Sanyo 42E30FA, 32E30A Schematic

FILE NO

SERVICE MANUAL

LCD TV

LCD-32E30A

PRODUCT CODE No.: 168234766 CHASSIS NO. : SSA32UT-00

LCD-42E30FA

PRODUCT CODE No.: 168234827 CHASSIS NO. : SSA42UT-00

REFERENCE No.:

SM0945003-02

CONTENTS

1. Safety precautions .................................................................................................

2. Alignment instructions and method of software upgrading.....................................

3. Working principle analysis of the unit ...................................................................

4. Block diagram ......................................................................................................

5. IC block diagram..................................................................................................

6. Wiring diagram ...................................................................................................

7. Troubleshooting guide..........................................................................................

8. Schematic diagram ..............................................................................................33

APPENDIX-A: Assembly list

APPENDIX-B: Exploded View Removing or Installing the Stand Wall mounting instructions

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5

18

19

21

25

29

Attention:

please read the following points carefully.

This service manual is only for service personnel to take reference with. Before

servicing

1.Safety precautions

1. Instructions

Be sure to switch off the power supply before replacing or welding any components or inserting/plugging in connection wire Anti static measures to be taken (throughout the entire production process!):

a) Do not touch here and there by hand at will; b) Be sure to use anti static electric iron; c) It’s a must for the welder to wear anti static gloves. Please refer to the detailed list before replacing components that have special safety requirements. Do not change the specs and type at will.

2. Points for attention in servicing of LCD

2.1 Screens are different from one model to another and therefore not interchangeable. Be sure to

Use the screen of the original model for replacement.

2.2 The operation voltage of LCD screen is protecting yourself and the machine when testing the system in the course of normal operation or right after the power is switched off. Please do not touch the circuit or the metal part of the module

That is in operation mode. Relevant operation is possible only one minute after the power is switched off.

2.3 Do not use any adapter that is not identical with the TV set. Otherwise it will cause fire or damage to the set.

2.4 Never operate the set or do any installation work in bad environment such as wet bathroom,

laundry, kitchen, or nearby fire source, heating equipment and devices or exposure to sunlight etc. Otherwise bad effect will result.

2.5 If any foreign substance such as water, liquid, metal slices or other matters happens to fall into the

module, be sure to cut the power off immediately and do not move anything on the module lest it should cause fire or electric shock due to contact with the high voltage or short circuit.

2.6 Should there be smoke, abnormal smell or sound from the module, please shut the power off at

once. Likewise, if the screen is not working after the power is on or in the course of operation, the power must be cut off immediately and no more operation is allowed under the same condition.

2.7 Do not pull out or plug in the connection wire when the module is in operation or just after the

power is off because in this case relatively high voltage still remains in the capacitor of the driving circuit. Please wait at least one minute before the pulling out or plugging in the connection wire.

2.8 When operating or installing LCD please don’t subject the LCD components to bending, twisting or

extrusion, collision lest mishap should result.

high voltage

. Be sure to take proper measures in

2.9 As most of the circuitry in LCD TV set is composed of CMOS integrated circuits, it’s necessary to

pay attention to anti statics. Before servicing LCD TV make sure to take anti static measure and ensure full grounding for all the parts that have to be grounded.

2.10 There are lots of connection wires between parts behind the LCD screen. When servicing or

moving the set please take care not to touch or scratch them. Once they are damaged the screen would be unable to work and no way to get it repaired.

If the connection wires, connections or components fixed by the thermo tropic glue need to disengage when service, please soak the thermo tropic glue into the alcohol and then pull them out in case of damage.

3

2.11 Special care must be taken in transporting or handling it. Exquisite shock vibration may lead to

breakage of screen glass or damage to driving circuit. Therefore it must be packed in a strong case before the transportation or handling.

2.12 For the storage make sure to put it in a place where the environment can be controlled so as to

prevent the temperature and humidity from exceeding the limits as specified in the manual. For prolonged storage, it is necessary to house it in an anti-moisture bag and put them altogether in one place. The ambient conditions are tabulated as follows:

Temperature Scope for operation

Scope for storage

Humidity Scope for operation 0% ~

Scope for storage 0% ~ 90%

2.13 Display of a fixed picture for a long time may result in appearance of picture residue on the

screen, as commonly called “ghost shadow”. The extent of the residual picture varies with the maker of LCD screen. This phenomenon doesn’t represent failure. This “ghost shadow” may remain in the picture for a period of time (several minutes). But when operating it please avoid displaying still picture in high brightness for a long time.

5

~+ 35oC

0~

+ 40oC

90

%

3. Points for attention during installation

3.1 The front panel of LCD screen is of glass. When installing it please make sure to put it in place.

3.2 For service or installation it’s necessary to use specified screw lest it should damage the screen.

3.3 Be sure to take anti dust measures. Any foreign substance that happens to fall down between the

screen and the glass will affect the receiving and viewing effect

3.4 When dismantling or mounting the protective partition plate that is used for anti vibration and

insulation please take care to keep it in intactness so as to avoid hidden trouble.

3.5 Be sure to protect the cabinet from damage or scratch during service, dismantling or mounting.

4

2.Alignment instructions

1. Test equipment

VG-848 (YPbPr, VGA signal generator) VG-849 (HDMI signal generator) FLUKE 54200(TV signal generator) CA210

2. Power test

Connect main board, power board and IR board according the wiring diagram, connect the power and press power key (Remote controller or Keypad) button to turn on the TV.

a) Test the pin voltage of P802/power board , the data is shown in table1:

P802 Pin1,2 Pin3,4 Pin5,6,7 Pin8,9 Pin10,11,12 Pin13 Pin14 Pin15 Pin16

Voltage GND 22.8-25.2V GND 11.4-12.6V 4.75-5.25V

b) Test the pin voltage of P803/power board, the data is shown in table2:

P803 Pin1,2,3,4,5 Pin6,7,8,9,10 Pin11 Pin12 Pin13 Pin14

Voltage 22.8-25.2V GND NC 2.5V-5V 2.5-5V PWM NC

(white balancer)

Table1 voltage data of P802

For 32” & 42”

On:2V-5.5V

Off: 0-0.5V

Table2 voltage data of P803

For 32” & 42”

<0.6V 2-5V 2.5-5V PWM

5

3. Alignment flow-chart

The alignment flow-chart is shown as fig-1

Check if DDC, HDCP KEY, FLASH are written

Combined test for general assembly

White balance adjustment

Connect to the center signal source and check each Function of TV (station leaking, analog control, etc.)

Check the output of earphone and speaker.

Input AV/SVIDEO signal and check the function

Input HD signal and check the function of YPbPr

Input VGA signal and check if the display is normal, check

the function (analog control), horizontal/vertical center, etc.

Input HDMI signal and check if the display is normal, check

the function (analog control), horizontal/vertical center, etc.

Preset ex-factory

Check the accessories and packing

Fig-1 adjustment flow-chart

6

4. Adjustment instruction

At any input source then press the “LEFT” key, “BACK” key and “OK” key orderly by the remote control to enter factory mode.

During Factory menu, if “MENU” (First layer) or “BACK” key is pushed, system will exit factory mode.

4-1. Source Calibration

4-1.1. Set the signal generator to input sources Video3 on LCD-TV; ASTRO-859 signal setting to1080i

(PG1 mode Timing 972 and Pattern 969 Color Bar.)

4-1.2. Entering into factory Mode: Press up or down key of remote control to select “Source Calibration”, Press

䇸RIGHT䇹 key to enter the item.

-> Source calibration performed automatically when finished that will show OK.

Repeat step 2 to do VGA input sources, ASTRO-859 signal setting to1024X768 60Hz. (PG1 mode: Timing 856 and Pattern 921 Gray.)

7

Repeat step 2 to do TV input sources of Video1 (Composite-AV): ASTRO-859 signal is set to Timing 969 PAL system and Pattern 969 color bar.

4-2. Color Temperature Adjustment & Check

4-2.1. Set the signal generator to RGB, 1024*768, 60HZ (ASTRO-859: PG1 856), Level: 0.56V (80%).

Full white pattern.

4-2.2. Press up or down key of remote control to select “Cool”, Press 䇸OK䇹 key to enter the item.

R, G, B drive values are set for COOL, Medium(Normal), and WARM independently.

4-2.3. Select 䇸Cool䇹

Cool spec. x= 0.267±0.010 y= 0.271±0.010

If the x and y value are larger than specification,

Decrease Green drive from default value. Increase Blue drive from default value.

If the x or y or both x and y value is/are smaller than specification.

Decrease Blue drive from default value

According to a x and y value, please following adjustment of 1 or 2.

1 If x value is higher than spec

Increase Green drive from default value. Increase Blue drive from default value.

2 If y value is higher than spec,

Decrease Green drive from default value

4-2.4. Select [Medium---Normal]

Normal spec. x=0.281±0.010 y=0.288±0.010

Adjust G drive (GREEN) or B drive (BLUE) to set x and y above.

4-2.5. Select [Warm]

WARM spec. x=0.301±0.010 y=0.310±0.010

Adjust G drive (GREEN) or B drive (BLUE) to set x and y above.

4-2.6 Exit Factory Mode:

After finish adjusting color temperature, press [BACK] to exit factory mode.

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5. Items of Factory menu

Vendor may customize design and add adjustment items Factory menu as far as all required items are included.

Press up and down key can move high light item from Color Temperature – WARM -> Color Temperature – Medium -> Color Temperature – Cool -> Timer Clear -> Preset Channel -> NVRAM Clear -> Full Power -> Source Calibration -> Reset to Default -> RF Burn In -> RF F/W Upgrade -> MCU Burn In -> USB F/W Upgrade.

The NVRAM Clear and Reset to Default items will have a check dialog “yes or no” to do or not.

Push “OK” key can select high light item function. (Press right key can adjust value)

Display model name, firmware version and released date on bottom

5-1) Cool

Press up or down key can select high light item function.

Press OK key to enter the item.

Following data for color temp shall be edited manually.

-R, G, B data for each preset.

-Press “Up” or “Down” key to select “R”, “G”, “B” item

-Press “Left” or “Right” key to set the “R”, “G”, “B” value.

- Press “MENU” or “BACK” item to exit to factory mode

5-2) Warm

Press up or down key can select high light item function.

Press OK key to enter the item.

Following data for color temp shall be edited manually.

-R, G, B data for each preset.

-Press “Up” or “Down” key to select “R”, “G”, “B” item

-Press “Left” or “Right” key to set the “R”, “G”, “B” value.

- Press “MENU” or “BACK” item to exit to factory mode

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5-3) Normal (Normal)

Press up or down key can select high light item function.

Press OK key to enter the item.

Following data for color temp shall be edited manually.

-R, G, B data for each preset.

-Press “Up” or “Down” key to select “R”, “G”, “B” item

-Press “Left” or “Right” key to set the “R”, “G”, “B” value.

-Press “MENU” or “BACK” item to exit to factory mode

5-4) Timer Clear

Press up or down key can select high light item function. Press Right key to enter the item.

Reset the timer which records hours of LCD panel burn in.

5-5) Preset Channel

Press up or down key can select high light item function. Press Right key to enter the item.

The system will be loaded preset channel for production line.

- ATV(Analog TV), DTV(Digital TV)

5-6) NVRAM Clear

Initialize program’s default values to NVRAM for following adjustment items accuracy.

In factory mode it is the first and important step to make sure all values are default value and correct.

- Reset settings: Gamma table, Channel table (Favorite channel, Channel label etc.), Model table (H/V Position, Clock, Phase), Source dependent setting (Contrast, Brightness etc.), Common setting (Volume, Language etc.), Parental Control (Rating, Password etc).

To avoid a mistake initial process after factory setting is done. This item will have a check dialog “yes or no” to do the initial or not.

NOTICE:

After this item is processed then needs to be DC powered on/off.

5-7) Full power

This is for power consumption testing.

To measure the maximum power consumption of TV set, we adjust the value of following items to maximum.

- Contrast

- Brightness

- Audio output

5-8) Source Calibration

Auto Calibration (gain/offset) must be adjusted color by firmware automatic adjustment in PC, Video1 (Composite) and Video3 input source.

5-9) Reset to Default

Reset all settings of OSD menu to default value and will go to standby mode.

- Reset settings: Channel table, Model table (H/V Position, Clock, Phase), Source dependent setting

(Contrast, Brightness etc.), Common setting (Volume, Language etc.)

5-10) RF Burn In

RF (ANT) no signal input, use “snow” pattern for burn in.

5-11) RF F/W Upgrade

Press Right key to enter the item. To avoid a mistake F/W Upgrade process after factory setting is done. This item will have a check dialog “yes or no” to do the upgrade or not.

10

5-12) MCU Burn In

Press Right key to enter the item. To avoid a mistake MCU Upgrade process after factory setting is done. This item will have a check dialog “yes or no” to do the upgrade or not.

5-13) USB F/W Upgrade

Press Right key to enter the item. The function can be switched On/Off the update of the boot code And the F/W can be updated on USB by pressing Right key.

6. Dealer Mode Function

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7. Performance check

7-1 TV function Connect RF to the center signal source, enter Channel menu ĺ auto tuning, check if there are channels be skipped, check if the picture and speaker are normal.

7-2 AV/S-Video terminals Input AV/S-Video signal, check if the picture and sound are normal.

7-3 YPbPr/YCbCr terminal Input YUV signal (VG848 signal generator), separately input the YUV signals listed in table4 and check if the display and sound are normal at any situation (power on, channel switch and format convert, etc.)

Table4 YUV signal format

7-4

VGA terminal Input VGA signal (VG848 signal generator), separately input the signals listed in table5 and check the display and sound. If the image is deflection of the Horizontal and vertical, select Menu->Setup->Auto Adjust to perform autocorrect.

Table5 VGA signal format

13

7-5 HDMI terminal Input HDMI signal (VG849 signal generator), separately input the signals listed in table4 and table5 and check the display and sound (32 KHz, 44.1 KHz, 48 KHz) at any situation (power on, channel switch and format convert, etc.)

7-6 other functions check a) Check the turn on/turn off timer, sleep timer, picture/sound mode, OSD, stereo and analog TV Teletext, etc.

8. Software instruction

(1)

USB-RS232 Tool and RS-232 male to female cable

Follow below connecter function with PC and LCD TV.

(2) To connect the RS-232 cable male terminal to TV set RS-232 service port.

(3)

To select “Setup” function to set the environment.

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(4)

Setting the Baud Rate to “115200” and select the update firmware file and press “OK” button.

To select “down” pattern that will show the “waiting for ping” message, then you can turn on the

(5)

power by pressing “DC Power on” button.

(6)

When you find below message, please waiting for the F/W updating.

15

(7)

When the update is finished that will show the “Close” pattern, please press the button to close the tool of the RS232.

9. SSU F/W Upgrade method (DTV Only)

16

17

Working principle analysis of the unit

1. PAL and DVB-T signals flow: Antenna reception, B/G, I, D/K, DVB-T” signal will be send to tuner FQD1116ME, t h e n T u n e r w i l l b e demodulating and output standard video signal TV-CVBS, DVB-T and sound IF signal (SIF).

TV-CVBS will send to the master control IC ZR39670HGCF to video decode, de-interlace and scaler, then output LVDS level drive for panel display.

DVB-T will be fed into WJE6353, after OFDM demodulator, the digital signal will be transform into MPEG transport stream out by DVB-T COFDM Terrestrial IC and sent to scaler IC ZR39670HGCF processing, then output LVDS level drive for panel display. The sound IF (SIF) will be fed into MSP4410K, after demodulating, pre-amplifying, bass adjusting and volume control, the sound signal will be transfo r m i n t o d i g i t a l I 2 S s i g n a l by Sound Processor IC and sent to digital amplifier TAS5706 amplifying, then sent to speaker. About Earphone output, MSP4410K will be sent analog signal to earphone amplifier TPA6110 then output to Earphone.

2. AV/SV signal flow SV signal and the Video1 path AV signal switch by menu “Setup”->“AV Connecting”->”Video1 input” via terminal socket, the signal and the Video2 path AV signal will be fed to ZR39670HGCF to perform video decode, de-interlace and scaler, then output LVDS drive level for panel display.

Audio signal from AV/SV terminal via matched resistance is fed to MSP4410K to bass adjust and volume control, the sound signal will be transform into digital I2S signal by Sound Processor IC and sent to digital amplifier TAS5706 amplifying, then sent to speaker. About Earphone output, MSP4410K will be sent analog signal to earphone amplifier TPA6110 then output to Earphone.

3. PC/YPrPb signal flow PC and the Video3 path YPbPr signal are via terminal sent to ZR39670HGCF A/D conversion, output R/G/B of 24 bit to back end module to digital decode, image scale, then send to LVDS level drive for panel display.

Sound signal of PC/YPrPb t e r m i n a l via matched resistance and sent to MSP4410K to bass adjust and volume control, the sound signal will be transform into digital I2S signal by Sound Processor IC and sent to digital amplifier TAS5706 amplifying, then sent to speaker. About Earphone output, MSP4410K will be sent analog signal to earphone amplifier TPA6110 then output to Earphone.

4. HDMI signal flow Three HDMI video signals via switcher Sil9185 are directly fed to the master control IC ZR39670HGCF to digital decode, image scale, then output LVDS drive level for panel display. HDMI audio signal via decoder built-in ZR39670HGCF is transform into digital I2S signal by scaler IC, and sent to MSP4410K to bass adjust and volume control, the sound signal will sent to digital amplifier TAS5706 amplifying, then sent to speaker. About Earphone output, MSP4410K will be sent analog signal to earphone amplifier TPA6110 then output to Earphone.

18

Sanyo 32”/42” Block Diagram

19

I. Block Diagram

   · Κ Ο Χ

   · Β Φ Ε

   · Δ Δ

  · Δ Δ

 ΐ Ε Κ Ξ Ξ Ζ Σ

 ΐ Κ Ο Χ Ζ Σ ΥΖ Σ

΅ΠΚΟΧΖΣΥΖΣΓΠΒΣΕ

20

΁   

Block diagram-POWER-32”/42”

II.

III.

΁ ΄ 

͵ ʹ  ͵ ʹ

΁ ΄ 

͵ ʹ  ͵ ʹ

ͷ Ν Ϊ Γ Β Δ Μ

͹ Β Ν Η  Γ Σ ΚΕ Θ Ζ

· Β Φ Ω

΁   

΅ΠΞ ΒΚΟΓΠΒΣΕ

΁ ͷ ʹ

·

·

·ΒΦΕ ·ΚΟΧ

΁   

  ΐͲ ʹ ͵  ΐΡΠΨ Σΐ ΚΧΖ ΣΥΖΣ ΐΕ ΚΞ Ξ ΖΣ  ΐΚΧΖΣΥΖ Σΐ Ε ΚΞ Ξ Ζ Σ

ͳ Σ Π Ψ Ο Π Φ Υ

 ΐ Ρ Π Ψ Ζ Σ

 ΐ Κ Ο Χ Ζ ΣΥ Ζ Σ

 ΐ Ͳ ʹ ͵

 ΐ Ε Κ Ξ Ξ Ζ Σ

IC block diagram

1. Zoran ZR39670 Feature:

Embedded High Performance 300MIPS CPU

z Integrated MIPS 4KEcTM CPU, 300MHz z Intended to run RTOS, audio decode and Application software z 32-bit MIPS32 enhanced architecture z 8 K instruction cache, 8 K data cache, (2-way set associative) z MMU with 16-dual entry (TLB)

Integrated HDMI Link and PHY

z Two Independent instances of the PHY z Support for HDMI v1.3 z Integrated Secure HDCP Keys

Integrated HD ADC

z Three YPbPr inputs (Two SCART)(Up to 1080p) z One RGB input (Up to WUXGA) z Up to 165 MHz input bandwidth

High-Performance MPEG-2 Video Decoding Engine

z Support for a single MP@HL decoder

Integrated Dual Channel LVDS Output for direct Panel Display support

z Supports up to 165MHz z 1080p Output Flat Panel Support z 100/120 Hz Operation with 768p panels z 6, 8, 10 and 12-bit panel support

Integrated NTSC/PAL/SECAM Decoder SCART Support

z Fast Blank/Fast switch inputs z Video DAC for CVBS output

Display Processor & Controller

z PIP operation with Digital/Analog PIP

Common Interface (CI) Integrated USB 1.1 Interface System Interfaces

z Two 2-signal UARTs

z Three I2C master or Slave interfaces (up to 400 kb/s)

z One IR Receive, with hard N are demodulation

z Guest bus interface

z SPI interface

Device Unique Chip ID

z 128-bit device unique secret key

Memory Interface Unit

z High performance 32-bit DDR2 interface (400MHz)

z Up to 3.2GByte/second peak memory throughput

Process Technology

z 80 nm CMOS

Power

z 1.1 V core voltage 1.8 V Memory I/F, 3.3 V I/O

Packaging

z 35 mm x 35 mm Plastic Ball Grid Array package

z

632 BGA

21

2. FQD1116ME

DVB-T/Analog hybrid terrestrial video module

3. WJE6353

Nordig Unified DVB-T COFDM Terrestrial Demodulator for PC-TV and

Hand-held Digital TV (DTV)

22

4. TAS5706

20-W Stereo Digital Audio Power Amplifier with EQ and DRC

5. SiI9185

3:1 HDMI 1.3 Switch

23

6. TPA6110A2

150-mW STEREO AUDIO POWER AMPLIFIER

7. MSP4410K

Multi-standard Sound Processor

24

Sanyo 32-inch Wiring Diagram

25

I. BLOCK

26

II. Wiring Connection

Sanyo 42-inch Wiring Diagram

27

III. BLOCK

28

IV. Wiring Connection

Trouble shooting

1. Fault clearance

29

2. Troubleshooting guide

The flow chart shown below will help you to troubleshoot your Televison set with it doesn’t display normally. Each procedure offers a simple way to check for system errors. Before starting, ensure that there is a signal in and that the Televison is turned on.

2-1 Power LED no light

Power LED no

Light

OK

H

Check L21 +5V_IN

Check

CN2

Pin 2

Check

LED

NG

L

NG

Change to new power board. P/N : PK101V1100I ( SSA32UT-00) /or PK101V1180I P/N : PK101V1110I (SSA42UG-00)

Change MAIN

PCB

Change LED

PCB

30

2-2 Has audio but no video out

Change to new power board. P/N : PK101V1100I ( SSA32UT-00) /or PK101V1180I P/N : PK101V1110I (SSA42UG-00)

2-3 Has video but no audio out step 1

31

2-4 Has video but no audio out step 2

(

)

Change to new power board. P/N : PK101V1100I ( SSA32UT-00) /or PK101V1180I P/N : PK101V1110I

SSA42UG-00

32

ELECTRON-32"/42"

SCHEMATIC DIAGRAM

1A

of

218Tuesday, September 01, 2009

1

COMPAL OPTOELECTRONICS CO., LTD

SCHEMATIC, M/B VTV-L42008

Title

2

401C17

B

Size Document Number Rev

Date: Sheet

1

2

Panel

3

M185XW01(V0)-CC 18.5"A T /AU

T260XW02(VQ)-RR 26"A+ T /AU

T315XW02(VS)-RR 32"A+ T /AU

LC420WUN-SBA1 42"A G /LGS

Model

3

SSA19U SSA26U SSA32U SSA42U

4

453C0830L01 VTV-P1903

PK101V1090I FSP123-4F01

PK101V1100I FSP138-4F01

PK101V1110I FSP226-4F01

4

Input Terminal difference of Model

451C1730L32

451C1730L12

451C1730L22

451C1730L02

Circuit )

Location/Circuits

JP401

JP402

JP403

JP307

JP302

U304 (Video filter

JP201 (USB Terminal)

JP304 (SPDIF O/P Terminal)

LCD-19E30A

LCD-26E30A

LCD-32E30A

5

Note :

Compal Model Sanyo Model PCBA No. Power Supply

SSA19UTA

LCD-42E30A

SSA26UTA

SSA32UTA

SSA42UGA

SSA42UTA LCD-42E30A T420HW04-V2451C1730L02 PK101V1110I FSP226-4F01

D D

HDMI1

HDMI2

HDMI3

1234567

Item Terminal

Video1 JP301 (Composite/S-Video)

Video2 JP308 (Side I/O)

Video3 JP306A (Component)

Video O/P JP306B (ATV O/P)

PC JP305

8

C C

RS232 JP309

PC Audio

Input

Digital Audio

9

10

Output

ANT JP101

Headphone JP701

111213

14

B B

15

16

5

A A

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82pF

C546

Add C542~C549 From DDR II 2/19

V59C1512164QCF25A

VCC1_8

C547

2200pF

U502B

J7

A3

E3

VSS

VSSDL

DDR II

VDD

VDDL

J1

A1

E1

VSS

VDD

C538

0.1uF

C538

0.1uF

C537

0.1uF

C522

0.1uF

G_ZR670

C521

0.1uF

C521

0.1uF

C518

0.1uF

C518

0.1uF

C520

0.1uF

C520

0.1uF

BP9 BP10 BP11BP7 BP8 BP12

C517

0.1uF

C517

0.1uF

C519

0.1uF

C519

0.1uF

C548

82pF

C548

82pF

C549

2200pF

G_ZR670

A7

B8

D8

E7

F8

VSSQD2VSSQ

E9

C9

VSSQ

VSSQF2VSSQ

VDDQ

VDDQG1VDDQG3VDDQG7VDDQ

H8

VSSQH2VSSQ

G9

R8

NC4R3NC5R7NC6

NC1A2NC2

E2

V59C1512164QCF25A

J3

N1

P9

VSS

VSSQ

VSSQB2VSSQ

VDDQ

VDDQC1VDDQC3VDDQC7VDDQ

VDD

J9

A9

R1

M9

C543

82pF

C543

82pF

0.1uF

C535

0.1uF

C533

C509

0.1uF

G_ZR670

1

C542

2200pF

C542

2200pF

U501 Bypass Caps

VCC1_8

2

C528

C527

C524

C526

C525

U501B

0.1uF

DDR II

J7

VSSDL

VDDL

J1

BP6BP4

BP5BP1

BP2 BP3

A3

E3

J3

N1

VSS

VDD

J9

A1

E1

M9

1A

of

318Thursday, August 20, 2009

1

401C17

COMPAL OPTOELECTRONICS CO., LTD

401C17

SCHEMATIC, M/B VTV-L42008

Custom

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

2

Note: The DDR II layout will also

accomodate 1M bit devices, expanding the

memory footprint from 128M byte to 256M

byte.

S0_DQ13

S0_DQ14

S0_DQ15S0_A12

3

DQ14B1DQ15B9DQ13D9DQ12D1DQ11D3DQ10

DDR II

U501A

R2

S0_A11

S0_DQ[15..0]

4

S0_A10

C14

C24

C18

D22

VCC1_8

S0_DQ11

S0_DQ12

S0_DQ7

S0_DQ8

S0_DQ9

S0_DQ10

D7

DQ9C2DQ8C8DQ7F9DQ6F1DQ5H9DQ4H1DQ3H3DQ2H7DQ1G2DQ0

S0_A9

S0_A8

S0_A7

S0_A6

S0_A5

S0_A4

D18

D14

D23

D17

C19

C15

S0_DQ5

S0_DQ6

S0_A3

S0_A2

C23

C17

S0_DQ3

S0_DQ4

A0M8A1M3A2M7A3N2A4N8A5N3A6N7A7P2A8P8A9P3A10M2A11P7A12

S0_A1

S0_A0

D19

D15

VCC1_8

S0_DQ2

S0_DQ1

S0_DQ0

S0_UDM

S0_LDM

F3

B3

G8

LDM

UDM

UDQSA8UDQSB7LDQSE8LDQSF7RASK7CASL7CS

BA0L2BA1

NC3

L3

L1

S0_UDQS

S0_BA1

S0_UDQSN

S0_LDQSN

S0_BA0

S0_BA2

A17

A16

B16

C22

C20

D21

C503

S0_LDQS

S0_RASN

B18

D16

0.1uF

S0_VREF

J2

VREF

WEK3CKEK2CKJ8CK

S0_WEN

S0_CASN

D20

C16

C504

0.1uF

C504

0.1uF

K8

S0_CK

S0_CKN

B12

A12

close DDR

K9

ODT

L8

R501

S0_CKE

C13

C21

100

G_ZR670

V59C1512164QCF25A

S1_DQ[15..0]

U502A

VCC1_8

S1_DQ15S1_A12

DDR II

R2

E24

R24

S1_DQ12

S1_DQ13

S1_DQ14

DQ14B1DQ15B9DQ13D9DQ12D1DQ11D3DQ10

S1_A11

S1_A10

S1_A9

J23

J24

N23

S1_DQ11

S1_A8

E23

S1_DQ3

S1_DQ4

S1_DQ5

S1_DQ6

S1_DQ7

S1_DQ8

S1_DQ9

S1_DQ10

D7

DQ9C2DQ8C8DQ7F9DQ6F1DQ5H9DQ4H1DQ3H3DQ2H7DQ1G2DQ0

S1_A7

S1_A6

S1_A5

S1_A4

S1_A3

S1_A2

S1_A1

S1_A0

P23

H23

K24

F24

P24

H24

K23

F23

VCC1_8

S1_DQ2

S1_DQ1

S1_DQ0

S1_UDM

S1_LDM

F3

B3

G8

LDM

UDM

A0M8A1M3A2M7A3N2A4N8A5N3A6N7A7P2A8P8A9P3A10M2A11P7A12

UDQSA8UDQSB7LDQSE8LDQSF7RASK7CASL7CS

BA0L2BA1

NC3

L3

L1

S1_UDQS

S1_BA1

S1_UDQSN

S1_BA0

S1_BA2

G26

G25

N24

L24

M23

C506

S1_LDQS

S1_LDQSN

S1_RASN

J25

H26

0.1uF

S1_CASN

G23

G24

S1_VREF

J2

VREF

WEK3CKEK2CKJ8CK

K8

S1_WEN

S1_CKN

L23

C26

C508

S1_CK

C25

0.1uF

K9

ODT

S1_CKE

M24

G_ZR670

close DDR

V59C1512164QCF25A

L8

100

G_ZR670

R506

D24

DDR II SDRAM I/F

3

4

S1_A9

S1_A8

S1_A7

S1_A6

S1_A5

S1_A4

S1_A3

S1_A2

S1_A1

S1_DQ8

S1_DQ7

E25

S1_DQ7

S1_DQ6

S1_DQ5

N26

D25

S1_DQ5

S1_DQ6

S1_DQ4

S1_DQ3

P26

K25

S1_DQ3

S1_DQ4

S1_A0

S1_DQ2

J26

P25

S1_DQ2

S1_DQ1

VCC1_8

S1_BA2

S1_BA1

S1_DQ1

S1_DQ0

D26

S1_DQ0

S1_BA0

S1_UDM

L26

S1_UDM

S1_LDM

R504

B B

S1_UDQSN

S1_LDM

K26

C505

100

S1_UDQS

0.1uF

S1_LDQSN

S1_LDQS

S1_VREF

R26

S1_VREF

S1_RASN

S1_CASN

R50591R505

S1_WEN

C507

91

B26

0.1uF

S1_CKN

RDRIVER

S1_CK

S1_CKE

S1_ODT

RDRIVER50

RTERM

ZR39670_A_6

A26

A25

300

R509

G_ZR670G_ZR670G_ZR670

51

R50851R508

27

R50727R507

G_ZR670

close scale

20090402 from 100 change to 91

A A

5

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

S0_A9

S0_A8

S0_A7

S0_A6

S0_A5

S0_A4

S0_A3

S0_A2

S0_A1

S0_DQ8

S0_DQ7

B14

S0_DQ6

S0_DQ7

S0_DQ6

A22

S0_DQ5

B13

S0_DQ4

A23

S0_DQ3

B19

A18

S0_DQ2

VCC1_8

S0_A0

S0_BA2

S0_DQ2

S0_DQ1

B23

S0_DQ1

S0_BA1

S0_BA0

S0_DQ0

A13

S0_DQ0

S0_UDQSN

S0_UDM

S0_LDM

A20

A19

S0_UDM

S0_LDM

C502

R502

100

S0_UDQS

0.1uF

S0_LDQSN

S0_LDQS

A24

S0_VREF

S0_A13

S0_A12

S0_A11

S0_A10

S0 Memory I/F

S0_DQ15

S0_DQ14

S0_DQ13

S0_DQ12

S0_DQ11

S0_DQ10

A21

A14

S0_DQ12

S0_DQ13

S0_DQ14

B22

B20

S0_DQ11

D D

S0_DQ9

B17

B21

A15

S0_DQ8

S0_DQ9

S0_DQ10

U201A

B15

5

S0_DQ15

S0_VREF

S0_RASN

S0_CASN

C501

R50391R503

S0_WEN

0.1uF

S0_CK

S0_CKE

S0_CKN

S0_ODT

ZR39670_A_6

close scale

91

G_ZR670G_PW R G_ZR670

GND GND_POWER

C C

S1_A13

S1_A12

S1_A11

S1_A10

S1 Memory I/F

S1_DQ15

S1_DQ14

S1_DQ13

S1_DQ12

S1_DQ11

S1_DQ10

E26

N25

M26

S1_DQ12

S1_DQ13

S1_DQ14

L25

H25

M25

S1_DQ9

S1_DQ11

S1_DQ10

S1_DQ9

F26

S1_DQ8

U201B

F25

S1_DQ15

20090402 from 100 change to 91

1A

PG 9

4.7K

R266

Add R265 R266 Q207 10/2

CBE

1

R209

4K7

R209

4K7

VCC3_3

Bootstrap Configuration

2

4K7

R208

4K7

R226

AFE & GPIO

TU_RST 5,6,9,17

GPIO1

E11

D11

GPIO_P0

GPIO1 11

GPIO2

GPIO3

C11

B11

GPIO_P1

GPIO_P2

VCC3_3

R215

R216

R214

DDCP 5,8

AMP_PDN 9

A11

E12

GPIO_P3

GPIO_P4

GPIO_P5

4K7

4K7/NC

HP_DET 9

DCR/BRT_EN 10

D12

C12

GPIO_P6

GPIO_P7

R265

4.7K

G_ZR670 G_ZR670

G_ZR670

PANEL_PWR_EN 16

LCD_ON 16

SV_DET 7

AMP_PMUTE 9

C3

GPIO_P20B2GPIO_P21A2GPIO_P22A3GPIO_P23B3GPIO_P24

Q207

MMBT3904L

G_ZR670

1011

JP309

162738495

RS_RX

RS_TX

U204

R254 0/NCR254 0/NC

R253 0/NCR253 0/NC

Stuff Option

DB9H105-F

G_ZR670

VBUS1D-2GND4Shield5D+3Shield6Shield7Shield

JP201

USB

ISP_TX

ISP_RX

C234

0.1uF

C234

0.1uF

C232

0.1uF

C232

0.1uF

1

3

8

7

T1OUT14T2OUT

232 XCVR

T1IN11T2IN

10

R251 0R251 0

R261 0R261 0

UART0TX

UART1RX

R1IN13R2IN

R1OUT12R2OUT

9

R262 0R262 0

R252 0R252 0

UART0RX

UART1TX

C+

C1-

C2+4C2-5V+

C230

0.1uF

C230

0.1uF

6

V-

2

5V

G_ZR670

15

GND

VCC

SP232ACN

16

C239

47uF/16V

C239

47uF/16V

G_ZR670

C233

0.1uF

C233

0.1uF

D207

1N4148

F201

1206L035-C/NC

Reserve

5V

Note: Place near

connector, and use

layout from

datasheet.

USB0_VCC

USB0DN

USB0DP

8

TYCO R/A FLAG USB/NC

C243

0.1uF/NC

C243

0.1uF/NC

EZJZ1V80010/NC

D208

EZJZ1V80010/NC

D209

15K/NC

R286

15K/NC

R287

C241

C242

56pF/50V/NC

COMPAL OPTOELECTRONICS CO., LTD

G_ZR670

SCHEMATIC, M/B VTV-L42008

Custom

Title

Size Document Number Rev

Title

Size Document Number Rev

Title

Size Document Number Rev

of

418Tuesday, September 01, 2009

1

401C17

Date: Sheet

2

AFE_DIN0

AFE_DIN1

AFE_DIN2

AFE_DIN3

AFE_DIN4

AFE_DIN5

AFE_DIN6

AFE_DIN7

AFE_DIN8

AFE_DIN9

AFE_DIN10

AFE_DIN11

AFE_DINCLK

AB8

AA8

AC8

AD8

12

C202

8

Vcc

64M bit

DO2CLK

6

SPI_RD

SPI_WR

SPI_CLK

D206

D205EZJZ1V80010 (0603)/NC D205EZJZ1V80010 (0603)/NC

D204

D203

D201

D202EZJZ1V80010 (0603)/NC D202EZJZ1V80010 (0603)/NC

0.1uF

CS1DIO5WP

SPI_CS_n

UART0TX

L22

UART0_TX

UART0RX

AE8

3

SPI_WEN11

M22

UART0_RX

IF_DVAL

AA9

4

GND

HOLD

7

SPI_HOLD

G_ZR670

W25Q64BV

R259

R258

G_ZR670

VCC3_3

10K

ZR39670_A_6

C203

2200pF

C203

2200pF

RESETN

R2251KR225

1K

VCC3_3

SW201

U202

R2630R263

0

VCC3_3

20090224 del. R264

20090119 R263 NC to 0R,

SPI_CS_n

SPI_WEN

SPI_HOLD

R231

R285 0/NCR285 0/NC

W24

W26

AA24

AB24

Y26

SPI_CLK

SPI_SEL0

SPI_SEL1

SPI_SEL2

SPI_SEL3

SPI_HOLD

3

L209

/Reset

4K7/NC

Reset Circuit

VCC3_3

I2C1CLK 6,9

AE13

I2C1_C

I2C1DATA 6,9

AF13

AF14

I2C1_D

VCC3_3

R224

4K7

R222

4K7

R222

4K7

VCC3_3

R223 4K7R223 4K7

AE14

AA14

I2C2_C/GADR6

I2C2_D/GADR7

I2C_MORPH__ENA

SPI_WR

R228 47R2 28 47

Y24

SPI_DO

SPI_RD

R23047R230

W25

SPI_CLK

47

R229 47R2 29 47

Y25

SPI_DI

R217 4 K7R217 4K7

I2C0CLK

UART1RX 12

UART1TX 12

P22

N22

UART1_TX

UART1_RX

R218 4 K7R218 4K7

I2C0DATA

USB0DN

USB0DP

R227 0R227 0

R245 0R245 0

E5

D5

USB0_DP

USB0_DN

R219 3K4_1%R219 3K4_1%

D3

USB_REXT

1

D4

USB_ATEST

R220 4 K7R220 4K7

I2C1CLK

G_ZR670

TP203TP203

R221 4 K7R221 4K7

I2C1DATA

I2C0CLK 5,17

AF12

I2C0_C

VCC3_3

I2C0DATA 5,17

AE12

I2C0_D

B3F-1100/NC

VCC

1

KC FBMA-L11-160808-300LMA10T

RESETN

V24

G_ZR670

Reset

Switch

2

GND

STL8100GCL300

C236

0.1uF

C237

0

R2830R283

1

G_ZR670

RESETN 9,12

R2321MR232

U26

U25

CLKIN

CLKOUT

RESET_n

R28247R282

G_ZR670

100pF/50V

R2800R280

1M

G_ZR670

XCLK 11

C238

56pF

G_ZR670

47

U205

SOT-353

U205

SOT-353

74LVC1G126

3 5

R284

NC/0

G_ZR670

2 4

R281

0/NC

R281

0/NC

0

C204

33pF

C204

33pF

G_ZR670G_ZR670

Y201

C201

27pF

C201

27pF

25MHz/20pF/S/2 P

100

R233

Crystal Y1

15ppm 20C•

30ppm 0-70C•

SIO I/F

3

4

5

U201K

AA6

AA5

AB6

AB5

AB11

AA11

AA10

AC11

G_ZR670

VCC3_3

3

4

5

CN201

1 2

3 4

5 6

7 8

EJTAG I/F

VCC3_3

R2054K7 R2054K7

R2011K R2011K

R2041K R2041K

R2034K7 R2034K7

R2021K R2021K

R2070 R2070

EJTCK

EJTDI17

EJTDO17

EJTMS17

TRSTN

VCC3_3

4K7

R206

R211 4K7R211 4 K7

R210 NCR210 NC

modify R213 from 10K to 100 3/13

EJTCK

TRSTN

E14

E16

E13

E17

E15

E18

TDI

TCK

TMS

TDO

TRST

TAPSEL

SIO I/F

HEADER14 2.54mm/NC

9 10

EZJZ1V80010 (0603)/NC

11 12

13 14

EZJZ1V80010 (0603)/NC

R212 4 7R2 12 47

RESETN

G_ZR670

VCC3_3

IRR 12

R213 10R213 10

R22

D13

IRR

TAPSEL_CAS

U203

1/29

R257

R256

VCC3_3

SPI FLASH

4K7

U201C

ZR39670_A_6

D D

C C

B B

ZR39670_A_6

A A

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

1

HDMI I/F

HDMI1_D2PB4HDMI1_D2NA4HDMI1_D1PC4HDMI1_D1NC5HDMI1_D0PA5HDMI1_D0NB5HDMI1_CLKPB6HDMI1_CLKNA6HDMI1_CECC6HDMI1_SCLB7HDMI1_SDAD7HDMI1_HPDD6HDMI1_5VSENSEC7HDMI1_RXATESTE8HDMI1_REXT

U201O

2

1

TP405TP405

TP404TP404

TP403TP403

1

TP407TP407

TP410TP410

TP408TP408

TP411TP411

TP412TP412

TP413TP413

TP406TP406

TP409TP409

ZR39670_A_6

E7

1

R421

390_1%

R421

390_1%

TP401TP401

4K7

R420

HDMI_VDD13

Sil9185

HDMI I/F

HDMI0_D2PB8HDMI0_D2NA8HDMI0_D1PC8HDMI0_D1NC9HDMI0_D0PA9HDMI0_D0NB9HDMI0_CLKP

HDMI0_CLKN

HDMI0_CECA7HDMI0_SCL

HDMI0_SDAE9HDMI0_HPDD8HDMI0_5VSENSED9HDMI0_RXATEST

U201G

2K

R4072KR407

+3.3V_HD+3.3V_HD

2K

R4062KR406

+3.3V_HD

R405

2K/NC

3

4

DDC_PW2

5

PORT 1 (for SSA19U; SSA26U; SSA32U; SSA42U)

D402

3

DDC_PW2

A10

B10

TX2+

TX1+

TX1-

TX0+

TX0-

TXC+

TX2-

TXC-

CH1_CBL_HPD

CH1_DDC_SCL

CH1_DDC_SDA

0

R4110R411

R402

4.7K

R402

4.7K

12

4.7K

4.7K R401

R401

CH1_HDMI_5V

12

BAV70L

2

1

C401

0.1uF

C401

0.1uF

5V

G_ZR670

C10

TP402TP402

HDMI_5V

HPD0_plug

TX_DSDA

TX_DSCL

C423

82pF

C404

0.1uF

A01A12A2

U402

8

DDC_PW2

R417

4.7K

R419

4.7K

R418

20090110 1K change to 0R

12

G_ZR670

R404

20K/NC

D403 QV1AA10P- R05D403 QV1AA10P-R 05

G_ZR670

19

18

+5V

HP_DET

SHELL2

SHELL3

JP401

22

23

HDMI0_REXT

E10

D10

1

R410

R409

4K7

R409

4K7

4

3

GND

SDA5SCL6WP7VCC

24C02AN-10SC-2.7

CH1_DDC_SCL

CH1_DDC_SDA

DDCP4,8

D407 QV1AA10P- R05D407 QV1AA10P-R 05

D406 QV1AA10P- R05D406 QV1AA10P-R 05

D405 QV1AA10P- R05D405 QV1AA10P-R 05

CEC

13

14

15

17

16

NC

GND

DDC_CLK

DDC_DATA

SHELL424SHELL5

ZR39670_A_6

390_1%

G_ZR670

RR0X0-

RR0XC-

RR0XC+

G_ZR670

L402

ACM2012D-900-2P-T00

L402

ACM2012D-900-2P-T00

4

3

1

2

12

9

10

11

CK-

CK+

CK_SHIELD

CE_REMOTE

HDMI_VDD13

L401

D0-

+3.3V_HD

G_ZR670

1.8V 251mA

3.3V 57mA

C407

0.1uF

C407

0.1uF

C406

0.1uF

C406

0.1uF

+1.8V_HD

DSCL_0

DSDA_0

47

R40847R408

R40347R403

CH1_DDC_SCL

CH1_DDC_SDA

RR0X1-

RR0X2-

RR0X1+

RR0X0+

RR0X2+

ACM2012D-900-2P-T00

L404

ACM2012D-900-2P-T00

L404

ACM2012D-900-2P-T00

L403

ACM2012D-900-2P-T00

L403

ACM2012D-900-2P-T00

3

4

3

4

3

2

1

2

1

2

1

4

7

2

5

8

3

6

D2-

D1-

D2+

D1+

D0+

D2_SHIELD

D1_SHIELD

D0_SHIELD

SHELL1

21

25

20

C413

C412

C411

C430

C410

C409

C408

SHELL0

SE100uF/25V

SE10uF/16V

0.1uF

82pF

0.1uF

2200pF

0.1uF

PIN73

JALCOV/T HDMI 10.5H W/O FLAG

G_ZR670

PIN63PIN55PIN43PIN23

C422

0.1uF

C422

0.1uF

C421

0.1uF

C421

0.1uF

G_ZR670

C420

PIN33

C419

0.1uF

C419

0.1uF

C418

0.1uF

C418

0.1uF

C431

C417

C416

0.1uF

C416

0.1uF

C415

+1.8V_HD

C424

12

D411 QV1AA 10P-R05D411 QV1AA 10P-R05

12

D415 QV1AA 10P-R05D415 QV1AA 10P-R05

12

D410 QV1AA 10P-R05D410 QV1AA 10P-R05

12

D414 QV1AA 10P-R05D414 QV1AA 10P-R05

12

D413 QV1AA 10P-R05D413 QV1AA 10P-R05

12

D409 QV1AA 10P-R05D409 QV1AA 10P-R05

12

D412 QV1AA 10P-R05D412 QV1AA 10P-R05

12

D408 QV1AA10P- R05D408 QV1AA10P-R 05

G_ZR670G_ZR670

HD680_PANTHER_SCH

TX2-

TX2+

TX1-

TX1+

TX0-

TX0+

TXC-

4

3

4

1

2

1

L409

ACM2012D-900-2P-T00/NC

2

ExtSWING

R0XC-18R0XC+19R0X0-21R0X0+22R0X1-24R0X1+25R0X2-27R0X2+

RR0XC-

RR0XC+

RR0X0-

RR0X0+

RR0X1-

RR0X1+

DDC_PW1

0

R4220R422

R413

4.7K

R413

4.7K

12

4.7K

R412

3

1

2

L410

ACM2012D-900-2P-T00/NC

8

5

4

1

TX0-

TX1-

TX2-

TX1+

TX2+

HPD136RPWR152DSDA150DSCL151R1XC-38R1XC+39R1X0-41R1X0+42R1X1-44R1X1+45R1X2-47R1X2+

28

RR0X2-

RR0X2+

CH2_CBL_HPD

CH2_HDMI_5V

C426

82pF

C403

0.1uF

C403

0.1uF

A01A12A2

U403

8

4.7K

R425

4.7K

R424

4.7K

R426

DDCP4,8

CH2_DDC_SDA

CH2_DDC_SCL

CH2_CBL_HPD

20090110 1K change to 0R

+1.8V_HD

2200pF

82pF

2200pF

SE10uF/16V

22uF/10V

63 55 43 23

73 33

69 57 49 37 29 17 6

U401

G_ZR670

12

R429

PIN57PIN49PIN37PIN29PIN17PIN6 PIN69

CH1_CBL_HPD

4

3

1

2

L411

ACM2012D-900-2P-T00/NC

560/1%

AVCC33 AVCC33 AVCC33 AVCC33

DVDD18 DVDD18

AVCC18 AVCC18 AVCC18 AVCC18 AVCC18 AVCC18 AVCC18

DSDA0

HPD016RPWR032DSCL0

30

31

DSDA_0

DSCL_0

CH1_HDMI_5V

DDC_PW1

EXT_SW

12

PORT 2 (for SSA26U; SSA32U; SSA42U)

R415

20K/NC

CH2_HDMI_5V

12

D416

BAV70L

D416

BAV70L

2

3

1

DDC_PW1

5V

D417 QV1AA 10P-R05D417 QV1AA 10P-R05

C402

0.1uF

C402

0.1uF

G_ZR670

TXC+

3

2

L412

ACM2012D-900-2P-T00/NC

7

11

TXC-

TX0+

DSCL_1

DSDA_1

4

3

GND

SDA5SCL6WP7VCC

CH2_DDC_SCL

CH2_DDC_SDA

12

G_ZR670

SHELL3

JP402

23

10

TXC+

RR1XC-

24C02AN-10SC-2.7

G_ZR670

SHELL2

22

TX_DSDA

TX_DSCL

R438 0R438 0

R437 0R437 0

77

78

TSCL

SiI9185

RR1XC+

G_ZR670

D420 QV1AA 10P-R05D420 QV1AA 10P-R05

D419 QV1AA 10P-R05D419 QV1AA 10P-R05

D418 QV1AA 10P-R05D418 QV1AA 10P-R05

19

17

18

+5V

HP_DET

+3.3V_HD

HDMI_5V

3.3pF

C428

HPD0_plug

76

79

TSDA

HPDIN

TPWR/I2CADDR

RR1X0-

RR1X0+

RR1X1+

RR1X1-

RR1XC-

G_ZR670

CEC

15

13

14

16

NC

GND

DDC_CLK

DDC_DATA

SHELL424SHELL5

CE_REMOTE

R440

10K/NC

R440

10K/NC

2K/NC

R442

48

RR1X2-

RR1X2+

RR1X0-

RR1XC+

L405

ACM2012D-900-2P-T00

L406

4

3

4

1

2

1

9

8

10

11

12

D0-

CK-

CK+

D0_SHIELD

CK_SHIELD

R441

10K

R441

10K

R443

+3.3V_HD

G_ZR670

HPD256RPWR272DSDA270DSCL2

71

CH3_CBL_HPD

CH3_HDMI_5V

DSDA_2

DSCL_2

DSCL_1

47

R43347R433

CH2_DDC_SCL

RR1X2-

RR1X1-

RR1X1+

RR1X0+

RR1X2+

L408

ACM2012D-900-2P-T00

L407

4

3

1

2

3

6

4

7

2

5

D2-

D1-

D1+

D0+

D2_SHIELD

D1_SHIELD

25

G_ZR670

R444

10K/NC

R446

R445

I2C_SEL/INT

+3.3V_HD

35

I2CSEL/INT

R2XC-58R2XC+59R2X0-61R2X0+62R2X1-64R2X1+65R2X2-67R2X2+

RR2XC-

RR2XC+

RR2X0-

RR2X0+

RR2X1-

RR2X1+

DSDA_1

47

R43447R434

CH2_DDC_SDA

12

ACM2012D-900-2P-T00

3

2

G_ZR670

1

D2+

SHELL1

SHELL0

21

20

JALCOV/T HDMI 10.5H W/O FLAG

G_ZR670

1.8K/NC

RR2X2-

G_ZR670

68

RR2X2+

D428 QV1AA 10P-R05D428 QV1AA 10P-R05

D427 QV1AA 10P-R05D427 QV1AA 10P-R05

D426 QV1AA 10P-R05D426 QV1AA 10P-R05

D425 QV1AA 10P-R05D425 QV1AA 10P-R05

D424 QV1AA 10P-R05D424 QV1AA 10P-R05

D423 QV1AA 10P-R05D423 QV1AA 10P-R05

D422 QV1AA 10P-R05D422 QV1AA 10P-R05

D421 QV1AA 10P-R05D421 QV1AA 10P-R05

TU_RST 4,6,9,17

I2C0DATA 4,17

I2C0CLK 4,17

0

R4540R454

C427

1uF/NC

C427

1uF/NC

+3.3V_HD

R451

100K/NC

15

13

14

RESET#

TEST

75

LSCL/PSEL1

LSDA/PSEL0

DGND

74

DGND

34

AGND

80

AGND

66

G_ZR670 G_ZR670 G_ZR670

AGND

60

AGND

46

AGND

40

AGND

26

AGND

20

AGND

9

AGND

3

CEC_A

CEC_D

Sil9185

54

53

TP415TP415

TP428TP428

R427

12

DDC_PW3

R414

G_ZR670

PORT 3 (for SSA32U; SSA42U)

CH3_HDMI_5V

D432

BAV70L

D432

BAV70L

2

3

1

DDC_PW3

5V

G_ZR670

HIGH OXC4/OXD4/OXE4

LOW OXC0/OXD0/OXE0 (Default)

CEC_IN 12

D404

Z5.6V/NC

D404

Z5.6V/NC

C425

47pF/50V

R453

100/NC

CEC

20090110 change to NC

C429

82pF

C414

0.1uF

C414

0.1uF

4

3

A01A12A2

GND

SDA5SCL6WP7VCC

U404

8

DDC_PW3

4.7K

R450

4.7K

R449

4.7K

R428

CH3_DDC_SDA

CH3_DDC_SCL

DDCP4,8

CH3_DDC_SDA

CH3_DDC_SCL

CH3_CBL_HPD

0

R4230R423

20090110 1K change to 0R

4.7K

12

D440 QV1AA10P -R05D440 QV1AA10P -R05

12

D433 QV1AA10P -R05D433 QV1AA10P -R05

12

D434 QV1AA10P -R05D434 QV1AA10P -R05

G_ZR670

R416

20K/NC

12

D436 QV1AA 10P-R05D436 QV1AA 10P-R05

G_ZR670

19

17

16

18

+5V

G_ZR670

GND

HP_DET

DDC_DATA

SHELL2

SHELL3

JP403

22

23

C405

0.1uF

C405

0.1uF

G_ZR670 G_ZR670

24C02AN-10SC-2.7

RR2XC+

RR2XC-

L415

ACM2012D-900-2P-T00

G_ZR670

4

3

1

2

CEC

15

13

14

10

11

12

NC

CK-

CK+

DDC_CLK

CK_SHIELD

SHELL424SHELL5

CE_REMOTE

RR2X1-

RR2X0-

RR2X0+

L416

ACM2012D-900-2P-T00

L416

ACM2012D-900-2P-T00

L413

4

3

4

1

2

1

6

9

7

5

8

D1-

D0-

D0+

D0_SHIELD

25

DSCL_2

DSDA_2

47

R44747R447

R43947R439

CH3_DDC_SCL

CH3_DDC_SDA

RR2X2-

RR2X1+

RR2X2+

L414

ACM2012D-900-2P-T00

4

3

1

2

3

1

4

2

D2-

D2+

D1+

D2_SHIELD

D1_SHIELD

SHELL1

21

20

1A

of

518Tuesday, September 01, 2009

1

401C17

COMPAL OPTOELECTRONICS CO., LTD

SCHEMATIC, M/B VTV-L42008

Custom

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

HDMI In

2

HDMI Port difference of Model

Port1

Port2

Port3

Port Number SSA19U SSA26U SSA32U SSA42U

3

47

4

12

D439 QV1AA 10P-R05D439 QV1AA 10P-R05

12

D437 QV1AA 10P-R05D437 QV1AA 10P-R05

12

D430 QV1AA 10P-R05D430 QV1AA 10P-R05

12

D438 QV1AA 10P-R05D438 QV1AA 10P-R05

12

D441 QV1AA 10P-R05D441 QV1AA 10P-R05

12

D431 QV1AA 10P-R05D431 QV1AA 10P-R05

12

D429 QV1AA 10P-R05D429 QV1AA 10P-R05

12

D435 QV1AA 10P-R05D435 QV1AA 10P-R05

G_ZR670

G_ZR670G_ZR670

5

SHELL0

JALCOV/T HDMI 10.5H W/O FLAG

D D

C C

B B

A A

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

1A

C155

82pF

C155

82pF

AC10

1

Demodulator

IF_AINN

AF2

C112

KHB0805Q300SA

C111

C110

C148

5V_TU

C156

C105 0. 01uFC105 0.01uF

C106

C144 0.01uFC144 0.01uF

R128 15KR128 15K

C104

SE100uF/25V/NC

IF_AINP

IF_RBIAS

IF_VINBIAS

IF_VCM

IF_VREFN

IF_VREFP

AE2

R123

R122

SE100uF/16V

0.1uF

0.01uF

82pF

2200pF

3K

AF1

AE1

AD3

AD2

AD1

3.9K

G_ZR670

3.9K

L105

KC FBMA-L11-160808-300LMA10T

VCC3_3

T1V8

L104

KHB0805Q300SA

C108

C107

C107 C110 close Pin Tuner

C159

C149

TU_SIF 17

R1083KR108

0/NC

0/NC R129

R129

0

R1240R124

L109

R124 And C144 close tuner

L108

KHB0603N121SA

T3V3

T1V8

T3V3

KHB0603N121SA

L108 L109 close C113 C114

C114

0.1uF

C114

0.1uF

C113

0.1uF

C113

0.1uF

C C

IF_VDD3P3_0

IF_VDD3P3_1

AC1

AC2

C121 0. 01uFC121 0.01uF

C161

C101

C120

C119

C118

C116

C115

C150

C157

+

C109

SE100uF/16V

0.1uF

0.01uF

82pF

+5VA

C122

2200pF

C154

0.1uF

82pF

C117

SE100uF/16V

2200pF

18 17 16 15 12 44

64 59 39 37 19 7

54 45 13 2

R1111KR111

22pF

C124

22pF

C123

4.7uF

82pF

2200pF

1K

SIF_AINN

SIF_VREFN

SIF_AINP

SIF_VREFP

SIF_VDD3P3_0

SIF_VDD3P3_1

SIF_RBIAS

SIF_VINBIAS

R12510R125

9

8 7

6

5 4 3

2 1

Q102

R105

24

23 22 21

20

19 18

17 16 15 14 13 12

11 10

AD6

0.01uF

4.7uF

2200pF

82pF

VCC5_0

C145

10

R1071KR107

VCC5_0

R1061KR106

2N3904/NC

4.7K/NC

SIF_VCM

AD5

AD4

G_ZR670

L101

Default high for

speaker mute.

82pF

1K

1000pF

0

R1210R121

TSDA2 TSCL2

1K

5V_TU

L103

KHB0805Q300SA/NC

+

Q101

2N3906/NC

U201P

AF5

AF4

AF6

AE4

AE5

AE6

C102

C103

C160

C153

KC FBMA-L11-160808-300LMA10T

2

Q103

2SC4081

Q103

2SC4081

VCC5_0

75/NC

CBE

3

R104

Body125Body226Body327Body4

KC FBMA-L11-160808-300LMA10T

L102

VCC3_3

TU_CVBS2 7

R109

75/1%

R110

1.5K

R110

1.5K

28

CVBS

AS_IF N.C... 2nd SIF 2

2nd SIF 1

+5V IF WIF Out/NC

Tuner FQD1116ME

4

Pin 11 --- 1K , Pin 21 --- VCC5_0

Pin 11 --- NC , Pin 21 --- GND

JP101

5

POWER ON : HIGH

POWER OFF : LOW

DIF2 DIF1 IF_AGC REF SDA SCL

AS_Tuner N.C.. GND3

VT +5V_Tuner

GND2

RF_AGC N.C. GND1

ANT_Power RF Pin in/out

R102

10K/NC

R103

4.7K/NC

P_CTL

VCC5_0

D D

DM_PLL_VDD

KC FBMA-L11-160808-300LMA10T

DMOD_RSTn

AD9

0

R1170R117

R113

0/NC

R113

0/NC

G_ZR670

TU_RST

C143

0.1uF

C143

0.1uF

C142

0.1uF

C142

0.1uF

C141

0.1uF

C140

C131

0.1uF

C131

0.1uF

C130

0.1uF

C130

0.1uF

C158

C129

0.1uF

when use external demodulator set

T3V3

TU_SCLK

TU_SDATA

61

49

63

MICLK

SADD0

MOCLK SADD1 SADD2 SADD3 SADD4

TEST

CVDD CVDD CVDD CVDD CVDD CVDD

VDD VDD VDD VDD

0.1uF

"DMOD_RSTn" be LOW.

C151

82pF

C128

0.1uF

C127

0.1uF

+

C126

SE100uF/16V

8

2

6

4

RP101

1

7

3

5

VIN30VIN31AGC142AGC241AVDD28AGND29AGND32DVDD33RFAGC/DGND

2200pF

TU_VALID

TU_FRAME

22R/0804

ERROR

47

48

58

62

MDO7

MDO657MDO556MDO453MDO352MDO251MDO150MDO0

BKERR

MOVAL

MOSTRT

PLLVDD21PLL1TEST26PLLGND22GPP343CLK235DATA2

R113 to NC

R117 to 0 1/25

G_ZR670

Transport I/F

U201D

R114 100R114 100

11

10

5

6

IRQ

SLEEP

STATUS

34

P_CTL

C133

R112

10K

R112

10K

T1V8

C132

C125

0.15uF/25V

C125

0.15uF/25V

Add R126 R127 C146 C147

B B

KC FBMA-L11-160808-300LMA10T

ZR39670_A_6

L106

VCC3_3

TPDATA7/PODODATA7

TPDATA6/PODODATA6

TPDATA5/PODODATA5

TPDATA4/PODODATA4

AB14

AB13

AD14

AC13

AD13

TU_RST 4,5,9,17

I2C1DATA 4,9

I2C1CLK 4,9

R116

100

R116

100

R115

R118 100R118 100

4.7K/NC

4

9

VSS

60

VSS

55

VSS

CLK1

RESET

VSS VSS VSS VSS VSS VSS VSS VSS

OSCMODE

XTI

XTO

46 40 38 25 20

14 8 3 1

27

23

24

DATA1

36

0.1uF

100

R127

R126

TSCL2

TSDA2

CLOSE Tuner 2/20

TPDATA3/PODODATA3

G_ZR670

C162

2200pF

G_ZR670

C136

0.1uF

C136

0.1uF

C135

1.0uF

G_ZR670 G_ZR670G_ZR670

C134

0.1uF

TPDATA2/PODODATA2

TPDATA1/PODODATA1

PODODATA0

PODOFRAME

PODOVALID

AF3

AE3

AC3

1 2

R120

R119

C147

U101

100pF

D101 LED/NCD101 LED/NC

WJE6353

C138

20.48MHz

C137

2.2K

+5VA

100pF

27pF

AC4

AD12

100

AC12

Y101

C146

C136 close Pin AC10

COMPAL OPTOELECTRONICS CO., LTD

Title

TPCLK

TPFRAME

TPVALID

AC5

TPDATA0

PODIVALID

AB15

AB12

AC15

AC14

TU_VALID

TU_FRAME

TU_SCLK

TU_SDATA

VCC3_3

PODIFRAM

Tuner / Demodulator

C139

0.1uF

C139

0.1uF

+5VA

L107

KHB0805Q300SA

VCC5_0

change Y101 footprint to SMD type 1/28

A A

of

618Thursday, August 20, 2009

1

401C17

SCHEMATIC, M/B VTV-L42008

B

Size Document Number Rev

Date: Sheet

Size Document Number Rev

Date: Sheet

Size Document Number Rev

Date: Sheet

2

ZR39670_A_6

3

4

5

G_ZR670

Del R121 R101for reduce TV noise 2/21

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

Y4

CVBS2

C317

0.1uF

1A

of

718Tuesday, Sept ember 01, 2009

1

SD Video In

Red

G_ZR670

GND_IO GND_IOGND_IO GND_IO

L322

S1

GND

CVBS0

W3

C311

0.1uF

C311

0.1uF

R311

CVBS_IN_AV1

AV2R_IN 17

0

R3620R362

D322

12

C368

R361

C369

KHB0805Q300SA

75/NC

QV1AA10P-R05/NC

10pF/NC

47K

470pF/NC

GND_IO

G_ZR670

GND_IO GND_IOGND_IOGND_IO

SVIDEO1Y

U2

C312

0.1uF

C312

0.1uF

R301

75/1%

G_ZR670

L308

VCC5_0

C314

SVIDEO1C

V2

0.1uF

R317

75/NC

R317

75/NC

C315

0.1uF/NC

KHB0805Q300SA/NC

SPDIF Output

GND14GND2

JP304

2

GND_IO

G_ZR670

R318

SPIDFO17

CVBS1

Y3

C316

0.1uF

C316

0.1uF

CVBS_IN_AV2

5

GND3VIN1VCC

10/NC

ZR39670_A_6

TU_CVBS26

R319

75/NC

R319

75/NC

NIKETECH V/T SPDF BLK/NC

GND_IO

Reserve

U201L

2

3

SVIDEO0Y

U3

C303

0.1uF

C303

0.1uF

VFE_YI

CVBS_IN_AV2

L312

KHB0805Q300SA

R305

150/1%

D311

QV1AA10P-R05/NC

C327

10pF/NC

R332

75/1%

R332

75/1%

470pF/NC

C328

Yellow

V3

C307

20090526 change

G_ZR670

VFE_CI

R3600R360

GND_IO GND_IO GND_IO

L321

GND_IO

S3T3T2

B3

GND

White

GND

White

SVIDEO0C

0.1uF

R309

75/NC

R309

75/NC

AV2L_IN 17

0

D321

QV1AA10P-R05/NC

12

C366

10pF/NC

47K

R359

C367

470pF/NC

KHB0805Q300SA

S2T1B1

B2

GND

R321

75/1%

G_ZR670

U201I

Video Out

C358

82pF

C358

82pF

CVBS_TU_OUT

R320

75 1%

R320

75 1%

AB25

AUX_AVID_COMP

G_ZR670

TP301TP301

AB26

AC25

AUX_RSET

AUX_ATEST_RES

COMPAL OPTOELECTRONICS CO., LTD

Title

R322

348R_1%

R322

348R_1%

ZR39670_A_6

1

401C17

SCHEMATIC, M/B VTV-L42008

Custom

Size Document Number Rev

Date: Sheet

Size Document Number Rev

Date: Sheet

Size Document Number Rev

Date: Sheet

2

SD Video Input

G_ZR670

3

KY-04086

JP308

L301

JP301

JP308

R306

VFE_CI

KHB0805Q300SA

C306

100pF/50V/NC

D304

12

20090113 add EMI parts

4

GND

TOP_C

TOP_Y

TOP_C

TOP_Y

75/1%

123

GND

D D

L323

5

S_GND

VFE_YI

L305

KHB0805Q300SA

GND_IO

QV1AA10P-R05/NC

SV_DET 4

C370

100pF/50V

C370

100pF/50V

KHB0805Q300SA

6

Y/C

S_SW

150/1%

R310

C310

100pF/50V/NC

12

D301

GND_IO

YSYTWT

GND

AV2 CVBS/Audio Input (SIDE)

4

5

AV1 S/CVBS Audio Input

KY-04086

CVBS_IN_AV1

20090526 change

L302

KHB0805Q300SA

GND_IO

12

QV1AA10P-R05/NC

WSRTRB

SW

GNDLR

SW

GNDLR

C302

D302

R302

75/1%

100pF/50V/NC

RS

GND

QV1AA10P-R05/NC

GND_IO

MKC22-017PV

C C

GND_IO

AV1L_IN 17

0

R3040R304

12

L303

KHB0805Q300SA

C304

R303

D303

C305

47K

470pF/NC

10pF/NC

R3070R307

QV1AA10P-R05/NC

GND_IO GND_IO

GND_IO

L304

AV1R_IN 17

0

D305

12

C309

10pF/NC

R308

47K

R308

47K

C308

470pF/NC

KHB0805Q300SA

QV1AA10P-R05/NC

GND_IOGND_IOGND_IOGND_IO

B B

SPIDFO_RCA 17

75 1%/NC

470pF/NC

AUDIO_L_2 17

L306

GND_IO

AUDIO_L2_OUT8

CVBS_TU_OUT

+

C363

470uF 6.3V

470pF/NC

C356

R316

0

R3120R312

R313

470K

R313

470K

GND_IO

C357

2

KY-032-04

1

JP302

AV_R_L /CVBS/SPDIF Output

GND_IO

CVBS_TU_OUT18

L307

KHB0805Q300SA

A A

AUDIO_R_2 17

KHB0805Q300SA

C301

R314

C313

100pF

R315

AUDIO_R2_OUT8

470K

4

100pF

GND_IO

5

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

1

HD Video In

VIN_R1V4VIN_G1U4VIN_B1T3SOGIN0R4SOYIN0T4VGA_R0T5VGA_G0R5VGA_B0R3AFE_VS_INL5AFE_HS_INK5VIN_R2Y2VIN_G2Y1VIN_B2

U201F

AV3/Audio/COMP_INPUT SUB output

1uF

1uF 1uF

1uF

2

5V

L324KC PBMA-L11-321611-300LMA60T L324KC PBMA-L11-321611-300LMA60T

C376

C375

0.1uF

C375

0.1uF

3

R370

0/NC

R370

0/NC

Y

4

22uF/10V

R371

Pb

C349

C351

Close to U1

0

R3630R363

GND_IO GND_IO

0/NC

R372

Pr

HD1CR

C377

0/NC

C350

0

R3640R364

HD1Y

R373

+

C351 1000pFC351 1000pF

C318 1uFC318 1uF

C352 1uFC352 1uF

1K

R3531KR353

0

PC_Red

R3650R365

HD1CB

C320

5pF

C320

5pF

R324NCR324

NC

75/1%

100uF/16V

13

14

VCC

CVBS_OUT

CVBS_IN1VREF2PR_IN

U304

C371

C355 1nFC355 1nF

C353 1uFC353 1uF

C354 1uFC354 1uF

R3541KR354

1K

R345

PC_Grn

PC_Blu

R344

150/1%

R342

150/1%

R374

C378

11

12

GND

PY_OUT

PY_IN3PB_IN4MUTE16MUTE2

C372

2200pF

VGA_VSYNC

R347

75/NC

150/1%

R343

GND_IOGND_IO

+

10

PB_OUT

5

1uF

VGA_HSYNC

R346

75/1%

100uF/16V

9

PR_OUT

C373

75/NC

R333NCR333

8

LPF_SEL

7

G_ZR670

C330

NC

1uF

Video Filter (Only for SSA42U )

R368

75/1%

R368

GND_IO

L313

KHB0805Q300SA

GND_IO

75/1%

GND_IO

D312

L311

KHB0805Q300SA

QV1AA10P-R05/NC

GND_IO

C325

C329

430pF/NC

S2

D D

C325

S3

T3

T4

R367

75/1%

D307

L310

KHB0805Q300SA

QV1AA10P-R05/NC

C319

430pF/NC

5

T1T2S1

JP306A

G_ZR670

5pF

GND_IOGND_IO

0

R3660R366

BH76071FJ

C374

22uF/10V

R369

75/1%

R369

75/1%

D309

QV1AA10P-R05/NC

S4

1A

5V

12

L309

C322

5.6uH(0805)

5.6uH(0805) 10uF/16V

10uF/16V

+

G_ZR670

C321

0.1uF

C321

0.1uF

C326

2pF

C326

2pF

21

QV1AA10P-R05

D310

1

SOYIN1

U1

AA1

R375

75/1%

+

C379

100uF/16V

0/NC

R348

SCART_FS1D1SCART_FB

VIN_B3K3VIN_G3K2VIN_R3

SOYIN2

SCART_FS2D2SCART_FB2

E1

E2

C324

R328NCR328

GND_IO

ZR39670_A_6

K4

K1

5pF

GND_IOGND_IO

NC

2

D308

BAV70L

D308

BAV70L

3

TP303TP303

C323

100nF

C323

100nF

3

4

NC11NC22NC3

VSS

U301

SDA5SCL6VCLK7VCC

M24C02-WMN (SO8)

8

R325

4.7k/NC

R327

4.7K

R327

4.7K

R326

4.7K

R326

4.7K

100

R329 100R329 100

R330

VGA_SCL

VGA_SDA

JP305

1716

15

10514

G_ZR670

VGA_SCL

R331

0/NC

R331

0/NC

G_ZR670

DDCP4,5

PC input

9

4138

3127

2116

1

R

G

B

C340

100pF

C339

VGA_SDA

21

C336

2pF

21

2pF/NC

C333

R337

2.2K/NC

R336

2.2K/NC

R336

2.2K/NC

C332

2pF/NC

C332

20090508 100R change to 470R

470

R334

R334 R323

R323

VGA_VSYNCIN

VGA_HSYNCIN

2pF/NC

21

470

C338

C337

DB15HD-F

2pF

18pF

C335 100pFC335 100pF

G_ZR670

L316

L317

KHB0805Q300SA

QV1AA10P-R05/NC

D317

QV1AA10P-R05

D315

QV1AA10P-R05/NC

D316

PC_Grn

PC_Blu

20090508 change to NC

QV1AA10P-R05/NC

D314

G_ZR670

L318

KHB0805Q300SA

PC_Red

2pF

2pF C348

C348

22pF

22pF C347

C347

2pF

C346

C345

22pF

C345

22pF

C344

22pF

2pF

2pF C343

C343

12

G_ZR670

R341

75/1%

R341

75/1%

R340

75/1%

R340

75/1%

R339

75/1%

QV1AA10P-R05/NC

D306

QV1AA10P-R05/NC

D320

QV1AA10P-R05/NC

D319

1A

of

818Tuesday, September 01, 2009

1

COMPAL OPTOELECTRONICS CO., LTD

401C17

SCHEMATIC, M/B VTV-L42008

C

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

2

G_ZR670

3

HD Analog Inputs

TP302TP302

G_ZR670

12

D324

C361

C360

12

KHB0805Q300SA

GND

PhoneJack-SHI-BLU 3P

3

A A

R3510R351

2pF

D323

G_ZR670

PC_AL 17

0

100pF

C362

47K

R352

QV1AA10P-R05/NC

Chip-cap 0201 place on bottom layer.

Close to pin and GND as Spark gap.

TP305TP305

4

G_ZR670

5

GND_IO

G_ZR670

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

PC_AR 17

QV1AA10P-R05/NC

470pF/NC

GND_IOGND_IOGND_IOGND_IO

JP306B

HDR1_IN 17

L315

KHB0805Q300SA

T6T7S6

C C

D318

C342

R338

C341

10pF/NC

47K

470pF/NC

QV1AA10P-R05/NC

GND_IOGND_IOGND_IOGND_IO

S7

VGA_HSYNC

NC/0

NC/0 R357

R357

G_ZR670

C365

NC/100pF/50V

C365

NC/100pF/50V

1

2 4

CVBS_TU_OUT1 7

AUDIO_L2_OUT 7

AUDIO_R2_OUT 7

GND_IO

S8

T8

S9

T9

T10

B10

S10

VCC3_3 VCC3_3

MKC21-029PV

B B

C364

NC/100pF/50V

1

VGA_VSYNC VGA_HSYNCVGA_HSYNCINVGA_VSYNCIN

R355

G_ZR670

2 4

0

R3580R358

U303

NC/74LVC1G126

3 5

G_ZR670

NC/0

0

R3560R356

U302

NC/74LVC1G126

U302

NC/74LVC1G126

3 5

G_ZR670

0

R3490R349

C359

100pF

C359

100pF

TP304TP304

47K

R350

L320

L319

KHB0805Q300SA

2

R

JP307

PC Audio

Input

1

L

HDL1_IN 17

GND_IO

D313

C334

10pF/NC

C334

10pF/NC

R335

47K

R335

S5

L314

KHB0805Q300SA

MKC21-029PV

47K

C331

GND_IO

430pF/NC

GND_IO

T5

B5

1A

2mm

432

1

CN701

JWT A2001WV0-4P

G_ADO

0/1206

R702

AGND

1

0.1uF/50V/0603

0.1uF/50V/0603 C708

C708

AVDD

R7040R704

0.1uF/50V/0603

VCC3_3

2

AVSS

C707

10uF/16V/0805

0

R7050R705

C706

C705

10uF/16V/0805

C258

82pF

G_ADO

C702

0.1uF/50V/0603

AVSS

3

0

R7430R743

20090710 add

TU_RST4,5,6,17

R708

0/0603

4.7K/NC

4.7K/NC R712

R712

+5V_MCU

4.7K

4.7K R716

R716

5V

4

20090521 add

VAMPIN

R741

47K

47K R723

R723

SPK_OUTL+

L701

LK32TT 33uH K TSL1112S

470

R710

470

R709

0/NC

20081230 add

RESETN4,12

Q702

CBE

R713

R711

3.3/1%/NC

C712

0.1uF/50V/0805

C710

47nF/16V

C710

47nF/16V

C709

47nF/16V

C709

47nF/16V

MMBT3904

4.7K

C715

0.22uF/25V/NC

G_ADO

C711

AVDD

10nF/50V/NC

C716

G_ADO

C714

C713

G_ADO

0.47uF/25V/1206

4.7nF/50V

G_ADO

L704

LK32TT 33uH K TSL1112S

VAMPIN

1

OUT_B64OUT_B

PGNDB

2

PGNDB

3

OUT_A

4

OUT_A

5

PGND_A

6

PGND_A

7

PVCC_A

8

PVCC_A

9

AVDD

10

AVSS

11

PLL_FLTM

12

PLL_FLTP

13

VR_ANA

14

DVDD

15

/RESET

16

/PDN17/VREG_EN18OSC_RES19DVSS120/MUTE21LRCLK22SCLK23SDIN224SDIN125DVSS226VR_DIG27SDA28SCL29HPSEL30STEST31TEST2

G_ADO

Active-Low

C720

63

C763

0.22uF/25V/NC

62

PVCC_B

R740

1uF/25V/NC

20090216 add

G_ADO

C703

D100uF/50V

D100uF/50V C723

C723

+

0.1uF/50V/0603

C701

C724 1uF/25VC724 1uF/25V

C722 0.22uF/25VC722 0.22uF/25V

61

60

BST_B

VCLAMP_AB

U701

18.2K/1%

G_ADO

Active-Low

G_ADO

Normal : H

Mute : L

4700pF/50V/0603

G_ADO

59

VAMPIN

G_ADO

C725 0.22uF/25VC725 0.22uF/25V

58

AVCC

BST_A

MSP_WS_OUT17

MSP_CL_OUT17

57

AGND

TAS5706

3.3/1%/NC

R717

C721

10nF/50V/NC

SPK_OUTL-

JWT A2001WV0-4P

SPK_OUTL-

SPK_OUTL+

SPK_OUTR-

SPK_OUTR+

FOR 6-OHM

4700pF/50V/0603

C704

D100uF/50V

D100uF/50V C728

C728

+

0.1uF/50V/0603

VAMPIN

C727

AGND

1uF/25V

C726

R718 0R718 0

56

BYPASS

MSP_ADATA_O17

55

G_ADO

C729 0.1uFC729 0.1uF

C730 0.22uF/25VC730 0.22uF/25V

54

BST_D

VCLAMP_CD

C731

G_ADO

C732 1uF/25VC732 1uF/25V

R7190R719

4.7uF/10V/0805

53

BST_C

I2C1DATA4,6

0.22uF/25V

C733

R7200R720

0

52

PVCC_C

0

I2C1CLK4,6

51

PVCC_C

1

VDD

C761

C760

C759

10/0805

PHONE JACK

JP701

WTJ-035-08

JP701

WTJ-035-08

2L 3R

8 7 6

470pF

100nF

Q703

SI2305DS/SOT-23

Q703

SI2305DS/SOT-23

G

C757

2200pF

5

Vo2

TPA6110A2

4

11 10 9

(Top View)

G_ADO_A

AUD_AMP_MUTE_1

G_ADO_A

R721

3.3/1%/NC

3.3/1%/NC C739

10nF/50V/NC

C739

SPK_OUTR+

L705

4700pF/50V/0603

C762

D100uF/50V

D100uF/50V C735

C735

+

0.1uF/50V/0603

C734

G_ADO

50

OUT_C49OUT_C

PGND_C

48

PGND_C

47

OUT_D

46

OUT_D

45

PGND_D

44

PGND_D

43

PVCC_D

42

PVCC_D

41

GND_PAD

65

SUB_PWM+

40

SUB_PWM-

39

HPR_PWM

38

HPL_PWM

37

VALID

36

/BKND_/ERR

35

MCLK

34

DVDD

33

32

G_ADO

VCC3_3

R7010R701

0

G_ADO

0

R7370R737

20081230 add

10nF/50V/NC

C738

0.22uF/25V/NC

LK32TT 33uH K TSL1112S

G_ADO

VAMPIN

C259

82pF

C259

82pF

10uF/16V/0805

C737

C736

0.1uF/50V/0603

G_ADO

C740

0.47uF/16V/1206

G_ADO

3.012MHz

R724

C743

10nF/50V/NC

C743

10nF/50V/NC

SPK_OUTR-

C742

0.22uF/25V/NC

L706

LK32TT 33uH K TSL1112S

4700pF/50V/0603

C764

L707

5.6uH

L707

5.6uH

C741 0.1uF/50V/0805C741 0.1uF/50V/0805

G_ADO

+

C765

D100uF/50V

R722

10K

R722

10K

G_ADO

R

C745

SE100uF/25V

C745

SE100uF/25V

20090518 from 5.6uH change to 10/0805

HR

39K

R727

39K

High : MUTE

Low for SPK mode

hIGH for EAR mode

R726

G_ADO

5R4L 11 10

9

L708

5.6uH

L708

5.6uH

L709

1K

R7281KR728

VCC3_3VDD

L710

S

D

8

7

Vo1

IN 1

Bypass1GND2Shutdown3IN2

U702

KC FBMA-L11-160808-300LMA10T

6

3.3/1%/NC

R724

67812 15

Plug in = L

VCC3_3

47K

R735

HP_DET4

R7341KR734

1K

L

C756

SE100uF/25V

C756

SE100uF/25V

HL

39K

R733

2L

4L

3R5R13 14

clost SCLAE

1

G_ADO_A

1A

of

918Tuesday, September 01, 2009

1

COMPAL OPTOELECTRONICS CO., LTD

401C17

SCHEMATIC, M/B VTV-L42008

C

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Audio I/F

2

Audio amplifier

3

4

12V

24V

Model VDD

SSA19U

SSA26U

SSA32U

Amp. VDD difference

5

+

C717

L703

KHB0805Q300SA

+24V VAMPIN

24V

SSA42U

C718

0.1uF/50V/0805

470uF/35V

G_ADO

AMP_PDN4

0/0603

R742 R706

R706

0/0603

Q701

4.7K

4.7K R703

R703

MMBT3904

+5V_MCU

D D

CBE

R707

4.7K

PG4,12,16

G_ADO

R742

R715

R714

10K/NC

10K

5V

AUD_AMP_MUTE11

G_ADO

C719

22pF/50V/NC

G_ADO

C C

C744

2.2uF 16V 0603

5V

AUDIO_R_HP17

B B

G_ADO_A

C747

1uF

C747

1uF

Low Active

R731

10K

R731

10K

G_ADO_A

AUD_AMP_MUTE_1

C746

1000pF

1uF/NC

C748

Q704

R729

4.7K

R729

4.7K

MMBT3904L

CBE

10K

10K R730

R730

R732

G_ADO_A

20090514 change

C758

G_ADO_AG_ADO_A

39K

2.2uF 16V 0603

C755

1000pF

C755

1000pF

High Mute

AUDIO_L_HP17

AMP_PMUTE4

G_ADO_A

A A

0/2512

R736

GND_IO GND_IO

G_ZR670

G_ADO_A

5

G_ADO GND_IO

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10 18Tuesday, September 01, 2009

LVDS_DE0_N_A

LVDS_CEK_P_A

LVDS_CEK_N_A

33R/0804

LVDS_DE0_P_A

2

6

4

RP206

1

3

5

LVDS_DE0_N

LVDS_CEK_N

LVDS_DE0_P

8

7

LVDS_CEK_P

LVDS_COK_N_A

LVDS_COK_P_A

LVDS_DO0_N_A

LVDS_DO0_P_A

8

2

6

1

4

RP205

1

3

5

LVDS_COK_N

LVDS_COK_P

LVDS_DO0_N

7

LVDS_DO0_P

33R/0804

LVDS_DE3_P_A

LVDS_DE3_N_A

LVDS_DE4_N_A

LVDS_DE4_P_A

2

6

4

RP201

1

3

5

LVDS_DE4_N

LVDS_DE4_P

LVDS_DE3_P

LVDS_DE3_N

8

7

33R/0804

LVDS_DE2_N_A

LVDS_DE2_P_A

LVDS_DE1_P_A

8

2

6

4

RP202

1

7

3

5

LVDS_DE2_N

LVDS_DE2_P

LVDS_DE1_P

LVDS_DE1_N LVDS_DE1_N_A

33R/0804

LVDS_DO2_P_A

LVDS_DO2_N_A

LVDS_DO1_N_A

LVDS_DO1_P_A

8

2

6

4

RP203

1

7

3

5

LVDS_DO2_P

LVDS_DO2_N

LVDS_DO1_N

LVDS_DO1_P

33R/0804

LVDS_DO4_P_A

LVDS_DO4_N_A

LVDS_DO3_N_A

LVDS_DO3_P_A

2

6

4

RP204

1

3

5

LVDS_DO4_P

LVDS_DO4_N

LVDS_DO3_N

LVDS_DO3_P

8

7

33R/0804

10 18Tuesday, September 01, 2009

1

2

DCR_EN-->DCR

VCC3_3VCC3_3 VCC3_3

3

LVDS OUT

CONTROL

DCR/BRT_EN 4

H(3.3V)=ON

R243

100/NC

R242

10K/NC

R242

10K/NC

0/NC

R235

R2440R244

R2380R238

0

COMPAL OPTOELECTRONICS CO., LTD

C206

0.1uF/25V/0805

C206

0.1uF/25V/0805

LVDS_PWR

C205

SE10uF/16V

12

CN202

C208

0.1uF/NC

A2006WV0-2X20P-HK

R234

2

1

0/NC

2

1

G_ZR670

4

3

R241

0/NC

LVDS_DE4_N_A

LVDS_DE0_N_A

10

6

5

12

8

6

8

10

5

7

9

7

9

11

LVDS_DE0_P_A

14

16

12

14

11

13

15

LVDS_CEK_N_A

LVDS_CEK_P_A

18

20

16

18

15

17

19

22

20

19

21

LVDS_DE1_N_A

LVDS_DE1_P_A

24

26

22

24

21

23

25

LVDS_DE2_N_A

28

26

28

3030343432323636383840

25

27

29

27

29

LVDS_DE2_P_A

LVDS_DE3_N_A

313133333535373739

LVDS_DE4_P_A

LVDS_DE3_P_A

40

39

401C17

SCHEMATIC, M/B VTV-L42008

B

Title

Size Document Number Rev

G_ZR670

Date: Sheet

2

3

Title

4

5

U201J

LVDS

R237

0/NC

LVDS_CEK_P

LVDS_CEK_N

LVDS_COK_P

LVDS_COK_N

AE21

AE26

AF26

LVDS_CE_P

LVDS_CE_N

LVDS_CO_P

LVDS_SEL BIT_SEL DCR/BRT

LVDS_DE0_P

LVDS_DE0_N

AF21

AD26

AD25

LVDS_CO_N

LVDS_D0E_P

0

R2400R240

R237 NC

R240 0

LVDS_DE1_P

LVDS_DE1_N

LVDS_DE2_P

AF25

AE25

LVDS_D1E_P

LVDS_D0E_N

LVDS_D1E_N

G_ZR670 G_ZR670G_ZR670

FOR LG Panel

LVDS_DE2_N

LVDS_DE3_P

LVDS_DE3_N

AE24

AD24

AF24

AD23

LVDS_D2E_P

LVDS_D3E_P

LVDS_D2E_N

LVDS_D3E_N

LVDS_DE4_P

LVDS_DE4_N

AF23

AE23

AF22

LVDS_D4E_P

LVDS_D5E_P

LVDS_D4E_N

LVDS_DO0_P

LVDS_DO0_N

AE20

AF20

AE22

LVDS_D5E_N

LVDS_D0O_P

LVDS_D0O_N

LVDS_DO2_P

LVDS_DO2_N

LVDS_DO1_P

LVDS_DO1_N

AD20

AD19

AE19

LVDS_D1O_P

LVDS_D2O_P

LVDS_D1O_N

C207

G_ZR670

LVDS_DO3_P

LVDS_DO3_N

AF19

AE18

AF18

LVDS_D3O_P

LVDS_D2O_N

LVDS_D3O_N

0.1uF/NC

VBR_EXT16

LVDS_DO4_P

LVDS_DO4_N

AD18

AD17

AE17

LVDS_D4O_P

LVDS_D5O_P

LVDS_D4O_N

LVDS_REXT

LVDS_TXATST

AD22

AD21

TP204TP204 RP203

R236

LVDS_SEL

VBR_OUT16

AF17

LVDS_D5O_N

PWM0

AC24

820_1%

BIT_SEL

DCR/BRT

LVDS_PWR

ZR39670_A_6

R2391KR239

G_ZR670

LVDS_DO2_P_A

LVDS_DO4_N_A

LVDS_DO4_P_A

LVDS_DO3_P_A

CN204

2345678

1

3231

G_ZR670

1K

C209

0.01uF/NC

C209

0.01uF/NC

LVDS_DO2_N_A

LVDS_DO3_N_A

LVDS_SEL

LVDS_DE0_N_A

9

101112

G_ZR670

LVDS_DO0_N_A

LVDS_DO0_P_A

LVDS_DO1_N_A

LVDS_DO1_P_A

LVDS_CEK_N_A

LVDS_CEK_P_A

LVDS_DE2_P_A

LVDS_DE0_P_A

LVDS_DE1_N_A

LVDS_DE1_P_A

LVDS_DE2_N_A

1314151719

16

LVDS_DE3_N_A

20

1821222324252627282930

Only for 26" CMO panel

LVDS_COK_P_A

LVDS_COK_N_A

LVDS_DE3_P_A

G_ZR670

AFN300#N2G11

4

5

Place

closer

to 670

BL_BR_CNTRL16

D D

C C

B B

A A

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

1A

TP207TP207

W4

TVCC1_8

L208

C228

KC FBMA-L11-160808-300LMA10T

G_ZR670

C226

C210

12

R248

75R

C225 1.0uFC225 1.0uF

L2

VFILTOUT

AFE_VOUT

W1

Y6

VCOOUT

10nF

1000pF

4.7uF

W2

VREFP

VREFN

470nF

12

C229

V1

VCOM

R250

1 2

M3

RSET

G_ZR670 G_ZR670

G_ZR670

62K

of

11 18Thursday, August 20, 2009

1

COMPAL OPTOELECTRONICS CO., LTD

401C17

SCHEMATIC, M/B VTV-L42008

B

Title

Size Document Number Rev

Date: Sheet

2

Title

TVCC1_8

C213

0.1uF

C213

0.1uF

G_ZR670

L203

C212

1.0uF

C211

0.1uF

R2

M1

AVDD3_HPLL

AVDD_SYNC1

L203

C215

KC FBMA-L11-160808-300LMA10T

G_ZR670G_ZR670

N1

M2

N2

P2

AVDD18_R

AVDD3_AFE

AVDD3_SYNC

AVDD18_HPLL

VCC3_3

1

L202

KC FBMA-L11-160808-300LMA10T

2

0.01uF

C214

1000pF

C214

1000pF

C240

1uF

C240

1uF

P1

R1

AVDD18_B

AVDD18_G

L204

G_ZR670

KC FBMA-L11-160808-300LMA10T

C217

G_ZR670

C216

M4

T2

DVDD18

AFE_CLAMPDAT

C244

10uF/16V/0805

20090302 add C244

0.01uF

G_ZR670 G_ZR670

1000pF

GPO_T1

G_ZR670

AUD_AMP_MUTE 9

GPO_T0

AB1

AA2

AFE1_VSYNC_IN

AFE1_HSYNC_IN

VCC3_3

AE10

AD10

C224

AF10

C223

C222

C221

AVDDLDO

PGA_LDOW6AVSUB

VBG

L1

M5

TP208TP208

12

4.7uF

0/NC

R260

0.1uF

1.0uF

G_ZR670

KC FBMA-L11-160808-300LMA10T

L207

0.1uF

G_ZR670

VCC3_3

AE9

AF9

AF8

AF7

T1

U21

GPIO_P8

C227

C231

C235

0.1uF

C235

0.1uF

AC22

GIORD_N

TRIN_RESET_N

AD7

G_ZR670

R2490R249

GPIO14

0.1uF

1.0uF

U22

V22

GIOWR_N

0

G_ZR670

W23

V23

GOE_N

GWE_N

ZR39670_A_6

G_ZR670

VBR_LIMIT 16

AC23

U23

GALE

GWS_ACK

No Connect Pins

U201M

SPI_WEN 4

0/NC

R255

W22

AB20

GCS_N0

GCS_N1

GCS_N2

B25

NC_AA25

NC_AA26

AA7

AA25

AA26

G6

K22

NC_G6

NC_B25

NC_K22

NC_AA7

NC_AB10

NC_AB19

AB10

AB19

R23

NC_R23

NC_AB7

AB7

AC19

U24

U6

NC_U6

NC_U24

NC_AC19

V25

NC_V25

ZR39670_A_6

3

4

LVDSTX_VDD33_0

AFE_XCLK_TEST

AFE_ATCLK0

AFE_ATCLK1P5AFE_TCLK_IN

AFE_TCLK_OUT

AFE_TEST0

Y5

AE7

GPO_T3

AD11

GADR15

AFE_TEST1

W5

AB9

GPO_T4

GPO_T5

AUD_SEL_A17

R267

AA20

AC21

GADR2

N5

AC7

XCLK4

W21

Y21

GADR3

GADR4

GADR5

AFE_CLK

G7

GPO_T2

AE11

GADR14

U201Q

3

4

AC20

V21

GADR0

GADR1

AFE_TEST2

AC9

TP206TP206

R246

845R 1%

GPO_T6

BL_PWM_CNTRL16

0R/NC

LVDSVCTX_REXT

LVDSVCRX_REXT

LVDSVCRX_ATST

LVDSVCTX_ATST

L4

L3

U7

AA4

TP205TP205

12

R247

845R 1%

G_ZR670

KC FBMA-L11-160808-300LMA10T

L201

AB21

AB22

GDAT0

GDAT1

LVDSRX_VDD33_0

LVDSRX_VDD33_1

AA3

AB4

AB2

AB3

G_ZR670

C220

0.1uF

C220

0.1uF

C219

1.0uF

C219

1.0uF

C218

0.1uF

C218

0.1uF

VCC3_3

AB23

AA21

AA22

AA23

Y22

Y23

GDAT2

GDAT3

GDAT4

GDAT5

GDAT6

LVDSTX_VDD33_1

G_ZR670G_ZR670G_ZR670

KC FBMA-L11-160808-300LMA10T

L206

AF11

GDAT7

GDAT8/PODIDATA0

GDAT9/PODIDATA1

GDAT10/PODIDATA2

GDAT11/PODIDATA3

GDAT12/PODIDATA4

GDAT13/PODIDATA5

GDAT14/PODIDATA6

GDAT15/PODIDATA7

Guest Bus

U201H

5

U201S

D D

BLUE0E3BLUE3

F1

C C

GREEN0F3GREEN1F5GREEN2F4GREEN3F2GREEN4G1GREEN5G2GREEN6G3GREEN7G5GREEN8G4GREEN9H1RED0H6RED1H2RED2H3RED3H4RED4J1RED5J2RED6J3RED7J4RED8H5RED9J5DATACKK1HSOUTK4VSOUTK3OE_FIELD

ZR39670_A_6

5

ZR39670_A_6

K2

B B

A A

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

D901

1N4148

D901

1N4148

3V3_MCU

1

PWR_ON 16

RESETN 4,9

LED_C

MODE

20090120 NC change to 0R

3V3_MCU

0/NC

3V3_MCU

R925

3V3_MCU

10K/NC

10K

VDD

R922

R923

PW5V_ON 16

2

R849

3

4

0

R8530 R8530

10K

10K/NC

R931

R8540R854

C977

R906 10KR906 10K

R905

R901

R904 10KR904 10K

R903 10KR903 10K

27K

MODE

POWER

R907 10KR907 10K

R902 10KR902 10K

CEC_IN5

AC_OFF

LED_R LED_G PWR_ON PW5V_ON

R924 0R924 0

C978

SE100uF/25V

C978

SE100uF/25V

0.1uF

C9A0

CH+

MENU

CH-

R930

34 35 36 37 38 39 40 41 42 43 44

U902

22uF/10V

VOL-

VOL+

INPUT/EXIT

100

R929

100

R929

100

R928

CEC_IN_F

CEC_OUT

IRR1

32

33

P91(RXD1)

P90(TXD1)

P80(TC02) P81(TC03) P70(TC00) P71(TC01) P72(TCA0) P73(TCA1)

PB4(SO0)

PB5(SI0)

PB6(SCLK0)

PB7

VSS1P00(XIN)2P01(XOUT)3MODE4VDD5P02(XTIN)6P03(XTOUT)

G_PWR

XIN

XOUT

VSS

G_PWR

LED_R

LED_G

10k/NC

R908

R920

3V3_MCU

CEC_IN_R

29

P75(INT2)30P76(INT3)31P77(INT4)

P74(DVO)

MODE

VDD

Y901

1 2

0

R9090R909

VOL-

OP_OUT

INPUT/EXIT

28

7

XIN_2

XOUT_2

RESET

C9A2

4MHz

C9A1

C974

0.1uF

C974

0.1uF

C973

100pF/50V

1

CH+

CH-

VOL+

P42(AIN2)23P43(AIN3)24P44(AIN4)25P45(AIN5)26P46(AIN6)27P47(AIN7)

RESET8P11(STOP/INT5)9P12(INT0)10P13(INT1)

11

0

R8480R848

22pF

VSS

22pF

G_PWR

IRR1

74LVC1G126

SOT-353

U903

2 4

3 5

R911

1A

0.1uF

3

C152

A01A12A2

U904

8

3V3_MCU

P41(AIN1)

22

P40(AIN0) VAREF/AVDD P27 P26 P25(SCLK0) P24(SCL0/SI0) P23(SDA0/SO0) P22(SCLK0) P21(RXD0) P20(TXD0)

Y902

1 2

G_PWR

0/NC

MENU

21 20 19 18 17 16 15 14 13 12

TMP89FM42/L-QFP44

C9A3

32.768MHz/NC

C9A4

R91247R912

R914

POWER

VDD

I2C_SCL

I2C_SDA

UART1TX

UART1RX

UART1TX4

UART1RX4

22pF/NC

VSS

G_PWR

22pF/NC

R913

3V3_MCU

OP_OUT

IRR 4

47

20090511 10K change 62K

R910

62K_1%

1 2

0/NC

+5V_MCU

10K

LED_R

LED_G

3V3_MCU

RESET

12

LED_C 16

0

R9150R915

C985

R932

12

R926

4.7K

R926

4.7K

R927

I2C_SCL

AC_OFF

Q811

470

R840

CBE

4.7K

R852

PG4,9,16

20090225 form 4.7K change to 470

1.0uF

G_PWR

200K_1%

C754

4.7uF

C754

4.7uF

20090205 change pin2,pin3

0.1uF

C753

470pF/50V

C751

470pF/50V

G_PWR

4

GND

SDA5SCL6WP7VCC

24C02AN-10SC-2.7

G_PWR

I2C_SDA

MMBT3904L

G_PWR

20090225 form 0R change to 4.7K

COMPAL OPTOELECTRONICS CO., LTD

Title

Remote & Keypad

1

MENUVOL+CH+

1

VOL- INPUT/EXITCH-

1

Title

S7

3

4

S6

3

4

S5

3

4

S4

3

4

S3

3

4

of

12 18Thursday, August 20, 2009

1

401C17

SCHEMATIC, M/B VTV-L42008

B

Size Document Number Rev

Date: Sheet

Size Document Number Rev

Date: Sheet

Size Document Number Rev

Date: Sheet

2

SW PUSH/4P/180D-L

2

SW PUSH/4P/180D-L

3

2

SW PUSH/4P/180D-L

2

SW PUSH/4P/180D-L

4

2

SW PUSH/4P/180D-L

L901 KHB0805Q300SAL901 KHB0805Q300SA

L905 KHB0805Q300SAL905 KHB0805Q300SA

L902 KHB0805Q300SAL902 KHB0805Q300SA

L904 KHB0805Q300SAL904 KHB0805Q300SA

L907 KHB0805Q300SAL907 KHB0805Q300SA

L903 KHB0805Q300SAL903 KHB0805Q300SA

L906 KHB0805Q300SAL906 KHB0805Q300SA

C984 0.1uFC984 0.1uF

0.1uF

5

MENU_1

POWER_1

D D

CH-_1

CH+_1

VOL-_1

VOL+_1

INPUT/EXIT_1

G_PWR

C983

C982

C972 0.1uFC972 0.1uF

C981 0.1uFC981 0.1uF

C980 0.1uFC980 0.1uF

C979 0.1uFC979 0.1uF

C9A5NCC9A5

NC

3V3_MCU

L910 KHB0805Q300SAL910 KHB0805Q300SA

L912 KHB0805Q300SAL912 KHB0805Q300SA

L909 KHB0805Q300SAL909 KHB0805Q300SA

L916 KHB0805Q300SAL916 KHB0805Q300SA

L915 KHB0805Q300SAL915 KHB0805Q300SA

L913 KHB0805Q300SAL913 KHB0805Q300SA

L911 KHB0805Q300SAL911 KHB0805Q300SA

C9A6NCC9A6

NC

8

CN901

C C

CN901

1234567

C987NCC987

C986NCC986

C752

C750

C749

NC

0.1uF

S2

POWER

S2

1

3

S1

1

3

A A

0.1uF

JWT A2001WV2-8P-6T 8P P2.0

G_PWR

B B

CH+_1 MENU_1POWER_1 VOL+_1CH-_1 VOL-_1 INPUT/EXIT_1

2

SW PUSH/4P/180D-L

2

SW PUSH/4P/180D-L

5

SW PUSH/4P/180D-L

G_PWR G_PWRG_PWRG_PWRG_PWRG_PWRG_PWR

4

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

1A

of

13 18Thursday, August 20, 2009

1

2

1.8V Bypass Caps

3

U201R

VCC1_8

VCC3_3_IO

C256

C250

C899

IOVDD0G8IOVDD1G9IOVDD2

Power

CORE_VDD0

F12

VCC1_0_Core

C802

C820

C814

C804

C813

C803

C812

82pF

0.1uF

1uF

CORE_VDD1

F13

G10

G11

IOVDD3

CORE_VDD2

CORE_VDD3

F14

F15

F16

G_ZR670

VCC1_8

V7

U20

IOVDD4H7IOVDD5H8IOVDD6J6IOVDD7J7IOVDD9

IOVDD8

CORE_VDD4

CORE_VDD5

CORE_VDD6

CORE_VDD7

CORE_VDD8

G12

G13

G14

G15

G16

C257

82pF

C257

82pF

C251

82pF

C251

82pF

C833

0.1uF

C833

0.1uF

C832

0.1uF

C832

0.1uF

C831

0.1uF

C831

0.1uF

C830

0.1uF

C830

0.1uF

C829

0.1uF

C829

0.1uF

C828

0.1uF

C828

0.1uF

C827

0.1uF

C827

0.1uF

V20

W20

IOVDD11W7IOVDD13Y7IOVDD14Y8IOVDD15Y9IOVDD16

IOVDD10

IOVDD12

CORE_VDD9

CORE_VDD10K6CORE_VDD11K7CORE_VDD12L6CORE_VDD13L7CORE_VDD14M6CORE_VDD15M7CORE_VDD16N6CORE_VDD17

G_ZR670

Y10

Y17

N7

Y18

IOVDD17

P7

Y19

IOVDD18

IOVDD19

CORE_VDD18

CORE_VDD19R7CORE_VDD20T7CORE_VDD21

L804

Y20

1

401C17

COMPAL OPTOELECTRONICS CO., LTD

SCHEMATIC, M/B VTV-L42008

VCC3_3

VCC1_0_Core

VCC3_3

L806

C860

L807

C835

C835 KC FBMA-L11-160808-300LMA10T

KC FBMA-L11-160808-300LMA10T

0.01uF

0.01uF KC FBMA-L11-160808-300LMA10T

KC FBMA-L11-160808-300LMA10T

C834

1000pF

G_ZR670

VCC1_8

V6

IOVDD_I

IOVDD20

CORE_VDD22

CORE_VDD23

CORE_VDD24

CORE_VDD25

CORE_VDD26

CORE_VDD27

CORE_VDD28

CORE_VDD29

L20

L21

P20

P21

N20

N21

R20

M20

M21

L807

C847

0.01uF

KC FBMA-L11-160808-300LMA10T

G_ZR670

C859

C846

1000pF

E19

E20

E21

E22

MVDD0

MVDD1

MVDD2

MVDD3

CORE_VDD30

CORE_VDD31

CORE_VDD32

CORE_VDD33

T20

T21

T22

R21

C859

C858

G17

G18

F17

F18

F19

F20

F21

F22

MVDD4

MVDD5

MVDD6

MVDD7

MVDD8

MVDD9

MVDD10

MVDD11

CORE_VDD34

CORE_VDD35

CORE_VDD36

CORE_VDD37

CORE_VDD38

CORE_VDD39

CORE_VDD40

CORE_VDD41

T23

T24

T25

T26

Y11

Y12

Y13

Y14

VCC3_3

0.1uF

L808

KC FBMA-L11-160808-300LMA10T

1.0uF

G_ZR670

0.1uF

G19

G20

G21

G22

H20

H21

H22

J20

J21

MVDD12

MVDD13

MVDD14

MVDD15

MVDD16

MVDD17

MVDD18

MVDD19

MVDD20

CORE_VDD42

CORE_VDD43

CORE_VDD44

CORE_VDD45

CORE_VDD46

CORE_VDD47

CORE_VDD48

CORE_VDD49

CORE_VDD50

Y15

Y16

AA12

AA13

AA15

AA16

AA17

AA18

AA19

VCC3_3

C863

0.1uF

L810

KC FBMA-L11-160808-300LMA10T

C862

1.0uF

G_ZR670

C861

0.1uF

K20

MVDD22

CORE_VDD18_0

P6

K21

MVDD23

CORE_VDD18_1

T6

R6

E6

USB_VDD1

CORE_VDD18_2

V26

E4

PLL_VDD

USB_VDD33

HDMI_VDD_0F6HDMI_VDD_1F7HDMI_VDD_2F8HDMI_VDD_3F9HDMI_VDD_4

J22

MVDD21

C867

C868

C866

0.1uF

1.0uF

0.1uF

VCC3_3

C873

0.1uF

L811

KC FBMA-L11-160808-300LMA10T

C872

1.0uF

G_ZR670

AC26

AC18

AB18

DAC_VDD

LDI_VDD0

LDI_VDD1

HDMI_VDD_5

F10

F11

G_ZR670

C801

0.1uF

ZR39670_A_6

C891

10uF/16V/0805

C891

10uF/16V/0805

C890

10uF/16V/0805

C889

VCC3_3_IO

C888

10uF/16V/0805

C888

10uF/16V/0805

C887

10uF/16V/0805

C886

VCC1_8VCC1_0_Core

C885

C884

C883

Bulk Bypass Caps

10uF/16V/0805

G_ZR670

10uF/16V/0805

G_ZR670 G_ZR670

10uF/16V/0805

VCC3_3_IOVCC1_8

10uF/16V/0805

VCC1_0_Core

C919

C918

C917

C916

C915

C914

C913

C912

C911

10uF/16V/0805

G_ZR670

10uF/16V/0805

G_ZR670

2 caps on side, 1 cap near DDR2

10uF/16V/0805

G_ZR670

10uF/16V/0805

1 cap per side 1 cap per side

10uF/16V/0805

SCHEMATIC, M/B VTV-L42008

Custom

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

2

HD670 Power

3

4

5

3.3V Bypass Caps

VCC3_3VD D

82pF

C254

C819

2200pF

C819

2200pF

C808

1.0uF

C808

1.0uF

C818

0.1uF

C818

0.1uF

C807

0.1uF

C807

0.1uF

C817

0.1uF

C817

0.1uF

C806

0.1uF

C806

0.1uF

C816

0.1uF

C816

0.1uF

C815

0.1uF

C815

0.1uF

C805

0.1uF

C805

0.1uF KC FBMA-L11-160808-300LMA10T

KC FBMA-L11-160808-300LMA10T

VCC3_3_IO

L802

C881

82pF

C255

C826

2200pF

C825

1.0uF

C825

1.0uF

C824

0.1uF

C824

0.1uF

G_ZR670

VCC3_3_IO

1uF

D D

C823

C811

C822

C810

C821

C809

0.1uF

G_ZR670

C252

82pF

C252

82pF

C845

1.0uF

C845

1.0uF

C844

2200pF

C844

2200pF

1.0uF

C843

C842

1.0uF

C842

1.0uF

C841

C840

1.0uF

C840

1.0uF

C839

1.0uF

C839

1.0uF

C838

1.0uF

C837

1.0uF

C837

1.0uF

KC PBMA-L11-321611-300LMA60T

C836

1.0uF

VCC1_0_Core

L805

VCC1_0

1.0V Bypass Caps

C882

C253

82pF

C851

1.0uF

C851

1.0uF

G_ZR670G_ZR670

C857

2200pF

C856

1.0uF

C856

1.0uF

C850

C865

82pF

L809

KC FBMA-L11-160808-300LMA10T

TVCC1_8

C865

G_ZR670

C855

1.0uF

C855

1.0uF

C849

1.0uF

C849

1.0uF

G_ZR670 G_ZR670

C854

1.0uF

C854

1.0uF

C265

C853

C848

C852

VCC1_0_Core

1uF

1.0uF

VCC1_0_Core

C C

C264

C263

C262

C864

1000pF

0.01uF

G_ZR670 G_ZR670

L801

HDMI_VDD

C871

0.1uF

G_ZR670G_ZR670G_ZR670

C870

1.0uF

HDMI_VDD5

C869

0.1uF

KC FBMA-L11-160808-300LMA10T

VCC3_3

B B

VCC1_0_Core

C880

22uF/16V+C880

22uF/16V

+

C879

82pF

C879

82pF

C878

2200pF

C878

2200pF

C877

1.0uF

C877

1.0uF

C876

1.0uF

C876

1.0uF

C875

1.0uF

C875

1.0uF

C874

1.0uF

C874

1.0uF

G_ZR670

VCC1_0_Core

C898

1000uF

+

C897

82pF

C897

82pF

C896

2200pF

C896

2200pF

C895

0.1uF

C895

0.1uF

C894

0.1uF

C894

0.1uF

C893

0.1uF

C893

0.1uF

C892

0.1uF

C892

0.1uF

G_ZR670

VCC1_8

C907

C902

C901

C900

C910

+

C906

C905

C904

C903

1000uF

82pF

2200pF

0.1uF

1.0uF

G_ZR670

A A

C927

22uF/16V

+

C926

+

22uF/16V

C925

82pF

C925

82pF

C924

2200pF

C924

2200pF

C923

0.1uF

C923

0.1uF

C922

1.0uF

C922

1.0uF

C921

1.0uF

C921

1.0uF

C920

1.0uF

C920

1.0uF

VCC3_3_IO

4

5

G_ZR670

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

1A

of

14 18Thursday, August 20, 2009

1

COMPAL OPTOELECTRONICS CO., LTD

SCHEMATIC, M/B VTV-L42008

Title

2

G_ZR670G_ZR670

P4

U5

P11

P10

P9

P12

P13

P14

P15

P16

P17

P18

R10

R11

R12

R13

R14

R15

R16

R17

R18

T10

T11

T12

T13

T14

T15

T16

T17

T18

U10

U11

U12

U13

U14

U15

U16

U17

U18

V10

V11

V12

V13

V14

V15

V16

3

GND50

GND49

GND51

GND52

GND53

GND54

GND55

GND56

GND57

GND58

GND59R9GND60

GND61

GND62

GND63

GND64

GND65

GND66

GND67

GND68

GND69T9GND70

GND71

GND72

GND73

GND74

GND75

GND76

GND77

GND78

GND79U9GND80

GND81

GND82

GND83

GND84

GND85

GND86

GND87

GND88

GND89V9GND90

GND91

GND92

GND93

GND94

GND95

GND96

V17

GND97

V18

GND98

R25

GND103

GND105

GND106V5GND104

401C17

B

Size Document Number Rev

Date: Sheet

1

2

3

4

5

U201N

Ground

N18

GND48

GND47

N17

GND46

N16

N15

GND45

GND44

N14

GND43

N13

GND42

N12

N11

GND41

GND40

N10

GND39N9GND38

GND37

M18

M17

GND36

M16

M15

GND35

GND34

M14

GND33

M13

M12

GND32

GND31

M11

GND30

M10

GND29M9GND28

GND27

L18

L17

GND26

L16

L15

GND25

GND24

L14

GND23

L13

L12

GND22

GND21

L11

GND20

L10

GND19L9GND18

GND17

K18

K17

GND16

K16

GND15

K15

GND14

K14

K13

GND13

GND12

K12

K11

GND11

GND10

K10

GND9K9GND8

GND7

J18

J17

GND6

J16

GND5

J15

GND4

J14

GND3

J13

GND2

J12

GND1

J11

J10

GND0

GND99

B24

GND101

GND100

N4

N3

GND102

P3

ZR39670_A_6

COV1

Australia

EMI Shielding

Australia

EMI Shielding

HD780 Ground

7 6 5 4

EMI COVE_80X79

3 2 1

G_ZR670

4

5

D D

C C

B B

A A

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

1

2

3

4

12VSW

5

C939

1uF/16V/0805

APW7080

U803

SCALE

C933

5V_SW

R802

7

8

SS

EN

U802

BS1IN2SW3GND

ACT4060SH-T SOP-8 2A

C930

100nF

+

C928

10uF/16V

C929

100nF

1.1V - 1380m MAX

VCC1_0

Max 1380mA

L813

TDK_3.3uH/COIL/3A

3

UGND

VIN1EN

VCC

4

SE100uF/25V

C932

0.1uF

C936

15K

5

6

FB

COMP

4

G_PWR

Adjust to 1.1V

1.8V - 0.25A

C999

C988

D803

7

5

LX

FB

COMP

2

6

R805

100K

R805

100K

C994

1uF/16V/0805

1500pF

C934

220pF/NC

C934

220pF/NC

R801

R806

GND

9

D802

SSA33L

L816

D D

3.3V - 800mA MAX

5.0V - 600m MAX

470uF/16V/DIP

22uF/10V/1206

G_ZR670

6.2K/1%

R803

SR54

G_ZR670

PAD

9

GND

8

C938

3300pF/50V

C938

3300pF/50V

R807

C937

22pF/50V

C937

22pF/50V

G_ZR670

5V

L817

TP801TP801

G_PWR

10K

30K

G_PWR

SL1112S-100M3R7

R8040R804

0

C989

270pF/50V

C989

270pF/50V

G_ZR670

6.2K/1%

KC PBMA-L11-321611-300LMA60T

C941

C940

+

C942

R845

100nF

470uF/16V

4.7uF

1A

of

15 18Thursday, August 20, 2009

VCC5_0

Tuner

L819

KC PBMA-L11-321611-300LMA60T

C799

100nF

C799

100nF

G_PWR

C975

47uF/16V

C975

47uF/16V

3

OUT

GND

2

IN

U811

78D05L

TO-252-1

U811

78D05L

TO-252-1

1

TUNER

C976

100nF

C976

100nF

L814

L815

0R/0805

KHB0805Q300SA/NC

G_ZR670

15K/1%

12VSW

Add U811 L814 C976 C975 C799 L819 for improve DTV ATV noise 2/20

20090511 delete L815

C946

100nF

C946

100nF

G_PWR

HD680_PANTHER_SCH

C944

47uF/16V

C944

47uF/16V

3

G_ZR670

G_PWR

U804

5V

UTC1084-3.3V-263

OUT

GND

2

IN

U805

MC7808CDT

TO-252-1

U805

MC7808CDT

TO-252-1

1

MSP4410

C945

L812

0R/0805

20090511 change to 0R/0805

12VSW VCC8_0

VCC3_3VDD

VCC3_3

T3V3

KC PBMA-L11-321611-300LMA60T

C943

4

TAB VOUT

C949

C948

L821

GND

C947

KC PBMA-L11-321611-300LMA60T

100nF

SE100uF/25V

1

100nF

TV

L822

SE100uF/25V

C C

Max 700mA to IO

L820

2

VOUT

VIN

3

KC PBMA-L11-321611-300LMA60T

100nF

L832

MAX 250mA

+3.3V_HD

KC PBMA-L11-321611-300LMA60T

G_PWR

ripper50m

For SCALE DDRII

L823

TP802TP802

U806

LD1117A-18PETR-252

U806

LD1117A-18PETR-252

5V

2

3

VCC1_8

+1.8V_HD

L838

KC PBMA-L11-321611-300LMA60T

C956

SE100uF/25V

0.1uF

22uF/16V

H801

H804

H1

B B

TP803TP803

U801

LD1117-3.3V-223-1A

U801

LD1117-3.3V-223-1A

+5V_MCU 3V3_MCU

G_PWR

L826

COMPAL OPTOELECTRONICS CO., LTD

G_ZR670

H8D25

H803

MTH400D138

H803

MTH400D138

1213141516

17

H8D25

G_ZR670

H8D25H1H8D25

KC PBMA-L11-321611-300LMA60T

C962

SE100uF/25V

C961

100nF

C961

100nF

4

2

TAB

OUT

GND

1

VIN

3

C960

100nF

C960

100nF

C959

SE100uF/25V

G_ZR670

H805

G_PWR

MCU

1

23456

MTH400D138

17

1

23456

5V

7

1213141516

7

For TV

TP805TP805

U810

LD1117A-18PETR-223-1A

U810

LD1117A-18PETR-223-1A

L824

G_ZR670

11 10

9 8

G_ZR670

11 10

9 8

G_ZR670

T1V8

TVCC1_8

L825

KC PBMA-L11-321611-300LMA60T

C996

220uF/6.3V

G_ZR670

C993

100nF

C993

100nF

2

4

TAB

OUT

GND

1

VIN

3

C992

100nF

C992

100nF

C995

TV

SE100uF/25V

A A

C955

2

4

TAB

OUT

GND

1

VIN

U807

LD1117A-18PETR-223-1A

U807

LD1117A-18PETR-223-1A

3

C957

+

220uF/10V

1

SE100uF/25V

+

C954

G_ZR670

VCC3_3

KC PBMA-L11-321611-300LMA60T

C953

C952

100nF

C952

100nF

OUT

GND

VIN

100nF

C951

C950

DDR II

15 18Thursday, August 20, 2009

1

401C17

SCHEMATIC, M/B VTV-L42008

Custom

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

2

3

Power & Ground 4

4

5

PDF created with FinePrint pdfFactory Pro trial version http://www.softwarelabs.com

123456789101112131415

CN801

1

G_PWR

POWER MOUDLE24V=0.6A

12V=2A

5VSB=2A

L828

2.2uH

R822

4.7K/1206

R821

+24V

R821

R813

4.7K/1206

2

panel 42" -> power 12V LGD; AUO

panel 32" -> power 12V AUO

CONNECT TO POWER BOARD

panel 26" -> power 12V AUO

panel 19" -> power 5V LGD

MountNC

L829 L830

Panel 19" Power Change

3

LVDS_PWR

TP804TP804

2500mA

R815 100R815 100

4

5

U808

4

D15D26D37D4

R816 47KR816 47K

Q802

B

R817

47K

R817

47K

PANEL_PWR_EN4

12VSW

8

S11S22S33G

APM4435

C991

MMBT3904L

E C

C965

R855

L829

12

10uF/16V

3.3K

LOW = Panel OFF

HIGH = Panel ON

G_PWR

L827

G_PWRG_PWRG_PWR

+5VSBY

C990

+

12VSW

KHB0805Q300SA

SE10uF/16V

G_PWR

20081230 cange to 3.3K

+

5V_SW

D8D7D6D

U809

S1S2S3G

L830

KHB0805Q300SA/NC

L830

KHB0805Q300SA/NC

+5VSBY

L831

KHB0805Q300SA

+5V_MCU

G_PWR

DIM

ACD

P_O/F

Inv

16

JWT A2001WV2-16P-6T 16P P2.0

BKLT_EN

VBR_OUT

POWER_EN

PG4,9,12

KC PBMA-L11-321611-300LMA60T

220uF/16V/DIP

G_PWR

20090424 from 470uFcange to 220uF

C998

100nF

C998

100nF

5

C997

SE100uF/25V

APM4435

4

R823

47K

R823

47K

C966

1000uF/10V

G_PWR

CBE

Q805

220K

R824

PW5V_ON12

MMBT3904L

R846 0/NCR846 0/NC

POWER_EN

R8271KR827

1K

+5V_MCU

20090118 from 4.7Kcange to 1K

G_PWR

C963

1uF

C963

1uF

G_PWRG_PWR

R825

2.2K/NC

510

R826

VCC3_3

Power ON -- 5V

Power OFF -- 0V

Q807

MMBT3904L

Q807

MMBT3904L

CBE

4.7K

R833

C970

100pF/50V

PWR_ON12

VBR_OUT 10

0

R8300R830

C968

SE100uF/25V/NC

VBR_EXTVBR_EXTVBR_EXT

VBR_EXT 10

C967

0.1uF/NC

R850

1K5 1%/NC

R850

1K5 1%/NC

1K

R8291KR829

R834

100/NC

0

R8280R828

Q806

MMBT3904L

Q806

MMBT3904L

CBE

4.7K

R831

C969

G_ZR670G_ZR670

G_ZR670

VBR_LIMIT 11

G_ZR670

4.7K/NC

R851

CBE

Q810

MMBT3904L/NC

0

R8350R835

G_ZR670

100pF/50V/NC

G_ZR670

BL_PWM_CNTRL 11

G_ZR670

1A

of

16 18Tuesday, September 01, 2009

1

NC NC

Mount Mount

COMPAL OPTOELECTRONICS CO., LTD

PWM

SSA32UTA

SSA42UGA

POWER_EN_A

1N4148

C971

SE10uF/16V

C971

SE10uF/16V

12

Q808

D

G

10K

R838

PG

R8410R841

B

Q809

C

0

R8470R847

DCV

SSA42UTA

2N7002

S

Q801

CE

B

R842

LCD_ON4

0

DTC114EE

E

401C17

SCHEMATIC, M/B VTV-L42008

B

Title

Size Document Number Rev

Title

Size Document Number Rev

Title

Size Document Number Rev

G_ZR670G_ZR670

MMBT3904L

G_ZR670

10K

20090331 10Kcange to 4.7K

G_ZR670

4.7K

R843

Modify R841 from NC to 0, R839 from NC to 2.2k 1/30

R837 from NC to 2.2K,Q809 from NC to DTC114EE

G_ZR670

20090105 cange to NC

R844

0/NC

Date: Sheet

2

3

4

5

PWM

Control

Model C967(0.1UF) C968(100UF)

Panel Backlight DC & PWM control difference

SSA19UTA

SSA26UTA

BKLT_EN

Power ON -- 5V

Power OFF -- 0V

0

D801

R8560R856

560

R836

5V_SW

+5V_MCU

Backlight ENABLE

R839

2.2K

R839

2.2K

R837

22K

+5V_MCU

BL_BR_CNTRL10

POWER_EN_A

D D

C C

B B

LED_C12

A A

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17 18Thursday, August 20, 2009

1

COMPAL OPTOELECTRONICS CO., LTD

AUDIO_L_2 7

AUDIO_R_2 7

C631

SE4.7uF/25V

C631

SE4.7uF/25V

C633

SE4.7uF/25V

C633

SE4.7uF/25V

+

1000pF

C636

2

L602

HI0805N310R-00

L602

HI0805N310R-00

VCC8_0

3

C656 330pFC656 330pF

C655 330pFC655 330pF

C609 330pFC609 330pF

C608 330pFC608 330pF

C607 330pFC607 330pF

C606 330pFC606 330pF

R633 470/1%R633 470/1%

R604 470/1%R604 470/1%

R634 470/1%R634 470/1%

R602 470/1%R602 470/1%

R603 470/1%R603 470/1%

R607 470/1%R607 470/1%

R605 470/1%R605 470/1%

R606 470/1%R606 470/1%

C605 1000pFC605 1000pF

1000pF

C604

C657 1000pFC 657 1000pF

C658 1000pFC 658 1000pF

C603 1000pFC603 1000pF

4

PC_AL8

AV2L_IN7

AV2R_IN7

5

C602 1000pFC602 1000pF

470K/NC

470K/NC R610

R610

470K/NC

470K/NC R609

R609

2.21K/1%/NC

R635

2.21K/1%/NC

2.21K/1%/NC R636

R636

2.21K/1%/NC

2.21K/1%/NC R601

R601

2.21K/1%/NC

2.21K/1%/NC R608

R608

PC_AR8

HDR1_IN8

HDL1_IN8

VCC5_0

AV1R_IN7

AV1L_IN7

C610

330nF/NC

G_ZR670

G_ZR670 G_ZR670

5V_SW

R611

R612

10K/NC

C621

C620

C619

C639 2.2uF /0805C639 2.2uF /0805 C640 2.2uF /0805C640 2.2uF /0805

C616 2.2uF /0805C616 2.2uF /0805 C615 2.2uF /0805C615 2.2uF /0805

C614 2.2uF /0805C614 2.2uF /0805 C613 2.2uF /0805C613 2.2uF /0805

C612 2.2uF /0805C612 2.2uF /0805 C611 2.2uF /0805C611 2.2uF /0805

C618

C617

AVSUP

L603

C627

C626

C625

22uF/16V

3u3 F

100 nF

G_ZR670

AGNDC

SC3_IN_L SC3_IN_R

SC1_IN_L SC1_IN_R VREFTOP

MONO_IN

100 nF

G_ZR670

10 uF

C624

470 pF

C623

1500pF

C623

1500pF

C622

22uF/16V

HI0805N310R-00

R6131KR613

G_ZR670

22uF/16V

1500pF

470 pF

C628

G_ZR670

41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

U601

G_ZR670

C629 56p FC629 56p F

1K

TU_SIF6

C636

C635

1000pF

G_ZR670

22uF/16V

G_ZR670

CAPL_M

AHVSUP

CAPL_A

33

36

39

32

38

34

37

35

40

CAPL_M

AHVSUP

NC NC

AHVSS AHVSS

AGNDC

NC

SC4_IN_L SC4_IN_R

ASG

SC3_IN_L SC3_IN_R

ASG

SC2_IN_L SC2_IN_R

ASG

SC1_IN_L SC1_IN_R VREFTOP

NC

MONO_IN AVSS AVSS

NC NC

CAPL_A

SC1_OUT_L

SC1_OUT_R

MSP4410K

VREF1

30

NC31NC

SC2_OUT_L

SC2_OUT_R

AVSUP65AVSUP66ANA_IN1+67ANA_IN-68ANA_IN2+69TESTEN70XTAL_IN71XTAL_OUT72TP73AUD_CL_OUT74NC75NC76D_CTR_I/O_177D_CTR_I/O_078ADR_SEL79STDBYQ

XTAL_IN

ANA_IN+

ANA_IN-

XTAL_OUT

C630 56 pFC630 56 pF

Y601

18.432MHz/20pF/S/2P

TP601TP601

C634

18pF

C634

18pF

C632

18 pF

C632

18 pF

G_ZR670

28

29

27

NC

DACM_L

DACM_R

DACM_SUB

D_CTR_I/O_1

100

R614

TP602TP602

G_ZR670

5V_SW

VCC3_3

C638

C637

25

26

VREF2

DACA_L

80

STANDBYQ

R6151KR615

L601

HI0805N310R-00

1000pF

DACA_R NC I2S_DA_IN3 RESETQ I2S_WS3 I2S_CL3 NC I2S_DA_IN2 DVSS DVSS DVSS DVSUP DVSUP DVSUP ADR_CL ADR_WS ADR_DA I2S_DA_IN1 I2S_DA_OUT I2S_WS I2S_CL I2C_DA I2C_CL NC

1K

L608

HI0805N310R-00/NC

24 23 22 21 20 19 18 17 16 15 14 13 12 11

10 9 8 7 6 5 4 3 2 1

G_ZR670

G_ZR670 G_ZR670

DVSUP

AUDIO_L_HP 9

C648

SE4.7uF/25V

C648

SE4.7uF/25V

+

C642

C641

G_ZR670

C645

C644

C643

C601

47 nF

100nF

C649

+

220 pF

22uF/16V

470 pF

1500pF

AUDIO_R_HP 9

SE4.7uF/25V

C647

C646

R621 0RR621 0R

BCLK

0

R6170R617

I2C0CLK_5V

1000pF

ADATAO0_DDXLB

100R

100R R616

R616

LRCLK_IN

0

R6200R620

R6380R638

I2C0DATA_5V

G_ZR670 G_ZR670

MSP_CL_OUT9

G_ZR670

TU_RST 4,5,6,9

0

R6390R639

VCC3_3

0

MSP_WS_OUT9

U201E

VCC5_0

R6400R640

0

MSP_ADATA_O9

10K

10K R618

R618

Audio I/F

C650

2200pF

C650

2200pF

G_ZR670

4K7

R627

D

4K7

R626

AUD_SEL_A 11

LRCLK

0R

R6220RR622

C654

470pF

C654

470pF

G_ZR670

1

5

2 3 4

U602

74LVC1G86

5V

LRCLK

BCLK

MSP_ADATA_O

R637 0RR637 0R

R619 0RR619 0R

R624 0RR624 0R

R623 0RR623 0R

EJTMS 4

ADATAO0_DDXLB

AF15

AE15

AE16

AD15

AC16

AB16

AD16

ACLK0

BCLK0

LRCLK0

ADATAI0_0

ADATAI0_1

ADATAI0_2

ADATAO0_0

Q603

G

AC17

EJTDI 4

ADATAO0_1

2N7002/NC

S

G_ZR670

Q602

CBE

R625

EJTDO 4

AF16

AB17

ADATAO0_2

I2C0CLK4,5

C651

R629

R62847R628

MMBT3904L

100R

IEC958_0

D

VCC3_3

SPIDFO_RCA 7SPIDFO 7

Q601

G

C653

0.1uF

56R

47

2N7002/NC

S

470pF

D601

560pF

C652

24R

R630

I2C0CLK_5V

R631 0R631 0

I2C0DATA4,5

QV1AA10P-R05

ZR39670_A_6

I2C0DATA_5V

G_ZR670

R632 0R632 0

G_ZR670

1

401C17

SCHEMATIC, M/B VTV-L42008

C

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

Title

Size Document Number Rev

Date: Sheet

2

3

4

5

D D

C C

B B

A A

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COMPAL OPTOELECTRONICS CO., LTD

SCHEMATIC, M/B VTV-L42008

Title

2

401C17

B

Size Document Number Rev

Date: Sheet

1

2

First priority TAIYO YUDEN: BK1608**, FBMH1608**

<=§ means that less than or equal§

Notes: (unless otherwise stated)

Components requirement for 1st PCB design 32W and 42W model

1 Ceramic Capacitor

Notes: (unless otherwise stated)

3

Size mm(mil) B Rank F Rank

Components requirement for 1st PCB design 32W and 42W model

1 Ceramic Capacitor

Size mm(mil) B Rank F Rank

Components requirement for 1st PCB design 32W and 42W model

1 Ceramic Capacitor

Size mm(mil) B Rank F Rank

Note

<=§ means that less than or equal§

1005 (0402) <= 0.1uF <= 1uF

1608 (0603) <= 1uF <= 2.2uF

2125 (0805) <= 4.7uF <= 10uF



2 Aluminum Electrolytic Capacitor

6.3V <= 1000uF

10V/16V <= 470uF

25V <= 330uF

35V <= 220uF

1005 (0402) <= 0.1uF <= 1uF

1608 (0603) <= 1uF <= 2.2uF

2125 (0805) <= 4.7uF <= 10uF



1005 (0402) <= 0.1uF <= 1uF

2 Aluminum Electrolytic Capacitor

1608 (0603) <= 1uF <= 2.2uF

2125 (0805) <= 4.7uF <= 10uF



2 Aluminum Electrolytic Capacitor

Active low

50V <= 100uF

6.3V <= 1000uF

10V/16V <= 470uF

25V <= 330uF

35V <= 220uF

50V <= 100uF

6.3V <= 1000uF

10V/16V <= 470uF

25V <= 330uF

35V <= 220uF

50V <= 100uF

Active low

tied to Vcc --- Read only

tied to GND --- Read/Write

3 Resisters

J rank(+/- 5%) 1005(0402) and 1608(0603)

F rank(+/- 1%) 1608(0603) only

4 Inductor

(1) For 1st PCB design Zoran choice

(2) For 2nd PCB design Discuss and exchange switch to Funai parts.

3 Resisters

J rank(+/- 5%) 1005(0402) and 1608(0603)

F rank(+/- 1%) 1608(0603) only

4 Inductor

3 Resisters

J rank(+/- 5%) 1005(0402) and 1608(0603)

F rank(+/- 1%) 1608(0603) only

4 Inductor

Active low

Active high

Note: TDK and TAIYO YUDEN are major inductor vender.

(1) For 1st PCB design Zoran choice

(2) For 2nd PCB design Discuss and exchange switch to Funai parts.

Note: TDK and TAIYO YUDEN are major inductor vender.

(1) For 1st PCB design Zoran choice

(2) For 2nd PCB design Discuss and exchange switch to Funai parts.

Note: TDK and TAIYO YUDEN are major inductor vender.

Active high

PWM

Active high

_____ _____

Active low

All resistors are listed in ohms and are 5%, 1/16W, Metal Film (0603 form factor)

All capacitors are listed in microfarads, and are 10%, 25V, ceramic, X7R (0603 form factor)

All inductors are listed in microhenries, and are 5%, 100ma, non-wound (0805 form factor)

"Signal Ports" and "Off Page Connectors" are Global, and transition between sheets.