SHARP LC-70LE835E, LC-70LE835RU, LC-70LE836E, LC-70LE836S, LC-70LE838E Service Manual

TopPage

LC-70LE835E/RU, 836E/S, 838E

SERVICE MANUAL

No. S12V570LE835E

LCD COLOUR TELEVISION

LC-70LE835E/RU LC-70LE836E/S

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-70LE838E

CONTENTS

SAFETY PRECAUTION

IMPORTANT SERVICE SAFETY PRE-

CAUTION ............................................................i

Precautions for using lead-free solder ...............ii

End of life disposal ............................................ iii

OUTLINE

MAJOR SERVICE PARTS ................................iv

CHAPTER 1. SPECIFICATIONS

[1] SPECIFICATIONS (LC-70LE835/836)........... 1-1

[2] SPECIFICATIONS (LC-70LE838).................. 1-2

CHAPTER 2. OPERATION MANUAL

[1] Parts Name .................................................... 2-1

[2] OPERATION MANUAL .................................. 2-7

CHAPTER 3. DIMENSIONS

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

CHAPTER 5. ADJUSTMENT

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

CHAPTER 6. TROUBLESHOOTING TABLE

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

[2] LED flashing specification at the time of the

error .............................................................6-18

CHAPTER 7. MAJOR IC INFORMATIONS

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

CHAPTER 8. OVERALL WIRING/BLOCK DIAGRAM

[1] OVERALL WIRING DIAGRAM ......................8-1

[2] SYSTEM BLOCK DIAGRAM (LC-

70LE835E/RU, 838E) .................................... 8-2

[3] SYSTEM BLOCK DIAGRAM (LC-

70LE836E/S) .................................................8-3

Parts Guide

CHAPTER 4. REMOVING OF MAJOR PARTS

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

[2] The location putting on the heat measure

sheet .............................................................. 4-7

[3] Precautions for assembly............................... 4-8

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set.

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

LC-70LE835E/RU, 836E/S, 838E

LC70LE835E

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.

• 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 1.05 V 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.

F7001 (5A/250V)

DVM

 BEFORE RETURNING THE RECEIVER (Fire & Shock Hazard)

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

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

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

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

• Plug the AC cord directly into a 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.

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

TO EXPOSED METAL PARTS

SAFETY NOTICE

Many electrical and mechanical parts in LCD color television have special safety-related characteristics.

These characteristics are often not evident from visual inspection, nor can protection afforded by them be necessarily increased by using replacement components rated for higher voltage, wattage, etc.

Replacement parts which have these special safety characteristics are identified in this manual; electrical components having such features

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

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

For continued protection, replacement parts must be identical to those used in the original circuit.

The use of a substitute replacement parts which do not have the same safety characteristics as the factory recommended replacement parts shown in this service manual, may create shock, fire or other hazards.

AC SCALE

1.5k ohm 10W

0.15µF

TEST PROBE

CONNECT TO KNOWN EARTH GROUND

i

LC-70LE835E/RU, 836E/S, 838E

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:

L Fa

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

L F a/a

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

Part No. Description Code

ZHNDAi123250E J φ0.3mm 250g (1roll) BL ZHNDAi126500E J φ0.6mm 500g (1roll) BK ZHNDAi12801KE J φ1.0mm 1kg (1roll) BM

ii

LC-70LE835E/RU, 836E/S, 838E

End of life disposal

iii

LC70LE835E

OUTLINE

Service Manual

MAJOR SERVICE PARTS

PWB Unit

Ref No. Parts No. Description

N DKEYDF733FM58 MAIN Unit (LC-70LE835E/RU) (*1) N DKEYDF733FM59 MAIN Unit (LC-70LE836E/S) (*1) N DKEYDF733FM60 MAIN Unit (LC-70LE838E) (*1) N DUNTKF494FM02 R/C, OPC Unit N DUNTKF770FM51 ICON Unit N DUNTKF800FM52 KEY Unit N RUNTKA819WJQZ 3D IR TRANSMITTER Unit N RDENCA451WJQZ POWER Unit N DUNTKF906FM55 LCD CONTROL Unit N RUNTKA961WJZZ LED DRIVER Unit

NOTE: (*1) Replace MAIN PWB Unit (DKEYDF733FM**) in case of IC8401 or IC3303 failure.

OTHER Unit

Ref No. Parts No. Description

N R1LK695D3GW2AX 70" LCD Panel Module Unit (LK695D3GW2AX)

LC-70LE835E/RU, 836E/S, 838E

IC For Exclusive Use Of The Service

Ref No. Parts No. Description Q'ty

IC2001 RH-iXD241WJNJQ IC R5F21368CNFP (Monitor Microcomputer) 1

Service Jigs

Ref No. Parts No. Description Q'ty

N QCNW-L795WJQZ Main Unit to Power Unit (PD) 1 N QCNW-L519WJQZ POWER Unit to LED DRIVER Unit (LA) 1 N QCNW-L796WJQZ Main Unit to ICON Unit (CI) 1 N QCNW-K595WJQZ Main Unit to Speaker (SP) 1 N QCNW-G405WJQZ Main Unit to LCD Control Unit (PL) 1 N QCNW-F676WJQZ MAIN Unit to LCD CONTROL Unit (LW) 1 N QCNW-C222WJQZ LCD Control Unit to LCD Panel Unit, x2 2

iv

LC-70LE835E/RU, 836E/S, 838E

LC70LE835E

CHAPTER 1. SPECIFICATIONS

[1] SPECIFICATIONS (LC-70LE835/836)

Service Manual

1 – 1

[2] SPECIFICATIONS (LC-70LE838)

LC-70LE835E/RU, 836E/S, 838E

1 – 2

LC-70LE835E/RU, 836E/S, 838E

LC70LE835E

CHAPTER 2. OPERATION MANUAL

[1] Parts Name

Service Manual

2 – 1

LC-70LE835E/RU, 836E/S, 838E

2 – 2

LC-70LE835E/RU, 836E/S, 838E

• LC-70LE835E/RU,836E/S

2 – 3

LC-70LE835E/RU, 836E/S, 838E

2 – 4

LC-70LE835E/RU, 836E/S, 838E

• LC-70LE838E

2 – 5

LC-70LE835E/RU, 836E/S, 838E

2 – 6

LC-70LE835E/RU, 836E/S, 838E

[2] OPERATION MANUAL

2 – 7

LC70LE835E

CHAPTER 3. DIMENSIONS

[1] DIMENSIONS

LC-70LE835E/RU, 836E/S, 838E

Service Manual

Unit: mm

3 – 1

LC-70LE835E/RU, 836E/S, 838E

LC70LE835E

CHAPTER 4. REMOVING OF MAJOR PARTS

Service Manual

[1] REMOVING OF MAJOR PARTS

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

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

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

3. Disconnect AC wire and detach the AC Cord .

4. Remove the 4 VESA Hole Covers , 9 lock screws and 21 lock screws and detach the Rear Cabinet Ass’y .

3

VESA Hole Cover

2Stand Unit

4AC Cord Cover

5

AC Cord

[AC]

6

7

1

8

[AC]

Rear Cabinet Ass'y

9

[Precautions when mounting and removing the rear cabinet]

Basically, there is no problem as in LC-60LE632U. However, the screws on both sides are not tightened together with the Rear Cabinet Ass’y.

The inside is fixed by the module and Speaker.

Therefore, it does not come away completely, but only one side can come off.

Tighten together with the Rear Cabinet Ass'y.

Fix with the 70" LCD Panel Module Unit.

Only one side (outer) can come off.

4 – 1

[Precautions for assembly]

Push

CAUTION

Set it so that there may not be a clearance between Front Cabinet Ass'y and Rear Cabinet Ass'y.

19

places

LC-70LE835E/RU, 836E/S, 838E

There is a gap without the fingernail fitting in completely only when covering with Rear Cabinet Ass'y.

(Front Cabinet Ass’y/Rear Cabinet Ass’y fingernail fixation place)

The fingernail is surely fixed when Rear cabinet Ass'y is firmly pushed, and the gap disappears.

4 – 2

LC-70LE835E/RU, 836E/S, 838E

2. Removing of Speaker (L/R) and KEY Unit.

1. Disconnect the SP wire.

2. Remove the 2 lock screws and detach the Speaker (L) , Speaker (R) .

3. Disconnect the RC wire.

4. Detach the KEY Unit Ass’y .

5. Disconnect the KM wire.

6. Remove the 2 lock screws and detach the Key Button from Key Button Cover .

7. Detach the KEY Unit from Key Button .

MAIN Unit

KEY Unit Ass'y

KEY Unit

Key Button Cover

7

8

[KM]

Key Button

4

[SP]

5

[RC]

6

[SP]

2Speaker (L)3Speaker (R)

1 1

4 – 3

3. Removing of Connectors

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

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

3. Disconnect the following connectors from the LED DRIVER Unit. (L1, L2, LA)

LC-70LE835E/RU, 836E/S, 838E

LED DRIVER Unit

[L1/L2]

[L2]

[L1]

[LA]

[PD]

[LA]

MAIN Unit

MAIN UnitPOWER Unit

[PD]

[LV]

[PL]

[CI]

4 – 4

LC-70LE835E/RU, 836E/S, 838E

4. Removing of 70” LCD Panel Module Unit, LCD CONTROL Unit, MAIN Unit, POWER Unit.

1. Detach the 14 Fixing Metal Angle Ass’ys .

2. Remove the 12 Hooks and detach the 70” LCD Panel Module Unit .

3. Remove the 4 Hooks and detach the 2 Bottom Covers .

4. Remove the 4 lock screws and detach the Shield Ass’y (LCD CONTROL Unit) .

5. Disconnect the LW and PL wire.

6. Remove the 2 Connecting Cords , 2 Ferrite Cores , 6 lock screws and detach the LCD CONTROL Unit .

7. Remove the 5 lock screws and detach the Shield (MAIN Unit) .

8. Remove the 2 lock screws and detach the MAIN Unit and Terminal Angle (Bottom) and Spring .

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

10.Remove the 12 lock screws and detach the 2 Stand Angles .

11.Remove the 16 lock screws and detach the 4 VESA Angle Ass’ys .

Fixing Metal Angle Ass'y

1Fixing Metal

Angle Ass'y

Hook

16

Shield (MAIN Unit)

12

11

15Terminal Angle

(Bottom)

13

17Power Unit

MAIN Unit

1

14

Fixing Metal Angle Ass'y

22

Hook

Spring

1 Fixing Metal

Angle Ass'y

10LCD CONTROL

Unit

9

Shield Ass'y

6

(LCD CONTROL Unit)

2

70" LCD Panel Module Unit

VESA Angle Ass'y

Angle

Hook

21

VESA Angle Ass'y

20

21

20

19 Stand

18

4 Bottom Cover

Hook

20

[PL]

[LW]

VESA

21

Angle Ass'y

8Ferrite Core

19Stand

7Connecting Cord

Angle

Bottom Cover

4

Hook

20

18

5

4 – 5

5. Removing of R/C OPC Unit, ICON Unit, WiFi Unit.

1. Detach the R/C OPC Unit .

2. Disconnect the RC wire.

3. Remove the 1 lock screw and detach the ICON Unit .

4. Disconnect the CI wire.

Front Cabinet Ass'y

LC-70LE835E/RU, 836E/S, 838E

1R/C OPC Unit

[RC]

[CI]

3ICON Unit

2

4 – 6

LC-70LE835E/RU, 836E/S, 838E

[2] The location putting on the heat measure sheet

1. MAIN PWB Unit

2. BACK LIGHT CHASSIS

ATTENTION

Do not push strongly.

(Transformation prevention of holder)

PSPAGA963WJZZ SPACER

Base = Card holder edge

Over to the right side is NG.

Base =

Card holder edge

15mm side

PSPAZC782WJKZ

C-PWB Cooler

25

15

Stick the sheet along carved line. (COOLING-SHEET sticks to IC5801. )

20

Sticky side is a panel side.

PSPAZC850WJKZ MAIN Cooling Sheet

Don't push.(panel holder)

Stick the COOLING-SHEET to panel holder

(COOLING-SHEET sticks to IC3303. )

20

11

4 – 7

LC-70LE835E/RU, 836E/S, 838E

[3] Precautions for assembly

1. Points to be checked and precautions when servicing the unit

Mount the main PWB Ass’y on the backlight chassis and check that the EMI-prevention parts are not peeled and twisted from the access holes. (The EMI-prevention parts, conductive nonwoven fabric gaskets, must be seen from the access holes.)

[Countermeasure]

Attach the conductive nonwoven fabric gaskets on the shielded case on the main PWB.

WH is to be locked securely.

MAIN SHIELD

GASKET short

Base = Bend line

Base = Cut line

(Fit to edge)

PMLT-A676WJZZ GASCKET

5mm

PCLICA004WJKZ

for GASKET

Turn

GASKET short

Insert from the back side.

Tape side

Gascket

side

Stick guscket so as not to overlap with the bend area. (x2)

PMLT-A695WJZZ

GASKET

State where the main PWB and shielded case are assembled

PMLT-A694WJZZ

GASKET

Rear side view

PSLDMB751WJFW SHIELD (MAIN Umit)

LANGKD148WJFW (LC-70LE835E/RU,838E) LANGKD192WJFW (LC-70LE836E/S)

TERMINAL ANGLE (Bottom)

PMLT-A693WJZZ GASKET

Access hole

4 – 8

LC-70LE835E/RU, 836E/S, 838E

The following is a drawing mounting the main PWB Ass’y on the backlight chassis. (The parts indicated by -> are the access holes for confirmation.)

(Main PWB Ass’y => State where the shielded case and RF terminal angle are mounted on the main PWB)

4 – 9

LC-70LE835E/RU, 836E/S, 838E

LC70LE835E

CHAPTER 5. 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. Procure the following units in order to replace the main unit.

MAIN UNIT: DKEYDF733FM58 (LC-70LE835E,RU)

MAIN UNIT: DKEYDF733FM59 (LC-70LE836E,S)

MAIN UNIT: DKEYDF733FM60 (LC-70LE838E)

NOTE: [Caution when replacing IC (IC2001) in the main unit]

The above IC are Monitor microcomputer.

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

IC2001 RH-iXD241WJNJQ Monitor microcomputer

NOTE: [Caution when replacing ICs (IC8401, IC3303) in the main unit]

When replacing either IC8401 or IC3303, exchange MAIN units for DKEYDF733FM58 (LC-70LE835E,RU), DKEYDF733FM59 (LC70LE836E,S) DKEYDF733FM60 (LC-70LE838E) .

Each part should not be individually exchanged.

NOTE: HDMI ROM Writing

After replacing IC1504, execute “HDMI EDID WRITE” on the page 5/21.

Please execute it after checking MODEL NAME & INCH SIZE. are correct.

If MODEL NAME & INCH SIZE. are not correct, set them previously. (Refer to 2.)

The ROM data based on information of MODEL NAME & INCH SIZE.

1) Enter the process adjustment mode in TV.

2) Use the cursor keys ( / ) and CH keys ( / ) of R/C to select the item [HDMI EDID WRITE] on the page 5/21.

3) It is completed with OK displayed.

2. After replacing the LCD panel or LCD control/MAIN UNIT, check MODEL NAME in the following procedure.

1) Enter the process adjustment mode in TV.

2) Use the cursor keys ( / ) and CH keys ( / ) of R/C to select the item [MODEL NAME] on the page 21/21.

3) Verify that the Model name is displayed.

4) If the Model name doesn’t match, select the values of the Model name with the VOL keys (+/-).

5) After selection in Step 4), press the OK key, and it is completed with OK displayed.

6) Use the cursor keys ( / ) and CH keys ( / ) of R/C to select the item [PANEL_SIZE] on the page 21/21.

7) Verify that the panel size is displayed.

8) If the size doesn’t match, select the values of the panel size with the VOL keys (+/-).

9) After selection in Step 8), press the OK key, and it is completed with OK displayed.

10)After setting [MODEL NAME] [PANEL_SIZE], unplug the AC power cord and plug it back in.

3. After replacing the LCD panel or LCD control PWB, adjust the VCOM in the following procedure.

1) Enter the process adjustment mode.

2) Use the cursor keys ( / ) and CH keys ( / ) of R/C to select the item [VCOM ADJ] on the page 10/21.

3) Press the OK key to verify that the adjustment pattern is displayed.

4) Use VOL keys (+/-) of R/C to adjust the flicker in the center of the screen to minimum.

5) When the optimal state is achieved in Step 4), press the OK key to turn the pattern to OFF.

5 – 1

LC-70LE835E/RU, 836E/S, 838E

2. Entering and exiting the adjustment process mode

1) Unplug the AC power cord of running TV set to force off the power.

2) While holding down the “VOL (-)” and “INPUT” keys on the set at once, plug in the AC power cord to turn on the power.

The letter “K” appears on the screen. This state is in Inspection mode.

3) Next, hold down the “VOL (-)” and “CH ( )” keys on the set at once.

Multiple lines of blue characters 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.

4) To exit the adjustment process mode after the adjustment is done, unplug the AC power cord to force off the power.

(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 for 20 seconds or so after unplugging.)

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

1. Key operation

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

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

Cursor ( / )

Cursor ( / ) INPUT INPUT Input source switching (toggle switching) (TV→EXT1→ etc...) OK — Executing a function RETURN — Returning to a present page

— Turning a page (PREVIOUS/NEXT)

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

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

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

5 – 2

4. Description of display

(1) Present˴page / number of total pages (4) Inducing display

(3) Present colour system

(2) Input that has been selected now (5) Inch setting and Model name display

1/21 INPUT1 AUTO EURO

LC-70LE835E/RU, 836E/S, 838E

MAIN Version BOOT Version Monitor Version T-CON Version/LED CON Version NET TV KEY/MAC CI+INFO/SECURE BOOT

FRC Version TOUCH SENSOR/IR Micom Version LAMP ERROR MONITOR ERR CAUSE

1.00 (E 2011/**/** ) xxxxxxx xxxxxxx xxxxxxxx/xxxx xxxxxxx xxxxx/YES xxxxxxx xxxxxxx 0

1)xxxxxx 2)xxxxxx

3)xxxxxx 4)xxxxxx NORMAL STANDBY CAUSE ERROR STANDBY CAUSE

(6) Item name (7) Parameter

No. Description Display specification

(1) Present page/number of total pages 2char/2char Decimal Number mark. (2) Input that has been selected now TUNER/DTV/INPUT1/INPUT2/INPUT3/INPUT5/INPUT6/INPUT7/etc. ⋅⋅⋅ (3) Present colour system AUTO/N358/N443/PAL/SECAM/480i/580i/1080i/50 etc. ⋅⋅⋅ (4) Inducing display EUROPE/RUSSIA/SWEDEN (5) Inch setting and Model name display Inch setting and Model name display (6) Item name Max. 30 char (7) Parameter Max. 60 char

0 0000

5 – 3

LC-70LE835E/RU, 836E/S, 838E

5. List of adjustment process mode menu

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

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

1/21 [INFO]

1 MAIN Version 1xxx (xxxxx) Main software version 2 BOOT Version xxxxxxx BOOT Version. 3 Monitor Version xxxxxxx Monitor software version 4 T-CON Version/LED CON Version xxxxxxxx/xxxx T-CON/LED CON Version 5 NET TV KEY/MAC xxxxxxx NET TV KEY/MAC Address 6 CI+INFO/SECURE BOOT xxxxx/YES CI+ Key Information/SECURE BOOT 7 MARLIN xxxxxxx 8 FRC Version xxxxxxx

9 IR Micom Version xxxxxxx 10 LAMP ERROR 0 Number of termination due to lamp error. 11 MONITOR ERR CAUSE 1)xxxxxx 2)xxxxxx

3)xxxxxx 4)xxxxxx 12 NORMAL STANDBY CAUSE 0 Situation that became standby at the end. (Excluding the error) 13 ERROR STANDBY CAUSE 0 0 0 0 Error standby cause

2/21 [INIT]

1 INDUSTRY INIT Enter Initialization to factory settings execution. 2 INDUSTRY INIT (-Public) OFF Initialization to factory settings execution. (Public mode is excluded) 3 PUBLIC MODE OFF Public mode ON/OFF setting 4 Center Acutime — Main operating hours. 5 RESET OFF Main operating hours reset. 6 Backlight Acutime — Backlight operating hours. 7 RESET OFF Backlight operating hours reset. 8 LAMP ERROR RESET OFF Lamp error reset.

9 ADJ PARAM SET Enter ADJ PARAM SET 10 VIC XPOS 0 X-coordinate setting for VIC READ 11 VIC YPOS 0 Y-coordinate setting for VIC READ 12 VIC SIGNAL TYPE MAIN Signal type setting for VIC READ 13 VIC READ OFF Picture level acquisition function

3/21 [TUNER ADJ]

1 TUNER ADJ Enter TUNER auto adjustment execution

2 PAL+TUNER ADJ Enter PAL TUNER auto adjustment execution

3 TUNER ADJ (SMPTE) Enter TUNER auto adjustment execution (SMPTE)

4 PAL+TUNER ADJ (SMPTE) Enter PAL TUNER auto adjustment execution (SMPTE)

5 TUNER ADJ (SMPTE CH57) Enter TUNER auto adjustment execution (SMPTE CH57)

6 PAL+TUNER ADJ (SMPTE CH57) Enter PAL TUNER auto adjustment execution (SMPTE CH57)

7 TUNER CONTRAST A_GAIN 14 TUNER signal level adjustment

8 TUNER CONTRAST D_GAIN 2048 TUNER signal level adjustment

9 TUNER CONTRAST OFFSET 256 TUNER signal level adjustment

4/21 [PAL MAIN]

1 PAL ADJ Enter PAL adjustment

2 SECAM ADJ Enter SECAM adjustment

3 N358 ADJ Enter N358 adjustment

4 PAL CONTRAST A_GAIN 14 PAL contrast adjustment

5 PAL CONTRAST D_GAIN 2048 PAL contrast adjustment

6 PAL CONTRAST OFFSET 256 PAL contrast adjustment

7 SECAM CONTRAST A_GAIN 14 SECAM contrast adjustment

8 SECAM CONTRAST D_GAIN 2048 SECAM contrast adjustment

9 SECAM CONTRAST OFFSET 256 SECAM contrast adjustment 10 N358 CONTRAST A_GAIN 14 N358 contrast adjustment 11 N358 CONTRAST D_GAIN 2048 N358 contrast adjustment 12 N358 CONTRAST OFFSET 256 N358 contrast adjustment

5/21 [CEC TEST]

1 HDMI CEC TEST Enter HDMI CEC test

2 HDMI EDID WRITE Enter HDMI EDID WRITING

3 INSPECT USB TERM Enter Reading inspection of USB memory terminal

4 MONIDATA READ [TEMP/OPC] OFF MONITOR Temperature/OPC Acquisition tool.

5 SD CARD TEST Enter SD CARD TEST

6 CAUSE RESET Enter Reset of standby cause

Last error standby cause.

(Level appears in green on the upper right)

5 – 4

LC-70LE835E/RU, 836E/S, 838E

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

6/21 [COMP15KMAIN]

1 COMP15K ALL ADJ Enter Component 15K picture level adjustment

2 COMP15K MAIN Y GAIN 140 Y GAIN adjustment value

3 COMP15K MAIN CB GAIN 150 Cb GAIN adjustment value

4 COMP15K MAIN CR GAIN 150 Cr GAIN adjustment value

5 COMP15K Y OFFSET 64 Y OFFSET adjustment value

6 COMP15K CB OFFSET 128 Cb OFFSET adjustment value

7 COMP15K CR OFFSET 128 Cr OFFSET adjustment value

7/21 [HDTV]

1 HDTV ADJ Enter HDTV video level adjustment

2 HDTV Y GAIN 140 HDTV Y GAIN adjustment value

3 HDTV CB GAIN 150 HDTV Cb adjustment value

4 HDTV CR GAIN 150 HDTV Cr adjustment value

5 HDTV Y OFFSET 64 HDTV Y OFFSET adjustment value

6 HDTV CB OFFSET 128 HDTV Cb OFFSET adjustment value

7 HDTV CR OFFSET 128 HDTV Cr OFFSET adjustment value

8/21 [ANALOG PC]

1 ANALOG PC ADJ Enter DVI ANALOG video level adjustment

2 R OFFSET 64 R CUTOFF adjustment value

3 G OFFSET 64 G CUTOFF adjustment value

4 B OFFSET 64 B CUTOFF adjustment value

5 R GAIN 44 R DRIVE adjustment value

6 G GAIN 44 G DRIVE adjustment value

7 B GAIN 44 B DRIVE adjustment value

9/21 [SCART]

1 SCART RGB ADJ Enter SCART RGB level adjustment

2 SCART RGB ADJ (FASTSW) Enter SCART RGB ADJ (FASTSW) adjustment

3 SCART R CUTOFF 64 SCART R CUTOFF adjustment value

4 SCART G CUTOFF 64 SCART G CUTOFF adjustment value

5 SCART B CUTOFF 64 SCART B CUTOFF adjustment value

6 SCART R GAIN 44 SCART R GAIN adjustment value

7 SCART G GAIN 44 SCART G GAIN adjustment value

8 SCART B GAIN 44 SCART B GAIN adjustment value

10/21 [LUMAADJ]

1 VCOM ADJ 64 Common bias adjustment (2D)

11/21 [LEV]

1 R GAIN (LO) 0 R DRIVE adjustment value

2 G GAIN (LO) 0 G DRIVE adjustment value

3 B GAIN (LO) 0 B DRIVE adjustment value

4 R GAIN (HI) 0 R DRIVE adjustment value

5 G GAIN (HI) 0 G DRIVE adjustment value

6 B GAIN (HI) 0 B DRIVE adjustment value

12/21 [M EEP SET]

1 MONITOR TIME OUT ON Monitor and the main communication time-out setting

2 MONITOR MAX TEMP 59 MONITOR MAX temperature setting

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

4 MONITOR EEP ADR 0x 0 MONITOR EEPROM arbitrary addressing

5 MONITOR EEP DATA 0x 0 MONITOR EEPROM arbitrary data specification

13/21 [M TEST PATTERN]

1 LCD TEST PATTERN Pattern with built-in LCD controller display

2 LCD TEST PATTERN1 NOT SUPPORT

3 LCD TEST PATTERN2 OFF

4 LCD TEST PATTERN3 NOT SUPPORT

5 LCD TEST PATTERN4 NOT SUPPORT

14/21

1 TCON Version EXT.1 xxxxx

2 TCON Version EXT.2

3 TCON Version EXT.3

4 TCON Version EXT.4

15/21

1 3DHDMI FPGA Version xxxxx

22D→3D FPGA Version xxxxx

3 3D LED BRIGHTNESS xxxxx

4 3D IR EMITTER CONTROL xxxxx

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

16/21 [FR REGI]

1 CROSSTALK ADJ MODE Enter

2 CROSSTALK TH1

3 CROSSTALK TH2

4 CROSSTALK TH3

5 CROSSTALK TH4

6 CROSSTALK GAIN1

7 CROSSTALK GAIN2

8 CROSSTALK GAIN3

17/21

1 WiFi SSID 2.4GHz xxxxx

2 WiFi SSID 5 GHz xxxxx

3 WiFi RSSI 2.4GHz xxxxx

4 WiFi RSSI 5 GHz xxxxx

5 WiFi TIME 5 GHz xxxxx

6 WiFi RSSI TEST xxxxx

7 WiFi RSSI RESULT xxxxx

18/21

1 READ/WRITE READ Read/Write

2 SLAVE/ADDRESS SLAVE0 Slave address

3 REGISTER ADDRESS 0x 0

0x 0

4 WRITE DATA 0x 0

0x 0

5 READ DATA 0x 0

0x 0

19/21

1 RF AGC BG 6 RF-AGC BG adjustment execution

2 RF AGC DK 5 RF-AGC DKG adjustment execution

3 RF AGC I 6 RF-AGC I adjustment execution

4 RF AGC L/L’ 4 RF-AGC L/L’ adjustment execution

20/21 [ETC]

1 ERROR STANDBY CAUSE1 NO RECORD ERROR STANDBY CAUSE

2 ERROR STANDBY CAUSE2 NO RECORD

3 ERROR STANDBY CAUSE3 NO RECORD

4 ERROR STANDBY CAUSE4 NO RECORD

5 ERROR STANDBY CAUSE5 NO RECORD

6 STANDBY CAUSE RESET OFF Reset stand by cause.

21/21 [ETC]

1 EEP SAVE OFF Writing setting values to EEPROM.

2 EEP RECOVER OFF Reading setting values from EEPROM.

3 MONITOR ERROR CAUSE RESET OFF Reset of monitor error cause

4 MODEL NAME LE835E MODEL NAME

5 PANEL SIZE 70 Panel size setting.

6 VERUP FLAG ENABLE Enter Verup Flag

7 PANEL LIMIT ON PANEL LIMIT

8 PANEL RANGE LIMIT xxx PANEL RANGE LIMIT

9 SHORT CHECK MODE Enter Check LED Back light 10 SHORT CHECK CURRENT 60 11 CURRENT SW LOW 12 PRODUCT EEP ADR 0x 0 Don’t touch when serving (for producer of factory) 13 PRODUCT EEP DATA 0x 0 Don’t touch when serving (for producer of factory) 14 PRODUCT FACTORY 1 Don’t touch when serving (for producer of factory)

Register address

Writing data

Reading data

5 – 6

6. Special features

1. NORMAL STANDBY CAUSE (Page 1/21)

Display of a cause (code) of the last standby.

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

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

2. EEP SAVE (Page 21/21)

Storage of EEP adjustment value.

3. EEP RECOVER (Page 21/21)

Retrieval of EEP adjustment value from storage area.

4. MONITOR ERR CAUSE (Page 1/21)

Display of a cause (code) of Error from Monitor microcomputer.

The cause of Error is recorded in EEPROM whenever it is possible.

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

1) This displays Error code and time when the error occurred.

The latest error is displayed on “1)”.

The error that happens ahead of “1)” is displayed on “2)”.

2) The character depends on the way how to acquire Time Information.

T: Time is acquired from digital broadcasting

This doesn’t contain “Time offset” which is considered a time difference and Daylight-Saving Time, etc. ...

U: Time is acquired from analog broadcasting (teletext) B: Accumulation time of Backlight

In the case that Time information cannot be acquired, “B” is displayed.

LC-70LE835E/RU, 836E/S, 838E

Example) In this example, it is shown that the error occurred 3 times.

1) 16 T07/01/01 12:03 Error code: 16 (lamp error) Time: 07/01/01 12:03

* It is latest Error. * Time is acquired from digital broadcasting. * Time is UTC which doesn't have Time offset.

2) 16 U01/01/01 04:07 Error code: 16 (lamp error) Time: 07/01/01 04:07

* It is Error that happens ahead of “1)”. * Time is acquired from analogue broadcasting.

3) 16 B00000004:11 Error code: 16 (lamp error) Accumulation time: It is displayed that 4:11 have passed after Backlight driving.

* It is Error that happens ahead of “2)”.

4) 00 0000000000000 No error (“00” shows that the error is not occurred.)

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7. Lamp Error detection

1. Function

This LCD color TV set incorporates a Lamp error detection feature that automatically turns off the power for safety under abnormal lamp or lamp circuit conditions. If by any chance anything is wrong with the lamp or lamp circuit or if the lamp error detection feature is activated for some reason, the following will result.

1) The power is interrupted in about 500ms after it is turned on.

(A central icon on the front of the TV flash on and off.: ON for 400ms and OFF for 1600ms.)

2) If the above phenomenon 1) occurs 5 times, it becomes impossible to turn on the power.

(A central icon keep flashing on/off.)

2. Measures

1) Set the lamp error detection to OFF

Enter the adjustment process mode, referring to “2. Entering and exiting the adjustment process mode”.

The adjustment process mode can ignore “5 times count”, so If the above phenomenon 1) occurs 1~4 times, the lamp will go out.

If Lamp Error detection pin [4pin of PD: P9602/19pin of IC2001] is “High” by a trouble with the lamp and lamp circuit, it can boot-up by the adjustment process mode.

Please execute “Lamp Error detection off-mode” Unplug the AC power cord of running TV set to force off the power.

While holding down the “VOL (-)” and “CH ( )” keys on the set at once, plug in the AC power cord to turn on the power.

After a central icon flash off, separate the fingers from key on the set.

Then, you can check the operation to see if the lamp and lamp circuit are in trouble.

If you fail boot-up, retry the procedure.

2) Resetting the lamp error count

After the lamp and lamp circuit are improved from a trouble, reset the lamp error count.

(Because the power cannot be turned on, if a lamp error is detected 5 consecutive times.)

a) Enter the adjustment process mode, referring to “2. Entering and exiting the adjustment process mode”.

b) Using the cursor ( / ) key, move to the cursor to [LAMP ERROR RESET], Line 8 on adjustment process mode service page 2/21.

c) With the cursor ( / ) keys, select the [LAMP ERROR RESET] value.

Finally press the cursor (OK)., the count is reset.

Check LAMP ERROR Count on adjustment process mode Page 2/21.

Table of contents of adjustment process mode Page 2/21

INDUSTRY INIT Enter INDUSTRY INIT (-Publicl) OFF Pubric MODE OFF Center Acutime RESET OFF Backlight Acutime RESET OFF LAMP ERROR RESET OFF

Resetting to "0"

ADJ PARAM SET Enter VIC XPOS VIC YPOS

0 0

VIC SIGNAL TYPE MAIN

VIC READ OFF

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8. Public Mode

1. Starting the Public Mode

1) Method of needing password

a) While holding down the “INPUT” and “Volume UP” keys on the set at once, plug in the AC power cord to turn on the power.

b) Display the Pass Word input screen.

After a while, value of Enter password appears on the screen.

Enter password

Operation procedure

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

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

Input of the other keys is prohibited.

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

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

c) Check the Pass Word by inputting three digits.

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

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

2. Exiting the Public Mode Setting screen

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

1) Turn off the power.

2) Select “Execution” 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.

3. Set value of the Public Mode

• When the shipment setting is done, a set each value in Public Mode is initialized.

(PUBLIC MODE in the process mode Setting of a flag is also initialized)

• Separately, the shipment beginnings when all except for each set value in Public Mode is initialized are provided for a process mode.

(INDUSTRY INIT (-Public))

• Only when turning on the PUBLIC MODE item, each setting is effective.

• After it decides it with EXECUTE, it AC OFF/ON it to reflect a set value.

4. Basic operation in the Public Mode

Vol (+/-) or Cursor ( / ) Change or execution of the set value. CH (+/-) or Cursor ( / ) Movement to the selected item. Decision (ok) Excution (Used by the items "Execution" and "RESET".)

Public Mode setting screen.

Public Mode

POWER ON FIXED SHUT DOWN MODE MAXIMUM VOLUME VOLUME FIXED VOLUME FIXED LEVEL RC BUTTON PANEL BUTTON MENU BUTTON AV POSITION FIXED ON SCREEN DISPLAY INPUT MODE START INPUT MODE FIXED LOUD SPEAKER RC PATH THROUGH 232C POWON PUBLIC MODE RESET EXECUTE

5 – 9

[VARIABLE]

[NORMAL]

[60]

[VARIABLE]

[20] [RESPOND] [RESPOND] [RESPOND]

[VARIABLE]

[YES]

[NORMAL]

[VARIABLE]

[ON]

[OFF]

[DISABLE]

[ON]

LC-70LE835E/RU, 836E/S, 838E

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.

• If “EXCUTE” is not executed, the content that does RESET is not reflected.

6. Setting items. (* Item names and selective items are expressed in English.)

1) Power ON fixed [POWER ON FIXED]

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

• FIXED_ALL

• FIXED_BODYKEY

• RC RESPOND

Key disabled when set other than default

Remarks • When selecting to “FIXED_ALL”, function related standby factors (see below) doesn’t work. and not selecting.

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

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

OFF TIMER (Sleep) No operation OFF No signal OFF (including the power management) * These items does not exist according to the model.

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

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

No Power off by power button.

* The OSD display is an example.

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

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

Option “NORMAL” or “QUICK” Default NORMAL Function • This function decides whether scanning digital tuner is enabled or disabled when the power is standby.

NORMAL QUICK

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

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

3) Volume maximum level [MAXIMUM VOLUME]

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

No Power off by remote control.

Option 0~60 (loop disabled) Default 60 Function The volume cannot be increased more than the adjusted value (the main unit’s speaker only). Remarks • When setting to 59 or less, only the figure is displayed in the normal mode; the volume bar is not displayed.

• The volume of the headphones is limited.

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

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4) Volume fixed [VOLUME FIXED]

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

• FIXED

• AC CTRL

• AC/RC CTRL

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

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

5) Volume fixed level [VOLUME FIXED LEVEL]

Option 0~60 (loop disabled) Default 20 Function The volume is fixed to the adjusted value (the main unit’s speaker only). Exception • In the adjustment process, the volume can be set to any level regardless of this setting. Remarks • When [VOLUME FIXED] is set to “VARIABLE”, the setting cannot be changed.

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

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

* When setting to FIXED, Maximum volume is fixed.

• The volume of the headphones is fixed.

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

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

• Volume level graphic be omitted to volume level number.

• In setting to FIXED, ONVOL of On TIMER is not selected (Eliminate Item)

• In setting to AC/RC CTRL, ONVOL of On TIMER i is not selected (Eliminate Item)

• VOLUME can be abbreviated to VOL.

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

6) Remote control operation [RC BUTTON]

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

RESPOND NO RESPOND

LIMITED

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

Public Mode setting screen.

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

7) Main Unit Operation [PANEL BUTTON]

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

• NO RESPOND

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

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

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

: The remote control’s keys in the normal state are enabled. : The remote control’s keys in the normal state are disabled. The POWER key (RECEPTION/STANDBY key) is also disabled. : Only a part of keys (CHANNEL, etc.) is enabled and other keys are disabled.

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

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8) Menu operation [MENU BUTTON]

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

Disabled key excluding Menu key when setting to not default

Remarks When setting to “NO RESPOND”

9) AV position fixed [AV POSITION FIXED]

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

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

• NO RESPOND

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

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

• FIXED

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

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

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

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

10) OSD display [ON SCREEN DISPLAY]

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

Default “YES” Function • YES

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

Disabled key when setting to not default

Remarks • When setting to “NO”,

“LIMITED” is looped only in case of need (destination).

: OSD is displayed.

•NO

•LIMITED

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

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

ON TIMER (Watching reservation) is cleared. OFF TIMER “SLEEP” is cleared. * These items does not exist according to the model.

• When setting to “NO”, These Displays (Version-up, Public mode setting screen, Pass Word input screen of Public Mode, the adjustment process mode, K mark of inspection mode) are enabled regardless of this setting.

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

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11) Start mode [INPUT MODE START]

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

NORMAL : The content of the last memory is followed.

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

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

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

12) Input fixed [INPUT MODE FIXED]

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

Disabled key when setting to “FIXED”

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

FIXED

AC CTRL

AC/RC CTRL

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

Set to “VARIABLE” automatically.

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

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

13) Speaker ON/OFF selection [LOUD SPEAKER]

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

OFF

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

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

• For the headphones, normal operation is possible.

14) Remote control path through [RC PATH THROUGH]

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

of RS232C. OFF

ON: TVRCE ON: TVRCD

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

regardless of this setting.

• In the case of “ON: TV RCD”, all the keys are enabled regardless of this setting while entering the adjustment process mode, inspection mode or Public mode setting screen.

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

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

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

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

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

The same function as 232C command “RSPW”. ENABLE DISABLE

16) Public mode setting [PUBLIC MODE]

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

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

ON

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

9. Copy Mode

1. Starting the Copy Mode

1) Method of needing password

a) While holding down the “INPUT” and “Volume UP” keys on the set at once, plug in the AC power cord to turn on the power.

b) Display the Pass Word input screen.

After a while, value of Enter password appears on the screen.

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

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

Enter password

Operation procedure

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

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

Input of the other keys is prohibited.

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

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

c) Check the Pass Word by inputting three digits.

If the Pass Word “3” “6” “9”, it shifts to the Copy Mode setting screen.

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

2. Exiting the Copy Mode Setting screen

There is following way to exit the Copy Mode setting screen.

• Turn off the power. (Unplug the AC power cord from the outlet to forcibly turn off the power.)

3. Basic operation in the Copy Mode

CH (+/-) or Cursor ( / ) Decision (ok) Execution

Movement to the selected item.

Enter password

5 – 14

4. Restriction of Copy Mode

• USB thumb drive should be more than 1Mbyte.

• File system of USB thumb drive should be FAT (FAT32).

• More than one USB thumb drive shouldn't be connected to TV.

• All USB terminals can be valid, but more than one USB thumb drive shouldn't be connected to TV.

• If USB device is detected by TV, focus is not appropriated to items.

• In Copy mode (TV→USB) and (USB→TV), following should be mutched.

Vender Name (Fixed)

Key Information (Fixed)

USB Cline Version

Inch Size

Country setting (Factory initialization)

Model Name

Software Version

• In each TV, setup of Network and IP control should be set again.

NOTE: • It is unnecessary to execute “Initial Auto Instration” for Copy Mode.

(Obviously, setting the country is also unnecessary.)

• Copy Mode can’t start until the TV recognizes a USB device.

TV takes about 20 seconds to recognizes a USB device after boot-up.

5. Copy data

Copy data is as follows;

LC-70LE835E/RU, 836E/S, 838E

Copy Data Remarks

Size of Ch call Card slot selection Setting Alphabet sorts do/not HOME/Store Setting Public Setting Sound multiplex information in each Ch Administrative information for Time Shift Vendor ID, Product ID, Serial ID for storage Communication's information IP address, Gateway, DNS address

Kinds of Security key encryption (WiFi) Access point identifier (WiFi)

Key for access point IP control setting information Device name, Login ID, Password, Communication port DTV service list Number of all services

CH list

Number of broadcasting on each network Last value Last network information (DVB-T, DVB-S, DVB-C, ATV)

Last channel information

Volume, wide mode, and subtitle Local Time Information Information that corrects ±X time against Universal Time User Manu Data User Menu Data don't have these information.

Temporary data

Message list, Reception report, EPG, Off timer, Off video, and Signal strength

Peculiarity data for TV

DRM information for DivX, Mac address, and Accumulated time information

Connected equipment information

(But the recorder selection of the AQUOS LINK setting can be copied.) physical address Category of equipment Maker Name

Connected model name Data related to encrypted broadcasting (CI+) Adjustment process mode Data

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Copy mode

TV USB [Start ]

USB TV [Start ] Copy mode

Copy mode

Execcute

Success

Fail

Execcute

Success

Fail

Copy mode

TV USB [Wait... ]

USB TV [Start ]

TV USB [Done ]

TV USB [Failed ]

USB TV [Start ]

TV USB [Start ]

USB TV [Wait... ]

USB TV [Done ]

USB TV [Failed ]

USB TV [Start ]

TV USB [Start ]

6. Operating

1) Copy mode (TVψUSB))

Execute start in Copy Mode setting screen.

 If USB device is detected by TV,

focus is not appropriated to items.

[Wait] is displayed while executing it. When succeeding: Done is displayed. When failing: Failed is displayed.

 Key opration is not valid in coping.

After success of copy, unplug the AC power cord from the outlet, please.

2) Copy mode (USBψTV))

Execute start in Copy Mode setting screen.

 If USB device is detected by TV,

focus is not appropriated to items.

[Wait] is displayed while executing it. When succeeding: Done is displayed When failing: Failed is displayed.

 Key opration is not valid in coping.

After success of copy, unplug the AC power cord from the outlet, please.

5 – 16

10. Video signal adjustment procedure

[VIDEO input signal]

100% white Black

[VIDEO input signal]

100% white Black

The adjustment process mode menu is listed in Section 5.

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

• Composite signal PAL : 0.7Vp-p ± 0.02Vp-p (Pedestal to white level)

• 33K component signal (50 Hz) : Y level : 0.7Vp-p ± 0.02Vp-p (Pedestal to white level) : PB, PR level : 0.7Vp-p ± 0.02Vp-p

• ANALOG PC (RGB) signal : RGB level : 0.7Vp-p ± 0.02Vp-p

10.1. Entering the adjustment process mode

Enter the adjustment process mode according to Section 2.

10.2. PAL signal adjustment

Adjustment point Adjustment conditions Adjustment procedure

1 Setting [Signal]

PAL Full field colour bar composite signal

[Terminal] EXT1 SCART Video (PAL) IN

• Feed the PAL full field colour bar signal (75% colour saturation) to EXT1 SCART IN.

LC-70LE835E/RU, 836E/S, 838E

2 Auto adjustment

performance

* ATTENTION: Please execute [10.3. TUNER adjustment] afterwards if you adjust [10.2. PAL signal adjustment] after all adjustments are

completed.

Adjustment process [PAL ADJ] page 4/21

Bring the cursor on [PAL ADJ] and press [OK]. [PAL ADJ OK] appears when finished.

10.3. TUNER adjustment

Adjustment point Adjustment conditions Adjustment procedure

1 Setting [Signal]

PAL sprit field colour Bar RF signal UV

[Terminal] TUNER

• Feed the PAL Split Field colour bar signal (E-12ch) to TUNER.

• Make sure the PAL colour bar pattern has the sync level of 7:3 with the picture level.

Signal level: 55 dB µV ± 1dB (75Ω LOAD)

[E-12CH]

χ100% white

2 Auto adjustment

performance

Adjustment process [TUNER ADJ] page 3/21

Bring the cursor on [TUNER ADJ] and press [OK]. [TUNER ADJ OK] appears when finished.

10.4. SECAM adjustment

Adjustment point Adjustment conditions Adjustment procedure

1 Setting [Signal]

2 Auto adjustment

performance

SECAM Full field colour Bar Signal

[Terminal] EXT1 SCART IN

Adjustment process [SECAM ADJ] page 4/21

• Feed the SECAM full field colour bar signal (75% colour saturation) to EXT1 SCART IN.

Bring the cursor on [SECAM ADJ] and press [OK]. [SECAM ADJ OK] appears when finished.

5 – 17

LC-70LE835E/RU, 836E/S, 838E

100% white Black

10.5. ADC adjustment (Component 15K)

Adjustment point Adjustment conditions Adjustment procedure

1 Setting [Signal]

COMP15K, 50Hz 100% Full field colour bar Signal

[Terminal] EXT3 COMPONENT IN

• Feed the COMPONENT 15K 100% full field colour bar signal (100% colour saturation) to EXT3 COMPONENT IN.

2 Auto adjustment

performance

Adjustment process [COMP15k ALL ADJ] page 6/21

10.6. ADC adjustment (Component 33K)

Adjustment point Adjustment conditions Adjustment procedure

1 Setting [Signal]

COMP33K, 50Hz 100% Full field colour bar Signal

[Terminal] EXT3 COMPONENT IN

2 Auto adjustment

performance

Adjustment process [HDTV ADJ] page 7/21

10.7. PC signal adjustment (ANALOG D-Sub 15pin)

Adjustment point Adjustment conditions Adjustment procedure

1 Setting [Signal]

XGA, 60Hz 100% Full Field Colour Bar Signal

Bring the cursor on [COMP15k ALL ADJ] and press [OK]. [COMP15K ALL ADJ OK] appears when finished.

• Feed the COMPONENT 33K 100% full field colour bar signal (100% colour saturation) to EXT3 COMPONENT IN.

Bring the cursor on [HDTV ADJ] and press [OK]. [HDTV ADJ OK] appears when finished.

• Feed the XGA 60Hz 100% full field colour bar signal (100% colour saturation) to PC IN.

[Terminal] PC IN

2 Auto adjustment

performance

Adjustment process [ANALOG PC ADJ] menu page 8/21

10.8. RGB (SCART) adjustment (RGB 15K)

Adjustment point Adjustment conditions Adjustment procedure

1 Setting [Signal]

2 Auto adjustment

performance

RGB 15K, 50Hz 100% Full field colour bar signal

[Terminal] EXT1 SCART RGB IN

Adjustment process [SCART RGB ADJ] menu page 9/21

Bring the cursor on [ANALOG PC ADJ] and press [OK]. [ANALOG PC ADJ OK] appears when finished.

• Feed the RGB 15k 50Hz 100% full field colour bar signal (100% colour saturation) to EXT1 SCART IN.

Bring the cursor on [SCART RGB ADJ] and press [OK]. [SCART RGB ADJ OK] appears when finished.

5 – 18

LC-70LE835E/RU, 836E/S, 838E

11. White balance adjustment

For white balance adjustment, adjust the offset values on pages 11/21.

[Condition of the unit for inspection] : Modulated light (+16)

AV MODE: DYNAMIC

Active Backlight: OFF

OPC: OFF

Asing Time: Min, 60 minute

[Input signal condition] : HDMI 1080i 15IRE (LO), 78IRE (HI)

[Adjustment reference device] : Minolta CA-210

[Adjustment procedure]

1) Display the current adjustment status at R/G/B_GAIN (HI). (Page 11/21 of process adjustment)

The signal of 78IRE is input.

2) Read the value of the luminance meter. x=0.272, y =0.277

3) Change R_GAIN (HI)/ B_GAIN (HI) (Adjustment offset value) on page 11/21 of process adjustment so that the values of the luminance meter approach x=0.272 and y =0.277.

(Basically, G is not changed. If adjustment fails with R and B, change G. When G is lowered, the weaker of R or B must be fixed.)

4) Display the adjustment status of the current R/G/B_GAIN (LO).

The signal of 15IRE is input.

Change R_GAIN (LO)/ B_GAIN (LO) (adjustment offset value) on page 11/21 of process adjustment so that the values of the luminance meter approach x =0.272 and y = 0.277.

5) Both HI and LO are repeating the step from 1 to 4 until becoming an aim value.

[Adjustment reference standard value]

Adjustment spec ± 0.002 Inspection spec ± 0.004 (point LO)

Adjustment spec ± 0.001 Inspection spec ± 0.002 (point HI)

6) After completing adjustments, set EEP SAVE (Page 21/21) to ON in the process menu to save the white balance adjustment value.

12. Confirmation item

1. HDMI-CEC Inspection

After repairing the CEC function, check the operation about HDMI-CEC circuit.

2. CI card Inspection

After repairing the CI function, check that the DTV signal is received by inserting CAM.

And check the KEY certification by inserting CAM which is prepare for CI+.

3. LAN Inspection (NET)/test connectivity of SD card.

After repairing the LAN function, check the communication by connecting PC and LAN terminal.

And test connectivity of SD card.

4. 3D Check

5. IR communication Check/IR Emitter (Infrared light Output) Inspection.

5 – 19

LC-70LE835E/RU, 836E/S, 838E

㨀㨂

[Information Software update USB update]

Insert the USB memory device containing

the software update file.

13. Initialization to factory settings

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

1 Factory settings Ends by turning off the

After adjustments, exit the adjustment process mode. To exit the adjustment process mode, unplug the AC power cord from the outlet to forcibly turn off the power. When the power is turned off with the remote control, unplug the AC power cord and plug it back in (wait approximately 20 seconds before plugging in the AC power cord). After completing the NET connection., execute the NET initialization (Record of the server access).

Please execute the initialized in the factory setting again when you turn on the power supply after the initialized in the factory setting is set.

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

Adjustment item Adjustment conditions Adjustment procedure

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

• Enter the adjustment process mode.

• Move the cursor to [INDUSTRY INIT] on page 2/21.

• Use the R/C key to select a region from [EUROPE/RUSSIA/SWEDEN] and press the [OK] key.

• “EXECUTING” display appears.

• After a while, “SUCCESS” display appears, the setting is completed.

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

1) User settings

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

3) Maker option setting

4) Password data

14. Upgrading the software

1. Turn on the AC power.

2. Insert the upgrading USB flash memory for upgrade into the service slot.

(After a while, an external input changes into USB automatically.)

3. Use the Menu button and cursor keys ( / / / ), Ch keys ( / ) of R/C or on the set to select Menu - Setup - Information - Software update

- USB update on OSD menu.

4. The message (Insert the USB memory device contains the software update file) shows up.

Push OK when if there is no problem.

OK

ENTER:Enter

5 – 20

LC-70LE835E/RU, 836E/S, 838E

Software update file is detected

in the USB memory device

start update

TV

[Information Software u pdate USB update]

[Information Software update USB update]

Now updating

5. After a while, if software update file is detected in the USB memory device, the following screen shows up.

Select OK when if there is no problem.

NOTE: If USB memory device isn’t correctly inserted in TV, caution shows up.

Please insert USB memory device and retry software update.

NOTE: If there are more than two software update files in the USB memory device, caution shows up.

Please insert one file and retry software update.

NOTE: If there is no software update file in the USB memory device, caution shows up.

Please insert the correct file and retry software update.

NOTE: If software update file in the USB memory device doesn’t mutch this model, caution shows up.

(Because Model name is unmatched or check sum error occurs.)

Please insert the correct file and retry software update.

NOTE: If software update file in the USB memory device is already installed, caution shows up.

Please reconfirm the software version and reinstall. (if necessary)

Current version

xxxxxxxxxxxx

Update version

xxxxxxxxxxxx

Yes No

6. The caution for update showes up.

• The picture will temporary go dark until the software update display apeeares.

• Wait several minutes and don’t unplug the AC cord.

Select OK when if there is no problem.

7. Software update starts.

Please wait for a while until the bar shows 100%.

NOTE: Do not take out the USB memory device during updating.

TV

Update version

xxxxxxxxxxxx

75%

Remote control operation is disabled during update process.

Do not unplug AC cord.

5 – 21

LC-70LE835E/RU, 836E/S, 838E

[Information Software update USB update]

System software was successfully updated.

Remove the USB memory device.

Update version

: EXXXXXXX-2

8. When all the procedures are complete, the following upgrade success screen shows up.

The new software version can be confirmed on screen.

After a while, Turn off power and boot-up automaticaly.

NOTE: TV is restarted automaticaly, the AC code need not be pulled out.

TV

Software Update is complete.

Update version

xxxxxxxxxxxx

9. After boot-up, the following caution shows up.

Select OK when if there is no problem.

Software update is completed, please remove the USB memory device.

NOTE: Then get the set started and call the process adjustment screen (Top Page) to check the main software version.

5 – 22

LC-70LE835E/RU, 836E/S, 838E

LC70LE835E

CHAPTER 6. TROUBLESHOOTING TABLE

Service Manual

[1] TROUBLESHOOTING TABLE

No power (Central Icon LED failure to light up) or No startup (Central Icon LED is flashing)

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

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

YES Is power supplied from pins [9/BU+5V] of [PD] P9602? NO Replace the power unit.

YES Is there the pins [12/PS_ON] of [PD] P9602 at “H”? NO Check the signal line between PS_ON and IC2001 (UCOM)/

YES Is there the pins [11/AC_DET] of [PD] P9602 at “H”? NO Check the power unit, and the signal line between AC_DET and

NO Reconnect the wire harnesses and other cables properly to the

set.

IC3303 (Digital AV decode & Main CPU).

IC2001/IC3303.

YES Is power supplied from pins [17~20/UR+13V] of [PD] P9602 as specified?

YES Are the DC/DC converter outputs and the output voltages along the control lines as specified?

1) BU3.3V (IC9609 etc.)

2) D5.6V (IC9608 etc.)

3) D5V (IC9603 etc.)

4) U5V (IC9602 etc.)

5) D3.3V (IC9605 etc.)

6) M1.8V (IC9607 etc.)

7) D1.5V (IC9604 etc.)

8) D1.2V (IC1509 etc.)

9) D1.1V (IC9606 etc.)

10)AT5V (IC1104 etc.)

11)IF1.8V (IC1109 etc.)

12)SAT+1.2V (IC1102 etc.)

13)STB+3.3V (Q9607 etc.)

14)SD3.3V (IC8456 etc.)

15)CPU_A+1.2V (IC3301 etc.)

16)CIIN+5V (IC4403 etc.)

17)MT5135+1.1V (IC4401 etc.)

NO Check the line between PS_ON and IC2001/IC3303.

NO Check the DC/DC converters and the control lines.

Replace defective parts as required.

6 – 1

LC-70LE835E/RU, 836E/S, 838E

The sound is not emitted from the Speaker

No sound output in all modes?

YES Do audio signals output from pins [Y30/CPU_AOLRCK, Y31/

CPU_AOBCK, V27/CPU_AOSDATA0] of IC3303 (Digital AV decode & Main CPU)?

YES Do audio signals input to pins [7, 8, 9] of IC2701 (DSP)? NO Check the line between IC3303 and IC2701.

YES Do audio signals output from pins [43/AMP_BCLK, 44/ AMP_LRCLK, 45/AMP_DATA_LR, 47/AMP_MCLK] of IC2701?

YES Do audio signals input to pins [5, 6, 7, 8] of IC2703 (SP_AMP)? NO Check the line between IC2701 and IC2703.

YES

Do audio signals output from pins [28/OUTML, 30/OUTPL, 12/ OUTPR, 14/OUTMR] of IC2703?

NO Check IC3303 and its peripheral circuits.

NO Check IC2701 and its peripheral circuits.

NO Check IC2703 and its peripheral circuits.

YES

Is AMP_MUTE [pin (21)] of IC2703 at “H”? NO Check the line between IC2703 and IC3303 & IC2001 (UCOM).

YES

Do audio signals input to pins [1&2/L-ch, 3&4/R-ch] of P2701? NO P2701 terminal and the peripheral circuit (L/C filter) are checked.

YES

Check Speaker (right and left) and wire harness.

(Q2701,D2701 etc...)

6 – 2

LC-70LE835E/RU, 836E/S, 838E

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

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

In the case of LE835, 838 series, refer to (A). In the case of LE836 series, refer to (B).

(A) Does SIF signal output from pin (8) of TUNER (TU1102)?

YES

Does SIF signal input to pin [AM24/CPU_ATV_IF+] of IC3303 (Digital AV decode & Main CPU)?

YES

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

(B)

Does SIF signal output from pin (8) of TUNER (TU1104)? NO Check the tuner and its peripheral circuits.

YES Does SIF signal input to pin [AM24/CPU_ATV_IF+] of IC3303 (Digital AV decode & Main CPU)?

NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line between TU1102 and IC3303. (Q1102, etc.)

Replace as required.

NO Check the line between TU1104 and IC3303. (Q1102, etc.)

YES Refer to “The sound is not emitted from the Speaker.”

6 – 3

LC-70LE835E/RU, 836E/S, 838E

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

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

In the case of LE835, 838 series, refer to (A). In the case of LE836 series, refer to (B).

(A) Do IF signals output to pins [10, 11] of TUNER (TU1102)?

YES

Do IF signals input to pins [35/IFPGA_INN, 36/ IFPGA_INP] of IC4402 (CI Cont & DTB-T/C Demod)?

YES Do TS signals output to pins [15/DEMOD_TS_DATA0, 16/DEMOD_TS_SYNC, 17/DEMOD_TS_VAL, 18/

DEMOD_TS_CLK] of IC4402?

YES Do TS signals input to pins [U30/DEMOD_TSDATA0, V30/DEMOD_TSSYNC, V29/DEMOD_TSVAL, U32/ DEMOD_TSCLK] of IC3303 (Digital AV decode & Main

CPU)?

NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line between IC1102 and IC4402.

NO Check IC4402 and its peripheral circuits.

NO Check the line between IC4402 and IC3303.

YES Refer to “The sound is not emitted from the Speaker.”

(B)

Do TS signals output to pins [19/TS_TUOUT_CLK, 17/ TS_TUOUT_SYNC, 18/TS_TUOUT_VAL, 20~27/ TS_TUOUT_D0~7] of TUNER (TU1104)?

YES Do TS signals input to pins [45/TS_TUOUT_CLK, 46/ TS_TUOUT_SYNC, 47/TS_TUOUT_VAL, 48, 51~57/

TS_TUOUT_D0~7] of IC4402 (CI Cont & DTB-T/C Demod)?

YES Do TS signals output to pins [15/DEMOD_TS_DATA0, 16/ DEMOD_TS_SYNC, 17/DEMOD_TS_VAL, 18/ DEMOD_TS_CLK] of IC4402?

YES Do TS signals input to pins [U30/DEMOD_TSDATA0, V30/ DEMOD_TSSYNC, V29/DEMOD_TSVAL, U32/

DEMOD_TSCLK] of IC3303 (Digital AV decode & Main CPU)?

YES Refer to “The sound is not emitted from the Speaker.”

NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line between TU1104 and IC4402.

NO Check IC4402 and its peripheral circuits.

NO Check the line between IC4402 and IC3303.

6 – 4

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

(DIGITAL-Satellite is only function for LE835, 838 series)

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

Do TS signals output to pins [44/TS_TUOUT_CLK, 46/ TS_TUOUT_SYNC, 45/TS_TUOUT_VAL, 43~36/ TS_TUOUT_D0~7] of TUNER(TU1102)?

YES Do TS signals input to pins [45/S2_TS_CLK, 46/S2_TS_SYNC, 47/S2_TS_VAL, 48,51~57/S2_TS_DATA0~7] of IC4402 (CI Cont & DTB-T/C Demod)?

YES Do TS signals output to pins [15/DEMOD_TS_DATA0, 16/ DEMOD_TS_SYNC, 17/DEMOD_TS_VAL, 18/ DEMOD_TS_CLK] of IC4402?

YES Do TS signals input to pins [U30/DEMOD_TSDATA0, V30/ DEMOD_TSSYNC, V29/DEMOD_TSVAL, U32/ DEMOD_TSCLK] of IC3303 (Digital AV decode & Main CPU)?

NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line between TU1102 and IC4402.

NO Check IC4402 and its peripheral circuits.

NO Check the line between IC4402 and IC3303.

LC-70LE835E/RU, 836E/S, 838E

YES Refer to “The sound is not emitted from the Speaker.”

No sound from external input devices (1)

Does not the sound of the audio signal input to EXT1 go out?

Do audio signals input to pins [2/AUDIO_IN_R, 6/AUDIO_IN_L] of EXT1 (SC505)?

YES Do audio signals input to pins [AM32/SC1_AINR0, AM30/

SC1_AINL0] of IC3303 (Digital AV decode & Main CPU) from SC505?

YES Refer to “The sound is not emitted from the Speaker.”

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

EXT1.

NO Check the line between SC505 and IC3303.

6 – 5

LC-70LE835E/RU, 836E/S, 838E

No sound from external input devices (2)

Does not the sound of the audio signal input to EXT2 go out?

• Do audio signals input to pins[2/CVBS1_IN_R, 3/

CVBS1_IN_L] of EXT2 (J511)?

• Is CVBS_PLUG [4/CVBS1_PLUG] of J511 at “L”

YES Do audio signals input to pins [AL32/CVBS1_AINR2, AL30/

CVBS1_AINL2] of IC3303 (Digital AV decode & Main CPU)?

YES Refer to “The sound is not emitted from the Speaker.”

No sound from external input devices (3)

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

Do audio signals input to pins [7/COMP1_IN_R, 8/COMP1_IN_L] of EXT3 (J511)?

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

EXT2.

NO Check IC3303 and its peripheral circuits.

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

EXT3.

YES Do audio signals input to pins [AK29/COMP1_AINR1, AK27/ IFCOMP1_AINL1] of IC3303 (Digital AV decode & Main CPU)?

YES Refer to “The sound is not emitted from the Speaker.”

No sound from external input devices (4)

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

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

YES

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

YES

Do audio signals input to pins [AM27/PC_HDMI_AINL4, AJ27/ PC_HDMI_AINR4] of IC3303 (Digital AV decode & Main CPU)?

NO Check IC3303 and its peripheral circuits.

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

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

NO Check the setting of an external input device that connects with J501.

NO Check the line between J501 and IC3303.

YES

YES Refer to “The sound is not emitted from the Speaker.”

6 – 6

No sound from external input devices (5)

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

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

No sound from external output device (1)

No audio signal output to EXT1 terminal.

Do audio signals output from pins [1/AUDIO_OUT_R, 3/ AUDIO_OUT_L] of EXT1 (SC505)?

NO

Is AUDIO_MUTE(MUTE_A_ALL) [23 pin] of IC2001 (UCOM) at “H”?

NO Do audio signals output from pins [1/TUNER_R_OUT, 7/ TUNER_L_OUT] of IC2706 (Buffer AMP)?

YES Check the setting of an external input device that connects with

YES Check the peripheral circuits of IC2001 and AUDIO_MUTE.

YES Check the line between IC2706 and SC505.

LC-70LE835E/RU, 836E/S, 838E

EXT1.

(Q502 etc...)

NO Do audio signals input to pins [2, 6] of IC2706? YES Check IC2706 and its peripheral circuits.

NO Do audio signals (TUNER_OUTR/L) output from pins [AG31/ TUNER_OUT_R, AG32/TUNER_OUT_L] of IC3303 (Digital AV

decode & Main CPU)?

NO Check IC3303 and its peripheral circuits.

YES Check between IC3303 and IC2706.

6 – 7

LC-70LE835E/RU, 836E/S, 838E

No sound from external output device (2)

No sound from HEAD PHONE_OUTPUT/ AUDIO_OUTPUT terminal.

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

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

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

NO Is HPOUT_MUTE at “H”? Is HP_MUTE [AH12] of IC3303 at “H”? Is AUDIO_MUTE (MUTE_A_ALL) [23 pin] of IC2001 (UCOM) at

“H”?

NO Do audio signals output from pins [2/MONI_HP_L, 11/ MONI_HP_R] of IC2704 (HP-AMP)?

YES Check the line between J504 and HPOUT_MUTE.

YES Check the line between IC2704 and J504.

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

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

YES Check the setting of an external input device that connects with J504. And check the line between J504 and IC3303 (Digital AV decode

& Main CPU).

(Q506, D2711, IC3303 & IC2001 etc...)

NO Do audio signals input to pins [1, 12] of IC2704? YES Check IC2704 and its peripheral circuits.

NO Do audio signals (HP_MONITOR_L/R) output from pins [AJ31/ HP_MON_L, AJ32/HP_MON_R] of IC3303?

NO Check IC3303 and its peripheral circuits.

YES Check the line between IC3303 and IC2704.

6 – 8

LC-70LE835E/RU, 836E/S, 838E

No sound from external output device (3)

No sound from DIGITAL AUDIO OUTPUT terminal.

Does audio signal output from pin [1] of sound output terminal (D527)?

NO Does audio signal output from pin [4] of IC503? YES Check the line between IC503 and D527.

NO Is AUDIO_MUTE (MUTE_A_ALL) [23 pin] of IC2001 (UCOM) at “H”?

NO Does audio signal input to pin [2] of IC503? YES Check IC503 and peripheral circuits.

NO Does audio signal (OPT_OUT) output from pin [AA31/ CPU_ASPDIF] of IC3303 (Digital AV decode & Main CPU)?

YES Check D527 and peripheral circuits.

YES Check the peripheral circuits of IC503 and AUDIO_MUTE.

(Q505 etc...)

YES Check the line between IC3303 and IC503.

NO Check IC3303 and its peripheral circuits.

No sound from external output device (4)

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

Does audio signal output from pin [14] of SC1503 (HDMI1 terminal)?

NO Does audio signal output from pin [39/HECP] of IC1504 (HDMISW)?

NO Does audio signal input to pin [36/SPDIF_IN] of IC1504? YES Check IC1504 and peripheral circuits.

NO Does audio signal (HDMI_OPT_OUT) output from pin [AA31/ CPU_ASPDIF] of IC3303 (Digital AV decode & Main CPU)?

NO Check IC3303 and its peripheral circuits.

YES Check SC1503 and peripheral circuits.

YES Check the line between IC1504 and SC1503.

YES Check the line between IC3303 and IC1504.

6 – 9

LC-70LE835E/RU, 836E/S, 838E

No picture on the display (1)

The picture doesn't appear in all modes.

Is the LVDS signal output from IC3303 (DIGITAL_AV_DECODER_&_MAIN_CPU) respectively? [LVDS0_D0N/P (B15/A15), LVDS0_D1N/P (B16/A16), LVDS0_D2N/P (B17/A17), LVDS0_CLKN/P_74MHz (B18/A18), LVDS0_D3N/P (B19/A19), LVDS0_D4N/P (B20/A20), LVDS1_D0N/P (C15/D15), LVDS1_D1N/P (E15/E16), LVDS1_D2N/P (C17/D17), LVDS1_CLKN/P_74MHz (E17/E18), LVDS1_D3N/P (C19/D19), LVDS1_D4N/P (E19/E20)]

NO

Check IC3303 and its peripheral control circuits.

YES

Do above-mentioned LVDS signals output from connector (P2601)?

YES

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

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

NO Check the line between IC3303 and P2601.

NO Wire harness (LW) is checked.

(IC2001, IC3501, IC3502, X3301, etc.)

PE (PNL_EN).

YES Check the panel module.

No picture on the display (2)

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

In the case of LE835, 838 series, refer to (A). In the case of LE836 series, refer to (B).

(A) Does video signal (IFTU_AIF+/CVBS) output from pin [9] of TUNER (TU1102)?

YES Does video signal (TUNER_CVBS) input to pin [AK24/ CPU_CVBS0P] of IC3303 (Digital AV decode & Main CPU)?

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

(B)

Does video signal (IFTU_AIF+/CVBS) output from pin [9] of TUNER (TU1104)?

NO Check the tuner and its peripheral circuits.

Replace as required.

NO Check the line between TU1102 and IC3303. (Q1106, etc...)

NO Check the tuner and its peripheral circuits.

Replace as required.

YES Does video signal (TUNER_CVBS) input to pin [AK24/ CPU_CVBS0P] of IC3303 (Digital AV decode & Main CPU)?

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

NO Check the line between TU1104 and IC3303. (Q1106, etc...)

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LC-70LE835E/RU, 836E/S, 838E

No picture on the display (3)

Does not the picture come out when DTV is received?

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

No picture on the display (4)

Does not the picture come out when DTV (Satellite) is received?

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

[External input EXT1] No picture on the display (5)

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

Does CVBS signal input to pin [20] of EXT1 (SC505)? NO Check the setting of an external input device that connects with

EXT1.

YES Does CVBS signal input to pin [AK22/CPU_CVBS2P] of IC3303 (Digital AV decode & Main CPU)?

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

[External input EXT1] No picture on the display (6)

Does not the picture of the Y/C video signal input to EXT1 go out?

Does Y/C video signal input to pins [20/Y, 15/C] of EXT1 (SC505)?

YES Does Y/C signal input to pins [AK22/CPU_CVBS2P, AK19/ SC_PR0P] of IC3303 (Digital AV decode & Main CPU)?

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

NO Check the line between SC505 and IC3303.

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

EXT1.

NO Check the line between SC505 and IC3303.

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LC-70LE835E/RU, 836E/S, 838E

[External input EXT1] No picture on the display (7)

Does not the picture of the R/G/B signal input to EXT1 go out?

Do RGB signals input to pins [15/RGB_IN_RED/C, 11/ RGB_IN_GREEN and 7/RGB_IN_BLUE] of EXT1 (SC505)?

YES Do RGB signals from EXT1 (SC505) input to pins [AK19/ SC_PR0P, AM19/SC_PB0P and AM18/SC_Y0P] of IC3303 (Digital AV decode & Main CPU)?

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

[External input EXT2] No picture on the display (8)

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

Does CVBS signal input to pin [5] of EXT2 (J511)? Is CVBS_PLUG [4/CVBS1_PLUG] of J511 at “L”?

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

EXT1.

NO Check the line between SC505 and IC3303.

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

EXT2.

YES Does CVBS signal input to pin [AJ23/CPU_CVBS1P] of IC3303 (Digital AV decode & Main CPU)?

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

NO Check the line between J511 and IC3303.

6 – 12

[External input EXT3] No picture on the display (9)

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

Do COMPONENT signals input to pins [13/COMP1_Y, 10/ COMP1_Pr, 11/COMP1_Pb] of EXT3 (J511)?

YES Do COMPONENT signals input to pins [AM16/COMP_Y1P), (AJ18/COMP_PR1P) and (AK17/COMP_PB1P] of IC3303 (Digital AV decode & Main CPU)?

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

[External input PC] No picture on the display (10)

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

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

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

EXT3.

NO Check the line between J511 and IC3303.

NO Check the connection and setup with the external PC_IN

devices.

LC-70LE835E/RU, 836E/S, 838E

YES Do ANALOG-RGB and synchronized signal input to pins [AM15/

PC_RP, AK15/PC_GP, AK13/PC_BP, and AL13/PC_HSYNC, AM13/PC_VSYNC] of IC3303 (Digital AV decode & Main CPU)?

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

NO Check the line between SC501 and IC3303.

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LC-70LE835E/RU, 836E/S, 838E

[External input HDMI-1/2/3/4] No picture on the display (11)

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

Is the Hot plug detection function output from pin [19] of the HDMI-1 (SC1503) normal?

NO Check the line between SC1503 and pin [59] of IC1504 (HDMI-

SW).

Is the Hot plug detection function output from pin [19] of the HDMI-2 (SC1502) normal?

Is the Hot plug detection function output from pin [19] of the HDMI-3 (SC1501) normal?

Is the Hot plug detection function output from pin [19] of the HDMI-4 (SC1505) normal?

YES

Is EDID data pins [58/HDMI1_SCL, 57/HDMI1_SDA] of IC1504 accessed, and is it read from pins [15, 16] of a HDMI-1 (SC1503)?

Is EDID data pins [73/HDMI2_SCL, 72/HDMI2_SDA] of IC1504 accessed, and is it read from pins [15, 16] of a HDMI-2 (SC1502)? Is EDID data pins [54/HDMI3_SCL, 53/HDMI3_SDA] of IC1504 accessed, and is it read from pins [15, 16] of a HDMI-3 (SC1501)?

Is EDID data pins [49/HDMI4_SCL, 48/HDMI4_SDA] of IC1504 accessed, and is it read from pins [15, 16] of a HDMI-4 (SC1505)?

YES Do TMDS signals input to pins [26&27/

HDMI1_CLKNP_222.75MHz, 28&29/HDMI1_D0NP, 30&31/ HDMI1_D1NP, 32&33/HDMI1_D2NP] of IC1504?

Do TMDS signals input to pins [17&18/ HDMI2_CLKNP_222.75MHz, 19&20/HDMI2_D0NP, 21&22/ HDMI2_D1NP, 23&24/HDMI2_D2NP] of IC1504?

Do TMDS signals input to pins [8&9/ HDMI3_CLKNP_222.75MHz, 10&11/HDMI3_D0NP, 12&13/ HDMI3_D1NP, 14&15/HDMI3_D2NP] of IC1504? Do TMDS signals input to pins [99&100/ HDMI4_CLKN_222.75MHz, 1&2/HDMI4_D0NP, 3&4/ HDMI4_D1NP, 5&6/HDMI4_D2NP] of IC1504?

NO Check the line between SC1502 and pin [74] of IC1504 (HDMI-

SW).

NO Check the line between SC1501 and pin [55] of IC1504 (HDMI-

SW).

NO Check the line between SC1505 and pin [50] of IC1504 (HDMI-

SW).

NO Check the setting of an external input device that connects with HDMI-1/2/3/4.

NO Is access possible in the exchange of IC1504?

NO

Check the peripheral circuit of SC1501/1502/1503/1505 and IC1504.

NO Check the line between HDMI-1 (SC1503) and IC1504.

NO Check the line between HDMI-2 (SC1502) and IC1504.

NO Check the line between HDMI-3 (SC1501) and IC1504.

NO Check the line between HDMI-4 (SC1505) and IC1504.

YES Do TMDS signals output from pins [87&86/ SW_TMDS_CLKNP_222.75MHz_, 85&84/SW_TMDS_D0NP_,

83&82/SW_TMDS_D1NP_, 81&80/SW_TMDS_D2NP_] of IC1504 respectively?

YES Do TMDS signals input to pins [AM9&AL9/

SW_TMDS_CLKNP_222.75MHz, AM10&AL10/ SW_TMDS_D0NP, AM11&AL11/SW_TMDS_D1NP, AM12&AL12/SW_TMDS_D2NP] of IC3303 (Digital AV decode & Main CPU)?

YES Refer to “Refer to “No picture on the display (1)” or “The sound is not emitted from the Speaker”

NO Check the IC1504 and peripheral circuits.

NO Check the line between IC3303 and IC1504.

6 – 14

LC-70LE835E/RU, 836E/S, 838E

<During external connection> No picture on the monitor

No picture appears on EXT1 connected monitor during the ATV reception.

Does CVBS signal output from pin [19] of EXT1 (SC505)? YES Check the setting of an external input device that connects with

NO Does CVBS signal output from pin [5] of IC510? (CAPLESS VIDEO AMP with LPF)

NO Does CVBS signal input to pin [3] of IC510? YES Check the peripheral circuits of IC510.

NO Does CVBS signal output from pin [2] of IC507? YES Check the line between IC507 and IC510.

NO Is CVBS_OUT_MUTE [pin (1)] of IC507 at “L”? YES Check the line between IC3303 and IC507.

YES Check the line between SC505 and IC510.

EXT1.

Check the peripheral circuits of IC3303.

NO Does CVBS signal input to pin [6] of IC507? YES Check the peripheral circuits of IC507.

NO In the case of LE835, 838 series, refer to (A)? In the case of LE836 series, refer to (B)?

(A) (B) Check the line between IC507 and TUNER (TU1102). (Q1106 etc...)

Check the line between IC507 and TUNER (TU1104). (Q1106 etc...)

6 – 15

LC-70LE835E/RU, 836E/S, 838E

<During external connection> No picture on the monitor

No picture appears on EXT1 connected monitor during the DTV reception.

Does CVBS signal output from pin [19] of EXT1 (SC505)? YES Check the setting of an external input device that connects with

NO Does CVBS signal output from pin [5] of IC510 (CAPLESS VIDEO AMP with LPF)?

NO Does CVBS signal input to pin [3] of IC510? YES Check the peripheral circuits of IC510.

NO Does CVBS signal output from pin [2] of IC507? YES Check the line between IC507 and IC510.

NO Is CVBS_OUT_MUTE [pin (1)] of IC507 at “H”? YES Check the line between IC3303 and IC507.

YES Check the line between SC505 and IC510.

EXT1.

Check the peripheral circuits of IC3303.

NO Does CVBS signal input to pin [4] of IC507? YES Check the peripheral circuits of IC507.

NO Does CVBS signal output from pin (AJ20/CPU_VDAC1_OUT) of IC3303 (Digital AV decode & Main CPU)?

NO Refer to “No picture on the display (3) (4)”.

[External input Network] No picture on the display

Does not the signal input to Network go out?

Does the signal in/output to pins (1), (2), (3), (6) of LAN-jack (J9501)?

YES Do signals in/output to pins of IC3303 (Digital AV decode & Main CPU)?

Pins [AD32&AD31/CPU_DATMDI_RJ45_TPN, AE32&AE31/ CPU_DATMDI_RJ45_RPN]

YES Check the line between IC3303 and IC507.

Check the peripheral circuits of IC3303.

NO Check the interface device and peripheral circuits.

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

NO Check the line between IC3303 and J9501.

(T9501 etc...)

YES Check IC3303 and its peripheral circuits.

6 – 16

LC-70LE835E/RU, 836E/S, 838E

No light (Back Light doesn't light)

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

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

YES Does Power starts up (central Icon LED lights up)? NO Refer to “No power (central Icon LED failure to light up) or no

YES Is there the pins [10/PNL_POW] of [PD] P9602 at “H”? NO Check the power unit, and the signal line between PNL_POW

YES Is there the pins [2/STB] of [PD] P9602 at “H”? NO Check the power unit, and the signal line between STB and

YES Replace the power unit.

NO Reconnect the wire harnesses and other cables properly in the

set.

startup (central Icon LED failure is flashing)”.

and IC3303 (Digital AV decode & Main CPU).

IC2001 (UCOM)/IC3303.

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?

LCD Panel failure (1)

Do luminescent or black dots appear on the screen?

Replace the LCD panel or the power unit.

LCD Panel failure (2)

Does the QS drive function?

Replace the LCD_CONT_UNIT.

Is the on-screen image rippling or distorted?

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

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

Does all LED of one line are not lighting?

Is the gamma correction as specified?

6 – 17

LC-70LE835E/RU, 836E/S, 838E

[2] LED flashing specification at the time of the error

Display method

• Refer to Table 1.

• LED that can be used are only one of the central icon (Emblem Unit).

This expresses the error situation by combining blinking at low speed and blinking at high speed.

• For this model, the blinking pattern displayed first is only a low-speed blinking.

This expresses a rough content of the error.

• For this model, details are displayed by a high-speed blinking

This expresses details of the error.

Details are distinguished by the blinking frequency.

• It doesn’t return to the outline display again (blink at low speed) by pushing the MENU key (The toggle is not done).

Please confirm “MONITOR ERR CAUSE” of the adjustment Process mode (1/21 page), when the error doesn't reproduce by having returned from the error.

• The process of the upgrade is expressed by the brightness of point LED that smoothness changes.

• The upgrade completion is expressed by the LED brightness that changes in a staircase pattern.

LED flashing method

by pushing remote control MENU key.

Central icons

400ms

By pushing remote control MENU key.

Central icons

400ms

Central icons

1600ms

ON

OFF

ON

OFF

1600ms

300ms

100ms

ON

OFF

500ms

Central icons

1000ms

500ms

ON

OFF

1000ms 1000ms 1000ms

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LC-70LE835E/RU, 836E/S, 838E

Table 1. Concrete flashing pattern

Expression for a rough content Expression for Details

Item

Lamp system failure Flashes once — Flashes once Flashes once Lamp error

Power PWB failure Flashes twice — Flashes twice Flashes once Power Error 1 AC_DET error (*2)

(Power failure, etc.) Flashes twice Power Error 2 UR+13.5V error (*2)

Main PWB failure Flashes 3 times — Flashes 3 times Flashes once Initial communication error (Communication Flashes twice Start-up confirmation communication error failure, etc.) Flashes 3 times Regular communication error

Others Flashes 4 times — Flashes 4 times Flashes once Temperature error

Upgrade executing smoothness

Upgrade completion a staircase

Upgrade failed — Flashing

ROM data failure — Flashing

*2: It depends on the system. The power supply error suitable for the product is defined.

*3: For details, refer to ERROR STANDBY CAUSE on the adjustment process screen.

*4: If the boot section is abnormal, there is no flashing (flashing disabled).

low-speed

blinking

changes.

pattern.

high-speed

blinking

— — — Version upgrading

— — — Version upgrade succeeded

(Continuous)

low-speed

blinking

— — Version upgrade failed

— — Start-up after failing version upgrade (*4)

high-speed

blinking

Flashes 3 times Power Error 3 D3.3V error (*2) Flashes 5 times Panel power supply error

Flashes 5 times Other communication error

Flashes twice Sync error Flashes 3 times Notification from the main microprocessor

(*3)

Cause

MONITOR ERR STBY table

Outline: Communication/Power failure detected by the monitor microprocessor (IC2001) is stored on EEPROM, states can be confirmed in the

adjustment process mode.

Location: Page (1/21) of the adjustment process mode: MONITOR ERR CAUSE “0” if there is no error. It is cleared to 0 on the page (2/21) of the

adjustment process mode.

Display Error description

02 Start-up communication error 2 Initial communication from the main CPU is not received. 03 Start-up communication error 3 Only the initial communication is received. 04 Start-up communication error 4 Until panel information request reception 05 Start-up communication error 5 Until initialization completion reception 06 Start-up communication error 6 Until version notification transmission 07 Start-up communication error 7 Until start-up information notification transmission 08 Start-up communication error 8 Until start-up information response reception

09 Start-up communication error 9 Until time-out setting reception 0A Communication error A REQ time-out 0B Communication error B Restart time-out during the beginning of time acquisition start-up 0C Communication error C Ending sequence time-out 0D Communication error D Preset start-up time-out during completion 0E Communication error E Download start-up time-out

0F Communication error F Time acquisition time-out

11 Communication error H Regular communication time-out

16 Panel-related error Lamp failure 1A Other error 2 Monitor temperature failure 1D Power supply error 1 PS_ON (AC_DET) failure 1E Power supply error 2 D_POW (DET_13V) failure

1F Power supply error 3 D_POW (DET_D3V3) failure

21 Power supply error 5 Panel power failure

23 Other error 3 Error standby request from the main CPU

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LC-70LE835E/RU, 836E/S, 838E

LED flashing timing chart at the time of the error

100ms 400ms 1.6sec

1) Low-speed blinking

Error type Expression of Central Icon LED

Lamp failure low-speed blinking Flashes once

Power failure low-speed blinking Flashes twice

Communication failure with main CPU low-speed blinking Flashes 3 times

Others low-speed blinking Flashes 4 times

2) Lamp failure details (Low-speed blinking: Flashes once + High-speed blinking)

Error type Expression of Central Icon LED Note: Pins are monitor microprocessor pins unless otherwise

Lamp failure

Flashes once (High speed)

H: ON

L: OFF H: ON

L: OFF

H: ON

L: OFF

H: ON

L: OFF

Refer to “Lamp failure details”. LOW/High blinking by pressing the [MENU] key on the remote control.

Refer to “Power failure details”. LOW/High blinking by pressing the [MENU] key on the remote control.

Refer to “Communication failure details”. LOW/High blinking by pressing the [MENU] key on the remote control. Communication line failure or main CPU communication failure.

Refer to “Other failure details”. LOW/High blinking by pressing the [MENU] key on the remote control.

specified (IC2001).

LAMP_ERR (19pin): Abnormal H. Confirmed after 8 consecutive detections at 64ms intervals (detected only when the backlight is on).

NOTE: After 5 detection counts, the lamp cannot be activated

except in the monitoring process. To confirm the problem, “Lamp Error detection off-mode” is prepared. This mode compulsorily starts the set disregarding the count. Please refer to [7. Lamp Error detection (ADJUSTMENT PROCEDURE)]

3) Power failure details (Low-speed blinking: Flashes twice + High-speed blinking)

Error type Expression of Central Icon LED Note: Pins are monitor microprocessor pins unless otherwise

specified (IC2001).

PS_ON AC_DET failure Flashes once (High speed)

SM_POW Main 13V failure Flashes twice (High speed)

D_POW Digital 3.3V failure Flashes 3 times (High speed) PANEL_POW Panel 12V failure Flashes 5 times (High speed)

H: ON

L: OFF

H: ON

L: OFF

H: ON

L: OFF

H: ON

L: OFF

AC_DET (28pin): Abnormal (L). If error is detected during start-up or operation, the power is turned on again by interrupt handling (instantaneous blackout processing).

DET_13V (32pin): Abnormal (L). Main 13V is not applied. If error is detected during start-up or operation, the power is turned on again by polling.

DET_D3V3 (33pin): abnormal (L). Digital 3.3V is not applied.

If error is detected during start-up or operation, the power is turned on again by polling. DET_PNL12V (34pin): abnormal (L). DET_PNL12V is not applied.

Detection starts after receiving command from Panel Power ON. The power is turned off by polling.

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LC-70LE835E/RU, 836E/S, 838E

4) Communication failure details (Low-speed blinking: Flashes 3 times + High-speed blinking)

Error type Expression of Central Icon LED Note: Basically, debug print logs are analyzed or

communication logs are analyzed by a bus monitor.

Initial communication reception failure Flashes once (High speed)

Start-up confirmation reception failure Flashes twice (High speed)

Regular communication failure

Flashes 3 times (High speed) Other communication failure

Flashes 5 times (High speed)

5) Other failure details (Low-speed blinking: Flashes 4 times + High-speed blinking)

Error type Expression of Central Icon LED Note: Pins are monitor microprocessor pins unless otherwise

Monitor temperature failure

Flashes once (High speed)

Main failure

Flashes 3 times (High speed)

H: ON

L: OFF

H: ON

L: OFF

H: ON

L: OFF

H: ON

L: OFF

H: ON

L: OFF

H: ON

L: OFF

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

Start-up reason confirmation from the main CPU cannot be received. (Startup communication until start-up reason notification command is not received.) → Main CPU start-up failure or monitor microprocessor reception failure.

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

When a request (PM_REQ=H) is sent from the main microprocessor, the request command is not output from the main CPU, etc. → Main CPU operation failure or monitor microprocessor reception failure.

specified (IC2001).

If the panel temperature is 60°C or more for 15s or more in a row, CAUTION appears on the OSD (flashes in red in the lower right screen). If the panel temperature is 60°C or more for 25s or more in a row, error standby is activated. (MONITOR MAX TEMP on page (12/21) of the adjustment process: Change AD value for temperature failure): Thermistor

Main microprocessor detection error (CPU temperature error, etc.) Details are displayed on page (1/21) of the adjustment process for the main microprocessor.

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LC70LE835E

CHAPTER 7. MAJOR IC INFORMATIONS

Service Manual

[1] MAJOR IC INFORMATIONS

REF NO Name Part Code Description

[MAIN UNIT]

IC8401 RH-iXD287WJQZQ Flash This IC is 2048Mbit NAND flash memory.

This IC stores the software data that processes the system of TV such as the graphic processing, the LCD controls, and backlights etc.

IC3303 RH-iXD220WJQZQ Digital AV decode

IC2001 RH-iXD241WJQZQ

for service (RH-iXD241WJNJQ)

IC3501/3502 RH-iXD242WJQZQ DDR This IC is 2GB DDR3 SDRAM.

IC8455 VHiBR24S64F-1Y 64K bit E2PROM The BR24S64 is a 64Kbit-2-wire (I2C bus type) serial EEPROM that can be

IC506 VHiM3221EiP-1Y RS232C-DRIVER The MAX3221E is a single driver, single receiver RS-232 solution operating

IC4402 VHiMT5135AE-1Q CI controller

IC2005 VHiR24002AS-1Y 2K bit E2PROM This is a 2Kbit-2-wire (I2C bus type) serial EEPROM that can be pro-

IC1504 VHiSii9387+-1Q HDMI_Port_Processor The SiI9387 HDMI port processor is the second generation of HDMI

IC9505 VHiPD720114-1Q Ethernet Bus Interface The IC is a USB 2.0 hub device that complies with the Universal Serial Bus

IC2703 VHiYDA164BZ-1Y Audio-AMP This IC is digital audio power amplifier with digital audio interface.

IC1105 (LC-70LE835E,RU and LC-70LE838E only)

RH-iXC563WJQZY LNB supply and

Main CPU

UCOM The monitor microprocessor is intended to communicate with the main CPU

DTB-T/C Demodulator

control

This IC is Video Processor & MAIN CPU. In this IC, the decode processing and the video signal processing are done. Moreover, OSD is generated here and added to a picture signal.

and to operate the system. It also controls power of the entire system.

This IC operates as a memory of IC3303 (Digital AV decode & Main CPU).

programmed electrically. This IC stores the menu data and the adjustment value data of adjustment process mode etc. The data is given out by commands from the main microprocessor.

from a single Vcc supply. The RS-232 pins provide IEC G1000-4-2 ESD Protection. The device meets the requirements of TIA/EIA-232-F and provides the electrical interface between an asynchronous communication controller and the serial-port connector. The charge pump and four small external capacitors allow operation from a single 3V to 5.5V supply.

This is a control IC for PCMCIA cards. This controls information on IC cards inserted into the PCMCIA card slot (SC4401) or information on software version upgrade cards saved on flash memories to transfer the data to CPUs and memories.

grammed electrically. This IC stores the menu data and the adjustment value data of adjustment process mode etc. The data is given out by commands from the main microprocessor.

devices that support revision 1.4 of the HDMI specification. The main feature is as follows.

1) 5-input, 1-output HDMI port processor.

2) Audio Return Channel that allows an S/PDIF uplink from HDMI sink device to an HDMI source available in one reciver port.

3) Integrated TMDS receiver and transmitter cores capable of receiving and transmitting at 2.25Gbps.

4) Supports video resolutions up to 1080p, 60Hz, 12bit or 720p/1080i, 120Hz,12bit.

5) Receiver fully comply with DVI1.0, HDCP and several optional 3D formats described in the HDMI1.4 specifications.

(USB) Specification Revision 2.0 and works up to 480 Mbps. USB 2.0 compliant transceivers are integrated for upstream and all downstream ports. The IC4 works backward compatible either when any one of the downstream ports is connected to a USB 1.1 compliant device, or when the upstream port is connected to a USB 1.1 compliant host.

The power-supply voltage is corresponded to A.5V~18V and the maximum output is 20Wx2ch. It is IC for amplifying the feeble electric wave sent from satellite broadcasting on the level which can treat a decoder, and changing and processing signal.

7 – 1

LC70LE835E

CHAPTER 8. OVERALL WIRING/BLOCK DIAGRAM

[1] OVERALL WIRING DIAGRAM

J

To LCD MODULE

I

ޣL2ޤ

ޣL1ޤ

LED_DRIVER_UNIT

H

G

ޣLAޤ

QCNW-M166WJQZ

ޣLAޤ

ޣACޤ

POWER Unit

70"

Service Manual

ޣPDޤ

1 2

QCNW-M029WJQZ

1 5

ޣLWޤ

1

P2601

4 1

ޣSPޤ

P2701

23 1 24

ޣPDޤ

MAIN Unit

micro SD SC8454

LC-70LE835E/RU, 836E/S, 838E

HP/Audio Out

J504

USB1 J9502

HDMI1 SC1503

HDMI2 SC1502

1

QCNW-M168WJQZ

ޣPLޤ

P260

4

RS232C

D-SUB 9pin

SC504

PC(RGB)

SC501

HDMI3 SC1501

1

F

LC-70LE835E,RU: QACCKA055WJPZ LC-70LE836E : QACCBA106WJPZ LC-70LE836S : QACCBA055WJPZ

E

LC-70LE838E : QACCKA055WJPZ

QCNW-M031WJQZ

41

D

KEY

1

ޣRCޤ

P2001

1 5

1

ޣCIޤ

3

P2007

EXT1(SCART)

SC505

USB3

J9503

USB2 J9504

EXT2/3

J511

TUNER LC-70LE835E,RU :TU1102 LC-70LE836E,S : TU1104 LC-70LE838E : TU1102

LAN

J9501

CI card slot SC4401

OpticalOut

HDMI2/PC

D527

Audio

J501

HDMI4 SC1505

Unit

LCD_CTL Unit

70"

C

41

ޣLWޤ

ޣKMޤ

14

1

QCNWN

2731TPZZ

B

QCNW-M167WJQZ

QCNW-M030WJQZ

164

80

QCNWN

2732TPZZ

164

QCNWN

2732TPZZ

QCNW-M034WJQZ

180

QCNWN

2731TPZZ

IR

ޣIRޤ

TRANSMITTE

R

A

1

2

1 3

15

ޣRAޤ

R/C Unit

ޣCIޤ

13

ICON UNIT

Rch: Speaker

10976543 8

1311 191816151412 17

Lch: Speaker

8 – 1

LC-70LE835E/RU, 836E/S, 838E

(

64kb

CPUDATMDIR J 45 R P/

1.5A

0.5A

NTUN

SAT RS

Q

STBCP

D

[2] SYSTEM BLOCK DIAGRAM (LC-70LE835E/RU, 838E)

J

CVBS1_IN

CVBS

LR

CVBS1_IN_L/R

EXT2/3

J511

Component

I

EXT 1 SC505

SPEAKER

P2701(5P)

H

G

CICard

F

RFIN

PC/HDMI2

J501

PC(RGB)

SC501

AUDIOOUT (Mini Plug)

OPTICALOUT

PC/HDMI

Mini

RS-232C

HDMI4

SC1505

HDMI3

SC1501

HDMI2

SC1502

HDMI1(ARC)

SC1503

E

D

C

B

J9502 USB1

J9503 USB3

J9504 USB2

A

LR

SC/Y_CVBS2_IN

RED1/C1,GREEN1,BLUE1

SCART SC505

ޣSPޤ

+5V

TS_CIOUT_CLK/SYNC/VAL/D0- D7

CVBS

HPJack

J504

D527

Audio

PC/HDMI_LR

Plug)

PC_VSYNC/HSYNC

D-SU B

PC_R/G/B

RGB

Bu+3.3V

SC504

No.9pin RC Passthrough

+5V

+

5V

0.5A

+

5V

COMP1_IN_L/R

COMP1_Y/Pb/Pr

SC1_IN_L/R

SC1_V_OUT

TUNER_L/R_OUT

SLOWSW1,SC1FSW

IC2703

SPAMP(2CH)

YDA164

OR

AMP_MUTE

D2701Q2701 CI_CE1/OE/WE/A0- A14/D0-D7 /IREQ/REG/WAIT/RESET /IOWR/IORD/VS1/CD1/CD2

TS_CIIN_CLK/SYNC/VAL/D0- D7

DVB_IF_AGC

TS_TOUT_CLK/SYNC/VAL/D0- D7

TU SCL /SDA

N_TUN_SAT_RST

TUN_GAIN_SW N_TUN_RST SIF

MONI_HP_L/R

+5V

SAT_SCA/SDA

ANT+5V

LNB

+3.3V +1.8V +1.2V

HPOUT_MUTE

UART_CPUTO232C,UART_232CTOCPU

U5V

TU1102 Analog/

DVB-T/C/S

SiTuner

Disclete

Mute Q506

IC503

IC506

RS232CTxRx

M3221EIP

HDMI_CEC

IC9502

PowerSW

AP2151

IC9504

PowerSW

AP2141

IC9503

PowerSW

AP2181

+13V

AMP_LRCK/BCLK/MCLK

+3V

+3.3V

+1.2V

+1.1V

DTB-T/CDemod

IF_AGC

LNB_SHORT

Q1103

ANT+5V_SW

CPU

IC2704

HP-AMP

AK4201EU

AUDIO_MUTE OPT_OUT

Q505

+3.3

N_CPU_USB1_FLG

IC9505

USB2.0Hub

Controller PD720114

AMP_DATA_LR

AMP HOPP N_PER_RST AMP_PROTECT SP_MUTE

AUDIO_MUTE

X4401Xtal

IC4402

CICont&

MT5135AE

UCO

D_IF-/+

+5V

N_USB_RST

30MHz

X2701Xtal

CPU

X9502

Xtal

IC2701

(YSS951)

27MHz

N_PER_RST

Q2703

HDMI_OPT_OU

I2C_0(400KHz)

+3.3V +1.8V

DSP

HP_MU TE

AUDIO_MUTE

OR

D2711

HDMI_

OPT_OUT

DDC_1 HDMI_1

DDC_2 HDMI_2

DDC_3 HDMI_3

DDC_4 HDMI_4

VGA_SDA/SCL/PWR5V

+5V +3.3V +1.2V

IC1504

HDMI-SW

SII9387

Disclete

Mute Q502

+13V

IC2706

OpAMP

NJM4565V

DVB_SPI_CLE/CLK/DATA

DVBTS_CPUIN_CLK/SYNC/VAL/D0

I2C_1(100KHz)

SW_TMDS

TU_DEMOD_SCL/SDA

IC510

CAPLESSVIDEO

AMPwith LPF

NJW1351B

EEPROM

I2C_0 I2C_1

(

SDATA/

I2S

TUNER_OUTL/R

HP/MONI_L/R

+5V +5V

IC507 Select

MM1507XN

+3.3V

IC8455

it

N_PER_RST AMP_PROTECT SP_MUTE

AUDIO_MUTE

HP_MUTE

MT5135_IN

DEMOD_RST

TUN_GAIN_SW

N_TUN_RST

(400KHz 3.3V) (400KHz3.3V)

(100KHz3.3V)

PC_VSYNC/HSYNC

PC_R/G/B

LRCLK/

BCLK

SIF

CVBS1_IN_L/R

COMP1_IN_L/R

PC/HDMI_LR

OPT_OUT

ORESET#

IC8454

CVBS_Out

Component

CVBS_OUT_MUTE

CI_SPI_CLE/CLK/DAT

DEMOD_TSCLK/SYNC/VAL/DATA0

I2C_2(CPU_OS_CLK2/DAT2

I2C_0(CPU_OS_CLK0/DAT0

I2C_1(CPU_OS_CLK1/DAT1

RGB HV

RGB in SW_TMDS

)

CPU_ATV_IF+

DTV/SPDIF

N_CPU_RST

OR

D8457

Audioout

Audioin

IC8452-1

A

Digital AV decode &Main CPU

ASH

RXD0_RS

U_UA

P

/NANDFlas h

SPI_FL

C

1

+3.3

IC8451

0

Buffer

Select

IC8401

NANDFLASH

2Gbit

MicroSDConnector

64GbitMicroSD

BS

CV

)

MT5395(FHD)

)

M O

_UC D1

RX

TXD0_RS

U_UA P

PU_U A

C

SC8454

TOSHIBA

IC3303

IXD220WJQZ

H.264/VC

M O

_UC

XD1

CPU_UAT

1

0

+3.3V

MAIN

ޣLW

ޤ

P2601(41p )

LVDSOUT

I2C_READY

PNL_E

PNL_WP

(400KHz)

I2C_0

+3.3V

POW_S W

RC,OPC

KEY

RC,OPC

KEY1,KEY2

Bu+3.3V

IR_PASS

LED

IR_PASS

3 D

ILL_LED1, L E

IC2601 Spliter

HC2G66D

DET_PNL12V

L/R_REF

VSYNC

THERMO

EEPROM_SCL/SDA

I2C

W PROT

LAMPER

STB

AC DET

SMPOW

D2005

IC2007

MAIN

D5.6V D5V U5V D3.3V M1.8V D1.5V D1.2V D1.1V AT5V IF1.8V SAT1.2V

STB3.3V

SD3.3V CPU_A+1.2V CIIN+5V MT5135+1.1

POWER CIRCUIT

Thermister

TH2001

+3.3V

IC2005

EEPROM

2kbit

PS_O

OR

Q2007

VON

+3.3

IC9610 Spliter

HC2G66D

RC,OPC

ޣRAޤ(5p) ޣCIޤ(3p)

Bu+3.3V

R/C OPC

POW L_

PN

PS_ON

AMP13V

PNL_I2C_EN

IC2002 Reset

UCOM_RST

UCOM_MODE

PM REQ

PNLPO

PNLI2C EN

K

45_TP/T

CL O

SDI D/ M

C

㨪3 0

O

SDI

J9501

Ethernet

N

CPU_DATMDI_RJ

N_MUTE_A_ALL

CPU_TXD_UCOM,CPU_RXD_UCOM

OFL1

OFL2

AC DET

PNLPO

27.000MHz

X3301

X'tal

PNLI2C EN

IC3501

+1.5V

DDR3(1333M)

IC3502

2Gbit

DDR3(1333M)

2Gbit

N_SRESET SMPOWHOLD

HDMI_CEC

T

+3.3V +1.5V

SOU

+1.2V +1.1V

LVD

SMPOWHOLD

-1

CPU_OPWM1 CPU_OPWM2

AC_DET_CPU

zz

USB_D0

USB_D1

Select

IC8452- 2

IC2003 Buffer

LCX125FT

32.768kHz

20MHz

Bu+3.3V

Q2004

Q2002

X2001

Xtal

FL2001

Xtal

PMRE

MUTE_A_ALL

N_SRESET

HDMI_CEC_IN

HDMI_CEC_OUT

SMPOWHOLD

RC_CPU

CEC_I _

I M

HDMI_CEC_O

HD

ޣIRޤ(3p)

IR

TRANSMITT

RESET

MODE

UART

SRESET

-3

Select

IC8452

Q2005

IC2004

I2C_1(100KHz)

UR13V

Bu+3.3V

IC2001

R8C/36C

IXD241WJ

SUBMCU

ULSE

LR_P

0

GND RC

1

RC

OW

LR_PULSE

STBY_ P

+5V

ޣRCޤP2001(15p)

ޣKMޤ

(4p)

KEY R/C EMBLEM

PE

Q2603

L1

GSP

PWM2

PAN E L_ O F

+3.3V

IC9611 Spliter

HC2G66D

AC_DET

Q9605

UR13V

BU5V

ޣCIޤP2007(3p)

ILL_LED1,LED3

+12V L

PN

PNL+12V

I2C REA

PE

VCOM_WP

ROM_WP

TCON_ SDA/SCL

DET_POW

L/R_REF

IR_VSYNC

OFL1

VSYNC(GSP)

NC/PWM2

ޣPLޤ P2605(4p)

ޣPDޤ P9602(24p )

PNL+12V

PWM1 ERROR STB

OFL DIMMER

SDA/SCL

AC DET

PS_ON

PNL_POW

UR13V

BU5V

ޣLW ޤ

I2C REA

PE

VCOM_WP

ROM_WP

SDA/SCL

DET_POW

L/R_REF

IR_VSYNC

OFL1

PWM1

PWM2

ޣPLޤ

PNL+12V

ޣPDޤ

VSYNC(GSP)

ERROR STB

OFL

SDA/SCL

AC DET

PS_ON

PNL_POW

UR13V

BU5V

LED_Driv

e

T-CON

Power

LED+

LED-

ޣLAޤ

VSYNC(GSP)

ERROR STB

OFL

SDA/SCL

LED_VCC

PNL_POW

ޣLAޤ

PNL_POW LED_VCC

SDA/SCL

OFL STB ERROR

VSYNC(GSP)

ޣL1ޤ

ޣL2ޤ

1

23

8

1097654

1311 191816151412 17

8 – 2

[3] SYSTEM BLOCK DIAGRAM (LC-70LE836E/S)

CVBS1_IN

CVBS

CVBS1_IN_L/R

J

I

SPEAKER

H

G

F

E

PC/HDMI2 J501

D

PC(RGB) SC501

C

B

A

1

23

EXT2/3 J511

EXT 1 SC505

Component

P2701(5P)

CI Card

RF IN

AUDIOOUT

(Mini Plug)

OPTICALOUT

RGB/HDMI

(Mini Plug)

RS-232C

HDMI4

SC1505

HDMI3

SC1501

HDMI2

SC1502

HDMI

1(ARC)

SC1503

J9502 USB1

J9503 USB3

J9504 USB2

LR

SCART SC505

ޣSPޤ

HPJack

J504

D527

Audio

D-SUB

RGB

SC504

+5V

COMP1_IN_L/R

COMP1_Y/Pb/Pr

SC/Y_CVBS2_IN

RED1/C1,GREEN1,BLUE1

SC1_IN_L/R

SC1_V_OUT

TUNER_L/R_OUT

SLOWSW1,SC1FSW

OR

AMP_MUTE

D2701Q2701

CI_CE1/OE/WE/A0-A14/D0-D7 /IREQ/REG/WAIT/RESET /IOWR/IORD/VS1/CD1/CD2 TS_CIIN_CLK/SYNC/VAL/D0TS_CIOUT_CLK/SYNC/VAL/

CVBS

TS_TOUT_CLK/SYNC/VAL/D0-D7

TU1104

T2

-Tuner

Disclete

Mute Q506

MONI_HP_L/R

+5V

IC503

PC/HDMI_LR

PC_VSYNC/HSYNC PC_R/G/B

Bu+3.3V

IC506

RS232C TxRx

M3221EIP

No.9 pin RC Passthrough

HDMI_CEC

IC9502

+5V

PowerSW

0.5A AP2151

IC9504

+5V

PowerSW

0.5A AP2141

+5V

IC9503

1.5A

PowerSW

AP2181

+13V

IC2703

AMP(2CH)

SP

YDA164

TU SCL/SD

N_TUN_SAT_RST TUN_GAIN_SW N_TUN_RST SIF

ANT+5

+3.3V +2.5V +1.2V

UART_CPUTO232C,UART_232CTOCPU

U5V

+3.3V +1.2V +1.1V

ANT+5V_SW

CPU

HPOUT_MUTE

IC2704

HP-AMP

AK4201EU

AUDIO_MUTE OPT_OUT

Q505

+3.3

N_CPU_USB1_FLG

IC9505

USB2.0 Hub

Controller PD720114

AMP_DATA_LR

AMP_LRCK/BCLK/MCLK

AMP HOPP N_PER_RST AMP_PROTECT SP_MUTE

AUDIO_MUTE

X4401 Xtal

IC4402

CI Cont &

DTB-T/C Demod

MT5135AE

LNB_SHORT

UCO

Q1103

+5V

N_USB_RST

24.576MHz

X2701 Xtal

30MHz

X9502

Xtal

IC2701

(YSS951)

27MHz

N_PER_RST

Q2703

HDMI_OPT_OU

CPU

I2C_0(400KHz)

+3.3V +1.8V

DSP

HP_MUTE

AUDIO_MUTE

OR

D2711

HDMI_

OPT_OUT

DDC_1 HDMI_1

DDC_2 HDMI_2

DDC_3 HDMI_3

DDC_4 HDMI_4

VGA_SDA/SCL/PWR5V

+5V +3.3V +1.2V

IC1504

HDMI-SW

SII9387

Disclete

Mute Q502

+13V

IC2706 OpAMP

NJM4565V

DVB_SPI_CLE/CLK/DATA

DVBTS_CPUIN_CLK/SYNC/VAL/D0

(100KHz)

I2C_1

SW_TMDS

LC-70LE835E/RU, 836E/S, 838E

MAIN

ޣLWޤ

P2601(41p)

VBOOUT

+3.3V

DET_PNL12V

L/R_REF

VSYNC

LAMP ER

AC DET

OR

D2005 Q2007

MAIN

D5.6V D5V U5V D3.3V M1.8V D1.5V D1.2V D1.1V AT5V

T2+2.5V

TE+1.2V

STB3.3V SD3.3V CPU_A+1.2V CIIN+5V MT5135+1.1

BackUp POWER CIRCUIT

IC2005

EEPROM

+3.3

IC9610 Spliter HC2G66

ޣRAޤ(5p)

I2C_READ Y

PNL_WP

Thermister

TH2001

+3.3V

2kbit

RC,OPC

R/C OPC

PS_O

VON

Bu+3.3V

PNL_E

PNL_POWO

PS_ONO

Q2603

PANEL_OFL1

IC9611 Spliter

HC2G66D

AC_DET

Q9605

AMP13V

ޣCIޤP2007(3p)

ޣ

CIޤ(3p)

PE

GSP

PWM2

PNL+12V

+3.3V

UR13V

BU5V

ILL_LED1,LED3

I2C READY

PE

VCOM_WP

ROM_WP

TCON_ SDA/SCL

DET_POW

L/R_REF

IR_VSYNC

OFL1

VSYNC(GSP)

NC/PWM2

ޣPLޤ P2605(4p)

PNL+12V

ޣPDޤ POWER P9602(24)

PNL+12V

PWM2 PWM1

ERROR STB

OFL

DIMMER

SDA/SCL

AC DET

PS_ON

PNL_POW

UR13V

BU5V

+5V +5V

IC510 CAPLESS VIDEO AMP with LPF NJW1351B

I2C_0 I2C_1

PC_VSYNC/HSYNC

I2S(SDATA/LRCLK/BC

TUNER_OUTL/R

HP/MONI_L/R

8

+3.3V

IC8455

EEPROM

64kbit

AUDIO_MUTE

MT5135_I N

DEMOD_RST

N TUN SAT RS

TUN_GAIN_SW

N_TUN_RST

(400KHz 3.3V)

(100KHz 3.3V)

PC_R/G/B

CVBS1_IN_L/R

COMP1_IN_L/R

PC/HDMI_LR

OPT_OUT

ORESET#

IC507 Select

MM1507XN

N_PER_RST AMP_PROTECT SP_MUTE

HP_MUTE

CI_SPI_CLE/CLK/DATA

DEMOD_TSCLK/SYNC/VAL/DATA0

I2C_0(CPU_OS_CLK0/DAT0) I2C_1(CPU_OS_CLK1/DAT1)

RGB HV RGB in SW_TMDS

Audioout

SIF

CPU_ATV_IF+

Audioin

DTV/SPDIF

N_CPU_RST

1

IC8452-1

Select

OR

IC8454 D8457

CVBS_Out

CVBS_OUT_MUT

Component

IXD220WJQZ

MT5395(FHD)

H.264 / VC-1

Digital AV decode & Main CPU

P SPI_FLASH

/NAND Flash

CPU_UARXD0_RSP

+3.3

IC8451

0

Buffer

IC8401

NANDFLASH

2Gbit

MicroSDConnector

64GbitMicroSD

1097654

CVBS

IC3303

CPU_UATXD0_RSP

CPU_UARXD1_UCOMP

SC8454

TOSHIBA

+3.3V

(400KHz)

I2C_0

POW_SWO

RC,OPC

RC,OPCC

KEYE

KEY1,KEY2Y

Bu+3.3V

LEDE

IR_PASS

ILL_LED1,LED3L

IC2601 Spliter

HC2G66D

THERMO

EEPROM_SCL/SDA

I2C

WPROT

STB

SMPOW

R_PASS

IC2007

PNL_I2C_EN

IC2002 Reset

UCOM_RST

UCOM_MODE

N_MUTE_A_ALL

+3.3V +1.5V +1.2V +1.1V

LVDS OUT

PM RE

SMPOWHOLD

STB CP

CPU_OPWM1

CPU_OPWM2

AC_DET_CPU

PNL PO

PNL I2C EN

zz

USB_D1

CPU_DATMDI_RJ45_T

P/TN

CPU DATMDI RJ45

USB_D0㨪

SDIOCMD/SDIOCLK

IC8452-2

Select

SDI0㨪3

J9501

Ethernet

CPU_UATXD1_UCOMP

1

0

CPU_TXD_UCOM,CPU_RXD_UCOM

OFL1 OFL2

AC DET

PNL PO

27.000MHz

X3301

X'tal

PNL I2C EN

+1.5V

IC3501

IC3502

DDR3(1333M)

2Gbit

N_SRESET

SMPOWHOLD

HDMI_CEC

32.768kHz

20MHz

(DDR3(1333M)

2Gbit

Bu+3.3V

IC2003 Buffer

LCX125FT

Q2004

Q2002 X2001

Xtal

FL2001

Xtal

PM RE

MUTE_A_ALL

N_SRESET

HDMI_CEC_IN

HDMI_CEC_OUT

SMPOWHOLD

RC_CPU

HDMI_CEC_IN

HDMI_CEC_OUT

ޣIRޤ(3p)

IR

TRANSMITT

MODE

UART

SRESET

IC8452-3

Select

Q2005

IC2004

I2C_1(100KHz)

UR13V

Bu+3.3V

RESET

IC2001

R8C/36C

IXD241WJ

SUB MCU

LR_PULSE

0

GND

RC

1

RC

LR_PUL

STBY_POWT

+5V

ޣRCޤP2001(15p)

ޣKMޤ

(4p)

KEY R/C EMBLEM

1311 191816151412 17

T-CO N

ޣLWޤ

I2C READY

PE

VCOM_WP

ROM_WP

SDA/SCL

DET_POW

L/R_REF

IR_VSYNC

OFL1 PWM1

PWM2

ޣPLޤ

PNL+12V

ޣPDޤPD

Power

PNL+12V

VSYNC(GSP)

ERROR STB

OFL

SDA/SCL SDA/SCL

AC DET

PS_ON PNL_POW

UR13V

BU5V

LED_Drive

LED+

LED-

ޣLAޤ

VSYNC(GSP)

ERROR

STB

OFL

LED_VCC

PNL_POW

ޣLAޤ

PNL_POW LED_VCC SDA/SCL OFL

STB ERROR

VSYNC(GSP)

ޣL1ޤ

ޣL2ޤ

8 – 3

LC-70LE835E/RU, 836E/S, 838E

8 – 4

PartsGuide

LC-70LE835E/RU, 836E/S, 838E

PARTS GUIDE

No. S12V570LE835E

LCD COLOUR TELEVISION

LC-70LE835E/RU LC-70LE836E/S

MODELS

[1] PRINTED WIRING BOARD

ASSEMBLIES

[2] LCD PANEL MODULE UNIT

[3] CABINET PARTS

LC-70LE838E

CONTENTS

[4] SUPPLIED ACCESSORIES/

PACKING PARTS

[5] SERVICE JIGS (USE FOR

SERVICING)

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set.

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

LC-70LE835E/RU, 836E/S, 838E

NO. PARTS CODE

PRICE

RANK

[1] PRINTED WIRING BOARD ASSEMBLIES

N DKEYDF733FM58 N P MAIN Unit (LC-70LE835E/RU) N DKEYDF733FM59 N P MAIN Unit (LC-70LE836E/S) N DKEYDF733FM60 N P MAIN Unit (LC-70LE838E) N DUNTKF494FM02 AP P R/C, OPC Unit N DUNTKF770FM51 AP P ICON Unit N DUNTKF800FM52 P KEY Unit N RUNTKA819WJQZ AU P 3D IR TRANSMITTER Unit

!

N RDENCA451WJQZ N P POWER Unit N DUNTKF906FM55 N P LCD CONTROL Unit N RUNTKA961WJZZ N P LED DRIVER Unit

[2] LCD PANEL MODULE UNIT

N R1LK695D3GW2AX P 70" LCD Panel Module Unit (LK695D3GW2AX)

NEW

MARK

PAR T

DELIVERY

DESCRIPTION

2

26

29

42

2-1

2-4

2-2

2-3

24

43

27

43

25

43

2

24

3-1

3-2

3

3-1

5

24

5

24

34

49

51

11

12

11

13

55

18

16

6

14

39

7

48

7

9

10

40

32

30

30-1

30-2

30-1

30-2

30

35

4

1-1

1-8

1

42

9

28

31

37

19

1-3

1-2

1-6

1-4

1-5

21

20

36

11

57

22

33

23

22

52

58

54

59

53

56

47

60

KEY Unit

POWER Unit

LED DRIVER Unit

MAIN Unit

f

70" LCD Panel Module Unit

LCD CONTROL Unit

R/C OPC Unit

3D IR EMITTER Unit

ICON Unit

A

B

E

D

J

K

b

m

i

H

F

G

C

B

A

H

E

K

J

D

C

F

G

b

e

h

k

f

c

a

j

h

k

a

i

c

d

j

LC-70LE835E/RU, 836E/S, 838E

[3] CABINET PARTS

3

LC-70LE835E/RU, 836E/S, 838E

NO. PARTS CODE

[3] CABINET PARTS

1 CCABAC869WJ11 N P Front Cabinet Ass'y 1-1 Not available - N - Front Cabinet 1-2 GCOVAD966WJ1A P R/C OPC Cover 1-3 HDECQB633WJ3A N P Front Decoration 1-4 LHLDWA124WJKZ AC J Wire Holder, x2 1-5 LHLDWA175WJUZ AC J Wire Holder, x3 1-6 PSHEPB131WJKZ P Icon Illumi Dif 1-8 TLABZC636WJZZ P Quattron Label

2 CCABBC049WJ11 N P Rear Cabinet Ass'y (LC-835E/RU,838E)

2 CCABBC049WJ12 N P Rear Cabinet Ass'y (LC-70LE836E/S) 2-1 Not available - N - Rear Cabinet 2-2 HiNDPE032WJSB P Terminal Indicator (Bottom) (LC-835E/RU,838E) 2-2 HiNDPE122WJSB P Terminal Indicator (Bottom) (LC-70LE836E/S) 2-3 HiNDPE035WJSB P Terminal Indicator (Back) 2-4 HiNDPE117WJSB P Terminal Indicator (Side)

3 CANGKD289WJ31 N P VESA Angle Ass'y, x4 3-1 Not available - N - VESA Angle 3-2 NSFTZA460WJFN BC N J VESA Shaft

4 GCOVAE164WJ3A N P Bottom Cover, x2

5 LANGKD290WJ3W N P Stand Angle, x2

6 LANGKD148WJFW P Terminal Angle (Bottom) (LC-835E/RU,838E)

6 LANGKD192WJFW P Terminal Angle (Bottom) (LC-70LE836E/S)

7 LHLDWA124WJKZ AC J Wire Holder, x6

9 LHLDWA175WJUZ AC J Wire Holder, x3

10 LHLDWA176WJUZ AC J Wire Holder 11 LX-BZA207WJF7 AA J Screw, x23 (PWB) 12 PMLT-A694WJZZ N P Gasket 13 PMLT-A693WJZZ N P Gasket, x2 14 PMLT-A695WJZZ N P Gasket 16 PSLDMB751WJFW P Shield (MAIN Unit) 18 PSPAGA963WJZZ P Spacer 19 QCNW-M029WJQZ AR N J Connecting Cord (PD) 20 QCNW-M031WJQZ AG N J Connecting Cord (PL) 21 QCNW-M168WJQZ N P 22 QCNWN2731TPZZ AF N J FFC (80pin), x2 23 RCORFA061WJZZ AG J Ferrite Core, x4 24 XBPS830P06WS0 AA J Screw, x49 25 GCOVAC576WJKZ AC N J VESA Hole Cover, x4 26 GCOVAE162WJ3A N P Key Button Cover 27 GCOVAE163WJ3A N P AC Cord Cover 28 TLABNC117WJZZ P Model Label 29 JBTN-A912WJ3A N P Key Button

30 CANGKD291WJ31 N P Fixing Metal Angle Ass'y, x14 30-1 LANGKD291WJ3W N P Fixing Metal Angle 30-2 PSPAHC469WJZZ N P Spacer

31 LHLDWA303WJKA AE J Cable Clamp

32 LX-EZA069WJF7 AB J Screw, x2

33 QCNWN2732TPZZ AF N J FFC (64pin), x2

!

34 QACCKA055WJPZ AQ J AC Cord (LC-835E/RU,836S,838E)

34 QACCBA106WJPZ AS J AC Cord (LC-836E)

35 QCNW-M030WJQZ AL N J Connecting Cord (SP)

36 QCNW-M167WJQZ N P Connecting Cord (RC)

37 QCNW-M034WJQZ N P Connecting Cord (CI)

39 RSP-ZA538WJQZ AU J Speaker (L)

40 RSP-ZA539WJQZ AU J Speaker (R)

42 XEBS830P08000 AA J Screw, x3

43 XEBS830P12000 AA J Screw, x10

47 PSPAZC782WJKZ N P Spacer (C-PWB Cooler)

48 LHLDWA151WJKZ AB J Wire Holder

49 QCNW-M166WJQZ N P Connecting Cord (LA)

51 PSPANA044WJKZ AB J PWB Spacer

52 TLABZD106WJZZ N P ENERGY Label (LC-835E,836E/S,838E)

53 LHLDWA282WJKZ AC J Wire Holder, x2

54 PCLiCA004WJKZ AC J For Gasket, x4

55 PMLT-A676WJZZ P Gasket

56 PSPAZC850WJKZ N P MAIN Cooler (Cooling Sheet)

57 PZETKA687WJKZ N P FFC Insulation

58 QEARZ0057CEFW AB J GROUND-PART (Earth Spring)

59 RCORF0103CEZZ AK J Spring

60 LX-NZA049WJFN AC J Screw/Hexagon (LC-835E/RU,838E)

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

DESCRIPTION

Connecting Cord (LW)

4

[4] SUPPLIED ACCESSORIES/PACKING PARTS

LC-70LE835E/RU, 836E/S, 838E

X1

Stand support Ass'y (x2)

X10 LR03 (AAA size alkaline) battery ( x 2)

Initial setup guide

X8

Guarantee Sheet

X11

X2 Stand Base Ass'y (x1)

S6

X13 Wi reless LAN USB adapter

(WN8522D 7-JU) ( x 1)

X12

Guarantee/AQUOS WEEE Sheet

X14

X3 Stand Screw Ass'y (x1)

S12 X3

S15

X5

S7

X5 Remote control unit ( x 1)

X15

Wi-Fi Sheet

Important safety precautions

X16 X17

Gost Sheet USB memory

X18

S5

X1

S7

(operation manual)

X10

S10 S14

X8

X14

X10

X15

X11

X16 X17

X12

X18

X13

S7

S4 X2

S8

S1

S8

S2

5

S13

LC-70LE835E/RU, 836E/S, 838E

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PAR T

DELIVERY

DESCRIPTION

[4] SUPPLIED ACCESSORIES/PACKING PARTS

X1 CANGKD276WJ05 P Stand Support Ass'y, x2

X2 CDAi-A778WJ22 P Stand Base Ass'y

X3 CSAKKA011WJ03 P Stand Screw Ass'y

X5 RRMCGA902WJSA P Remote Control Unit (LC-70LE835/836)

X5 RRMCGA959WJSA P Remote Control Unit (LC-70LE838E)

X8 TiNS-F410WJZZ N P Initial Set Up Guide

X10 Not available - - LR03 ("AAA" size alkaline) battery X11 TGAN-A801WJN1 P Guarantee Sheet (LC-836E) X11 TGAN-B651WJZZ P Guarantee Sheet (LC-835RU) X12 TGAN-A802WJN1 P Guarantee/AQUOS (LC-836E) X13 Ki-OUA003WJQZ P Wireless LAN USB adapter X14 TCAUZA446WJZZ P WEEE Sheet (LC-835E,836E/S,838E) X15 TCAUZA458WJN1 P Wi-Fi Sheet X16 TCAUZA477WJZZ P Important Safety Precautions X17 TCAUZA490WJZZ N P Gost Sheet (LC-835RU) X18 UiMCUA008WJQZ2 N P USB Memory (Operation Manual)

S1 SPAKCG594WJZZ - N - Packing Case (LC-60LE630U/U(A)) (NOT REPLACEMENT ITEM)

S2 SPAKCG595WJZZ - N - Packing Case (Bottom) (NOT REPLACEMENT ITEM)

S4 SPAKPB722WJ2Z - - Wrapping Paper (NOT REPLACEMENT ITEM)

S5 SPAKPB723WJ2Z - - Wrapping Paper (Support) (NOT REPLACEMENT ITEM)

S6 SPAKPB819WJZZ - N - Packing Add. (Top) (NOT REPLACEMENT ITEM)

S7 SPAKXD539WJZZ - N - Packing Add. (Bottom) (NOT REPLACEMENT ITEM)

S8 SPAKXD540WJZZ - N - Polyethylene Bag (NOT REPLACEMENT ITEM)

S10 SSAKAA111WJZZ - - Case No. Label (NOT REPLACEMENT ITEM) S12 SSAKKA011WJ2Z - - Polyethylene Bag (NOT REPLACEMENT ITEM) S13 TLABM5584BMZZ - - Case No. Label (NOT REPLACEMENT ITEM) S14 TLABZC826WJZZ - - Bar Code Label (NOT REPLACEMENT ITEM) S15 TLABK0023TAZZ - - Label For R/C (LC-70LE835/836) (NOT REPLACEMENT ITEM)

[5] SERVICE JIGS (USE FOR SERVICING)

N QCNW-L795WJQZ BC J Connecting Cord L=1000mm 24pins, MAIN Unit to POWER Unit (PD) N QCNW-L519WJQZ BA J Connecting Cord L=1000mm 18pins, POWER Unit to LED DRIVER Unit (LA) N QCNW-L796WJQZ AM J Connecting Cord L=1000mm 3pins, MAIN Unit to ICON Unit (CI) N QCNW-K595WJQZ AP J Connecting Cord L=1060mm 5-2/2pins, MAIN Unit to Speaker (SP) N QCNW-G405WJQZ AP J Connecting Cord L=1000mm 4pins, MAIN Unit to LCD Control Unit (PL) N QCNW-F676WJQZ BH J Connecting Cord L=1000mm 41pins, MAIN Unit to LCD CONTROL Unit (LW) N QCNW-C222WJQZ AW J Connecting Cord L=1000mm 80pins, LCD Control Unit to LCD Panel Unit, x2

6

LC-70LE835E/RU, 836E/S, 838E

No Part of this publication may be reproduced, stored in a retrieval system, or transmitted in any from or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher.

Jan. 2012 SH. DS

SHARP CORPORATION AV Systems Group CS Promotion Center Yaita,Tochigi 329-2193, Japan

TopPage

LC-70LE835E/RU, 836E/S, 838E

SERVICE MANUAL

No. S12V570LE835P

LCD COLOUR TELEVISION

PWB Unit Edition

LC-70LE835E/RU LC-70LE836E/S

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.

CONTENTS

OUTLINE

CHAPTER 1. PRINTED WIRING BOARD ASSEMBLIES

[1] MAIN Unit....................................................... 1-1

[2] R/C OPC Unit................................................. 1-5

[3] ICON Unit....................................................... 1-6

LC-70LE838E

CHAPTER 2. SCHEMATIC DIAGRAM

[1] DESCRIPTION OF SCHEMATIC DIA-

GRAM............................................................2-1

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

Parts Guide

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set.

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

LC-70LE835E/RU, 836E/S, 838E

LC70LE835E

OUTLINE

• We inform you that service parts in the PWB Unit.

Unit

Model Name Unit Name Description

LC-70LE835E/ RU DKEYDF733FM58 MAIN Unit LC-70LE836E/ S DKEYDF733FM59 MAIN Unit LC-70LE838E DKEYDF733FM60 MAIN Unit

LC-70LE835E/ RU LC-70LE836E/ S LC-70LE838E

NOTE: *1 Replace MAIN PWB Unit (DKEYDF733FM**) in case of IC8401 or IC3303 failure.

DUNTKF494FM02 R/C, OPC Unit DUNTKF770FM51 ICON Unit DUNTKF800FM52 KEY Unit RUNTKA819WJQZ 3D IR TRANSMITTER Unit RDENCA451WJQZ POWER Unit DUNTKF906FM55 LCD CONTROL Unit RUNTKA961WJZZ LED DRIVER Unit

Service Manual

i

LC70LE835E

CHAPTER 1. PRINTED WIRING BOARD ASSEMBLIES

[1] MAIN Unit

MAIN Unit (Side-A)

J

I

H

LC-70LE835E/RU, 836E/S, 838E

Service Manual

G

F

E

D

C

B

A

1

2

10976543 8

1311 191816151412 17

1 – 1

LC-70LE835E/RU, 836E/S, 838E

MAIN Unit (Chip Parts Side-A)

J

2059J

45

5C

F

225B

SC8454

095R

R607

I

7048AV

8069

H

G

P9604

2769R 6669R

FB9613

C9655

FB9616

C9654

FB9614

C9653

FB9619

C9652

FB9615

R9652

FB9620

F

2269BF

E

D

C

B

1269BF

R9679

R9680

P9603

P2702

L2706

5372R

8372R

2472R

2372C

R2734

R2741

R2779

R

9672

C2726

2072CI

C2719

2C

117

P9601

C9651

R2728

R2745

1769

C9650

FB9609

9669C

FB9602

1069BF

R2752

6272R 5272R

R

FB9612

8069BF

1169BF

7

069BF

0169BF

4069BF

6069BF

R2756

9469C

8

8069C

L2705

CI

5469C

2069CI

1169C

7069C

I

5369C

69C

4

1072X

C2782

IC2701

R2720

R2719

R2733

C2728

C2718

C2738

C2794

3072R

R2765

R2718

L2703

936

8369C

1069C

2069C

9269

8

269C

1072C

R2717

FB2704

R2702

4048AV

2

048AV

R8490

R8491

R8488

R8489

R8411

9C

6069L

1069L

C

50

69L

6072

R 7072R 0172R

R2716

3072BF

C2747

7169C

61

69C

60

CI

9

6

3269C

C2729

C2721

L2701

5472C

L9603

Q9601

2069L

216

9C

0169C

9069C

4069CI

6069C

7669R

R3540

R3538

R3539

3353R

R3541

5353R

4353R

R2749

3472R 3372C

R2737

R2771

R2746

R2747

R2736

R2754

R2758

0472R

C2731

3072CI

C2720

6172C

R2729

R2730

R2732

L2702

C

4472

C2748

1072P

3072P

6072BF

125BF

R593

R606

C

65

0

205

V

AV

1059A

9

L9503

3572R

R

372

9

C2765

C2702

72C

98

6082C

72C

09

R2816

C2768

4472R

IC2704

Q2703

0672C

C2762

R2759

C2754

1672C

9572C

069L

4

269C

0

5269C

1269C

269C

2

5069CI

IC3503

R

7353R

6353

R3545

L2704

C2735

FB2705

R2763

R2654

FB2611

FB2609

1153C 8153R

FB2607

FL3504

C3513

36 1648 2648R

143R

0

FB2606

C8460

R8464

48R

R

13

33R

2C

906 0162C

62C

70 8062C

5062C

6062C 3062C 4062C

2453R

FB2603

C2807

9148R

8148R

C8461

0848R

CI

5548

C8462

1048R

243R

3 2

243

1533R

D3303

2053CI

R3519

L2607

L2608

L2610

L2609

4062P

R

R3424

6062P

R8416

R3431

R2603

FB2613

0451R 4451R

2951R

5151R

R2825

C2809

R2823

1282R

8182R

0282R

6282R

R2819

IC2807

0182C

2

C

182

7148R

2748R

R3433

R3340

C1109

R3310

R3309

R3430

85

33R

R3398

633R

0 9533R

R3369

R

1633

R3368

R1104

R3429

R3427

IC3303

2353R

3153R 4153R 5153R 6153R

R3507

R3508

R3509

R3510

R3530

R3511

R3531

P2602

R2604

FB2612

R3313

3

R3347

R3349

151D

6151R

R3314

R2822

Q1501

IC1505

4051BF

R3321

R3320

R1501

C1501

3051CS

51R

6051R

40

2151

D3309

6933R

D1504

5933C 4933C

FB2621

R

D1507

C1508

R1209

D3311

D3312

D3308

D3315

D

133

0

4133D

6133D

3443R 0443R

71

33D

9933C

3R

144

934

3R

5033D

0

6

33D

9533C

0333D

7933R

8548R

R8414

9548R

2548CS

C2019

IC2006

0602R

0702R 9402R

2402R 3402R

R2044

C2014

R2040

C2012

1102C 7302R 6302R

5062L

4062L

3062L

2L

206

1062P

3

051CI

0

43C

0

I

4033C

D3313

R3407

R3408

C3362

C3389

1043R

R3406

R3506

1053CI

R3512

R2608

7062R

1062R

FB2622

7162BF

205

1C

S

051D

6

5051

1D

805

0161 1161R 2161 3161R

161R

4 5161 6

61

1

7161R

R1520

12

051C

C

51R

4

5051

R

51

22

6051C

251C

1 4251C

R1523

51R

52

R

7251

6251C

5251C

L1505

62

1R

5

1C

235

5151BF

2151BF

D3302

C3317

R3306

R3304

1033P

1033R

2033R

2602R

Q2007

3602R

D2004

R2069

1002CI

R2032

6062L

1062L

R

51CI

R8415

C8469

R1608

3051R

D1501

D1503

R1600

R1601

R1602

R1603

R1604

R1605

R1606

R1607

7551R 151C

9 2451R

3451

FB3303

8C

864

IC8454

D8457

R2033

R2034

8002R

2002P

R1582

1502R

R1597

R1598

R1599

R1581

R1583

R1585

IC1504

4551

R

3251

C

1451R

R1535

R

R1514

R1534

R1533

R1567

L1507

R1537

1233D

1733C

2733

C

5548R 1548R

3748R

D8454

R8468

R2046

5402

R2039

C2010

R2030

R1555

L1506

8351R

R1584

C1540

D1514

L1504

0733R

21

43R

R3402

1733R

3143R

R3403

205R

105CI

305R

R628

726R

R636

CI

905

516R

4548R

C8457

1548C

I

2443R 8433R 1302R 002HT

1

1002Q

R2071

3102R

6502R

085C

FL2001

R

8302

C

R

3102

1402

R

X2001

20

R1609

R

R R

1351R

5033R

6002Q

9002R

A

7751 6 5751R 4751

751R

R1509

L1503

R635

605CI

485C

IC1501

R

R3751R

R549

125D

6451 7451R 8451 9451R 0 875 9751 08

L1502

745R

C586

1051CS

8151R

R

0651

51R

27 1751R

1R

865

R

551R

R

1

R

1R

5

2044C

2102R

R2015

I

31

44

R

4144R

C4461

C4462

R1159

211C

5

R1217

954

4R

5633

5544R

R4457

426R

516C

845BF

C2003

5062P

D2011

D2010

R4409

C4401C4403

R4404

R4405

X4401

4

33R

6

L1501

2343R

015D

705BF

556R

9

05D

335R

605BF

225

R

805D

R

526

505BF

705D

R654

405BF

F

105L

335B

F

R505R506R507

C593C594C595

205LF

435BF

305LF

535BF

D512

D525

725BF

806R

R609

D526

425D

525BF

VA502

325BF

R613

VA501

325

D

R2026

R2025

P2003

7202R

1102R 1002

2002C

C

R2010

R2014

R2016

4002C

5002C

7002C

4002P

5051CS

8051R

1R

015

61

D

1

IC1506

R1185

R1186

R1187

R

4121

7911C 9911

C

0111CI

R

R1213

5044CI

044

1

14

44C

C4445

C4421

C4422

C4438

R

666 766R

966R 866R

R618

095C

L504

885C

236

R

C585

R665

R664

C591

C583

IC507

316C

Q509

015CI

C612

R670

C614

116C

225D

746R

R518

FB539

FL509

C600

R532

VA507

FB2006

D2012

5

D1502

7151D

C1534

R4417

R4418

R4419

R

4444C

2044X

265C

R641

L502

R2001

7344C

2011L

C1111

1L

101

7011C

9311C

211R

9

1311R

6711C

7711C

R1206

C1190

C1183

1811R

0811R 2811R3811R

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1

23

8

1097654

1311 191816151412 17

1 – 2

MAIN Unit (Side-B)

J

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LC-70LE835E/RU, 836E/S, 838E

F

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C

B

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1

23

8

1097654

1311 191816151412 17

1 – 3

LC-70LE835E/RU, 836E/S, 838E

MAIN Unit (Chip Parts Side-B)

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9

1

23

8

1097654

1311 191816151412 17

1 – 4

[2] R/C OPC Unit

J

I

H

G

LC-70LE835E/RU, 836E/S, 838E

)A-ediS(tinUCPOC/R )B-ediS(tinUCPOC/R)A-ediSstraPpihC(tinUCPOC/R

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B

A

1

23

8

1097654

1311 191816151412 17

1 – 5

LC-70LE835E/RU, 836E/S, 838E

[3] ICON Unit

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H

G

F

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25

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452C

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1

12D

1

23

8

1097654

1311 191816151412 17

1 – 6

LC70LE835E

CHAPTER 2. SCHEMATIC DIAGRAM

[1] DESCRIPTION OF SCHEMATIC DIAGRAM

1. VOLTAGE MEASUREMENT CONDITION:

1) The voltages at test points are measured on exclusive AC adaptor and the stable supply voltage of AC 220 - 240 V.

Signals are fed by a color bar signal generator for servicing purpose and the above voltages are measured with a 20k ohm/V tester.

2. INDICATION OF RESISTOR & CAPACITOR:

RESISTOR

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

(K=kΩ=1000Ω, M=MΩ).

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

(K= ± 10%, F= ± 1%, D= ± 0.5%)

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

CAPACITOR

1) All capacitors are µF, unless otherwise noted.

(P=pF=µµF).

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

CAUTION:

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

LC-70LE835E/RU, 836E/S, 838E

Service Manual

SAFETY NOTES:

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

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

IMPORTANT SAFETY NOTICE:

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

2 – 1

LC-70LE835E/RU, 836E/S, 838E

[2] SCHEMATIC DIAGRAM

MAIN Unit-1 (LC-70LE835, 838)

J

I

H

G

F

E

D

C

B

)RENUT(1NIAM

renuTraeN

6311R*

KRV

1011

R

3011LT

K

1

TESER_UT_N

4011LT*

ATADS_UT

8011C*

P33

5011LT*

KLCS_UT

4211C

6011C*

u1.0

P33

3411LT*

4411LT*

V3.3+TAS

V2.1+TAS

1811C*

u10.0

V52

LNB

2011UT*

LB+3.3V

N_TU_RESET

UE

4535

TU_SDATA

TU_SCLK

MINH-C_T/MIN-2

S

987654321

1

0

IF+1.8V

D__IF-

TU_AIF+/CVBS

TU_AIF-/SIF

IF+3.3V

1

2111

IF___AGC

D__IF+

ZQJW920AW

AT+5V

TU_GAIN_SW

31

4

TU/SAT_SCL

5161718191

T2_TS_SYNC_HSS

T2_TS_VAL_HSS

TU/SAT_SDA

T2_TS_CLK

02

T2_TS_D0

T2_TS_D1

122232

T2_TS_D2

T2_TS_D3

425262

T2_TS_D4

T2_TS_D5

T2_TS_D6

T2_TS_D7

728292

T2_TS_ERR

N_TUN_RESET

3

0

SAT+3.3V

SAT+1.2V

13

NC

233343536373839304

S2_TS_D7

LNB_CTRL_1

LNB_CTRL_0

V5+TA

V3.3+FI

B

NL

S2_TS_D6S2_TS_D5

0

.

4811C*

u10

52

V

S2_TS_D2

S2_TS_D4

142434445464748494

S2_TS_D1

S2_TS_D3

V8.1+FI

5811C

0

u10.

V52

3311C*

0

u1. V01

L

111

4

*

LT

3111LT*

8811C*

P0001

S2_TS_D0

S2_TS_CLK

V

3.3+B

S2_TS_VAL_HSS

S2_TS_SYNC_HSS

0

V52

5911R*

K001

85

SAT_SDATA

S2_TS_ERR

DISEQC_OUT

15

05

25

75

S2_RESET

DISEQC_IN

SAT_SCLK

6

011LT

3011BF*

1011LT

JW291A

5011C*

P0001

7011LT

1C

11

0

u10.

V52

8711C* u10.0

4011BF*

JW291A

9811C*

BY

C

*

5011D

u1.0

HV

D

R

04L651B

2811C*

u10.0

V52

2611R*

0

2111C* u01 V61

JW732AZK

8711R*

8011L

T

FIS/-FIA_UT

SBVC/+FIA_UT

-FI__

D

+FI

_D

_

CGA

_FI

_

UT_N

TESER_N

0

_LRTC_BNL

1_LRTC_BNL

KLCS_TAS

T

D

AS

S

A

_

TA

C

Q

D

NI

ESI

_

TUO_CQESID

T

R_2S

ESE

0

9711R*

9011LT

0

10

21R*

0111LT*

0

1111L

T*

*

2021R 0 1511R*

*

2111LT

K0

1

3211C* u

.0

740

23

11LT

*

011R*

9

0

4511LT*

*

4021R

0

5021R*

3311LT*

0

*

9211R

0411LT*

001

1311R*

*

1511LT

001

6021R*

1411LT*

0

7

R*

021

T*

2511L

0

411LT*

2

2311R* 0

TSR_NUT_N

4411R*

001

ADS_UT

LCS_UT

3411R* 001

4011L*

Hu01

MEC

7211C*

u01

61

V JW732AZK

FIS_UT

0121R*

0

SBVC_UT

VC/+FIA_NUT

SB

2121R*

0

-FI_D

+FI_D

CGA__F

I

T

SR_N

UT_

N

LCS_TAS

ADS_TA

S

TSR_TAS_NUT_N

9311LT*

9411LT

*

8311LT*

KLC_ST_2

S

8411LT*

0D_ST_2S

7311LT*

1D_ST_2S

7411LT*

2D_ST_2S

6311LT*

3D_ST_2S

6411LT*

4D_ST_2S

5311LT*

5D_ST_2S

5

*

411LT

6D_ST_2S

4311LT*

7D_ST_2S

8211C*

u

01

V6

1

JW732AZK

1

C*

92

1 u01

V61

J

732AZK

W

0911C* u10.0

V52

*

renuTraeN

22

SSH_CNYS_ST_2S

1

SSH_LAV_ST_2S

3

5

7

1

3

5

7

1

3

5

7

2011CI*

E21B271S

uoV

t

1

DNG

2

NO

3

1C*

031 u01 V6

1

JW732AZK

0811R* K

051

3811C u10.

0

5

2

V

911

5

C

u7.4

01

V

QJW167AZK

Z

CNYS_2S

2

LAV_2S

4

S

KLC_2

6

0D_2S

8

7311R*

2

KRV2

1D_2S

2

2D_2S

4

3D_2S

6

4D_2S

8

8311R*

KRV

2

5D_2S

2

6

S

D_2

4

7D_2S

6

8

niV

6

DNG

5

N

C

4

7011L

Hu0

1

EC

M

30

11L*

Hu01

MEC

0__LRTC_BNL

1811R* K2.2

3811R* K22

.9

0

8011Q*

8.3

2811R*

K2.2

5

I

1S

1NO2

A8293CS2

2.3

R

.2

4

tuoV

V

ni

011C

9

C

911 u7.4 V01

U81B07

DNG

C.

N

3

S2_D0

S2_D1

S2_D2

S2_D3

S2_D4

S2_D5

S2_D6

u

K2.2

1C*

10.

K2.2

04L65

10B

3711C*

*

0111R

0

2

1 u V52

52

5011R

1111R

K0

011L*

1

Hu22

W

6

0

8

TS_TUOUT_D4

1611C*

u1.0

V01

4011C

u1

V52

K01

3021R* 0

1011C* P0028 V

4

2

ZQJ

6811R*

K

ZQJW126AZK

2211R*

KRV

1234567

TS_TUOUT_D5

R

TS_TUOUT_D6

3011Q*

1

2

3

4

5

6

7

8

9

10

11

12

S2_D7

TS_TUOUT_D7

1411C*

u01

.3

8

U141N1T

C*

I*

NITED

LRTCV

C

N

C

CN

L

X

DNG

-P

ADS

CS

L

R

DDA

D

QS

NIQSD

7811R*

KRV

0

8

P(0

T

)REWO

1NIAMO

010

V8.1+M

010

V5+D

0

10

V6.5+D

V3.3

+D

LAVST_MIN

CNYSST_MIN

ATADST_MIN

KLCST_MIN

61

V

JW732AZK

0.9

2011Q*

RA8293CS2

2.3

7711R*

001

6711R*

033

TROHS_BNL

5411C*

61

V

u

01

JW732AZK

*

8111R K01

*

7

011

u86

V52

HSA

5011C

I2Cadress:16H

A

T

UO

NL

R*

1211 093

7111R*

K01

6011Q*

CA0351ASI

3.3

9111R* 01

6.2

0

011BF

1 JW291A

1111C*

C*

4111

u86

u1

V52

011D*

2

V52

HSA

6AZK

W12

QJ

Z

DHV

RPP32HBNLZQJW365CXI

CN

24

LESI

23

PUV

22

C

N

21

XToV

20

XRoV

19

DNG-

18

C

CV

17

L-CCV

16

YB

P

15

T

XT

14

MTXE

13

C_B

1__LRT

1

6211R*

K

K51

*

6111C

u2

2.0

V52

ZQJW907A

ZK

4011D

*

DHV

111C*

3 u22.0

V

52

K

ZQJW907AZ

7211R*

0

71

C*

11

2.0

K

7AZ

1911R*

0

3511C*

u10.0

5311R*

V52

0

451RS1

*

3311R

3

.

3

W

4/1

T

Q

1C*

911

V52u0 JW383AZ

D*

3011 04L651BR

DHV

011L*

Hu02

2

*

4311R

5

1

04L651BR

8211R

*

001

V52u2

ZQJW90

SSAPYB_SBVC_RENUT

SBVC_RENUT

0211C

*

u10.0

V52

BZC

2

ZQJW722BP

ZC

5111C*

u01 V52

JW383AZK

SBVC/+FIA_NUT

T

FIS/-FIA_NU

TSR_NUT_N

TSR_TAS_NUT_N

CGA__FI

LCS_

UT

ADS_

UT

_D

-FI

+FI_D

ADS_TAS

AS

LCS_T

7D_TUOUT_ST

D_TUOUT_ST

6

TUOUT_ST

5D_

D_TUOUT_ST

4

ST

3D_TUOUT_

2D_TUOUT_ST

1D_TUOUT_ST

0D_TUOUT_ST

LAV_TUOUT_ST

CNYS_TUOUT_ST

KLC_TUOUT_ST

9411R*

0

0511R*

0

R*

6911

1

R*

791

2

K2.

.2

K2

5

511R

* 0

*

0

*

511R*

7

4511R

1021C*

0021C 3

P

3

P

33

9511R*

0

K01

1

52

C*

1

u740.0 V01

010

D

V3.3+

0

10

V

31+RU

V31+RU

UPC(4

T

)

NIAMO

400

LAVST_MIN

400

CNYSST_MIN

0

40

_MIN

ATADST

400

KLCST_MIN

)IC_DOMED(11NIAMOT

110

7D_TUOUT_ST

110

6D_TUOUT_ST

110

5D_TUOUT_ST

110

4D_TUOUT_ST

110

3D_TUOUT_ST

0

11

2D_TUOUT_

ST

110

1D_TUOUT_ST

110

0D_TUOUT_ST

110

LAV_TUOUT_ST

0

11

CNYS_TUOUT_ST

110

KLC_TUOUT_ST

T

)MOCU(7NIAMO

700

TROHS_BNL

700

WS_V5+TNA

)UPC(4NIAMOT

400

WS_NIAG_NUT

400

PFI_VTA_UPC

400

NFI_VTA_UPC

400

TSR_NUT_N

400

TSR_TA

NUT_N

_

S

(11NIAMOT

)IC_DOMED

10

1

T

CS_

L

U

110

ADS_UT

10

1

NFI_BVD

110

PFI_BVD

110

D

CGA_FI_BV

)IC_DOMED(11NIAMOT

1

0

LCS_TAS

110

ADS_TAS

)UPC(4NIAMO

T

1

T

1

1P

1

400

TSR_MI

N

0

40

FIS

400

SBVC_RENUT

)PMAOIDUA(9NIAMOT

)LANIMRAT(2NIAMOT

0

20

2111PT

1PT

011

APYB_SBVC_REN

SS

UT

)HSALF(6NIAM

OT

0

60

CS

k004_0L

600

k004_

0ADS

S2_CLK

S2_VAL

S2_SYNC

5811R*

KRV

0

8

1234567

TS_TUOUT_CLK

8311C*

K

1.0

u V01

R

1121

2

1

W2/

FWT

6

ZQJW167AZK

TS_TUOUT_SYNC

K01

8011R

*

0

4811R* K0

1

1234567

TS_TUOUT_D3

TS_TUOUT_D1

TS_TUOUT_D2

TS_TUOUT_D0

TS_TUOUT_VAL

2111R*

K01

3111R*

JW732A

ZK

01

V61

4

V

C.N5tuo

4011CI*

M05B231S

DNG

N

niV

O

2

1

3

*

0

*

1011D*

R

1B

DHV

0

11R*

2

K01

13

2411R*

1

0

*

1

P

LIC

A

1

23

8

1097654

1311 191816151412 17

NUD

F

T

**EW337

K

2 – 2

MAIN Unit-1 (LC-70LE836)

J

I

LC-70LE835E/RU, 836E/S, 838E

)RENUT(1NIAM

renuTraeN

011R

1

T

3011L

K1

TESER_UT_N

211

4

C

u1.0

TSR_NUT_N

T2_VAL

T2_SYNC

1234567

T2_D0

T2_D2

T2_D1

T2_D4

T2_CLK

8811R*

KRV

0

8

1234567

T2_D7

T2_D6

T2_D5

T2_D3

0

8

9811R*

KRV

1234567

*

0911R

KRV

0

8

9311R*

7211LT*

KLC_ST_2T

8111LT*

0D_ST_2T

6211LT*

SSH_CNYS_ST_2T

7111LT*

H

G

4011UT*

ZQJW270AA

F

AT+5V

TU_GAIN_SW

N_TU_RESET

UE

MIN-2T

987654321

2111

01

IF+1.8V

TU_SCLK

TU_SDATA

TU_AIF-/SIF

IF+3.3V

TU_AIF+/CVBS

IF___AGC

D__IF+

D__IF-

T2_TS_CLK

TU/SAT_SCL

TE+3.3V

31

1

5

T2_TS_SYNC_HSS

1718

41

6

19102

T2_TS_VAL_HSS

T2_TS_D0

TU/SAT_SDA

TE+1.2V

T2_TS_D1

1

2

23242

T2_TS_D2

T2_TS_D3

T2_TS_D4

27282

T2_TS_D5

52

6

T2_TS_D6

T2_TS_D7

T2_TS_ERR

N_TUN_RESET

2

9

03

T2+2.5V

V5.2+2T

V3.3+E

T

V2.1+ET

V5+TA

V3.3+FI

9711C*

u10.0

V5

2

5111LT*

0811C*

u10.0

V52

.1+FI

V8

6

011LT

5811C

u10.0

V52

3011BF*

1011LT

JW291A

3311C*

5011C*

0

u1.

P0001

V01

7011LT

1C

011

u10.0

V52

3211LT*

4211LT*

3911

C*

u10.0

V5

2

FIS/-FIA_UT

4611R*

0

5011L*

Hu01

8111C* u01 V61

JW732AZK

8011LT

9011LT

SBVC/+FIA_UT

MEC

7211C*

u01

61

V JW732AZK

8711R*

0

FIS_UT

0121R*

0

9711R* 0

SBVC_UT

SBVC/+FIA_NUT

2121R*

0

E

6111LT*

ADS_TAS/UT

3011R*

001

5711C*

P3

3

2011R*

5211LT*

001

LCS_TAS/UT

4711C*

D

P33

2311LT

*

TESER_NUT_N

9011R* 0

ADS_UT

LCS_UT

TSR_N

UT_N

SSH_LAV_ST_2T

9211LT*

3D_ST_2T

0

211LT*

4D_ST_2T

8211LT*

1D_ST_2T

9111LT*

2D_ST_2T

1311LT*

7D_ST_2T

0

*

311LT

_2T

5D_S

T

1211LT*

6D_ST_2T

1

8211C*

u0

1

V6

1

JW732AZK

2

3

9211C* u01 V61

JW732AZK

V5.2+2T

2911C* u1

ZKC

1911C*

u1

ZKC

KRV22

1

2

3

4

5

6

7

8

KRV

0411R*

22

1

2

3

4

5

6

7

8

5411R*

KRV22

1

2

3

4

5

6

7

8

2011CI*

E21B271S

uoV

t

niV

6

DNG

5

NO

N

C

4

7011L

Hu0

1

MEC

4

5

N

C

tuoV

8011CI*

N52C6143

V

NG

ni

D

NO

2

1

3

TS_TUOUT_CLK

TS_TUOUT_SYNC

KLC_2T

0D_2T

CNYS_2T

T

LAV_2

3D_2T

4D_2T

1D_2T

2D_2T

7D_2T

5D_2T

6D_2T

TS_TUOUT_VAL

3111R*

K01

8311C*

K

1.0

u V

01

TS_TUOUT_D0

TS_TUOUT_D3

TS_TUOUT_D1

TS_TUOUT_D2

2111R*

K01

JW732A

ZK

01

1

4

oV

C.N5tu

4011CI*

M05B231S

DN

G

niV

NO

1

2

3

3711C*

u V6

TS_TUOUT_D4

1611C* u1.0 V01

TS_TUOUT_D7

TS_TUOUT_D6

TS_TUOUT_D5

V3.3

+D

LAVST_MI

N

CNYSST_MIN

ATADST_MIN

KLCST_MIN

1411C*

u01

61

V

JW732AZK

0.9

2011Q*

.3

8

RA8293CS2

2.3

7711R*

001

6711R*

033

TROHS_BNL

5411C*

61

V

u

01

JW732AZK

3011Q*

R

U141N1T

8111R*

01

K

R*

1211 093

7111R* K01

6011Q*

CA0351ASI

3.3

9111R* 01

6.2

3511C*

u10.0

5311R*

V52

0

S

T

SAPYB_SBVC_RENU

SBVC/+FIA_NUT

T

FIS/-FIA_NU

T

SR_NUT_N

TSR_TAS_NUT_N

0

LCS_

UT

SBVC_RENUT

ADS_UT

DS_TAS

A

LCS_TAS

7D_TUOUT_ST

D_TUOUT_ST

6

TUOUT_ST

5D_

D_TUOUT_ST

4

3D_TUOUT_ST

T

2D_TUOUT_S

1D_TUOUT_ST

0D_TUOUT_ST

LAV_TUOUT_ST

CNYS_TUOUT_ST

KLC_TUOUT_ST

9411R

*

0

0511R*

0

6911R*

7911R*

K2.2

1021C*

0021C*

P3

3

P33

1111PT

2111PT

0111PT

)REWOP(01NIAMOT

010

V8.

1+M

010

V5+D

010

V6.5+D

010

V3.3+D

UPC(4

T

)

NIAMO

400

LAVST_M

IN

00

4

CN

YSST_MIN

400

A

TADST_MIN

400

K

LCST_MIN

)IC_DOMED(11NIAMOT

110

7D_TUOUT_ST

110

6D_TUOUT_ST

110

5D_TUOUT_ST

110

4D_TUOUT_ST

110

3D_TUOUT_ST

0

11

2D_TUOUT_ST

110

1D_TUOUT_ST

0

11

0D_TUOUT_ST

110

LAV_TUOUT_ST

110

CNYS_TUOUT_ST

110

KLC_TUOUT_ST

T

)MOCU(7NIAMO

7

00

TROHS_BNL

700

WS_V5+TNA

)UPC(4NIAMOT

400

WS_NIAG_NUT

400

PFI_VTA

_UPC

4

00

NFI_VTA_UPC

400

TSR_NUT_N

400

TSR_TAS_NUT_N

)IC_DOMED

(11NIAMOT

110

LCS_UT

110

ADS_UT

T

)IC_DOMED(11NIAMO

1

10

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+4TUO

10

-3TUO

11

O

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12

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13

+2TUO

14

-1TUO

15

+1TUO

16

zHM57.222_NKLC_3IMDH

8

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zHM57.222_PKLC_3IMDH

7

NI

+4

-3NI

+3NI

-2NI

+2NI

-1NI

+1NI

2051LT

5051LT

-4NI

I

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+3NI

-2NI

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NI

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8051LT

5351LT

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I

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N0D_3IMDH

6

D_3IMDH

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5

N1D_3IMDH

4

P1D_3IMDH

3

N2D_3IMDH

2

D_3IMDH

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1

8051D

481SS1

1

3

2

7051LT

1CI

205

804321MC

zHM57.222_NKLC_2IMDH

8

zHM57.222_PKLC_2IMDH

7

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6

P0D_2I

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5

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4

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D_

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804321MC

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7

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6

P0D_1IMDH

5

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4

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1

3051AV

1051AV

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02

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22

1.58651R

1.51751R

1.52751R

1.53751R

1.54751R

1.55751R

1.56751R

1.57751R

1.51851R

1.53851R

1.55851R

1.57951R

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1

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1.59951R

1.50061R

1.51061R

1.52061R

1.53061R

1.54061R

1.55061R

1.56061R

1.57061R

1.58061R

1.59061R

8

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10

11

12

13

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19

20

21

22

23

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13

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R1615 5.1

R1616 5.1

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70

69

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66

65

5

64

63

62

61

60

59

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58

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57

56

55

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53

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0

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200

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4

100

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500

#SAC_RDD_B

500

#EW_RDD_B

500

TDO_RDD

500

NEKLC_RDD_B

500

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0

50

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500

2AB_RDD_B

500

RDD_B

0A_

500

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500

2A_RDD_B

500

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50

0

A_RDD_B

4

500

5A_RDD_B

500

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6A

500

7A_RDD_B

500

8A_RDD_B

500

9A_RDD_B

500

01A_RDD_B

500

11A_RDD

00

5

21A_RDD

50

0

31A_RDD_B

50

0

500

5

00

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500

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5

00

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00

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0

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00

5

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500

0QD_RDD_B

500

1QD_RDD_B

00

5

2QD_RDD_B

500

3QD_RDD

500

4QD_RDD_B

500

5QD_RDD

500

6QD_RDD_B

500

7QD_RDD_B

500

8QD_RDD_B

500

9QD_RDD_B

500

01QD_R

500

11QD_RDD_B

500

21QD_RDD_B

5

00

31QD_RDD_B

500

41QD_RDD

500

51QD_RDD_B

600

C_HSALF

#0E

600

#

1EC_DNAN

00

6

#BR_DNAN

600

ELA_DNA

600

ELC_DNAN

600

#EW_DNAN

600

#EO_DNAN

600

0D_DNAN

600

D_DNAN

1

6

00

2D_DNAN

600

3D_DNAN

0

60

4

D_DNAN

600

N

5D_DNA

60

0

6D_DNAN

0

6

0

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7D_DNA

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0

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500

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500

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D_A

500

#SAR_RDD_A

500

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0

50

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500

TDO_RDD_A

500

NEKLC_RDD_A

500

0AB_RDD_A

500

1

AB

_RDD

_A

00

5

2AB_RDD_A

500

0A_RDD_A

0

50

1A_RDD_A

5

00

2A_RDD_A

5

00

3A_RDD_A

500

4A_RDD_A

500

5A_RDD_A

500

DD_

A

6A_R

500

7A_RDD

_

A

500

8A_RDD_A

500

9A_RDD_A

500

01A_RDD_A

50

0

11A_RDD_A

0

50

A_RDD_

21

A

50

0

31A_RDD_A

500

HM126_P

z

500

zHM126_N0KLCM_RDD_A

500

zHM126_P1KLCM_RDD_A

00

5

zHM126_N1KLCM_RDD_

500

_RDD_A

0MQD

500

1MQD_RDD_A

500

2MQ

D_RD

D_A

500

3MQD_RDD_A

0

5

0

A

P0SQD_RDD_

0

50

N0SQD_RDD_A

500

P1SQD_RDD_A

500

N1SQD_RDD_A

500

P2SQD_RDD_A

500

N2SQD_RDD_A

500

P3SQD_RDD_A

500

N3SQD_RDD_A

500

D

_A

0Q

D

_RD

500

1QD_RDD_A

500

2QD_RDD_A

00

5

3QD_RDD

_A

5

00

4QD_RDD_A

500

5QD_RDD_A

500

6QD_RDD_A

500

7QD_RDD_A

500

D_RDD_A

8Q

500

9QD_RDD_A

500

01QD_RDD_A

500

11QD_RDD_A

5

00

A

QD_RDD_

21

500

31QD_RDD_A

500

41QD_RDD_A

5

00

5

1QD_RDD_

A

500

61QD_RDD_A

50

0

_A

71QD_RDD

500

81QD_RDD_A

5

00

91QD_RDD_A

500

02QD_RDD_A

500

12QD_RDD_A

500

22QD_RDD_A

5

00

_RDD_A

32QD

0

50

42QD_RDD_A

0

50

DD_A

52QD_R

50

0

62QD_RD

D_A

500

72QD_RDD_A

00

5

82QD_RDD_A

500

92QD_RDD_A

0

50

03QD_RDD_A

500

13QD_RDD_A

3

033R*

0

4133C*

P0001

V0

5

1234567

V0

R

7033

033

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80

033

#

O

6143R*

0

TESER

NC

3R

503

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8

NC

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ZQJW167AZK

6

933C

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1233C u10.0

F

JE

1A

FERVR

6

1B

F

9133C

u10.0

1C

1D

6FERVR

1F

3MQD_RDD_A

1G

N2SQD_RDD_A

1H

N3SQD_RDD_A

1

J 91QD

D_A

_RD

1K

12QD

_RDD_A

1

L

zHM126_N1KLCM_RDD_A

1N

RDD_A

31A_

1P

9A_RDD_A

1T

#0SC_RDD_A

1

U

1V

_RD

D_A

1W

1Y

A

1BA

1CA

HM126_N0KLCM_RDD_

z

A

1EA

1FA

1GA

TJE

1HA

1KA

LF

1LA

#TSRT_GATJE

IDT_GAT

ODT_GATJE

SMT_GATJE

TOMAIN6(FLASH)

u

BZC

C

4233

u1.

0

V61

2

4

6

8

3A_RDD_B

0AB_RDD_B

TDO_RDD_B

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R_RDD_A

4QD_RDD_A

_A

2QD_RDD_A

1MQD

N0SQD_RDD_A

N1SQD_RDD_

3QD_RDD_A

ODT_GA

ELA_DNAN

N

#0EC_HSA

#BR_DNAN

ORESET#

10

R3325

006

N_CPU_RST

1

3

5

7

B

2

2C

2D

2F

61QD_RDD_A

2G

P2SQD_RDD_A

H

2

P3SQD_RDD_A

2

J

_RDD_A

2K

2L

N

2

RDD_A

3A_

P

2

TESE

2T

#SAR_RDD_A

2U

V

2

_RDD_A

2Y

2BA

2CA

2EA

2FA

2GA

CT_GATJE

2HA

DNAN

2KA

0D_DNA

1D_DNAN

CPU_OS_CLK0

10

*R3309

006

SCL0_400k

8233C

u

1.0

V61

2

4

6

8

9A

_RD

D_B

2A_RDD_B

7A_RDD

_B

5A_RDD_B

B

#0SC_RDD_B

3C

2133R

65

5233C

3D

u10.0

RVREF6

3E

22QD_RDD_A

D_A

3F

81QD_RDD_A

G

3

_A

3H

71QD

32QD_RDD_A

3L

zHM126_P1KLCM

3M

TDO_RDD_A

3N

0A_RDD

_A

3P

7A_RDD_A

3R

5A_RDD_A

3T

2AB_RDD_A

6QD_RDD_A

3

U

0QD_RDD

3W

P0SQD

0MQD_RDD_A

3Y

21QD_RDD_A

3AA

P1SQD_RDD_A

1QD_RDD_A

3

BA

7QD_RDD_A

5QD_RDD_A

CA

3

3DA

zHM126_P0KLCM_RDD_A

3FA

3GA

K

SMT_GATJE

HA

3

RT_GATJE

#TS

3JA

ELC_

#EO_DNAN

2D_DNAN

AN

3D_DN

SD_DET

CPU_OS_DAT0

CPU_OS_DAT1

CPU_OS_CLK1

10

*R3310

R3314

R3313

006

SD_DET

SCL1

SDA1

SDA0_400k

9233C

u1.0

V61

2

1

3

5

7

4D

4E

2QD

0

_RD

4G

RDD

92QD_

4H

4K

4L

42QD_RDD_A

4M

#SAC_RDD_A

4N

4P

2A_RDD_A

4

R

0AB_RDD_A

4T

4A_RDD_A

4U

4W

4Y

41QD_RDD_A

4AA

A

4B

4CA

4DA

4EA

4GA

IDT_GATJE

4HA

EW_DNAN

JA

4D_DNAN

SD_WP

006

SD_WP

1

4

3

6

5

8

7

_B

NEKLC_RDD_B

01A_RDD_

2AB_RDD_B

#E

W_RDD_B

#SAC_RDD_B

82QD_RDD_A

P0D_BSU

N0D_BSU

OPCTRL0

TOMAIN7(UCOM)

zHM126_P0KLCM_RDD

zHM126_N0KLCM_RDD_B

8

QD_RDD_B

1QD_RDD

4

_B

8C7C6C5C4C

01QD_RDD_B

7QD_RDD_B

#SAR_RDD_B

D

5QD_

D_B

R

F7

4

7

8H

74

8

J

3033CI*

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ZQ1NSRSesutoN

SRSesU

HA7HA6HA

F

3333R

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DLOHWOPMS

JA6JA5JA4

UPC_V21_LNP_TED

TSR_BSU_N

_C2I_LNP

NE

D

MT_WS

OPCTRL1

OPC_CPU

KEY2_CPU

KEY1_CPU

POW_SW_CPU

TP3314

TP3329

TP3345

TP3346

TP3347

TP3348

TOMAIN6(FLASH)

_RDD_B

1A_RDD_B

2

11A_RDD_

31A_RDD_B 0MQD_RDD_

11QD_RDD_A

#

OPCTRL4

R3316

NIPGIFNOC

1AB

4A_RDD_B

B

6A_RDD_B

1A_RDD_B

0A_RDD_B

8A_RDD_B

TESER_RDD_B

5E

E

6F

F

5

G

5H

5L

D

D_RD

_A

5M

5N

5P

B

1A

RDD_

_

A

5

R

5T

_A

5U

D_A

5W

_A

5AA

5B

A

5DA

5GA

N

_DNA

C

N

OPCTRL5

R3320

10K

R3318

7G

72QD_RDD_A2MQD_RDD_A

3

723

R

6H

52QD_RDD_A

62Q

NEKLC_RDD_A

#EW_RDD_A

11A_RDD_A

1A_RDD

9QD_RDD

6D_DNAN

7D_DNA

9233R

13QD_RDD_A

6J

6K

6

7L

L

03QD_RDD_A

6N 01A_RDD_A

6P

21A_RDD_A

6T

6A_RDD

_A

8A_RDD_A

5FERVR

U

7

333C

0

u10.0

31QD_RD

51QD_RDD_A

6Y

01QD_RDD_A

8QD_RDD_A

6BA

5D_DNAN

TSR_CRF_N

PW_LNP

NE_LNP

P1D_BSU

#1E

N1D_BSU

4.7K

4.7K CPU_U1TX

CPU_U1RX

R3323

10

R332410R3321

006

CPU_UATXD1_UCOM

CPU_UARXD1_UCOM

1333C

u1.0

A9EA

N

006

CPU_UARXD0_RS

1F9

1E

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R3335

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0

01FA9FA8FA

01JA9JA8

CPU_U0RX

C

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0

QER_MP

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R

zHM57.222_PKLC_S

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10

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2333

21QD

3QD_RDD_B

UPC

C_TS

CPU_U0TX

006

CPU_UATXD0_RS

N1SQD_RDD_B

P1SQD_

UPC_CEC_IMDH

UP

P0D_SDMT_WS

N0D_SDMT_WS

47

3333C

0

u1.

11B01B8B7B6B4B3B

B

_

B

11M

11N

1

1P

1

1R

11T

11U

11V

1W

1

11Y

11

AA

SLOWSW1

SLOWSW2

R3436

002

SLOWSW1

TOMAIN2(TERMINAL)

N0SQD_RDD_B

0SQD_RDD_B

P

1QD_RDD_B

0QD_RDD

UPC_WS_WOP

P1D_SDMT_WS

N

1D_SDMT_WS

HP_PLUG

10K

002

HP_PLUG

4333C

0

u1.

O

TCP

WS

CVBS1_PLUG

CVBS_OUT_MUTE

002

CVBS_OUT_MUTE

CVBS1_PLUG

21N

21P

R

21

21T

21V

2

1Y

1LR

ETUM_PH

5LRTCPO

4LRTCPO

CVBS2_PLUG

002

21M

21U

21W

CVBS2_PLUG

2033BF

1A

JW29

V3.3DDVA_UPC

8

333C*

1433

3

C

2

0

433C

u10.

433C

u1

0

10.0

u

10.

OLS2WSWOLS

PO

C

I2C_READY

DET_PNL_12V_CPU

008

TP3350

I2C_READY

71T

71U61U

WSW

1

UPC_C

PNL_I2C_EN

008

PNL_I2C_EN

_PMO

P2D_0SDVL

N2D_0SDVL

N2D_1SDVL

P2D_1SDVL

R3433

008

1MOC_PMOC

47

PANEL_OFL1

HM47_NKLC_1SDVL

z

1

R71R61

8

81T

U

81

81V71V61V51V

KUPC_1YEK

UPC_2YE

81JA71JA

A

M

010

TOMAIN10(POWER)

PNL_I2C_EN

KLC_0SDVL

0YOS_CS

P0Y_CSP1Y_PMOC

CPU_OPWM1

R3340

010

OFL1

u

P1RP_PMOC

CPU_OPWM2

47

R3341

010

7333C

5333C

6333C

u

7.4

u1.0

V01

u1.

0

ZQJW167AZK

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ADS_AGV_U

CPU_GPIO13

AMP_PROTECT

R3338

009

AMP_PROTECT

N_PER_RST

0SDVL

P0D_0SDVL

N1D_0SDVL

N0D_0SDVL

N0D_1SDVL

P0D_1SDVL

51D41D31D11D01D9D8D7D6D5D

P1D_1SDVL

N1D_1SDVL

P

51

R

51T

61T

51U

1BA51BA41BA31BA21BA11BA

330

GA

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1K

9333R

R3435

0

9333C u7.4 V01

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PG_CPGOS_

1Y

OCAGV_CP

OS_PMOC

M

61MA51MA

PR_CP

PNL_WP

PNL_EN

N_FRC_RST

TCON_ROM_EN

10

008

TOMAIN8(PANEL)

TCON_ROM_EN

PNL_EN

N_FRC_RST

PNL_WP

11QD_RDD_B

1A31A11A01A8A7A6A4A3A2A

9QD_RDD

_B

1MQD_RDD_B

31QD_RDD_B

51QD_RDD_B

6QD_RDD_B

4QD_RDD_B

2QD_RDD_B

41H

41J

31N

31P

41P

R

1R

1

4

3

31T

41T

U

31

41U

31V

41V

W

31W

1

41EA 5

0LRTCPO

BSRWPO6LRTCPO

C

41GA31GA21GA01GA8GA

CR_UPC

PC

U_UPC

XT0

#TESERO

31JA21JA11JA

XR0U_UPC

CPPB_C

P

P2D_SDMT_

CNYSH_CP

D_SDMT_WS

N2

1MA21MA11MA01MA9MA7MA6MA5MA3MA2MA1MA

3

CNYSV_CP

HP_MUTE

DSUB_WP

S1_PLUG

SP_MUTE

COMP2_PLUG

COMP1_PLUG

TP3307

002

009

TOMAIN9(AUDIO AMP)

HP_MUTE

S1_PLUG

COMP1_PLUG

DSUB_WP

SP_MUTE

5433C

433

u10.0

HM47_P

z

zHM47_NKLC_0SDVL

1D71D

zHM47_PKLC_1SDVL

91E81E71E61E51E41E31E21E11E01E9E8E7E6

91P81P71P61P51

91R

91T

91U

91V

1W81W71W61W51W4

9

FA81FA71FA61FA41FA31FA21FA

0

R3417

C

CSP1BP

_CS

AC_DET_CPU

47

010

OFL2

AC_DET

6433C

4433C

u10.0

P4D_0SDVL

P

3D_0SDVL

N

02A91A81A71A61A51A4

N4D_0SDVL

N3D_0SDVL

N

02B91B81B71B61B51B41B31B

N3D_1SDVL

12C91C71C51C41C31C21C11C01C9C

P3D_1SDVL

12D9

P4D_1SDVL

N4D_1SDVL

02E

4433R

21

K

02M91M71M61M51M41M31M

2N

02N91N81N71N61N51N41N

1

12P

2P

0

12R

2

R

12T

02T

12U

02U

12V

02V

12W

2W

0

12Y

02Y91Y81Y71Y61Y51Y41Y31Y

2AA02AA91AA81AA71AA61AA51AA41AA31AA21AA

1

0

12BA

2BA91BA81BA71BA6

12CA02CA91CA71CA51CA31CA21CA

UPC_PMETSQ

FIS_UPC

02GA91GA71GA61

MOC_FIS_UPC

C

6833

2JA

u10.0

PC

P0RP_

TUO_2CADV_UPC

F

0MOC

560

R3343

P0BP_CS

OPWRSB

PNL_POW

N_TUN_RST

LAMP_ERR_CPU

10

10K

R3419

R3411

R3420

010

001

TP3351

TP3352

TOMAIN1(TUNER)

PNL_POW

N_TUN_RST

C

NDPTH_OBV

NKCOL_OBV

F

GOLANA

N_TUN_SAT_RST

001

N_TUN_SAT_RST

V

1SSAPYB_UP

0CS_UPC_GOLANA

A12LA91LA81LA61LA51LA31LA21LA11LA01LA9LA7LA6LA5LA3LA2LA

TUN_GAIN_SW

ANT+5V_SW_CPU

001

TP3353

2E

2W

2AA

TUN_GAIN_SW

V3.3A_UPC

7433C*

8433C

0

u01

u1.

BZC

V61

V01

JW732AZK

P1

7833C

u10.0

MOCSBVC_UPC

CPU_GPIO7

TP3308

C

CPU_GPIO8

TP3354

+DXT_OBV

+CXT_OBV

52A42A32A22A12A

DXT_OBV-AXT_OB

CXT_OBV

-

52B42B32B22B12B

N

C

2C

5

CN

52D

C

N

CN

2E

4

2EA

42HA32H

9433C*

u1

52JA42JA32

P0SBVC_UPC

-FI_VTA_UP

UPC

_

+FI_VTA

CPU_U2TX

CPU_U2RX

R3345

47

4.7K

R3409

R3410

0533C

P7

V05

TP3328

TP3326

+AXT_OBV

+BXT_OBV

-BXT_OBV

CN

32C

CN

32

D

CN

2E

3

2

32F22F12F02F91F81F41F31F

32L11L

22L61L51L41L31L21L

32M

22M

32N

22U

22V

32W

2

22Y

2

22BA

3

2FA22FA02FA91

A02HA71HA61HA41HA31HA21HA01

8143R

0

SBV

C_UPC

JA22JA12JA0

0SSAPYB_UPCTUO_1CADV_U

A22KA12KA02KA91KA81KA71KA61KA51KA41KA31KA21KA11KA01KA9KA8KA7KA6KA5KA4KA3KA

P2SBVC_UPC

1CS_UPC

1YS_UPC0YS_UPC_

STB_CPU

UCOM_RST

UCOM_MODE

10K

R3421

007

TOMAIN7(UCOM)

STB_CPU

UCOM_MODE

UCOM_RST

4033CI*

33N031PR

niV

tuoV

5

1

0043C* u1.0 V01

DNG

2

BZC

NO

CN

4

3

N

C

N

62A

C

N

62B

62ECN52E

2G42G41G

6

62R

NILA_UP

C

62V

62AA

7433

R

K21

62DA

62EA

62FA52FA

HA

1

u

M

1

CN

4

1

N

2B

72B

8

CN

2

D

CN

N

C

82E

7

2E

82F

82K

NE_MOR_NOC

T

82L

72L

TSR_NUT_

N

82M

WS_NIAG_NUT

72N

82N

GULP_PH

C_TED_CA

UP

82P

ELC_IPS_IC

82R

72R

72T

82T

82U

0ATADSOA_UPC

DSOA_UP

C

72V

82V

DSOA_UP

C

4ATADSOA_UPC

2Y

82Y

7

2

MWPO_UPC

1DEL_NAL

0MWPO_UPC

82AA

7

2AA

9433

R

F

1533C*

3R

0DEL_NAL

F

K21

2BA

8

7

A

2CA

82C

DA

72DA

82

72EA

82FA

72FA

82GA

72GA62GA32GA

0

82HA72HA62

*R3350

3533C*

u10.0

A62JA

4RNIA_IMDH_CP

IA_1PMOC

2SBV

1LN

C

VC

3LNIA_2SB

4LNIA_IMDH_CP

72MA62MA42MA22MA12MA91MA81

643

1033X

QSTEMP_CPU

ZQJW732ACS

3

10K

2

CN

C

2533

R3348

zHM72

P7

V05

C

N

03A

92ACN82ACN72A

C

N

03B

92B

03C92C72C

XR2U_UPC

WOP_LNP

D7

92

03

D

XT2U_UPC

UPC_BTS

92E

03E

TA

TSR_

S

_NUT_N

UPC_RRE_PMAL

2533R

K7.4

92F

03F

ID_M

DL

03G

DEL_UPC

3J

0

C

GULP_2PMO

9

2K

03K

C

31OIPG_UP

5KCG_UPC

C

9

2L

03L

2D_DS

TCETORP_PMA

03M

1D_DS

92N

03N

ETUM_PS

KLC__DS

92P

03P

_BV

1KLC_IPS

D

TNI_5315TM

92R

92

T

0ATADST_DOMED

2U

9

03U

ST_DOMED

LAV

1ATA

92V

03V

CGA_FI_UPC

PW_BUSD

92W

03W

3ATA

2ATADSOA_UPC

92Y

03Y

0TAD_SO_UPC

92AA

3AA

0

92BA

0

3BA

1TAD_SO_UPC

XT1U_UPC

C

92CA

A

03

8OIPG_UPC7OIPG_UPC

03DA

03EA

5533C

u10.

0

92FA

03FA

533R

4

0

92GA

03GA

R3353

0

92HA

03HA

4533C*

u1

3RCADA_UPC

03JA

92JA82JA72J

1RNIA_1PMOC

3RNIA_

03KA92KA82KA72KA62KA52KA42KA32K

C

LNIA

_VTA

0

LNIA_1CS

MA

2.2K

CPU_LED

R3351

3033D

JW810AXP

CPU_USB1_EN

012

TOMAIN12(LAN_USB)

CPU_USB1_EN

C

OCU

IPS_IC

CNYSST_DOMED

0KLC_SO_UPC

1KLC_SO_UPC

C

3LCADA_UPC

2LNIA_1SBV

N_CPU_USB1_FLG

012

N_CPU_USB1_FLG

C

23A

13A

C

N

13B

B

23

13C

23C

D_DS

TE

PW_DS

13D

23D

OD_MDL

ETUM_TUO_SBVC

13E

23E

KLC_MDL

SC_M

DL

1

23F

3F

CNYSV_MDL

GULP_1SBV

13G

23G

GULP_2SBVC

TSR_M

3J

13J

2 GLF_1BSU_UPC_N

DOM

E

_MOCU

13K

23K

G

ULP_1S

NE_1BSU_UP

13L

23L

GULP_1PMOC

3D_DS

3

2

13

N

DMC_DS

0D_DS

P

23

3P

1

ATAD_IPS_IC

KLC

_

1

23R

3R

TS

R_DOMED

KLCST_DOMED

13U

23U

2TAD_SO_UPC

2KLC_SO_UPC

13V

23

V

KLCMOA_UPCKCRLOA_UPC

KCBOA_UPC

13Y

2

3Y

FIDPSA_UPC

1

3AA

23AA

1MWPO_UPC

XR1U_UPC

13CA

23CA

PT_54JR_IDMTAD_UPC

NT_54JR_IDMTAD_UPC

13DA

23DA

R_IDMTAD_UP

PR_54J

C

R_IDMTAD_UP

NR_54J

13EA

23EA

CN

13FA

23FA

L_TUO_RENUT2LCADA_UPC

R_TUO_RENUT2RCADA_UPC

13GA

23GA

L_NOM_PH

R_N

OM_PH

13JA

23JA

13KA

23KA

2RNIA_1SBV

C

5RNIA_VTA5

13LA03LA92LA72LA62LA42LA22L

23LA

C

0RNIA_1

S

6RNIA_UPC6LNIA_UPC

23MA13MA03MA92

OPCTRL6

CPU_GCK5

CPU_OPWM0

CPU_VGA_SCL

CPU_VGA_SDA

TP3315

TP3316

TP3357

TP3312

TP3311

1

23

8

1097654

1311 191816151412 17

2 – 8

LC-70LE835E/RU, 836E/S, 838E

MAIN Unit-4 (LC-70LE836)

)YLPPUSREWOP(01NIAMOT

010

J

I

H

G

F

E

D

C

B

A

V3.3+BTS

010

V6.5+D

010

V

D

3.3+

0

01

V8.1+M

010

V1.1+D

RDD(5NIAMOT

)

500

V5.1+D

)IC_VTD(11NIAMOT

10

1

V2.1+A_UPC

LT

1033

2033C*

V61

4

u01

JW732AZK

IV5TUOV

N

1033CI

U21B271S

N

O2DNG3CN

1

1033C

u1.

0

)LENAP(8NIAMOT

VL

L

DVL

L

OBV

)BSU_NAL(21NIAMOT

)IMDH(3NIAMOT

_WS

S

_PKLC_SD

zHM57.222

MT_WS

zHM57.222_NKLC_SDMT_WS

)BSU_NAL(21NIAMOT

)

LF(6

HSA

NIAMOT

MOCU(7NIAMOT

)

V01

800

N0D_0SD

00

8

P0D_0SDV

800

N1D_0SDV

800

P1D_0SDVL

800

N2D_0S

00

8

P2D_0SDVL

800

zHM47_NKLC_0SDVL

8

00

zHM47_PKLC_0SDVL

800

N3D_0SDVL

800

P3D_0SDVL

800

N4D_0S

800

P4D_0SDVL

8

00

_1SDVL

N0D

800

P0D_1SDVL

800

N1D_1SDV

800

P1D_1SDV

800

N2D_1SDVL

80

0

P2D_1SDV

800

zHM47_NKLC_1SDV

80

0

zHM47_PKLC_1SDVL

800

N3D_1SDV

800

P3D_1SDVL

8

00

N4D_1SDVL

800

P4D_1SDVL

800

-AXT_

OBV

800

+AXT_OBV

800

-BXT_

OBV

800

+BXT_OBV

800

-CXT_

OBV

8

00

+CXT_OBV

800

-DXT_OBV

800

+DXT_OBV

80

0

NKCOL_OBV

80

0

NDPTH_

21

0

P0D_BSU

21

0

N0D_BSU

210

P1D_BSU

10

2

N1D_BSU

30

0

P0D

_SDMT

00

3

N0D_SDMT

300

P1D_SDMT_WS

300

N1D_SDMT_W

30

0

P2D_SDMT_WS

00

3

N2D_SDMT_WS

30

0

300

1033PT

H

UPC_CEC_IMD

210

TSR_BSU_N

00

6

DLOHWOPMS

LOHWOPMS

00

D

7

DLO

HWOPMS

P

QER_M

700

QER_MP

2033PT

UPC_TSR_YEK_N

**EW337FKTNUD

)UPC(4NIAM

1033

BF

JW291A

3.3

V

+UB_UPC

C

3233C

2233C*

u01

7033C

6033C

3033C

u10.

u10

u10.0

0

.0

BZC

8133C

4033C

u7.

4

V

0

1

5033C*

ZQJW167AZK

9033C

C

8033

u1

0133Cu10.0

0

u10.

0

5133C

2133C

u10.03133C

u10.0

6133C u10.0

u10.0

)RDD(5NIAMOT

500

TESER_RDD

_B

500

#0SC_RDD_B

500

#SA

B

R_RDD_

00

5

#SAC_RDD_B

500

#EW_RDD

_B

500

_B

TDO_RDD

500

NEKLC_RDD_B

5

00

0AB_RDD_B

500

1

B

AB_RDD_

50

0

2A

B_RDD_B

50

0

0A_RDD_B

500

1A_RDD

_B

00

5

2A_RDD_B

500

3A_RDD_B

500

A_RDD_B

4

500

5A_RDD_B

500

_RDD

6A

_B

500

7A_RDD_B

500

_RDD

8A

_B

500

9A_RDD

_B

500

01A_RDD_B

500

_B

11A_RDD

500

1A_RDD_B

2

50

0

31A_RDD_B

500

zHM126_P0KLCM_RDD_B

0

50

zHM126_N0KLCM_RDD_B

5

00

0MQD

_B

_RDD

500

1MQD_RDD_B

500

P0SQD_RDD_B

5

00

N0SQD_RDD_B

500

P1SQD_RDD_B

500

B

N1SQD_RDD_

500

0

QD_RDD_B

500

1QD_RDD

_B

500

2QD_RDD_B

500

3QD_RDD

_B

00

5

4QD_RDD_B

500

5QD_RDD_B

00

5

6QD_RDD_B

500

7QD_RDD_B

500

D_RDD_B

8Q

500

9QD_RDD_B

00

5

01QD_R

DD_B

50

0

11QD_RDD_B

500

21QD_RDD_B

5

00

31QD_RDD_B

500

41QD_RDD

_B

50

0

51QD_RDD_B

)HSALF(6NIAMOT

600

#0E

C_HSALF

600

#

1EC_DNAN

00

6

#BR_DNA

N

600

ELA_DNA

N

6

00

ELC_DNAN

600

#EW_DNAN

600

#EO_DNAN

600

0D_DNAN

600

1

D_DNAN

6

00

2D_DNAN

600

3D_DNAN

0

60

4

D_DNAN

600

N

5D_DNA

60

0

6D_DNAN

6

0

N

7D_DNA

)RDD(5NIAMOT

500

TESER_RDD_A

0

50

D

D_A

#0SC_R

500

#SAR_RDD_A

500

#SAC_RDD_A

00

5

#EW_RDD_A

500

TDO_RDD_

A

00

5

NEKLC_RDD_A

500

_RDD_A

0AB

500

_RDD_A

1AB

00

5

2AB_RDD_A

500

A_RDD_A

0

50

1A_RDD_A

500

_RDD_A

2A

5

00

3A_RDD

_A

500

4A_RDD_A

500

5A_RDD_A

500

DD_

A

6A_R

500

A

7A_RDD

_

500

8A_RDD_A

500

9A_RDD_A

500

01A_RDD_A

500

11A_RDD_A

500

A_RDD_

21

A

500

31A_RDD_A

500

HM126_P

_RDD_A

z

0KLCM

500

zHM126_N0KLCM_RDD_A

500

zHM126_P1KLCM_RDD_A

500

zHM126_N1KLCM_RDD_A

500

D

0MQ

_RDD_A

500

1MQD_RDD_A

50

0

2MQ

D_A

D_RD

500

3MQD_RDD_

A

50

0

A

P0SQD_RDD_

0

50

N0SQD_RDD_A

500

P1SQD_RDD_A

500

N1SQD_RDD_A

500

P2SQD_RDD_A

00

5

N2SQ

D_RDD_A

500

P3SQD_RDD_A

500

N3SQ

_A

D_RDD

500

_A

0QD_RDD

500

1QD_RDD_A

500

2QD_RDD_A

500

3QD_RDD

_A

5

00

4QD_RDD_A

5

00

5QD_RDD_A

500

6QD_RDD_A

500

7QD_RDD_A

500

8Q

D_RDD_A

500

9QD_RDD_A

500

01QD_RDD_A

500

11QD_RDD_A

5

00

21

A

QD_RDD_

500

31QD_RDD_A

500

41QD_RDD_A

500

5

A

1QD_RDD_

500

61QD_RDD_A

50

0

_A

71QD_RDD

500

81QD_RDD_A

5

00

91QD_RDD_A

500

02QD_RDD_A

500

12QD_RDD_A

500

22QD_RDD_A

5

00

32QD

_RDD_A

0

50

42QD_RDD_A

0

50

52QD_R

DD_A

50

0

62QD_RD

D_A

500

72QD_RDD_A

00

5

82QD_RDD_A

500

A

92QD_RDD_

0

50

03QD_RDD_A

500

13QD_RDD_A

3

033R*

0

4133C* P0001

V0

5

1234567

u7.4

V01

7033R

033

8033R

33

0

#

O

6143R*

0

TESER

NC

3R

503

K1

FF1BS

8

NC

6033R

01

ZKC

0233C u7.4 V01

AZK

ZQJW167

ZQJW167AZK

6

933C

u1.0

1233C u10.0

1A

F

JE

_RDD_B

FERVR

6

1B

133

9

C

u10.0

1C

1

D

6FERVR

1F 3MQD_RDD_A

1G

N2SQ

D_RDD_A

H

1

N3SQD_RDD_A

1

J 91QD_RDD_A

1K

12QD

_RDD_A

1

L

zHM126_N1KLCM_RDD_A

N

1

31A_

_A

RDD

1P

_A

9A_RDD

1T

#0SC_RDD_A

1

U

2QD_RDD_A

1V

_RD

D_A

1W

1Y

A

1BA

1CA

HM126_N0KLCM_RDD_

z

A

1EA

1FA

1GA

TJE

1HA

1KA

LF

1LA

#TSRT_GATJE

IDT_GAT

ODT_GATJE

SMT_GATJE

TOMAIN6(FLASH)

6233

u10.0

.0

u10

B

BZC

ZC

4233C

u1.0

V61

2

4

6

8

3A_RDD_B

0AB

TDO_RDD_B

A

_RDD_A

4QD_RDD_A

_A

1MQD

N0SQD_RDD_A

N1SQD_RDD_

3QD_RDD_A

ODT_GA

ELA_DNAN

N

#0EC_HSA

#BR_DNAN

ORESET#

10

R3325

006

N_CPU_RST

2J

RDD_

2L

RDD_A

P

T

V

DNAN

CPU_OS_CLK0

*R3309

006

1

3

5

7

2B

2C

2D

2F

61QD_RDD_A

2G

2H

2K

2N

3A_

2

TESER_RDD_A

2

2U

2

_RDD_A

2Y

2BA

2CA

2EA

2FA

2GA

2HA

2KA

10

SCL0_400k

8233

C

1.0 u

V61

2

4

6

8

_RD

D_B

9A

2A_RDD_B

7A_RDD_B

B

5A_RDD_B

#0SC_RDD_B

3C

2133R

65

5233C

3D

u10.0

RVREF6

3E 22QD_RDD_A

3F

81QD_RDD_A

G

3

P2SQD_RDD_A

A

3

H

P3SQD_RDD_A

71QD_

32QD_RDD_A

3

L

_A

zHM126_P1KLCM

M

3

TDO_RDD_A

3

N

_A

0A_RDD

3P

7A_RDD_A

3R

5A_RDD_A

3T

2AB_RDD_A

#SAR_RDD_A

6QD_RDD_A

3

U

0QD_RDD

3W

P0SQD

0MQD_RDD_A

3Y

21QD_RDD_A

3AA

P1SQD_RDD_A

1QD_RDD_A

3

BA

7QD_RDD_A

5QD_RDD_A

CA

3

3DA

zHM126_P0KLCM_RDD_A

3FA

3GA

KCT_GATJE

SMT_GATJE

HA

3

RT_GATJE

#TS

3JA

ELC_

#EO_DNAN

0D_DNA

2D_DNAN

1D_DNAN

3D_DN

AN

SD_DET

CPU_OS_DAT0

CPU_OS_DAT1

CPU_OS_CLK1

10

*R3310

R3314

R3313

006

SCL1

SDA1

SDA0_400k

SD_DET

9233C

u1.0

V61

2

1

3

5

7

4A3A2A

B3B

4

4D

4E

_RDD_A

D

02Q

4G

D_RDD_

92Q

4

H

4K

4

L

42QD_RDD

4M

#SAC_RDD_A

4

N

4P

2A_RDD_A

4

R

0AB_RDD_A

4

T

4A_RDD_A

4U

4W

4Y

41QD_RDD_A

4AA

A

4B

4CA

4DA

4EA

4GA

IDT_GATJE

4HA

#

EW_DNAN

JA

4D_DNAN

SD_WP

006

SD_WP

1

4

3

6

5

8

7

_B

1AB_RDD

_B

01A_RDD_

2AB_RDD

W_RDD_B

#E

#SAC_R

82QD_RDD_A

P0D_BSU

N0D_BSU

TOMAIN7(UCOM)

OPCTRL0

NEKLC_RDD

4

ZQ1NSRSesutoN

TP3314

zHM126_P0KLCM_RDD

8A

zHM12

_B

6_N0KLCM_RDD

8B7B6B

8QD_RDD_B

41QD_RDD_B

8C7C6C5C4C

01QD_RDD_B

7QD_RDD_B

D7D6D

#SAR_RDD_B

5QD_RDD_B

F7

7

8H

74

8J

3033CI*

ZQJW022DXI

SRSesU

HA7HA6HA

F

3333R

K1.5

DLOHWOPMS

JA6JA5JA4

UPC_V21_LNP_TED

TSR_BSU_N

NE

_C2I_LNP

D

MT_WS

OPCTRL1

OPC_CPU

KEY2_CPU

KEY1_CPU

POW_SW_CPU

TP3329

TP3345

TP3346

TP3347

TP3348

21A_RDD_B

11A_RDD_

31A_RDD_B 0MQD_RDD_B

G

H

L

5

D_RDD

_A

M

A

R

_A

5T

11QD_RDD_A

_A

A

N

_DNA

N

OPCTRL5

OPCTRL4

10K

R3318

R3316

NIPGIFNOC

_B

7A6A

_RDD_B

4A

B

A_RDD_B

1

6A_RDD_B

_B

0A_RDD

8A_RDD_B

5D

TESER_RDD_B

DD_B

E

5E

6F

F

5

62Q

5

5N

#EW_RDD_A

5P 1AB_RDD_A

5

11A_RDD

5U

5W

5AA

5B

5DA

5GA

C

R3320

7G

72QD_RDD_A2MQD_RDD_A

3

R

723

6

H

52QD_RDD_A

NEKLC_RDD_

1A_RDD_A

9QD_RDD

6D_DNAN

7D_DNA

9233R

D_RDD

13Q

_A

6

J

K

6

6L

7L

03QD_RDD_A

6

N 01A_RDD_A

6

P

21A_RDD_A

6T

6A_RDD

_A

8A_RDD_A

5FERVR

U

7

0333C u10.0

31QD_RDD_A

51QD_RDD_A

6Y

01QD_RDD_A

8QD_RDD_A

6BA

5D_DNAN

TSR_CRF_N

PW_LNP

NE_LNP

P1D_BSU

#1E

N1D_BSU

4.7K

4.7K CPU_U1TX

CPU_U1RX

R3323

10

R332410R3321

006

CPU_UATXD1_UCOM

CPU_UARXD1_UCOM

1333C

u1.0

_B

A

1B

D_B

1F9

1E

A9EA

HA8

_V5+TNAYDAER_C2I

N

CPU_U0RX

R3335

006

CPU_UARXD0_RS

TOMAIN6(FLASH)

RDD_B

0

01FA9FA8FA

QER_MP

_WS

01JA9JA8

R _YEK_

zHM57.222_PKLC_S

zHM57.222_NKLC_SDMT_WS

10

2333C

u1.0

N1SQD_RDD

P1SQD_

21QD_RDD_B

3QD_RD

UPC

UPC_CEC_IMDH

UP

C_TS

P0D_SDMT_WS

N0D_SDMT_WS

CPU_U0TX

47

R3337

006

CPU_UATXD0_RS

TOMAIN2(TERMINAL)

3333C

u1.0

11B0

B

L

11M

11N

11P

1

1R

11T

11U

11V

1W

1

11Y

11

AA

SLOWSW1

SLOWSW2

R3436

002

SLOWSW1

N0SQD_RDD_B

0SQD_RDD_B

P

1QD_RDD_B

0QD_RDD_

UPC_WS_WOP

P1D_SDMT_WS

N

1D_SDMT_WS

HP_PLUG

10K

002

HP_PLUG

4333C

0

u1.

O

TCP

WS

CVBS1_PLUG

CVBS_OUT_MUTE

002

CVBS_OUT_MUTE

CVBS1_PLUG

1M

21P

R

1T

2

1Y

1LR

ETUM_PH

5LRTCPO

4LRTCPO

CVBS2_PLUG

002

C

2

21N

21

21U

21V

21W

2

CVBS2_PLUG

2033BF

1A

JW29

V3.3DDVA_UPC

8333C*

1433C

10.0

0433C

C

u

u1

0

u

10.

VL

L

OLS2WSWOLS

PO

C

I2C_READY

DET_PNL_12V_CPU

008

I2C_READY

u10.0

KLC_0SDVL

P2D_0SDVL

N2D_0SDVL

71B61B51B41B31B

N2D_1SDVL

P2D_1SD

zHM47_NKLC_1SDV

81R71R61R

81T

71T

U

81

71U61U

81V71V61V51V

KUPC_1YEK

UPC_2YE

WSW

1

UPC_C

81JA71JA

P1RP_PMOC

1MOC_PMOC

_PMO

0YOS_CS

M

A

P0Y_CSP1Y_PMOC

CPU_OPWM1

CPU_OPWM2

PNL_I2C_EN

47

R3340

R3433

R3341

008

010

008

TP3350

TOMAIN10(POWER)

PNL_I2C_EN

OFL1

PANEL_OFL1

3C

733

5333

6333C

u7.4

u1.0

V01

u1.

0

ZQJW167AZK

P1D_0SDVL

P0D_0SDVL

11QD_RDD_B

1A31A11A01

9QD_RDD

_B

1MQD_RDD_B

1QD_RDD_B

3

51QD_RDD_B

6QD_RDD_B

4QD_RDD_B

2QD_RDD_B

41G

4

1H

41J

N

31N

P

41

31P

1R

R

4

31

41T

31T

U

41U

31

41V

31V

31W

W

1

Y

41EA 5

0LRTCPO

BSRWPO6LRTCPO

LCS_AGV_UP

C

41GA31GA21GA01GA8GA

CR_UPC

ADS_AGV_U

PC

U_UPC

XT0

#TESERO

31JA21JA11JA

XR0U_UPC

CPPB_C

P

P2D_SDMT_

CNYSH_CP

N2

D_SDMT_WS

1MA21MA11MA01MA9MA7MA6MA5MA3MA2MA1MA

3

CNYSV_CP

HP_MUTE

DSUB_WP

S1_PLUG

SP_MUTE

COMP2_PLUG

COMP1_PLUG

AMP_PROTECT

R3338

TP3307

002

009

TOMAIN9(AUDIO AMP)

S1_PLUG

COMP1_PLUG

DSUB_WP

AMP_PROTECT

SP_MUTE

HP_MUTE

CPU_GPIO13

10

009

N_PER_RST

N1D_0SDVL

N0D_0SDVL

N0D_1SDVL

P0D_1SDVL

1D41D31D11D01D9D8

P1D_1SDVL

N1D_1SDVL

61L51L41L31L21L

61M51M41M31M

51R

51T

61T

51U

1BA51BA41BA31BA21BA11BA

330

GA

R3434

1K

9333R

R3435

0

9333C

u7.4

V01

ZQJW167AZK

PG_CPGOS_

M

1Y

OCAGV_CP

OS_PMOC

61MA51MA

PR_CP

PNL_WP

PNL_EN

N_FRC_RST

TCON_ROM_EN

008

TOMAIN8(PANEL)

PNL_EN

N_FRC_RST

PNL_WP

TCON_ROM_EN

5433C

3433C

4433C

02433

u

u10.

10.0 0

u10.0

L

P4D_0SDV

HM47_P

z

P3D_0SDVL

02A91A81A71A61A51A4

9

UPC_PMETSQ

0

C

P0RP_

P0BP_CS

AC_DET_CPU

010

AC_DET

2A

N4D_0SDVL

N3D_0SDVL

02B

_OBV

N3D_1SDVL

P3D_1SDVL

P4D_1SDVL

N4D_1SDVL

02E

4433R

21

K

02M91

02N91N81N71N61N51N41

02P

0

2R

02T

02U

02V

2W

0

02Y9

2Y

0

2BA91BA81BA71BA6

FIS_UPC

02GA91GA71GA61

MOC_FIS_UPC

C

6833

2JA

u10.0

PC

TUO_2CADV_UPC

F

0MOC

560

R3343

OPWRSB

PNL_POW

LAMP_ERR_CPU

10

10K

R3419

R3411

R3420

010

TP3351

TP3352

TOMAIN1(TUNER)

PNL_POW

zHM47_NKLC_0SDVL

91B81B

zHM47_PKLC_1SDVL

91E81E71E61E51E41E31E21E11E01E9E8E7E6

M71M

91P81P71P61P51P

91R

91

T

91U

91V

1W81W71W61W51W4

1Y81Y71Y61Y51Y41Y31

FA81FA71FA61FA41FA31FA21FA

R3417

CSP1BP

_CS

47

OFL2

6433C

u

10.

CN

12B

12C91C71C51C41C31C21C11C01C9C

12D91D71D5

F

12N

12P

12R

12T

12U

12V

12W

1

2AA02AA91AA81AA71AA61AA51AA41AA31AA21AA

1

12BA

12CA02CA91CA71CA51CA31CA21CA

GOLANA

N_TUN_RST

10K

001

N_TUN_RST

NDPTH

NKCOL_OBV

1SSAPYB_UP

ANT+5V_SW_CPU

N_TUN_SAT_RST

001

N_TUN_SAT_RST

V

2E

L

M

2W

2AA

0CS_UPC_GOLANA

A12LA91LA81LA61LA51LA31LA21LA11LA01LA9LA7LA6LA5LA3LA2LA

TUN_GAIN_SW

001

TP3353

TUN_GAIN_SW

V3.3A_UPC

7433C*

8433C

0

u01

u1.

BZC

V61

V01

JW732AZK

+BXT_OB

CXT_O

+DXT

2E

2L11

M

2N

2FA22FA02FA91

JA22JA12JA0

UCOM_MODE

007

UCOM_RST

CN

32C

N

C

32D

C

N

3

32F22F12F02F91F81F41F31F

3

32

3

32W

3

C_UPC

UCOM_MODE

-BXT_OBV

SBV

STB_CPU

007

STB_CPU

P1

u10.0

MOCSBVC_UPC

CPU_GPIO7

TP3308

7833C

C

CPU_GPIO8

TP3354

V

+

BV

_OB

A42A32A22A1

52

CXT_OBV

DXT_OBV-AXT_OB

-

52B4

2B32B22B

N

C

2C

5

N

C

52D

CN

2E

4

42G

2EA

42HA32H

9433C*

u1

52JA42JA32

P0SBVC_UPC

-FI_VTA_UP

_

UPC

+FI_VTA

CPU_U2TX

CPU_U2RX

R3345

47

4.7K

R3409

R3410

0533C

P7

V05

TP3328

TP3326

V

+AXT_OBV

2

22

22U

22V

2

22Y

2

22BA

A02HA71HA61HA41HA31HA21HA01

8143R

0

0SSAPYB_UPCTUO_1CADV_U

A22KA12KA02KA91KA81KA71KA61KA51KA41KA31KA21KA11KA01KA9KA8KA7KA6KA5KA4KA3KA

P2SBVC_UPC

1CS_UPC

1YS_UPC0YS_UPC_

UCOM_RST

10K

R3421

007

TOMAIN7(UCOM)

4033CI*

33N031PR

n

iV

tuoV

5

1

0043C* u1.0 V01

DNG

2

BZC

NO

CN

4

3

CN

6

2B

2G

6

2R

6

NILA_UPC

62V

0MWPO_UPC

62AA

R

7433

K21

62DA

62EA

62FA52FA

HA

1533C*

1

u

3R

M

1

CN

4

1

C

N

2ACN62A

2A

7

8

CN

B

82

72B

CN

C

N

2D

N

C

2ECN62ECN52E

82E

7

2F

8

82K

NE_MOR_NOC

T

82L

72L

TSR_NUT_N

82

M

WS_NIAG_NUT

7

82N

2N GULP_P

H

C_TED_CA

UP

P

82

ELC_IPS_IC

82R

72R

72T

82T

82U

0ATADSOA_UPC

72V

82V

DSOA_UP

C

4ATADSOA_UPC

82Y

2Y

7

2

MWPO_UPC

1DEL_NAL

7

82AA

2AA

9433

R

0DEL_NAL

F

K21

2BA

8

7

A

2CA

82C

DA

72DA

82

72EA

72FA

82FA

72GA62GA32GA

82GA

0

82HA72HA62

*R3350

3533C*

u10.0

A62JA

4RNIA_IMDH_CP

2SBV

IA_1PMOC

C

1LN

VC

3LNIA_2SB

4LNIA_IMDH_CP

72MA62MA42MA22MA12MA91MA81

643

1033X

QSTEMP_CPU

ZQJW732ACS

3

10K

2

CN

C

2533

R3348

zHM72

P7

V05

CN

C

2A

3A

9

0

CN

2B

03BCN9

03C92C72C

XR2U_UPC

WOP_LNP

03

92D7

D

UPC_BTS

XT2U_UPC

03E

92E

S_NUT_N

TSR_TA

UPC_RRE_PMAL

2533R

K7.4

92F

03F

ID_MDL

03G DEL_UPC

03J

GULP_2PMOC

0

3K

92K

31OIPG_UPC C

UPC

5KCG_

03L

92L

2D_DS

TCETORP_PMA

03M

1D_DS

03N

92N

ETUM_PS

KLC__DS

03P

2P

9

1KLC_IPS_BVD

TNI_5315TM

92R

92T

0ATADST_DOME

D

03U

2U

9

LAV

ST_DOMED

1ATADSOA_UPC

03V

92V

CGA_FI_UPC

PW_BUSD

W

03W

92

3ATA

2ATADSOA_UPC

03Y

2Y

9

0TAD_SO_UPC

3AA

92AA

0

3BA

92BA

1TAD_SO_UPC

XT1U_UPC

A

92CA

C

03

8OIPG_UPC7OIPG_UPC

03DA

03EA

5533C

u10.

0

92FA

03FA

533R

4

0

92GA

03GA

R3353

0

92HA

03HA

4533C*

u1

3RCADA_UPC

92JA82JA72J

03JA

1RNIA_1PMOC

3RNIA_

03KA92KA82KA72KA62KA52KA42KA32K

C

LNIA

_VTA

0

LNIA_1CS

MA

2.2K

CPU_LED

R3351

3033D

JW810AXP

CPU_USB1_EN

012

TOMAIN12(LAN_USB)

CPU_USB1_EN

C

U

UP

CNYSST_DOMED

0KLC_SO_UPC

1KLC_SO_UPC

C

3LCADA_UPC

2LNIA_1SBV

N_CPU_USB1_FLG

012

N_CPU_USB1_FLG

CN

23

13A

A

CN

3B

23B

1

13C

23C

D_DS

TE

PW_DS

1

23D

3D

OD_MDL

ETUM_TUO_SBV

C

23E

13E

KLC_MDL

SC_M

DL

1

23F

3F

CNYSV_MD

L

GULP_1SBV

3G

23G

1

GULP_2SBVC

TSR_MOC

3J

1

2 GLF_1BSU_UPC_

N EDOM_MOCU

2

1

3K

GULP_1S

NE_1BSU_

2

13L

3L

ULP_1PMOC

G

3D_DS

N

13

N

23

DMC_DS

0D_DS

3P

1

23P

ATAD_IPS_IC

_IPS_IC

KLC

13R

23R

TS

R_DOMED

KLCST_DOMED

13U

23U

2TAD_SO_UPC

2KLC_SO_UPC

13V

23V

KLCMOA_UPCKCRLOA_UPC

KCBOA_UPC

13Y

23Y

FIDPSA_UPC

1

3AA

23AA

1MWPO_UPC

XR1U_UPC

13CA

23CA

PT_54JR_IDMTAD_UPC

NT_54JR_IDMTAD_UPC

13DA

23DA

R_IDMTAD_UP

PR_54J

C

R_IDMTAD_UP

NR_54J

13EA

23EA

CN

13FA

23FA

L_TUO_RENUT2LCADA_UPC

R_TUO_RENUT2RCADA_UPC

13GA

23GA

L_NOM_PH

OM_PH

R_N

13JA

23JA

13KA

23KA

2RNIA_1SBV

C

5RNIA_VTA5

13LA03LA92LA72LA62LA42LA22L

23LA

C

S

0RNIA_1

6RNIA_UPC6LNIA_UPC

23MA13MA03MA92

OPCTRL6

CPU_GCK5

CPU_OPWM0

CPU_VGA_SCL

CPU_VGA_SDA

TP3312

TP3311

TP3315

TP3316

TP3357

C

R3424

+FI_VTA_UPC

-FI_VTA_UPC

JW291A

3

3033B

F

12

9133D

62

1

2SS

3

12

7233D

622SS1

3

12

8233D*

1

622SS

3

12

9233D

*

6

22SS1

3

12

4233D

22SS1

6

12

3

12

5233D

622SS1

12

*

3

12

6233D*

622SS1

12

LC_SO_UPC

2K

2TAD_SO_UPC

1KLC_IPS_BVD

KLC

_IPS_I

ELC_IPS_IC

ATAD_IPS_I

TNI_5315TM

KLCST_DOMED

ED

MED

TSR_DOMED

10K

CGA_FI_UPC

813

3D

622SS1

12

0233D

622SS

1

12

2233D*

622SS1

12

3233D*

1

622SS

12

4033D

622SS1

7033D

622SS

1

1233D

622SS1

1343R*

01

0343R*

01

3233PT

74

7243R*

8243R*

74

9243R*

74

4633R*

0

F

F1BS

AVST_DOM

L

YSST_DO

3

8

6

CN

4

0ATADST_DOMED

2

R*

5533

4933

C

u10.0

5933C

u10.0

PR_CP

PG_CP

GOS_CP

PB_CP

MO

CAGV_CP

CNYSH_CP

CNYSV_CP

P0Y_CS

0YOS_CS

P0BP_CS

P

0RP_CS

0MOC_CS

P1Y_PMOC

1YOS_PMOC

P1BP_PMOC

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1311 191816151412 17

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4D_DNA

5D_DNAN

D_DNAN

6

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#BR_DNAN

#EW_DNAN

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0

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400

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400

3D_DNAN

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400

4

5D_DNA

00

N

400

6D_DNA

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400

7D_DNAN

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400

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400

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400

40

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5

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3

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2

1

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74

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7

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7

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3

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28

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9

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1

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2

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8

V

3

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4

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5

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6

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8

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11

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00

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TED_D

PW_DS

DMC_DS

KLC_DS

0D_DS

1D_DS

2D_DS

3D_DS

1

23

8

1097654

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SHARP LC-70LE835E, LC-70LE835RU, LC-70LE836E, LC-70LE836S, LC-70LE838E Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual