Haier l26 f6 l32f6 l42f6 sm oficial (1)

Order No.

LCD TV

Model No.

Chassis

This service information is designed for experienced repair technicians only and is not designed for use by the general public. It does not contain warnings or cautions to advise non-technical individuals of potential dangers in attempting to service a product.Products powered by electricity should be serviced or repaired only by experienced professional technicians. Any attempt to service or repair the product or products dealt with in this service information by anyone else could result in serious injury or death.

Haier Group

©All rights reserved. Unauthorized copying and distribution is a violation of law.

SERVICE MANUALHaier

WARNING

TV1012S001V0

RTD267 4S

L32F6L42F6

L26F6

Service Manual Model No.:

1

CONTENTS

Chapter 1.General Information1-1. Document Information ........................................................................... 31-2. General Guidelines ................................................................................ 31-3. Important Notice ..................................................................................... 3

1-3-1. Follow the regulations and warnings ..................................................... 31-3-2. Be careful to the electrical shock ........................................................... 31-3-3. Electro static discharge (ESD) ............................................................... 31-3-4. About lead free solder (PbF) .................................................................. 41-3-5. Use the genewing parts (specifi ed parts) .............................................. 41-3-6. Safety check after repairment ................................................................ 41-3-7. Ordering Spare Parts ............................................................................. 61-3-8. Photo used in this manual ..................................................................... 6

1-4. How to Read this Service Manual ......................................................71-4-1. Using icons: ...........................................................................................7

Chapter 2. Specifi cation2-1. Specifi cation list ......................................................................................82-2. External pictures (four faces) ..............................................................9Chapter 3. Disassemble and Assemble3-1. L26F6.................... ...............................................................................153-2. L32F6............................ .....................................................................17

Chapter 4. Location of Controls and Components4-1. Board Location ......................................................................................214-2. Main Board & AV Board ......................................................................23

4-2-1. Function Description: ...........................................................................234-2-2. Connector defi nition ............................................................................23

4-3. Power Supply Board .............................................................................264-3-1. Function description:.............................................................................264-3-2. Connector defi nition: ...........................................................................26

4-4. LCD Panel ........................................................................................ ......294-4-1. Function Description: Display the signal. .............................................294-4-2. Connector defi nition: ...........................................................................29

4-

3-3. L42F6............................ .....................................................................19


2

Chapter 5. Installation Instructions5-1. Accessories................................. ........................................................355-2. External Equipment Connections ........................... .............................35

Chapter 6. Operation Instructions6-1. Get To Know Your TV ............................................................................396-2. Get To Know Your Remote Control .................................................40

Chapter 7. Electrical Parts7-1. Block Diagram .........................................................................................417-2. Circuit Diagram .......................................................................................427-3. Wiring Connection Diagram .................................................................53

8-1. Service Mode .........................................................................................558-1-1.How to enter into Service Mode..............................................................558-1-2.How to exit .............................................................................................55

8-2. Measurements and Adjustments ........................................................558-2-1. The Main Menu .....................................................................................558-2-2. Video ......................................................................................................568-2-3. Audio .....................................................................................................57

Chapter 9. Trouble shooting9-1. Simple check ..........................................................................................589-2. Power Supply Board Failure Check..................................................599-3. Mainboard Failure Check ...................................................................609-4. Pannel Failure ........................................................................................61

C5-5-C6-6-C7-7-7-

8-

8-

C9-9-9-9-

Chapter 8. Measurements and Adjustments

3

Chapter 1.General Information

1-1. Document Information

Document format: Adobe PDFAuthor:Compiler:

1-2. General Guidelines

When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or damaged by the short circuit.

After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly installed.

After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.1) Leakage Current Cold Check2) Leakage Current Hot Check3) Prevention of Electro Static Discharge (ESD) to Electrostatically Sensitive

1-3. Important Notice

1-3-1. Follow the regulations and warnings

Most important thing is to list up the potential hazard or risk for the service personnel to open the units and disassemble the units. For example, we need to describe properly how to avoid the possibility to get electrical shock from the live power supply or charged electrical parts (even the power is off).

This symbol indicates that high voltage is present inside.It is dangerous to make any kind of contact with any inside part of this product.

This symbol indicates that there are important operating and maintenance instructions in the literture accompanying the appliance.

1-3-2. Be careful to the electrical shock

To prevent damage which might result in electric shock or fire, do not expose this TV set to rain or excessive moisture. This TV must not be exposed to dripping or splashing water, and objects fi lled with liquid, such as vases, must not be placed on top of or above the TV.

1-3-3. Electro static discharge (ESD)


4

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices. The following techniques should be used to help reduce the incidence of component damage caused by electros static discharge (ESD).

Electrostatically Sensitive (ES) Devices

Some semiconductor (solid-state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and semiconductor "chip" components. The following techniques should be used to help reduce the ncidence of component damage caused by static by static electricity.

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any electrostatic charge on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging wrist strap device, which should be removed to prevent potential shock reasons prior to applying power to the unit under test.

2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.

1-3-4. About lead free solder (PbF)

This product is manufactured using lead-free solder as a part of a movement within the consumer products industry at large to be environmentally responsible. Lead-free solder must be used in the servicing and repairing of this product.

1-3-5. Use the genewing parts (specifi ed parts)

Special parts which have purposes of fi re retardant (resistors), high-quality sound (capacitors), low noise (resistors), etc. are used.

When replacing any of components, be sure to use only manufacture's specifi ed parts shown in the parts list.

Safety Component

Components identifi ed by mark have special characteristics important for safety.

1-3-6. Safety check after repairment

Confi rm that the screws, parts and wiring which were removed in order to service are put in the original positions, or whether there are the positions which are deteriorated around the serviced places serviced or not. Check the insulation between the antenna terminal or external metal and the AC cord plug blades. And be sure the safety of that.

General Servicing Precautions


5

1. Always unplug the receiver AC power cord from the AC power source before: a. Removing or reinstalling any component, circuit board module or any other receiver

assembly. b. Disconnecting or reconnecting any receiver electrical plug or other electrical connection. c. Connecting a test substitute in parallel with an electrolytic capacitor in the receiver.

CAUTION: A wrong part substitution or incorrect polarity installation of electrolytic capacitors may result in an explosion hazard.

2. Test high voltage only by measuring it with an appropriate high voltage meter or other voltage measuring device (DVM, FETVOM, etc) equipped with a suitable high voltage probe.

Do not test high voltage by "drawing an arc".

3. Do not spray chemicals on or near this receiver or any of its assemblies.

4. Unless specified otherwise in this service manual, clean electrical contacts only by applying the following mixture to the contacts with a pipe cleaner, cotton-tipped stick or comparable non-abrasive applicator; 10% (by volume) Acetone and 90% (by volume) isopropyl alcohol (90%-99% strength).

CAUTION: This is a fl ammable mixture. Unless specifi ed otherwise in this service manual, lubrication of contacts is not required. Capacitors may result in an explosion hazard.

5. Do not defeat any plug/socket B+ voltage interlocks with which receivers covered by this service manual might be equipped.

6. Do not apply AC power to this instrument and/or any of its electrical assemblies unless all solid-state device heat sinks are correctly installed.

7. Always connect the test receiver ground lead to the receiver chassis ground before connecting the test receiver positive lead.

Always remove the test receiver ground lead last. Capacitors may result in an explosion hazard.

8. Use with this receiver only the test fi xtures specifi ed in this service manual.

CAUTION: Do not connect the test fi xture ground strap to any heat sink in this receiver.

9. Remove the antenna terminal on TV and turn on the TV.

10. Insulation resistance between the cord plug terminals and the eternal exposure metal should be more than Mohm by using the 500V insulation resistance meter.

11. If the insulation resistance is less than M ohm, the inspection repair should be required. If you have not the 500V insulation resistance meter, use a Tester. External exposure metal: Antenna terminal Headphone jack.


6

12. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

13. Use only an anti-static type solder removal device. Some solder removal devices not classifi ed as "anti-static" can generate electrical charges suffi cient to damage ES devices.

14. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.

15. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it.(Most replacement ES devices are packaged with leads electrically shorted together by

conductive foam, aluminum foil or comparable conductive material).

16. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed.

CAUTION: Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

17. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted fl oor can generate static electricity suffi cient to damage an ES device.)

1-3-7. Ordering Spare Parts

Please include the following informations when you order parts. (Particularly the Version letter)

1. Model number, serial number and software versionThe model number and serial number can be found on the back cover of each product. Software

version can be found in the Spare Parts List.

2. Spare part No. and descriptionSpare part No. and description can be found in the Spare Parts List.

1-3-8. Photo used in this manual

The illustration and photos used in this Service Manual may not base on the final design of products, which may differ from your products in some way.


7

1-4. How to Read this Service Manual

1-4-1. Using icons:Icons are used to attract the attention of the reader to specific information. The

meaning of each icon is described in the table below:

Note:A “note” provides information that is not indispensable, but may nevertheless be

valuable to the reader, such as tips and tricks.

Caution:A “caution” is used when there is danger that the reader, through incorrect

manipulation, may damage equipment, loose data, get an unexpected result or has to restart(part of) a procedure.

Warning:A “warning” is used when there is danger of personal injury.

Reference:A “reference” guides the reader to other places in this binder or in this manual,

where he/she will fi nd additional information on a specifi c topic.


8

Chapter 2. Specifi cation

2-1. Specifi cation list


2-2. External pictures (four faces)

Front Side

Left Side

2-2-1

9

L26F6


10

Right Side

Back Side


Front Side

Left Side

2-2-2

11

L32F6


12

Right Side

Back Side


Front Side

Left Side

2-2-3 L42F6


13

Right Side

Back Side


14

Chapter 3. Disassemble and Assemble

3-1.

3-1-2. Remove the Back Cover

3-1-3. Remove the mainboard

power supply

3-1-1. Remove the Stand

3-1-4. Remove the

L26F6


15

3-1-6. Remove the remote control

3-1-8.

3-1-5. Remove the Speaker

Take out the speaker directly.

Remove screws fastened the Panel

3-1-7. Remove the O

Assemblyrnamental


16

3-2.

3-2-2. Remove the Back Cover 3-2-4. Remove the power supply


3-2-3. Remove the mainboard and bracket of Side AV

L32F6


17



Take out the speaker directly.

3-2-7. Remove the O

Assemblyrnamental

3-2-8. Remove the Panel


18

3-3.

3-3-2. Remove the Back Cover3-3-4. Remove the power supply


3-3-3. Remove the mainboard and bracket of Side AV


19


3-3-7. Remove the Metal connecting


board

3-3-9. Remove the panel bracket

3-3-8. Remove the Ornamental Light

Assembly


20

Chapter 4. Location of Controls and Components

4-1. Board Location

No. Parts number Description

4-1-2.

4-1-1.

B Board LCD Panel0094001125 DE

C Board Power Supply

L26F6

L32F6

A

B

C

A Board

A

BC


A Board

B Board

C Board

Power Supply

0094001236DC

0094001274B

DC1CS0E0500M

LCD Panel


21

4-1-3. L42F6

A

B

C


A Board

B Board

C Board

Power Supply

0094001165DE

0094001757

DC1C50E0400M

LCD Panel


22

4-2.Mainboard4-2-1. Function Description:Process signal which incept from exterior equipment then translate into signal that panel can display.

4-2-2-1.Mainboard of L26F6 L32F6

4-2-2.Connector definition

CN24

4-2-2-2.Connector definition

CN25

CN27

CN26 CN23

CN18

CN21

CN22

Power connectors (CN18)

Pin number Signal name Description

5

6

7

ON/OFFPW-ON/OFF

GNDGND

5VS 5V-Stand

GND GND

GND GND

12VA 12V-Mainboard

12VA 12V-Mainboard

1

2

3

4


23

1

2

3

4

Back light connectors (CN23)


ADJ

PBON

GND

5VS

Back light adjust

Back light ON/OFF

GND

5VS

Speaker connector (CN26)

1

2

3


L+

L+

L-

4 R+

Left of audio

Right of audio

Power of audio anplifier connector (CN27)

1

2

3


GND GND

24V 24V

24V 24V

4 GND GND

Left of audio

Right of audio

Key connector (CN25)

1

2

3


GND GND

KEY1 KEY1

KEY0 KEY0

Remote connector (CN24)

1

2

3


4

5

5V 5V

IRIN IR IN

LEDR LED-RED

LEDB LED-BLUE

GND GND


24

LVDS Connector (CN21)

1

2

3


B0+

GND

4 ODSEL1

16

17

18


ODSEL219

5

6

7

8

9

1011

12

13

14

15

20

21

22

23

24

25

26

27

28

29

30

GND

GND

B2-

B2+

BC-

BC+

GND

GND

B3-

B4-

PNL_SDA

PNL_CLK

GNDGND

VCC

VCC

VCC

VCC

BRI_IN

GND

ODSEL1

GND

GND

B2-

GND

GND

B3-

PNL_CLK

GND

BO+ ODSEL2

B2+

BC-

BC+

B4-

PNL_SDA

VCC

31

32

GND GND

B0- BO-

B1+ B1+

B1- B1-

B3+ B3+

GND GND

GND GND

B4+ B4+

GND GND

PB-ADJUST

VCC

VCC

VCC

BRI_IN

PB-ADJUST

LVDS Connector (CN22)

1

2

3


A1-

A0-

4 A3+

9

10


A3-11

5

6

7

8

12

13

14

15

16

GND

AC+

A4-

N/A

A3+

GND

AC+

A1- A3-

A4-

A0+

A1+ A1+

A2- A2-

A2+ A2+

AC- AC-

GND GND

A4+ A4+

A0-

A0+

N/A

N/A N/A


25

4-3. Power Supply Board4-3-1. Function description:

To supply power for Mainboard, Panel.

4-3-2. Connector defi nition:4-3-2-1.L26F6

CN2 CN3 CN5

CN1

1

2

Pin number Signal name

L

N

CN1

CN5Pin number Signal name

1

2

3

4

GND

GND

+24VD

+24VD

CN3Pin number Signal name

1-5

6-10 GND

+24V

CN2Pin number Signal name Pin number Signal name

1

2

3

4

5

6

PS_ON

+5V

GND

GND

7

GND +12V

+12V


26

4-3-2-2.L32F6

CN2

CN1

CN3

1

2


L

N

CN1

CN3


1

2

3

4

GND

GND

CN2 PIN NUMBER DESIGNATION

1 12V 2 12V 3 GND 4 GND 5 5VSTB 6 GND

7 STN

8 SEL

9 V-IPWM

10 BL-ON 11 V-EPWM

24V

24V


27

4-3-2-3.L42F6

CN3

CN4

CN3

Pin number Signal name Pin number Signal name

1

2

3

4

9

10

11

125

8

GND

GND

GND

24V

24V

24V

24V

24V

6

7

13

14GND

GND

DC-DIMMING

BL-ON/OFF

PWM-DIMMING

STATUS

CN4

Pin number Signal name Pin number Signal name

1

2

3

4

11

12

13

145

10

24V

GND

GND

12V

P-ON/OFF

12V

24V

12V

6

7

15

16GND

GND

DC-DIMMING

BL-ON/OFF

PWM-DIMMING

89

17

18GND

GND

GND

5V

STATUS


28

4-4.LCD Panel4-4-1. Function Description: Display the signal.4-4-2. Connector defi nition4-4-2-1.L26F6

� LCD connector: CN1: Starconn 093G30-B0001A-1

� Mating connector:

�� Description

� � Power Supply, +12V DC Regulated




� �� Ground

� �� Ground

� �� Ground

� �� Ground

� �� Open/High(3.3V) for NS, Low(GND) for JEIDA

�� AUO Internal Use Only

�� Ground

�� !"��# LVDS Channel 1, Signal 0-

�� !"��$ LVDS Channel 1, Signal 0+

�� Ground



�� Ground



�� Ground

�� !"��!�%# LVDS Channel 1, Clock -

�� !"��!�%$ LVDS Channel 1, Clock +

�� Ground



�� Ground



�� Ground

�� Ground


29

�

�

Inverter Connector: CI0114M1HRL-NH (Cvilux)

Pin No

Symbol Description

1 VDDB Operating Voltage Supply, +24V DC regulated





6 BLGND Ground and Current Return





11 DET(27) BLU status detection: Normal : 0~0.8V ; Abnormal : Open collector

12 VBLON BL On-Off control: High/Open (2.0V~5.5V) for BL On, Low (GND) for off

13 Internal

PWM(26)(VDIM)

Internal PWM (0~3.1V,10~100% Duty) < NC ; when External PWM mode> (29)

14 External

PWM(28)(PDIM)

External PWM (5%~100% Duty ratio) < NC ; when internal PWM mode> (29)


30

4-4-2-2.L32F6

AU T315XW03 V5

BACKLIGHT CONNECTOR PIN CONFIGURATION :

Description Min Typ Max Unit Condition/Note

1 Operating Voltage Vo 639 710 781 Vrms

1. Dimming range is set 100% 2. Base on lamp specification, for each

lamp need to be applied at least minimum operating voltage to ensure each lamp can be normally worked!

2 Operating Current Io 12 12.5 13 mArms

1. Dimming range is set 100% 2. Base on lamp specification, for each

lamp need to be applied at least minimum operating current to ensure each lamp can be normally worked!

3 BL Total Power Dissipation PBL 76 78 80 Watt

1. Dimming range is set 100%. 2. In order to get typical light out, the

backlight need to be applied typical power.

3. Input power of JIG BD is about 78 W (typ) by AUO measure!

At 0 1500 1650 4 Striking Voltage

At Vstrike

1350 1500 Vrms

1. Base on lamp specification, to ensure each lamp can be normally ignited, need to apply at least minimum striking voltage to each lamp

5 Striking Time Ts 1000 - 1500 msec

1. To ensure each lamp can be normally ignited, each lamp need to be applied at least minimum striking voltage during minimum striking time.

6 Operating Frequency fo kHz

1. Operating frequency is set by customer.

2. Need to double confirm display quality.(*)

7 PWM Operating Frequency F_PWM 120 180 240 Hz 1. PWM frequency is set by customer. 2. Need to double confirm display

quality.(*)

8 PWM Dimming Duty Ratio D_PWM 20 - 100 % Note 1. Dimming range Note 2. Note 3. Duty ratio definition.

9 Lamp Type U type

10 Number of Lamps 4 pcs


31

LVDS: Connector on Panel: 093G30-B0001A-1 (Manufactured by )

Pin No Symbol Description Default

1 VCC +12V, DC, Regulated




5 GND Ground and Signal Return




9 LVDS Option Low/Open for Normal (NS), High for JEIDA NS mode

10 Reserved Open AUO internal test

11 GND Ground and Signal Return for LVDS

12 RIN0- LVDS Channel 0 negative

13 RIN0+ LVDS Channel 0 positive








21 RCLK- LVDS Clock negative

22 RCLK+ LVDS Clock positive





27 Reserved Open or High AUO internal test

28 Reserved Open or High AUO internal test




32

4-4-2-3.L42F6

AUO

NVERTER UNIT

Symbol Description

VDDB (Main Power) DV input 24.0 VDC





GND Ground

GND Ground

GND Ground

GND Ground

GND Ground

Reserved Please leave it open

VBLON (Enable Pin) BL On/Off control signal

High/Open: On, Low: Off (Low=0~ 0.8V, High=2.0~5.0V)

VDIM Internal PWM (3.3V,100% duty)/open for 100% luminance,

0V : 10% duty

NC

I


33

P-TWO 187059-5122 which is compatible FI-RE51S-HF (JAE)

Note: 1. All GND (ground) pin should be connected together to the LCD module’s metal frame.

2. All VLCD ( power input ) pins should be connected.

No Symbol Description No Symbol Description

1 GND Ground 27 GND Ground

2 NC No connection 28 RE0N SECOND CHANNEL 0-

3 NC No connection 29 RE0P SECOND CHANNEL 0+

4 NC No connection 30 RE1N SECOND CHANNEL 1-

5 NC No connection 31 RE1P SECOND CHANNEL 1+

6 Reserved 32 RE 2N SECOND CHANNEL 2-

7 LVDS SEL LVDS order 33 RE 2P SECOND CHANNEL 2+

8 NC No connection 34 GND Ground

9 Reserved 35 RECLKN SECOND CLOCK CHANNEL C-

10 Reserved 36 RECLKP SECOND CLOCK CHANNEL C+


12 RO 0N FIRST CHANNEL 0- 38 RE3N SECOND CHANNEL 3-

13 RO 0P FIRST CHANNEL 0+ 39 RE3P SECOND CHANNEL 3+

14 RO 1N FIRST CHANNEL 1- 40 NC No connection

15 RO 1P FIRST CHANNEL 1+ 41 NC No connection

16 RO 2N FIRST CHANNEL 2- 42 GND Ground

17 RO 2P FIRST CHANNEL 2+ 43 GND Ground


19 ROCLKN FIRST CLOCK CHANNEL C- 45 GND Ground

20 ROCLKP FIRST CLOCK CHANNEL C+ 46 GND Ground

21 GND Ground 47 NC No connection

22 RO 3N FIRST CHANNEL 3- 48 VLCD Power Supply +12V

23 RO 3P FIRST CHANNEL 3+ 49 VLCD Power Supply +12V

24 NC No connection 50 VLCD Power Supply +12V

25 NC No connection 51 VLCD Power Supply +12V

26 GND Ground - - -


34

ANT.

Chapter 5. Installation Instructions

5-2. External Equipment Connections

P.MODE

CC

INPUT

P.SIZE

MENU

VOL-

REV

FREEZE

1 2 3

4 5 6

7 8 9

MTS/SAP

CH+

CH-

VOL+OK

PLAY/PAUSE

FAVORITE

0

S.MODE

DISPLAY

SLEEPH.LOCK

STOP

BACK

ZOOM

MUTE

RECALL

5-1. Accessories


35

Choose Your ConnectionThere are several ways to connect your television, depending on the components you want to connect and the quality of the signal you want to achieve. The following are examples of someways to connect your TV. Choose the connection which is best for you.

VCR Connection

To avoid picture noise (interference), leave an adequate distance between the VCR and TV.

select the source, press the button to confirm.

DVD Setup

How to connect

Connect the DVD video outputs (Y, PA b/Cb, Pr/Cr) to the COMPONENT (Y, Pb/Cb, Pr/Cr) input jacks on the TV and connect the DVD audio outputs to the AUDIO jacks on the TV as shown in the figure.

Y Pb/Cb Pr/Cr L-AUDIO-R

IN

1

2

VIDEO L-AUDIO-R VIDEO L-AUDIO-R

VGA/DVI AUDIO VGA

VGA

IN

2

How to use

Turn on the DVD player, insert a DVD .A

Use the B INPUT button on the remote control,and then press button to to select COMPONENT mode, press the button to confirm.

PressC Play button on external equipment for program play.

Refer to the DVD player’s manual for operating Dinstructions.

HDMI or DVI Setup

To watch digitally broadcast programs, purchase and connect a digital set-top box.

How to connect

Use the TV’s COMPONENT (Y, P • b/Cb, Pr/Cr) INPUT jacks, VGA or HDMI port for video connections, depending on your set-top box connections

ANT

IN


VGA/DVI AUDIO VGA

VGA

IN

2


IN

1

2

Connection Option 1Set VCR output switch to channel 3 or 4 and then tune the TV to the same channel number.

Connection Option 2

Connect the audio and video cables from the VCR’s Aoutput jacks to the TV input jacks, as shown in the figure. When connecting the TV to VCR, match the jack colors (Video = yellow, Audio Left = white, and Audio Right = red).

Insert a video tape into the VCR and press B PLAY on the VCR. (Refer to the VCR owner’s manual.)

Select the input source using the C INPUT button on the remote control, and then press /

to

button

/


36

available. Then, make the corresponding audio connections.

How to use

Turn on the digital set-top box. A(Refer to the owner’s manual for the digital set-top box.)

Use B INPUT on the remote contralto select PC or HDMI (Y, Pb/Cb, Pr/Cr) mode.

PressC Play button on external equipment for program play.


VGA/DVI AUDIO VGA

VGA

IN

/

2


IN

1

2

PC Setup

How to connect

Use the TV’s PC IN port for video connections.A

Then, make the corresponding audio connection. If Busing a sound card, adjust the PC sound as required.

How to use

Turn on the PC and the TV.A

Turn on the display by pressing the B POWER button on the TV’s remote control.

Use C INPUT on the remote control to select PC source.

Check the image on your TV. There may be noise Dassociated with the resolution, vertical pattern, contrast or brightness in PC mode. If noise is present, change the PC mode to another resolution, change the refresh rate to another rate or adjust the brightness and contrast on the menu until the picture is clear. If the refresh rate of the PC graphic card can not be changed, change the PC graphic card or consult the manufacturer of the PC graphic card.


VGA/DVI AUDIO VGA

VGA

IN

2


IN

1

2

Note

Avoid keeping a fixed image on the TV’s screen for ❏along period of Time. The fixed image may become permanently imprinted on the screen.

The synchronization input form for Horizontal and ❏Vertical frequencies is separate.

To obtain the best picture, do not play the USB, ❏YPbPr, HDMI or PC source at the same time.

Monitor Out Setup

The TV has a special signal output capability which allows you to hook up a second TV or monitor.

Connect the second TV or monitor to the TV’s AV OUT. See the Operating Manual of the second TV or monitor for further details regarding that device’s input settings.

2

Note

Component, PC, HDMI input sources cannot be ❏used for Monitor out.


37

When connecting with external audio equipments, ❏such as amplifiers or speakers, please turn the TV speakers off.

Power sourceTO USE AC POWER SOURCE Use the AC polarized line cord provided for operation on AC. Insert the AC cord plug into a standard polarized AC outlet.

Note

Never connect the AC line cord plug to other than ❏the specified voltage. Use the attached power cord only.

If the polarized AC cord does not fit into a non ❏polarized AC outlet, do not attempt to file or cut the blade. It is the user’s responsibility to have an electrician replace the obsolete outlet.

If you cause a static discharge when touching the ❏unit and the unit fails to function, simply unplug the unit from the AC outlet and plug it back in. The unit should return to normal operation. Polarized AC Cord Plug.


38

Chapter 6. Operation Instructions6-1. Get to know your TV

Panel Control and Rear Terminals Control- This is a simplified representation of front panel. - Here shown may be somewhat different from your TV.

Panel Control

Rear Terminals Control


Y Pb/Cb Pr/Cr L-AUDIO-R VGA/DVI AUDIO

VIDEO

VID

EO

ANT

L AUDIO R VIDEO

PC

L AUDIO R

AV 2

IN

AV OU

T

Y Pb Pr L R PC AUDIO

GOMPONENY

1

2 3

4 5

VGA

IN

VGA

IN

2

1

2

ANT

IN

6

1 COMPONENT InConnect a component Video/Audio device to these jacks

2 VGA/DVI AUDIO Connect a VGA Audio device to these jacks

3 VGA INConnect the monitor output connector from a PC to the jack

4 AV INConnect Video/Audio out from an Video/Audio device to these jacks.

5 AV OUT Video/Audio output terminal

6 ANT INConnect cable or antenna signal to the TV, either

directly or through your cable box.

7 USB jack Connect USB storage device to this jack.

8 S-VIDEOConnect the S-VIDEO cable from an external signal source to this jack.

9 Earphone Earphone audio output terminal.

0 HDMIConnect a HDMI device to receive digital audio

and uncompressed digital video.


39

6-2. Get to know your remote control

- The remote control cannot be operated unless the batteries are properly loaded.- When using the remote control, aim it at the remote control sensor on the TV.

Function introduction

1 Picture Mode Press this key continuously to select the picture mode.

2 P.SIZE Press to change the aspect ratio.

3 CC Select a closed caption option.

4 INPUT Press this key to open/close signal source option menu.

5 MENU Press this key to display or exit the main menu.

6 CH+/-,VOL+/- Volume/Channel Selection.

7 H.LOCK Hotel Lock button.

8 REV Fast Reverse in USB function.

9

0

C

P

THUMBSTICK(Up/

Down/Left/Right) Allows you to navigate the on-screen and 0 for Previous, Pfor Next

in USB function.

A PLAY/PAUSE Press this key to play or pause in USB function.

B FreezePress once to display a frozen image of the current program, but audio continus.

Press again to return to the program.

D POWERPress this key to start TV from standby mode, press it again to return to standby

mode.

E Sound Mode Press this key continuously to select the sound mode.

F Display Press to display the TV status information on the top of the TV screen.

G MTS/SAP Select MONE,STEREO,SAP .

H 0-9 This keys are used to select a channel.

I Recall Press to jump back and forth between two channels.

J MUTEPress this key to mute the sound, press it again to activate the sound. The sound may

be activated by turning the TV on again or increasing the volume.K OK Press this key to confirm the selection.

L SLEEP Displaying the sleep time.

M STOP Allows you to stop playing a music in USB function.N FWD Fast forward in USB function. O BACK Press to return to the previous menu.

Q Favorite Open the favorite channel list in TV.

R Zoom Picture zoom function.

Remote Control Function

THUMBSTICK (Up/ Down/Left/Right)


40

Chapter 7. Electrical Parts7-1. Block Diagram

IR/KEY

POWER

DDR

RTD2674S

HDMI 2

VGA

Audio

YPbPr1

Video

YPbPr1

Audio

YPbPr2

Video

YPbPr2

Audio

Video Switch

74HC4052

Audio Switch

PI5V330

HDMI 0

LVDS PANEL

L R CVBS

AV OUT

D-AMP

Speaker OUT

HeadPhone OUT

TDA8932

LQFP216

TDA9885

S1-Video

Video

AV1

Video

AV1

Audio

AV2

Video

AV2

Audio

Tuner

SPI FLASH

Clone/USB

DSMB Module

SYNC Switch

PI5V330

DSMB_H/V_SYNC

VGA_H/V_SYNC


41

7-2. Circuit Diagram

P_O

N/O

FF

EN

_5VS

TB

SD

AS

CL

PW

_SA

VE

_LV

1IN

T

OF

F_5

VS

TB

INT

RES

ET

RES

ET

SD

A

OF

F_5

VS

TB

EN

_5VS

TB

PW

_SA

VE

_LV

1

BK

L_O

N_O

FF

P_O

N/O

FF

BL_

IN

BL_

DIM

MIN

G

ST

B5V

DG

ND

DG

ND

ST

B5V

PW

R_1

2V

DG

ND

PW

R_1

2VP

WR

_5V

D3V

3S

TB

5V

DG

ND

DG

ND

DG

ND

DG

ND

DD

R_2

.5V

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_5

V

A3V

3

DG

ND

DG

ND

D3V

3

DG

ND

A1V

2

D1V

2

DG

ND

D_1

V2

DG

ND

DG

ND

PW

R_5

V

ST

B5V

ST

B5V

DG

ND

ST

B5V

ST

B5V

DG

ND

DG

ND

DG

ND

ST

B5V

DG

ND

DG

ND

PW

R_5

V

D3V

3

DG

ND

DG

ND

PW

R_1

2VV

_AU

DG

ND

DG

ND

ST

B5V

ST

B5V

ST

B5V

DG

ND

DG

ND

DG

ND

D3V

3

PW

_SA

VE

_LV

1

LSA

DC

0

IR_O

UT

1

SD

A

ST

AT

1LV

DS

IO1

BK

L_O

N_O

FF

BL_

IN

BL_

DIM

MIN

G

ST

AT

1

LVDS

IO1

ST

AT

LVDS

IO

#POWER_ON

Initial Condition:L

H: Power OFF

L: Power ON

TO-263Anew

09.1

.25

C6

1uF

C6

1uF

D40

NC

/B13

0

D40

NC

/B13

0

R14

10K

/NC

R14

10K

/NC

+C

W37

100u

F/1

6V

+C

W37

100u

F/1

6V

R17

20K

/NC

R17

20K

/NC

CE

2747

0uF

/10V

CE

2747

0uF

/10V

R2

2KR

22K

R26

4.7K

R26

4.7K

D49

3.9V

D49

3.9V

R7

4.7K

/NC

R7

4.7K

/NC

R78

010

0R/N

CR

780

100R

/NC

Q50

2N39

04

Q50

2N39

04

123

L119

10uH

/2.5

AL1

1910

uH/2

.5A

R43

2N

C/1

0R/2

WR

432

NC

/10R

/2W

D53

6.2V

D53

6.2V

+C

E11

4

10uF

/16V

+C

E11

4

10uF

/16V

CN

35 CO

N9X

2-2.

0A

CN

35 CO

N9X

2-2.

0A

11

33

55

77

99

22

44

66

88

1010

1111

1212

1313

1414

1515

1616

1717

1818

C44

60.

1uF

/25VS

C44

60.

1uF

/25VS

R12

10K

R12

10K

Q10

12N

3904

/NC

Q10

12N

3904

/NC

1

23

L73

0H/0

805

L73

0H/0

805

C39

5

3.3n

F

C39

5

3.3n

F

+C

W43

NC

/47u

F/1

6V

+C

W43

NC

/47u

F/1

6V

+C

E12

4.7u

F+C

E12

4.7u

F

L124

0H/0

805/

NC

L124

0H/0

805/

NC

RW

28 0RR

W28 0R

R1

100

R1

100

CW

38

0.1u

F

CW

38

0.1u

F

CW

42

0.1u

F

CW

42

0.1u

F

L1L1

1

U42

RC

1117

-AD

JU

42R

C11

17-A

DJ

VO

2

ADJ 1

VI

3

R58

712

0R1%

R58

712

0R1%

U39

MP

1484

U39

MP

1484

BS

1IN

2S

W3

GN

D4

FB

5C

OM

P6

EN

7

SS

8

+C

E11

8

10uF

/16V

+C

E11

8

10uF

/16V

R3

4.7K

/NC

R3

4.7K

/NC

R23

4.7K

/NC

R23

4.7K

/NC

R58

010

0kR

580

100k

+CE

106

220u

F/2

5VS

+CE

106

220u

F/2

5VS

U1

SH

IELD

ING

CA

M

U1

SH

IELD

ING

CA

M

GN

D1

GN

D2

GN

D3

GN

D4

GN

D5

GN

D6

GN

D7

GN

D8

L12

L12 1

Q47

2N39

04/N

CQ

472N

3904

/NC

1

23

R50

5

5.6K

R50

5

5.6K

R6

100R

/NC

R6

100R

/NC

R87

510

0RR

875

100R

L2L2

1

CE

2647

0uF

/10V

CE

2647

0uF

/10V

R58

2

2.2K

R58

2

2.2K

R50

410

0kR

504

100k

D45

B34

0D

45B

340

R22

10K

/NC

R22

10K

/NC

C13

NC

/0.1

uF

C13

NC

/0.1

uF

R8

22K

1%

R8

22K

1%

D38

NC

/B13

0

D38

NC

/B13

0

RW

2520

0R/1

%R

W25

200R

/1%

R19

1K/N

CR

191K

/NC

Q48

AO

3401

(AF

2301

)Q

48A

O34

01(A

F23

01)

CN

46

H_2

.0_5

/NC

CN

46

H_2

.0_5

/NC

123456

R58

3

8.2K

1%

R58

3

8.2K

1%

TP

55T

P55

C16

10nF

C16

10nF

DW

4

orie

ntat

ion

DW

4

orie

ntat

ion1 1

44

55

66

77

88

2 2

99

3 3

L14

33uH

L14

33uH

L19

0H/0

805

L19

0H/0

805

C44

70.

1uF

C44

70.

1uF

DW

3

orie

ntat

ion

DW

3

orie

ntat

ion1 1

44

55

66

77

88

2 2

99

3 3

Q49

2N39

04Q

492N

3904

1

23

10uF

C54

3

10uF

C54

3

L27

0H/1

206

L27

0H/1

206

L3L3

1

C4

0.1u

F/N

CC

40.

1uF

/NC

C41

4

0.1u

F

C41

4

0.1u

F

U43

PD

79F

8202

/NC

U43

PD

79F

8202

/NC

KE

Y1

ON

/OF

F2

GN

D3

VC

C4

SC

L5

SD

A6

RES

ET

7IN

T8

ST

AT

9

IR10 R

1610

K/N

CR

1610

K/N

C

C14

0.1u

F

C14

0.1u

F

Q1

2N39

04

Q1

2N39

041

23

R24

4.7K

R24

4.7K

RW

2615

0R/1

%R

W26

150R

/1%

0.1u

F

CW

35

0.1u

F

CW

35

C17

0.1u

F

C17

0.1u

F

0.1u

F

CW

40

0.1u

F

CW

40

R78

110

0R/N

CR

781

100R

/NC

R78

710

KR

787

10K

Q10

22N

3904

/NC

Q10

22N

3904

/NC

1

23

0.1u

F

C45

2

0.1u

F

C45

2

R5

100R

/NC

R5

100R

/NC

DW

2

orie

ntat

ion

DW

2

orie

ntat

ion1 1

44

55

66

77

88

2 2

99

3 3

R21

47R

2147

R78

810

KR

788

10K

+C

E13

4.7u

F+C

E13

4.7u

F

R58

913

0R1%

R58

913

0R1%

C44

8

NC

/0.1

uF

C44

8

NC

/0.1

uF

TP

56T

P56

R58

1

39K

1%

R58

1

39K

1%

R78

210

0R/N

CR

782

100R

/NC

+CE

112

220u

F/2

5VS

+CE

112

220u

F/2

5VS

R15

1K/N

CR

151K

/NC

R87

410

0RR

874

100R

C44

93.

3nF

C44

93.

3nF

R18

10K

/NC

R18

10K

/NC

C15

0.1u

F

C15

0.1u

F

Q34

2N39

04/N

CQ

342N

3904

/NC

1

23

C39

6

0.1u

F

C39

6

0.1u

F

R10

NC

/10R

/2W

R10

NC

/10R

/2W

C12

10nF

C12

10nF

+CE

107

470u

F/1

6V

+CE

107

470u

F/1

6V

D54

6.2V

D54

6.2V

R20

4.7K

/NC

R20

4.7K

/NC

R50

34.

7kR

503

4.7k

L20

NC

/33u

HL2

0N

C/3

3uH

R4

4.7KR

4

4.7K

U34

MP

1482

U34

MP

1482

BS

1IN

2S

W3

GN

D4

FB

5C

OM

P6

EN

7

SS

8

+CE

113

470u

F/1

0V

+CE

113

470u

F/1

0V

+C

W36

100u

F/1

6V+C

W36

100u

F/1

6V

R78

910

0KR

789

100K

R9 8.

2K1%

R9 8.

2K1%

DW

1

orie

ntat

ion

DW

1

orie

ntat

ion1 1

44

55

66

77

88

2 2

99

3 3

U40

RC

1117

-AD

JU

40R

C11

17-A

DJ

VO

2

ADJ 1

VI

3

+C

W41

100u

F/1

6V

+C

W41

100u

F/1

6V

RW

27 10R

RW

27 10R

L162

10uH

/3.5

AL1

6210

uH/3

.5A

L15

0H/0

805

L15

0H/0

805

R11

100R

/NC

R11

100R

/NC

CN

18H

7-25

AC

N18

H7-

25A

11

22

33

44

55

66

77

U41

AZ

1084

-AD

JU

41A

Z10

84-A

DJ

VO

2

ADJ 1

VI

3

D46

B34

0D

46B

340

TP

57T

P57

+C

W39

100u

F/1

6V+C

W39

100u

F/1

6V


42

SV_C+VIN_A1-

VIN_A0-AV2_CVBS+

DDR_ADDR10DDR_BA1DDR_BA0

VIN_A2-TCVBS+

AV1_CVBS+

HDMI1_D1+HDMI1_D1-HDMI1_D0+HDMI1_D0-HDMI1_CLK+HDMI1_CLK-

HDMI1_D2+HDMI1_D2-

HDMI2_CLK+HDMI2_CLK-

HDMI2_D2-HDMI2_D1+HDMI2_D1-HDMI2_D0+HDMI2_D0-

HDMI2_D2+DDR_DQ_3

DQ_2

DM0

TEANTEAP

TOAP

SPDIF_OUT

DQ_1

ADDR0

TOAN

DDR_ADDR3DDR_ADDR2DDR_ADDR1DDR_ADDR0

DQ_0

DDR_DQS0

WE#

DQS0

AIO

_2L

TO

CLK

NT

OC

LKP

TO

DN

TO

DP

LSA

DC

1

US

B_D

MUS

B_D

P

TO

CLK

NT

OC

LKP

HD

MI2

_D2-

HD

MI2

_D1-

HD

MI2

_D2+

HD

MI2

_D1+

HD

MI2

_D0-

HD

MI2

_D0+

HO

TP

LUG

2

HD

MI2

_CLK

-H

DM

I2_C

LK+

TU

N_I

2C_S

CL

TO

CP

HP

_OU

T_R

TO

CN

TO

BN

TO

BP

AV

OU

T_2

RF

_AG

C_O

UT

TU

N_I

2C_S

DA

TU

N_I

F-

XO

UT

XIN

TO

CP

AV

OU

T_1

TU

N_I

F+

TO

CN

AIN

_MO

NO

PW

_SA

VE

_LV

1

IR_O

UT

TO

BN

TO

BP

US

B_D

PUS

B_D

M

TO

AN

TO

AP

VG

A_D

DC

_SC

L

AO

UT

_R

AIO

_2R

TE

DN

TE

DP

AO

UT

_L

TE

CLK

P

PA

NE

L_O

N_O

FF

TE

CN

TE

CP

TE

CLK

N

TE

BN

TE

BP

TO

DN

TO

DP

TE

AN

TE

AP

AIO

_2L

BL_

ON

_OF

F

AIO

_2R

HD

MI2

_DD

C_S

CL

LED

BL_

DIM

ADDR1

US

B_P

WR

_FLA

G

HD

MI1

_D0+

HD

MI1

_D2-

HD

MI1

_CLK

-H

DM

I1_C

LK+

HD

MI1

_D1-

HD

MI1

_D2+

HD

MI1

_D1+

HD

MI1

_D0-

HD

MI1

_DD

C_S

CL

HD

MI_

CE

CH

OT

PLU

G1

HD

MI1

_DD

C_S

DA

LSA

DC

0

HP

_OU

T_L

CV

BS

_OU

T

HD

MI2

_DD

C_S

DA

VG

A_D

DC

_SD

A

AVS

0A

HS

0

IR_O

UT

LSA

DC

1LS

AD

C0

HO

TP

LUG

2

HD

MI1

_DD

C_S

CL1

HD

MI_

CE

C

VG

A_D

DC

_SD

AV

GA

_DD

C_S

CL

HD

MI2

_DD

C_S

DA

2H

DM

I2_D

DC

_SC

L2H

DM

I1_D

DC

_SD

A1

SP

I_CS

#S

PI_S

CK

SP

I_D

I

PW

_SA

VE

_LV

1B

L_O

N_O

FF

RES

ET

#

SP

I_D

O

SP

I_S

CK

CAS#

DQ_7

ADDR2

DD

R_A

DD

R8

DD

R_A

DD

R7

DD

R_A

DD

R6

DD

R_D

Q_0

DD

R_A

DD

R12

DD

R_A

DD

R11

DD

R_A

DD

R9

DD

R_D

Q_6

DD

R_D

Q_5

DD

R_D

Q_4

DD

R_D

Q_3

DD

R_D

Q_2

DD

R_D

Q_1

DD

R_D

M0

DD

R_W

E#

DD

R_D

QS

0

DD

R_R

AS

#

DD

R_A

DD

R3

DD

R_B

A1

DD

R_D

Q_7

DD

R_C

AS

#

DD

R_A

DD

R2

DD

R_B

A0

DD

R_A

DD

R10

DD

R_A

DD

R1

DD

R_A

DD

R0

DD

R_A

DD

R5

DD

R_D

Q_1

1

DD

R_D

M1

DD

R_D

Q_9

DD

R_D

Q_1

4

DD

R_C

K#

DD

R_D

Q_8

DD

R_D

Q_1

5

DD

R_D

Q_1

0

DD

R_C

K

DD

R_A

DD

R4

DD

R_D

Q_1

3

DD

R_C

KE

DD

R_D

QS

1

DD

R_D

Q_1

2

ADDR3

RAS#

DDR_DQ_4

AMP_MUTE

DDR_DQ_0

HO

TP

LUG

1

DQS

1

DD

R_V

RE

F

DD

R_D

Q_1

4

DD

R_A

DD

R9

DD

R_A

DD

R8

AD

DR

5

DD

R_D

Q_1

3D

DR

_DQ

_12

DD

R_D

M1

DQ

_15

DD

R_A

DD

R7

DQ

_14

DD

R_D

Q_1

1

DD

R_C

K#

DD

R_C

K

DD

R_A

DD

R6

CK

E

AD

DR

6

DD

R_D

Q_1

0

DQ

_13

CK

AD

DR

7

DD

R_A

DD

R5

DQ

_12

CK

#

AD

DR

8

DD

R_D

Q_9

DD

R_C

KE

DQ

_11

AD

DR

9

DQ

_10

AD

DR

11

DD

R_A

DD

R4

DD

R_A

DD

R12

DQ

_9

AD

DR

12

DD

R_D

Q_8

DD

R_D

Q_1

5

DQ

_8

DD

R_A

DD

R11

DM

1

AD

DR

4

DD

R_D

QS

1

DDR_DQ_5

SP

I_D

O

DSMB_GPO01

USB_PWR_FLAG

TU

N_I

2C_S

DA

TU

N_I

2C_S

CL

BA0

TU

N_I

2C_S

DA

TU

N_I

2C_S

CL

DQ_6

DSMB_GPO02

BA1

DQ_5

TEDNTEDP

DDR_DQ_1

RF

_AG

C_O

UT

DDR_DQ_6

SP

I_CS

#

PA

NE

L_O

N_O

FF

I2C_SCL1_2

DQ_4

LVDSIO

TECLKNTECLKP

RES

ET

#

DDR_CAS#DDR_WE#DDR_DM0

DDR_RAS#

I2C_SDA1_2

DDR_DQ_2DQ_3

TECNTECP

DDR_DQ_7

DSMB_GPO03

ADDR10

TEBNTEBP

RF

_AG

C

IF_O

UT

1

VIN_Y1-PR2+

AHS0AVS0

PB2+

XIN

Y1+PR1+

VIN_Y0-

VGA_R-PB1+

XO

UT

VGA_R+

Y2+

WP

I2C

_SC

L1_2

I2C

_SD

A1_

2

SP

I_CS

#S

PI_

DI

SP

I_W

PS

PI_S

CK

SP

I_H

OLD

SP

I_D

O

LVDS

IO

VIN

_A0-

VIN

_A1-

TC

VBS

+

VIN

_A2-

AIN

_MO

NO

AV

OU

T_1

CV

BS

_OU

T

AV

OU

T_2

DS

MB

_CV

BS

VG

A_R

+

VG

A_B

+

VG

A_R

-

VG

A_B

-

VG

A_G

-

VG

A_G

+

PB

1+

Y1+ P

R1+

VIN

_Y0-

AV

1_C

VBS

+

PR

2+

PB

2+

VIN

_Y1-

Y2+U

AR

T0_

TX

UA

RT

0_R

X_2

I2C

_SC

L1_2

I2C

_SD

A1_

2

AUS

EL0

AUS

EL0

UA

RT

0_T

XU

AR

T0_

RX

_2

IF_O

UT

1

RF

_AG

C

AO

UT

_R

AO

UT

_L

AM

P_M

UT

E

DS

MB

_GP

O01

DS

MB

_GP

O02

DS

MB

_GP

O03

DS

MB

_GP

O00

AIO

_1L

AIO

_1R

AIN

_4L

AIN

_4R

AIN

_3R

AIN

_3L

AIN

_2L

AIN

_2R

AIN

_1L

AIN

_1R

AIN

_2R

AIN

_2L

AIO

_1L

AIN

_4L

AIN

_1R

AIO

_1R

AIN

_1L

AIN

_4R

AIN

_3L

AIN

_3R

DSMB_CVBS

SV_Y+

AV

2_C

VBS

+

SV

_Y+

SV

_C+

HP

_OU

T_R

HP

_OU

T_L

TEEPTEEN

TO

EN

TO

EP

TO

EN

TO

EP

TE

EN

TE

EP

PA

NE

L_O

N_O

FF

SC

LS

DA

VGA_G-VGA_G+

VGA_B+VGA_B-

WPBL_DIM

UA

RT

0_R

X_2

UA

RT

0_T

X

TU

N_I

F-

TU

N_I

F+

DD

R_V

RE

F

SP

I_W

P

DS

MB

_GP

O00

SP

DIF

_OU

T

LED

HD

MI1

_DD

C_S

CL

HD

MI1

_DD

C_S

DA

HD

MI2

_DD

C_S

CL

HD

MI2

_DD

C_S

DA

TU

N_I

2C_S

DA

TU

N_I

2C_S

CL

DGND

Y_1.2V

HDMI_1.2VDGND

HDMI_1.2VHDMI_3.3V

DG

ND

VD_Y_1.2V

APLL_3.3V

DG

ND

D_1

V2

CO

RE

_1V

2

DG

ND

US

B_3

.3V

BB

1_3.

3V

D3V

3

DG

ND

HD

MI_

3.3V

A3V

3

DG

ND

BB

0_3.

3VV

DA

C_3

.3V

VA

DC

_3.3

V

DG

ND

A3V

3

DG

ND

DG

ND

Y_3

.3V

VD

_Y_3

.3V

AP

LL_3

.3V

DG

ND

DG

ND

IO_3.3V

A3V

3

DG

ND

PLL

_3.3

VA

3V3

DG

ND

IO_3

.3V

DG

ND

DG

ND

VD

AC

_3.3

V

PLL

_3.3

V

VA

DC

_3.3

V

BB

0_3.

3V

US

B_1

.2V

CO

RE

_1V

2

US

B_3

.3V

IO_3

.3V

ST

BY

_CO

RE

_1.2

V

ST

BY

_CO

RE

_1.2

V

IO_3

.3V

D3V

3

DG

ND

DG

ND

DD

R_2

.5V

DG

ND

DD

R_2

.5V

DD

R_2

.5V

DD

R_V

RE

F

DG

ND

DG

ND

DG

ND

DD

R_2

.5V

D2V

5

IO_3.3V

CO

RE

_1V

2IO

_3.3

V

DG

ND

DG

ND

TU

N5V

DD

R_I

O_2

.5V

D3V

3

DG

ND

DG

ND

HD

MI_

1.2V

DG

ND

US

B_1

.2V

DG

ND

A1V

2

DG

ND

Y_1

.2V

VD

_Y_1

.2V

A1V

2

DG

ND

D2V

5D

DR

_IO

_2.5

V

DG

ND

D3V

3

DG

ND

DG

ND

DG

ND

ST

BY

_CO

RE

_1.2

VD

1V2

DG

ND

DG

ND

DG

ND

VD_Y_3.3V

DG

ND

Y_3.3V

DGND

BB1_3.3V

ST

B5V

DG

ND

DG

ND

DG

ND

DG

ND

D3V

3

D3V

3

DG

ND

D3V

3

D3V

3

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

D3V

3D

3V3

DG

ND

DG

ND

DG

ND

D3V

3

DG

ND

DG

ND

Tun

er_C

VBS

+

Tun

er_C

VBS

-

AU

DIO

_MU

X0_

L

AU

DIO

_MU

X0_

R

AV

2_L

AV

2_R

TU

NE

R_M

ON

O

AV

1_L

AV

1_R

CV

BS

IN-

CV

BS

IN+

AV

1-

AV

1+

YP

BP

R_P

R1+

YP

BP

R_P

B1+

YP

BP

R_Y

1+

YP

BP

R_P

R1-

YP

BP

R_P

B1-

YP

BP

R_Y

1-

YP

bPr1

_L

YP

bPr1

_R

I2C

_SC

L1_2

I2C

_SD

A1_

2T

O_DS

MB

IF_O

UT

1

RF

_AG

C

AO

UT

_R

AO

UT

_L

AM

P_M

UT

E

HD

MI1

_D2+

H

DM

I1_D

2-

HD

MI1

_D1+

H

DM

I1_D

1-

HD

MI1

_D0+

H

DM

I1_D

0-

HD

MI1

_CLK

+

HD

MI1

_CLK

- HD

MI1

_DD

C_S

CL

HD

MI1

_DD

C_S

DA

H

OT

PLU

G1

H

DM

I_C

EC

<IR

EF

> HD

MI2

_D2+

H

DM

I2_D

2-

HD

MI2

_D1+

H

DM

I2_D

1-

HD

MI2

_D0+

H

DM

I2_D

0-

HD

MI2

_CLK

+

HD

MI2

_CLK

- HD

MI2

_DD

C_S

CL

HD

MI2

_DD

C_S

DA

H

OT

PLU

G2

AHS

0

AVS

0

VG

A_D

DC

_SC

L

VG

A_D

DC

_SD

A

HP

_OU

T_L

H

P_O

UT

_R

CV

BS

_OU

T

AIO

_2L

A

IO_2

R

US

B_D

M

US

B_D

P

US

B_P

WR

_FLA

G

LSA

DC

0

LSA

DC

1

IR_O

UT

LED

PW

_SA

VE

_LV

1

UA

RT

0_T

X

UA

RT

0_R

X_2

AUS

EL0

DS

MB

_GP

O00

DS

MB

_GP

O01

DS

MB

_GP

O02

DS

MB

_GP

O03

<IR

EF

>

TO

DP

T

OD

N

TO

CLK

P

TO

CLK

N

TO

CP

T

OC

N

TO

BP

T

OB

N

TO

AP

T

OA

N

TE

DP

T

ED

N

TE

CLK

P

TE

CLK

N

TE

CP

T

EC

N

TE

BP

T

EB

N

TE

AP

T

EA

N

PA

NE

L_O

N_O

FF

B

L_O

N_O

FF

B

L_D

IM

LVDS

IO

SV

0_Y

+

SV

0_Y

-

AV

2-

AV

2+ S

V0_

C+

SV

0_C

-

TO

EP

T

OE

N

TE

EP

T

EE

N

YP

BP

R_P

R2+

YP

BP

R_P

B2+

YP

BP

R_Y

2+

YP

BP

R_P

R2-

YP

BP

R_P

B2-

YP

BP

R_Y

2-

MU

X1_

B/P

b_O

UT

-

MU

X1_

R/P

r_O

UT

+

MU

X1_

B/P

b_O

UT

+

MU

X1_

G/Y

_OU

T+

MU

X1_

G/Y

_OU

T-

MU

X1_

R/P

r_O

UT

-

YP

bPr2

_L

YP

bPr2

_R

SD

A

SC

L

ST

AT

Boot mode

0 : ROM boot

1 : Flash boot

PIN154

Cut-off when power saving

From USB

From KEYPAD

From HDMI

4. Keep Bottom side without any Trace under DDR Area

3. All ADDR/CMD/CLK should Equal Trace Length (Max - Min < 300mil)

2. All DQ, DQS should Equal Trace Length (Max - Min < 300mil)

Notice!!!

1. All DQ/DQS Trace should be shielded by GND trace

TO POWER

From TUNER

TO Video/Audio out

TO LVDS

TO AUDIO AMP

DQ[7:0]

DQS0

Equal Path

( < 300mil )

ADDR , CMD , CLK+/-

Equal Path ( < 300mil )

DDR

DDR I(256Mb)

Close to DDR Chip

Power-On-Latch (POL)

DQ[15:8]

DQS1

Equal Path

(< 300 mil)

Always on

Close to Main Chip

Saw Selection:

NTSC:X6965M

PAL: X6773M

<-- Place Near Main Chip

Make on board

Resistor adjust depends on

Keypad circuit of Customers

EJTAG EN

0 : Enable

1 : Disable

PIN147

Close to Main Chip and

Keep away from XTAL

for Tuner only

MX25L1605D

16M Bit

RTD2

674S

09.1.25

RS

430R

RS

430R

5pF

C67

5pF

C67

R25

NC

/0R

25N

C/0

0.1u

F

C96

0.1u

F

C96

LS26

0R/1

206

LS26

0R/1

206

RS

144.

7KRS

144.

7K

R40

410

0R

404

100

R40

110

0R

401

100

RS

394.

7KRS

394.

7K

R36

100

R36

100

RM

2

1K 1

%

RM

2

1K 1

%

CS

73

0.1u

F

CS

73

0.1u

F

R40

510

0R

405

100

R73

90R

R73

90R

1uF

CS

541u

FCS

54

2.2u

FC

462.

2uF

C46

LS9

Bea

d/06

03

LS9

Bea

d/06

03

L35

0H/0

603

L35

0H/0

603

LS13

Bea

d/06

03

LS13

Bea

d/06

03

RS

194.

7KRS

194.

7K

LS25

Bea

d/06

03

LS25

Bea

d/06

03

5pF

C33

8

5pF

C33

8

2.2u

FC

602.

2uF

C60

CS

920.

1uF

CS

920.

1uF

47nF

C33

347

nFC

333

RPD622R RPD622R18273645

0.1u

F

CS

4

0.1u

F

CS

4

47nF

C73

47nF

C73

R29

0R

290

LS22

0R/1

206

LS22

0R/1

206

47nF

C34

147

nFC

341

2.2u

FC

412.

2uF

C41

R41

100

R41

100

R74

022

RR

740

22R

CS

71

0.1u

F

CS

71

0.1u

F

LS27

Bea

d/06

03

LS27

Bea

d/06

03

CS

62

0.1u

F

CS

62

0.1u

F

CS

90

0.1u

F

CS

90

0.1u

F

CS

870.

1uF

CS

870.

1uF

RS

164K

7RS

164K

7

0.1u

FC

123

0.1u

FC

123

R45

4.7K

R45

4.7K

RT

1351

0RR

T13

510R

R46

2

NC

/4.7

K

R46

2

NC

/4.7

K

LT10

10uH

LT10

10uH

RS

5610

0RRS

5610

0R

5pF

C90

5pF

C90

CT

21

10nF

CT

21

10nF

LS10

Bea

d/06

03

LS10

Bea

d/06

03

NC

/10p

FC

125

NC

/10p

FC

125

R34

22R

3422

RS

4010

0RRS

4010

0R

RPD1022R RPD1022R18273645

R37

100

R37

100

47nF

C64

47nF

C64

RS

104K

7RS

104K

7CS

5822

pFCS

5822

pF

RPD722R RPD722R18273645

CS

96

NC

/820

pF

CS

96

NC

/820

pF

5pF

C34

2

5pF

C34

2

L31

0RL3

10R

LS24

Bea

d/06

03

LS24

Bea

d/06

03

47nF

C42

47nF

C42

CS

33

10uF

/10V

CS

33

10uF

/10V

47nF

C57

47nF

C57

U25

24C

64

U25

24C

64A0

1

A1

2

A2

3

GN

D4

SD

A5

SC

L6

WP

7V

CC

8

NC

C75

NC

C75

R40

810

0R

408

100

RS

50

NC

/120

R

RS

50

NC

/120

R

0.1u

F

CT

25

0.1u

F

CT

25

R43

100

R43

100

CS

66

0.1u

F

CS

66

0.1u

F

0.1u

F

CS

2

0.1u

F

CS

2

LS19

0RLS

190R

0.1u

F

CS

40 0.1u

F

CS

40

L117

0RL1

170R

LS11

Bea

d/06

03LS

11B

ead/

0603

2.2u

FC

712.

2uF

C71

LS31

0RLS

310R

5pF

C34

6

5pF

C34

6

RP

D1

22R

RP

D1

22R

18

27

36

45

CS

31

10uF

/10V

CS

31

10uF

/10V

RM

1

1K 1

%

RM

1

1K 1

%

2.2u

FC

682.

2uF

C68

R33

NC

R33

NC

47nF

C33

947

nFC

339

47nF

C34

347

nFC

343

RPD822R RPD822R18273645

RS

4210

0RRS

4210

0R

47nF

C34

747

nFC

347

47nF

C61

47nF

C61

CS

97

NC

/820

pF

CS

97

NC

/820

pF

RS

12N

CRS

12N

C

CS

70

0.1u

F

CS

70

0.1u

F

NC

C48

NC

C48

NC

C65

NC

C65

NC

C52

NC

C52

CS

68

0.1u

F

CS

68

0.1u

F

5pF

C79

5pF

C79

CS

64

0.1u

F

CS

64

0.1u

F

R41

110

0R

411

100

CS

5722

pFCS

5722

pF

RP

D3

22R

RP

D3

22R

18

27

36

45

R30

0R

300

CS

80

0.1u

F

CS

80

0.1u

F

LS18

0RLS

180R

R45

6

4.7K

R45

6

4.7K

0.1u

F

CS

5

0.1u

F

CS

52.

2uF

C43

2.2u

FC

43

RPD922R RPD922R18273645

RS

130R

RS

130R

0.1u

FCS

990.

1uF

CS

99

L36

NC

/1H

/060

3L3

6N

C/1

H/0

603

LS14

Bea

d/06

03

LS14

Bea

d/06

03

C52

2

NC

/1uF

C52

2

NC

/1uF

CS

72

0.1u

F

CS

72

0.1u

F

L115

0RL1

150R

CS

67

0.1u

F

CS

67

0.1u

F

CS

30

1uF

CS

30

1uF

CS

79

0.1u

F

CS

79

0.1u

F

L113

0RL1

130R

1uF

CS

100

1uF

CS

100

CS

76

0.1u

F

CS

76

0.1u

F

R39

0R

390

RP

D4

22R

RP

D4

22R

18

27

36

45

RP

D5

22R

RP

D5

22R

18

27

36

45

CS

740.

1uF

CS

740.

1uF

47nF

C37

47nF

C37

RS

915

KRS

915

K

RT

111KR

T11

1K

0.1u

F

CS

3

0.1u

F

CS

3

5pF

C35

0

5pF

C35

0

5pF

C33

7

5pF

C33

7

47nF

C88

47nF

C88

R31

0R

310

R40

310

0R

403

100

R46

4

4.7K

R46

4

4.7K

CS

860.

1uF

CS

860.

1uF

0.1u

F

CS

6

0.1u

F

CS

6

R40

710

0R

407

100

CS

81

0.1u

F

CS

81

0.1u

F

CS

32

10uF

/10V

CS

32

10uF

/10V

RS

450R

RS

450R

R40

610

0R

406

100

47nF

C33

547

nFC

335

CS

91

0.1u

F

CS

91

0.1u

F

47nF

C77

47nF

C77

CS

83

0.1u

F

CS

83

0.1u

F

5pF

C33

4

5pF

C33

4

L7 2.2u

HL7 2.

2uH

L33

NC

/0H

/060

3L3

3N

C/0

H/0

603

2.2u

FC

472.

2uF

C47

UT

3

SA

W_X

6773

M

UT

3

SA

W_X

6773

M

Inpu

t1

GN

D2

Out

put

4

Out

put

5

GND 3

R39

9

NC

R39

9

NC

L6 330n

H

L6 330n

H

LS21

0R/1

206

LS21

0R/1

206

R45

7

4.7K

R45

7

4.7K

RS

460R

RS

460R

R46

3

NC

/4.7

K

R46

3

NC

/4.7

K

47nF

C33

647

nFC

336

CT

23N

C/6

pFC

T23

NC

/6pF

R28

0R

280

L28

0RL2

80R

CS

880.

1uF

CS

880.

1uF

0.1u

FCS

560.

1uF

CS

56

RS

44N

C/0

RRS

44N

C/0

R

N1

N1 1

CS

69

0.1u

F

CS

69

0.1u

F

LS16

Bea

d/06

03

LS16

Bea

d/06

03

LS23

Bea

d/06

03

LS23

Bea

d/06

03

47nF

C63

47nF

C63

0.1u

F

CS

41 0.1u

F

CS

41

U7

SP

I FLAS

H

U7

SP

I FLAS

H

CE

#1

SO

2

WP

#3

VSS

4S

I5

SC

K6

HO

LD#

7V

DD

8

10uF

CT

26

10uF

CT

26

RS

5510

0RRS

5510

0R R32

100

R32

100

R40

210

0R

402

100

RS

470R

RS

470R

47nF

C58

47nF

C58

RS

38N

C/4

.7K

RS

38N

C/4

.7K

2.2u

FC

542.

2uF

C54

R40

010

0R

400

100

R74

122

R74

122

LS32

0RLS

320R

RS

114K

7RS

114K

7

RP

D2

22R

RP

D2

22R

18

27

36

45

R40

910

0R

409

100

LS15

Bea

d/06

03

LS15

Bea

d/06

03

RS

480R

RS

480R

0.1u

F

CS

8

0.1u

F

CS

8

R46

1

NC

/120

R46

1

NC

/120

R40

100

R40

100

CS

65

0.1u

F

CS

65

0.1u

F

L25

0RL2

50R

0.1u

F

CS

7

0.1u

F

CS

7

RS

53

NC

/120

R

RS

53

NC

/120

R

CS

890.

1uF

CS

890.

1uF

NC

C62

NC

C62

47nF

C34

847

nFC

348

L116

0RL1

160R

CS

101

0.1u

FCS

101

0.1u

F

0.1u

FCS

350.

1uF

CS

35

LS7

0R/0

603

LS7

0R/0

603

RT

101KR

T10

1K

LS6

Bea

d/06

03

LS6

Bea

d/06

03

LS20

0R/1

206

LS20

0R/1

206

CS

102

0.1u

F

CS

102

0.1u

F

2.2u

FC

512.

2uF

C51

L118

0RL1

180R

CT

22N

C/6

pFC

T22

NC

/6pF

R38

22R

3822

47nF

C34

947

nFC

349

47nF

C45

47nF

C45

1uF

CS

551u

FCS

55

R74222R R74222R

NC

/10p

FC

129

NC

/10p

FC

129

2.2u

FC

502.

2uF

C50

R41

010

0R

410

100

ES

D73

NC

/10p

F

ES

D73

NC

/10p

F

47nF

C56

47nF

C56

CS

59

0.1u

F

CS

59

0.1u

F

CS

84

0.1u

F

CS

84

0.1u

F

LS17

Bea

d/06

03

LS17

Bea

d/06

03

R44

4.7K

R44

4.7K

CS

95

0.1u

F

CS

95

0.1u

F

RS

184.

7KRS

184.

7K

RS26K2 RS26K2

YS

1

27M

Hz

YS

1

27M

Hz

12

3

LS8

Bea

d/06

03

LS8

Bea

d/06

03

RS

49

NC

/10K

RS

49

NC

/10K

47nF

C74

47nF

C74

1uF

C70

1uF

C70

0.1u

F

CS

1

0.1u

F

CS

1

2.2u

FC

692.

2uF

C69

CS

77

0.1u

F

CS

77

0.1u

F

NC

C39

NC

C39

10uF

CT

27

10uF

CT

27

1uF

C76

1uF

C76

R41

2

NC

R41

2

NC

CS

78

0.1u

F

CS

78

0.1u

F

47nF

C34

047

nFC

340

CS

63

0.1u

F

CS

63

0.1u

F

D42

IN41

48D

42IN

4148

12

RS

110

KRS

110

K

CS

75

0.1u

F

CS

75

0.1u

F

L114

0RL1

140R

DD

R_5

00M

Hz_

TSS

OP

_II

US

1

DD

R_5

00M

Hz_

TSS

OP

_II

US

1

VD

D1

DQ

02

VD

DQ

3

DQ

14

DQ

25

VSS

Q6

DQ

37

DQ

48

VD

DQ

9

DQ

510

DQ

611

VSS

Q12

DQ

713

NC

14

VD

DQ

15

LDQS

16

NC

17

VD

D18

NC

19

LDM

20

WE

#21

CAS

#22

RAS

#23

CS

#24

NC

25

BA

026

BA

127

A10

/AP

28

A0

29

A1

30

A2

31

A3

32

VD

D33

VSS

66

DQ

1565

VSS

Q64

DQ

1463

DQ

1362

VD

DQ

61

DQ

1260

DQ

1159

VSS

Q58

DQ

1057

DQ

956

VD

DQ

55

DQ

854

NC

53

VSS

Q52

UD

QS

51

NC

50

VR

EF

49

VSS

48

UD

M47

CK

#46

CK

45

CK

E44

NC

43

A12

42

A11

41

A9

40

A8

39

A7

38

A6

37

A5

36

A4

35

VSS

34

RT

D26

74S

LQF

P-2

16E

-PA

D

U2

QF

P21

6E

RT

D26

74S

LQF

P-2

16E

-PA

D

U2

QF

P21

6E

AGND_BB1216

VC

M_B

B1

AIO

_2L

5

AIO

_1R

6

AIO

_1L

7

AV

DD

_BB

0_3.

3V2

AIN

_5L/

LSA

DC

63

AIN

_3R

10

AIN

_3L

11

AIN

_2R

12

AIN

_2L

13

AIN

_1R

14

AIN

_1L

15

AO

UT

_R16

AO

UT

_L17

HP

OU

T_L

18

HP

OU

T_R

19

SC

AR

T_FS

W_0

20

DA

C_V

DD

_3.3

V22

AV

OU

T_1

23

AV

OU

T_2

24

DA

C_G

ND

25

AD

C2X

_GN

D_3

.3V

26

IF_N

27

IF_P

28

AD

C2X

_VD

D29

PLL

_GN

D30

XIN

31

XO

UT

32

PLL

_VD

D_3

.3V

33

CO

RE

_1.2

V34

SC

AR

T_FS

W_1

21

US

B_A

VD

D_3

.3V

35

HS

DM

36

HS

DP

37

US

B_A

VD

D_1

.2V

38

I2C

0_S

CL

39

I2C

0_S

DA

40

IO_3

.3V

41

GP

IO_A

0/R

F_A

GC

42

GP

IO_A

1/IF

_AG

C43

CO

RE

_1.2

V44

O_F

P45

O_F

N46

O_E

P47

O_E

N48

O_D

P49

O_D

N50

O_C

P51

O_C

N52

O_B

P53

O_B

N54

AD

DR

510

9A

DD

R6

110

AD

DR

711

1A

DD

R8

112

AD

DR

911

3A

DD

R11

114

AD

DR

1211

5C

KE

116

DD

R_I

O_2

.5V

117

CK

118

CK

#11

9D

M1

120

DD

R_I

O_2

.5V

121

DD

R_V

RE

F12

2D

Q_1

512

3D

Q_1

412

4D

Q_1

312

5D

Q_1

212

6D

Q_1

112

7D

Q_1

012

8D

DR

_IO

_2.5

V12

9D

Q_9

130

DQ

_813

1D

QS

113

2C

OR

E_1

.2V

133

IO_3

.3V

134

LSA

DC

_RE

F13

5LS

AD

C0/

GP

IO13

6LS

AD

C1/

GP

IO13

7

ST

BY

_CO

RE

_1.2

V14

0G

PIO

_C0

141

GP

IO_C

114

2G

PIO

_C2

143

GP

IO_C

314

4G

PIO

_C4

145

RES

ET

_IN

146

SP

I_CS

_N14

7S

PI_S

CK

148

SP

I_D

O14

9S

PI_

DI

150

ST

BY

_CO

RE

_1.2

V15

1G

PIO

_C5

152

GP

IO_C

615

3

LSA

DC

2/G

PIO

138

GP

IO_C

815

4IO

_3.3

V15

5V

GA

_DD

C_S

DA

156

VG

A_D

DC

_SC

L15

7H

DD

C1_S

DA

158

HD

DC

1_S

CL

159

HD

DC

0_S

DA

160

HD

DC

0_S

CL

161

CE

C16

2

TMDS_1.2V163TMDS_3.3V164

P1_RX3N/HDMI_CLKN_1165P1_RX3P/HDMI_CLKP_1166

P1_RX2N/HDMI_0N_1167P1_RX2P/HDMI_0P_1168P1_RX1N/HDMI_1N_1169P1_RX1P/HDMI_1P_1170P1_RX0N/HDMI_2N_1171P1_RX0P/HDMI_2P_1172

P0_RX3N/HDMI_CLKN_0173P0_RX3P/HDMI_CLKP_0174

P0_RX2N/HDMI_0N_0175P0_RX2P/HDMI_0P_0176P0_RX1N/HDMI_1N_0177P0_RX1P/HDMI_1P_0178P0_RX0N/HDMI_2N_0179P0_RX0P/HDMI_2P_0180

TMDS_REXT181TMDS_1.2V182

APLL_VDD_3.3V183APLL_GND184

HSYNC185VSYNC186

ADC_VDD_3.3V187VD_VDD_3.3V188

(VGA_B)VIN_0P189VIN_0N190

(VGA_G)VIN_1P191VIN1_N192

(VGA_R)VIN_2P193VIN_2N194

(Pb)VIN_3P195VIN_Y0N196

(Y)VIN_4P197(Pr)VIN_5P198

(FSC_B/Pb)VIN_6P199VIN_Y1N200

(FSC_G/Pr)VIN_7P201(FSC_R/Y)VIN_8P202

ADC_VDD_1.2V203VD_VDD_1.2V204

VD_GND205(SV-C/FSC_CVBS)VIN_11P206

VIN_A0N207(SV-Y)VIN_9P208

(SV-C)VIN_12P209VIN_A1N210

(CVBS/SV-Y)VIN_10P211(CVBS/SV-C)VIN_13P212

VIN_A2N213(CVBS)VIN_14P214

AVDD_BB1_3.3V215O_AP 55

O_AN 56

IO_3.3V 57

E_FP 58

E_FN 59

E_EP 60

E_EN 61

E_DP 62

E_DN 63

E_CP 64

E_CN 65

E_BP 66

E_BN 67

E_AP 68

E_AN 69

CORE_1.2V 70

TCON/GPIO_B0 71

TCON/GPIO_B2 72

TCON/GPIO_B3 73

TCON/GPIO_B4 74

TCON/GPIO_B5 75

TCON/GPIO_B6 76

TCON/GPIO_B7 77

TCON/GPIO_B8 78

IO_3.3V 79

TCON/GPIO_B9 80

TCON/GPIO_B10 81

TCON/GPIO_B12 82

CORE_1.2V 83

DQS0 84

DQ_7 85

DQ_6 86

DDR_IO_2.5V 87

DQ_5 88

DQ_4 89

DQ_3 90

DQ_2 91

DQ_1 92

DQ_0 93

DDR_IO_2.5V 94

DM0 95

WE# 96

CAS# 97

RAS# 98

CORE_1.2V 99

BA0 100

BA1 101

ADDR10 102

ADDR0 103

ADDR1 104

ADDR2 105

ADDR3 106

DDR_IO_2.5V 107

ADDR4 108

E-PAD217

AIO

_2R

4

AIN

_4R

8

AIN

_4L

9

LSA

DC

4/G

PIO

139

R45

8

4.7K

R45

8

4.7K

LS28

Bea

d/06

03

LS28

Bea

d/06

03

CS

82

0.1u

F

CS

82

0.1u

F

R35

22R

3522

RS

4110

0RRS

4110

0R

RS

54

NC

/75R

RS

54

NC

/75R


43

AV

2+

R_O

UT

L_O

UT

R_O

UT

L_O

UT

AV

2_R

AV

2_L

CV

BS

_OU

T#

L_O

UT

R_O

UT

CV

BS

_OU

T#

AV

_GN

D

AV

_GN

D

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

AV

_GN

D

AV

_GN

D

AV

_GN

DA

V_G

ND

AV

_GN

D

AV

_GN

D

DG

ND

AV

_GN

D

DG

ND

DG

ND

DG

ND

TU

N5V

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

AV

_GN

DA

V_G

ND

AV

_GN

DD

GN

D

DG

ND

PW

R_5

V

AV

_GN

DA

V_G

ND

DG

ND

DG

ND

CV

BS

_OU

T

AV

1+

SV

0_C

+

SV

0_Y

+

AV

2+

AV

1_L

AV

1_R

AV

2_L

AV

2_R

AV

2-

AV

1-

SV

0_C

-

SV

0_Y

-

AM

P_M

UT

E

OP

_L

OP

_R

SV0 Input

H: Mute

09.1.25

C45

6

0.1u

F

C45

6

0.1u

F

ES

D20

10pF

ES

D20

10pF

NC

/33p

F

C24

2

NC

/33p

F

C24

2

R13

0

10K

R13

0

10K

R59

933

0R

599

330

Q38

2N39

06Q

382N

3906

1

32

CN

43

NC

/H_2

.0_5

CN

43

NC

/H_2

.0_5

12345

CN

32C

N32

33

66

Nc

9

CV

BS

2

L5

88

11

GN

D4

R7

1010

100p

F

C17

3

100p

F

C17

3

R60

322

0R

603

220

R10

6 75

R10

6 75

L90H

/080

5L9

0H/0

805

R44

5

NC

/10K

R44

5

NC

/10K

ES

D19

10pF

ES

D19

10pF

R59

875

KR

598

75K

L11

0H/0

805

L11

0H/0

805

ES

D4

10pF

ES

D4

10pF

TP

60T

P60

S15S

HO

RT

S15S

HO

RT

R60

022

0R

600

220

L40H

/080

5L4

0H/0

805

L80H

/080

5L8

0H/0

805

NC

/22p

F

C16

9

NC

/22p

F

C16

9

R60

268

KR

602

68K

S12S

HO

RT

S12S

HO

RT

L169

0H/0

805

L169

0H/0

805

R44

6

NC

/10K

R44

6

NC

/10K

ES

D3

10pF

ES

D3

10pF

CN

14

HA

IER

_S_V

IDE

O_2

CN

14

HA

IER

_S_V

IDE

O_2

C4

GN

D2

2

GN

D1

1

GN

D3

5Y

3

GND4 6

GND5 7

R90

10K

R90

10K

NC

/22p

F

C15

7

NC

/22p

F

C15

7

4.7u

FC46

94.

7uFC

469

R74

3N

C/1

00R

743

NC

/100

L168

0H/0

805

L168

0H/0

805

R88

75R88

75ES

D13

10pF

ES

D13

10pF

ES

D15

10pF

ES

D15

10pF

TP

59T

P59

R13

1

10K

R13

1

10K

Q39

2N39

04Q

392N

3904

1

23

+

CE

44

22uF

/16v

+

CE

44

22uF

/16v

12

R48

86.

8KR

488

6.8K

TP

58T

P58

+

CE

34

22uF

/16v

+

CE

34

22uF

/16v

12

NC

/22p

F

C17

4

NC

/22p

F

C17

4

S13

SH

OR

TS

13S

HO

RT

L170

0H/0

805

L170

0H/0

805

ES

D16

10pF

ES

D16

10pF

100p

F

C15

8

100p

F

C15

8

L10

0H/0

805

L10

0H/0

805

ES

D5

10pF

ES

D5

10pF

R48

76.

8KR

487

6.8K

ES

D18

10pF

ES

D18

10pF

R48

36.

8KR

483

6.8K

CN

31C

N31

33

66

Nc

9

CV

BS

2

L5

88

11

GN

D4

R7

1010

R48

46.

8KR

484

6.8K

100p

F

C15

9

100p

F

C15

9

S14S

HO

RT

S14S

HO

RT

L50H

/080

5L5

0H/0

805

100p

F

C17

5

100p

F

C17

5

ES

D14

10pF

ES

D14

10pF

NC

/22p

F

C16

8

NC

/22p

F

C16

8R

107

75R10

7

75

TP

61T

P61

+

C45

710

uF/1

6V

+

C45

710

uF/1

6V

R12

9 75

R12

9 75

ES

D17

10pF

ES

D17

10pF

CN

15C

N15 G

ND

17

GN

D4

5R

6

NC28

GN

D3

3L

4

NC19

GN

D2

1

VID

EO

2

R89

10K

R89

10K

R60

175

/1%

R60

175

/1%


44

YP

bPr1

_R

YP

bPr1

_L

YP

BP

R_Y

2

YP

BP

R_P

R2

YP

BP

R_P

B2

YP

bPr2

_R

YP

bPr2

_L

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

YP

bPr1

_L

YP

bPr1

_R

YP

BP

R_P

R1+

YP

BP

R_P

B1+

YP

BP

R_Y

1+

YP

BP

R_P

R1-

YP

BP

R_P

B1-

YP

BP

R_Y

1-

YP

bPr2

_L

YP

bPr2

_R

YP

BP

R_P

R2+

YP

BP

R_P

B2+

YP

BP

R_Y

2+

YP

BP

R_P

R2-

YP

BP

R_P

B2-

YP

BP

R_Y

2-

100p

F

C19

0

100p

F

C19

0

S24

SH

OR

TS

24S

HO

RT

S21

SH

OR

TS

21S

HO

RT

NC

/22p

F

C18

3

NC

/22p

F

C18

3

R51

1 6.8K

R51

1 6.8K

CN

6H

AIE

R_S

OU

ND

CN

6H

AIE

R_S

OU

ND

GND1 1

GND2 3

NC

16

NC

27

L14

L25

R2

ES

D75

10pF

ES

D75

10pF

R16

0

10K

R16

0

10K

ES

D34

10pF

ES

D34

10pF

R16

1

10K

R16

1

10K 10

0pF

C39

8

100p

F

C39

8

100p

F

C39

7

100p

F

C39

7R

518

75R51

8

75

NC

/22p

F

C18

2

NC

/22p

F

C18

2

ES

D39

10pF

ES

D39

10pF

ES

D29

10pF

ES

D29

10pF

TP

49T

P49 1

R14

6

75

R14

6

75

CN

33 YP

bPr1

CN

33 YP

bPr1

33

66

Nc

9

Y2

Pb

5

88

11

GN

D4

Pr

7

1010

R51

2

10K

R51

2

10K

NC

/22p

F

C40

5

NC

/22p

F

C40

5

CN

34

YP

bPr2

CN

34

YP

bPr2

33

66

Nc

9

Y2

Pb

5

88

11

GN

D4

Pr

7

1010

CN

2H

AIE

R_S

OU

ND

CN

2H

AIE

R_S

OU

ND

GND1 1

GND2 3

NC

16

NC

27

L14

L25

R2

R51

3

10K

R51

3

10K

S22

SH

OR

TS

22S

HO

RT

ES

D38

10pF

ES

D38

10pF

R52

0

75R52

0

75

R15

86.

8KR

158

6.8K

NC

/22p

F

C40

4

NC

/22p

F

C40

4TP

27T

P27 1

S23

SH

OR

TS

23S

HO

RT

NC

/22p

F

C18

1

NC

/22p

F

C18

1

TP

50T

P50 1ES

D2810

pF

ES

D2810

pF

ES

D76

10pF

ES

D76

10pF

R51

9

75R51

9

75

ES

D33

10pF

ES

D33

10pF

TP

48T

P48 1

R14

7

75

R14

7

75

TP

30T

P30 1 ES

D30

10pF

ES

D30

10pF

R14

5

75

R14

5

75

S20

SH

OR

TS

20S

HO

RT

R15

96.

8KR

159

6.8K

NC

/22p

F

C40

6

NC

/22p

F

C40

6

ES

D7410

pF

ES

D7410

pF

S25

SH

OR

TS

25S

HO

RT

TP

26T

P26 1

R51

06.

8KR

510

6.8K

100p

F

C18

9

100p

F

C18

9


45

HD

MI2

_HP

D

HD

MI_

CE

C

HD

MI_

CE

C

HD

MI1

_HP

D

HD

MI2

_DD

C_S

DA

HD

MI2

_DD

C_S

CL

HD

MI1

_DD

C_S

DA

HD

MI1

_DD

C_S

CL

DG

ND

PW

R_5

V

DG

ND

DG

ND

DG

ND

HD

MI0

_CO

N5V

HD

MI0

_CO

N5V

DG

ND

DG

ND

D3V

3D

GN

D

DG

ND

DG

ND

D3V

3

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_5

V

DG

ND

HD

MI2

_CO

N5V

HD

MI2

_CO

N5V

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

HD

MI_

CE

C<I

RE

F>

VG

A_D

DC

_SC

L V

GA

_DD

C_S

DA

HD

MI1

_D1+

HD

MI1

_D2-

HD

MI1

_CLK

-

HD

MI1

_D0+

HD

MI1

_D1-

HD

MI1

_D0-

HD

MI1

_CLK

+

HD

MI1

_D2+

HD

MI2

_D1+

HD

MI2

_CLK

-

HD

MI2

_D2-

HD

MI2

_CLK

+

HD

MI2

_D0-

HD

MI2

_D1-

HD

MI2

_D0+

HD

MI2

_D2+

HD

MI1

_DD

C_S

CL

HD

MI1

_DD

C_S

DA

HD

MI2

_DD

C_S

DA

HD

MI2

_DD

C_S

CL

HO

TP

LUG

1

HO

TP

LUG

2

+5V From HDMI

Mark on board

RS232

3.3V

GND

RX TX

HDMI 2

+5V From HDMI

R65

010

RR

650

10R

NC

C22

8

NC

C22

8

NC

C23

6

NC

C23

6

R23

9N

C/2

.2K

R23

9N

C/2

.2K

R64

810

RR

648

10R

R22

5

47K

R22

5

47K

ES

D68

NC

/0.1

5pF

ES

D68

NC

/0.1

5pF

12

ES

D66

NC

/0.1

5pF

ES

D66

NC

/0.1

5pF

12

R21

72.

2KR

217

2.2K

U15

NC

U15

NC

A0

1

A1

2

A2

3

GN

D4

SD

A5

SC

L6

WP

7V

CC

8

ES

D55

0.15

pFES

D55

0.15

pF

12

Q18

2N39

04

Q18

2N39

04

1

23

R63

410

RR

634

10R

R22

010

0R

220

100

ES

D53

0.15

pFES

D53

0.15

pF 12

R21

510

0R

215

100

ES

D50

0.15

pFES

D50

0.15

pF 12

R63

2N

C/1

0RR

632

NC

/10R

R65

310

RR

653

10R

ES

D83

NC

/0.1

5pF

ES

D83

NC

/0.1

5pF 12

Q22

NC

/2N

3904

Q22

NC

/2N

3904

1

23

U13

NC

U13

NC

A0

1

A1

2

A2

3

GN

D4

SD

A5

SC

L6

WP

7V

CC

8

ES

D51

0.15

pFES

D51

0.15

pF

12 R23

6N

C/1

00R

R23

6N

C/1

00R

ES

D37

10pF

ES

D37

10pF

R63

1N

C/1

0RR

631

NC

/10R

R23

8N

C/1

KR

238

NC

/1K

R64

710

RR

647

10R

CN

7

HD

MI2

CN

7

HD

MI2

+5V

Pow

er18

DA

TA

2+1

DA

TA

2 S

hiel

d2

DA

TA

2-3

Hot

Plu

g D

etec

t19

GN

D_1

20

DA

TA

1-6

DA

TA

0+7

DA

TA

0 S

hiel

d8

DA

TA

0-9

CLK

+10

CLK

Shi

eld

11

GN

D_2

21

GN

D_3

22

Res

erve

d14

SC

L15

SD

A16

DD

C/C

EC

Gro

und

17

GN

D_4

23

DA

TA

1+4

DA

TA

1 S

hiel

d5

CLK

-12

CE

C13

R65

110

RR

651

10R

R21

910

0R

219

100

ES

D36

10pF

ES

D36

10pF

R63

5N

C/1

0RR

635

NC

/10R

TP

64T

P64

CN

20

H_2

.0_4

CN

20

H_2

.0_41 2 3 4

ES

D65

NC

/0.1

5pF

ES

D65

NC

/0.1

5pF

12

R74

4N

C/1

00R

744

NC

/100

Q20

NC

/BA

V70

Q20

NC

/BA

V70

321

R64

910

RR

649

10R

0.1u

F

C22

9

0.1u

F

C22

9

NC

/33p

F

C23

9

NC

/33p

F

C23

9

NC

/33p

F

C23

8

NC

/33p

F

C23

8

ES

D49

0.15

pFES

D49

0.15

pF 12

TP

63T

P63

ES

D41

NC

/10p

F

ES

D41

NC

/10p

F

R24

0N

C/2

.2K

R24

0N

C/2

.2K

R21

61K

R21

61K

ES

D64

NC

/0.1

5pF

ES

D64

NC

/0.1

5pF 12

R65

210

RR

652

10R

NC

/33p

F

C23

0

NC

/33p

F

C23

0

R21

82.

2KR

218

2.2K

R25

1N

C/4

7KR

251

NC

/47K

ES

D54

0.15

pFES

D54

0.15

pF 12

R63

6N

C/1

0RR

636

NC

/10R

ES

D69

NC

/0.1

5pF

ES

D69

NC

/0.1

5pF

12

ES

D52

0.15

pFES

D52

0.15

pF

12

R63

3N

C/1

0RR

633

NC

/10R

ES

D35

10pF

ES

D35

10pF

R21

3N

C/2

7KR

213

NC

/27K

R63

8N

C/1

0RR

638

NC

/10R

ES

D70

NC

/0.1

5pF

ES

D70

NC

/0.1

5pF

12

TP

62T

P62

R63

7N

C/1

0RR

637

NC

/10R

R23

7N

C/1

00R

R23

7N

C/1

00R

R24

1N

C/1

00R

241

NC

/100

R22

7N

C/1

0KR

227

NC

/10K

R22

610

KR

226

10K

CN

12

NC

/HD

MI 0

CN

12

NC

/HD

MI 0

+5V

Pow

er18

DA

TA

2+1

DA

TA

2 S

hiel

d2

DA

TA

2-3

Hot

Plu

g D

etec

t19

GN

D_1

20

DA

TA

1-6

DA

TA

0+7

DA

TA

0 S

hiel

d8

DA

TA

0-9

CLK

+10

CLK

Shi

eld

11

GN

D_2

21

GN

D_3

22

Res

erve

d14

SC

L15

SD

A16

DD

C/C

EC

Gro

und

17

GN

D_4

23

DA

TA

1+4

DA

TA

1 S

hiel

d5

CLK

-12

CE

C13

R63

0N

C/1

0RR

630

NC

/10R

ES

D42

NC

/10p

F

ES

D42

NC

/10p

F

Q16

BA

V70

Q16

BA

V70

321

ES

D43

NC

/10p

F

ES

D43

NC

/10p

F

ES

D67

NC

/0.1

5pF

ES

D67

NC

/0.1

5pF

12

R21

410

0R

214

100

R74

5N

C/1

00R

745

NC

/100

ES

D48

0.15

pFES

D48

0.15

pF

12

R24

2N

C/1

00R

242

NC

/100

NC

/0.1

uF

C23

7

NC

/0.1

uF

C23

7

NC

/33p

F

C23

1

NC

/33p

F

C23

1


46

TU

N_I

2C_S

DA

TU

N_I

2C_S

CL

RF

_AG

C_D

C

I2C

_SD

A1_

2

I2C

_SC

L1_2

IF_O

UT

2

TU

N_I

2C_S

DA

TV

RF

_AG

C_D

C_9

885

TU

N_I

2C_S

CL

IF_O

UT

2

RF

_AG

C_D

C

RF

_AG

C_D

C_9

885

I2C

_SD

A1_

2

I2C

_SC

L1_2

IF_O

UT

2

IF_O

UT

1

TU

N_I

2C_S

DA

TU

N_I

2C_S

CL

I2C

_SD

A1_

2<I

RE

F>

I2C

_SC

L1_2

I2C

_SD

A1_

2<I

RE

F>

I2C

_SC

L1_2

TUN5V

TU

N_G

ND

DG

ND

TU

N_G

ND

TU

N_G

ND

D3V

3

DG

ND

TU

N5V

PW

R_5

V

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

IF5V

IF5V

TU

N_G

ND

TU

N_G

ND

IF5V

IF5V

TU

N_G

ND

IF5V

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N5V

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

DG

ND

PW

R_5

V

DG

ND

DG

ND

DG

ND

TU

N5V

DG

ND

PW

R_1

2V

TU

N_G

ND

TU

N_G

ND

TU

N5V

IF5V

TU

N_G

ND

TU

N_G

ND

PW

R_1

2V

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_G

ND

TU

N_I

2C_S

DA

4,10

,12

TU

N_I

2C_S

CL

4,10

,12

Tun

er_C

VBS

+4

Tun

er_C

VBS

-4

RF

_AG

C

TU

NE

R_M

ON

O4

IF_O

UT

1

R199 HEFEI is 56

R199 QingDao is 75

For Sensor Use

For Clone Use

<---- Place Near Tuner

2010.2.27

2010.2.27

RS

8620

RRS

8620

R

C21

1

NC

/0.1

uF

C21

1

NC

/0.1

uF

RS

8368

0RRS

8368

0R

C20

9

NC

/1.5

nF

C20

9

NC

/1.5

nFD

8N

C/IN

4148

D8

NC

/IN41

48

10uFC

955

10uFC

955

RS

8030

0RRS

8030

0R

+CE

95

10U

F/1

6V

+CE

95

10U

F/1

6V

NC

/22p

F

C52

6

NC

/22p

F

C52

6

CN

42

H_2

.0_4

CN

42

H_2

.0_4

1 2 3 4

R20

6

NC

/220

R

R20

6

NC

/220

R

Y2

NC

/4M

Hz

Y2

NC

/4M

Hz

12

3

R18

1N

C/4

.7k

R18

1N

C/4

.7k

TP

65T

P65

TP

67T

P67

L18

NC

/22u

H

L18

NC

/22u

H

R18

2N

CR

182

NC

R16

9

1KR16

9

1K

D10

NC

/IN41

48D

10N

C/IN

4148

C22

5

NC

/150

pF

C22

5

NC

/150

pF

R74

7N

C/2

2R

747

NC

/22

RS

90N

C/0

RRS

90N

C/0

R R48

9N

C/4

.7k

R48

9N

C/4

.7k

C37

20.

1uF

C37

20.

1uF

RS

880R

RS

880R

R20

1N

C/1

00R

201

NC

/100

D9

NC

/IN41

48D

9N

C/IN

4148

Q15

NC

/2N

3904

Q15

NC

/2N

3904

1

23

NC

/10u

F/1

0V

C20

3

NC

/10u

F/1

0V

C20

3

C20

7N

C/0

.1uF

C20

7N

C/0

.1uF

U12 N

C/T

DA

9885

U12 N

C/T

DA

9885

DGND 7

TOP 9

VIF1 1

VIF2 2

REF15

NC(5)/VAGC(6)16

DEEM 5

SCL 11

OUT1 3

NC13

AF 8

SDA 10

FMPLL 4

TAGC14

AFD 6

SIOMAD 12

CVBS17

AGND18

VPLL19

VPP20

AFC21

OUT222

SIF123

SIF224

R59

4N

C/0

R59

4N

C/0

+CE

89

470u

F/1

6V

+CE

89

470u

F/1

6V

NC

/22p

F

C52

4

NC

/22p

F

C52

4

RS

87N

CRS

87N

C

R19

0N

C/2

2KR

190

NC

/22K

C22

010

PF

C22

010

PF

C22

7

NC

/470

nF

C22

7

NC

/470

nF

10nF

C95

310

nFC

953

D7

NC

/IN41

48D

7N

C/IN

4148

R69

20R

R69

20R

R20

4

NC

/15k

R20

4

NC

/15k

CN

44

NC

/H_2

.5_4

CN

44

NC

/H_2

.5_4

1 2 3 4

R62

322

R62

322

R18

9

NC

/330

R

R18

9

NC

/330

R

Q13

NC

/2N

3904

Q13

NC

/2N

3904

1

23

C21

610

nFC

216

10nF

+CE

101

10U

F/1

6V

+CE

101

10U

F/1

6V

R20

3N

C/2

.2k

R20

3N

C/2

.2k

10nFC

952

10nFC

952

S26S

HO

RT

S26S

HO

RT

C21

910

PF

C21

910

PF

R73

50R

R73

50R

R18

6N

C/1

0kR

186

NC

/10k

C39

3

NC

/0.1

uF

C39

3

NC

/0.1

uF

R75

0

0R

R75

0

0R

RS

891.

2KRS

891.

2K

C22

3N

C/1

0nF

C22

3N

C/1

0nF

R19

7N

CR

197

NC

C21

8

NC

/10n

F

C21

8

NC

/10n

F+C

E6

10uF

/16V

+C

E6

10uF

/16V

R17

8N

C/2

2KR

178

NC

/22K

Q14

NC

/2N

3904

Q14

NC

/2N

3904

1

23

+C

E49

NC

/47U

F/1

6V+

CE

49N

C/4

7UF

/16V

C22

2N

C/1

0nF

C22

2N

C/1

0nF

Q11

2N39

06Q

112N

3906

1

32

R74

6

NC

/0R

R74

6

NC

/0R

R19

1N

C10

0KR

191

NC

100K

R49

2N

C/2

.2k

R49

2N

C/2

.2k

R17

50R

R17

50R

NC

/22p

F

C52

5

NC

/22p

F

C52

5

R19

6

NC

/100

R19

6

NC

/100

Q97

2SC

2216

Q97

2SC

2216

1

23

C39

2N

C/1

0nF

C39

2N

C/1

0nF

TP

66T

P66

C21

3

NC

/470

nF

C21

3

NC

/470

nF

R74

8N

C/2

2R

748

NC

/22

RS

826.

8KRS

826.

8K

C21

4

NC

/22p

F

C21

4

NC

/22p

F

SAW

K1

NC

/D94

55N

/K93

52M

30

SAW

K1

NC

/D94

55N

/K93

52M

30

2IN

G4

OU

T1

GND3

5O

UT

21

IN

R19

510

0R

195

100

C39

1

NC

/0.1

uF

C39

1

NC

/0.1

uF

R18

7N

C/4

.7k

R18

7N

C/4

.7k

10nF

C95

410

nFC

954

XuGuang TDQ-6F6H

CN

17T

DQ

-6ID

_GW

115H

R

XuGuang TDQ-6F6H

CN

17T

DQ

-6ID

_GW

115H

R

AGC 1

NC1 2

AS 3

SCL 4

SDA 5

5VA 6

5VB 7

NC3 8

33V 9

NC4 10

IFout 11

GND312GND213

GND114

GND415

R21

0

NC

R21

0

NC

1uF

C95

01u

FC

950

RS

851KRS

851K

R19

410

0R

194

100

TP

69T

P69

C21

2N

C/2

20nF

C21

2N

C/2

20nF

NC

/22p

F

C52

3

NC

/22p

F

C52

3

C22

4

NC

/10n

F

C22

4

NC

/10n

F

R17

9N

C/2

2KR

179

NC

/22K

C39

4

NC

/0.1

uF

C39

4

NC

/0.1

uF

U21

LM78

05/T

O26

3U

21LM

7805

/TO

263

GND 2

IN1

OU

T3

R20

2N

C/1

00R

202

NC

/100

R19

9N

C/?

R19

9N

C/?

L78

NC

/0H

/080

5

L78

NC

/0H

/080

5

R62

222

R62

222

LS97

0.82

uH/0

805

LS97

0.82

uH/0

805

R20

5N

C/2

KR

205

NC

/2K

C22

1

NC

/10n

F

C22

1

NC

/10n

F

C47

0

0.1u

F

C47

0

0.1u

F

+CE

115

220u

F/2

5VS

+CE

115

220u

F/2

5VS

R20

0

NC

/75

R20

0

NC

/75

C22

6

NC

/1nF

C22

6

NC

/1nF

R21

1

NC

/4.7

K

R21

1

NC

/4.7

K

10uFC

951

10uFC

951

RS

91N

C/0

RRS

91N

C/0

R

RS

840R

RS

840R

C21

510

PF

C21

510

PF

RS

8130

0RRS

8130

0R

C52

9

0.1u

F

C52

9

0.1u

F

C21

0

NC

/0.1

uF

C21

0

NC

/0.1

uF

R73

6N

C/0

RR

736

NC

/0R

C21

7

NC

/0.1

uF

C21

7

NC

/0.1

uFT

P68

TP

68

R43

122

R/2

WR

431

22R

/2W

+CE

100

NC

/47U

F/1

6V

+CE

100

NC

/47U

F/1

6V

R19

8N

C/4

.7K

R19

8N

C/4

.7K

SAWK2

NC

/D62

16N

/N62

74

SAWK2

NC

/D62

16N

/N62

74

ING

2O

UT

14

GND 3

OU

T2

5IN

1

TP

70T

P70

R74

9

NC

/0R

R74

9

NC

/0R

R20

9N

C/1

00R

209

NC

/100

R192 NC/5.6kR192 NC/5.6k


47

TO

AN

TO

BN

TO

AP

TO

DN

TO

CP

TO

BP

TO

CLK

NT

OD

P

I2C

_SD

A1_

2I2

C_S

CL1

_2

BL_

IN

TE

CP

TE

DP

TE

CN

TE

CLK

P

TE

DN

TE

CLK

N

TE

BN

TE

AN

TE

BP

TE

AP

PA

NE

L_33

IO

BL_

OU

T

TO

CN

TO

CLK

P

PA

NE

L_50

IO

PA

NE

L_33

IO

BL_

OU

T

BK

L_O

N_O

FF

BL_

DIM

MIN

G

TE

EN

TE

EP

TO

EN

TO

EP

BK

L_O

N_O

FF

BL_

DIM

MIN

G

BL_

IN

BL_

IN

I2C

_SD

A1_

2<

IRE

F>

I2C

_SC

L1_2

Pw

r_5V

PW

R_1

2V

PV

DD

DG

ND

DG

ND

DG

ND

PW

R_5

V

DG

ND

DG

ND

DG

ND

DG

ND

PV

DD

DG

ND

PV

DD

DG

ND

DG

ND

PW

R_5

V DG

ND

PW

R_5

V

D3V

3

DG

ND

DG

ND

PW

R_5

VD

3V3

DG

ND

TO

CLK

N

TO

BP

T

OC

N

TO

DN

TO

AP

T

OA

N

TO

CP

T

OB

N

TO

DP

TE

CLK

P

TE

CN

TE

DN

TE

CLK

N

TE

CP

TE

DP

TE

AN

T

EB

N

TE

BP

T

EA

P

TO

CLK

P

BL_

DIM

PA

NE

L_O

N_O

FF

LVDS

IO

TE

EN

T

EE

P

TO

EN

T

OE

P

BL_

ON

_OF

F

BK

L_O

N_O

FF

BL_

DIM

MIN

G

BL_

IN

Mark on board

LVDS Select

LE10 short : 12V

LE9 short : 5V

CN

22

H_2

.0_8

X2

CN

22

H_2

.0_8

X2

11

33

55

77

99

22

44

66

88

1010

1111

1212

1313

1414

1515

1616

R29

20R

R29

20R

+

CE

52

NC

/220

uF/2

5VS

+

CE

52

NC

/220

uF/2

5VS

1uF

C24

81u

FC

248

R66

6N

CR

666

NC

L88

NC

L88

NC

R28

410

0R

284

100

R52

4

NC

R52

4

NC

R30

1N

CR

301

NC

TP

72T

P72

Q24

2N39

04

Q24

2N39

041

23

R28

11.

8KR

281

1.8K

C24

6

0.1u

F

C24

6

0.1u

F

CN

21

H_2

.0_1

6X2

CN

21

H_2

.0_1

6X2

11

33

55

77

99

22

44

66

88

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

Q25

NC

/2N

3904

Q25

NC

/2N

3904

1

23

R28

510

kR

285

10k

R28

2N

C/4

.7K

R28

2N

C/4

.7K

R52

6

NC

R52

6

NC

L89

0H/1

206

L89

0H/1

206

R68

6N

C/1

0KR

686

NC

/10K

R66

5N

C/4

.7K

R66

5N

C/4

.7K

R29

010

0R

290

100

CN

23

H_2

.0_4

CN

23

H_2

.0_4

1234

R28

8N

C/1

0kR

288

NC

/10k

R66

410

KR

664

10K

R31

0N

CR

310

NC

Q23

2N39

04Q

232N

3904

1

23

U17 C

EM

9435

A

U17 C

EM

9435

A

S1

S2

S3

G4

D5

D6

D7

D8

R28

74.

7KR

287

4.7K

Q29

NCQ29

NC

1

23

R28

9N

CR

289

NC

C24

90.

1uF

C24

90.

1uF

TP

71T

P71

TP

73T

P73

R28

6

47K

R28

6

47K

R29

110

0KR

291

100K 2.

2uF

C25

1

2.2u

F

C25

1

R28

33.

3KR

283

3.3K

L87

NC

L87

NC

R27

6N

CR

276

NC

+CE

51

220u

F/2

5VS

+CE

51

220u

F/2

5VS


48

R+

AM

P-L

INP

AM

P-L

INN

AM

P-R

INP

AM

P-R

INN

AM

P-L

INN

AM

P-L

INP

HV

P1

HV

P2

VP

VP

VP

AM

P-R

INP

AM

P-R

INN

HV

P2

L+

HV

P1

HP

_DE

CT

MU

TE

_893

2

MU

TE

_893

2

#aud

iogn

d

HP

_DE

CT

#aud

iogn

d

OP

_VC

C1

OP

_VC

C1

OP

_L

OP

_R

DG

ND

DG

ND

DG

ND

VP

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

VP

A

DG

ND

DG

ND

VP

A DG

ND

DG

ND

VP

AV

_GN

DA

V_G

ND

AV

_GN

DA

V_G

ND

D3V

3

DG

ND

PW

R_5

V

PW

R_1

2V

DG

ND

DG

ND

D3V

3

AV

_GN

D

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_1

2V

V_A

U

AM

P_M

UT

E

HP

_OU

T_R

HP

_OU

T_L

AO

UT

_R

AO

UT

_L

OP

_L

OP

_R

AIO

_2L

AIO

_2R

H: Mute

L: Mute

C347&C350

4 ohm:1000nF

8 ohm:470nF

L5/C368 & L26/C375

4 ohm:22uH/680nF

8 ohm:47uH/330nF

R/L Channel Space as least 40mil

Close RTD2674S

R54

510R

545

10

R62

710

KR

627

10K

C32

52.

2uF

C32

52.

2uF

C43

1

0.1u

F/5

0V

C43

1

0.1u

F/5

0V

R52

9N

CR

529

NC

0.1u

F

C16

7

0.1u

F

C16

7R

100

1KR10

0

1K

R36

6

100K

R36

6

100K

C32

110

0pF

C32

110

0pF

R37

0

22K

R37

0

22K

CE

8010

uF/1

6VC

E80

10uF

/16V

R54

122

RR

541

22R

R36

5

10K

R36

5

10K

R59

5

0RR59

5

0R

CE

9947

uF/1

6VC

E99

47uF

/16V

R54

239

kR

542

39k

ES

D71

10pF

ES

D71

10pF

C41

90.

1uF

/50V

C41

90.

1uF

/50V

L166

0H/1

206

L166

0H/1

206

C32

42.

2uF

C32

42.

2uF

TP

75T

P75

R36

910

KR

369

10K

L149

47uH

L149

47uH

+C

E58

2.2u

F+

CE

582.

2uF

D47

MT

Z12

B

D47

MT

Z12

B

Q30

2N39

04

Q30

2N39

04

1

23

R59

6

10k

R59

6

10k

R54

622

KR

546

22K

+C

E60

2.2u

F/3

5V+

CE

602.

2uF

/35V

D37

IN41

48D

37IN

4148

12

C31

02.

2uF

C31

02.

2uF

R37

633

KR

376

33K

Q33

2N39

04

Q33

2N39

04

1

23

R53

0N

CR

530

NC

R37

9

47K

R37

9

47K

C42

90.

1uF

/50V

C42

90.

1uF

/50V

C43

410

0pF

/50V

C43

410

0pF

/50V

TP

78T

P78

C41

7

0.1u

F/3

5V

C41

7

0.1u

F/3

5V

C32

02.

2uF

C32

02.

2uF

D48

IN41

48D

48IN

4148

12

R38

4

47K

R38

4

47K

CE

96

220u

F/3

5V

CE

96

220u

F/3

5V

C42

8

15nF

/50V

C42

8

15nF

/50V

R37

810

KR

378

10K

TP

76T

P76

CE

9810

00uF

/35V

CE

9810

00uF

/35V

R53

910R

539

10

C31

8

1.5n

F

C31

8

1.5n

F

C43

0

0.1u

F/5

0V

C43

0

0.1u

F/5

0V

C42

50.

1uF

/50V

C42

50.

1uF

/50V

C32

847

pFC

328

47pF

C42

70.

1uF

/50V

C42

70.

1uF

/50V

R53

710

R53

710

C42

10.

1uF

/50V

C42

10.

1uF

/50V

R94

27K

R94

27K

ES

D11

10pF

ES

D11

10pF

R36

4N

C/0

RR

364

NC

/0R

C42

4

15nF

/50V

C42

4

15nF

/50V

+

CE

2922

uF/1

6V

+

CE

2922

uF/1

6V

R37

1

NC

R37

1

NC

C32

9

1.5n

F

C32

9

1.5n

F

NC

C47

1N

CC

471

R37

410R

374

10

L167

0H/1

206

L167

0H/1

206

C45

4

0.1u

F/3

5V

C45

4

0.1u

F/3

5V

CE

9710

00uF

/35V

CE

9710

00uF

/35V

C43

2

0.1u

F/5

0V

C43

2

0.1u

F/5

0V

C31

12.

2uF

C31

12.

2uF

C42

0

0.1u

F/5

0V

C42

0

0.1u

F/5

0V

CN

13

HP

_OU

T

CN

13

HP

_OU

T

12345

R36

733

0RR

367

330R

D41

IN41

48D

41IN

4148

1 2

R99

1KR99

1K

C42

30.

1uF

/50V

C42

30.

1uF

/50V

C30

9

0.1u

F/2

5VS

C30

9

0.1u

F/2

5VS

C43

30.

1uF

/50V

C43

30.

1uF

/50V

+CE

59

47uF

/35V

+CE

59

47uF

/35V

C31

747

pFC

317

47pF

R59

210

KR

592

10K

R49

7

22K

R49

7

22K

R53

822

KR

538

22K

R38

012

KR

380

12K

R36

8

NC

R36

8

NC

CE

61

220u

F/3

5V

CE

61

220u

F/3

5V

-+

U26

B

AZ

4558

A

-+

U26

B

AZ

4558

A

5 67

8 4

C47

6

1uF

C47

6

1uF

R38

512

KR

385

12K

R54

722

RR

547

22R

R49

5

22K

R49

5

22K

TP

74T

P74

CE

81

220u

F/2

5VS

CE

81

220u

F/2

5VS

R38

1

100K

R38

1

100K

R54

4N

C/0

RR

544

NC

/0R

U37

TD

A89

32

U37

TD

A89

32

VSS

D/H

W1

1

IN1P

2

IN1N

3

DIA

G4

EN

GA

GE

5

PO

WE

R U

P6

CG

ND

7

VD

DA

8

VSS

A9

OS

CR

EF

10

HV

PR

EF

11

INR

EF

12

NC

13

IN2N

14

IN2P

15

VSS

D/H

W2

16VSS

D/H

W3

17

VSS

D/H

W4

32

DR

EF

18H

VP

219

VD

DP

220

BO

OT

221

OU

T2

22VSS

P2

23S

TA

B2

24S

TA

B1

25VSS

P1

26O

UT

127

BO

OT

128

VD

DP

129

HV

P1

30OS

CIO

31

GN

D33

R50

1

22K

R50

1

22K

R37

5

33K

R37

5

33K

R36

322

KR

363

22K

CN

27

H_2

.5_4

CN

27

H_2

.5_4

1 2 3 4

-+

U26

A

AZ

4558

A

-+

U26

A

AZ

4558

A

3 21

8 4

R37

20R

R37

20R

0.1u

F

C16

6

0.1u

F

C16

6

R50

022

KR

500

22K

C41

810

0pF

/50V

C41

810

0pF

/50V

TP

77T

P77

CN

26

H_2

.5_4

CN

26

H_2

.5_4

1 2 3 4

C33

02.

2uF

C33

02.

2uF

C33

110

0pF

C33

110

0pF

C42

233

0nF

/63V

C42

233

0nF

/63V

L150

47uH

L150

47uH

R38

3

100K

R38

3

100K

Q32

2N39

06Q

322N

3906

1

3 2

C43

533

0nF

/63V

C43

533

0nF

/63V

ES

D12

10pF

ES

D12

10pF

C45

5

0.1u

F/3

5V

C45

5

0.1u

F/3

5V

R54

339

kR

543

39k

C42

60.

1uF

/50V

C42

60.

1uF

/50V

+

CE

2822

uF/1

6V

+

CE

2822

uF/1

6V

R38

210

KR

382

10K


49

LED

-R

LED

-R

LED

-B

IR

LED

-B

IR

IR

DG

ND

DG

ND

ST

B5V

DG

ND

DG

ND

DG

ND

ST

B5V

ST

B5V

ST

B5V

ST

B5V

ST

B5V

DG

ND

D3V

3

DG

ND

ST

B5V

D3V

3S

TB

5V

IR_O

UT

LED

LSA

DC

1

LSA

DC

0

DS

MB

_IR

IR_O

UT

1

DV

D_I

R

Key Pad

D

R30

2N

C/4

.3K

R30

2N

C/4

.3K Q

28 2N39

04Q

28 2N39

04

1

23R30

3N

C/4

.3K

R30

3N

C/4

.3K

R30

84.

7K/N

CR

308

4.7K

/NC

R29

94.

7KR

299

4.7K

R31

14.

7K/N

CR

311

4.7K

/NC

R30

510

KR

305

10K

R57

14.

7KR

571

4.7K

TP

83T

P83

D44

NC

/IN41

48

D44

NC

/IN41

48

12

TP

80T

P80

R30

710

KR

307

10K

Q27

2N39

04Q

272N

39041

23

C36

9

0.1u

F

C36

9

0.1u

F

R30

6N

CR

306

NC

TP

79T

P79

TP

84T

P84

R57

84.

7K/N

CR

578

4.7K

/NC

R78

54.

7KR

785

4.7K

TP

82T

P82

R59

34.

7KR

593

4.7K

D79

NC

/IN41

48

D79

NC

/IN41

48

12

D43

NC

/IN41

48

D43

NC

/IN41

48

12

C25

3

100p

F

C25

3

100p

F

R78

6N

C/4

.7K

R78

6N

C/4

.7K

R29

54.

7KR

295

4.7K

TP

81T

P81

R29

6

2.2K

R29

6

2.2K

R29

44.

7KR

294

4.7K

R29

80R

R29

80R

CN

25

H_2

.0_5

CN

25

H_2

.0_5

1234

R78

44.

7KR

784

4.7K

R30

00R

R30

00R

ES

D81

10pF

ES

D81

10pF

12

R30

422

0RR

304

220RR

312

0RR

312

0R

R29

7

2.2K

R29

7

2.2K

TP

85T

P85

Q26

2N39

06Q

262N

3906

1

32

C37

0

0.1u

F

C37

0

0.1u

F

R30

910

KR

309

10K

C25

5

100n

F

C25

5

100n

F

CN

24

H_2

.0_5

CN

24

H_2

.0_51 2 3 4 5

ES

D80

10pF

ES

D80

10pF

12

Q35

2N39

06/N

CQ

352N

3906

/NC

1

32

Q31

2N39

06Q

312N

3906

1

32

C25

410

0nF

C25

410

0nF

R78

34.

7KR

783

4.7K


5 0

CV

BS

IN

DS

MB

_D_L

INE

_ON

VID

EO

_TY

PE

1DS

MB

_CO

ME

_IN

VG

A_G

/Y

LIN

EO

UT

R

DS

MB

_SD

A

VG

A_H

_SY

NC

ISP

-TX

D

VG

A_V

_SY

NC

CV

BS

INDS

MB

-LDS

MB

-R

DS

MB

_SC

L

ISP

-RX

D

DS

MB

_CV

BS

O

VG

A_R

/PR

LIN

EO

UT

LDS

MB

_IR

VID

EO

_TY

PE

2

DS

MB

_SC

LDS

MB

_SD

A

Pr2

DV

D_Y

Y2

DV

D_P

bP

b2

Pr1

Y1

Pb1

AUS

EL0

VG

A_B

/PB

VG

A_G

/Y

VG

A_R

/PR

DV

D_P

r

DS

MB

-L_

VG

A_L

VG

A_R

DS

MB

-R_

VG

A_L

VG

A_R

Y2

Pr2

Pb2

Pb1

Pr1

Y1

DV

D_L

DV

D_R

VG

A_B

/PB

DS

MB

_GP

O00

DS

MB

_VS

DS

MB

_HS

VID

EO

_TY

PE

1V

IDE

O_T

YP

E2

DS

MB

-R_

DS

MB

-L

DS

MB

-R

DS

MB

-L_

DS

MB

_CV

BS

O

LIN

EO

UT

L

LIN

EO

UT

R

VG

A_V

_SY

NC

VG

A_H

_SY

NC

BIN

-

RIN

+

BIN

+

GIN

+

VG

A_D

DC

_SC

L0

BIN

-

VGA_DDC_SCL

GIN

-

VG

A_D

DC

_SD

A

VG

A_D

DC

_SD

A0

RIN

-

GIN

-

RIN

-

VG

A_VS

VG

A_HS

VG

A_D

DC

_SD

A0

VG

A_D

DC

_SC

L0

VG

A_HS

VG

A_VS

VG

A_R

VG

A_L

RIN

+

BIN

+

GIN

+

RIN

+

BIN

+

GIN

+

Pr2

0

Y20

Pr1

0

Y10

AUS

EL0

VG

A_HS

VG

A_VS

DS

MB

_HS

DS

MB

_VS

Y20

Pr2

0

Pr1

0Y

10

DV

D_D

ET

DV

D_I

R

DV

D_P

bD

VD

_Y

DV

D_P

r

DV

D_R

DV

D_L

D-S

TB

DS

MB

_D_L

INE

_ON

DV

D_D

ET

DS

MB

_CO

ME

_IN

D-S

TB

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_5

V

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_5

V

DG

ND

DG

ND

PW

R_5

V

PW

R_5

V

DG

ND

DG

ND

DG

ND

DG

ND

D3V

3

DG

ND

DG

ND

D3V

3

DG

ND

DG

ND

PW

R_5

V

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

VG

A_C

ON

5VD

GN

D

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_5

V

DG

ND

VG

A_C

ON

5V

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_5

V

DG

ND

DG

ND

DG

ND

DG

ND

DG

ND

PW

R_5

V

PW

R_5

V

DG

ND

DG

ND

DG

ND

PW

R_1

2V

DG

ND

DG

ND

DG

ND

PW

R_5

V

PW

R_1

2V

CV

BS

IN+

CV

BS

IN-

UA

RT

0_R

X_2

U

AR

T0_

TX

I2C

_SD

A1_

2I2

C_S

CL1

_2

MU

X1_

G/Y

_OU

T-

MU

X1_

R/P

r_O

UT

-

MU

X1_

B/P

b_O

UT

-

AUS

EL0

MU

X1_

R/P

r_O

UT

+

MU

X1_

B/P

b_O

UT

+

MU

X1_

G/Y

_OU

T+

AUS

EL0

AU

DIO

_MU

X0_

L

AU

DIO

_MU

X0_

R

DS

MB

_GP

O00

<IR

EF

>

TO

_DS

MB

DS

MB

_GP

O01

DS

MB

_GP

O02

DS

MB

_GP

O03

DS

MB

_IR

OP

_L

OP

_R

VG

A_D

DC

_SC

L VG

A_D

DC

_SD

A

AUS

EL0

AVS

0

AHS

0

DV

D_I

R

AUSEL0

01

VGA

DSMB

AUSEL0

01

YPbPr

DSMB

AUSEL0

01

VGA

DSMB

09.1.25

Vide

o Ty

pe(T

ype1

/Typ

e2)

00

01

CVBS

VGA

10/11

YPbPr C41

210

uF/1

0VC

412

10uF

/10V

VD

11

NC

/BA

V99

VD

11

NC

/BA

V99

2 1

3

ES

D77

NC

/10p

F

ES

D77

NC

/10p

F R14

3

75R14

3

75

CN

47

NC

/H_2

.5_7

CN

47

NC

/H_2

.5_7

1 2 3 4 5 6 7

R13

910

0R

139

100

VD

3

NC

/BA

V99

VD

3

NC

/BA

V99

2 1

3

CN

28

H_2

.5_5

CN

28

H_2

.5_5

1 2 3 4 5

R44

710

KR

447

10K

C41

6

0.1u

F

C41

6

0.1u

F

R76

60

R76

60

NC

/100

pF

C19

2

NC

/100

pF

C19

2

R17

0

NC

/10K

R17

0

NC

/10K

R55

0N

C/0

RR

550

NC

/0R

C54

2N

C/1

0uF

/10V

C54

2N

C/1

0uF

/10V

C54

1N

C/1

0uF

/10V

C54

1N

C/1

0uF

/10V

R54

8N

C/0

RR

548

NC

/0R

R15

2

75

R15

2

75

C40

810

uF/1

0VC

408

10uF

/10V

S18

NC

/SH

OR

TS

18N

C/S

HO

RT

Q37

BA

V70

Q37

BA

V70

321

VD

6

NC

/BA

V99

VD

6

NC

/BA

V99

2 1

3

R12

7N

C/0

RR

127

NC

/0R

NC

C43

9

NC

C43

9

C44

40.

1uF

C44

40.

1uF

R59

0

1MR59

0

1M

10pF

C17

7

10pF

C17

7

C40

70.

1uF

C40

70.

1uF

R75

NC

/100

RR

75N

C/1

00R

R13

8N

C/1

00R

138

NC

/100

R75

651

R75

651

+

CE

45

22uF

/16v

+

CE

45

22uF

/16v

12

NC

/22p

F

C19

3

NC

/22p

F

C19

3

+

C45

910

uF/1

6V

+

C45

910

uF/1

6V

R16

3

NC

/10K

R16

3

NC

/10KR

676

100K

R67

610

0K

NC

/22p

F

C18

7

NC

/22p

F

C18

7

C53

510

uF/1

0VC

535

10uF

/10V

R67

210

0KR

672

100K

R15

6

NC

/75

R15

6

NC

/75

R75

70

R75

70

R56

100R

R56

100R

R60

922

0R

609

220

R77

10

R77

10

R56

74.

7KR

567

4.7K

R91

75R91

75

R52

7

1MR52

7

1M

R15

0

10K

R15

0

10K

C53

2

22pFC

532

22pF

C53

0

390p

F

C53

0

390p

F

ES

D23

10pF ES

D23

10pF

ES

D7

10pF

ES

D7

10pF

R55

NC

/100

RR

55N

C/1

00R

C53

410

uF/1

0VC

534

10uF

/10V

S17

NC

/SH

OR

TS

17N

C/S

HO

RT

R57

5

1MR57

5

1M

R13

710

0R

137

100

R53

1

1MR53

1

1M

ES

D61

10pF

ES

D61

10pF

R57

6

1MR57

6

1M

NC

/22p

F

C19

5

NC

/22p

F

C19

5

R60

722

0R

607

220

R77

00

R77

00

C45

310

uF/1

0VC

453

10uF

/10V

R55

2N

C/0

RR

552

NC

/0R

R13

2N

C/0

RR

132

NC

/0R

ES

D24

NC

/10p

F

ES

D24

NC

/10p

F

NC

/100

pF

C19

1

NC

/100

pF

C19

1

C44

110

uF/1

0VC

441

10uF

/10V

R76

80

R76

80

+C

E64

NC

/4.7

uF+

CE

64N

C/4

.7uF

R75

2

10K

R75

2

10K

R77

2

2KR77

2

2K

R52

2

1MR52

2

1M

R51

410

KR

514

10K

R68

110

KR

681

10K

R12

40R

R12

40R

R76

92K

R76

92K

VD

2

NC

/BA

V99

VD

2

NC

/BA

V99

2 1

3

R51

6

1MR51

6

1M

ES

D79

NC

/10p

F

ES

D79

NC

/10p

F

R60

575R60

575

+C

E11

7

10uF

+C

E11

7

10uF

C40

910

uF/1

0VC

409

10uF

/10V

ES

D26

10pF

ES

D26

10pF

ES

D27

10pF

ES

D27

10pF

CN

29

NC

/H_2

.5_3

CN

29

NC

/H_2

.5_3

1 2 3

ES

D8

10pF

ES

D8

10pF ES

D84

10pF

ES

D84

10pF

C41

5

0.1u

F

C41

5

0.1u

F

R57

7

1MR57

7

1M

C18

4

NC

/100

pF

C18

4

NC

/100

pF

VD

5

NC

/BA

V99

VD

5

NC

/BA

V99

2 1

3

R76

00

R76

00

C44

0N

C/1

0uF

/10V

C44

0N

C/1

0uF

/10V

ES

D63

10pF

ES

D63

10pF

ES

D58

10pF

ES

D58

10pF

R60

433

0R

604

330

C40

210

uF/1

0VC

402

10uF

/10V

Q40

2N39

06Q

402N

3906

1

32

U36

PI5

V33

0U

36P

I5V

330

S1C

11

S1A

2

S2B

6

/EN

15

S2A

3

DB

7

S2C

10

#1/2

1

S1B

5

DC

9

DD

12

DA

4

GN

D8

VC

C16

S1D

14

S2D

13

R125 22KR125 22K

R67

910

0KR

679

100K

NC

/22p

F

C18

8

NC

/22p

F

C18

8

R25

41K

R25

41K

C44

50.

1uF

C44

50.

1uF

ES

D31

10pF

ES

D31

10pF

LS30

0RLS

300R

R16

4

10K

R16

4

10K

R17

1N

C/6

.8K

R17

1N

C/6

.8K

R16

76.

8KR

167

6.8K

S27

NC

/SH

OR

TS

27N

C/S

HO

RT

+C

E2

100u

F/1

6V+

CE

210

0uF

/16V

C41

3

0.1u

F

C41

3

0.1u

F

S9

NC

/SH

OR

TS

9N

C/S

HO

RT

C45

1

0.1u

F

C45

1

0.1u

F

R68

410

0KR

684

100K

R58

5

1MR58

5

1M

R75

50

R75

50

L71

0H/0

805

L71

0H/0

805

R75

90

R75

90

R53

3

1MR53

3

1M

U35

PI5

V33

0U

35P

I5V

330

S1C

11

S1A

2

S2B

6

/EN

15

S2A

3

DB

7

S2C

10

#1/2

1

S1B

5

DC

9

DD

12

DA

4

GN

D8

VC

C16

S1D

14

S2D

13

C40

1

0.1u

F

C40

1

0.1u

F

R41610K R41610K

S11

NC

/SH

OR

TS

11N

C/S

HO

RT

C46

20.

1uF

C46

20.

1uF

R51

7

1MR51

7

1M

ES

D32

10pF

ES

D32

10pF

R15

7N

C/1

00R

157

NC

/100

ES

D47

10pF

ES

D47

10pF

R68

310

0KR

683

100K

R52

1

1MR52

1

1M

R75

80

R75

80

C53

1

10pFC53

1

10pF

VD

10

NC

/BA

V99

VD

10

NC

/BA

V99

2 1

3

R13

6N

C/1

00R

136

NC

/100

NC

/22p

F

C16

0

NC

/22p

F

C16

0

R54

9N

C/0

RR

549

NC

/0R

R16

66.

8KR

166

6.8K

U9 74

HC

4052

U9 74

HC

4052

1Y0

12

1Y1

14

1Y2

15

1Y3

11

2Y0

1

2Y1

5

2Y2

2

2Y3

4

1Z13

2Z3

VC

C16

VE

E7

GN

D8

IE6

S1

9S

010

R57

4

1MR57

4

1M

ES

D10

NC

/10p

F

ES

D10

NC

/10p

F

R52

510

KR

525

10K

C41

1

0.1u

F

C41

1

0.1u

F

VD

7

NC

/BA

V99

VD

7

NC

/BA

V99

2 1

3

NC

C43

7

NC

C43

7

R75

1

10K

R75

1

10K

R67

110

0KR

671

100K

R14

96.

8KR

149

6.8K

22pF

C17

6

22pF

C17

6

L49

0H/0

805

L49

0H/0

805

L74

0H/0

805

L74

0H/0

805

+

CE

35

22uF

/16v

+

CE

35

22uF

/16v

12

R76

751

R76

751

ES

D82

NC

/10p

F

ES

D82

NC

/10p

F

R12

80R

R12

80R

C53

610

uF/1

0VC

536

10uF

/10V

R58

4

1MR58

4

1M

C41

010

uF/1

0VC

410

10uF

/10V

VD

12

NC

/BA

V99

VD

12

NC

/BA

V99

2 1

3

R1

26

NC

/0R

R1

26

NC

/0R

R67

510

0KR

675

100K

R41710K R41710K

R16

2

NC

/75

R16

2

NC

/75

S16

NC

/SH

OR

TS

16N

C/S

HO

RT

R15

3

75

R15

3

75

NC

C43

8

NC

C43

8

ES

D72

10pF

ES

D72

10pF

ES

D44

10pF

ES

D44

10pF

R52

8

1MR52

8

1M

R14

86.

8KR

148

6.8K

R76

10

R76

10

ES

D22

10pF ES

D22

10pF

C44

310

uF/1

0VC

443

10uF

/10V

VGA_R+

VGA_G+

VGA_B+

NCDGND

VGA_R-

VGA_G-

VGA_B-

NCDGND

NC

DDCSDA

DDCSCL

HSIN

VSIN

GND

GND

CN

9

VG

A

VGA_R+

VGA_G+

VGA_B+

NCDGND

VGA_R-

VGA_G-

VGA_B-

NCDGND

NC

DDCSDA

DDCSCL

HSIN

VSIN

GND

GND

CN

9

VG

A

12345 678910

1112131415

16 17

NC

/22p

F

C19

4

NC

/22p

F

C19

4

ES

D62

10pF

ES

D62

10pF

R57

100R

R57

100R

R16

5

10K

R16

5

10K

R55

3N

C/0

RR

553

NC

/0R

C53

310

uF/1

0VC

533

10uF

/10V

R15

5

NC

/75

R15

5

NC

/75

R60

875

KR

608

75K

C40

310

uF/1

0VC

403

10uF

/10V

U38

NC

U38

NC

A0

1

A1

2

A2

3

GN

D4

SD

A5

SC

L6

WP

7V

CC

8

C18

5N

C/1

00pF

C18

5N

C/1

00pF

R14

1

2KR14

1

2K

R14

2

75R14

2

75

R24

9N

C/1

0RR

249

NC

/10R

R41810K R41810K

ES

D85

NC

/10p

F

ES

D85

NC

/10p

F

R17

2N

C/6

.8K

R17

2N

C/6

.8K

ES

D25

10pF

ES

D25

10pF

NC

/22p

F

C18

6

NC

/22p

F

C18

6R

448

10K

R44

810

K

ES

D78

NC

/10p

F

ES

D78

NC

/10p

F

R60

668

KR

606

68K

ES

D60

10pF

ES

D60

10pF

R14

0

2KR14

0

2K

CN

F1

DS

MB

CO

N-1

5*2

CN

F1

DS

MB

CO

N-1

5*2

11

33

55

77

99

1111

1313

1515

1717

1919

2121

2323

2525

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

2626

2727

2929

2828

3030

C43

6N

C/1

0uF

/10V

C43

6N

C/1

0uF

/10V

ES

D6

10pF

ES

D6

10pF

C17

14.

7uF

C17

14.

7uF

NC

/100

pF

C19

6

NC

/100

pF

C19

6

LS29

0RLS

290R

R14

4

75R14

4

75

VD

4

NC

/BA

V99

VD

4

NC

/BA

V99

2 1

3

R58

6

1MR58

6

1M

R57

2

1MR57

2

1M

ES

D9

NC

/10p

F

ES

D9

NC

/10p

F

ES

D46N

C/1

0pF

ES

D46N

C/1

0pF

C45

8

0.1u

F

C45

8

0.1u

F

R134 22KR134 22K

ES

D21

10pF

ES

D21

10pF

R68

010

0KR

680

100K

R12

210

0RR

122

100R

NC

/100

pF

C19

7

NC

/100

pF

C19

7

VD

1

NC

/BA

V99

VD

1

NC

/BA

V99

2 1

3

R15

4

75

R15

4

75

R39

510

KR

395

10K

ES

D40

10pF

ES

D40

10pF

C44

2N

C/1

0uF

/10V

C44

2N

C/1

0uF

/10V

R76

551

R76

551

Q41

2N39

04Q

412N

3904

1

23

R1

23

10

KR

12

31

0K

R76

31k

R76

31k

4.7u

FC47

24.

7uFC

472

C45

010

uF/1

0VC

450

10uF

/10V

R75

351

R75

351

CN

10

PH

ON

EJA

CK

CN

10

PH

ON

EJA

CK

2

5

3

4

1

8

6 7

CN

30

NC

/H_2

.5_5

CN

30

NC

/H_2

.5_5

1 2 3 4 5

ES

D45

10pF

ES

D45

10pF

R76

21K

R76

21K

R52

3

1MR52

3

1M

+C

E11

6

10uF

+C

E11

6

10uF

C53

7

390p

F

C53

7

390p

F

R15

1

10K

R15

1

10K

ES

D56

10pF

ES

D56

10pF

R7

64

NC

/0R

R7

64

NC

/0R

C17

20.

1uF

C17

20.

1uF

ES

D86

NC

/10p

F

ES

D86

NC

/10p

F

S10

NC

/SH

OR

TS

10N

C/S

HO

RT

R51

5

1MR51

5

1M

R57

3

1MR57

3

1M

R75

410

0RR

754

100R

R16

8N

C/1

00R

168

NC

/100

ES

D57

10pF

ES

D57

10pF

ES

D59

10pF

ES

D59

10pF

R56

84.

7KR

568

4.7K

Q46

3904

Q46

3904

1

23


51

5V

DM

DP

US

B_D

M

US

B_D

P

US

B_P

WR

_FLA

G

I2C

_SD

A1_

2I2

C_S

CL1

_2

US

B_D

MUS

B_D

P

US

B_P

WR

_FLA

G

I2C

_SD

A1_

2

I2C

_SC

L1_2

US

B_5

V

DG

ND

DG

ND

DG

ND

DG

ND

US

B_5

V

DG

ND

PW

R_5

VUS

B_5

V

I2C

_SD

A1_

2<

IRE

F>

I2C

_SC

L1_2

US

B_D

M

US

B_D

P US

B_P

WR

_FLA

G

L17

NC

/0H

/120

6L1

7N

C/0

H/1

206

R77

547

KR

775

47K

+C

E10

4

100u

F/1

6V

+C

E10

4

100u

F/1

6V

CN

45US

B

CN

45US

B

1 1

2 233

44

GN

D0

8

D0+

7

D-

6

+5V

5

GN

D/2

12

D+/

211

D-/

210

+5V

/29

L79

Bea

d/12

06L7

9B

ead/

1206

+C

E10

5

NC

/100

uF/1

6V+

CE

105

NC

/100

uF/1

6V

C5394.7pF C5394.7pF

C14

2N

C/0

.1uF

C14

2N

C/0

.1uF

R77

90R

R77

90R

FU

1

1206

L110

C

FU

1

1206

L110

C

R77

70R

R77

70R

C53

8

4.7u

F

C53

8

4.7u

F

L84

Bea

d/12

06L8

4B

ead/

1206

R77

6N

C/1

00R

R77

6N

C/1

00R

R77

333

KR

773

33K

L16

0H/1

206

L16

0H/1

206

C14

1N

C/0

.1uF

C14

1N

C/0

.1uF

R77

40R

R77

40R

R77

8N

C/1

00R

R77

8N

C/1

00R

FU

2

NC

/120

6L11

0C

FU

2

NC

/120

6L11

0C

C5404.7pF C5404.7pF


5 2

7-3. Wiring Connection Diagram

1

NO. Name Parts number123

Cable(For Keyboard)

0090403399C4 Cable(For Speaker)

0090402849A5

Cable(Power For Audio Amplifier)

0090400647D

6 Cable(For Remote) 0090401643B

LVDS Wire 0090402070ACable(Power For Mainboard) 0090403469E

2

34

56


Cable(For Keypad)4

Cable(For Speaker)

0090401643D5

Cable(Power For Audio Amplifier)

6Cable(For Remote)

0090402750B

LVDS Cable 0090402070BCable(Power For Mainboard) 0090402469

7 Cable(For Ornamental Light)

0090402849A

123

45

67

8 Cable(For Ornamental Light) 0090402750B7 Cable(For Backlight) 0090402054A

7

8


53


Cable(For Speaker)4

Cable(For Remote)

0090402849B5

Cable(Power For Mainboard)

6Cable(For Keypad)

0090402750B

LVDS Cable 0090402724BCable(For Back Light) 0090402862B

7 Cable(For Ornamental Light)

0090401752C

123456

7


5 4

Chapter 8. Measurements and Adjustments

8-1. Service Mode

8-1-1.How to enter into Service Mode

The way to the factory mode menu:1st, press menu,2en, input 8893,Finished these operations ,system will be into the factory mode menu.At the end of the main factory menu, you can see the edition of the software, like this” L_MST6M36J S_AU32VP_BX ”.

8-1-2.How to exitIf you want to exit this factory menu, please press the button ”Exit” on the remote.system will be out the factory mode menu.

8-2. Measurements and Adjustments

8-2-1. The Main Menu

In factory mode menu,press up/down button to choose the up/down item,press left/right button

In this page, you should consider "INT EEPROM" function.This function you can reset all date return to original state.if you encounter inextricable problem,you can try this function.Press "CH+/CH-" button to select "INT EEPROM ", then press "VOL+" button.I t needs a few secounds.

NOTE : After reset ,please shut off the power.

Be carefully use this function.


55

8-2-2. Video

Color TemperatureThis page is control the Color Temperature, like normal,warm,cool.

Picture ModeThis page is control the picture effect , like B

rightness,contrast,color,sharpness.

Service M l Service Manual Model No.:

5 6

8-2-3. Audio

This page is control the sound effect ,


57

Chapter 9. Trouble shooting

9-1. Simple check

No picture/ No sound

Verify if the television is properly pluggedVerify if the television is properly supplied powerVerify if electricity is available.

Blank screen

Verify if correct signals are input Press INPUT button to change signal input to TV inputRestart the television of power supply is interrupted

No sound

Press Mute button and verify if Mute mode is set.Switch to otger channel and verify if the same problem happens.Press VOL+ button to see of he problem can be solved.

Poor soundVerufy if sound system is correct .Refer to some chapter for adjust.

No picture in some channelVerify if correct channel is selected. Adjust the antenna.Make adjustments by Fine Tune and MANUAL Scan.

No color for some channel program (black and white)

Verify if the same problem exists in other channels.check out of picture and sound system.Refer to relative instructions in the Manual for color adjust.

Spots with some or all picturesVerify if the antennal is correctly connected.Verify if the antennal is in good condition.

Horizontal/ vertical bars or picture shaking

Check for local interference such as an electrical appliance or power tool.

Television out of control

Disconnect the television from power supply and 10 seconds later, connect the television to the power supply. If the problem still exists, contact authorized after-sales service for technical assistance.


5 8

9-2. Power Supply Board Failure Check.

State:No pictureFirst,check cables which connect with PSU,then check as followsCheck input voltagevoltage: +5VSB----POWER ON(2.6V) -----+12V

State:No soundFirst,check cables which connect with PSU,then check as follows1) Check input voltage as NO picture2) Check speaker output

speaker.

P_ON/OFF

STB5V

DGND

DGND

STB5V

PWR_12V

DGND

PW_SAVE_LV1

C6

1uF

C6

1uF

R2 2KR2 2K

D536.2VD536.2V

R1 100R1 100TP55TP55

Q1

2N3904

Q1

2N39041

23

TP56TP56

+CE112

220uF/25VS

+CE112

220uF/25VS

R503 4.7kR503 4.7k

R4

4.7K

R4

4.7K

CN18H7-25A

CN18H7-25A

1 1

2 2

3 3

4 4

5 5

6 6

7 7

TP57TP57

#POWER_ONInitial Condition:LH: Power OFFL: Power ON

R+

AMP-LINN

AMP-LINP

HVP1

HVP2

VP

VP

VP

AMP-RINP

AMP-RINN

HVP2

L+

HVP1

MUTE_8932

DGND

DGND

DGND

DGND

DGND DGND

DGND

DGND

DGND

DGND

DGND

VPA

DGNDDGND

DGND

DGND

DGND

C347&C3504 ohm:1000nF8 ohm:470nF

R54510R54510C431

0.1uF/50V

C431

0.1uF/50V

R54122RR54122R

CE99 47uF/16VCE99 47uF/16V

R542 39kR542 39k

C4190.1uF/50VC4190.1uF/50V TP75TP75

L149 47uHL149 47uH

R596

10k

R596

10k

R54622KR54622K

C429 0.1uF/50VC429 0.1uF/50V

C434 100pF/50VC434 100pF/50V

TP78TP78

C428

15nF/50V

C428

15nF/50V

TP76TP76

CE981000uF/35VCE981000uF/35V

R53910R53910

C430

0.1uF/50V

C430

0.1uF/50V

C425 0.1uF/50VC425 0.1uF/50V

C427 0.1uF/50VC427 0.1uF/50V

C4210.1uF/50VC4210.1uF/50V

C424

15nF/50V

C424

15nF/50V

CE971000uF/35VCE971000uF/35V

C432

0.1uF/50V

C432

0.1uF/50V

C420

0.1uF/50V

C420

0.1uF/50V

C4230.1uF/50VC4230.1uF/50V

C4330.1uF/50V

C4330.1uF/50V

R53822KR53822K

R54722RR54722R

R544 NC/0RR544 NC/0R

U37

TDA8932

U37

TDA8932

VSSD/HW11

IN1P2

IN1N3

DIAG4

ENGAGE5

POWER UP6

CGND7

VDDA8

VSSA9

OSCREF10

HVPREF11

INREF12

NC13

IN2N14

IN2P15

VSSD/HW216 VSSD/HW3 17

VSSD/HW4 32

DREF 18HVP2 19VDDP2 20BOOT2 21

OUT2 22VSSP2 23STAB2 24STAB1 25VSSP1 26OUT1 27

BOOT1 28VDDP1 29

HVP1 30OSCIO 31

GND33

C418 100pF/50VC418 100pF/50V

TP77TP77

CN26

H_2.5_4

CN26

H_2.5_4

1234

C422330nF/63VC422330nF/63V

L150 47uHL150 47uH

C435330nF/63VC435330nF/63V

R543 39kR543 39k

C426 0.1uF/50VC426 0.1uF/50V


59

9-3. Mainboard Failure Check

Symptom: No Sound

No Sound

(All Mode)

Check the input

SourceChange Source input

Pass

Fail

Fail

Fail

Fail

Pass

Pass

Pass


6 0

9-4. Pannel Failure

Failure Mode

Part

Nam

eD

escri

pti

on

Ph

en

om

en

aF

ailu

re c

au

se

TC

P

V B

/DV

ertic

al b

ar

Blo

ck D

efec

t :T

CP

cra

ckin

g or

cra

ckin

g

Dim

or

L/D

:T

CP

Sun

ken

:TC

P le

ad c

rack

ing

:AC

F b

ondi

ng s

hort

:Aw

ful e

nviro

nmen

t and

som

ethi

ng e

lect

ric e

nter

int

o LC

D

:Mis

-alig

n be

twee

n T

CP

and

Pan

el

:Pan

el fa

ilure

:TC

P fa

ilure

V D

imV

erta

l gra

y lin

e

V L

/DV

ertic

al c

olor

lin

e(lig

ht o

r da

rk fo

reve

r)

H B

/DH

oriz

onta

l bar

H D

imH

oriz

onta

l gar

y lin

e

H L

/DH

ori

zon

tal

lin

e(l

igh

t o

r da

rk fo

reve

r)


61

Part

Nam

eD

escri

pti

on

Ph

en

om

en

aF

ailu

re C

au

se

Pan

el o

r P

olar

lzer

Dot

Def

ect

Brig

ht d

ot d

ark

dot i

n pa

nnel

Inco

min

g In

spec

tion

Sta

ndar

d

Pol

ariz

er B

ubbl

eB

ladd

er in

Pol

ariz

erB

ladd

er b

etw

een

Pol

ariz

er a

nd

top

glas

s

Pol

ariz

er S

crat

chP

olar

izer

Scr

atch

Tine

or

rigid

ity a

rose

F/in

side

Pol

ariz

erE

yew

inke

r in

side

Pol

ariz

erE

yew

inke

r in

side

Pol

ariz

er

Circ

uit

Abn

orm

al D

ispl

ayA

bnor

mal

Dis

play

1.C

hip

lose

act

ion

2.IC

aho

rt o

r jo

intio

g ba

d3.

Pan

nel a

nd v

sc c

onne

ct b

adF

lash

ing

Brig

ht a

nd d

ark

disp

lay

alte

rnat

ely


6 2

Part

Nam

eD

escri

pti

on

Ph

en

om

en

aF

ailu

re C

au

se

Circ

uit

Whi

te S

cree

nB

/L n

orm

al,

only

whi

te s

cree

n di

spla

y

May

be c

ause

d by

sur

ge c

urre

nt a

nd E

DS

Bla

ck S

cree

nB

/L n

orm

al,

only

Bla

ck s

cree

n di

spla

y

FIIc

ker

Cro

ssta

lkLC

DV

com

imba

lanc

e

Abn

orm

al C

olor

Onl

yco

lor

abor

mal

Cap

acita

nce

impr

oper

brin

g cr

osst

alk

insi

de L

CD

pan

nel

Abn

orm

al C

olor

Onl

yco

lor

abno

rmal

1.C

hip

lose

act

ion

2.IC

sho

rt o

r jo

intio

n ba

d3.

Pan

nel a

nd v

sc c

onne

ct b

ad


63

Part

Nam

eD

escri

pti

on

Ph

en

om

en

aF

ailu

re c

au

se

Mec

hanl

cal

Nol

seW

hen

turn

pan

el,a

ppea

r ca

coph

ony

Cau

sed

by M

echa

nica

noi

se o

f bac

klig

ht u

nit

Rip

ple

Con

nect

ric c

ircle

Cau

seed

by

betw

een

mec

hani

sm a

nd p

anne

l

B/L

off

B/L

lose

act

ion

*Con

nect

badn

ess

betw

een

wire

and

ele

ctro

de

B/L

dar

kB

/L b

right

ness

dar

ker

than

no

rmal

*Con

nect

badn

essS

hort

bet

wee

n w

ire a

nd e

lect

rode

B/L

wire

dam

aged

B/L

wire

dam

aged

Ope

ratio

nab

norm

alor

sys

tem

ic n

oise

B/L

wire

ope

nW

ithou

t bac

klig

htO

pera

tion

abno

rmal

or s

yste

mic

noi

se

B/L

shu

t dow

nB

/L s

hutd

own

in s

omet

ime

Sho

rt b

itwee

n la

mp

hous

ing

and

wire

, Bec

ause

co

nsum

e po

wer

too

muc

h

F/M

F/M

inB

/L ,w

hite

,bal

ck R

otun

dity

or

wire

like

F/M

in B

/L u

nit


6 4

Part

Nam

eD

escri

pti

on

Ph

en

om

en

aF

ailu

re C

au

se

Mec

hanl

cal o

r B

/L

Ligh

t lea

kage

Brig

htne

ssat

bot

tom

of L

CM

brig

hter

th

an n

orm

alB

/L u

nit b

adne

ss

Uni

form

ityB

/L b

right

ness

asy

mm

etric

She

et in

B/L

uni

t is

unev

en

Mou

nt h

ole

Lack

scr

ew

or s

crew

dam

age

*Lac

k sc

rew

Scr

ew d

amag

e


65

Sincere Forever

Haier Group

Haier Industrial Park, No.1, Haier Road

266101, Qingdao, China

http://www.haier.com

Printed in China

Technology

Haier l26 f6 l32f6 l42f6 sm oficial (1)