Sanyo LCD-DP42410 Schematic

FILE NO

SERVICE MANUAL

LCD TV

LCD-

PRODUCT CODE No.: 113026104 CHASSIS NO. :

P42410-00 P42410-01 P42410-02

DP42410

SSB42TTZA1I (SET)

SSB42TTZA2I (SKD)

SSB42TTZA3I (SKD-old bezel)

REFERENCE No.:SM0945007-00

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 ..............................................................................................

APPENDIX-A: Assembly list

APPENDIX-B: Exploded View Removing or Installing the Stand

3

5

15

16

18

20

22

27

Attention:

please read the following points carefully.

Safety precautions

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

servicing

1. Instructions

Be sure to switch off the power supply before 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.

replacing or welding any components or

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

high voltage. Be

sure to take proper measures in

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.

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

5

~+ 35

oC

Humidity

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.

Scope for storage

Scope for operation

Scope for storage

0 ~

+ 40oC

0% ~

90

0% ~ 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

2.1. Test equipment

VG-848 (Video, YPbPr and VGA signal generator) VG-849 (

Video, YPbPr, VGA and

HDMI signal generator) FLUKE 54200(TV signal generator) CA210

(white balancer)

2.2. 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:

Table1

voltage data of P802

P802 Pin1,2

Voltage

GND 22.8-25.2V

Pin3,4 Pin5,6,7

GND 11.4-12.6V 4.75-5.25V

For42”

Pin8,9 Pin10,11,12

On:2V-5.5V

Off: 0-0.5V

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

Table2 voltage data of P803

P803 Pin1,2,3,4,5 Pin6,7,8,9,10

Voltage

22.8-25.2V GND NC 2V-5V 2.5-5V PWM NC

For42”

Pin11 Pin12 Pin13 Pin14

Pin13 Pin14 Pin15 Pin16

<0.6V

2.5-5V PWM

2-5V

5

2.3. Alignment flow-chart

The alignment flow-chart is shown as fig-1

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

Check the output of earphone and speaker.

Check if DDC, HDCP KEY, FLASH are written

Combined test for general assembly

White balance adjustment

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

2.4. Adjustment instruction

At any input source then press the remote controller buttons “<”, “EXIT” and “>” to enter factory mode.

During Factory menu, if “MENU” or “EXIT” key is pushed, system will exit factory mode.

2.4-1. Source Calibration

4-1.1. Set the TV input source to YPbPr; ASTRO-859 signal setting to PG2 program number 933(1080i).

(PG2 mode Timing 933 and Pattern 924 100% Color Bar.)

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

「OK」 key to start.

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

7

4-1.3. Change input source to PC.

Change Astro-859 Timing to No.953 (640x480@60Hz) and pattern on 953(8step V-grayscale). Repeat step 4-1.2 to do source calibration,

2.4-2. Color Temperature Adjustment & Check

4-2.1. Set input source.

Set the signal generator Astro-859 timing to PG2-924 on Video & YPbPr, PG2-860 on HDMI, and PG2-963

on PC. Pattern sets 956 on all of the source.

Then press Astro-859 “FORMAT” key and key, then adjust RGB value to R:204, G:204, B:204

8

4-2.2. In factory mode OSD menu, select “Color Temperature” item, press “OK” key to enter the item.

R, G, B drive values are set for Warm, Medium, and Cool independently.

4-2.3. Set Color Temperature for “Warm”, “Medium” and “Cool” with following spec table.

Color temperature(for 42")

Color Temp. Cool Medium Warm

x 0.267

y 0.271

Tolerance ± 0.01

0.281

0.288

± 0.01

If the x and y value are larger than specification,

Decrease Red 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

Decrease Red drive from default value.

2 If y value is higher than spec,

Increase Blue drive from default value

4-2.4 Exit Factory Mode:

After finishing adjusting color temperature, press [MENU] or [EXIT] to exit factory mode.

0.301

0.310

± 0.01

9

2.5. 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 Warn -> Color Temperature Medium -> Color Temperature Cool ->Preset Channel-> Source Calibration -> Reset to Default.

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

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

Display model name, firmware version and released date on top.

10

5-1) Color Temperature for Warm

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

Press enter 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 “EXIT” item to exit to factory mode

5-2) Color Temperature for Medium

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

Press enter 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 “EXIT” item to exit to factory mode

5-3) Color Temperature for Cool

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

Press enter 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 “EXIT” item to exit to factory mode

5-4) Time Clear

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

Press “Left” & “Right” key to select the item.

The timer on bottom is to record power on time for panel life.

It was set one time on production only.

5-5) Preset Channel

This is for factory to do some tests.

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: Channel table, Mode table (H/V Position, Clock, Phase), Source dependent setting (Contrast, Brightness etc.), Common setting (Volume, Language etc.), Parental Control (Rating, Password etc), Closed Caption.

To avoid a mistake initial process after factory setting is done. This item will have a check dialog to do the initial or not.

NOTICE:

After this item is processed, the DUT needs to be powered off then AC powered 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.

11

- Video: Contrast maximum value, Brightness maximum value, Backlight maximum value.

- Audio: Volume maximum value.

Press right key to turn on Full Power and OSD stay display until press enter key to recover from Full Power.

5-8) Source Calibration

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

This item will have a result dialog “OK” or “NG”.

5-9) Reset to Default

This function is same as “NVRAM Clear”, but it will power off automatically after processing this function.

5-10) RF Burn In

Use “snow” pattern for burn in. Selected items are “On” and “Off”.

While turn on burn in mode, firmware will automatically turn off “Auto power off” function.

If there is no power supply suddenly, firmware will re-enter burn in mode automatically

when power supply is back.

Pressed the “Power” key, firmware will automatically turn off burn in mode.

- Burn in mode: Source is “TV”, Input Configuration is “Antenna” and channel is NTSC channel 2.

5-11) USB F/W Upgrade

The function is using USB device to upgrade firmware via USB port.

Copy the firmware file to USB device root path.

Execute this function to update firmware, the following OSD will display.

Note: After finishing updated, the system will reboot automatically

5-12) Protocol Switch

This is for debugging only. It is no use for service.

5-13) EDID Write

This is for writing EDID on the VGA source.

12

5-14) MEMC Demo Mode

To separate screen into two parts that left side is 60Hz and right side is 120Hz for display.

5-15) MEMC Level

Changing MEMC level to Weak, Medium or Strong.

2.6. Performance check

No

Signal

name

Table4

Signal mode

Resolution

YPbPr

frequency(Hz)

signal format

Vertical

Horizontal frequency

(KHz) (MHz)

Dot clock

frequency

Remarks

6-1 TV function Connect RF to the center signal source, enter Channel menu → Channel Scan, check if there are channels be skipped, check if the picture and speaker are normal.

6-2 AV/S-Video terminals Input AV/S-Video signal, check if the picture and sound are normal.

6-3 YPbPr/YCbCr terminal Input YPbPr signal (VG-859 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.)

1

2

3 720P/60

4 1080i/60 1920x1080 60 33.75 74.25

480i 720x480 59.94 15.73 27

480P 720x480 59.94 31.47 27

1280x720 60 45 74.25

6-4

PC(

VGA) terminal

Input

PC(V

GA) signal (VG-859 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->PC->Auto Adjust to perform auto-correct.

Signal mode

No

Signal

name

1

VGA 640 x 480

2 SVGA 800 x 600

3

XGA 1024 x 768

Resolution

Table5

PC

signal format

Horizontal

frequency

Vertical

frequency(Hz)

59.941 31.469 25.175

60.317 37.879 40

60.004 48.363 65

(KHz) (MHz)

Dot clock

frequency

Remarks

4

W-XGA

5

6 SXGA 1280 x 1024

1280 x 768

1360 x 768

59.87 47.776 79.5

60.015 47.712 85.5

60.02 63.981 108

13

6-5 HDMI terminal Input HDMI signal (VG-859 signal generator), separately input the signals listed in table6 and check the display and sound (32KHz, 44.1KHz, 48KHz) at any situation (power on, channel switch and format convert, etc.)

Table6

HDMI

signal format

No

1

2

3

Signal mode

Signal

name

VGA 640 x 480 59.94 31.469 25.175

SVGA 800 x 600 60.317 37.879 40

XGA 1024 x 768 60.004 48.363 65

Resolution Vertical frequency(Hz) (KHz) (MHz)

Horizontal

frequency

Dot clock

frequency

Remarks

4

W-XGA

5

6

SXGA 1280 x 1024

7

8

9 720P/60

10 1080i/60 1920x1080 60 33.75 74.25

11 1080p/60 1920x1080 60 67.5 148.5

12 1080p/24 1920x1080 24 27 74.25

480i 720x480 59.94 15.734 27

480P 720x480 59.94 31.5 27.03

1280 x 768 59.87 47.776 79.5

1360 x 768 60.015 47.712 85.5

60.02 63.981 108

1280x720 60 45 74.25

6-6 other functions check a) Check the turn on/turn off timer, sleep timer, picture/sound mode, OSD, stereo and analog TV Close Caption, V-

Chip, etc.

14

3. Working principle analysis of the unit

1. NTSC/ATSC signal flow: Antenna reception NTSC/ATSC signal will be send to tuner U32, demodulating and output These

differential IF+ IF- signal interlace and scaler, then output LVDS level drive for panel display. The

differential signals amplifying, bass adjusting and volume control, the sound signal will I2 S s i g na l b y

scaler

2. AV/S-VIDEO signal flow S-VIDEO & Video path AV signal switch

differential IF+ IF- signal .

will send to the master control IC U1 to video/MPEGII decode, de-

will be fed into U1 to demodulate audio signals , after demodulating, pre-

I C

and sent to digital amplifier U5 amplifying,

by menu “Inpput list”

t h e n T u n e r w il l b e

b e t r a ns f or m i nt o d ig i t a l

then output to speaker.

via terminal socket, the signal and the Video2 path AV signal will be fed to U1 to perform video decode, de-interlace and scaler, then output LVDS drive level for panel display. Audio signal from AV the sound signal will be amplifying,

output to speaker.

3. PC/YPrPb signal flow

terminal

via matched resistance is fed to U1 to bass adjust and volume control,

transfered into digital I2S signal by scaler IC

and sent to digital amplifier U5

PC and the Video2 path YPbPr signal are via terminal sent to U1 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

te r m i n a l

via matched resistance

an d

sent to U1 to bass adjust and volume control, the sound signal will be transform into digital I2S signal by scaler IC and sent to digital amplifier U5 amplifying,

4. HDMI signal flow HDMI video signal via terminal sent to level for panel display. HDMI audio signal via decoder built-in terminal sent to to bass adjust and volume control, the sound signal will scaler IC and sent to digital amplifier

then output to speaker.

U1

U5

amplifying,

to digital decode, image scale, then output LVDS drive

U1 is

be

transform into digital I2S signal by

fed to back end

then output to speaker.

5. MEDIA signal flow The JPEG file via USB terminal send to U1 to MPEG decode , image scale , then output LVDS drive level for panel display .

15

4. Block diagram-SANYO 42” ATSC model System Diagram

IR / LED Board

Light Sensor

42" MEMC

Main Board

HDMI 2

HDMI 1

Flash

MXIC

MX25L3205DM2I

PC

PC audio

DDRII 512M

Samsung

K4T51163QG-HCF7

DTV system IC

RENESAS

DTV-C7

R8J66977BG

S_Video

Composite

Y

Component

PrPb

Panel out

LVDS out

Audio I2S output

Digital audio out

(Coaxial)

Audio

AMP

ST

STA335W

DRV602PW

audio Line Out

IF +/-

R_out

L-out

DTVA50CVH1019B

ANT / CABLE

Tuner

Samsung

Side

HDMI

USB

Keypad

16

Block diagram-POWER-42”

17

5.IC block diagram

5-1. Renesas R8J66975-RFJZ , R8J66977BG-RFJZ

Model - SubModel Surround Maximum panel size Number of HDMI ports

R8J66975BG-RFJZ Simple surround WSXGA+

(1680 x 1050)

R8J66977BG-RFJZ Simple surround FullHD

(1920 x 1080)

Features

Main CPU

 32bit RISC Super-H architecture SH3 CPU core

Demodulator

 ATSC A/53 compliant 8VSB receiver /w QAM.  IF AGC control interface x1ch

System decoder (Stream demultiplexer)

 Video and audio ES stream filtering x1  Section filtering: max. 32 PIDs

MPEG video decoder

 Single ISO-13818-2 MP@ML or MP@HL support  Supports decoding of all ATSC-compliant formats

JPEG decoder

 Decode Base-line JPEG file

2D Graphics

 CEA-608/CEA-708-B closed caption support

Display processor, Video input/output

 Full 10bit processing  MPEG Noise Filter (De-blocking/De-ringing)  Over Drive (Panel resolution : up to WXGA)  Inputs : CVBS x3, Y/C x2, YPbPr x2, RGB x1, HDMI x3  Outputs : 10-bit dual LVDS

Audio decoder, Audio input/output

 ATSC A/52 Clear QAM compliant audio decoding support  Sound Demodulator  Inputs : SIF x1, Stereo x6  Outputs : PCM (I2S) x2, S/PDIF x1, Stereo x1

Peripheral interfaces

 UART x1, Legacy serial interface x2, USB High Speed x1  General purpose I/Os

Memory interfaces

 Serial Flash  16b width DDR2 800Mbps(5-5-5) SDRAM x 1

Power, clock and package

 1.26(±0.06)V, 1.82(±0.08)V, 3.3(±0.15)V  25MHz X’tal  376pin PBGA

3

18

5-2. Block diagram

19

42” Block

20

Wiring Connection

1

2

3

4

5

6

7

8

1

9

2

10

3

11

4

12

5

6

14

VTV-L42601 VTV-L42601 VTV-L42601 VTV-L42601 Power/B

CN1 CN3 CN15 CN2 P802

1 GND 1 LED Mute 1 VDD 21 GND 1 SPK_OUTR+ 1 GND

2 GND 2 LED Green 2 VDD 22 GND 2 SPK_OUTR- 2 GND

3 24V 3 LED Red 3 VDD 23 Panel SEL 3 SPK_OUTL- 3 24V

4 24V 4 GND 4 VDD 24 GND 4 SPK_OUTL+ 4 24V

5 GND 5 IR SENS 5 LV0OUT4M 25 LV1OUT4M 5 GND

6 GND 6 3.3V 6 LV0OUT4P 26 LV1OUT4P 6 GND

7 GND 7 Light Sensor 7 LV0OUT3M 27 LV1CKOM 7 GND

8 12V 8 5V 8 LV0OUT3P 28 LV1CKOP

9 12V 9 LV0OUT2M 29 LV1OUT3M

10 5V 10 LV0OUT2P 30 LV1OUT3P

11 5V 11 GND 31 LV1OUT2M

12 5V 12 GND 32 LV1OUT2P

13 Power ON 13 LV0CKOM 33 LV1OUT1M

14 AC OFF Detect 14 LV0CKOP 34 LV1OUT1P

15 BACKLIGHT_ADJ 15 GND 35 LV1OUT0M 15 BL_ADJ

CN16 8 12V

MEMC SEL 0 9 12V

SIDA1 10 5V

MEMC SEL 1 11 5V

SICL1 12 5V

FR Select 13 Power ON 13 BL_ADJ

GND 14 ACD

P803

24V

GND

NC

BL_EN

NC

16 BACKLIGHT_EN 16 GND 36 LV1OUT0P 16 BL_EN

17 LV0OUT1M 37 GND

18 LV0OUT1P 38 DCR EN

19 LV0OUT0M 39 BACKLIGHT_ADJ

20 LV0OUT0P 40 DCR ADJ

21

7. Trouble Shooting

7-1. Fault clearance

22

7-2. 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.

7.2-1 Power LED no light

Change to new power board.

P /N : P K101V2010I (SSB42T)

23

7.2-2 Has audio but no video out

Change to new power board. P /N : P K101V2010I (

SSB42T)

24

7.2-3 Has video but no audio out

Have a video but no

sound

Check volume or

Mute

OK

Check Input

source

OK

Check speaker Change speaker

OK

MUTE

NG

Cancel mute function

Or adjust volume up

Change source device

Change main pcb

25

Change to new power board.

P /N : P K101V2010I (SSB42T)

26

8.SCHEMATIC DIAGRAM

ELECTRON-42"

5

Sheet Index

Page 03 - System Power

4

3

2

MAIN PCB1

1

FW1

FIRMWARE

FW STC40T REV1.0

Page 04 - C7 & MCU / Key

D D

Page 05 - C7 & Tuner Input

EMIcover1

Page 06 - C7 & Video Input

Page 07 - C7 & VGA Input

Page 08 - C7 & HDMI Input

Page 09- C7 & Audio Input

Page 10 - C7 & Debug IO / FLASH ROM

EMIcover-C7

Page 11- C7 & Power

Page 12 - C7 & DDRII-800

Page 13 - C7 & LVDS Output

Page 14 - C7 & Audio Out

C C

Page 15 - Audio Amplifier

VTV-L40601 REV:0A

Notice

1. All Res. is 0603.

2. All Cap. is 0402 (<=0.47uF), 0603 (<=1uF), 0805 (<=10uF).

0402

NPO 5pF/50V, 10pF/50V, 22pF/50V, 27pF/50V, 33pF/50V, 36pF/50V, 47pF/50V, 220pF/50V

X7R 100pF/25V, 470pF/25V, 1000pF/25V, 2200pF/25V, 3300pF/25V, 0.01uF/25V, 0.01uF/50V, 0.022uF/25V

X5R 1uF/10V

Y5V 0.1uF/25V, 0.33uF/10V, 0.47uF/10V

B B

0603

Y5V 0.1uF/50V, 0.47uF/25V, 1uF/16V

X5R 10uF/6.3V

0805

X5R 4.7uF/16V

Y5V 0.47uF/50V, 0.68uF/50V, 1uF/50V, 3.3uF/10V, 10uF/10V

1206

Y5V 4.7uF/35V

1210

Y5V 10uF/35V

A A

3. The mark "#" to indicate that Part disuse.

Renesas Scaler

5

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Number Rev

A4

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

4

3

Friday, June 04, 2010

2

401C2K

2 15

1

1A

5

R7 0R7 0

12

C49

C49 10uF/10V/0805/NC

10uF/10V/0805/NC

C0805D

GND

G

GND

C330

10uF/10V/0805

P5V

update for AC off screen garbage 20100526

R368

1K/0402

CE

R369 100/1% /0402R369 100/1% /0402

B

Q45

MMBT3904L

R20 30K/1%/04 02R20 30K/1% /0402

1 2

R4

2.2KR42.2K

47K

B

47K

12

0.1uF/50V/NC

GND

R297 10K/0402R297 10K/0 402

1 2

12

C69

1uF/16V

C0603D

GND GND

Power Module Input

CN1

CN1 JWT A2001W V2-16P

JWT A2001W V2-16P

1 2 3 4 5 6 7 8 9

10

D D

11 12 13 14 15 16

GND

C C

Standby Power

P5V

FB10

KHB0603N121SA

C329

10uF/10V/0805

B B

L1 B201212K800TM

L0805D

P24V P_DA MP

1 2

L2 B201212K800TM/NC

L0805D

1 2

POWER_O N2 PG

BKLT_EN

12

R9

10K/0402R910K/0402

GND

RTX update for power shut down issue 20091231

R221 10K/ 1%/NCR221 1 0K/1%/NC

C318

0.1uF/10V/0402

GND

R308

R308 10K/1%

10K/1%

U43

GND

G9141T11U

3

/SHDN

OUT

1

IN

SET

GND

2

GND G ND

P_DAMP

P12V

P5V

POWER_O N2 4

12

R10

100K/0402

GND

P5V

R367

560

D

C425

10uF/10V/0805

S

GNDGND

Q44

MMBT3409L(2N7002E)

3.3V_STB

5

R242

4

RTX update for power shut down issue 20091231

C197

23.2K/1%

R307

0.1uF/10V/0402

10K/1%

POWER_O N1

POWER_O N14

Frank update for DC power on fail issue 20100202

LCD PANEL POWER MosFET

GND

5

12

R193KR19 3K

GND

12

C66

10uF/10V/0805

C0805D

P5VP12V

12

1 2

R39

R39 24K

24K

12

R18

0/1206/NC

R1206D

12

C75

1uF/16V/NC

C0603D

B

GND

R280R28 0

1 2 CE

MMBT3904LQ2MMBT3904L

U7 APM4461U7APM4461

1

8

S1

D4

2

7

S2

D3

3

6

S3

D2

5

G4D1

12

R22

1K/1206

R1206D

12

GND

Q2

R1206D

GND

C70

1uF/16V/NC

C0603D

Vds = -24V Vgs = -2.5V/-4.5V/-10V Id = -2A/-4A/-7A (APM4461)

1 2

12

R17

0/1206

R1206D

+

GND

A A

PANEL_VEN

PANEL_VEN4

C65

C58

0.1uF/50V

SE100uF/16V

RTX update for panel sequence 20100226

R25 22KR25 22 K

1 2

12

R26

5.6K

GND

3.3V_STB

R13

22K

ACOFF_DET

Q38

PDTC114ET

E C

GND

R8 0R8 0

1 2

1K/1%/0402/NC

R36 1K/1%/0402/NCR 36 1K/1%/0402/NC

C72

MMBT3904L/NC

R370

10K/0402/NC

GND

Q48

Q48 APM2301AAC

APM2301AAC

G

CE

Q3

B

MMBT3904LQ3MMBT3904L

L14 B201212K800TM

L0805D

COLLECTOR

DTC124EK SOT-23B

BASE

4

D9 1N4148D91N4148

1 2

BKLT_EN

3.3VD

R35

12

Q46

GND

BACKLIGHT_EN 4

L17

L17 B201212K800TM

B201212K800TM

L0805D

1 2

DS

VDD_LCD

12

C57

0.1uF/50V

GND

EMITTER

4

ACOFF_DET 4

update for power team standby 5V hold time 20100526

3.3V_STB

R330

R330 10K/1%/NC

10K/1%/NC

1 2

R32

CE

1K/1%/NC

B

1 2

12

GND

12

C71

10uF/10V/0805

C0805D

GND GND GND

VDD_LCD

R11 0R11 0

1 2

R12 0/NCR12 0/NC

1 2

C67

100pF/25V/0402/NC

12

C78

10nF/25V/0402

RTX update for DC power on fail 20100225

BACKLIGHT_ADJ 4,13

DCR_ADJ 13

3.3VD

12

C86

0.1uF/10V/0402

3

DC - DC FROM VCC TO 1.25V(2A)

P5V

KHB0805W121S A_6A

FB68

5V -> 1.8V

P5V

+

5V -> 3.3V

POWER_O N14

C196

SE100uF/16V

FB68

10uF/10V/0805

3.3VA

3.3VD

12

C50

0.1uF/10V/0402

GND

C372

POWER_O N1

3

GND GND

R45 10K/1%0402/NCR45 10K/1%0402/NC

R24 10K/1%0402R24 10K/1%0402

P5V

1 2

20K/1%/0402/NC

1 2

1.25VD

R18210R182

C379

0.1uF/10V/0402

C378

0.1uF/10V/0402

R40

1 2

GND

R15 10K/0402R 15 10K/0402

C41

1uF/16V

C0603D

GND GND

12

C74

C74 1uF/16V

1uF/16V

C0603D

GND

R93 9.09K/1%/0402R93 9.09K/1 %/0402

1 2

R95

9.09K/1%/0402

1 2

GND

12

GND

R94 9.09K/1%/0 402R94 9.09K/1%/0402

1.25VD

GND

10

GND

12

C43

0.1uF/10V/0402

GND

APM2301AAC

R296 10K/0402R296 10K/0402

1 2

B

12

R96

R96 10K/NC

10K/NC

C73

C0603D

1uF/16V

1 2

R97

9.09K/1%/0402

1 2

10uF/16V/0805

GND

12

R98

R98 10K/NC

10K/NC

8

1

5

G

CE

5

6

7

8

C192

1uF/16V

C0603D

Q47

C434

U2 G5694U2G5694

VIN

LX

VCC

FB

EN

REF

PGND

GND

THEM_PAD

6

3

9

GND GND

P5V_SW

DS

C32

+

SE100uF/16V

GND

Q1

MMBT3904LQ1MMBT3904L

U6

G9731F11UU6G9731F11U

VO

VIN

VO

VPP

ADJ

POK

GND

VEN

ThPad

9

GND

U8

G9731F11UU8G9731F11U

5

VIN

6

VPP

7

POK

8

VEN

ThPad

9

12

GND

C317

1uF/16V

C0603D

GND

C413

0.1uF/50V

GND

FOR TUNER

L28 2.2uH /3.8AL28 2.2uH /3.8A

7

C347 47pF /50V/0402C347 47pF/50V/04 02

4

R355 9.09K/1%R355 9.09K/1%

2

R354 16K/1 %R354 16K/1%

C191

0.1uF/10V/0402

Vout=0.8Vx (1+R1/R2)

U3 G1117-3.3V-252U3 G1117-3.3V-252

3

Vin

12

C34

0.1uF/10V/0402

GND

4

3

R100

2

12.7K/1%

1

1 2

R101

R101 10K/1%

10K/1%

1 2

GND

4

VO

3

VO

2

ADJ

1

GND

U31

U31 SSD9117-5.0V-252

SSD9117-5.0V-252

VIN3VOUT

ADJ / GND

1

10uF/10V/0805

1 2

GND

2

C436

2

1.25VD

C356

PVM330uF/6V

GND GND

2

Vout

C35

+

ADJ/GND

SE100uF/16V

1

GND

1.8A

+

GND GND GND

R106

12.7K/1%

R103

R103 10K/1%

10K/1%

SE100uF/16V

GND

Frank update for video source horizontal and water wave nois e issue 20100401

12

C51

C60

SE100uF/16V

5VSW

1 2

C415

0.1uF/10V/0402

C51

10nF/25V/0402

12

10nF/25V/0402

L71 B20 1212K800TM

L0805D

C52

PVM330uF/16V

1.8D

+

GND GND GND

2

12

C36

10nF/25V/0402

GND

12

B201212K800TM/NC

C59

C53

0.1uF/10V/0402

L0805D

12

5VSW_CP12V

12

C37

0.1uF/10V/0402

GND

L68

1 2

C61

0.1uF/10V/0402

L7 B201212K800TM

L0805D

1 2

12

L69

L69 B201212K800TM/NC

B201212K800TM/NC

L0805D

L13 B20 1212K800TM

L0805D

1 2

L67 B201212K800TM

L0805D

1 2

L15 B20 1212K800TM

L0805D

1

12

C38

10uF/10V/0805

C0805D

recover as a bead 20100401

12

C62

10uF/10V/0805

C0805D

Title

Size Document Num ber Rev

A2

Date: Sheet of

3.3VA

12

C39

10nF/25V/0402

GND GNDGND

12

GND GND GN DGND

12

C186

10uF/10V/0805

C0805D

COMPAL OPTOELECTRONICS CO., LTD

SCHEMATIC,M/B VTV-L42601,SSB42T

Friday, June 04, 2010

C54

10uF/10V/0805

C0805D

12

C376

10nF/25V/0402

12

C63

10nF/25V/0402

12

1.8VIF

1.8VD

401C2K

1

1.8VA

C55

10nF/25V/0402

GNDGNDGND

12

C40

0.1uF/10V/0402

12

C346

0.1uF/10V/0402

GNDGNDGND

12

C64

0.1uF/10V/0402

3.3VA

12

C56

0.1uF/10V/0402

3 15

1.8VA

1.8VIF

1.8VD

1A

5

3.3V_STB

PANEL_SEL

DAMP_RESETN

3.3V_STB

R31

R30

10K/0402

56K/0402

R0402D

1 2

3.3V_STB

12

R41

R41 10K/0402

10K/0402

R0402D

12

R315

R315 10K/0402

10K/0402

12

R42

R42 10K/0402

10K/0402

12

GND

C7 MCU

RTX update for DC power on fail 20100130

MEMC_SEL_113

FR_SELECT13

D D

C C

B B

Check

DAMP_RESETN15

PANEL_SEL13

PC_HSYNC7

PC_VSYNC7

ACOFF_DET3

POWER_O N23

CUT_LEAK11

POWER_O N13

HDMI_CEC_C78

HDMI_HPD08

HDMI_HPD18

HDMI_HPD28

Keypad

R56 11K/1%R56 11K/1%

1 2

SW PUSH /4P/90D/1.3MM

2

3

GND

SW1

4

1

MENU VOL+VOL- CH+INPUT/EXIT CH- POWER

R57 6.19K/1%R57 6.19K/ 1%

1 2

SW PUSH /4P/90D/1.3MM

2

3

GND

SW2

4

1

3.6K/1%

R58

1 2

SW PUSH /4P/90D/1.3MM

2

3

GND

SW3

4

1

R59 2.7K/1%R59 2.7K/1%

1 2

SW PUSH /4P/90D/1.3MM

2

3

GND

SW4

4

1

4

12

R37

R37 10K/0402

10K/0402

GND

KEY_POWER

PC_HSYNC

PC_VSYNC

ACOFF_DET

CUT_LEAK

POWER_O N1

HDMI_CEC_C7

IR_SENS

LED_COLOR

LED_R

HDMI_HPD0

HDMI_HPD1

HDMI_HPD2

R43

R43 1K/0402

1K/0402

update for LED abnormal during initial 20100112

GND

R60 1.8K/1%R60 1.8K/1%

1 2

SW PUSH /4P/90D/1.3MM

2

3

GND

SW5

4

1

U1A

U1A R8J66977BG

R8J66977BG

BGA1090-1

W20

GPIO0

Y22

GPIO1

U19

GPIO2

V20

GPIO3

W21

GPIO4

W22

GPIO5

V21

GPIO6

M21

GPY05

M19

GPY06

N21

GPY07

L21

GPY08

L19

GPY09

L22

GPY10

K20

GPY11

K22

GPY12

K21

GPY13

L20

GPY14

K19

GPY15

J20

GPY16

J19

GPY17

J22

GPY18

P18

MODE0

1 2

R61 1.33K/1%R61 1.33K/ 1%

SW PUSH /4P/90D/1.3MM

2

3

GND

SW6

4

1

SCIRXD0

SCITXD0

SCIF0CSIO0

SMDATA

SCISCK1

SCITXD1

SCIRXD1

SCIF1 CASIF

MCU ADC

BLC

12

R52

10K/0402

KEY_IN0 KEY_POWER

SCLK0

STXD0

SRXD0

SMCLK

SMRST

MADIN0

MADIN1

MADIN2

MADIN3

MADIN4

MADIN5

MADIN6

MADIN7

QBLCA

QBLCB

W18

Y10

AB10

AA10

AA19

AB19

AA18

Y19

AA20

AB20

H19

G21

G20

H21

G22

H22

H20

J21

W17

Y17

PC_DET

BACKLIGHT_EN

PANEL_VEN

DAMP_PDN

INT_LINE

EDID_WPC

KEY_IN0POWER_O N2

Light_Sensor

LINE_MUTE

BACKLIGHT_ADJ

12

R376

R376 10K/0402

10K/0402

PWM_LED

12

R319

10K/0402

GND

3.3V_STB3.3V_STB

SW PUSH /4P/90D/1.3MM

2

3

GND

SW7

4

1

AV1_S_DET

AB22

SCISCK0

AB21

12

R377

R377 10K/0402

10K/0402

R44 0/0402R44 0/0402

BACKLIGHT_ADJ 3,13

12

R53

10K/0402

3

3.3V_STB

12

R318 10K/0402R318 10K/0402

R314 10K/0402/NCR314 10K/0402/NC

R316 10K/0402/NCR316 10K/0402/NC

12

AV1_S_DET 6MEMC_SEL_013

PC_DET 7

R38 0/0402R38 0/0402

12

BACKLIGHT_EN 3

DCR_EN 13

PANEL_VEN 3

DAMP_PDN 15

INT_LINE 15

EDID_WP 7

2

reserve for DCR function 20100106

1

update for write protect 20091 211

12

R378

R378 10K/0402

10K/0402

12

R329

10K/0402

12

R379

R379 10K/0402

10K/0402

12

R380

R375

10K/0402/NC

1K/0402

RTX update for leakage voltage 20100119

GND

LED_GREEN_C 7

12

R320

1K/0402

update for LED abnormal during initial 20100112

GND

1206L035-CF21206L035-C

W/O LED Effect model--->8 pin connector W/LED Effect model--->12pin connector

CN3

CN3 JWT A2001W V2-12P

JWT A2001W V2-12P

1 2 3 4 5 6 7 8

9 10 11 12

GND

100pF/25V/0402

L39 KHB06 03Q300SAL39 KHB0603Q300SA

1 2

PWM_LED LED_color

C386

100pF/25V/0402

TP22TP22

TP21TP21

LED_MUTE 3

LINE_MUTE 14

TP34TP34

IR & LED Connector Light sensor Connector

P5V

12

L64

L64 B201212K800TM

B201212K800TM

L0805D

R62

R62 18K/1%/0402

18K/1%/0402

12

F2

EZJZ1V80010D8EZJZ1V80010

D8

C388

100pF/25V/0402

C388

100pF/25V/0402

C385

3.3V_STB

F3

F3 1206L035-C/NC

1206L035-C/NC

LED_GREEN_C 7 LED_R

IR_SENS

1 2

R102

R102 10K/1%

10K/1%

EZJZ1V80010

R63 30K/1%/040 2R63 30K/1%/0402

D13

100pF/25V/0402

C387

100pF/25V/0402

C387

100pF/25V/0402

1 2

EZJZ1V80010

D16

C335

100pF/25V/0402

EZJZ1V80010

D17

D18

C336

C339

100pF/25V/0402

C339

100pF/25V/0402

LED_MUTE 3

12

C348

4.7uF/6.3V

C0603D

Light_Sensor

12

R105

39K/1%

GND

GND GND

A A

5

4

3

GND

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Num ber Rev

A2

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

2

Friday, June 04, 2010

401C2K

1

4 15

1A

TUNER & C7

5

4

Default Setting Samsung tuner

3

close to Tuner

5VSW

12

R67

4.7K/0402

2

12

R65

4.7K/0402

1

D D

SAMSUNG

U32

U32 DTVA50C VH1019B

DTVA50C VH1019B

1

1-NC

2

2-B+

3

3-NC

22

13-IF MOINTOR

21

C C

U10 ENV56 U03D8F

15

GND

16

GND

17

GND

18

GND

B B

17171818191920

20

GND

RF AGC Monitor

BT Monitor

IF Monitor

Panasonic

ENV56U03D8F

Panasonic

ENV56U03D8F

Panasonic Samsung R76 R75 C97 C102 L23 L26 C697 C696 L24

A A

C100 L3,L4 0 ohm

4

4-NC

5

5-GND

6

10-NC

11-SCL 12-SDA

14-IFAGC

15-IF2 16-IF1

SCL SDA

IF AGC IFD-out1 IFD-out2

NC

6-NC 7-NC 8-NC 9-NC

+B

7 8 9 10

11 12

13

14 15 16

1 2 3

5 6

9 10

R77

11

1K/1%/040 2/NC

12 13 14

R74

1K/1%/040 2/NC

GND

12 12

0 ohm 0 ohm 75 ohm 10nF 10nF

0.22uH

0.22uH NC NC

0.1uH 120pF

0.27uH-->0ohm

IF+

IF-

75 ohm

47pF 47pF

0.27uH

0.27uH NC NC

0.27uH 39pF

close to Tuner

B201212 K800TM

5VSW

12

L27

L27 B201212 K800TM

B201212 K800TM

L0805D

C109 10uF/10V/0805C109 10uF/10V/0805

12

C108 0.1uF/10V/0402C108 0.1uF/10V/0402

1 2

L12

L0805D

1 2

TUN_SCL TUN_SDA

close to tuner

R76 75R76 75

1 2

GND

R75 75R75 75

1 2

L16

L16 B201212 K800TM

B201212 K800TM

L0805D

close to Tuner and Guard GND

R73 0/0 402R73 0/0 402

1 2

12

C95

0.1uF/10V /0402/NC

GND

close to C7

C97

C97 47pF/50V /0402

47pF/50V /0402

1 2

L23

FLMA-201 209-R27KT

L24

TDK MLF1 608DR27K

L26

FLMA-201 209-R27KT

1 2

C102

C102 47pF/50V /0402

47pF/50V /0402

12

C697

C697 15pF/50V /0402/NC

15pF/50V /0402/NC

GND

22pF/50V /0402

update for ATV disorderly 20100417

12

C100

39pF/50V /0402

12

C696

C696 15pF/50V /0402/NC

15pF/50V /0402/NC

R68

R68 100/1%/04 02

100/1%/04 02

1 2

12

C90

GND

close to c7 and Guard GND

R71 1K/1 %/0402R71 1K/1%/04 02

1 2

12

C92

0.33uF/10 V/0402

GND GND

L3

0/0805L30/0805

1 2

L4

0/0805L40/0805

R69

R69 100/1%/04 02

100/1%/04 02

1 2

12

C91

22pF/50V /0402

GND

12

1 2

C3 33 pF/50V/NCC3 33 pF/50V/NC

C4 33 pF/50V/NCC4 33 pF/50V/NC

1 2

R72 1K /1%/0402R72 1K/1%/0 402

1 2

C93

0.1uF/10V /0402

GND

R352 10K/1%/0 402R352 10K/1%/0 402

1 2

R347 10K/040 2R34 7 10K/040 2

1 2

GND

12

C104

0.1uF/10V /0402

GND GND

PCB Name-Rev : VTV-L40602-0A

U1B

U1B R8J66977BG

R8J66977BG

BGA1090 -1

K3

SICL0

K2

SIDA0

J1

IFAGC

L4

RFAGC

K1

SANT

E3

SIFIN

F2

IFINP

F1

IFINM

E2

VRPIF

12

C105

E1

VRMIF

0.1uF/10V /0402

IIC0

VSB

VSB / SIF ADC

C3,C4 NC 33pF-->NC

Title

SCHEMAT IC,M/B VTV-L42601,SS B42T

Size Document N umber Rev

A3

401C2K

Date: Sheet of

5

4

3

2

5 15Saturday, June 19, 2 010

1

1A

5

4

3

2

1

5VSW_C

CE

Q14

MMBT3904L

12

R110

390

GND

SPDIF 14

L80 KHB0603 Q300SA

1 2

12

C296

L0603D

470pF/50V/NC

L81 KHB0603 Q300SA

1 2

12

L0603D

C297

470pF/50V/NC

12

C137

0.1uF/10V/0402

GND

AV3_Y AV3_R_IN

AV3 (YPbPr Input)

LINEOUT_L 14

C327

C328

GND

12

R309

470K

12

R310

470K

LINEOUT_R 14

19" 26" NC

12

470pF/50V/NC

12

470pF/50V/NC

12

R104

33K

L38

KHB0603Q300SA

AV3_Y_IN

1 2

C143

D D

C C

AV3_PB_IN AV3_Y_IN

AV3_PR_IN

AV3_L_IN

AV3_R_IN

B B

C143

10pF/25V/0402

IO5

IO5 2x4_COMPO-AUDIO_SW_OUT

2x4_COMPO-AUDIO_SW_OUT

T5

Pb

S5

G

T6

Pr

S6

G

T7

L

S7

G

B8

SW

T8

R

S8

G

12

GND GND

Y

G

SPDIF

G

L

G

R

G

1 2

12

10uF/10V/0805

R108

R108 75/1%

75/1%

T1 S1

T2 S2

T3 S3

T4 S4

C142

33K

B

12

R109

39K

GND

GNDGND

AV2 (CVBS Input)

L79 KHB0603 Q300SAL 79 KHB0603Q300SA

AV2_R_IN AV2_AR

1 2

12

C325

470pF/50V/NC

IO4

IO4 FRON-AV-KYOYAKU

FRON-AV-KYOYAKU

R

B1

CVBS

T1

L

B2 T2

B3 T3

S1

S2

S3

A A

GND

470pF/50V/NC

GND GND

L72 KHB0603 Q300SAL 72 KHB0603Q300SA

AV2_L_IN AV2_AL

1 2

12

C323

470pF/50V/NC

GND GND

FB24

FB24 KSI06033R3KA

KSI06033R3KA

R311

R311 75/1%

75/1%

Check

12

C324

470pF/50V/NC

12

C322

470pF/50V/NC

AV2_AR 9

AV2_AL 9

AV2_CVBS

19" 26" NC

L40 KHB0603 Q300SAL 40 KHB0603Q300SA

AV3_PB_IN AV3_PB

1 2

10pF/25V/0402

L42 KHB0603 Q300SAL 42 KHB0603Q300SA

1 2

10pF/25V/0402

GND

19" 26" NC

12

C159

12

C173

GND

IO6

CVBS

Audio L

Audio R

JALCO / AV SV-IN_V

GND

S_SWS_GND

TOP_C

TOP_Y

GND

GND GND

GND

12

R115

75/1%

GNDGND

12

R125

75/1%

R337 1K/1%R337 1K/1%

GND

AV3_PR

AV1_S_DET 4

FB26 KSI06033R3KAFB26 KSI06033R3KA

FB27 KSI06033R3KAFB27 KSI06033R3KA

R335 75/1%R33 5 75 /1% R336 75/1%R33 6 75 /1%

FB25

FB25 KSI06033R3KA

KSI06033R3KA

R334 75/1%R33 4 75 /1%

L66 KHB0603 Q300SAL 66 KHB0603Q300SA

AV1_L_IN

GND

1 2

12

C320

470pF/50V/NC

GND GND

L70 KHB0603 Q300SAL 70 KHB0603Q300SA

AV1_R_IN AV1_AR

1 2

12

C312

470pF/50V/NC

GND GND

AV3_L_IN

L43 KHB0603 Q300SAL 43 KHB0603Q300SA

1 2

12

C176

470pF/50V/NC

L45 KHB0603 Q300SAL 45 KHB0603Q300SA

1 2

12

C180

470pF/50V/NC

GND GND

AV1_C

AV1_Y

AV1_CVBS

AV1_AL

12

C319

470pF/50V/NC

12

C311

470pF/50V/NC

12

GNDGND

12

AV3_AL

C177

470pF/50V/NC

AV3_ARAV3_PR_IN

C181

470pF/50V/NC

AV1_AL 9

AV1_AR 9

AV3_AL 9

AV3_AR 9

12

0.1uF/10V/0402

GND

12

C162

C163

0.1uF/10V/0402

3.3VA_VP

CLOSE TO C7

12

C164

0.1uF/10V/0402

1 2

C175 0.1uF /10V/0402C175 0.1uF/10V/0 402

AV3_Y

AV3_PB

AV3_PR

AV1_Y

AV1_C

AV1_CVBS

AV2_CVBS

12

C165

0.1uF/10V/0402

1.8VA_AVD

C146 0.1uF/10V/0402C146 0.1uF/10V/0 402

1 2

C141 0.1uF/10V/0402C141 0.1uF/10V/0 402

1 2

C144 0.1uF/10V/0402C144 0.1uF/10V/0 402

1 2

C145 0.1uF/10V/0402C145 0.1uF/10V/0 402

1 2

C156 0.1uF/25V/0402C156 0.1uF/25V/0 402

1 2

C157 0.1uF/25V/0402C157 0.1uF/25V/0 402

1 2

C153 0.1uF/10V/0402C153 0.1uF/10V/0 402

1 2

C154 0.1uF/10V/0402C154 0.1uF/10V/0 402

1 2

C316 0.1uF/10V/0402C316 0.1uF/10V/0 402

1 2

12

C166

0.1uF/10V/0402

R124 6.8K/1%/0 402R124 6.8K/1%/0 402

1 2

R128 1K/1%/040 2R128 1K/1%/0 402

1 2

C167

C169

1 2

0.1uF/10V/0402

12

C174

0.1uF/10V/0402

GND

VIDEO C7

U1C

U1C R8J66977BG

R8J66977BG

BGA1090-1

A15

SSIN1

C12

VIN2A

A7

VIN2B

B8

VIN2C

C14

SSIN2

A11

VIN3A

B12

VIN1B

D8

VIN3C

A8

VIN4A

B7

VIN4B

A12

VIN1A

C9

VIN7A

A10

VIN5A

C7

VIN5B

B6

VIN8A

A6

VRP

B10

VRM

B13

VREFA

B11

VREFB

A9

VREFC

A14

SSIN3

A13

YIN

B9

YOUT

D11

REXT

H4

LPF

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Number Rev

Custom

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

5

4

3

2

Friday, June 04, 2010

401C2K

6 15

1

6 15

1A

5

VGA INPUT INTER FANCE

IO11

IO11 DSUB15P -CONTECK

VGA_SDA

VGA_SCL

DSUB15P -CONTECK

11

12

13

14

15

16

17

GND

CAB_P

HSYNC

D D

C C

B B

VSYNC

PC-RED

1 6

PC-GREEN

2 7 3 8

D-RS232-R X

4

5VA_VGA

9

D-RS232-T X

5 10

GND

5VA_VGA

P5V

12

R152

47K/0402

12

R155

47K/0402

R137 100/NCR137 100/NC

1 2

L47 0L47 0

1 2

L48 0L48 0

1 2

L50 0L50 0

1 2

Q19

FDV301N

G

12

R157

10K/0402

GND

FDV301N

G

12

R159

10K/0402

GND

4

PC_DET

12

R145

75/1%

3.3V_STB

12

DS

R154 1K/1%/0402R154 1K/1%/0402

1 2

3.3V_STB

12

Q20

DS

R158 1K/1%/0402R158 1K/1%/0402

1 2

PC_DET 4

12

R146

75/1%

R153

47K/0402

RS232-RX

CAB_P

R156

47K/0402

RS232-TX

CAB_P

12

R147

75/1%

GNDGNDGND

RS232-RX 10

RS232-TX 10

R140 0R140 0

1 2

R141 0R141 0

1 2

R143 0R143 0

1 2

C184 10nF/25V/0402C184 10nF/25V/0402

1 2

C185 10nF/25V/0402C185 10nF/25V/0402

1 2

C188 10nF/25V/0402C188 10nF/25V/0402

1 2

RED+

GREEN+PC-BLUE

BLUE+

3

V-SYAC & H-SYNC BUFFER

HSYNC

VSYNC

L49

L49 KHB0603 Q300SA

KHB0603 Q300SA

1 2

L51

L51 KHB0603 Q300SA

KHB0603 Q300SA

1 2

D-SUB C7

HSYNC+

VSYNC+

GREEN+

BLUE+

RED+

12

C189

47pF/50V /0402

GND GND

3.3V_STB

12

C190

47pF/50V /0402

GNDGND

U1D

U1D R8J66977BG

R8J66977BG

BGA1090 -1

B14

HSIN

B15

VSIN

C11

VIN6A

C8

VIN3B

D9

VIN1C

3.3V_STB

R162 10K/0402R162 10K/0402

1 2

12

R142

R144

2.2K

R163 10K/0402R163 10K/0402

1 2

12

R148 22/1%/0402R1 48 22/1%/040 2

R150

2.2K

2

22/1%/040 2

GND

U25

U25 74LVC1G 126

74LVC1G 126

1

OE

2

A

GND3Y

SOT-353

U26

U26 74LVC1G 126

74LVC1G 126

1

OE

2

A

GND3Y

SOT-353

1

3.3V_STB

C187 0.1uF/10V/0402C187 0.1uF/10V/0402

R138 1K/1%/0402R138 1K/1%/0402

1 2

R139 1K/1%/0402R139 1K/1%/0402

1 2

3.3V_STB

C310 0.1uF/10V/0402C310 0.1uF/10V/0402

R149 1K/1%/0402R149 1K/1%/0402

1 2

R151 1K/1%/0402R151 1K/1%/0402

1 2

GND

HSYNC+

PC_HSYNC

GND

VSYNC+

PC_VSYNC

PC_HSYNC 4

5

74LVC1G17 SOT-353

241

3

PC_VSYNC 4

5

Vcc

4

5

Vcc

4

PC Audio in

IO18

IO18 PHONEJA CK-JALCO

PHONEJA CK-JALCO

GND

2

R

1

L

3

A A

GND

L52 KHB06 03Q300SAL52 KHB06 03Q300SA

1 2

12

C193

470pF/50 V/NC

GND GND

L53 KHB06 03Q300SAL53 KHB06 03Q300SA

1 2

12

C198

470pF/50 V/NC

GND GND

5

12

C194

470pF/50 V/NC

12

C199

470pF/50 V/NC

AV5_AR

AV5_AL

AV5_AR 9

AV5_AL 9

4

EDID - D sub

D6 BA T54CD6 B AT54C

3

12

C195

0.1uF/10V /0402

1 2 3 4

U13 IS24C 02BU13 IS24C02 B

GND

A0 A1 A2 GND

2

1

3

reserve for ESD 20100203

5VA_VGA

VCC

WP SCL SDA

P5V

GND

12

R164

4.7K/1%

8 7 6 5

12

C68

C68 10uF/10V /0805/NC

10uF/10V /0805/NC

C0805D

12

R243

4.7K/1%

R167

4.7K/1%

D7 1N 4148D7 1N4148

1 2

R168 100R168 1 00

1 2

R172 100R172 1 00

1 2

1 CA1

BAT54C BAV99L

3 CC

2

2 CA2

EDID_W P VGA_SCL VGA_SDA

EDID_W P 4

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document N umber Rev

A3

Date: Sheet of

Friday, June 04, 201 0

Date: Sheet of

Friday, June 04, 201 0

Date: Sheet of

Friday, June 04, 201 0

401C2K

1

7 15

1A

5

HDMI INPUT

IO19

IO19 NIKTTECH/H DMI_SMD_V

NIKTTECH/H DMI_SMD_V

HPD

5V

GND

SDA

SCL

D D

(RSD)

CEC

CLK-

CLKShield

CLK+

D0-

D0Shield

D0+

D1-

D1Shield

D1+

D2-

D2Shield

D2+

G120G221G322G4

23

GND

IO20

IO20 NIKTTECH/H DMI_SMD_V

NIKTTECH/H DMI_SMD_V

C C

HPD

5V

GND

SDA

SCL

(RSD)

CEC

CLK-

CLKShield

CLK+

D0-

D0Shield

D0+

D1-

D1Shield

D1+

D2-

D2Shield

D2+

G120G221G322G4

B B

23

GND

IO21

IO21 HDMI_CONN_R F

HDMI_CONN_R F

HPD

5V

GND

SDA

SCL

(RSD)

CEC

CLK-

CLKShield

CLK+

D0-

D0Shield

D0+

D1-

A A

D1Shield

D1+

D2-

D2Shield

D2+

G120G221G322G4

23

GND

improve HDMI pre-test , HPD impedance

R169 0R169 0

1 2

19

18

1 2

R173 10R 173 10

17

16

15

14

R179 0R179 0

1 2

13

12

11

10

9

8

7

6

5

4

3

2

1

GND

improve HDMI pre-test , HPD impedance

R170 0R170 0

19

1 2

18

1 2

R180 10R 180 10

17

16

15

14

R200 0R200 0

13

1 2

12

11

10

9

8

7

6

5

4

3

2

1

GND

improve HDMI pre-test , HPD impedance

R171 0R171 0

1 2

19

18

1 2

R209 10R 209 10

17

16

15

14

R216 0R216 0

1 2

13

12

11

10

9

8

7

6

5

4

3

2

1

GND

5

HPD0

5VD_HDMI0

CH0_SDA

CH0_SCL

HDMI_CEC

CH0_CLK-

CH0_CLK+

CH0_D0-

CH0_D0+

CH0_D1-

CH0_D1+

CH0_D2-

CH0_D2+

HPD1

5VD_HDMI1

CH1_SDA

CH1_SCL

HDMI_CEC

CH1_CLK-

CH1_CLK+

CH1_D0-

CH1_D0+

CH1_D1-

CH1_D1+

CH1_D2-

CH1_D2+

HPD2

5VD_HDMI2

CH2_SDA

CH2_SCL

HDMI_CEC

CH2_CLK-

CH2_CLK+

CH2_D0-

CH2_D0+

CH2_D1-

CH2_D1+

CH2_D2-

CH2_D2+

R174 1K/1%/0402R174 1K/1%/0402

1 2

G

12

R181

10K/0402

GND GND

R176 1K/1%/0402R176 1K/1%/0402

1 2

G

12

R196

10K/0402

GND GND

R205 1K/1%/0402R205 1K/1%/0402

1 2

G

12

R212

10K/0402

GND GND

GND

3.3VA_HDMI

D

S

12

R183

10K/0402

GND

3.3VA_HDMI

D

S

12

R184

10K/0402

GND

3.3VA_HDMI

D

S

12

R211

10K/0402

E C

Q25

2N7002E

E C

Q31

2N7002E

E C

Q36

2N7002E

22K

PDTC124ET

22K

PDTC124ET

22K

PDTC124ET

update for HPD should not work while AC off

R178

20100226

12K

1 2

B

Q24

PWR0

B

Q28

PWR1

B

Q35

PWR2

HDMI_HPD0

47K/0402

CH0_SCL CH0_SDA

update for HPD should not work while AC off

R189

20100226

12K

1 2

HDMI_HPD1

47K/0402

CH1_SCL CH1_SDA

update for HPD should not work while AC off

R207

20100226

12K

1 2

HDMI_HPD2

47K/0402

CH2_SCL CH2_SDA

5VD_HDMI0

12

R185

HDMI_HPD1 4

5VD_HDMI1

12

R192

5VD_HDMI2

12

R206

4

HDMI_HPD0 4

12

R186

4.7K/0402

12

R195

4.7K/0402

R197 0R197 0

1 2

R202 0R202 0

1 2

HDMI_HPD2 4

12

R210

4.7K/0402

R214 0R214 0

1 2

R213 0R213 0

1 2

4

3.3V_STB

Q27

G

FDV301N

D S

3.3V_STB

D S

3.3V_STB

D S

3.3V_STB

D S

3.3V_STB

D S

3.3V_STB

G

FDV301N

Q29

Q29 FDV301N

FDV301N

Q32

Q32 FDV301N

FDV301N

Q30

Q30 FDV301N

FDV301N

Q39

Q39 FDV301N

FDV301N

Q34

Q34 FDV301N

FDV301N

R193 0R193 0

1 2

R201 0R201 0

1 2

improve HDMI pre-test , I2C capacitance 20100225

3

19" 26" NC

3.3V_STB

R190

R187

4.7K/1%

4.7K/1% R218

4.7K/1%

3.3V_STB

4.7K/1%Q27

R194

4.7K/1%

CH0_SCL_C7

CH0_SDA_C7

R198

4.7K/1%

CH1_SCL_C7

CH1_SDA_C7

improve HDMI pre-test , CEC line-capacitance ; CTS 1.3

19" 26" NC

3.3V_STB

R215

R208

4.7K/1%

CH2_SCL_C7

CH2_SDA_C7

3

C7 HDMI

CH2_D0+

CH2_D0-

CH2_D1+

CH2_D1-

CH2_D2+

CH2_D2-

CH2_CLK+

CH2_CLK-

CH2_SDA_C7

CH2_SCL_C7

PWR2

CH0_D0+

CH0_D0-

CH0_D1+

CH0_D1-

CH0_D2+

CH0_D2-

CH0_CLK+

CH0_CLK-

CH0_SDA_C7

CH0_SCL_C7

PWR0

3.3V_STB 3.3V_STB 3.3V_STB

12

R218

27K

13

D14

BAT54

HDMI_CEC

A19

B19

A18

B18

A17

B17

A20

B20

C17

D17

C18

A21

A22

D19

D20

C19

C20

B21

B22

C16

A16

C15

U1E

U1E R8J66977BG

R8J66977BG

BGA1090-1

RX02P

RX02M

RX12P

RX12M

RX22P

RX22M

RXC2P

RXC2M

DDC2_SDA

DDC2_SCL

PWR2

RX00P

RX00M

RX10P

RX10M

RX20P

RX20M

RXC0P

RXC0M

DDC0_SDA

DDC0_SCL

PWR0

D S

2

Q40

G

NTR4003NT1G /NC

HDMI CH2

HDMI CH0

2

HDMI CH1

RX01P

RX01M

RX11P

RX11M

RX21P

RX21M

RXC1P

RXC1M

DDC1_SDA

DDC1_SCL

PWR1

1

12

R203

27K/NC

HDMI_CEC_C7 4

CH1_D0+

E19

CH1_D0-

E20

CH1_D1+

D21

CH1_D1-

D22

CH1_D2+

C21

CH1_D2-

C22

CH1_CLK+

F19

CH1_CLK-

F20

CH1_SDA_C7

D16

CH1_SCL_C7

D15

PWR1

B16

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Num ber Rev

A2

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

401C2K

1

8 15

1A

5

C7 AUDIO IN

U1F

D D

C C

R8J66977BG

Audio ADC

BGA1090-1

AINL0

AINR0

AINL1

AINR1

AINL2

AINR2

AINL3

AINR3

AINL4

AINR4

AINL5

AINR5

AINRT

VCOM_ADC

C4 B5

C3 B4

C1 A2

C2 A3

B2 A4

B1 A5

B3

A1

4

C203 4.7uF/10V/0805

C0805D

1 2

C204 4.7uF/10V/0805

C0805D

C295 4.7uF/10V/0805

C0805D

1 2

C216 4.7uF/10V/0805

C0805D

C207 4.7uF/10V/0805

C0805D

1 2

C208 4.7uF/10V/0805

C0805D

GND

12

R136

39K

R306

39K

R134

39K

3

GNDGND

GND

12

R166

39K

R244

39K

R323

39K

R132 24KR132 24K

1 2

R161 24KR161 24K

1 2

R133 24KR133 24K

1 2

R245 24KR245 24K

1 2

R131 24KR131 24K

1 2

R199 24KR199 24K

1 2

2

AV1_AL 6

AV1_AR 6

AV2_AL 6

AV2_AR 6

AV3_AL 6

AV3_AR 6

1

AV1 (CVBS Input)

AV2 (CVBS Input)

AV3 (YpbPr Input)

12

C213

C214

10uF/10V/0805

B B

A A

10uF/10V/0805

C0805D

C213

0.1uF/10V/0402

GND

5

12

C211 4.7uF/10V/0805

C0805D

1 2

C212 4.7uF/10V/0805

C0805D

4

GND

12

R321

39K

GND

3

12

R322

39K

R219 24KR219 24K

1 2

R220 24KR220 24K

1 2

AV5_AL 7

AV5_AR 7

COMPAL OPTOELECTRONICS CO., LTD

Title

Size Document Number Rev

A4

Date: Sheet of

2

AV5 (PC Input)

SCHEMATIC,M/B VTV-L42601,SSB42T

401C2K

Friday, June 04, 2010

9 15

1

1A

5

D D

Flash ROM

3.3VD

12

R231

10K/040 2

U17

U17 MX25L32 05DM2I

R222 22/1%/0402R222 22 /1%/0402

1

R235

10K/040 2

2

C C

KHB0603 N121SA

KHB0603 N121SA FB59

FB59

P5V

0.1uF/10 V/0402/NC

B B

USB Port

C410

GND GND

USBR4P-CO NTECK

GND

F1 1206L07 5-CF11206L07 5-C

IO12

6 7 8

45 3 2 1

R255,R281 MEMC- -> 10K ; others 4. 7K

RTX change for MEMC panel 20100413

MX25L32 05DM2I

1

CS#

2

12

SO

3

W#

4

GND

R222 close to U17

GND

L54 B2012 12K800TM

1 2

C305

SE100uF /16V

L0805D

HOLD#

+

3.3VD

8

VCC

7 6

SCK

5

SI

12

GND

C224

C240

12

10uF/10V/0805

3.3VD

R255

R255 10K

10K

1 2

12

R232

10K/040 2

C215

0.1uF/10 V/0402

USB_D+

USB_D-

10uF/10V/0805

GND

10uF/10V /0805

12

C217

C0805D

GND

R281

R281 10K

10K

GND

1 2

R253 22 /1%/0402R253 22/1% /0402 R254 22 /1%/0402R254 22/1% /0402

SIDA1

SICL1

4

SFCS_N

SFWP_N

SFRX

SFTX

SFCK

12

C219

10uF/10V /0805

C0805D

1 2 1 2

R223 22/1%/040 2R223 22/1%/0 402

1 2

R224 22/1%/040 2R224 22/1%/0 402

1 2

R225 22/1%/040 2R225 22/1%/0 402

1 2

R226 22/1%/040 2R226 22/1%/0 402

1 2

GND

R249 0 /0402R249 0/04 02

12

R250 0 /0402R250 0/04 02

12

R246 6 .04K/1%/04 02R246 6.04K/1% /0402

GND

12

C218

0.1uF/10 V/0402

12

SIDA1 13,15

SICL1 13,15

12

10K/040 2

R348

12

C220

0.1uF/10 V/0402

AA21

AB18

AA22

3

3.3V_STB

10K/040 2/NC

12

R325

U1G

R8J66977BG

BGA1090 -1

UARTRXD0

UARTTXD0

UART

Y20

SFCS_N

SFWP_N

SFHO_N

SFRX

Y21

SFTX

V19

SFCK

H2

USB_P

H1

USB_M

H3

GPANAIO

J3

RREFEXT

F22

EXT_CS

J4

EXT_CU

IIC1

SICL1 SIDA1

IIC1

Y18

W19

UART

M32TRST_N

M32TMS

M32TCK

M32TDI

M32TDO

M32R Debug

ASEBRKAK_N

ASEMD0

E10AJTAG

TRST_N

TCK

TMS

TDI

TDO

USBFLASH BOOT

XOUT25

XIN25

25MHz

RESET_N

R20

R19

U22

U20

V22

U21

T19

P22

R21

P19

P20

N22

P21

M22

T21

T22

T20

Debug Port

R233 22/1%/040 2R233 22/1%/0 402

1 2

R234 22/1%/040 2R234 22/1%/0 402

1 2

R236 22/1%/040 2R236 22/1%/0 402

1 2

R237 22/1%/040 2R237 22/1%/0 402

1 2

R238 22/1%/040 2R238 22/1%/0 402

1 2

R239 22/1%/040 2R239 22/1%/0 402

1 2

R240 22/1%/040 2R240 22/1%/0 402

1 2

R247 1K/1%/04 02R247 1K/1%/040 2

12

R248

1M/0402

Reset IC

RESET_N

J1

J1 HDR_2X1/P 2

HDR_2X1/P 2

1 2

GND

UARTRXD0

UARTTXD0

M32TRST_N

M32TMS

M32TCK

M32TDI

M32TDO

ASEBRKA K_N

ASEMD0

TRST_N

TCK

TMS

TDI

TDO

GND

C221 12pF/50V/0 402C221 12pF/50 V/0402

12

1 2

X1

X1 25MHz/12p F/S/2P

25MHz/12p F/S/2P

C222 15pF/50V/0 402C222 15pF/50 V/0402

1 2

fine tune X'tal 20091211

3.3V_STB

R252 1 K/1%/0402R252 1K/1%/0 402

12

GND

R325

12

R241

R324

10K/040 2

GND

GND GND

C223 0 .1uF/10V/04 02C223 0.1uF/10 V/0402

1 2

GND

Reset Threshold(V):

2.857(min)/2.9(typ)/2.944(max)

3

VCC

2

Reset Active Timeout Period(mS):

Reset

1

GND

140(min)/230(typ)/560(max)

U18

U18 G690L29 3

G690L29 3

3 VCC

809 DIO/MA730

2

1

RESET

GND

R326

VCC

GND

10K/040 2

Power ON

2

10K/040 2

12

R328

R327

RESET_N

M32TMS

M32TCK

M32TDO

M32TDI

UARTTXD0

/RESET

delay time

10K/040 2

12

R227

12

R229

R228

CN13

CN13 JWT_A10 02WV0-2x10

JWT_A10 02WV0-2x10

20

18

16

14

12

10

8

6

4

2

12

191920

171718

151516

131314

111112

R230

10K/040 2

9910

778

556

334

112

R294 33/1%/040 2R294 33/1%/0 402

1 2

R295 33/1%/040 2R295 33/1%/0 402

1 2

TMS

TDITDO

TRST_NTCK

ASEBRKA K_NASEMD0

M32TRST_N

UARTRXD0

P5V

3.3V_STB

1

RS232-TX 7

RS232-RX 7

A A

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size D ocument Numb er Rev

Custom

Date: S heet of

Friday, June 04 , 2010

Date: S heet of

Friday, June 04 , 2010

Date: S heet of

5

4

3

2

Friday, June 04 , 2010

401C2K

10 15

1

10 15

1A

5

4

3

2

1

D D

1.8VA_AVD

12

GND

L56

L56 B201212K800TM

B201212K800TM

L0805D

1 2

3.3VA

3.3VA_AVDD

C C

B B

12

R259

7.5K

12

C261

4.7uF/10V/0805

C0805D

12

C370

0.1uF/10V/0402

12

C258

0.1uF/10V/0402

GND

12

10uF/10V/0805

12

GND

12

GND

22nF/25V/0402

C236

C250

0.1uF/10V/0402

R260

6.8K/1%/0402

C262

12

GND

3.3VA_HDMI

C237

0.1uF/10V/0402

12

C251

0.1uF/10V/0402

12

R261

3K/1%/0402

12

C263

2.2nF/25V/0402

12

C238

0.1uF/10V/0402

1.8VA_AVD

12

C266

10nF/25V/0402

C239

0.1uF/10V/0402

3.3VA_HDMI

12

C225

0.1uF/10V/0402

GND

12

R256 0/0402

1 2

GND

R262

560/1%/0402

R0402D

D13

J13

E13 E16 F18 G19

J14 H18

E18

G18

J18

E17

D14

E15

E14

F21

E21

E22

D18

VDD18HDMI

VSSHDMI VSSHDMI VSSHDMI VSSHDMI VSSHDMI VSSHDMI

VDD33HDMI

VDD33_PLL

VDD33IO

VPPOTP

VSSIO

PLL_XFC_A

PLL_XFC_X

PLL_XFC_P

EXT_RES

U1H

R8J66977BG

BGA1090-1

HDMI Power

PLL Power

Video ADC Power

HDMI

AVDD33_PLL

Video PLL Power

PLL1AVCC

PLL2AVCC

PLL3AVCC

PLL4AVCC

PLL5AVCC

PLL1DVDD

PLL2DVDD

PLL3DVDD

PLL4DVDD

PLL5DVDD

AVDD18

AVDD33

AVSS AVSS AVSS AVSS

AVSS AVSS18 AVSS18

AVSS33PLL

VDD18

P10

N10

P11

P13

0.1uF/10V/0402

T18

V10

N11

V11

N13

N14

E10

E12

C13

C6

D10

E8

D2

C10 D12 E7 D7 D3 E11 E9

GND

H5

12

J5

0.1uF =>10nF

J10

12

J11

J12

J9

3.3VD_C 1.25VD

12

C226

C227

0.1uF/10V/0402

GND

0.1uF/10V/0402

12

C233

C234

0.1uF/10V/0402

12

C247

C248

0.1uF/10V/0402

12

C254

C253

0.1uF/10V/0402

12

C264

0.1uF/10V/0402

GND

12

C275

C274

0.1uF/10V/0402

10nF/25V/0402

1.8VA_AVD

GND

0.1uF/10V/0402

C265

10uF/10V/0805

C0805D

0.1uF/10V/0402

12

C246

1 2

12

C249

10uF/10V/0805

C0805D

12

C255

3.3VA_VP

12

C235

10uF/10V/0805

GND

L57

L57 B201212K800TM

B201212K800TM

3.3VA_AVDD

12

C256

10uF/10V/0805

C0805D

GND

L59

L59 B201212K800TM

B201212K800TM

L0805D

1 2

C369

0.1uF/10V/0402

L55

L55 B201212K800TM

B201212K800TM

1 2

L58

L58 B201212K800TM

B201212K800TM

1 2

12

GND

1.8VA

3.3VA

3.3VD

L62

L62 B201212K800TM

B201212K800TM

L0805D

1 2

C276

10uF/10V/0805

C0805D

1.25VD_C

12

C228

10uF/10V/0805

GND

3.3VA

L61 B20 1212K800TM

1 2

L0805D

1.8VIF

U1I

R8J66977BG

BGA1090-1

0.1uF/10V/0402

12

C229

0.1uF/10V/0402

12

C244

0.1uF/10V/0402

Q37 PMV40UNQ37 PMV40UN

S

12

C271

0.1uF/10V/0402

G

3.3VD_C

0.1uF/10V/0402

12

3.3VA_VP

12

0.1uF/10V/0402

12

C230

12

C232

D

GND

C259

C267

0.1uF/10V/0402

12

C272

12

0.1uF/10V/0402

12

0.1uF/10V/0402

12

C252

0.1uF/10V/0402

12

C260

0.1uF/10V/0402

GND

0.1uF/10V/0402

L10

C242

C245

12

VDD12

L11

VDD12

L12

VDD12

L13

VDD12

L9

VDD12

M13

VDD12

L14

N18

N19

M20

N20

V16

M14

GND

GNDGND

V13

C273

V15

M4

V18

W10

P9

V6

V8

K4

J2

K5

L5

F5

G5

G4

VDD12

VDDSTB

VDDA33USB

VDDASSUSB

VDDA33RU

VSSAUSB

AVDD33AUD

AVSS33AUD

VCCQ33

Core Power

USB ANALOG

POWER

USB ANALOG

POWER

Audio DAC

Power

Audio DAC

Power

IO POWER

0.1uF/10V/0402

CUT_LEAK

12

C313

0.1uF/10V/0402

12

C364

0.1uF/10V/0402

3.3V_STB

12

3.3VD_C

12

C270

0.1uF/10V/0402

GND

0.1uF/10V/0402

12

C241

0.1uF/10V/0402

12

C231

R257

10K/0402

R258 100R258 100

1 2

0.1uF/10V/0402

12

C365

GND

0.1uF/10V/0402

12

C243

GND

CUT_LEAK4

12

C269

10uF/10V/0805

C0805D

Core Power

MIXVDD33 MIXVDD33 MIXVDD33 MIXVDD33 MIXVDD33

MIXVSS33 MIXVSS33 MIXVSS33

Demodulator ANALOG POWER

RESERVED1 RESERVED2

VCC33STB

AB1

VSS

AB9

VSS

M18

VSS

K10

VSS

K11

VSS

K12

VSS

K13

VSS

K14

VSS

K18

VSS

K9

VSS

M10

VSS

M11

VSS

M12

VSS

M5

VSS

M9

VSS

N12

VSS

N9

VSS

P12

VSS

R18

VSS

P3

VSS

P5

VSS

T3

VSS

U18

VSS

U5

VSS

V12

VSS

V17

VSS

V5

VSS

V9

VSS

W4

VSS

Y3

VSS

Y7

VSS

V14

VSS

Y14

VSS

P14

VSS

GND

3.3VA_VP

E5 F4

12

C257

D1 D5

0.1uF/10V/0402

E4

E6 F3 D6

GND

D4 C5

3.3VD_ST

R22

12

C268

L18

0.1uF/10V/0402

GND

3.3V_STB

12

GND

L60

B201212K800TM

L0805D

12

C371

0.1uF/10V/0402

A A

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Num ber Rev

A2

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

5

4

3

2

Friday, June 04, 2010

401C2K

1

11 15

1A

5

4

3

2

1

Resistor 0402

U20

U20 K4T51163QG-HCF7

VCCQ18

D D

12

C277 0.1uF/10V/0402C277 0.1uF/10V/0402

C287 0.1uF/10V/0402C287 0.1uF/10V/0402

12

C294 0.1uF/10V/0402C294 0.1uF/10V/0402

12

C306

0.1uF/10V/04 02

12

C307

0.1uF/10V/04 02

12

C289 0.1uF/10V/0402C289 0.1uF/10V/0402

C288 0.1uF/10V/0402C288 0.1uF/10V/0402

GND

12

C279 0.1uF/10V/0402C279 0.1uF/10V/0402

C278 0.1uF/10V/0402C278 0.1uF/10V/040212C281 0.1uF/10V/0402C281 0.1uF/10V/0402

GND

C282

C282 10uF/10V/080 5

10uF/10V/080 5

C0805D

C C

B B

12

VCCQ18

12

100/1%/0402

C286 0.1uF/10V/0402C286 0.1uF/10V/0402

C285 0.1uF/10V/0402C285 0.1uF/10V/0402

C284 0.1uF/10V/0402C284 0.1uF/10V/040212C283 0.1uF/10V/0402C283 0.1uF/10V/0402

12

C291 0.1uF/10V/0402C291 0.1uF/10V/0402

C290 0.1uF/10V/0402C290 0.1uF/10V/0402

C280 0.1uF/10V/0402C280 0.1uF/10V/0402

VCCQ18

12

GND

C292 0.1uF/10V/0402C292 0.1uF/10V/0402

R272

R274

12

C293 0.1uF/10V/0402C293 0.1uF/10V/0402

12

K4T51163QG-HCF7 DDR2-H5PS5162F FR-HYNIX

DDR2-H5PS5162F FR-HYNIX

R1

VDD

M9

VDD

J9

VDD

E1

VDD

A1

VDD

G9

VDDQ

G7

VDDQ

G3

VDDQ

G1

VDDQ

E9

VDDQ

C9

VDDQ

C7

VDDQ

C3

VDDQ

C1

VDDQ

A9

VDDQ

J1

VDDL

J2

VREF

A3

VSS

E3

VSS

J3

VSS

N1

VSS

P9

VSS

A7

VSSQ

B2

VSSQ

B8

VSSQ

D2

VSSQ

D8

VSSQ

E7

VSSQ

F2

VSSQ

F8

VSSQ

H2

VSSQ

H8

VSSQ

J7

VSSDL

A0 A1 A2 A3 A4 A5 A6 A7 A8

A9 A10 A11 A12

RAS CAS ODT

CS

NC BA1 BA0

WE

CKE

LDM

UDM LDQS LDQS

UDQS UDQS

CK CK

DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8

DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15

NC1A2NC2

NC3R3NC4R7NC5

E2

R8

DRAM_A1

M3

DRAM_A2

M7

DRAM_A3

N2

DRAM_A4

N8

DRAM_A5

N3

DRAM_A6

N7

DRAM_A7

P2

DRAM_A8

P8

DRAM_A9

P3

DRAM_A10

M2

DRAM_A11

P7

DRAM_A12

R2

DRAM_RAS

K7

DRAM_CAS

L7

DRAM_ODT

K9

DRAM_CS

L8

DRAM_BA2

L1

DRAM_BA1

L3

DRAM_BA0

L2

DRAM_WE

K3

DRAM_CKE

K2

F3 B3 F7 E8 B7 A8 J8

DACLK_N SDCLK_N

K8

G8 G2 H7 H3 H1 H9 F1 F9 C8 C2 D7 D3 D1 D9 B1 B9

DRAM_A0

M8

DRAM_BA1 DRAM_WE DRAM_A2 DRAM_CS

DRAM_BA0 DRAM_BA2 DRAM_CKE DRAM_A1

DRAM_A9 DRAM_A3 DRAM_A7 DRAM_A12

DRAM_A8 DRAM_A11 DRAM_A5 DRAM_A10

DRAM_CAS DRAM_A0 DRAM_A4 DRAM_A6

DRAM_RAS

12

R277

120/1%/0402

R263 22/1%/0 402R263 22/1%/0 402

1 2

R267 22/1%/0 402R267 22/1%/0 402

1 2

R266 22/1%/0 402R266 22/1%/0 402

1 2

R264 22/1%/0 402R264 22/1%/0 402

1 2

R268 22/1%/0 402R268 22/1%/0 402

1 2

R265 22/1%/0 402R265 22/1%/0 402

1 2

R269 22/1%/0 402R269 22/1%/0 402

1 2

R270 22/1%/0 402R270 22/1%/0 402

1 2

R282 22/1%/0 402R282 22/1%/0 402

1 2

R284 22/1%/0 402R284 22/1%/0 402

1 2

R283 22/1%/0 402R283 22/1%/0 402

1 2

R285 22/1%/0 402R285 22/1%/0 402

1 2

R286 22/1%/0 402R286 22/1%/0 402

1 2

R288 22/1%/0 402R288 22/1%/0 402

1 2

R287 22/1%/0 402R287 22/1%/0 402

1 2

R289 22/1%/0 402R289 22/1%/0 402

1 2

R292 22/1%/0 402R292 22/1%/0 402

1 2

R298 22/1%/0 402R298 22/1%/0 402

1 2

R293 22/1%/0 402R293 22/1%/0 402

1 2

R301 22/1%/0 402R301 22/1%/0 402

1 2

R271 22/1%/0 402R271 22/1%/0 402

1 2

R273 22/1%/0 402R273 22/1%/0 402

1 2

R276 4.7/1%/040 2R276 4.7/1%/040 2

1 2

R279 4.7/1%/040 2R279 4.7/1%/040 2

1 2

SDBA1 SDWE SDA2 SDCS

SDBA0 SDBA2 SDCKE SDA1

SDA9 SDA3 SDA7 SDA12

SDA8 SDA11 SDA5 SDBA2 SDA10

SDCAS SDA0 SDA4 SDA6

SDRAS SDODTDRAM_ODT

DADQM0 DADQM1 DADQS0 DADQS0_N DADQS1 DADQS1_N SDCLKDACLK

SDDQ0 SDDQ1 SDDQ2 SDDQ3 SDDQ4 SDDQ5 SDDQ6 SDDQ7 SDDQ8 SDDQ9 SDDQ10 SDDQ11 SDDQ12 SDDQ13 SDDQ14

SDDQ15

SDA0 SDA1 SDA2 SDA3 SDA4 SDA5 SDA6 SDA7 SDA8 SDA9 SDA10 SDA11 SDA12

SDBA1 SDBA0 SDODT SDCKE SDCS SDRAS SDCAS SDWE

AB3

AB7 AA4 AA6 AB4 AA8 AA5 AA7 AB6 AB5 AB8

AA2

AB2 AA3

AA1

W7 W5

W9

W8

W6

W1 W3

W2

Y8 Y6

Y4

U3 N3 U2 U1 N2 P1 Y2

V2 U4

V4

T4 V1 R1 R3 R2 P4 R4

T2 N4 P2

SDA0 SDA1 SDA2 SDA3 SDA4 SDA5 SDA6 SDA7 SDA8 SDA9 SDA10 SDA11 SDA12

SDBA2 SDBA1 SDBA0 SDODT SDCKE SDCS SDRAS SDCAS SDWE

SDDM0 SDDM1 SDDQS0 SDDQS0_N SDDQS1 SDDQS1_N SDCLK SDCLK_N

SDDQ0 SDDQ1 SDDQ2 SDDQ3 SDDQ4 SDDQ5 SDDQ6 SDDQ7 SDDQ8 SDDQ9 SDDQ10 SDDQ11 SDDQ12 SDDQ13 SDDQ14 SDDQ15

U1J

R8J66977BG

BGA1090-1

DDR Power

SDVREF0

SDVREF1

DDR DATA InterfaceDDR ControlDDR Address

VCCQ18

DD_CL

N1

N5

T1

V3

Y1

Y5

Y9

T5

R5

V7

AA9

12

GND

12

C298 0.1uF/10V/0402C298 0.1uF/10V/0402

12

C366 0.1uF/10V/0402C366 0.1uF/10V/0402

GND

12

R280

261/1%/0402

12

C300 0.1uF/10V/0402C300 0.1uF/10V/0402

C301 0.1uF/10V/0402C301 0.1uF/10V/0402

C299 0.1uF/10V/0402C299 0.1uF/10V/0402

12

C367 0.1uF/10V/0402C367 0.1uF/10V/0402

C368 0.1uF/10V/0402C368 0.1uF/10V/0402

C308

0.1uF/10V/04 02

C309

0.1uF/10V/04 02

GND

12

C302 0.1uF/10V/0402C302 0.1uF/10V/0402

VCCQ18

12

+

C303 0.1uF/10V/0402C303 0.1uF/10V/0402

GND

12

R275

R275 100/1%/0402

100/1%/0402

12

R278

R278 100/1%/0402

100/1%/0402

1 2

L63

L63 B201212K800 TM

B201212K800 TM

L0805D

C304

C304 SE47uF/16V

SE47uF/16V

1.8VD

A A

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Do cument Number Rev

Custom

Date: Sheet o f

Friday, June 0 4, 2010

Date: Sheet o f

Friday, June 0 4, 2010

Date: Sheet o f

5

4

3

2

Friday, June 0 4, 2010

401C2K

1

12 15

1A

5

U1K

R8J66977BG

BGA1090-1

C7 LVDS

D D

LV1CKOP

LV1CKOM

LV1OUT4P

LV1OUT4M

LV1OUT3P

LV1OUT3M

LV1OUT2P

LVDS-ch1LVDS-ch0

C C

B B

A A

LVDS-ch1LVDS-ch0

LV1OUT2M

LV1OUT1P

LV1OUT1M

LV1OUT0P

LV1OUT0M

LV0CKOP

LV0CKOM

LV0OUT4P

LV0OUT4M

LV0OUT3P

LV0OUT3M

LV0OUT2P

LV0OUT2M

LV0OUT1P

LV0OUT1M

LV0OUT0P

LV0OUT0M

REFR

5

LV1CKOP

AA15

LV1CKOM

AB15

LV1OUT4P

AA14

LV1OUT4M

AB14

LV1OUT3P PANEL_SEL

W15

LV1OUT3M

Y15

LV1OUT2P

AA16

LV1OUT2M

AB16

LV1OUT1P

W16

LV1OUT1M

Y16

LV1OUT0P

AA17

LV1OUT0M

AB17

LV0CKOP

AA12

LV0CKOM

AB12

LV0OUT4P

AA11

LV0OUT4M

AB11

LV0OUT3P

W11

LV0OUT3M

Y11

LV0OUT2P

W12

LV0OUT2M

Y12

LV0OUT1P

W13

LV0OUT1M

Y13

LV0OUT0P

AA13

LV0OUT0M

AB13

R290 5.6K/1%/0402

R0402D

W14

1 2

GND

4

PANEL_SEL4

3.3VD

12

R374

10K/0402/NC

12

GND

3.3VD

12

GND

10K/0402/NC

R373

10K/0402/NC

R382 0R382 0

1 2

R386

10K/0402/NC

R384

10K/0402/NC

R372 0R372 0

FR_SELECT4

MEMC_SEL_04

4

1 2

MEMC_SEL_14

R385 0R385 0

1 2

BACKLIGHT_ADJ3,4

R371 0R371 0

1 2

3.3VD

12

GND

3

LVDS Video I/F

3.3VD

12

R366

10K/0402/NC

12

R365

10K/0402/NC

GND

R383

10K/0402/NC

R381

10K/0402/NC

3

R389 0/NCR389 0/NC

1 2

LV1OUT0M

LV1OUT1M

LV1OUT2M

LV1OUT3M

LV1CKOM

LV1OUT4M

LV0OUT0M

LV0OUT1M

LV0CKOM

LV0OUT2M

LV0OUT3M

CN16

CN16 A2006WV0-2X3P/NC

A2006WV0-2X3P/NC

5

3

1

2

GND

DCR_ADJ 3

LV1OUT0P

LV1OUT1P

LV1OUT2P

LV1OUT3P

LV1CKOP

LV1OUT4P

LV0OUT0P

LV0OUT1P

LV0CKOP

LV0OUT2P

LV0OUT3P

LV0OUT4PLV0OUT4M

12

C12

10uF/16V/0805

SICL1 10,15

SIDA1 10,15

CN15

CN15 A2006WV0-2X20P

A2006WV0-2X20P

39

37

35

33

31

29

27

25

23

21

19

17

15

13

11

9

7

5

3

1

GND

5

3

1

6

4

2

40

38

36

34

32

30

28

26

24

22

20

18

16

14

12

10

8

6

4

2

GND

R387 100R387 100

1 2

R388 100R388 100

1 2

1

3.3VD

12

R391

10K/0402/NC

R390 0/NCR390 0/NC

1 2

12

R392

10K/0402/NC

GND

12

C332

0.1uF/10V/0402/NC

GND

DCR_EN 4

VDD_LCD

improve for MEMC interface

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Number Rev

A4

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

2

401C2K

13 15

1

1A

5

SPDIF "Coaxial"

4

3

5VSW

12

2

L78

L78 B201212K800TM

B201212K800TM

L0805D

1

D D

C321

10uF/10V/0805

11

12

13

INL-

OUTL

NC/UVP

1 2

U1L

R8J66977BG

BGA1090-1

C7_SPDIF C7_SPDIF

L2

SPDIFO

C C

BCKO

LRCKO

ACLK

M2 L1 M1 L3 M3

ADATAO0

ADATAO1

IIS OUTPUT SPDIF

B B

DA_ROUT

DA_LOUT

DA_VCOM

Audio DAC

Audio DAC IIS OUTPUT SPDIF

A A

G2

G1

G3

R299 22/1%/0402R299 22/1%/0402

1 2

R300 22/1%/0402R300 22/1%/0402

1 2

R302 22/1%/0402R302 22/1%/0402

1 2

R303 22/1%/0402R303 22/1%/0402

1 2

C110

22pF/50V/0402/NC

12

C338

0.1uF/10V/0402

12

GND GND GN D GND

12

R341

10K/0402

GND

12

C337

10uF/10V/0805

C0805D

GND

ADATAO0 BCKO LRCKO ACLK

12

C111

C112

22pF/50V/0402/NC

DAC Output

ADATAO0 15 BCKO 15 LRCKO 15 ACLK 15

12

C113

22pF/50V/0402/NC

C205

4.7uF/10V/0805

C209

4.7uF/10V/0805

reserve for EMI

20091211

R251 15K /1%R251 15K/1%

GND

R188 15K /1%R188 15K/1%

3.3VA

C171

C171 470pF/50V/0402

470pF/50V/0402

C172

C172 470pF/50V/0402

470pF/50V/0402

FB67

FB67 KHB0603N121SA

KHB0603N121SA

R304 43K /1%R304 43K/1%

RTX update for line out frequency response 20091216

R191 43K /1%R191 43K/1%

LINE_MUTE4

C200

0.1uF/10V/0402

R291 43K/1%R291 43K/1%

C158

C158 47pF/50V

47pF/50V

GND

C315

C315 47pF/50V

47pF/50V

R204 43K/1%R204 43K/1%

C129

GND GND

Line Driver

C168

C168 47pF/50V

47pF/50V

14

INL+

INR+1INR-2OUTR3SGND4EN5PVSS6CN

C170

C170 47pF/50V

47pF/50V

0.1uF/10V/0402

10

PGND

GNDGND

R175

R175 10K

10K

GND

R331 2.2 KR331 2.2 K

1 2

R177 4.7R177 4.7

C206 1uF/16VC206 1uF/16V

8

9

CP

PVDD

7

C210

C210 1uF/16V

1uF/16V

R305 4.7R305 4.7

12

R351

1.5K

12

R350

3.3K

GND

U14

U14 DRV602PW

DRV602PW

C202

C202 1uF/16V

1uF/16V

CE

Q50

B

MMBT3904L

GND

MMBT3904L C314

C314

1 2

12

R346

220

C140

C140 47pF/50V

47pF/50V

C155

C155 47pF/50V

47pF/50V

R349 75/ 1%R349 75/1%

1 2

0.1uF/10V/0402

L77 KSI0603R56KAL77 KSI0 603R56KA

1 2

C326

100pF/25V/0402

GND

LINEOUT_L 6

19" 26" NC

LINEOUT_R 6

12

R353

100K

GND

SPDIF 6

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Num ber Rev

Custom

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

5

4

3

2

Friday, June 04, 2010

401C2K

1

14 15

1A

5

3.3VD 3.3VD_AU

FB9

FBMA-300LMT

D D

FB7

FB7 FBMA-300LMT

FBMA-300LMT

C8

FB8

FB8 FBMA-300LMT

0.1uF/50V

ACLK14 BCKO14 LRCKO14 ADATAO014

DAMP_RESETN4

INT_LINE4

SIDA110,13 SICL110,13

C C

FBMA-300LMT

GND_DAMP

0.1uF/50V

C9

R1 3.3/0805R1 3.3/0805

C1

0.1uF/50V

C7 680pF/50VC7 680pF/50V

C14

4.7nF/50V

R6 100R6 100 R16 100R16 100

3.3VD_AU

4

U5 STA335WU5 STA335W

DAMP_PDN4

2.2KR52.2K L74

ACLK BCKO LRCKO ADATAO0 DAMP_RESETN INT_LINE FS_SEL GAIN_SEL

R21 3.3/0805R21 3.3/0805

R14 10K/0402/NCR14 10K/0402/NC

C27

0.1uF/50V

19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36

C28

C28 1nF/50V

1nF/50V

OUT4A OUT4B VDD_DIG VSS_DIG POWRDN VDD_PLL FILTER_PLL GND_PLL XTI BICKI LRCKI SDI RESET INT_LINE SDA SCL GND_DIG VDD_DIG

TEST_MODE

HEAT_SINK

37

OUT3A OUT3B

CONFIG

VDD

GND_REG

OUT1A

GND1

VCC1 OUT1B OUT2A

VCC2

GND2

OUT2B

VCC_REG

VSS

GND_SUB

3

18 17 16

C699 0.1uF/50VC699 0.1uF/50V

15 14 13 12 11 10 9 8 7 6

C712 0.1uF/50VC712 0.1uF/50V

5 4 3 2

SA

1

GND_DAMPGND_DAMPGND_DAMP

P_DAMP

FMT

L73

L73 SMTDR75-22uH/1.5A

SMTDR75-22uH/1.5A

C700

C700 330pF/50V

330pF/50V

R404

R404 22/1206

22/1206C9

SMTDR75-22uH/1.5A

SMTDR75-22uH/1.5A L74

L75

L75 SMTDR75-22uH/1.5A

SMTDR75-22uH/1.5A

C709

C709 330pF/50V

330pF/50V

R407

R407 22/1206

22/1206

L76

L76 SMTDR75-22uH/1.5A

SMTDR75-22uH/1.5A

2

C701

0.1uF/50V

C704

0.1uF/50V

C710

0.1uF/50V

C715

0.1uF/50V

C698 0.1uF/50VC698 0.1uF/50V

R403 6.2/1206R403 6.2/1206

C703 0.1uF/50VC703 0.1uF/50V

R707 6.2/1206R707 6.2/1206R5

R405 6.2/1206R405 6.2/1206

C713 0.1uF/50VC713 0.1uF/50V

R406 6.2/1206R406 6.2/1206

C717 0.1uF/50VC717 0.1uF/50V

GND_DAMP GND_DAMP

1

SPK_OUTL+

C702

C702 1nF/50V

1nF/50V

C708

C708 1nF/50V

1nF/50V

C705 0.47uF/50V/0805C705 0.47uF/50V/0805

C711

C711 1nF/50V

1nF/50V

C718

C718 1nF/50V

1nF/50V

C716 0.47uF/50V/0805C716 0.47uF/50V/0805

C706 1nF/50VC706 1nF/50V

SPK_OUTLSPK_OUTR+

C714 1nF/50VC714 1nF/50V

SPK_OUTR-

R33

3.3VD_AU

B B

3.3VD_AU

R33

10K/0402/NC

R23

10K/0402/NC

10K/0402/NC R27 10K/0402/NCR27 10K/0402/NC

R29 10K/0402/NCR29 10K/0402/NC

FMT

R34 0R34 0

FS_SEL

GAIN_SEL

GND_DAMP

L73,L74 L75,L76

R403,R707 R405,R406

C705,C716

SPEAKER 6 ohm

15 uH 22 uH 47 uH

4.7 ohm 6.2 ohm 12 ohm

0.68 uF 0.47 uF 0.22 uF

reserve for EMI 20100519

L9 B201212K800TM

L0805D

R312 0R312 0

1 2

A A

GND GND GND GND_DAMPGND_DAMPGND_DAMP

R332 0R332 0

1 2

GND GND_DAMP GND GND_DAMP

5

R313 0R313 0

1 2

R333 0R333 0

1 2

R317 0R317 0

1 2

4

L0805D

1 2

L11 B201212K800TM

L0805D

1 2

GND_DAMPGND

3

SPEAKER 8 ohm

SPEAKER 16 ohm

P_DAMP

C719

SE10uF/50V

GND_DAMP

COMPAL OPTOELECTRONICS CO., LTD

Title

SCHEMATIC,M/B VTV-L42601,SSB42T

Size Document Number Rev

Custom

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

Friday, June 04, 2010

Date: Sheet of

2

Friday, June 04, 2010

SPKER OUT

CN2

CN2 JWT A2001WV2-4P

JWT A2001WV2-4P

SPK_OUTL+ SPK_OUTLSPK_OUTRSPK_OUTR+

C47

0.1uF/50V

401C2K

C29

1uF/50V/0805

4 3 2 1

C46

0.1uF/50V

1

2mm

C45

C48

1uF/50V/0805

15 15

0.1uF/50V

1A

SCHEMATIC DIAGRAM

POWER

42”(P42410-00)

1

2

3

4

5

6

7

8

42" POWER-(P42410-00)

SA101

!

P801

A A

B B

C C

D D

F101

L

!

P801:1

VA101

!

CY106 CY105

N

P801:3

1

!

CX101

!

TH101

!

LF101:1

1 2

!

CY101

R101

34

LF101:2

Vcc

!

LF102:1

P4

1 2

!

CY102

!

VS101

34

LF102:2

!

Q503

R529

R531

!

3 4

PC502:1

2

!

BD101

!

34

PC102:1

!

B+

+

C102

C101

R102

R103

Vcc

+

C105

3

R104

C114

R133

C115

C117

C116

R134

D106

D504

R527

R528

R132

PC101:1

3 4

C113

!

FB502

1 2

P4

D502

R525

R526

Q501

Q502

C508

4

D105

13

U101

N.C.

12

N.C.

2

VCC

SSC9502

8

Reg

1

Vsen

5

CSS

4

SGND

FB

3

R131

C112

ZD102

R504

N.C.

R501 R502 R503

+

C504

C505

D503

R127

17

R123

N.C.18N.C.

16

VGH

14

VB

ZD101

15

VS

R126

11

VGL

C107

9

RV

C108

10

PGND

RC

OC

7

6

R130

C109

C110

C111

R129

R521

C502

R523

!

Vcc5D

2

BR

A6069H

R524

C506

3

FB4S/OCP

ZD502

3 4

C507

PC501:1

FB503

12

+

C509

FB501

U501

D505

R128

12

N.C.6GND

!

PRIMARY

D103 R121

Q103

C106

R124

D104

Q104

T501:6

C501

D501

8

7

D

1

R522

ZD501

R530

T501:2

T501:1

!

CY104

!

CY107

!

5

!

T501:4

CY103

!

Q101

R122

!

Q102

R125

C104

!

T501:10 T501:9

T501:8

R220

T501:7

R221

C503

R226

D208

!

R223

C215

FB201

12

T101:4

C103

D203

T101:11

T101:7

!

T101:8

T101:2

T101:12

C208

C218

R231

C217

PC102:2

SECONDARY

D201

D202

+

T101:9 T101:10

D204

+

C209

S4

+

C206

PC501:2

U202

8

1/O

Vcc

7

1/I-

2/O

R241

R239

6

Vref

D209 R219

2/I-

R242

5

GND42/I+

S4

S2

R236

12

!

Q201

R237

C211

R238

6

S1

+

R201

R202

R204

R205

R206

C201+C202

C203

!

PC101:2

D205

R222

12

R227

1

2

3

S4

ZD201

D206

R203

R210

R207

R209

R208

S1

R213

12

R215

C210

R217

C212

U201

L204

C207

!

C214

ZD202

D207

PC502:2

C213

R229 R228

R240

S2

R211

R214

R216

R218

+

R224

R225

!

12

Q203

C216

L201

24V

24Vinv/5.0A

L202

12V

12V/2.0A

+

R212

5V/2.0A

R243R233

S5

R234

R235

!

R230

7

C204

GND

L203

24Vaud

24Vaud/0.6A

+

C205

Inv

Dim ACD PWR

5V

12V

24Vaud

GND 1

5V

GND

24V

PWR

S4

R232

ACD

Q202

R

全漢企業股份有限公司

FSP GROUP

TILE:

P/N:

APPROVED:

Date: 2009/1/13 File:

FSP Technology Inc.

FSP186-4F02

3BS0205811GP

Lj Anson Gigi

D:\AD6\COMPAL\FSP186-4F01-R1\FSP186-4F01-R1.SCH

CHECKED:

PCB File:FSP186-4F01-R1

線路圖

表單編號

:7000P-0106

P802

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2

P803

14

S5

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

size:A2 rev:1

DESIGNER:

8

Sheet of00

1

3

5

6

2

7

4

9

8

CANADA SERVICE MANUAL CHANGE LIST

DATE Page VERSION CHANGE ITEM

Sanyo LCD-DP42410 Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual