LG 60PY3DF Service Manual

- 2 - LGE Internal Use OnlyCopyright2007 LG Electronics. Inc. All right reserved. Only for training and service purposes

CONTENTS

SAFETY PRECAUTIONS ....................................................................................3

SPECIFICATIONS................................................................................................4

ADJUSTMENT INSTRUCTIONS .........................................................................6

TROUBLE SHOOTING GUIDE ..........................................................................11

BLOCK DIAGRAM ............................................................................................31

EXPLODED VIEW .............................................................................................40

EXPLODED VIEW PARTS LIST ........................................................................41

REPLACEMENT PARTS LIST...........................................................................42

SCHEMATIC DIAGRAM.........................................................................................

PRINTED CIRCUIT DIAGRAM ..............................................................................


SAFETY PRECAUTIONS

Many electrical and mechanical parts in this chassis have special safety-related characteristics. These parts are identified by in theSchematic Diagram and Replacement Parts List. It is essential that these special safety parts should be replaced with the same components as recommended in this manual to preventX-RADIATION, Shock, Fire, or other Hazards. Do not modify the original design without permission of manufacturer.

General Guidance

An isolation Transformer should always be used during theservicing of a receiver whose chassis is not isolated from the ACpower line. Use a transformer of adequate power rating as thisprotects the technician from accidents resulting in personal injuryfrom electrical shocks.

It will also protect the receiver and it's components from beingdamaged by accidental shorts of the circuitry that may beinadvertently introduced during the service operation.

If any fuse (or Fusible Resistor) in this monitor is blown, replace itwith the specified.

When replacing a high wattage resistor (Oxide Metal Film Resistor,over 1W), keep the resistor 10mm away from PCB.

Keep wires away from high voltage or high temperature parts.

Due to high vacuum and large surface area of picture tube,extreme care should be used in handling the Picture Tube.Do not lift the Picture tube by it's Neck.

Leakage Current Cold Check(Antenna Cold Check)With the instrument AC plug removed from AC source, connect anelectrical jumper across the two AC plug prongs. Place the ACswitch in the on position, connect one lead of ohm-meter to the ACplug prongs tied together and touch other ohm-meter lead in turn toeach exposed metallic parts such as antenna terminals, phonejacks, etc. If the exposed metallic part has a return path to the chassis, themeasured resistance should be between 1M and 5.2M. When the exposed metal has no return path to the chassis thereading must be infinite.An other abnormality exists that must be corrected before thereceiver is returned to the customer.

Leakage Current Hot Check (See below Figure) Plug the AC cord directly into the AC outlet.Do not use a line Isolation Transformer during this check. Connect 1.5K/10watt resistor in parallel with a 0.15uF capacitorbetween a known good earth ground (Water Pipe, Conduit, etc.)and the exposed metallic parts.Measure the AC voltage across the resistor using AC voltmeterwith 1000 ohms/volt or more sensitivity.Reverse plug the AC cord into the AC outlet and repeat AC voltagemeasurements for each exposed metallic part. Any voltagemeasured must not exceed 0.75 volt RMS which is corresponds to0.5mA.In case any measurement is out of the limits specified, there ispossibility of shock hazard and the set must be checked andrepaired before it is returned to the customer.

Leakage Current Hot Check circuit

1.5 Kohm/10W

To Instrument'sexposed METALLIC PARTS

Good Earth Groundsuch as WATER PIPE,CONDUIT etc.

AC Volt-meter

IMPORTANT SAFETY NOTICE

0.15uF


SPECIFICATIONSNOTE : Specifications and others are subject to change without notice for improvement.

V Application RangeThis spec is applied to the 60 PLASMA TV used PB75A Chassis.

V SpecificationEach part is tested as below without special appointment.1) Temperature : 255C (779F), CST : 4052) Relative Humidity: 6510%3) Power Voltage: Standard Input voltage (100-240V~, 50/60Hz)

* Standard Voltage of each product is marked by models.4) Specification and performance of each parts are followed each drawing and specification by part number in accordance with SBOM.5) The receiver must be operated for about 20 minutes prior to the adjustment.

V Test Method1) Performance : LGE TV test method followed.2) Demanded other specification

Safety : CB specificationEMC : CISPR 13 specification

V General Specification1. Model General Specification

ChassisPB75A 60PY3DF-AA Australia LG Fanless Model

Model Name Market Brand Remark

60PY3DF-AA Safety : IEC60065,EN60950

EMC : CISPR 13 Class B

Australia Fanless

Model

Model ApplianceMarket Remark

Broadcasting system

Available Channel

Tuner IF

Input Voltage

Screen Size

Aspect ratio

PDP Module

Operating Environment

Storage Environment

PAL-B/G, DTV : DVB-T

1) VHF : 00 ~ 122) UHF : 20 ~ 753) CATV : 02 ~ 44 4) DTV : 06 ~12, 27 ~ 691) PAL : 38.90MHz(Picture),

34.40MHz(Sound)2) DVB-T : 36.125MHz100-240V~, 50Hz

60 Wide (1920x1080)16:9

PDP60H1(LGE)1) Temp : 0~40deg2) Humidity : ~80%1) Temp : -20~60deg2) Humidity : ~80%

1

2

3

4

5

6

7

8

9

No

Mark : 240V, 50Hz

Model Specification Remark


Display area

Outline dimension

Number of Pixels

Cell pitch

Pixel type

Weight(net)Weight(gross)Operation Environment Temperature

Humidity

Pressure

Storage Environment Temperature

Humidity

Pressure

I mage stick minimization Start time

mode Low Brightness

Arrival Time

1324.8(H) x 745.2(V) 0.5mm1408(H) x 828(V) x 60(D) 1 (mm) 1920 (H) x 1080 (V) 230um(H) x 690um(V) RGB Closed(Well) type

37 38 39

137 138 139

0 ~ 60

20 ~ 80

800 ~ 1100

-10 ~ 60

10 ~ 90

700 ~ 1100

4.5 5 5.5

14 15 16

1

2

3

4

5

6

7

8

9

10

No Item Remark

1Pixel=3RGB Cells

1Pixel=3RGB Cells

3EA 1Box

Altitude : 0 to 2000M

mm

mm

um

Kg

Kg

deg

%

hPa

deg

%

hPa

min

min

Min Typ Max Unit

2. Module Specification ( PDP60H1 )2-1. General Specification

2-2. Electro Optical Characteristic Specifications ( Glass Filter, 60Hz)

White peak Brightness

White average brightness

Brightness uniformity

Color Coordinate White X

Y

Color coordinate uniformity

Contrast ratio

Color Temperature Medium

Warm

Cool

Color Distortion, DG

Color Distortion, DP

Color S/N, AM/FM

Color Killer Sensitivity

300

40(50)-15

0.261

0.268

-0.010

2500:1

8,300

10000

5500

43.0

-80

380

48(60)

0.276

0.283

average

3000:1

9,300

11000

6500

+15

0.291

0.298

0.010

10,300

12000

7500

10.0

10.0

1

2

3

4

5

6

7

8

9

10

11

No Item Remark

60PY3DF-AA

(1% white window, HDMI input)Full white Pattern, 50hz(60hz)85 IRE Full white Pattern

Full white(216 gray)1% white window, HDMI input

HDMI input,

85% Full white pattern

cd/m2

cd/m2

%

%

Hz

Hz

dBm

Min Typ Max Unit


ADJUSTMENT INSTRUCTIONS1. Application Object

These instructions are applied to all of the 60 PLASMA TV,PB75A Chassis

2. Notes(1) Because this is not a hot chassis, it is not necessary to use

an isolation transformer. However, the use of isolationtransformer will help protect test equipment.

(2) Adjustments must be done in the correct order.(3) The adjustments must be performed in the circumstance of

255C of temperature and 6510% of relative humidity ifthere is no specific designation.

(4) The input voltage of the receiver be must kept 220V~,60Hz when adjusting.

(5) The receiver must be operational for about 15 minutesprior to the adjustments.

O Preliminary action is 100% FULL WHITE PATTERN mustbe operated automatically.(Ez-Adjust 10. Test Pattern)

O Test for afterimage discharge detection1) How to Adj R/C pressing Power key.2) Press the ADJ KEY of the adjusting R/C to enter into the

Ez-Adjust, use the CH +/- key to select 10. WHITEPATTERN, and press the confirmation (A) key. Then,100% FULL WHITE PATTERN is displayed.

[ Set is activated HEAT-RUN without signal generator inthis mode.

3. EDID(The Extended Display Identification Data)/DDC(Display Data Channel) Download

This has been established by VESA and is the functioncreated to Plug and Play by making the computerreconfigure user environment through communication with themonitor automatically without having the user set commandsdirectly to the PC or the monitor so that the user can use itimmediately.* When writing EDID, use DDC2B protocol.

3-1. HDMI EDID Data Input(1) Required Test Equipment

- PC, Jig for adjusting DDC. (PC serial to D-subConnection equipment)

- S/W for writing DDC (EDID data write & read)- D-Sub cable- Jig for HDMI Cable connection

(2) Adjustment preparation & device configuration- Configure as Fig. 7, and turn on the PC - Turn on the JIG.- Run the DDC recording S/W (EDID Data Write & Read).

(Execute in DOS mode)

3-2. EDID DATA for PB75AA EDID for HDMI-1 (DDC (Display Data Channel) Data)

EDID table =

A EDID for HDMI-2 (DDC (Display Data Channel) Data)EDID table =

If you turn on a still screen more than 20 minutes (EspeciallyDigital pattern, Cross Hatch Pattern), an afterimage may occurin the black level part of the screen.

PCVSC

B/D

JIG cable(CPLD D/L )

Connection Diagram of CPLD Download

0 1 2 3 4 5 6 7 8 9 A B C D E F0 00 FF FF FF FF FF FF 00 1E 6D 01 00 01 01 01 0110 00 11 01 03 80 73 41 96 0A CF 74 A3 57 4C B0 2320 09 48 4C AF CE 00 31 40 45 40 61 40 81 80 A9 4030 D1 C0 01 01 01 01 66 21 50 B0 51 00 1B 30 40 7040 36 00 C4 8E 21 00 00 1A 02 3A 80 18 71 38 2D 4050 58 2C 45 00 C4 8E 21 00 00 1E 00 00 00 FD 00 3060 58 1F 64 11 00 0A 20 20 20 20 20 20 00 00 00 FC70 00 4C 47 20 54 56 0A 20 20 20 20 20 20 20 01 00

0 1 2 3 4 5 6 7 8 9 A B C D E F0 02 03 1E F1 4E 20 22 10 1F 01 02 03 04 05 12 9310 14 07 16 23 15 07 50 66 03 0C 00 10 00 80 01 1D20 00 72 51 D0 1E 20 6E 28 55 00 C4 8E 21 00 00 1E30 01 1D 80 18 71 1C 16 20 58 2C 25 00 C4 8E 21 0040 00 9E 8C 0A D0 90 20 40 31 20 0C 40 55 00 4C 6C50 42 00 00 18 01 1D 00 BC 52 D0 1E 20 B8 28 55 4060 C4 8E 21 00 00 1E 01 1D 80 D0 72 1C 16 20 10 2C70 25 80 C4 8E 21 00 00 9E 00 00 00 00 00 00 00 58




A EDID for HDMI-3 (DDC (Display Data Channel) Data)EDID table =

A EDID for RGB (DDC (Display Data Channel) Data)EDID table =

4. MST3361M-Set Adjustment4-1. Synopsis

MST3361M-Set adjustment to set the black level and the Gainof optimum with an automatic movement from the analog =>digital converter.

4-2. Test Equipment Service R/C, 801GF(802B,802F,802R), MSPG-925FA,MSPG-1025D Pattern Generator.( 480i, 1080p Horizontal 60Hz Color Bar Pattern output will bepossible and the output level will accurately have to berevised with 0.70.1Vp-p)

* It should be checked because the above pattern may bedifferent according to the model and the pattern of the usedequipment.

4-3. Adjustment method(1) Component1 adjustment method.

1) Select Component1 as the input with Color Bar Patternin 480i 60Hz mode and select Component1 on screen.

2) After receiving signal for at least 1 second, press theADJ Key on the Service R/C to enter the Ez - Adjustand select the 1. ADC 480i Comp1. Pressing the Vol+Key to adjust the component1.

3) When the adjustment is over, 'ADC Component1Success is displayed.

4) When the adjustment is not normally completed, amessage saying ADC Component1 480i Fail isdisplayed. When the component is not connected, amessage saying Component1 Not Connected, whenthe input format is not 480i, a message saying NotValid Format and when the input signal is not comingout, a message saying Check Signal Status isdisplayed for 1 second.(MSPG-925FA : -> model : 209, pattern : 65)



0 1 2 3 4 5 6 7 8 9 A B C D E F0 00 FF FF FF FF FF FF 00 1E 6D 01 00 01 01 01 0110 0E 11 01 03 18 73 41 96 0A CF 74 A3 57 4C B0 2320 09 48 4C AF CF 00 31 40 45 40 61 40 81 80 A9 4030 D1 C0 01 01 01 01 66 21 50 B0 51 00 1B 30 40 7040 36 00 C4 8E 21 00 00 1A 02 3A 80 18 71 38 2D 4050 58 2C 45 00 C4 8E 21 00 00 1E 00 00 00 FD 00 3060 58 1F 64 11 00 0A 20 20 20 20 20 20 00 00 00 FC70 00 4C 47 20 54 56 0A 20 20 20 20 20 20 20 01 59

0 1 2 3 4 5 6 7 8 9 A B C D E F0 02 03 04 00 0E 1F 00 80 51 00 1E 30 40 80 37 0010 C4 8E 21 00 00 1C 00 00 00 00 00 00 00 00 00 0020 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0030 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0040 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0050 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0060 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0070 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 25

Adjust Pattern : 480i, 1080p 60Hz Color Bar Pattern


(2) Component1, RGB adjustment method.1) Select Component1, RGB as the input with Color Bar

Pattern in 1080p 60Hz mode and select Component1as input mode.

2) After receiving signal for at least 1 second, press theADJ Key on the Service R/C to enter the Ez - Adjustand select the 2. ADC 480i Comp1/RGB. Pressing theVol+ Key to adjust the component1.

3) When the adjustment is normally completed, themessage ADC Component1 Success is displayed, or ifnot, the message ADC Component1 1080P Fail isdisplayed. After adjusting the Component1 iscompleted, it is automatically switched to the RGB-DTVmode, and the RGB adjustment starts. If adjusting isnormally completed, the message ADC RGB 1080PSuccess is displayed.

4) When the adjustment is not normally completed, checkthe pattern or the adjustment condition, and then adjustit again. The error message is same to (4)) of (1)

5) After adjustment is complete, exit the adjustment modeby pressing the ADJ KEY.(MSPG-925FA : -> model : 225, pattern : 65)

5. Video Set AdjustmentIt is the adjustment to reduce the color difference of the RFand the video signal, which adjusts Analog RF, AV-PAL, andAV-NTSC.

5-1. Adjustment method(1) Analog RF and AV-PAL adjustment method.

1) Connect the Video Signal Generator (Master) to the AVinput of the TV via the AV output. At this time, whenentering the input pattern with Model : 202(PAL) andPattern : 33(100% color Bar), the following screen isdisplayed.


2) After entering the in-house signal, when it is checkedthat the signal is received, press the ADJ KEY of theadjusting R/C to enter into EZ-ADJUST Select 3.Adjust RF and AV_PAL and press the right arrow key(G) to enter into the adjustment mode.

3) When it enters into the adjustment mode, the screen isautomatically switched to TV 3CH and the followingwindow is displayed.

4) When the automatic adjustment starts, the main screenis adjusted, and if adjusting is completed, the messageRF-PAL Configuration Success is displayed. Ifadjusting is failed, the message RF-PAL ConfigurationFail is displayed.

5) When the automatic adjustment of the RF signal iscompleted, it is automatically switched to AV1 Modeand the automatic adjustment is performed to the AV-PAL. When the automatic adjustment is completed, themessage AV-PAL Configuration Success is displayed.If the adjustment is failed, the message AV-PALConfiguration Fail is displayed.

(2) AV-NTSC adjustment method.1) Connect the Video Signal Generator (Master) to the AV

input of the TV via the AV output. At this time, whenentering the input pattern with Model : 201(NTSC) andPattern : 33(100% color Bar), the following screen isdisplayed.


2) Press the ADJ KEY of the adjusting R/C to enter intoEZ-ADJUST Select 4. Adjust AV_NTSC and press theright arrow key (G) to enter into the adjustment mode.

3) When the automatic adjustment is completed, themessage AV-NTSC Configuration Success isdisplayed. If the adjustment is failed, the message AV-NTSC Configuration Fail is displayed.

Model : 202(PAL), Pattern : 33(100% Color Bar)

Model : 201(NTSC), Pattern : 33(100% Color Bar)


6. Adjustment of White Balance6-1. Required Equipment

1) Color Analyzer : CA-100(CH 10)2) When adjusting the PLASMA color temperature, the No.

10 channel with the matrix compensated (White, Red,Green and Blue compensated) should be used for theCS-1000 as Color analyzer (CA-100), which should beadjusted based on the white balance adjustmentcoordinate as described below.

2) Automatic adjuster (necessary for the automaticadjustment, possible to communicate via the RS-232C)

3) Video Signal Generator MSPG-925F 720p,216Gray(Model : 217, Pattern : 78)

6-2 Measuring device connection diagram(for automatic adjustment)

6-3 White Balance adjustment methodBasically it uses the internal pattern but when internal patternis not possible, you can select HDMI input for adjustment.Through the option at the most bottom part of the Ez AdjustMenu 7.White Balance menu, you can select NONE, INNERand HDMI, and the default is set to INNER. When theadjustment cannot be done with the internal pattern, you canselect HDMI input for adjustment.

For manual adjustment, press the ADJ KEY of the adjustmentR/C to enter Ez Adjust 7.White-Balance, and the pattern isautomatically displayed. (When you set the Option to INNER,the default is always set to INNER)

1) Connect the set according to the internal pattern or HDMIinput in accordance with 7-3 measuring device connectiondiagram.

2) Set the Baud Rate of RS-232C to 115200. It is set to115200 as default.

3) Connect the RS-232C Cable to the set.4) Connect the HDMI Cable to the set. (Limited to the set with

HDMI option)5) Select and adjust the model applicable to PB75A chassis

from the adjuster.

Caution) For automatic adjustment, RS-232C Command andChassis are commonly applied

- Wb 00 00 Start automatic adjustment of white balance- Wb 00 10 Start gain adjustment (Internal pattern)- Ja 00 ff Adjustment data- Jb 00 c0-

- Wb 00 1f End gain adjustment* Adjust offset as necessary (wb 00 20(Start), wb 00 2f(End))- Wb 00 ff End automatic adjustment of white balance

(Internal pattern disappears)

Caution) Adjustment map

* White Balance adjustment (For automatic adjustment)- Execute Power Only Key of the adjustment R/C to execute

automatic adjustment. Set the Baud Rate to 115200.- Always start adjustment with wb 00 00 and endadjustment with wb 00 ff- Adjust the offset if necessary.

Color Analyer

RS-232C

Full White Pattern (Inner pattern)

Connection diagram for internal pattern

Connection diagram for HDMI input

216Gray White Pattern (HDMI Pattern)

Color Analyer

MSPG-925FSMSPG-925FSVideo Signal Generatorideo Signal GeneratorModel : 217Model : 217Pattern : 78Pattern : 78

RS-232CRS-232CBaud Rate : 1Baud Rate : 11520015200

RemarkRS-232C Command

[CMD ID DATA]wbwbwbwbwbwb

000000000000

00101f202fff

Start white balance adjustmentStart Gain adjustment(Internal white pattern)End Gain adjustmentStart Offset adjustment (Internal white pattern)End Offset adjustmentEnd white Balance adjustment (Internal pattern disappear)

R Gain

G Gain

B Gain

R Cut

G Cut

B Cut

jgjhji

Cool

jajbjc

Mid

RS-232C COMMAND[CMD ID DATA]

CENTER(DEFAULT)

jdjejf

00

00

00

192

192

192

127

127

127

Warm

Min Max

192

192

192

64

64

64

Cool

192

192

192

64

64

64

Mid

192

192

192

64

64

64

Warm


6-4. Adjustment of White Balance(For manual adjustment)- Required Equipment : When adjusting the PLASMA color

temperature, the No. 10 channel with the matrixcompensated (White, Red, Green and Bluecompensated) should be used for the CS-1000 as Coloranalyzer (CA-100), which should be adjusted based onthe white balance adjustment coordinate as describedbelow.

(1) Enter to EZ-ADJUST by pressing ADJ key of R/C.(2) HEAT RUN at least 30 minutes by pressing the 11. TEST

Pattern on the Service Remote Control and adjust.(3) Set CA-100 in Zero Calibration, when adjust PDP module

make it contacting completely in the surface.(4) Select 6. White-Balance of Ez - Adjust by pressing the

ADJ KEY on the Service R/C. Then enter adjustment modeby pressing the Right KEY (G). This time white pattern isdisplayed. (When press Gkey, the screen enters to FullWhite internal pattern.)

(5) The adjustment completes in three color temperatures asCool, Medium, and Warm.

(6) When R GAIN is fixed at 192:keep G GAIN and B GAIN less than 192 and find propervalues for adjustment.

When G GAIN is fixed at 192:keep R GAIN and B GAIN less than 192 and find propervalues for adjustment.

When B GAIN is fixed at 192:keep R GAIN and G GAIN less than 192 and find propervalues for adjustment.

(7) Adjust using Volume +/- KEY.(8) When the adjustment is completed, press the OK (A KEY)

button to move to the Ez Adjust screen. Press the ADJKEY to exit the adjustment mode.

[Ref.] White Balance Adjustment Pixel and Color Temperature(1) Standard white balance standard white balance coordinate

when using CS-1000 device:

(2) Directed color coordinate when using CA-100 CH 10Brightness: Full white 216gray

(3) Directed color coordinate when using CA-210 CH 10

7. Check the adjustment of the plantshipping mode

Color temperature Color analyzer Color coordinateX Y

COOL CA-100 0.2760.002 0.2830.002MEDIUM CA-100 0.2850.002 0.2930.002WARM CA-100 0.3130.002 0.3290.002

Color temperature Color analyzer Color coordinateX Y

COOL CA-210 0.2760.002 0.2830.002MEDIUM CA-210 0.2850.002 0.2930.002WARM CA-210 0.3130.002 0.3290.002

Color temperature Measuring instrument Color coordinateX Y

COOL 11000K, uv=0.000 0.276 0.283MEDIUM 9300K, uv=0.000 0.285 0.293

WARM 6500K, uv=0.000 0.313 0.329

1

2

3

4

5

6

7

8

9

10

Digital

30

Off

16:9

1

Dynamic

Cool

Off

Auto

Standard

Off

0

On

On

--

Off

Off

Off

16:9

Off

Normal

Off

C0, C5, C6, S11,

C20, C35, C52, C68

C43

Item ConditionNo Remark

Input Mode

Volume Level

Mute

Aspect Ratio

SET ID

Picture PSM

Color Temp.

Advanced Cinema

Black level

Sound SSM

AVL

Balance

TV Speaker

Time Auto Clock

Manual Clock

Off Timer / On Timer

Sleep Timer / Auto Off

Option Sub title

Child Lock

ARC

Demo

ISM Method

Low Power

Channel Memory Analog

Digital


ATI

X260

ATI

X260

SIF

NTP3

000

NTP3

000

I2

S

SPDI

F

I2S

CVBS

(NT M

ain)

DDR2

64M

Bx2

DDR2

64M

Bx2

Flex

Bus

RGB

30bit

TPA

Analo

gFr

ont

End

USB

1.1

I2C

Port0

I2C

CH1

I2C

CH2

I2C

CH3

MTV

415

Mico

mM

TV41

5M

icom

USB

(upgra

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Vide

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Vide

oTP

AV2

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MNT

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L/R

COMP

1 L/R CO

MP2 L

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B L/R

TP_I

N1

AV1

AV2

AV1,

Y/C

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Flas

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B)Fl

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(NOR 3

2MB)

Latch

x2La

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24C5

1224

C512

1. Video(1)NO OSD

TROUBLE SHOOTING GUIDE


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1. Video(2)NO OSD


EXT

1/2

X2

60

TP A

Comp

1/2RG

B

CVBS

TP C

TP B

/ 656

AT/N

T/TU

NER

TP MST 3361

HS,V

S

DVI

HS,V

S

YCbC

r2YC

bCr o

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FRC9

445H

RGBC

VBS

YCbC

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DVO

Y/C1

, Y/C

2

Y/C1

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AV1/2

AV1/2

HDMI

1/2/3

TMDS

341A

1. Video(3)Video Path


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EXT

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X2

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TP A

Comp

1/2RG

B

CVBS

TP C

TP B

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T/TU

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TP MST 3361

HS,V

S

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HS,V

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DVO

Y/C1

, Y/C

2

Y/C1

, Y/C

2

AV1/2

AV1/2

HDMI

1/2/3

TMDS

341A

1. Video(5) DTV/CAD TV


Chec

k An

tenn

a Ca

ble

Chec

k Tu

ner(T

U600

), 5V,

IF ou

t

3._

Chec

k X2

60 In

put (C

LK, S

OP, V

alid,

Error

, Data

)Ch

eck

X260

INPU

T CL

K, S

OP,

Valid

, Erro

r, Da

ta

1. Video(6) DTV


EXT

1/2

X2

60

TP A

Comp

1/2RG

B

CVBS

TP C

TP B

/ 656

AT/N

T/TU

NER

TP MST 3367

HS,V

S

DVI

HS,V

S

YCbC

r2YC

bCr o

r RGB

FRC9

445H

RGBC

VBS

YCbC

r1

DVO

Y/C1

, Y/C

2

Y/C1

, Y/C

2

AV1/2

AV1/2

HDMI

1/2/3

TMDS

341A

1. Video(7) Component/RGB


5 : _

Che

ck th

e M

ST33

61(IC

402)

Outp

ut S

ignals

(Vsy

nc) :

(DE)

:

(Clk

) :(H

sync

)

59.9

4Hz

Freq

uenc

y : D

iffer

ent a

ccor

ding

tofo

rmat

!!

(Data

) :

4 : _

Che

ck M

ST33

61(IC

402)

Pow

er pi

ns, In

put S

ignals

, Sign

al Sh

ape i

s Sam

e (ab

ove)

6 : _

Che

ck X

260

(IC10

1) In

puts

_Si

gnal

sha

pe is

sam

e (a

bove

)

Che

ck S

igna

l for

mat

(supp

orted

form

at?)

Che

ck S

TMAV

335(

IC40

3) P

ower

Pin

s, C

omp1

(#2,#

5,#11

),C

omp2

(#3,#

6,#10

), RG

B(#9

,#4,#7

)R

GB_

V,H

(R40

0,R40

1)

Che

ck S

TMAV

335(

IC40

3) outp

uts

#14(

MUX_

OUT_

Y),

#13(

MUX_

OUT_

Pb),

#8(M

UX_O

UT_P

r)

Che

ck M

ST33

61(IC

402)

OSC

, Pow

er p

ins,

#44(

Y_in

),#4

1(Cb

_in),#

46(C

r_in)

#37(

H),#3

8(V)

1 2 3

Che

ck M

ST33

61(IC

402)

Outp

uts V

-out (

#99)

, H-o

ut (#

98) ,

Cloc

k (#9

6) ,

Dat

a (3

0Bit)

, DE(

#97)

Che

ck X

260

(IC10

1) In

puts

MST

3361

_HS(

#T6)

,M

ST33

61_V

S(#T

5) , C

lock (

#P3)

,D

ata

(30B

it) , D

E(#U

6)

4 5 6

3 : C

heck

STM

AV33

5(IC

403) o

utp

uts

Si

gnal

sha

pe is

sam

e (a

bove

)

1. C

heck

Sig

nal f

orm

at (r

ef. ow

enr

s m

anual)

2. C

heck

STM

AV33

5(IC

403)

Pow

er In

put S

ignal

1. Video(8) Component/RGB


EXT

1/2

X2

60

TP A

Comp

1/2RG

B

HDMI

1/2/3

CVBS

TP C

TP B

/ 656

AT/N

T/TU

NER

TP

MST

3367

HS,V

S

DVI

HS,V

S

YCbC

r2YC

bCr o

r RGB

FRC9

445H

RGBC

VBS

YCbC

r1

DVO

Y/C1

, Y/C

2

Y/C1

, Y/C

2

AV1/2

AV1/2

TMDS

341A

1. Video(9) HDMI/DVI


1 : _

Chec

k HDC

P Er

ror

_

Retry

pow

er o

ff an

d on

(TV o

r STB

/DVD

)

_

Chec

k MST

3361

(IC40

2) HD

CP IIC

line (

#69,#

70)

2 : _

Chec

k EDI

D D

ownlo

ad

(RX0

C-,R

X0C+

) :Fr

eque

ncy :

Diffe

rent

acc

ordin

g to

form

at !!

4 : _

Chec

k MST

3361

(IC40

2) Ou

tputs

SCL

:

SDA

:

3 : _

MST

3361

(IC40

2) inp

uts

(RX1

C-,R

X1C+

) :

(Vsy

nc) :

(DE)

:

(Clk

) :

(Hsy

nc)

59.9

4Hz

Freq

uenc

y : D

iffere

nt a

ccor

ding

tofo

rmat

!!

(Data

) :

5 : _

Chec

k X26

0 (IC

101)

Inputs

_

Sign

al sh

ape

is sa

me

(abov

e)

Snow

nois

e (W

hite d

ot) ?

Powe

r off

and

on(TV

or ST

B/DVD

)

Vide

o is

norm

al &

No

Soun

d ?

Chec

k HDC

P Po

wer P

in(IC

404),

MST

3361

(IC40

2) IIC

(#69,#

70)

Chec

k MST

3361

(IC40

2) inp

utsPo

wer, O

sc#2

5,#2

6(RX1

C-,R

X1C+

),#1

4,#1

5(RX0

C-,R

X0C+

)

Re-d

ownl

oad

EDID

(IC40

6/407

/408)

Chec

k MST

3361

(IC40

2) Ou

tputs

V-ou

t (#99

) , H-

out (#

98) ,

Cl

ock (

#96)

, Data

1 2 3 4

N

Y

N Y

Y

Chec

k X26

0 (IC

101)

Inputs

MST

3361

_HS(

#T6)

,M

ST33

61_V

S(#T

5) , C

lock (

#P3)

,Da

ta (3

0Bit)

, DE(

#U6)

5

1. Video(10) HDMI/DVI


Symp

tom : T

V se

t out

of or

der o

n pow

ers

Chec

k X30

0 (24

MHz)

Norm

al?

Re-d

ownlo

ad M

TV41

6GMF

(IC30

9 )No

rmal?

YES

NO

Repla

ce M

TV41

6GMF

(IC30

9 )an

d Re-

down

load

Chec

k SI38

65(Q

702)

2,3pin

5VNo

rmal?

Repla

ce P

ower

boar

dNo

rmal

Chec

k P70

2 all i

nput

volta

geNo

rmal

? YES

Chec

k SI38

65(Q

1901

,Q19

02,Q

1903

) 2,3p

in 3.3V

Norm

al?

YES

Chec

k SI38

65(Q

702)

5pin 3

.3VNo

rmal?

Chec

k SI38

65((Q

1901

,Q190

2,

Q190

3 ) 5

pin 3.

3VNo

rmal?

NO NONOCh

eck P

702

wafer

s & co

nnec

tors.

Norm

al ?

YES

Chec

k P70

1 #3,8

Pin 5

VNo

rmal

? YES

Repla

ce po

wer b

oard

NO

NO

Repla

ce S

I3865

(Q70

2)YE

S

Repla

ce S

I3865

(Q19

01,Q1

902,Q

1903

)YE

S

NO

YES

POW

ER1. Video

(11) POWER1


Symp

tom : N

o boo

ting

Chec

k X30

0 (24

MHz)

Norm

al?

Re-d

ownlo

ad M

TV41

6GMF

(IC30

9 )No

rmal?

YES

Repla

ce M

TV41

6GMF

(IC30

9 )an

d Re-

down

load

Chec

k SI38

65(Q

702)

2,3pin

5VNo

rmal?

Chec

k SI38

65(Q

1901

,Q19

02,Q

1903

) 2,3p

in 3.3V

Norm

al?

YES

Chec

k SI38

65(Q

702)

5pin 3

.3VNo

rmal?

Chec

k SI38

65((Q

1901

,Q190

2,

Q190

3 ) 5

pin 3.

3VNo

rmal?

NONO

Repla

ce S

I3865

(Q70

2)

YES

Repla

ce S

I3865

(Q19

01,Q1

902,Q

1903

)

YES

NO

YES

Chec

k SI48

00( Q

315)1

,2,3P

in 1.9V

Norm

al?Re

place

SI48

00( Q

315)

Repla

ce S

C262

1(IC3

04)

YES

NO NO

Chec

k betw

een F

B171

4 and

C34

51.

2VNo

rmal?

Repla

ce S

I4800

( Q30

0,Q30

1)Re

place

SC2

621(I

C304

)NO

NO NO

POW

ER1. Video

(12) POWER2


EXT1

/2

AT/N

TTU

NER

X260

TP A

HDMI

1/2/3

TP C

RGB

COMP

1/2

SIF

SIF IN

1

NTP

3000

SIF IN

2

I2S IN

1I2S

IN 2

I2S O

UT 1

SPDI

F

CS84

16

I2S

I2S I2S I2S

S/PDI

F

SPDI

F

L/R L/R L/RL/R

ANT/C

able

TP

MSP4

450K

MNT

OUT

I2S I2SI2S

I 3

I2SO

1

SC 2

MCLK

MCLK

SPDI

F OUT

Optic

al

Coax

ial

2. Audio(1) All path


Chec

k NTP

3000

(IC50

5) Po

wer

Chec

k NTP

3000

(IC50

5) Inpu

ts pin

s#1

7(DAT

A), #1

8(LRC

LK), #

19(SC

LK), #

6(MCL

K)

1 2 3 4 5 6 7

Chec

k X26

0 (IC1

01) Ou

tput

R153

(SCLK

), R15

4(LRC

LK), R

155(D

ATA),

R156

(MCL

K)

Chec

k NTP

3000

(IC50

5) Outp

utL5

10,L5

11(Le

ft) / L

512,L

513(R

ight)

Chec

k Spe

aker

outpu

t wafe

rP5

02(Le

ft), P5

01(Ri

ght)

Chec

k NTP

3000

(IC50

5) Outp

utL5

15,L5

16(Le

ft) L5

17,L5

18(Ri

ght)

Chec

k Spe

aker

All S

ource

Spe

aker

Out

Chec

k MSP

4450

K (IC

508)

Outpu

tR5

062 (

Left),

R506

3 (Rig

ht)

1 2 3 4

If DTV

or H

DMI i

nput

Chec

k X26

0 (IC1

01) Ou

tput

R153

(SCLK

), R15

4(LRC

LK), R

155(D

ATA)

Chec

k MSP

4450

K (IC

508)

Input

R505

9(SCL

K) R5

060(L

RCLK

), R50

61(DA

TA)

Chec

k MNT

Outp

ut Ja

ck (J

704)

Monit

or L,

R Ou

t

Chec

k MSP

4450

K (IC

508)

Powe

r

5

Chec

k MSP

4450

K (IC

508)

X-tal

Inp

utX-

tal Inp

ut (71

,72pin

) : 18

.432M

Hz

6

If ATV

, AV,

Com

pone

nt, R

GB in

put

Chec

k MSP

4450

K (IC

508)

Input

C501

6(ATV

_SIF)

, R50

41(AV

1_R),

R504

2(AV1

_L),

R504

5(AV2

_R), R

5046

(AV2_

L), R5

048(C

MP1_

R),R5

049(C

MP1_

L), R5

051(C

MP2_

R), R5

052(C

MP2_

L),R5

055(R

GB_R

), R50

58(RG

B_L)

Chec

k CS8

416(I

C501

) Inp

utC5

006 (

X260

_SPD

IF) or

C500

5 (HD

MI_S

PDIF)

Chec

k CS8

416(I

C501

) Outp

utR5

90 (8

416_

SPDIF

_out)

1 2 3 4

Chec

k CS8

416 (

IC501

) Po

wer

Chec

k SPD

IF Ja

ckP5

00 (O

ptical S

PDIF

Jack)

and

P501

(Coa

xial S

PDIF

Jack)

Digit

al Au

dio O

ut

Comm

on S

ound

Out

Comm

on S

ound

Out

2. Audio(2) Common Sound Out


AT/N

TTU

NER

X260

TP A

HDMI

1/2/3

TP C

SIF

SIF IN

1

NTP

3000

SIF IN

2

I2S IN

1I2S

IN 2

I2S O

UT 1

SPDI

F

CS84

16

I2S

I2S I2S I2S

S/PDI

F

SPDI

F

ANT/C

able

TP

MSP4

450K

I2S I2SI2S

I 3

I2SO

1

MCLK

MCLK

SPDI

F OUT

Optic

al

Coax

ial

EXT1

/2

RGB

COMP

1/2

SIF

L/R L/R L/RL/R

MSP4

450K

MNT

OUT

I2SI 3

I2SO

1

SC 2

2. Audio(3) TV RF No Sound


EXT1

/2

AT/N

TTU

NER

X260

TP A

HDMI

1/2/3

TP C

RGB

COMP

1/2

SIF

SIF IN

1

NTP

3000

SIF IN

2

I2S IN

1I2S

IN 2

I2S O

UT 1

SPDI

F

CS84

16

I2S

I2S I2S I2S

S/PDI

F

SPDI

F

L/R L/R L/RL/R

ANT/C

able

TP

MSP4

450K

MNT

OUT

I2S I2SI2S

I 3

I2SO

1

SC 2

MCLK

MCLK

SPDI

F OUT

Optic

al

Coax

ial

2. Audio(4) DTV No Sound


Chec

k SI

F lin

esC6

025,

C60

26

Chec

k M

SP44

50K

(IC50

8) inp

utsC5

016,

#67

pin

1 2 3 4 5 6

Follo

w th

e pr

oced

ure

of CO

MM

ON

SOUN

D O

UT

7 8

Chec

k Tu

ner (

TU60

0)5V

(3,5,

9,17 p

in), S

IF(18

pin)

Chec

k An

tenn

a Ca

ble

Chec

k X2

60 (IC

101) I

ntpu

tsR

175(S

CLK)

, R17

6(LRC

LK), R

177(D

ATA)

Chec

k M

SP44

50K

(IC50

8) Po

wer

Chec

k M

SP44

50K

(IC50

8) ou

tputs

R50

39(S

CLK)

, R50

40(LR

CLK)

, R50

43(D

ATA)

TV R

F N

o So

und

TV R

F N

o So

und

1 2 3 4Fo

llow

the

proc

edur

e of

CO

MM

ON

SOUN

D O

UT

Chec

k Tu

ner (

TU60

0)5V

(3,5,

9,17 p

in), IF

_N(15

pin),

IF_P

(14pin

)

Chec

k An

tenn

a Ca

ble

Chec

k X2

60 (IC

101)

DTV

No

Soun

dD

TV N

o So

und

2. Audio(5) TV RF No Sound / DTV No Sound


EXT1

/2

AT/N

TTU

NER

X260

TP A

TP C

RGB

COMP

1/2

SIF

SIF IN

1

NTP

3000

SIF IN

2

I2S IN

1I2S

IN 2

I2S O

UT 1

SPDI

F

CS84

16

I2S

I2S I2S I2S

S/PDI

F

SPDI

F

L/R L/R L/RL/R

ANT/C

able

TP

MSP4

450K

MNT

OUT

I2S I2SI2S

I 3

I2SO

1

SC 2

MCLK

MCLK

SPDI

F OUT

Optic

al

Coax

ial

HDMI

1/2/3

2. Audio(6) AV/Component/RGB No Sound


EXT1

/2

AT/N

TTU

NER

X260

TP A

TP C

RGB

COMP

1/2

SIF

SIF IN

1

NTP

3000

SIF IN

2

I2S IN

1I2S

IN 2

I2S O

UT 1

SPDI

F

CS84

16

I2S

I2S I2S I2S

S/PDI

F

SPDI

F

L/R L/R L/RL/R

ANT/C

able

TP

MSP4

450K

MNT

OUT

I2S I2SI2S

I 3

I2SO

1

SC 2

MCLK

MCLK

SPDI

F OUT

Optic

al

Coax

ial

HDMI

1/2/3

2. Audio(7) HDMI No Sound


Chec

k M

SP44

50K

(IC50

8) ou

tputs

R50

39(S

CLK)

, R50

40(LR

CLK)

, R50

43(D

ATA)

1 2 3 5 6 7Fo

llow

the

proc

edur

e of

CO

MM

ON

SOUN

D O

UT

Chec

k M

SP44

50K

(IC50

8) Inp

utsR

5041

(AV1

_R), 5

042(A

V1_L

),R

5045

(AV2

_R), R

5046

(AV2

_L),

R50

48(C

MP1_

R),R

5049

(CMP

1_L),

R50

51(C

MP2_

R),50

52(C

MP2_

L),R

5055

(RGB

_R), R

5058

(RGB

_L)

Chec

k AV/

COM

PONE

NT/R

GB

Ca

ble

Chec

k X2

60 (IC

101)

Inputs

R17

5(SCL

K), R

176(L

RCLK

), R17

7(DAT

A)

Chec

k M

SP44

50K

(IC50

8) X

-tal In

put

X-ta

l Inp

ut (7

1,72p

in)

Chec

k M

SP44

50K

(IC50

8) Po

wer

4

AV/C

ompo

nent

/RG

B No

Sou

ndAV

/Com

pone

nt/R

GB

No S

ound

Chec

k CS

8416

(IC50

1) in

puts

HD

MI_

SPDI

F (C

5005

)

1 2 3 4 5

Follo

w th

e pr

oced

ure

of CO

MM

ON

SOUN

D O

UT

6

Chec

k M

ST33

61 (IC

402)

outpu

tH

DM

I_SP

DIF

(R40

9)

Chec

k HD

MI C

able

Chec

k X2

60 (IC

101)

Inputs

SCLK

(R17

5), LR

CLK(

R176

), DAT

A(R1

77)

Chec

k CS

8416

(IC50

1) ou

tputs

DAT

A(#2

6), S

CLK(

#27),

LRCL

K(#2

8)

HD

MI N

o So

und

HD

MI N

o So

und

2. Audio(8) AV/Component/RGB No Sound / HDMI No Sound


BLOCK DIAGRAM

X260

X260

Sub

Mico

m

Sub

Mico

m

SubM

icom

EEPR

OM

SubM

icom

EEPR

OM

CPU

EEPR

OM

CPU

EEPR

OM

Ch.1

Sub M

icom

I2 C C

hann

el

Maste

r

MST

3361

MST

3361

33

22

22

22

0

4.7k

3.3VS

T_MI

COM

I2C_A

I2C_B

I2C_C

+3.3V

_L

10k

+3.3V

_L 10k

+3.3V

_L

10k

MSP

4450

K

MSP

4450

K22

2N70

022N

7002

CS 8416

CS 84162

2

NTP

3000

NTP

30001

00

33pF

Pane

lPa

nel22

2N70

022N

7002

+3.3V

_L 2K

Analo

gTu

ner

Analo

gTu

ner4.7

10pF

M623

20(FA

N)M6

2320

(FAN)10

0

LM75

LM751

00

Ch.2

Ch.3

0x50

0xA0

0xC2

0x9C

0x20

0x94

0x54

0x80

0x74

Digit

alTu

ner

Digit

alTu

ner22

*

0x1C

0xA6

CH1

Read

y

+5V_

TU

6.8k

2N70

022N

7002

+3.3V

_L 2K

+3.3V

_L 0

FRC

9445

H

FRC

9445

H22

0xD4

0x1C

/ 80

+5V_

TU

5.6k

+2.5V

_DIG

_FRC

1k

Data

Line a

nd C

lock L

ine

circu

it Ide

ntity


ATI

X260

ATI

X260

COMP

1

RGB

HDMI

2COM

P2

AV1

AV2

8 8HD

MI3

Rx C

/0/1/2

Rx C

/0/1/2

Data

8bit

TP1

12

MAIN

RGB

30bit

63LV

D102

3LV

DS Tx

Dual

Tran

s.

63LV

D102

3LV

DS Tx

Dual

Tran

s.

1080

PLV

DSCo

nn

1080

PLV

DSCo

nnDu

al

Vide

oSc

aler

0

Analo

gFr

ont

End

Analo

g_TU

NER

31

CVBS

,Y,C

CVBS

,Y,C

3

CVBS

Y/Pb

/Pr

3 3Y/

Pb/P

r 3R/

G/B/

H/V

5

R/G/

B 28

bit 32

3424

TPA

Digit

alInp

ut

Y/Pb

/Pr

CLK/

EN/H

/V

CLK/

EN/H

/V 4b

it

Full H

D

CLK/

Valid

/Erro

r/Sop

4bit

PDP

: DIS

P_En

1bit

LCD

: Pan

el_CT

L 1bit

1CV

BS

MNT

Out

Analo

gVi

deo

OUT

DDR

Enab

leST

MAV3

353:1

DE

MUX

STMA

V335

3:1

DEMU

X

HDMI

18

Rx C

/0/1/2

3:1

DEMU

X3:1

DE

MUX

MST3

361

2HDM

I +3A

DC

MST3

361

2HDM

I +3A

DC

8


ATI

X260

MPEG

2 Dec

ode

AC3 D

ecod

eDT

S by

pass

SIF

Demo

d.

SRS

TruS

urrou

ndDo

lby pr

o Log

icBB

E

Treb

le/ba

ss co

ntrol

Balan

ce co

ntrol

Volum

e con

trol

ATI

X260

MPEG

2 Dec

ode

AC3 D

ecod

eDT

S by

pass

SIF

Demo

d.

SRS

TruS

urrou

ndDo

lby pr

o Log

icBB

E

Treb

le/ba

ss co

ntrol

Balan

ce co

ntrol

Volum

e con

trol

MSP4

450K

MSP4

450K

COMP

1

RGB(P

hone ja

ck)CO

MP2

AV1

AV2

MNT

Out L

/R

2

NTP3

000

PWM

Modu

lator

& Di

gital

audio

sign

alPr

oces

s &Di

gital

Amp.

3 1Sp

eake

r L

Spea

ker R

2 2

1X260

_SPD

IF_OU

T

SPDI

F OUT

SPDI

F_OU

T

1

I2S (D

ATA,

LRCL

K, SC

LK)

3

L/R

22 2 22

I2S3

1

LC LPF

LC LPFLC LPF

LC LPF

Rx_H

DMI_S

PDIF

SIF

1

Data/

CLK/

Valid

/Erro

r/Sop

TP1

12TP

A

Tune

r

HDMI

28 8

HDMI

3

Rx C

/0/1/2

Rx C

/0/1/2

HDMI

18

Rx C

/0/1/2

3:1

DEMU

X3:1

DE

MUX

MST3

361

2HDM

I +3A

DC

MST3

361

2HDM

I +3A

DC8

CS84

16

SPDI

F Rx

SPDI

F =>I2

S

CS84

16

SPDI

F Rx

SPDI

F =>I2

S

I2S (D

ATA,

LRCL

K, SC

LK)

3

AUD_

MCLK

I2S (D

ATA,

LRCL

K, SC

LK)


MIC

OM

13PI

N PS

U Ca

bleVB

R_B_

FHD

VBR_

A

VBR_

AVB

R_B_

EXT

AI_o

n/of

f

AI_o

n/of

f

VBR_

B_EX

T

VBR_

B_FH

D

VBR_

B_FH

D

VBR-

A (P

SU #7

)Am

plitu

de co

ntro

l

-0V

: 90

%

-1.

65V

: 100

%

-3.

3V :

110%

-Op

en :

1.65

(100%

)

VBR-

B (P

SU #1

0)PW

M D

uty

-0V

: TD

B(42

12

0Hz)

20

%(37

12

0Hz)

30

%(32

:120H

z)

-3.

3V :

100%

PWM

_Dim

min

g

Br

i_ct

rl

51Pi

n LV

DS C

able


CEC

Appl

icatio

n


ATI

X260

ATI

X260

SIF

NTP3

000

NTP3

000

I2S

SPDI

F

I2S

CVBS

(NT Ma

in)

DDR2

64MB

x2DD

R264

MBx2

Flex B

us

RGB

30bit

TPAAnalo

gFr

ont

End

USB

1.1

I2C P

ort0

I2C C

H1I2C

CH2

I2C C

H3

MTV4

15Mi

com

MTV4

15Mi

com

USB

(upgra

de rea

dy!!)

Dead

IC w

hen S

tandb

yDe

ad IC

whe

n Stan

dby

Vide

oSc

aler

0 Vide

oSc

aler

1 or 2

Alive

IC w

hen S

tandb

yAli

ve IC

whe

n Stan

dby

Audio

Vide

oTP

AV2 /

L/R

MNT

Out L

/R

COMP

1 L/R CO

MP2 L

/RRG

B L/R

TP_IN

1

AV1

AV2

AV1,

Y/C1

AV2,

Y/C2

Flash

(NOR 3

2MB)

Flash

(NOR 3

2MB)

Latch

x2La

tchx2

24C5

1224

C512


ATI

(X26

0)I2

C M

aste

r

AT/N

T Tu

ner

0xC2

HD

MI

ADC

(MST

3361

)0X

9C

Tem

p.Se

nsor

(LM75

)0X

94

U-Co

m(M

TV41

6)0x

50

I2C

_CH

1 (+

3.3V_

L & +5

V_L)

I2C

_CH

2 (+

3.3V_

L & +5

V_L)

I2C_

CH3

(+3.3V

_L)

Port

Expa

nder

(M62

320)

0X74

Audi

o Sw

itch

(MSP

4450

K)0X

80

DAS

P(N

TP30

00)

0X54

PDP

Mod

ule

0x1C

Live

Dea

d

CS84

16A

0X20

(W)

0X21

(R)

EEPR

OM

(24LC

512)

0xA6

CH1

CH2

CH3

FRC9

4XYH

0xD4

EEPR

OM

(24LC

16)

5V

5V5V

2.5V


+12

.0V

+12

.0V

+6.

0V+

6.0V

CS43

44CS

4344

CS53

40CS

5340

PQ05

DZ1U

PQ05

DZ1U

KIA7

8R09

KIA7

8R09

FAN

1FA

N1

KIA7

8R09

KIA7

8R09

FAN

2, 3

FAN

2, 3

MC3

3078

MC3

3078

X260

X260

HYB

18T5

12(4E

A)H

YB18

T512

(4EA)

AZ11

17H

-1.8

AZ11

17H-

1.8LM

75LM

75

ICL3

232C

BNZ

ICL3

232C

BNZ

+5.

0VST

+5.

0VST

+3.

3V_L

+3.

3V_L

AT/N

T Tu

ner

AT/N

T Tu

ner

+5V

_L

+5.

0V

SI38

65SI

3865

PQ05

DZ1U

PQ05

DZ1U

Live

Pow

er

Dea

d Po

wer

Live

-on

SC15

65-1

.8SC

1565

-1.8

ISL6

549C

BIS

L654

9CB

1.2V

1.8V

ISL6

549C

BIS

L654

9CB

1.8V

MK3

727D

MK3

727D

74LV

T163

73(2E

A)74

LVT1

6373

(2EA)

S29G

L256

S29G

L256

THC6

3LVD

1023

THC6

3LVD

1023

+3.

3V_L

HYB

18T5

12(4E

A)H

YB18

T512

(4EA)

MK3

727D

MK3

727D

+19

.0V

+19

.0V

NTP

3000

NTP

3000

NTP

3000

NTP

3000

1.8V

BA03

3FP-

3.3

BA03

3FP-

3.3

MTV

416

MTV

416

AZ11

17H

-3.3

AZ11

17H-

3.3

SC15

65-2

.5SC

1565

-2.5

MST

3369

MST

3369

9.0V

TEA6

420

TEA6

420

9.0V

CS84

16CS

8416

KIA7

8R09

KIA7

8R09

MK3

727D

MK3

727D

MIC

2505

MIC

2505

3.3V

ST_M

ICO

M24C

0824

C08

FRC9

4XYH

FRC9

4XYH

Live

-on

24C5

1224

C512

STM

AV33

5ST

MAV

335

ISP1

504

ISP1

504

MIC

2505

MIC

2505

KIA7

805

KIA7

805

AZ10

85S-

3.3

AZ10

85S-

3.3

AZ10

85S-

1.8

AZ10

85S-

1.824

C16

24C1

6

FRC

FRC

SC15

65-2

.6SC

1565

-2.6

MIC

3910

-2.5

MIC

3910

-2.5

SC15

92-1

.0SC

1592

-1.0

12.0

V HY5D

U281

622

HY5

DU2

8162

2

SC25

95-1

.0SC

2595

-1.0

MEMO



EXPLODED VIEW

240

602

600

303

304

306307

121300

302

301

305120

603

601

502

520

501

590

A2A21

580

581

582260

250

208201

202

203

204

204

200

205206

209

207

205206

207

560

570540

400

901

900


120 EAB33735401 Speaker Assembly, 50PY3 SLIM SPEAKER ASSY RIGHT

121 EAB33735402 Speaker Assembly, 50PY3 SLIM SPEAKER LEFT ASSY

200 EAJ32791701 PDP, Module-FullHD PDP60H10000.AKLGG FULLHD 60INCH 1920X1080 16/9 PDP DIVISION

201 EBR32922301 Hand Insert PCB Assembly, CTRL ASSY HAND INSERT 60 H1 Full-HD CTRL PDP DIVISION

202 EBR32015901 Hand Insert PCB Assembly, YDRV ASSY HAND INSERT 60 H1 Full-HD YDRV TOP PDP DIVISION

203 EBR32016101 Hand Insert PCB Assembly, YDRV ASSY HAND INSERT 60 H1 Full-HD YDRV BOTTOM PDP DIVISION

204 EBR32003901 Hand Insert PCB Assembly, XRLB ASSY HAND INSERT 60 H1 Full-HD XLB & XRT PDP DIVISION

205 EBR32004501 Hand Insert PCB Assembly, XRCLBT ASSY HAND INSERT 60 H1 Full-HD XCLB & XCRT PDP DIVISION

206 EBR32004601 Hand Insert PCB Assembly, XRCRBT ASSY HAND INSERT 60 H1 Full-HD XCRB & XCLT PDP DIVISION

207 EBR32004701 Hand Insert PCB Assembly, XRRB ASSY HAND INSERT 60 H1 Full-HD XRB & XLT PDP DIVISION

208 EBR32324201 Hand Insert PCB Assembly, YSUS ASSY HAND INSERT 60 H1 Full HD PDP DIVISION

209 EBR32324301 Hand Insert PCB Assembly, ZSUS ASSY HAND INSERT 60 H1 Full HD PDP DIVISION

240 AJJ30996201 Supporter Assembly, 60PY30 Vertical Supporter Right Assy.

250 AJJ30996202 Supporter Assembly, 60PY30 Vertical Supporter Left Assy.

260 AJJ31606902 Supporter Assembly, 60PY30 MODULE SUPP_SIDE HOR.+ SUPP_SIDE, Press

300 ABJ30995010 Cabinet Assembly, 60PY3DF-AA PB75A 60 LG, Cabinet Assy.

301 ADV31660202 Frame Assembly, 60py30 mf-056l 60 frame assy, LG

302 MBH32314201 Cabinet, MOLD ABS 60PY30 ABS E3, Cabinet, XCANVAS

303 AJJ30996401 Supporter Assembly, 60PY30 Filter Supporter Top

304 AJJ30996501 Supporter Assembly, 60PY30, Filter Supporter Bottom Assy

305 5230V00018B Filter, CUTTING ACRYL TOP 60PY2DR 60inch PDP MITSUI 60 GLASS FILTER

306 AJJ30996601 Supporter Assembly, 60PY30 Filter Supporter Right Assy

307 AJJ30996701 Supporter Assembly, 60PY30 Filter Supporter Left Assy

400 ACQ30995609 Cover Assembly, Rear 60PY3DF-AA PD75A 60 Back Cover Assy, Without DVR & Without Woofer CIC LABEL501 AGU31681105 Plate Assembly, ASSY PLATE TUNER BOT SMALL, 60PY3DF-UA(E3)502 AGU31680929 Plate Assembly, ASSY PLATE TUNER COVER SMALL, 60PY3DF-AA, AUS

520 EBR35964307 Hand Insert PCB Assembly, Main MAIN M.I PB75A 60PY3DF-AA AAULLH -

560 EBR36865501 PCB Assembly, Audio BUZZER ASSEMBLY SOUND S.T PDP 50PB3,60PY3 PDP BUZZER B/D YANG WOO CO

570 EBR33918301 Hand Insert PCB Assembly, SUB M.I PA71A 50PB3DR KOREA 50PB3DR PRE AMP

580 EAY32929201 SMPS, AC/DC 1H391W 100VTO240V 800W 50 TO 60HZ UL/CE/TUV 60INCH PDP FULL HD SANKEN PSU MAIN DC/DC

581 EAY32929401 SMPS, AC/DC 1H391W-PFC 100VTO240V 800W 50 TO 60HZ UL/CE/TUV 60INCH PDP FULL HD SANKEN PSU PFC BD

582 EAY32929901 SMPS, AC/DC 1H391W-ACIN 100VTO240V 800W 50 TO 60HZ UL/CE/TUV 60INCH PDP FULL HD SANKEN PSU AC-IN

590 EAM35012702 Filter, AC Line IF2-N10CEWL1 1.1mH 250VAC 10A 0.22uF 1000pF VDE/CSA/K/CCC HOUSING/RING BK DONG IL

600 EBT36207707 Chassis Assembly, SUB PB75A SUB PB75A 60PY3DF-AA SIDE AV ASSY

601 EBR35103101 Hand Insert PCB Assembly, SUB M.I PA71A 50PB4DR AKRLLH 50PB4DR 42PB4DR 50PB3 60PY3 COMM.

602 ABA30998703 Bracket Assembly, AV PY30 AB E3_SIDE AV BRACKET ASSY, USA,With USB

603 MGJ32323501 Plate, Shield PRESS AL 1.0 SHIELD AL E3 PY30 SHIELD,SIDE AV

900 AAN30997001 Base Assembly, STAND 60PY30 PA64F Stand Assy,

901 MCK32693801 Cover, MOLD ABS 60PY3 ABS COVER CABLE

A2 MKJ32022832 Remote Controller, COMPLEX LB73A 26LC7D-AB AUSTRALIA, FULL HD, NON DVR

A21 3550V00590A Cover, MOLD ABS 50PC3DD-UE.AUSRSHR ABS -

EXPLODED VIEW PARTS LIST

No. Part No. Descriptions

The components identified by mark iscritical for safety.Replace only with part number specified.

Documents

LG 60PY3DF Service Manual