUB-POWER2

7th line

SUB-POWER3

SUB--POWER1

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The color of back light is abnormal.-1

The whole back light is reddish.

LED 27V has not gone out, and it checks it sequentially. Check whether there is any abnormal or connection error of a

YES Are 27V input to LA1/2/3 pin(1) (2) (3) of POWER-

DISTRIBUTION2-UNIT?

NO NO Are 27V output to (1) (2) pin of the LA1 connector of SUB1_POWER-UNIT?

NO Check about SUB2_POWER-UNIT/SUB3_POWER-UNIT simi-

larly.

NO If 27V of SUB1_POWER-UNIT does not come out, 20V stops coming out. Check the IC5101A feedback circuit and the peripheral circuit.

YES Have 27V come out in output connector (CN5-8) of POWER-

LED-PANEL array.

DISTRIBUTION2-UNIT?

Check whether there is any part which 27V line opens within POWER-DISTRIBUTION-UNIT

NO Check about SUB2_POWER-UNIT/SUB3_POWER-UNIT simi-

larly.

The color of back light is abnormal.-2

The whole back light is bluish.

LED 20V has not gone out, and it checks it sequentially. Check whether there is any abnormal or connection error of a

YES Are 20V input to LA1/2/3 pin (5) (6) of POWER-

DISTRIBUTION2-UNIT?

NO NO Are 20V output to (5) (6) pin of the LA1 connector of SUB1_POWER-UNIT?

NO Check about SUB2_POWER-UNIT/SUB3_POWER-UNIT similarly.

NO Check 20V generation circuit of SUB1_POWER-UNIT.

(IC5003,Q5007,IC5101B)

YES Have 20V come out in output connector (CN5-8) of POWER-

LED-PANEL array.

DISTRIBUTION2-UNIT?

Check whether there is any part which 27V line opens within POWER-DISTRIBUTION-UNIT

NO Check about SUB2_POWER-UNIT/SUB3_POWER-UNIT similarly.

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[8] LED Troubleshooting

LC-52XS1E/RU/LC-65XS1E/RU

LCD failure-1

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

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

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

Does the entire LCD screen look whitish all over?

Do luminescent or black dots appear on the screen?

Replace the LCD panel.

LCD failure-2

Does the QS drive function?

Check or Replace the LCD_CONTROL_UNIT

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

Is the on-screen image rippling or distorted?

Is the gamma correction as specified?

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LC-52XS1E

CHAPTER 5. MAJOR IC INFORMATIONS

[1] MAJOR IC INFORMATIONS

Service Manual

REF

No.

[IF PCB]

1 IC6001 VHiS24CS02J-1Y 2K E2PROM

2 IC6004 VHiSii9181A-1Q HDMI_SW

3 IC6102 VHiSii9125+-1Q HDMI_RX

4 IC6052 VHiTLVD1023-1Q

5 IC6201 RH-iXC068WJQZQ

6 IC6301 RH-iXB800WJQZY

7 IC6302 RH-iXB801WJQZY

IC6402

/3/4/5

9 IC6351 RH-iXC012WJQZQ

10 IC6608 VHiBR24L64F-1Y

11 IC6651 VHi29GL064N-1Q

12 IC6652 RH-iXC623WJQZQ

13 IC6702 RH-iXC588WJN1Q CPLD

14 IC6804 VHiAK7770EQ-1Q S-DSP

15 IC6902 VHiADAU1592-1Y 1bit-AMP

16 IC6951 VHiYDA147SZ-1Y SUB-P-AMP

Name Part Code Description

LVD S TRANSMITTER

DECODER & CPU

Clock Generator

CLOCKGEN

512Mb-

RH-iXC511WJQZQ

DDR2SDRAMMEMORY

Ir_communi cation controller

64K E2PROM

64MbFLASH

1Gb-NANDFLASH

This IC is 2 K bit 2 wire serial E2PROM. This EEPROM chip stores EDID-data for HDMI of a display. This data is controlled through I2C signals. It is written in executing EDID WRITE on the monitor process adjustment and the 3 page. Please write in at the time of IC exchange. The harness of LB connector on IF board (P7908) is making a monitor's size distinction serve a double purpose. Please write in after attaching the right harness. (The data of EDID changes by harness classification.) *harness LB

•52size QCNW-H636WJQZ 11pin – 12pin open 13pin – 14pin open

•65size QCNW-H623WJQZ 11pin – 12pin open 13pin – 14pin short *harness KM 52size QCNW-H712WJQZ 65size QCNW-H709WJQZ

•8pin – 9pin short

•10pin – 11pin short

•12pin – 13pin open This IC is IC for HDMI SW.

It is used as an equalizer for waveform shaping of the case where the cable which is not an enclosed HDMI cable is used, and the sake at the time of 10m cable (schedule) use of an option. This IC is HDMI Receiver IC. A differential signal is input from IC6004, and it converts it into 8 bits of RGB of CMOS for each.

This is LVDS (Low-Voltage Differential Signaling) transmitter IC. It convert each 8 bits of RGB of CMOS from IC6102 into a LVDS signal.

This IC is DECODER & MAIN CPU. Although the output from STB is 1080p, when the signal of 480p and 1080i is directly connected to a display, the signal of 480p and 1080i is changed into 1080p by this IC. Moreover, OSD of a display is generated here and added to a picture signal. Data reading processing is also performed from a service terminal as a wall picture function here.

This IC is a clock generator. From a 27MHz crystal oscillator, generation of 48MHz for SCC, 54MHz for STC, and 74.25MHz for PWM is performed.

This IC is a clock generator. From a 27MHz crystal oscillator, generation of 54MHz for STC, 33MHz for CPLD, 33MHz for FPGA, and 33MHz for PCI is performed.

This is a 512Mb DDR2 SDRAM IC. This IC is IC for IrSS encoding. It operates as a memory of IC6201 (DECODER).

This IC is IC for IrSS encoding. It encodes by receiving the signal from the IrSS euphotic part on a RC/LED board, and data is transmitted to IC6201 through SLOW BUS.

This IC is 64K bit serial E2PROM of 8K word *8K bit configuration. As for this IC, the data of a portion with which IC6201 (DECODER) is processing is saved. The S29GL064A is 64Mb-NOR Flash memory. The software of IC6201 (DECODER) is stored. This IC is 1 Gb-NAND-FLASH memory. The data of IC6201 (DECODER) and the pre-install picture of a wall picture function are stored in this IC.

This IC is CPLD (Complex Programmable Logic Device). By SLOW BUS control signal, the reset signal sent to each device, the extended I/O port of the control signal etc., and the modulated light signal are generated.

This IC is Audio DSP. This IC is performing delayed audio delay processing of the picture of IC6201(DECODER), analog 2.1ch processing, and processing of SRS TruSurroundXT from I2S signal inputted from IC7103(FPGA). This IC is 1-bit amplifier. A sampling frequency is 12.288MHz. It drives by

7.5W+7.5W in all of the 52 types and 65 types. This IC is a digital audio power amplifier. In this models, it used as woofer for SRS TruSurroundXT, and it drives by 15W in 52 and 65 types.

Drawing

No.

1/20

2/20

3/20

4/20

5/20

6/20

7/20

8/20

9/20

10/20

11/ 20

12/20

13/20

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REF

No.

17 IC7103 RH-iXC582WJQZQ FPGA

18 IC7502 VHiTLVD1023-1Q

19 IC7002 RH-iXC331WJQZQ

20 IC7006 VHiBR24L04F-1Y 4K E2PROM

21 IC5802 VHiLTC1154+-1Y 5V-REG

22 IC5901 VHiBD9045FV-1Y

23 IC5902 VHiBD9045FV-1Y

Name Part Code Description

LVD S TRANSMITTER

MonitorUCON

2CH-DC/ DC-CONV

This IC is FPGA (Field Programmable Gate Array) IC. In this IC, 10 bit LVDS signal from IC6201(DECODER) is input, and it processes the color gamut conversion, the skin color correction is processed, and it outputs it with each RGB LVTTL in 10 bits. Moreover, the I2S signal from IC6102 is input, and the audio delay processing for the picture delay generated since the LCD TCON+A3C substrate is done. This is an LVDS (Low-Voltage Differential Signaling) transmitter IC. This IC converts each 10 bits of RGB of LVTTL from IC7103(FPGA) into a LVDS signal.

This IC is a 16-bit monitor microcomputer which carries M16C/60 series CPU core. In this IC, the receiving light of R/C, control of the CEC signal, detection of key, and detection of OPC are performed. Moreover, detection of the error about the power supply in IF board and power supply management of the monitor part are performed.

This IC is 4K bit serial E2PROM of 512 word *8K bit configuration. This IC saves the data of a portion with which IC7002 (MONITOR-MICON) is processing.

It is power supply IC for supplying the object 5V for the wireless transmission units of an option. It has short circuit detection and a thermal shutdown function.

This IC is 2 CH-DC/DC-CONV-IC. 15V from a power supply unit is inputted, and 5V and 3.3V which are used within IF board are generated. Moreover, over-current protection, over voltage protection, short protection, and RT open short protection etc. builds in the substantial protection circuit.

This IC is 2 CH-DC/DC-CONV-IC. 15V from a power supply unit is inputted, and

1.2V and 1.8V which are used within IF board are generated.

Drawing

18/20

1. IF PWB

1. IC6001 (VHiS24CS02J-1Y)

This is an EEPROM in which the EDID for the HDMI of the display is stored. The writing process is carried out by executing the EDID WRITE function described on page 3. The writing process must be implemented when the IC is replaced. The harness of the LB connector (P7908) on the IF PWB is also used for identifying the size of the monitor. The harness of the KM connector (P7905) on the IF PWB is also used for setting the destination of the monitor. The writing process must be carried out after the proper harnesses are attached. (The EDID varies depending on the types of harnesses.)

While the STB reads the value contained in this EEPROM, the model mode on the side of the STB changes accordingly (as indicated on the upper right side of the page 1 of the process screen for STB). Also, the operation of the monitor alone mode partially changes depending on the destination.

No.

14/20

15/20

17/20

19/20

2. IC6004 (VHiSII9181A-1Q)

This is an HDMI SW used as an equalizer for waveform shaping in case any cable other than the attached HDMI cable is used or the optional 10 m cable (planned) is used.

HDMI Switch

Pin No. Pin Name I/O Pin Function

System Switching

37 DSDA I/O DDC I2C Data for respective port. 38 DSCL I DDC I2C Clock. 39 RPWR I 5V Port detection input. Connect to 5V signal from HDMI input connector. 25 HPD O Hot Plug Detect Output. Connect to HOTPLUG of HDMI input connector. 51 HPDIN I Hot Plug Detect Input.

53 TSCL O

52 TSDA I/O

Configuration

54 I2CADDR/TPWR I/O

Master DDC I2C Clock (Open Drain Output) to HDMI receiver. I2C transactions required for HDCP operation are performed over this I2C bus.

Master DDC Data (Open drain output.) to HDMI receiver. I2C transactions required for HDCP operation are performed over this I2C bus.

I2C Slave Address input/Transmit Power Sense output pin. When RESET# is low, this pin is used as an input to latch the I2C sub-address. The level on this pin is latched when the RESET# pin transitions from low to high. When RESET# is high, this pin is used as the TPWR output, indicating that the Rx-port has 5V present.

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Pin No. Pin Name I/O Pin Function

I2C Selection input/ Interrupt output pin. The SiI9181A has two modes of operation: I2C control and Standalone. The mode is determined by the level of the I2CSEL/INT pin at the rising edge of RESET#. A high indicates I2C mode, and a low indicates Standalone mode.

24 I2CSEL/INT# I/O

50 RSVDL --- Reserved for use by Silicon Image and must be tied low.

Control Pins

11 R ESET# I

13 LSCL/EPSEL1 I

12 LSDA/EPSEL0 I/O

CEC Pins

41 CEC_A I/O

40 CEC_D I/O

Differential Signal Data Pins

30 RX0+ I 29 RX0- I 33 RX1+ I 32 RX1- I 35 RX2+ I 34 RX2- I 28 RXC+ I 27 RXC- I

6TX0+O 7TX0-O 3TX1+O 4TX1-O 1TX2+O 2TX2-O 8 TXC+ O TMDS output clock pair. 9TXC-O

10 EXT_SWING O Voltage Swing Adjust. A resistor tied from this pin to AVCC18 determines the amplitude of the voltage

Power and Ground Pins

14, 15, 16, 17, 18, 19, 20, 21, 43, 44, 45, 46,

47, 55, 56

5, 26, 36 AVCC18 --- Analog VCC. Connect to 1.8V supply.

22, 48 DVCC18 --- Digital VCC. Connect to 1.8V supply. 23, 49 DGND --- Digital GND. 31, 42 AVCC33 --- Analog VCC. Connect to 3.3V supply.

AGND --- Analog GND.

In I2C control mode, all functions are controlled and observed with I2C registers using the pins LSCL/ EPSEL1 and LSDA/EPSEL0 as the local I2C bus. In Standalone mode, the external pins LSCL/ EPSEL1 and LSDA/ EPSEL0 are use to determine whether the SiI9181A is in Normal mode or Standby mode. After reset, this pin becomes the Interrupt output. This is an open-drain output and requires an external pull-up.

Reset Pin (Active LOW). Certain configuration inputs are latched when RESET# transitions from low to high. Local I2C Clock / External Port Select 1. When I2CSEL is high, this becomes the Local I2C bus clock pin, LSCL. When I2CSEL is low, this becomes the external port select pin, EPSEL1. True open drain, so does not pull to ground if power not applied. An external pull-up is required.

Local I2C Data / External Port Select 0. When I2CSEL is high, this becomes the Local I2C bus data pin, LSDA. When I2CSEL is low, this becomes the external port select pin, EPSEL0. True open drain, so does not pull to ground if power not applied. An external pull-up is required.

HDMI compliant CEC I/O used to interface to CEC devices. CEC electrically compliant signal. This pin connects to the CEC signal of all HDMI connectors in the system. As an input, the pad acts as a LVTTL Schmitt triggered input and is 5V tolerant. As an output, the pad acts as an NMOS driver with resistive pull-up. This pin has an internal pull-up resistor.

CEC interface to local system. True open-drain. An external pull-up is required. This pin typically connects to the local CPU.

TMDS input data pairs.

TMDS input clock pair.

TMDS output data pairs.

swing. The recommended value is 750 Ω.

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3. IC6102 (VHiSii9125+-1Q)

This is an HDMI Rx, which converts the differential signals input from IC6004 into 8-bit RGBs of LVTTL.

HDMI Receiver

Pin No. Pin Name I/O Pin Function

Digital Video Output Pins.

16, 15, 14, 13, 10, 9, 8, 7, 3, 2, 1, 144, 141, 140, 139, 138, 135, 134, 133, 132, 129, 128, 127, 126, 123,

122, 121, 120, 117, 116, 115, 114,

111, 110, 109, 108

19 DE O Data enable. 20 HSYNC O Horizontal Sync Output control signal. 21 VSYNC O Vertical Sync Output control signal. 22 EVNODD O indicates Even or Odd Field for interlaced Formats.

5 ODCK O Output Data Clock.

Digital Audio Output Pins.

95 XTALIN I Crystal Clock Input. 26-28.5MHz 94 XTALOUT O Crystal Clock Output. 89 MCLK O Audio Master Clock Output. 86 SCK O I2S Serial Clock Output. 85 WS O I2S Word Select Output. 81 SD O I2S Serial Data Output. 78 SPDIF O S/PDIF Audio Output. 75 MUTEOUT O Mute Audio Output.

Configuration/Programming Pins.

102 INT O Interrupt Output. 100 RESET# I Reset Pin. Active LOW. 5V Tolerant.

34 DSCL0 I DDCI2C Clock for Port 0. 5V Tolerant. 33 DSDA0 I/O DDCI2C Data for Port 0. 5V Tolerant. 29 DSCL1 I DDCI2C Clock for Port 1. 5V Tolerant. 28 DSDA1 I/O DDCI2C Data for Port 1. 5V Tolerant. 27 CSCL I Configuration/Status I2C Clock. 5V Tolerant.

26 CSDA I/O Configuration/Status I2C Data. 5V Tolerant. 105 CI2CA I Local I2C Address Select. 5V Tolerant. 101 SCDT O Indicates active video at HDMI input port.

35 R0PWR5V I Port 0 Transmitter Detect. 5V Tolerant.

30 R1PWR5V I Port 1 Transmitter Detect. 5V Tolerant.

98,77,76,55,82,83,84 RSVDNC - Reserved, must be left unconnected.

99 RSVDL I Reserved, must be tied to ground.

Differential Signal Data Pins.

40 R0XC+ I

39 R0XC- I

44 R0X0+ I

43 R0X0- I

48 R0X1+ I

47 R0X1- I

52 R0X2+ I

51 R0X2- I

58 R1XC+ I

57 R1XC- I

62 R1X0+ I

61 R1X0- I

66 R1X1+ I

65 R1X1- I

70 R1X2+ I

69 R1X2- I

Power and Ground Pins. 12, 24, 25, 80, 91, 107, 119, 131, 143 CVCC18 --- Digital Logic VCC. 1.8V

11, 23, 79, 90, 106, 118, 130, 142 CGND --- Digital Logic ground. 6, 18, 32, 74, 88, 104, 113, 125, 137 IOVCC33 --- Input/Output Pin Supply. 3.3V 4, 17, 31, 73, 87, 103, 112, 124, 136 IOGND --- Input/Output Pin ground.

38, 42, 46, 50, 56, 60, 64, 68 AVCC33 --- TMDS Analog VCC. 3.3V

36, 41, 45, 49, 53, 59, 63, 67, 71 AGND --- TMDS Analog ground.

37,54,72 AVCC18 --- TMDS Analog VCC 1.8V.

92 DVCC18 --- Audio clock regeneration PLL analog VCC. 1.8V

Q[35:0] O

36-bit Output Pixel Data Bus. Q[35:0] is highly configurable using the VDD_CONFIG resister. It supports a wide array of output formats, including multiple RGB and YCbCr bus formats.

TMDS input clock pair. HDMI Port 0.

TMDS input data pair. HDMI Port 0.

TMDS input clock pair. HDMI Port 1.

TMDS input data pair. HDMI Port 1.

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Input voltage of RS pin

VCC

0.6~1.4V

GND

LVDS output Swing Control

Normal Swing VOD=350mV(typ)

Reduced Swing VOD=200mV(typ)

TTL/CMOS Input VIH/VIL Control for Small Swing Input

VIH/VIL is fixed

Support Small Swing Input VIH/VIL depends on input voltage of RS pin See VIH/VIL Spec

VIH/VIL is fixed

Pin No. Pin Name I/O Pin Function

93 DGND --- Audio clock regeneration PLL analog ground. 96 XTALVCC --- Audio clock regeneration PLL crystal oscillator power. 3.3V 97 REGVCC --- Audio clock regeneration PLL crystal regulator power. 3.3V

4. IC6052 (VHiTLVD1023-1Q)

This is an LVDS Tx, which converts the 8-bit RGBs of LVTTL sent from IC6102 into LVDS signals.

LVDS Transmitter.

Pin No. Pin Name I/O Pin Function

70, 71 TA1+, TA168, 69 TB1+, TB164, 65 TC1+, TC158, 59 TD1+, TD156, 57 TE1+, TE162, 63 TCLK1+, TCLK1- O LVDS Clock Out for 1st and 2nd Link. 52, 53 TA2+, TA250, 51 TB2+, TB246, 47 TC2+, TC240, 41 TD2+, TD238, 39 TE2+, TE244, 45 TCLK2+, TCLK2- O Additional LVDS Clock Out. Identical to TCLK1+,-. No connect if not used.

87 - 84,

81 - 76

99 - 95,

92 - 88 112 -110, 108 -106,

103 - 100 124 - 115 R29 ~R20

136 - 127 G29 ~G20 G2 [9 : 0] 6, 5, 2, 1, 144 - 139

17, 18 CONT11,CONT12 19, 20 CONT21,CONT22

9 DE I Data Enable Input. 8 VSYNC I Vsync Input.

7 HSYNC I Hsync Input. 15 CLKIN I Clock Input. 21 R/F

22 RS

R19 ~R10

G19 ~G10 G1 [9 :0]

B19 ~B10 B1 [9 :0]

B29 ~B20 B2 [9 : 0]

The 1st Link. The 1st pixel output data when Dual-Link.

The 2nd Link. These pins are disabled when Single Link.

The 1st Pixel Data Inputs. R1 [9 : 0]

The 2nd Pixel Data Inputs. R2 [9 : 0]

CONTROL Data Inputs.

Input Clock Triggering Edge Select.

H: Rising edge, L: Falling edge The use of these multi-function depends on input voltage of RS pin.

24 MAP I LVDS mapping table select.

H: Mapping Mode1 L: Mapping Mode2

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Page 65

Pin No. Pin Name I/O Pin Function

MODE 1

MODE 2

MODE

Dual Link (Dual-in/Dual-out)

Dual Link (Single-in/Dual-out)

Single Link (Dual-in/Single-out)

Single Link (Single-in/Single-out)

25, 26 MODE1, MODE0 I Pixel Data Mode.

LC-52XS1E/RU/LC-65XS1E/RU

27 MODE2 I Distribution, DDR function enable.

30 /PDWN I H: Normal operation,

31 PRBS I PRBS generator is active when MODE <1:0> = LL (Dual-in/Dual-out mode)

10, 11, 12, 16,

28, 32

23 Reserved I Must be Open.

29, 33, 109 N/C Must be Open.

3, 13, 82, 93,

104, 113, 125,

137

4, 14, 83, 94,

105, 114, 126,

138

43, 49, 55, 61,

37, 42, 48, 54,

60, 66, 72

35, 74 PVCC - Power Supply for PLL circuitry.

34, 36, 73, 75 PGND - Ground Pin for PLL circuitry.

Reserved I Must be tied to GND.

VCC - Power Supply Pins for TTL inputs, output and digital circuitry.

GND - Ground Pins for TTL inputs, outputs and digital circuitry.

LVCC - Power Supply Pins for LVDS Outputs.

LGND - Ground Pins for LVDS Outputs.

The use of these multi-function depends on the setting of MODE<1:0>. MODE<1:0>=HH(Single-in/Single-out Mode) H: Distribution function enable. L: Distribution function disable. MODE<1:0>=HL(Single-in/Single-out Mode) H: DDR (Double Edge input) function enable. L: DDR (Double Edge input) function disable.

L: Power down (all outputs are Hi-Z)

H: PRBS generator is enable. Pattern is PRBS-23. L: Normal Operation

5. IC6201 (RH-iXC068WJQZQ)

This is a main CPU. The output from the STB is 1080p. However, if the 480p and 1080i signals are directly connected to the display, this IC converts the 480p and 1080i signals into 1080p signals.

Also, the OSD of the display is created here and added to the picture signals.

As the wall picture function, reading and processing operations of the data from the USB terminal are implemented here.

6. IC6301 (RH-iXB800WJQZY)

This is a clock generator, which generates 48MHz for SCC, 54MHz for STC and 74.25MHz for PWM from the crystal oscillator of 27MHz.

CLOCK-GENERATOR

Pin No. Pin Name I/O Pin Function

1 XI I Crystal connection. Connect to a 27MHz fundamental mode pullable crystal.

2, 6, 13 GND - Connect to ground.

3, 5, 10, 14, 15VDD - Connect to +3.3V.

4 VIN I VCXO Voltage Input. Zero to 3.3v analog control voltage for VCXO. 7 54M O 54MHz reference clock output. 8 NC - No connect. Do not connect this pin to anything.

9 74.175824M O 74.175824 MHz clock output. 11 83.57M O 83.57MHz clock output. 12 48.000M O 48.000MHz clock output. 16 X2 I Crystal connection. Connect to a 27MHz fundamental mode pullable crystal.

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7. IC6302 (RH-iXB801WJQZY)

This is a clock generator, which generates 54MHz for STC, 33MHz for CPLD, 33MHz for FPGA and 33MHz for PCI from the crystal oscillator of 27MHz.

CLOCK-GENERATOR

Pin No. Pin Name I/O Pin Function

1 XI I Crystal connection. Connect to a 27MHz fundamental mode pullable crystal.

2, 6, 13 GND - Connect to ground.

3, 5, 10, 14,

4 VIN I VCXO Voltage Input. Zero to 3.3v analog control voltage for VCXO. 7 54M O 54.000MHz reference clock output.

8, 9, 11, 12 33M O 33.000MHz clock output.

16 X2 I Crystal connection. Connect to a 27MHz fundamental mode pullable crystal.

8. IC6402~6405 (RH-iXC511WJQZQ)

This is a 512Mb DDR2 SDRAM, which operates as the memory for IC6201.

512Mb DDR SDRAM

Pin No. Pin Name I/O Pin Function

J8, K8 CK, CK

K2 CKE I Clock Enable : CKE HIGH activates, and CKE LOW deactivates internal clock signals,

L8 CS

K9 ODT I On Die Termination Control : ODT (registered HIGH) enables on die termination resistance internal to

K7, L7, K3 RAS

F3, B3 DM

L2, L3 BA0, BA1 I Bank Address Inputs : BA0 and BA1 define to which bank an ACTIVE, Read, Write

M8, M3, M7, N2,

N8, N3, N7, P2, P8, P3, M2, P7,

G8, G2, H7, H3,

H1, H9, F1, F9,

C8, C2, D7, D3,

D1, D9, B1, B9

VDD - Connect to +3.3V.

I Clock : CK and CK are differential clock inputs.

All address and control input signals are sampled on the crossing of the positive edge of CK and negative edge of CK. Output (read) data is referenced to the crossings of CK and CK (both directions of crossing).

and device input buffers and output drivers. Taking CKE Low provides PRECHARGE POWER DOWN and SELF REFRESH operation (all bank idle), or ACTIVE POWER DOWN (row ACTIVE in any bank). CKE is synchronous for POWER-DOWN entry and exit, and for SELF REFRESH entry. CKE is asynchronous for SELF REFRESH exit. After VREF has become stable during the power on and initialization sequence, it must be maintained for proper operation of the CKE receiver. For proper self-refresh entry and exit, VREF must be maintained to this input. CKE must be maintained high throughput READ and WRITE accesses. Input buffers, excluding CK, CK Input buffers, excluding CKE are disabled during SELF REFRESH.

I Chip Select : All commands are masked when CS is registered HIGH.

provides for external bank selection on systems with multiple banks.

is considered part of the command code.

the DDR2 SDRAM. For x16 configuration ODT is applied to each DQ, UDQS/UDQS. LDM signal. The ODT pin will be ignored if the Extended Mode Register(EMRS(1)) is programmed to disable ODT.

, CAS, WE I Command Inputs : RAS, CAS and WE (along with CS) define the command being

(LDM,UDM)

A [0 : 12] I Address Inputs : Provide the row address for ACTIVE commands, and the column

DQ[0:15] I/O Data Input/Output : Bi-directional data bus.

entered.

I Input Data Mask : DM is an input mask signal for write data.

Input data is masked when DM is sampled HIGH coincident along with that input data during a WRITE access. DM is sampled on both edges of DQS. Although DM pins are input only, the DM loading matches the DQ and DQS loading.

or PRECHARGE command is being applied. Bank address also determines if the mode register or extended mode register is to be accessed during a MRS or EMRS cycle.

address and AUTO PRECHARGE bit for READ/WRITE commands to select one location out of the memory array in the respective bank. A10 is sampled during a precharge command to determine whether the PRECHARGE applies to one bank (A10 LOW) or all banks (A10 HIGH). If only one bank is to be precharged, the bank is selected by BA0, BA1. The address inputs also provide the op-code during a MODE REGISTER SET command.

and CKE are disabled during POWER-DOWN.

LDQS/LDQS, UDM and

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Pin No. Pin Name I/O Pin Function

B7, A8, F7, E8 UDQS, UDQS

A2, E2, L1, R3,

R7, R8

A9, C1, C3, C7, C9, E9, G1, G3,

G7, G9

A7, B2, B8, D2, D8, E7, F2, F8,

H2, H8

J1 VDDL - DLL Power Supply : +1.8V ± 0.1V. J7 VSSDL - DLL Ground.

A1, E1, J9, M9,

A3, E3, J3, N1,

J2 VREF I Reference voltage for inputs for SSTL interface.

9. IC6351 (RH-iXC012WJQZQ)

This is an IC for IrSS encoding, which receives the signals from the IrSS light receiving section located on the RC/LED PWB, encode them and transfer the data to IC6201 via the SLOW BUS.

Ir communication controller

Pin No. Pin Name I/O Pin Function Remarks

J8 CI I Oscillation buffer input Duty 40-60% J9 CO O Oscillation buffer output

H7,J7 CLKSEL[1:0] I Clock selection

A9 XRESET I Reset signal Negative logic H6, J6, H5, J5,

H4, J4, J3, J2, J1, H1,

G1, F1, E2, E1,

D2, D1

C1, B1, A1, A2,

A3, B3

A5 XCS I System Chip Select Negative logic

A6 XRD I System Read signal Negative logic

A7 XWR I System Wright signal Negative logic

A4 BYTE I System 8bit access

LDQS, LDQS

NC - No Connect : No internal electrical connection is present.

VDDQ - DQ Power Supply : +1.8V ±0.1V.

VSSQ - DQ Ground.

VDD - Power Supply : +1.8V ±0.1V.

VSS - Ground.

D[15:0] I/O System Data Bus

A[5:0] I System Address Bus

I/O Data Strobe : Output with read data, input with write data.

Edge-aligned with read data, centered in write data. For the x16, LDQS corresponds to the data on DQ0~DQ7 ; UDQS corresponds to the data on DQ8~DQ15 The data strobes DQS, LDQS and UDQS may be used in single ended mode or paired with optional complementary signals DQS, LDQS and UDQS to provide differential pair signaling to the system during both reads and writes. An EMRS(1) control bit enables or disables all complementary data strobe signals.

00-16MHz 01-24MHz 10-32MHz 11-48MHz

A8 INT O System Interrupt request signal Logic is a register setup.

B5 DREQ O System DMA Transmission demand signal Logic is a register setup.

B4 XDACK I System DMA Transmission bitter taste knowledge signal Negative logic

E9 IRTXA O Front end Channel A transmission signal Positive logic

D9 IRRXA I Front end Channel A received signal Logic is a register setup. G9 IRTXB O Front end Channel B transmission signal Positive logic

F9 IRRXB I Front end Channel B received signal Logic is a register setup.

F8 IRRX2 I Front end Channel received signal Logic is a register setup.

C9 IRRC O Front end Ir remote control signal Positive logic

BYTE A[0] D[15:8] D[7:0]

0 0 Effe ctive Effective

0 1 Effective Invalid

1 0 In valid Effective

1 1 Effective Invalid

5 – 8

Positive logic

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Pin No. Pin Name I/O Pin Function Remarks

B9 SD O Front end shutdown signal Positive logic

B7 TXD O The transmitting data signal of UART Positive logic

B8 RXD I The receiving data signal of UART Positive logic

H9 TEST I Test Mode Usual '0' Fixation

C8, G2,

B2, E8, H3 VDDCORE - Core power supply (1.8V)

B6, C2, D8, F2,

H2, H8

10.IC6608 (VHiBR24L64F-1Y)

This is an EEPROM, in which the portion of the data processed by the IC6201 is stored.

11.IC6651 (VHi29GL064N-1Q)

This is a 64Mb NOR flash, in which the software of IC6201 is stored.

64M FLASH MEMORY

Pin No. Pin Name I/O Pin Function

3-12,15, 18-26,

31,54

35-42, 44-50 DQ14-DQ0 O 15 Data input/output

51 DQ15/A-1 O DQ15 (Data input/output, at LSB word mode), A-1(LSB-Address Input, at byte mode) 32 CE# I Chip Enable input 34 OE# I Output Enable input 13 WE# I Write Enable input 16 WP#/ACC I Hardware Write Protect input/Programming Acceleration input 14 RESET# I Hardware Reset Pin input 17 RY/BY# I Ready output ; indicates the status of the Burst read./Busy output 53 BYTE# I Selects 8-bit or 16-bit mode 43 VCC - Device Power supply (3.0V)

33, 52 VSS - Device Ground

1, 2, 27, 28, 30,

55, 56

29 VIO - Output Buffer Power

VDDIO - I/O Power Supply (1.8-3.3v)

VSS - Ground

A21-A0 I 22 Address inputs

NC - Pin Not Connected Internally

12.IC6652 (RH-iXC623WJQZQ)

This is a 1Gb NAND flash, in which the IC6201’s data and the preinstalled pictures of the wall picture function are stored.

1Gb FLASH MEMORY

Pin No. Pin Name I/O Pin Function

29-32, 41-44 IO7 - IO0 O Data Inputs / Outputs

16 CLE O COMMAND LATCH ENABLE

17 ALE ADDRESS LATCH ENABLE

9 CE# I CHIP ENABLE

8 WE# I WRITE ENABLE

18 RE# I READ ENABLE

19 WP# I WRITE PROTECT

The IO pins allow to input command, address and data and to output data during read / program operations. The inputs are latched on the rising edge of Write Enable (WE buffer float to High-Z when the device is deselected or the outputs are disabled.

This input activates the latching of the IO inputs inside the Command Register on the Rising edge of Write Enable (WE

This input activates the latching of the IO inputs inside the Address Register on the Rising edge of Write Enable (WE

This input controls the selection of the device. When the device is busy CE lect the memory.

This input acts as clock to latch Command, Address and Data. The IO inputs are latched on the rise edge of WE

The RE input is the serial data-out control, and when active drives the data onto the I/O bus. Data is valid tREA after the falling edge of RE address counter by one.

The WP pin, when Low, provides an Hardware protection against undesired modify (program / erase) operations.

which also increments the internal column

). The I/O

low does not dese-

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Pin No. Pin Name I/O Pin Function

7 R/B# I READY BUSY

12, 37 VCC - SUPPLY VOLTAGE

13,36 VSS - GROUND

1-6, 10-11, 14-15,

20-28, 33-35, 39-

40,45-48

13.IC6702 (RH-iXC588WJN1Q)

This is a CPLD. By the SLOW BUS control, the extension I/O port for the reset signal and control signal sent to each device is created, and the light control signal is generated.

14.IC6804 (VHiAK7770EQ-1Q)

This is an audio DSP, which implements the audio delay processing for the delay of the pictures of IC6201, the analog 2.1ch processing and the SRS TruSurroundXT processing according to the I2S signal input from IC7103.

AUDIO-DSP

Pin No. Pin Name I/O Pin Function

1 FRIR1 I Rch feedback resistance input pin for ADC1 2 FRIL1 I Lch feedback resistance input pin for ADC1 3 FROL1 O Lch feedback resistance input pin for ADC1 4 LFLT - C connecting pin for PLL (10µF) 5 AVDD - Analog part power supply pin 3.3V 6 VSS1 - Analog part ground pin 0V 7 TESTI I Test pin (with pull down resistance) 8 CKM[0] I Clock mode select pin

9 HMUTEN I Headphone amplifier mute pin 10 INITRSTN I Initial reset pin (for initialization) 11 SETROM I The pin for ROM boot 12 DVDD18 - Digital part power supply pin 1.8V 13 VSS3 - Digital part grand pin 0V 14 DVDD18 - Digital part power supply pin 3.3V 15 LRCLKO O LR channel selection output pin 16 CLKO O Clock output pin 17 BITCLKO O Serial bit clock output pin 18 SDOUT1 O Serial-data output 1 pin 19 SDOUT2 O Serial-data output 2 pin 20 SDOUT3 O Serial-data output 3 pin 21 XTO O Oscillating circuit output pin 22 XTI I Oscillating circuit input pin 23 DVDD - Digital part power supply pin 3.3V 24 VSS3 - Digital part ground pin 0V 25 DVDD18 - Digital part power supply pin 1.8V 26 LRCLK1 I LR channel selection input pin 27 CLK1 I Serial master clock 1 pin 28 BITCLK1 I Serial bit clock 1 pin 29 SDIN1 I Serial-data input 1 pin 30 LRCLK2 I LR channel selection input 2 pin 31 CLK2 I Serial master clock 2 pin 32 BITCLK2 I Serial bit clock 2 pin 33 SDIN2 I Serial-data input 2 pin 34 CAD1 I I2 C-bus address 1 pin 35 CAD0 I I2 C-bus address 0 pin 36 SCL I SCL I2C Clock pin 37 DVDD - Digital part power supply pin 3.3V 38 VSS3 - Digital part ground pin 0V 39 DVDD18 - Digital part power supply pin 1.8V 40 SDA I/O SDA I2C Bus interface 41 HPEN O The pin for headphone detection 42 STO O Status output pin 43 TX O S/PDIF Transmitter output pin 44 DVDD - Digital part power supply pin 3.3V

NC - NO CONNECTION

The Ready/Busy output is an Open Drain pin that signals the state of the memory.

The VCC supplies the power for all the operations (Read, Write, Erase).

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Pin No. Pin Name I/O Pin Function

45 VSS3 - Digital part ground pin 0V 46 DVDD18 - Digital part power supply pin 1.8V 47 SDIN3 I Serial-data input 3 pin 48 BITCLK3 I Serial bit clock 3 pin 49 CLK3 I Serial master clock 3 pin 50 LRCLK3 I LR channel selection input 3 pin 51 CKM[1] I Clock mode select pin 52 I2CSEL I I2CBUS selection pin 53 HDT I The pin for headphone detection 54 HPR O Headphone Rch output pin 55 HVDD - Headphone part power supply pin 3.3V 56 HVCOM O Headphone part common voltage output pin 57 VSS2 - Headphone part ground pin 0V 58 HPL O Headphone Lch output pin 59 AOUTR2 O DAC2 Rch output pin 60 AOUTL2 O DAC2 Lch output pin 61 AOUTR1 O DAC1 Rch output pin 62 AOUTL1 O DAC1 Lch output pin 63 VSS1 - Analog part ground pin 0V 64 AVDD - Analog part power supply pin 3.3V 65 FRIR2 I ADC2 Rch feedback resistance input pin 66 FROR2 O ADC2 Rch feedback resistance output pin 67 FROL2 O ADC2 Lch feedback resistance output pin 68 FRIL2 I ADC2 Lch feedback resistance input pin 69 AINR1 I ADC Rch Single end input 1 pin 70 AINL1 I ADC Lch Single end input 1 pin 71 AINR2 I ADC Rch Single end input 2 pin 72 AINL2 I ADC Lch Single end input 2 pin 73 AINR3 I ADC Rch Single end input 3 pin 74 AINL3 I ADC Lch Single end input 3 pin 75 AINR4 I ADC Rch Single end input 4 pin 76 AINL4 I ADC Lch Single end input 4 pin 77 VSS1 - Analog part power supply pin 0.0V 78 VCOM O Analog part common voltage output pin 79 AVDD - Analog part power supply pin 3.3V 80 FROR1 O Rch feedback resistance output pin for ADC1

15.IC6902 (VHiADAU1592-1Y)

This is a 1-bit amplifier. The sampling frequency is 12.288MHz. The 52” and 65” models are driven with 7.5W + 7.5W.

1bit-A-POWERAMP

Pin No. Pin Name I/O Pin Function

1, 2, 3 OUTL- O Output of High Power Transistors, Left Channel Negative Polarity. 4, 5, 6 OUTL+ O Output of High Power Transistors, Left Channel Positive Polarity.

7 TEST1 I Reserved for Internal Use. Connect to DGND.

8 TEST0 I Reserved for Internal Use. Connect to DGND.

9 ERR# O Error Indicator (Active Low, Open-Drain Output). 10 OTW# O Over temperature Warning Indicator (Active Low, Open-Drain Output). 11 MO/ST# I Mono/Stereo Mode Setting Pin for Stereo. Connect to DGND (for mono mode, connect to DVDD). 12 TEST3 I Reserved for Internal Use. Connect to DVDD. 13 PGA1 I Programmable Gain Amplifier Select, MSB. 14 PGA0 I Programmable Gain Amplifier Select, LSB. 15 MUTE# I Mute (Active Low Input). 16 STDN# I Shutdown/Reset Input (Active Low Input). 17 XTI I Quartz Crystal Connection/External Clock Input. 18 XTO O Quartz Crystal Connection/Clock Output. 19 DGND - Digital Ground for Digital Circuitry. Internally connected to exposed pad (ePAD). 20 DVDD - Positive Supply for Digital Circuitry. 21 AVDD - Positive Supply for Analog Circuitry. (Can be tied to DVDD.) 22 AGND - Analog Ground for Analog Circuitry. 23 VREF I AVDD/2 Voltage Reference Connection for External Filter. 24 SLC_TH I Slicer Threshold Adjust. (Connect to AGND via a resistor for slicer operation.) 25 TEST8 I Reserved for Internal Use. Connect to DGND. 26 TEST9 I Reserved for Internal Use. Connect to DGND.

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Pin No. Pin Name I/O Pin Function

27 AINL I Analog Input Left Channel. 28 AINR I Analog Input Right Channel. 29 TEST12 I Reserved for Internal Use. Connect to DGND. 30 TEST13 I Reserved for Internal Use. Connect to DGND.

31, 32, 33 OUTR+ O Output of High Power Transistors, Right Channel Positive Polarity. 34, 35, 36 OUTR- O Output of High Power Transistors, Right Channel Negative Polarity.

37, 38, 47,

39, 40, 41, 42, 43, 44,

45, 46

16.IC6951 (VHiYDA147SZ-1Y)

This is a digital amplifier. The 52” and 65” models are driven with 15W.

AUDIO POWER AMPLIFIER

Pin No. Pin Name I/O Pin Function

1, 2, 12, 25,

35, 36

3 PVDDREG - The power supply terminal for regulators (PVDD). 4 AVDD - The output terminal for 3.3V regulators 5 INLP I Analog input terminal (Lch+) 6 INLM I Analog input terminal (Lch-) 7 VREF - VREF Terminal 8 INRM I Analog input terminal (Rch-)

9 INRP I Analog input terminal (Rch+) 10 AVSS - Analog ground terminal 11 PLIMIT I Power limit setting terminal

13, 14 PVDDPR - The power supply terminal for a digital amplifier output (Rch+)

15, 16, 17 OUTPR O Digital amplifier output terminal (Rch+)

18, 19 PVSSR - The ground terminal for a digital amplifier output (Rch)

20, 21, 22 OUTMR O Digital amplifier output terminal (Rch-)

23, 24 PVDDMR - The power supply terminal for a digital amplifier output (Rch-)

26 SLEEPN I Sleep control terminal 27 PROTN O Error flag output terminal 28 MUTEN I Mute control terminal 29 CKOUT O The clock output terminal for a synchronization 30 CKIN I External clock input terminal 31 NCDRC0 I Non clip / DRC1/DRC2 mode-select terminal 0 32 NCDRC1 I Non clip / DRC1/DRC2 mode-select terminal 1 33 GAIN0 I GAIN setting terminal 0 34 GAIN1 I GAIN setting terminal 1

37, 38 PVDDML - The power supply terminal for a digital amplifier output (Lch-)

39, 40, 41 OUTML O Digital amplifier output terminal (Lch-)

42, 43 PVSSL - The ground terminal for a digital amplifier output (Lch)

44, 45, 46 OUTPL O Digital amplifier output terminal (Lch+)

47, 48 PVDDPL - The power supply terminal for a digital amplifier output (Lch+)

PGND - Power Ground for High Power Transistors. Internally connected to exposed pad (ePAD).

PVDD - Positive Power Supply for High Power Transistors.

NC - No Connection

17.IC7103 (RH-iXC582WJQZQ)

This is an FPGA, which receives the 10-bit LVDS signal from IC6201, implements the color gamut conversion and skin color correction, and outputs via the 10-bit RGBs of LVTTL. Also, while the I2S signal is input from IC6102, it implements the audio delay processing for the delay of the pictures generated on the LCD TCON+A3C and subsequent PWBs.

18.IC7502 (VHiTLVD1023-1Q)

This is an LVDS Tx, which converts the 10-bit RGBs of LVTTL from IC7103 into the LVDS signals.

LVDS Transmitter.

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Input voltage of RS pin

VCC

0.6~1.4V

GND

LVDS output Swing Control

Normal Swing VOD=350mV(typ)

Reduced Swing VOD=200mV(typ)

TTL/CMOS Input VIH/VIL Control for Small Swing Input

VIH/VIL is fixed

Support Small Swing Input VIH/VIL depends on input voltage of RS pin See VIH/VIL Spec

VIH/VIL is fixed

MODE 1

MODE 2

MODE

Dual Link (Dual-in/Dual-out)

Dual Link (Single-in/Dual-out)

Single Link (Dual-in/Single-out)

Single Link (Single-in/Single-out)

Pin No. Pin Name I/O Pin Function

70, 71 TA1+, TA1-

68, 69 TB1+, TB1-

64, 65 TC1+, TC1-

58, 59 TD1+, TD1-

56, 57 TE1+, TE1-

62, 63 TCLK1+, TCLK1- O LVDS Clock Out for 1st and 2nd Link.

52, 53 TA2+, TA2-

50, 51 TB2+, TB2-

46, 47 TC2+, TC2-

40, 41 TD2+, TD2-

38, 39 TE2+, TE2-

44, 45 TCLK2+, TCLK2- O Additional LVDS Clock Out. Identical to TCLK1+,-. No connect if not used. 87 - 84,

81 - 76

99 - 95,

92 - 88

112 -110, 108 -106, 103 - 100

124 - 115 R29 ~R20

136 - 127 G29 ~G20 G2 [9 : 0] 6, 5, 2, 1,

144 - 139

17, 18 CONT11,CONT12

19, 20 CONT21,CONT22

9 DE I Data Enable Input. 8 VSYNC I Vsync Input.

7 HSYNC I Hsync Input. 15 CLKIN I Clock Input. 21 R/F

22 RS I The use of these multi-function depends on input voltage of RS pin.

R19 ~R10

G19 ~G10 G1 [9 :0]

B19 ~B10 B1 [9 :0]

B29 ~B20 B2 [9 : 0]

The 1st Link. The 1st pixel output data when Dual-Link.

The 2nd Link. These pins are disabled when Single Link.

The 1st Pixel Data Inputs. R1 [9 : 0]

The 2nd Pixel Data Inputs. R2 [9 : 0]

CONTROL Data Inputs.

Input Clock Triggering Edge Select.

H: Rising edge, L: Falling edge

24 MAP I LVDS mapping table select.

25, 26 MODE1, MODE0 I Pixel Data Mode.

H: Mapping Mode1 L: Mapping Mode2

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Pin No. Pin Name I/O Pin Function

27 MODE2 I Distribution, DDR function enable.

30 /PDWN I H: Normal operation,

31 PRBS I PRBS generator is active when MODE <1:0> = LL (Dual-in/Dual-out mode)

10, 11, 12, 16,

28, 32

23 Reserved I Must be Open.

29, 33, 109 N/C Must be Open.

3, 13, 82, 93,

104, 113, 125,

137

4, 14, 83, 94,

105, 114, 126,

138

43, 49, 55, 61,

37, 42, 48, 54,

60, 66, 72

35, 74 PVCC - Power Supply for PLL circuitry.

34, 36, 73, 75 PGND - Ground Pin for PLL circuitry.

Reserved I Must be tied to GND.

VCC - Power Supply Pins for TTL inputs, output and digital circuitry.

GND - Ground Pins for TTL inputs, outputs and digital circuitry.

LVCC - Power Supply Pins for LVDS Outputs.

LGND - Ground Pins for LVDS Outputs.

L: Power down (all outputs are Hi-Z)

H: PRBS generator is enable. Pattern is PRBS-23. L: Normal Operation

19.IC7002 (RH-iXC331WJQZQ)

This is a monitor microprocessor, which receives the remote control light, controls the CEC signal, detects the keys, and detects the OPC. It also detects the errors relating to the power supply within the IF PWB and controls the power supply of the monitor.

20.IC7006 (VHiBR24L04F-1Y)

This is an EEPROM, in which the portion of the data processed by IC7002 is stored.

21.IC5802 (VHiLTC1154+-1Y)

This is a power supply IC, which supplies 5V for the optional wireless transmission unit. It also detects short circuits and has the thermal shutdown function.

22.IC5901 (VHiBD9045FV-1Y)

This is a DC/DC converter, which inputs 15V from the power supply unit and generates 5V and 3.3V used within the IF PWB.

2ch DC/DC Converter

Pin No. Pin Name I/O Pin Function

1 OUTL2 O Low side FET gate drive terminal 2 2 DGND2 - Low side FET source terminal 2 3 SW2 I High side FET source terminal 2 4 OUTH2 O High side FET gate drive terminal 2 5 BOOT2 - OUTH2 driver power supply terminal 6 CL2 I Over-current detection setting terminal 2 7 N.C. - No Connection 8 VREG5 - The REG output for FET drive

9 CL1 I Over-current detection setting terminal 1 10 BOOT1 - OUTH1 driver power supply terminal 11 OUTH1 O High Side FET gate drive terminal 1 12 SW1 I High Side FET source terminal 1 13 DGND1 - Low side FET source terminal 1 14 OUTL1 O Low side FET gate drive terminal 1 15 GND - Ground terminal 16 TM1 - Output 1 OCP and an OVP timer latch setting terminal 17 SS1 - Soft starting time setting terminal 1

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Pin No. Pin Name I/O Pin Function

18 COMP1 O Error amplifier output 1 19 FB1 I Error amplifier input 1 20 EN1 I Output 1 ON/OFF terminal 21 VCC - Input power supply terminal 22 EN2 I Output 2 ON/OFF terminal 23 VREG3 - The REG output for standard power supplies 24 RT - Oscillation frequency setting terminal 25 FB2 I Error amplifier input 2 26 COMP2 O Error amplifier output 2 27 SS2 - Soft starting time setting terminal 2 28 TM2 - Output 2 OCP and an OVP timer latch setting terminal

23.IC5902 (VHiBD9045FV-1Y)

This is a DC/DC converter, which inputs 15V from the power supply unit and generates 1.2V and 1.8V used within the IF PWB.

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6 – 1

LC-52XS1E

Service Manual

CHAPTER 6. OVERALL WIRING/BLOCK DIAGRAM

[1] OVERALL WIRING DIAGRAM (LC-52XS1E/RU)

1097654 8

1311 191816151412 17

OVERALL WIRING DIAGRAM (LC-52XS1E/RU)

QACCKA035WJPZ

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6 – 2

[2] OVERALL WIRING DIAGRAM (LC-65XS1E/RU)

1097654

1311 191816151412 17

OVERALL WIRING DIAGRAM (LC-65XS1E/RU)

QACCKA035WJPZ

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6 – 3

[3] SYSTEM BLOCK DIAGRAM

1097654 8

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SYSTEM BLOCK DIAGRAM

QACCKA035WJPZ

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7 – 1

LC-52XS1E

Service Manual

CHAPTER 7. PRINTED WIRING BOARD ASSEMBLIES

[1] IF Unit

1097654 8

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IF Unit (Side A)

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IF Unit (Side A Chip)

R5810

R5812

LUG5804

D7912

D7910

P7904

R5827R5826 D5808

LF1

P7101

C7102

D7101

C7103

R7128

R7127

R7126

R7114

C7105

D7102

C7106

R7101

R7102

R7103

R7104

R7105

R7106

R5819

R7107

R6608 R6609

LUG5806

R7108R7110

R7109

R5821

C7975

C7974

C7976

R7977

R7979

R7978

FDC6

R7975

C7969

R7968

C7967

R6610

FB7952

C7964

Q7951

R7963

C7965

C7962

R7962

R6611

R7954

C7979

R7959

FB7951

C7978

R7957

C7960

C7957

P7951

IC7951

C7977

R7960

C7956

R7958

C7958

C7953

P6601

R6216

R6215

D6202

D6201

R6632

R6631

R6635

R6633

D6203

C6201

R6219

R6057

R6058

VER1

R6059

R6060

R6061

R6063

R6064

R6065

R6066

R6067

R6225

R6229

R5818

R5820

R6602

R6242

R6240TP6219

R6353 R6352 R6351

LUG5805

R6604

R6366

R6358

C6289

R6244

R6357

R6363 R6362

C6058 C6061 C6062 C6063

R6368

R6369

C6055

R6062

C6056

IC6052

C6355

C6360

IC6352

C6361

C6057

C6354

C6353

C6358

C6364

R6068

C6365

C6356

C6352

C6351

C6357

R6052

R6053

R6054

R6056

R6055

C6060

C6059

C6064

C6066

C6065

C6054

C6053

C6051

IC6051

R6051

FB6051

FB7914

C6052

SG7901SG7902

P7901

D7907

FB7901

FB7902 D7909

FB7903

D7911

R6121 R6122

C6176 C6178 C6182 C6184

C6186

C6177 C6179 C6183 C6185

C6187

C6172

C6173

C6174

C6167

C6168

C6171

C6169

R6120

C6160

R6119

C6161

C6163

R6125

X6101

R6113

C6153

C6156

R6112

IC6102

C6154

C6157

C6134

C6146

C6144

C6143

C6159

C6149

C6147

R6104R6111

C6140

C6141

R6105R6110

R6107

C6138

C6139

KOUJYO1

C6136

C6137

C6175

C6135

FB6101

C6117

C6113

C6110

C6106

C6114

C6107

P7903

SC6101

C6105

R6102

R6103

D6006R6011

TH7003

R6010

Q6003

Q6004

R6019

R6017

R6018

C6011

C6010

C6009

D6007

C6015

R6015

R6012

P7907

C6006

C6005

IC6004

D6008

R6021

C6022

R6023

R6020

R6630

R6627

SG6008

R6025 R6026

SG6004

C6013

SG6007

C6017 C6014

SG6003

C6018 C6012

SG6006

SG6002

SG6005

FB6001

SG6001

R6005

D6001R6003

BAR3

D6003

Q6002

BAR1

R6007

D6002

R5809

R6004

R6002R6001

Q6001

LUG5803

R5811

SC6001

R5837

LUG5808

R5836

Q6703

Q6702

IC6701

IC6703

C6709

C6701

R6732

R6709

R6710

C6721

R6728

R6725

R6740

R6722

R6746

R6719

R6738

C6706

C6704

C6932C6931

R6736

R6708

D6702

D6914

L6906

D6913

Q6704

R6701

R6713

R6733

R6717 R6702

R6718

C6928

R6742 R6711R6723

R6741 R6739

IC6702

C6926 C6925

Q6701R6715 R6737

R6706R6716

R6705

C6722

C6703

L6902

R6727

C6955

R6361

C6705

R6714

D6905 D6903

P6701

D6906

D6904

C6957

R6906R6908

R6653 R6652

R6910

C6652

C6653

C6909

C6908

R6387

C6917

IC6651

SC6651

C6916

R6376

R6375

R6651

C6651

R6372

R6371

R6655

R6654

R6657

R6656

IC6402

R6354

C6423

TP6215

TP6218

R6238

TP6217

R6430

R6431

TP6220

TP6216

TP6214

R6236

R6237

R6239

IC6403

C6288

R6429

C6427

R6403

R6424

R6425

C6416

C6407

IC6201

C6421R6427

IC6404

C6202

R6203

R6202

R6213

C6422

TH7004

R6433

R6434

IC6405

R6211 R6212

R6432

C6426

C6309

R6638

R6304C6304

C6312

R6306

R6310

R6309

C7010

X6302

IC6301

IC6608

C6305

C6316

R6307

C6308

R6301

C6613C6616C6615

C6302

R6620

R6621

R6637

C6406

C6409

R6636

R7112R7135 R7134

R7111

R7142

R7141

R7140

R7139

R7138

R7133

IC7502

R7137

IC7103

R7136

R7132

R7169

R7116

R7113

R7131

R7129

Q5806

D5805

C5935 C5929

R5849

R5903

Q5904

Q5902

IC5802

C5912

C5943

R5914

R5915

R5901

C5937

R5933

C5842

C5807

Q5906

Q5907

C5905

C5944

C5824

Q5801

IC5801

L5901

C5823

D5807 C5809

D7908

D7906

D7905

D7904

D7903

D7902

D7901

P5801 P5803

P7902

P5802

LUG5807

R5871

R5870

L5902

L5904

L5903

C5806

C5949

C5920

C5950

TH7001

Q5908

Q5909

R5934

C5945

R5928

R5929

R5909

C5946

R5935

Q5905

Q5903

R5919

C5942 C5940

P7906

C5932

L7901

L7907

L7902

L7908

L7903

L7909

L7904

SC7901

L7910

L7905

L7911

L7906

L7912

IC7001

R7093

IC7005

R7092

D7914

C7003

Q7004

R7017

D7913

R7005

R7003

C7004

R7009

C7025

R7081

R7089

C7028

C7023

R7068

IC7003

R7069

D7915

R7079

R7082

C7022

C7024

D7916

P7001

R7067

R7066

R7007

IC7006

D7918

C7021

R7006

C7019

R7004

R7078

R7008

C7002

R7076

C7027

D7922

R7015

C7006

R7062

P7909

R7026

R7012

R7063

D7923

R7023

R7025

R7077

R7014

R7022

R7010

C7009

C7020

C7005

D7928

R7040

R7045

C7016

R7050

TH7002

R7047

D7931

Q7002Q7001

C7001

C6428

R5803

R5801

LUG5801

R6410

R6414

R6416

R6418

R6421

R6412

R6428

R6426

D6801

C6801

R6801

C6424

C6420

C6419

C6418

C6417

C6836

C6802

IC6801

C6415

C6414

C6413

C6412

C6411

C6425

R6823

R6820

C6825

C6824

R6818

R6819

R6815

C6815

C6818

C6821

X6801

R6423

R6420

R6413

R6417

R6422

R6419

R6415

R6411

R6814

C6814

D6803

R6435

C6830

C6829

R6835

C6837

R6811

IC6804

Q6807

C6809

R6824

R6834

C6429

C6810

Q6805

R6842

C6828

C6839

D6804

C6812

L6801

C6838

R6828

R6827

R6836

R6822

R6821

R6837

C6822

C6819C6816

C6823

C6827

C6826

C6840

C6835

C6808

R6812

R6826 R6825

R6831

R6839

Q6806

C6813

R6841

R6840

R6838

C6843

C6820

Q6803

Q6804

C6841

R6829

R6833

C6842

C6834

C6831

R6830

R6832

Q6802

C6833

R7928

FB7939

FB7928

R7931

FB7927

R7929

FB7926

R7930

C6912 C6911

R7925FB7925

P7908

R7912

R7924FB7924

R7923FB7923

R7916FB7922

C6914 C6919

FB7936

FL6901

C6915

R6911

R6919

R6917

R6920

C6913R6912

C6963 C6961

R6918 R6951

R6745

R6952

C6965

R6953R6954

R6921

C6964

C6959

IC6902

R6923

R6958

C6956

R6962

IC6951

R6957

P7905

R6961

FB7941

R6960

R6956

C6910 C6921 D6909

C6954

FB7930

C6902C6935

D6907 FB7931

C6962 C6960

FB7929

D6910 FB7940

D6908

R5804

L6901 L6951

LUG5802

C6924 C6923 C6968C6967

C6927

C6970

R5802

D6911

L6905

D6912

D6915

L6907

D6916

C6929C6930 C6933C6934

P6901

FDC5

Page 80

LC-52XS1E/RU/LC-65XS1E/RU

7 – 3

1097654

1311 191816151412 17

IF Unit (Side B)

Page 81

LC-52XS1E/RU/LC-65XS1E/RU

7 – 4

1097654

1311 191816151412 17

IF Unit (Side B Chip)

R5813

R6032

Q6008

BAR2

TL6006

D6011

BAR4

R5815

TL6001

TL6002

TL6017

TL6003

TL6004

TL6005

TL6007

IC6003

TL7785

C6016

R6030

TL6008

R6029

TL7796

TL6009

R6009

IC6007

TL7816

IC6002

D7945

R6629

TL6010

R6013

R6028

TL7795

C6028

R6628

R6031

TL7815

D7944D6012

TL6011

C6004

TL7794

D6005

C6008

C6007

D7941

TL7793

D7943

C6021

C6003

D6004

TL6012

TL7792

C6001

C6020

C6002

FB7921D7939

TL6013

TL7791

C6019

FB7920

TL7790

R6006

D7936

TL7789

FB7919

R6014

TL6016

Q6005

TL6014

TL7788

FB7918

D7934

IC6001

TL7787

TL6015

FB7917

R6024R6008

TL7786

R7908D7930

TL6018

TL7784

D6009

Q6006

FB7938

TL6019

TL7783

R6016

D7926

FB7916

R6022

C6023C6025

TL6109

TL6113

FB7915

D7919

IC6005

TL6104

TL6112

Q6007

C6024

R7914

C6026

TL6108

TL6107

D6010

TL6021

TL6022

TL6020

TL6105

TL6110

TL6106

TL6102

TL6111

C6102

IC6006

TL6114

TL7738

TL6103

TL6101

C7904

FB7942

TL7737

IC6101

C6109

D6101

C6027

TL7736

FB6103

C6103

C6104

FB6102

R6101

L6101

C6101

C6115

C6108

C6116

C6112

C6111

C6133

C6132

C6131

C6130

C6129

C6128

C6127

C6126

C6125

C6124

C6121

C6120

C6123

C6122

C6119

C6118

LF2

KOUJYO2

R6106

R6108

R6123

R6622R6109

R6623

C6145

FB6105

C6152

C6155

C6158

FB6104

C6148

C6150

C6151

R6115

C6142

C6165

C6162

FB6106

C6170

C6166

C6164

R6116

C6180

R6114

R6124R6743

R6117

C6181

R6118

D6701

D6703

R6744

TL7817TL7705TL7704TL7703TL7814

TL7819

R6734

TL7818

TL7813

TL7701

TL7702

TL6354

TL6051

TL6351

TL6353

R6382

R6373

TL6052

R6374

IC6351

FB6052

C6072

C6071 C6070

R6383

R6377R6378

C6069

TL6352

C6068

C6067

R6364R6365

R6603

R6367

R6380

R6379

R6360

R6359

R6605

R6381

R6355

R6356

R5822

R5824

R6241

R6235

R6232

C6284C6283C6272

R6233

R6231

C6274

C6275

R6234

C6291

R6249

C6261

C6264

C6257

C6270

C6255

C6260

R6228

C6252

TP6211

C6245

C6248

C6238

C6241

C6243

R6303

C6228

C6235

C6231

X6301

C6224

TP6205

C6220

C6214

C6213

C6301

C6203

FB6301

C6212

C6209

R6224

C6210

TL6601

R6222

R6614

C6204

C6604

TP6203

TP6206

IC6603

C6603

C6208

C6205

C6207

R6205

R6245

TL6609

Q6201

TL6615

C6290

C6607R6214

TL6202

TL6201

TL6614

R6246

TL6612

TP6221

TL6610

TL6611

TL6613

TL6608

TL6603

C6315

C6606

TL6605

TL6602

C6608

C7954C7952

C6609

D6601

IC6604

X7951

TL7957

C6611

TL7956

R6613

R7955

TL7955

TL6607

R6615

TL6606

R7956C7955

R6616

TL7954

R6617

TL7953

C7959

TL7952

R7961

TL7951

C7961

IC6606

TL7958

C7963

C7951

R7964

IC7952

C7966

R7965C7968

R7966R7967

R7969C7970

C7971

C7973

R7970R7971

R7972R7973

R7974C7972

FDC7

R7976

R7981R7980

TL6604

R5825

C7158

C7155

C7160

R5823

C7156

C7151

C7159

C7152

C7161C7147

TL7118

C7150

R7123

C7157

C7148

C7163

C7162

TL7115

TL7104

TL7101

TL7103

TL7105

TL7107

TL7106

TL7108

TL7102

TP5801

R5848

D5804

R5844 C5833

TL7811TL7782

FB7932

TL7781

FB7913

FB7912

TL7718

TL7716

TL7715

R5816

R5814

TL7717

TL5801

R5868

TL7713

D5815

C5848

TL7714

TL7712

TL7711

TL7710

TL7709

TL7708

TL7707

TL7706

TL7746

C5805

FB5807

FB5806

Q5810

FB7911

FB7910

FB7909

FB7908

FB7907

FB7906

FB7905

FB7904

C5804

C5802

C5847

Q5808

R7901

TL5808

TL5807

TL5806

TL5805

TL5804

TL5803

TL5802

R5817

C5801D5813

R5943

D5913

D5912

D5915

R5936

TL5904

TL5903

D5916

C5947C5954

D5905

R5937

C5951C5952

D5906

IC5803

IC5804

C5953C5948

TL5901

R5843

TL5820

TL5823

R5842

C5901R5908

R5855R5861R5859

Q5807

TL5902

R5911R5912

C5843R5862C5845

R5907

C5903

R5904R5906

R5853R5864

D5806

C5844

R5860

R5902R5905

R5852R5863

C5904

C5906

R5854

D5802

D5814

R5913

R5917

C5907C5908

C5829

C5902

R5916

C5914

C5909

C5911

C5910

C5913

C5915

R5833R5831

C5846

R5846

C5808

D5803

R5832

D5801

R5834

IC5901

R5932

C5936

R5835

R5830

R5828

C5926

C5923

R5829

D5902D5901

C5931

C7109

TL7110

TL7109

IC7101

R7130

R7125

R7121

TL7119

R7124

TL7116

C7508C7511C7512

TL7111

TL7112

R5866

R7168

C7164

C7149

R7122

C7125

C7117

Q5811

TL5824

R7119

C7154

C7505

C7112

TL7117

C7132

R7501

C7128

R5865

C7122

Q5809

C7140

C7136

R5867

IC7501

C7131

TL7502

C7141

C7115

C7503

C7137

C7138

C7145

C7502

C6605

C7135

R6625

C6610

C7504

C7506

C7144C7134

C7130

C7139

FB7501

C7143

C7114

C7522

C7121

FB7502

C7142

C7129

C7113

C7146

C7153

IC6602

IC6605

C7133

C7507

C7118

C7126

R7120

R7502

R7503

R7504

R7506

R7505

C7509C7510

C7165

R6601

R6607

R6606

R6612

C6601C6602

FB7107

IC6601

C6614

IC6609

R6624

C7127

C7111

C6408

C6403

C7116

C7110

FB7106

FB7103

R6405

C6402

R7117

C6401

X6303

C6307

TL7113

IC6401

C6306

C6317

R6305

D7104

D7103

R6404

IC7104

IC7102

C6311

TL6401

C6410

IC6302C6303

C6310

R6302

C7124FB7105FB7101C7107

C6313

R7115

R6311

TL7114

R6308

C7108FB7102C7104C7101

R6313

R6312

C7120

R6314

C6489

C6504

C6501

C6503

C6505

C6502

R6409

C6500

C6492C6493

IC6303

C6486C6487

C6483

C6469

C6481

C6476

C6480

R6317

C6477

C6478

C6479

R6220

C6488

C6499

C6495

C6496

C6497

C6498

C6265

C6216

C6494

R6408

R6206

C6490C6491

R6218

R6217

R6204

R6207

R6208

R6201

C6219

C6484C6485

C6221

C6223

C6482

C6468

C6475

C6227

C6470

C6217

C6218

C6215

R6223

R6221

C6229

C6232

C6471

C6472

TP6204

C6234

C6473

C6474

C6206

TP6210

C6222

TP6207

TP6209

C6236

C6266

TP6208

TP6201

C6237

R6437

C6233

C6225

C6226

C6239

C6230

C6268

C6240

R6402

R6226

R6401

R6227

C6246

C6242

C6250

C6251

C6247

C6244

C6249

C6259

C6258

C6254

C6253

C6256

C6269

C6262

C6263

R6230

TP6213

C6451

C6285

C6211

C6463

C6465

C6287

C6466

C6267

C6467

TP6212

C6464

C6271

C6278R6407

C6286

C6462

C6276

C6279C6454C6455

C6273

C6448C6449

C6280

C6281

C6277

C6445

C6431

C6443

C6282

R6248

R6247

C6438

C6439

C6441

C6440

C6442

R6316R6315

C6450

C6460

C6461

C6458

C6459

C6457

X6304

C6456

C6314

R6406

C6452C6453

C6446C6447

C6444

C6430

C6437

C6432

C6433

C6434

C6435

C6436

C6654

R6903

R6660

R6370

TL6631

TL6661

TL6673

TL6632

TL6674

C6903

TL6633

TL6634

TL6662

TL6675

TL6636

D6917

TL6664

TL6635

TL6637

TL6663

TL6676

TL6638

TL6677

TL6902

C6904

TL6639

TL6640

TL6665

C6362

C6359

TL6678

TL6642

IC6652

TL6667

TL6641

TL6643

TL6666

TL6679

X6351

TL6644

TL6680

TL6645

TL6646

TL6668

TL6669

TL6648

TL6670

TL6647

TL6649

R6384

TL6681

TL6650

TL6671

TL6652

TL6682

TL6651

TL6672

D6921

TL6654

TL6653

TL6355

TL6684

TL6655

TL6683

D6920

TL6656

TL6657

TL6685

TL6659

TL6686

R6658R6659

R6386

Q6903

TL6658

TL6660

TL6687

C6938

Q6904

R6931

TL6688

R6905

R6901

R6902

R6904

Q6902

TL6356

R6932

D6919

R6930

C6906

C6905

R6385

C6363

D6923

R6909

C6907

R6735

D6922

C6939

TL6702

TL6704

TL6706

TL6703

TL6705

TL6707

R6707

C6720

R6704

R6726

TL6701

R6724

R6929

C6717

R6729

C6711C6937

R6927

R6703

R6721

C6715

R6926R6925

R6747

R6731

C6719

C6708

R6712

C6713

R6720

C6710

R6934

C6718

C6707

C6714C6712

C6716

R6730

C6723

TP6701

C6702

TP6702

R5838

R5839

FDC8

TL6905

TL6906TL6907TL6908TL6909TL6910TL6911

TL6912

R5806

R6933

C6971

R6924R6907

D6902

R6928

C6936

D6901

D6918

Q6901

TL7812

R5808

TL7797

TL7780

D7920

C7901

TL7799

C7903

D7933

TL7800

C6940

C7902

TL7801

D7925

TL7798

R6922

TL7803

R6959

R7922

TL7802

R6955

TL7806

C6958

C6922

TL6904

TL7804

R7926

TL6952

TL7810

TL6903

R7913

R6966

Q6952

R7921

TL7807

TL7805

D6956

TL7808

R6976

Q6955

Q6956

D6952

D6954

TL7809

R6975

R6974

TL6951

R6963

R6964

C6966

R6969

D6953

D6951

C6918

R6914

R6916

C6920

R6968

R6913

R6915

R6970

Q6951

Q6954

D6955

TL7750

Q6953

TL6953

R6967

Q6957

TL7751

R6973

R7910

R7911

TL7752

TL6901

TL7753

D7924

TL7754

D7940

TL7755

TL7756

D7938

IC6901

D7921

TL7757

D7935

TL7758

C6901

TL7759

TL7760

TL7761

D7929

TL7762

C5962

TL7763

D7932

TL7749

TL5908

Q5910

Q5901

IC5903

R5940

R5910

C5961

C6817

C6807

R6843

TL6803

C6806

TL6806

C6803

IC6803

D6802

TL6801

R6806

R6805

R6808

C6832

R6804

Q6801

C6805

C6811

R6809

TL6802

R6803

R6810

R6802

TL6805

C6844

IC6802

D6805 TL6804

R6807

C6804

R6436

R7090

R7091

R7094

R7095

R5807

R5805

Q7005

IC7004

C7026

Q7008

Q7009

Q7007

Q7006

TL7001

R7032

R7035

R7097

TL7764

R7072

R7031

R7036

R7041

R7042

R7044

R7096

C7018

R7053

TL7771

C6612

R6618

TL7772

C7011

TL7773

IC6607

R7029R7030

R7087

TL7015

TL7774

R6619

R7088

TL7014

TL7775

R7915

R7075

TL7013

TL7776

R7024R7001

R7074

TL7012

R7021R7020

R7064

TL7011

TL7777

R7919

R7013R7086

TL7010

TL7778

IC7002

R7011R7085

TL7009

TL7779

R7920

R7065

TL7008

R7927

TL7007

TL7748

R7909

R7080

TL7006

C6404

R7002

C6405

R7083

TL7005

C7007

R7070

TL7004

C7008

R7071

TL7003

R7084

TL7002

R7073

R7018

R7019

C7017

R7028

R7033

R7052

R7054

R7056

R7059

R7058

R7038

Q7901

C7015

R7027

R7098

R7034

R7048R7049

R7016

TL7732

TL7734

TL7735

TL7733

R7046

R7051

R7055

R7057

R7060

R7061

C7012

R7907

FL7001

TL7730

TL7731

TL7727

R7905R7906

TL7728

TL7729

C7514

TL7725

C7515

R7903

TL7726

TL7724

TL7723

C7516

R7039R7043

R7904

C7521

C7013

C7014

TL7722

C7520

X7001

TL7721

C7519

TL7501

TL7720

C7518

C7501

C7517

TL7719

C7513

D7917

TL7770

FB7937

TL7769

C5941

D7927

D5904D5903

TL7768

C5938

C5939

TL7767

R7918FB7935

TL7766

R7917FB7934

TL7765

IC5902

FB7933

TL7747

D7937

C5930

C5927

C5934

C5933

C5925

C5928

C5917

R5931

C5921C5924

R5927

R5930

C5919

R5920R5922

C5922

R5918

R5921

R5923

C5918

R5926

R5925

R5924

TL5907

C5916

C5955C5956

D5908

C5957C5958

R5939

D5907

R5944

D5914

C5959C5960

R5941

TL5905

TL5906

R5938

D5909

R5872

R5873

D5910R5942D5911

FB5805

FB5804

C5803

TL5817

TL5816

TL5815

TL5814

TL5813

TL5812

TL5811

TL5810

TL5809

TL5818

FB5808

FB5803

FB5802

FB5801

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[2] MAIN POWER Unit

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MAIN POWER Unit (Side A)

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MAIN POWER Unit (Side B)

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[3] SUB-1 POWER Unit

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SUB-1 POWER Unit (Side A)

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SUB-1 POWER Unit (Side B)

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[4] SUB-2 POWER Unit

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SUB-2 POWER Unit (Side A)

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SUB-2 POWER Unit (Side B)

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[5] SUB-3 POWER Unit

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SUB-3 POWER Unit (Side A)

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SUB-3 POWER Unit (Side B)

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[6] R/C, LED, USB, SP-T Unit

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R/C, LED Unit (Side A)

USB Unit (Side A) SP-T Unit (Side A)

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8 – 1

LC-52XS1E

Service Manual

CHAPTER 8. SCHEMATIC DIAGRAM

[1] DESCRIPTION OF SCHEMATIC DIAGRAM

VOLTAGE MEASUREMENT CONDITION:

1. The voltages at test points are measured on exclusive AC adaptor and the stable supply voltage of AC 230V.

Signals are fed by a colour bar signal generator for servicing purpose and the above voltages are measured with a 20k ohm/V tester.

INDICATION OF RESISTOR & CAPACITOR:

RESISTOR

1. The unit of resistance “Ω” is omitted.

(K=kΩ=1000 Ω, M=MΩ).

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

(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.

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.

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[2] SCHEMATIC DIAGRAM

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IF Unit (1/20)

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IF Unit (2/20)

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IF Unit (3/20)

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IF Unit (4/20)

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IF Unit (5/20)

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IF Unit (6/20)

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IF Unit (7/20)

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IF Unit (8/20)

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IF Unit (9/20)